A TECHNICAL FIELD
[0001] The present ¡nvention generally relates to a method of integrating and mounting authentic handmade filigree craft work ¡n various locations over and inside the precisión time display devices. The present invention more particularly relates to an improved method of integrating and mounting assorted filigree craft work over various locations and inside the precisión time display device using a re-engineered process such that the handmade filigree craft work is precisely fit into the time display device.
B) BACKGROUND OF THE INVENTION
[0002] A filigree craft is an ancient methodology of using the tiny beads or twisted threads, or both in combination, soldered together or to the surface of an object of the same metal or with a mixture of various other metáis, and arranged in artistic motifs. It often suggests lace and remains popular in Iñdian and other Asian metalwork. It was popular as well in Italian and French metalwork from 1660 to the late 19th century. [0003] Currently there exist numerous products where we find the filigree craft work being implemented over it. These products include jewelry designs, wrist watches, leather belts, clothing accessories etc. In most of the products the filigree craft work is implemented in such manner such that the filigree craft work is exposed to human touch and damages caused by touching or shaking it. This leads to tampering of the filigree craft work and most often thefts.
[0004] In one of the existing patent application, United States Patent No.4353124 tilted "Ornamental mounting for watch" claims the implementation of the filigree design art work over the wrist watches wherein the gallery has a plurality of filigree-forming elements that co-act to provide an ornamental filigree-like configuration for that gallery; and some of those filigree-forming elements are threaded sockets to accommodate stud-type gem mountings which have male threads that can mate with the threads of those said threaded sockets. But, these filigree design art work are placed externally to the time display devices and are delicately placed such that these filigree work are prone to damages caused by any touch and accidental shaking. Also the filigree art work is implanted externally on the watches in the claimed invention wherein the implantaron mechanism to implant filigree art work on to the external surface of the watch is basic affixing method. [0005] In another United States Patent No. 4295231 titled "Filigreed belt with solid center portion", and United States Patent No. 4144594 tilted "Filigreed belt and method of making same", the patent application claims the filigree design being implanted over the leather belt and the buckle portion. But the filigree art design implant mechanism on the leather belt and the buckle portion is a basic implant mechanism which is prone to damages caüsed by any human touch and accidental shaking.
[0006] These and other such inventions claim the filigreed products in which the process of implanting filigree art work over these products comprises of a filigreed art work being attached to a product by a basic attachment process or by a basic metal molding work which is prone to damages caused by any human touch and accidental shaking. Moreover, these filigreed art work are implanted externally over these products is much prone to theft and larceny.
[0007] Further, placing or mounting of filigree craft work into locations such as time display devices or other such places where precisión matters, the filigree craft cannot be implanted in a normal metallic implantation process. This requires re-engineering of filigree components and additional process and methodologies in implanting the filigree craft work into precisión time display devices.
[0008] In view of the foregoing, there is a need to provide a method of implanting / integrating a filigreed craft work over various time display devices using a re-engineered filigree craft work mounting / integrating process such that the filigree craft work placed over or inside the time display device is not prone to damages caused by any touch and shaking. Further, there is a need to provide a unique structural design inside and over the time display devices such that the filigree craft work ¡s placed securely mounted inside and over the time display devices and cannot be manipulated or stolen. It is also another requirement that not only a single filigree craft work has to be implanted into or integrated over the time display devices but, there must be a new structural design which can securely accommodate assorted filigree craft work over the time display devices.
[0009] The above mentioned shortcomings, disadvantages and problems are addressed herein, which will be understood by reading the following specification.
C) OBJECTS OF THE INVENTION
[0010] The primary object of the present invention is to provide an improved re-engineered method of precisely integrating and mounting the assorted filigree craft work into the time display devices.
[0011] Another object of the present invention is to provide an improved re-engineered construction mechanism of the time display devices for mounting assorted filigree craft work over theses time display devices such that the mounted filigree craft work is not prone to damages caused by any touch and accidental shaking.
[0012] It is yet another object of the present invention to provide an improved re-engineered method of mounting assorted filigree craft work over the time display devices such that the mounting mechanism of the filigree craft work over the time display devices is not just a basic affixing mechanism.
[0013] It is yet another object of the present invention to provide an improved re-engineered method of mounting and integrating assorted filigree craft work over the time display devices such that these flligreed craft work are implanted over these producís is not prone to theft and larceny.
[0014] It is yet another object of the present invention to provide an improved re-engineered method of integrating and mounting assorted filigree eran work over the time dispiay devices such that these time devices comprise a new improved structural design which can securely accommodate assorted filigree craft work over the time dispiay devices. [0015] These and other objeets and advantages of the present invention will become readily apparent from the following detailed description taken in conjunction with the accompanying drawings.
D) SUMMARY OF THE INVENTION
[0016] The various embodiments of the present invention provide an improved method of integrating and mounting assorted filigree craft work over the. time dispiay devices using re-engineered process, the method comprising a primary dial surface, a secondary dial crafted with filigree, implanted or integrated using glue or interference fit or by brazing using fixtures or by the process of soldering, a metallic protective casing with the filigree craft integrated using glue process or brazing using specialized fixtures or by the process of soldering, a time dispiay mechanism, at least two time indicator hands fixed above the secondary dial and in conjunction to a needle provided by the time dispiay mechanism, a glass píate covering the primary dial and the secondary dial, a back cover to cióse and seal the time dispiay mechanism and the associated components of the time dispiay device inside the metallic casing, a filigree element and at least one crown with a female groove, fixed in coordination with the time dispiay mechanism over the metallic casing using gluing process or brazing using specialized fixtures or soldering process or by the process of interference fit wherein the time dispiay mechanism is housed inside the metallic casing, the primary dial ¡s laid to be fixed over the time dispiay mechanism, the secondary dial is laid to be fixed over the primary dial, at least two time indicator hands said to be fixed above the secondary dial, the glass píate said to be laid and fixed on top of the metallic casing covering the associated components of the time dispiay device and the back cover with the filigree element implanted or integrated using glue or brazing using specialized fixtures or by the process of soldering or by the process of interference fit on to the internal portion of the back cover and covering the entire associated components of the time display device in conjunction with the metallic casing. A metallic or non metallic wrist watch strap fitted on both sides of the case.
[0017] According to an embodiment of the present invention, the primary dial is made up of at least a metallic element and comprises of female grooves to accommodate a male stud and the secondary dial is made up of at least a metallic element and comprises of male studs to be inserted into a female groove on the primary dial.
[0018] According to an embodiment of the present invention, the studs on the secondary dial is accommodated and affixed into female grooves on the primary dial by the process of gluing or soidering and the filigree craft work is at least integrated on to the secondary dial of the time display device. [0019] According to an embodiment of the present invention, the time display devices is at least a wall clock, a wrist watch, a pocket clock and a table clock.
[0020] Embodiments herein further disclose a method wherein the display device further comprise of a filigree craft work accommodated and affixed into female grooves over the crown by the process of gluing or soidering or interference fit.
[0021] According to an embodiment of the present invention, the time display device is confígured to accommodate múltiple layers of dials with assorted craft work and filigree craft work by the process of gluing or soidering or by the process of brazing or by interference fit process and the assorted craft work is at least the filigree craft work with other múltiple non-filigrée craft works.
[0022] According to an embodiment of the present invention, the filigree craft work can be accommodated over múltiple parts of time display device and the múltiple parts of display devices is at least but not limited to time dials, wrist watch straps, wall clock coverings, protective casing of the time devices, time display needles.
[0023] According to the embodiment, the re-engineering process for mounting / integrating assorted filigree craft work over the time display devices, the method comprising steps of master piece development, bulk manufacture and integrating manufactured components with time display devices.
[0024] According to the embodiment, the master piece development process of comprises steps of drawing layouts and craft work, tooling and fixtures development for sizing and forming of filigree components, silver / Gold wire preparation to the required wire diameter, master piece development through hand route by skilled craft person as per craft work / drawing / layouts, outer dimensión Sizing/dimensioning using fixtures / témplate to get required dimensions, thickness sizing by machine / manual grinding to achieve required dimensioning tolerance and weight of the components, flattening and resizing using fixtures / témplate to achieve required tolerance / dimensions, forming to the required shape using fixtures / forming tools, drilling to get holes to fix stones or additional components and fine finishing and smoothening as known as de burring - silver master. [0025] According tó the embodiment, the components bulk production process comprises steps of making rubber mold from silver master, producing wax models through rubber mold and wax tree making, casting of components through lost wax casting method, flattening and resizing using fixtures or témplate to achieve required tolerance or dimensions, forming to the required shape using fixtures or forming tools, sub assembly add on brazing, add on gluing, sub assembly like stone fixing, enameling; finishing of components that includes de-burring, buffing, polishing and plating and quality check.
[0026] According to the embodiment, the integration of components with time display device comprises steps of filigree component integration with the time display dial using glue or brazing using fixtures, filigree component integration with the external case using glüe or brazing using specialized fixtures, filigree component integration with back cover using glue or brazing using specialized fixtures, filigree component integration with crown using glue or brazing using specialized fixtures, quality check of the assembled components and time display device assembly. [0027] These and other aspects of the embodiments herein will be better appreciated and understood when considered in conjunction with the following description and the accompanying drawings. It should be understood, however, that the following descriptions, while indicating preferred embodiments and numerous specific details thereof, are given by way of illustration and not of limitation. Many changes and modifications may be made within the scope of the embodiments herein without departing from the spirit thereof, and the embodiments herein include all such modifications.
E) BRIEF DESCRIPTION OF THE DRAWINGS
[0028] The other objects, features and advantages will occur to those skilled in the craft from the following description of the preferred embodiment and the accompanying drawings in which:
[0029] FIG.l is a cut through view of the time display device which comprises an improved method of mounting / integrating assorted filigree craft work over the time display device according to an embodiment of the present invention.
[0030] FIG. 2 depicts the top view, side views of the time display device assembly and also shows the respective filigree design on various places in the time display devices according to an embodiment of the present invention.
[0031] FIG. 3 depicts the back view of the time display device assembly and also shows the respective filigree design on various places in the time display devices according to an embodiment of the present invention.
[0032] FIG. 4 depicts the exploded view of the dials and the respective groves to accommodate the primary dial and the secondary dial in the time display devices according to an embodiment of the present invention.
[0033] FIG. 5 is depicts the top view of the dial assembly and the respective filigree design dial in the time display devices according to an embodiment of the present invention.
[0034] FIG. 6 depicts, the cut through view of the dials and the respective groves to accommodate the filigree design dial in the time display devices according to an embodiment of the present invention.
[0035] FIG. 7 depicts múltiple embodiments of the implementation of filigree craft work over various time display devices according to an embodiment of the present invention.
[0036] FIG. 8 depicts the stages of filigree craft work components development and integration over various time display devices according to an embodiment of the present invention.
[0037] FIG. 9 depicts different stages of filigree master piece development as per art work using re-engineered process according to an embodiment of the present invention.
[0038] FIG. 10 depicts the re-engineered process of making filigree crafted components in the bulk production development stage according to an embodiment of the present invention.
[0039] FIG. 11 depicts the re-engineered process of integrating filigree crafted components into the time display devices according to an embodiment of the present invention.
[0040] Although specific features of the present invention are shown in some drawings and not in others. This is done for conven i ence only as each feature may be combined with any or all of the other features in accordance with the present invention.

F) DETAILED DESCRIPTION OF THE INVENTION
[0041] In the following detailed description, reference is made to the accompanying drawings that form a part hereof, and in which the specific embodiments that may be practiced is shown by way of illustration. These embodiments are described in sufficient detail to enable those skilled in the craft to practice the embodiments and it is to be understood that the logical, mechanical and other changes may be made without departing from the scope of the embodiments. The following detailed description is therefore not to be taken in a limiting sense.
[0042] The various embodiments of the present invention provide an improved method of mounting assorted filigree craft work over the time display devices using re-engineered process, the method comprising a primary dial surface, a secondary dial surface with the filigree craft implanted or integrated using glue or by interference fit or by brazing using fixtures or through soldering over it. A metallic protective casing with the filigree craft implanted or integrated using the glue process or brazing using specialized fixtures or by interference fit process or soldering process with a time display mechanism, at least two time indicator hands fixed above the secondary dial and in conjunction to a needle provided by the time display mechanism, a glass píate covering the primary dial and the secondary dial, a back cover to cióse and seal the time display mechanism and the associated components of the time display device inside the metallic casing, a filigree element and at least one crown with a female groove is fixed in coordination with the time display mechanism over the metallic casing using glue process or brazing using specialized fixtures process or by interference fit process or by soldering process. Strap metallic or non metallic fitted with filigree craft fixed on both the ends of case.
[0043] The time display mechanism is then housed inside the metallic casing and the primary dial is laid to be fixed over the time display mechanism. The secondary dial is laid to be fixed over the primary dial and at least two time indicator hands said to be fixed above the secondary dial and the glass píate is said to be laid and fixed on top of the metallic casing, covering the associated components of the time display device and the back cover with the filigree element implanted or integrated using glue or brazing using specialized fixtures or interference fit or by the process of soldering on to the internal portion of the back cover and covering the entire associated components of the time display device in conjunction with the metallic casing.
[0044] Currently there exist numerous products where we find the filigree craft work being implemented over it. These products include jewelry designs, wrist watches, leather belts, clothing accessories etc. In most of the products the filigree craft work is implemented in such manner such that the filigree craft work is exposed to human touch and damages caüsed by touching or shaking it. This leads to tampering of the filigree craft work and most often thefts.
[0045] The improved method of mounting assorted filigree craft work over the time display devices using re-engineered process, the process comprises steps of placing or housing the time display mechanism inside the metallic casing, the primary dial is said to be laid and fixed over the time display mechanism, the a secondary dial surface with the filigree craft implanted or integrated using the gluing process or interference fit process or by brazing using fixtures over it or through the process of soldering, is fixed over the primary dial surface, at least two time indicator hands said to be fixed above the secondary dial, the glass píate said to be laid and fixed on top of the metallic casing covering the associated components of the time display device.
[0046] At the back cover of the time display device, the filigree element. is implanted or integrated using glue or brazing using fixtures or by the process of interference fit or by the process of soldering on to the internal portion of the back cover and this back cover is fastened to the front metallic case of the time display device thereby covering the entire associated components of the time display device in conjunction with the metallic casing.
[0047] These layered structures of the time display devise are placed in such manner that the filigree craft cannot come into direct contact of touch or accidental shaking which might cause the filigree craft design placed over the dials of the time display device to get disoriented or damaged. Further, as the filigree craft is placed inside the protective glass covering and over the dial surface, these filigree craft work cannot be prone to theft or larceny that easily.
[0048] The primary dial is made up of at least a metallic element and comprises of grooves to accommodate a stud and the secondary dial is made up of at least a metallic element and comprises of studs to be inserted into a groove on the primary dial. The studs on the secondary dial is accommodated and affixed into grooves on the primary dial by the process of gluing or interference fit or by the process of brazing using specialized fixtures or by the process of soldering and the filigree craft work is at least implanted or integrated on to the secondary dial of the time display device. This ¡ntegration of the filigree element over the secondary dial is performed by a unique re-engineering process (claimed in the present invention) of preparing the filigree element and integrating the filigree element by the process of gluing or interference fit or by brazing using fixtures over it or by the process of soldering filigree element onto the secondary dial of the time display devices.
[0049] The time display devices described and claimed in the present invention is at least but not limited to a wall clock, a wrist watch, a pocket clock and a table clock according to the embodiment. The time display devices according to the embodiment, can be any device which displays time and by following the re-engineered process of laying the filigree craft work over the time display device (claimed in the present invention), a filigree metal element or a mixture of filigree element with other elements can be fixed on to the time display devices.
[0050] Embodiments in the invention herein further disclose a method wherein the time display device further comprise of a filigree craft work integrated and affixed into grooves over the crown by the process of gluing or soldering.
[0051] The time display device is configured to accommodate múltiple layers of dials with assorted craft work and filigree craft work by the process of gluing or soldering or by the process of interference fit or by the process of brazing using specialized fixtures and the assorted.craft work is at least the filigree craft work with other múltiple non-filigree craft works. [0052] The filigree craft work is a very delicate metal craft work and integrating this delicate metal craft work over the time display devices requires a precisión and re-engineering process of mounting the filigree or assorted filigree craft work over the time display devices. The re-engineering process for mounting filigree or the assorted filigree craft work over the time display devices comprises steps of master piece development, bulk manufacture and integrating manufactured components with time display devices.
[0053] The master piece development process stage comprises steps of drawing layouts and craft work initially. Further, tooling and fixtures development for sizing and forming of filigree components is done and silver or gold wire preparation to the required wire diameter is prepared. Further, the master piece is developed through hand route by skilled craft person as per craft work or drawing or layouts and outer dimensión sizing or dimensioning using fixtures / témplate to get required dimensions is performed. The thickness sizing is done by the machine or manual grinding to achieve required dimensioning tolerance and weight of the components. This is done because the required tolerance level of filigree craft work to be implemented in the time display device must be below 30 microns tolerance. Further, flattening and resizing using fixtures / témplate to achieve required tolerance / dimensions are performed wherein further forming to the required shape using fixtures / forming tools is achieved. Further, a drilling to get holes to fíx stones or additional components is performed and fine finishing and smoothening also known as de burring - silver master is performed to get the master piece which has to be implanted or soldered into the time display devices.
[0054] The next stage in the reengineering process of bulk production process or bulk production stage. In the bulk production process the rubber mold from silver master is prepared and wax models are produced through rubber mold and wax tree making process. Further casting of components is done through lost wax casting method and flattening and resizing is done using fixtures or témplate to achieve required tolerance or dimensions. Further, the required shape using fixtures or forming tools is formed and sub assembly is added by the process of brazing or gluing. In some cases where the sub-assemblies is the process of stone fixing, if necessary enameling done. Finally, the components are finished and finalized by the process of de-burring, buffing, polishing and plating and a thorough quality check is performed either manually or through an automated process. [0055] The final stage in the re-engineering process is the integration of filigree components onto the time display devices. The integration of components with the time display device comprises steps of filigree component integration with the time display dial using glue or brazing with fixtures and integration of filigree component with the external case using glue or brazing with specialized fixtures. Further, the filigree component integration with back cover is done or performed using glue or brazing with specialized fixtures and filigree component integration with crówn is achieved using glue or brazing with specialized fixtures. Integration with wrist strap using specialized mechanism. Finally, a quality check of the assembled components on the time display device is performed either manually or through an automated process.
[0056] FIG.l is a cut through view of the time display device which comprises an improved method of integrating and mounting assorted filigree craft work over the time display device according to an embodiment of the present invention. According to the embodiment, the case 101 comprise of a time display mechanism 102 over which a primary dial 103 is mounted. A secondary dial (filigree crafted dial) 104 integrated / mounted over 103. Filigree crafted decorative ring 111 implanted or integrated over 104. Components 103,104,111 are integrated using glue or brazing using fixtures or interference fit or by the process of soldering. At least 2 to 3 time indicator hands 105 fitted to 102. A metallic protective casing 101 with the filigree craft or filigree element 112 implanted or integrated using glue or by brazing using specialized fixtures or by the process of soldering or by interference fit.
[0057] A component made out of glass material 108 seáis from the top of the case 101, back cover 107 integrated with filigree 113 is used to cióse and seal the time display mechanism 102 and the associated components of the tinie display device inside the metallic casing 101. The back cover 107 also integrated with filigree element 113 using glue or brazing using specialized fixtures or by the process of soldering or by interference fit. A filigree element 114 is fixed to at least one crown 109 that comprises a groove, is fixed in coordination with the time display mechanism 102 over the metallic casing 101 using glue or brazing using specialized fixtures br soldering process. The time display device herein also depicts one or more filigree components integrated on various locations of the time display device through the process such as but not limited to gluing, brazing, interference fit or by the process of soldering.
[0058] The filigree elements is implanted or integrated through the process of soldering or by gluing process or by brazing using specialized fixtures or by the process of interference fit over various locations with size tolerance of less than 50 microns. The process of manufacturing this delicate filigree craft work is re-engineered with various custom processes. [0059] Fig 2 depicfs top view and side views of the time display devices, it clearly indicates places of filigree craft integration on various locations through brazing or glue or interference fit or by fasteners.
[0060] Fig 3 depicts the back view of the time display device and also shows filigree craft ¡ntegration to the back cover of time display unit. [0061] FIG. 4 depicts the exploded view of the dials and the respective groves to accommodate the filigree design crafted secondary dial and primary dial according to an embodiment of the present invention. According to the embodiment, the primary dial 103 of the time display device is affixed over the time display mechanism 102. The primary dial 103 comprises of 2 holes or grooves 302 made during the re-engineering manufacturing process of the primary dials. The secondary dial (filigree component) 104 comprises of matching projections or studs 301 such that the matching projections or the studs 301 are at the bottom end of the secondary dial 104. Henee the primary dial 103 forms the rear end of the time display device and consist of plurality of holes 302 such that the secondary dial 104 which consist of matching projections 301 ¡s fitted over the primary dial 103 by interference fit or by glue or by brazing.
[0062] FIG. 5 is depicts the top view of the dial assembly and the respective filigree design dial in the time display devices according to an embodiment of the present invention. According to the embodiment, the primary dial 103 rests at the bottom and the secondary dial (filigree dial) 104 rests over the primary dial 103.
[0063] FIG. 6 depicts the cut through side view of the assembled dials and the respective groves / projections to accommodate primary and secondary dial
[0064] FIG. 7 depicts múltiple embodiments of the implementation of filigree craft work over various time display devices according to an embodiment of the present invention. According to the embodiment, the filigree element 604 implanted over various portions on the time display devices by the re-engineering process used or clamed herein. These locations on the time display devices are but not limited to 601 leather strap or non» metal strap integrated with 604 filigree craft work. A Bracelet 602 implanted with the 604 fihgree work implanted or integrated using glue or brazing or ¡nterference fit or with fasteners, bracelet 603 ¡tself as a full filigree element. These components integrated onto to the time display devices done by the process of soldering or gluing or by brazing or by interference fit or with fasteners with precisión on to the time display dévice through the re-engineered process.
[0065] FIG. 8 depicts the stages of filigree craft work components development and integration over various time display devices according to an embodiment of the present invention. According to the embodiment, the filigree craft work is a very delicate metal craft work and integrating this delicate metal craft work over the time display devices requires a precisión and re-engineering process of mounting the filigree or assorted filigree craft work over the time display devices. The re-engineering process for mounting filigree or the assorted filigree craft work over the time display devices comprises steps of master piece development 701, bulk manufacture 702 and integrating manufactured components with time display devices 703. [0066] FIG. 9 depicts the re-engineered process of making filigree crafted master piece components development stage according to an embodiment of the present invention. According to the embodiment, the master piece development process stage comprises steps of drawing layouts and craft work 801 initially. Further, tooling and fixtures development for sizing and forming of filigree components 802 is done and silver or gold wire preparation to the required wire diameter 803 is prepared. Further, the master piece is developed through hand route by skilled craft person as per craft work or drawing or layouts 804 and outer dimensión sizing or dimensioning using fixtures / témplate to get required dimensions 805 is performed. The thickness sizing is done by the machining or manual grinding to achieve required dimensioning tolerance and weight of the components 806. This is done because the required tolerance level of filigree craft work to be implemented in the time display device must be below 50 microns. Further, flattening and resizing using fixtures / témplate to achieve required tolerance / dimensions 807 are performed wherein further forming to the required shape using fixtures / forming tools 808 is achieved. Further, a drilling to get holes to fix stones or additional components 809 is performed and fine finishing and smoothening also known as de burring - silver master 810 is performed to get the master piece.
[0067] FIG. 10 depicts the re-engineered process of making filigree craft work components ¡n the bulk production development stage according to an embodiment of the present ¡nvention. In the bulk production process the rubber mold from silver master 901 is prepared and wax models are produced through rubber mold and wax tree 902 making process. Further casting of components is done through lost wax casting method 903 and flattening and resizing is done using fixtures or témplate to achieve required tolerance or dimensions 904. Further, the required shape using fixtures or forming tools 905 is formed and sub assembly is added by the process of brazing or gluing or interference fir or through soldering 906. In some cases where the sub-assemblies/process are of stone fixing, enameling etc 907. Finally, the components are finished and finalized by the process of de-burring, buffing, polishing and plating 908 and a thorough quality check 909 is performed either manually or through an automated process.
[0068] FIG. 11 depicts the re-engineered process of integrating filigree craft work components to the time display devices according to an embodiment of the present invention. The final stage in the re-engineering process is the integration of filigree components onto the time display devices. The integration of components with the time display device comprises steps of filigree component integration with the time display dial using glue or brazing with fixtures 1001 and integration of filigree component with the external case using glue or brazing with specialized fixtures or through the process of interference fit or soldering!002. Further, the filigree component integration with back cover is done or performed using glue or brazing with specialized fixtures or through the process of interference fit or soldering 1003 and filigree component integration with crown is achieved using glue or brazing or through the process of interference fit or soldering with specialized fixtures 1004.filigree integration with leather strap/bracelet or as full bracelet using glue, brazing using specialized fixers 1005. Finally, a quality check 1006 of the assembled components on the time display devjce 1007 is performed either manually or through an automated process.
[0069] The foregoing description of the specific embodiments will so fully reveal the general nature of the embodiments herein that others can, by applying current knowledge, readily mpdify and/or adapt for various applications such specific embodiments without departing from the generic concept, and, therefore, such adaptations and modifications should and are intended to be comprehended within the meaning and range of equivalents of the disclosed embodiments. It is to be understood that the phraseology or terminology employed herein is for the purpose of description and not of limitation. Therefore, while the embodiments herein have been described ¡n terms of preferred embodiments, those skilled in the craft will recognize that the embodiments herein can be practiced with modification within the spirit and scope of the appended claims.
G) ADVANTAGES OF THE INVENTION
[0070] The various embodiments of the present invention provide a an improved re-engineered method of mounting assorted filigree craft work over the time display devices such that the mounted filigree craft work is not prone to damages caused by any touch and accidental shaking.
[0071] The present invention an improved re-engineered method of mounting assorted filigree craft work over the time display devices such that the mounting mechanism of the filigree craft work over the time display devices is not just a basic affixing mechanism and these filigreed craft work that are implanted over these time display products are not prone to theft and larceny.
[0072] The present invention provides options to intégrate filigree craft work over various locations bn the time display devices using the re- engineered method, such that the locations are but not limited to clock dials, watch dials, wrist watch straps, protective metallic casing, time display needle, clock internal and external casing etc.
[0073] The present invention provides a unique structural design of the time display device such that the filigree craft work can be accommodated securely over the time display dials and other such places over the time display device.
[0074] The present invention provides options that enable to implant assorted craft works over the time display devices using a re-engineered filigree implantation process such assorted craft work is not only limited to filigree craft work but also non-filigree craft works.
[0075] Further, the filigree components are re-engineered by a secondary operations process to meet the Horological tolerance requirements which is below 30 micron and which is needed to fit the filigree component inside the time display device properly and to run the time display needles smoothly.
[0076] Filigree components that are integrated with time display device are hand crafted and authentic. Henee craft work can be unique in its style.

CLAIMS
What is claimed is:
1. A method of mounting assorted filigree craft work over the time display devices using a re-engineered process, the method comprising: a metallic protective casing with a filigree craft implanted or integrated using glue or brazing using specialized fixtures or through the process of interference fit or through the process of soldering; a primary dial;
a secondary dial with the filigree craft integrated on to it using glue or brazing or through interference fit or through the process of soldering; á time display mechanism;
at least two timé indicator hands fixed above the secondary dial and in conjunction to a needle provided by the time display mechanism; a glass píate covering the metallic protective casing;
a back cover integrated with filigree Work to cióse and seal the time display mechanism and the associated components of the time display device inside the metallic casing; a filigree element; and
at least one crown with a female groove, fixed in coordination with the time display mechanism over the metallic casing using glue or brazing using specialized fixtures or through interference fit or through the process of soldering;
wherein the time display mechanism is housed inside the metallic casing, the primary dial is laid to be fixed over the time display mechanism, the filigree implanted secondary dial is laid to be fixed over the primary dial, at least two time indicator hands said to be fixed above the secondary dial, the glass píate said to be laid and fixed on top of the metallic casing covering the associated components of the time display device and the back cover with the filigree element implanted or integrated using glue or interference fit or by the process of brazing using specialized fixtures or through the process of soldering on to the internal portion of the back cover and covering the entire associated components of the time display device in conjunction with the metallic casing with further strap or bracelet made of metallic or non-metallic is integrated with filigree fitted on both ends of the case;
2. The method of claim 1, wherein the primary dial is made up of at least a metallic element and comprises of female grooves or holes to accommodate a male stud.
3. The method of claim 1, wherein the secondary dial with the filigree craft is made up of at least a metallic element and comprises of male studs or projections to be ¡nserted into a female groove or holes on the primary dial.
4. The method of claim 1, wherein the studs or projections on the secondary dial is accommodated and affixed into female grooves or holes on the primary dial by the process of gluing or soldering or by interference fit. .
5. The method of claim 1, wherein the filigree craft work is at least implanted or integrated on to the secondary dial of the time display device.
6. The method of claim 1, wherein the times display devices is at least but not limited to a wall clock, a wrist watch, a pocket clock and a table clock.
7. The method of claim 1, wherein the filigree element is accommodated and affixed into female grooves on the back cover by the process of gluing or. soldering or interference fit or through the process of brazing using specialized fixtures.
8. The method of claim 1, wherein the display device further comprise of a filigree craft work accommodated and affixed into grooves over the crown by the process of gluing or soldering or by the process of interference fit.
9. The method of claim 1, wherein the time display device is configured to accommodate múltiple layers of dials with assorted craft work and filigree craft work by the process of gluing or soldering or interference fit or by the process ofbrazing using specialized fixtures.
10. The method of claim 9, wherein the assorted craft work is at least the filigree craft work with other múltiple non-filigree craft works.
11. The method of claim 1, wherein the filigree craft work can be accommodated over múltiple parts of time display device.
12. The method of claim 1, wherein the filigree craft work can be accommodated over metallic bracelét and non metallic straps of time display device.
13. The method of claim 11, wherein the múltiple parts of display devices is at least but not limited to time dials, wrist watch straps, wall clock coverings, protective casing of the time devices, external potions and internal portions of . the time display device.
14. The re-engineering process of claim 1, for mounting assorted filigree craft work over the time display devices, the method comprising steps of: masterpiece development; bulk manufacture; and integrating manufactured filigree components and other components with time display devices.
15. The master piece development process of claim 14 comprises steps of: drawing layouts and craft work; tooling and fixtures development for sizing and forming of filigree components; silver or gold wire preparation to the required wire diameter; master piece development through combination of hand route and fixtures by skilled craft person as per art work, drawing or layouts; outer dimensión Sizing or dimensioning using fixtures or témplate to get required dimensions; thickness sizing by machine or manual grinding to achieve required dimensioning tolerance and weight of the components; flattening and resizing using fixtures or témplate to achieve required tolerance or dimensions; forming to the required shape using fixtures or forming tools; drilling to get holes to fix stones or additional components; and fine finishing, smoothening, de burring - silver master.
16. The bulk production process of claim 14 comprises steps of: making rubber mold from silver master; producing wax models through rubber mold and wax tree making; casting of components through lost wax casting method; flattening and resizing using fixtures or témplate to achieve required tolerance or dimensions; forming to the required shape using fixtures or forming tools; sub assembly add on brazing, add on gluing; sub assembly like stone fixing, enameling; finishing of components that includes de-burring, buffing, polishing and plating; and quality check;
17. The integration of components with time display device of claim 14 comprises
steps of: filigree component integration with the time display dial using glue or brazing using fixtures or interference fit; filigree component integration with the external case using glue or brazing using specialized fixtures or interference fit or by the process of soldering; filigree component integration with back cover using glue or brazing using specialized fixtures or interference fit or by the process of soldering; filigree component integration with crown using glue or brazing using specialized fixtures or interference fit or by the process of soldering; filigree integration with bracelet or with strap (metal or non metal). quality check of the assembled components; and time display device assembly.

A) TECHNICAL FIELD
[0001] The present ¡nvention generally relates to a method of integrating and mounting authentic handmade filigree craft work ¡n various locations over and inside the precisión time display devices. The present invention more particularly relates to an improved method of integrating and mounting assorted filigree craft work over various locations and inside the precisión time display device using a re-engineered process such that the handmade filigree craft work is precisely fit into the time display device.
B) BACKGROUND OF THE INVENTION
[0002] A filigree craft is an ancient methodology of using the tiny beads or twisted threads, or both in combination, soldered together or to the surface of an object of the same metal or with a mixture of various other metáis, and arranged in artistic motifs. It often suggests lace and remains popular in Iñdian and other Asian metalwork. It was popular as well in Italian and French metalwork from 1660 to the late 19th century. [0003] Currently there exist numerous products where we find the filigree craft work being implemented over it. These products include jewelry designs, wrist watches, leather belts, clothing accessories etc. In most of the products the filigree craft work is implemented in such manner such that the filigree craft work is exposed to human touch and damages caused by touching or shaking it. This leads to tampering of the filigree craft work and most often thefts.
[0004] In one of the existing patent application, United States Patent No.4353124 tilted "Ornamental mounting for watch" claims the implementation of the filigree design art work over the wrist watches wherein the gallery has a plurality of filigree-forming elements that co-act to provide an ornamental filigree-like configuration for that gallery; and some of those filigree-forming elements are threaded sockets to accommodate stud-type gem mountings which have male threads that can mate with the threads of those said threaded sockets. But, these filigree design art work are placed externally to the time display devices and are delicately placed such that these filigree work are prone to damages caused by any touch and accidental shaking. Also the filigree art work is implanted externally on the watches in the claimed invention wherein the implantaron mechanism to implant filigree art work on to the external surface of the watch is basic affixing method. [0005] In another United States Patent No. 4295231 titled "Filigreed belt with solid center portion", and United States Patent No. 4144594 tilted "Filigreed belt and method of making same", the patent application claims the filigree design being implanted over the leather belt and the buckle portion. But the filigree art design implant mechanism on the leather belt and the buckle portion is a basic implant mechanism which is prone to damages caüsed by any human touch and accidental shaking.
[0006] These and other such inventions claim the filigreed products in which the process of implanting filigree art work over these products comprises of a filigreed art work being attached to a product by a basic attachment process or by a basic metal molding work which is prone to damages caused by any human touch and accidental shaking. Moreover, these filigreed art work are implanted externally over these products is much prone to theft and larceny.
[0007] Further, placing or mounting of filigree craft work into locations such as time display devices or other such places where precisión matters, the filigree craft cannot be implanted in a normal metallic implantation process. This requires re-engineering of filigree components and additional process and methodologies in implanting the filigree craft work into precisión time display devices.
[0008] In view of the foregoing, there is a need to provide a method of implanting / integrating a filigreed craft work over various time display devices using a re-engineered filigree craft work mounting / integrating process such that the filigree craft work placed over or inside the time display device is not prone to damages caused by any touch and shaking. Further, there is a need to provide a unique structural design inside and over the time display devices such that the filigree craft work ¡s placed securely mounted inside and over the time display devices and cannot be manipulated or stolen. It is also another requirement that not only a single filigree craft work has to be implanted into or integrated over the time display devices but, there must be a new structural design which can securely accommodate assorted filigree craft work over the time display devices.
[0009] The above mentioned shortcomings, disadvantages and problems are addressed herein, which will be understood by reading the following specification.
C) OBJECTS OF THE INVENTION
[0010] The primary object of the present invention is to provide an improved re-engineered method of precisely integrating and mounting the assorted filigree craft work into the time display devices.
[0011] Another object of the present invention is to provide an improved re-engineered construction mechanism of the time display devices for mounting assorted filigree craft work over theses time display devices such that the mounted filigree craft work is not prone to damages caused by any touch and accidental shaking.
[0012] It is yet another object of the present invention to provide an improved re-engineered method of mounting assorted filigree craft work over the time display devices such that the mounting mechanism of the filigree craft work over the time display devices is not just a basic affixing mechanism.
[0013] It is yet another object of the present invention to provide an improved re-engineered method of mounting and integrating assorted filigree craft work over the time display devices such that these flligreed craft work are implanted over these producís is not prone to theft and larceny.
[0014] It is yet another object of the present invention to provide an improved re-engineered method of integrating and mounting assorted filigree eran work over the time dispiay devices such that these time devices comprise a new improved structural design which can securely accommodate assorted filigree craft work over the time dispiay devices. [0015] These and other objeets and advantages of the present invention will become readily apparent from the following detailed description taken in conjunction with the accompanying drawings.
D) SUMMARY OF THE INVENTION
[0016] The various embodiments of the present invention provide an improved method of integrating and mounting assorted filigree craft work over the. time dispiay devices using re-engineered process, the method comprising a primary dial surface, a secondary dial crafted with filigree, implanted or integrated using glue or interference fit or by brazing using fixtures or by the process of soldering, a metallic protective casing with the filigree craft integrated using glue process or brazing using specialized fixtures or by the process of soldering, a time dispiay mechanism, at least two time indicator hands fixed above the secondary dial and in conjunction to a needle provided by the time dispiay mechanism, a glass píate covering the primary dial and the secondary dial, a back cover to cióse and seal the time dispiay mechanism and the associated components of the time dispiay device inside the metallic casing, a filigree element and at least one crown with a female groove, fixed in coordination with the time dispiay mechanism over the metallic casing using gluing process or brazing using specialized fixtures or soldering process or by the process of interference fit wherein the time dispiay mechanism is housed inside the metallic casing, the primary dial ¡s laid to be fixed over the time dispiay mechanism, the secondary dial is laid to be fixed over the primary dial, at least two time indicator hands said to be fixed above the secondary dial, the glass píate said to be laid and fixed on top of the metallic casing covering the associated components of the time dispiay device and the back cover with the filigree element implanted or integrated using glue or brazing using specialized fixtures or by the process of soldering or by the process of interference fit on to the internal portion of the back cover and covering the entire associated components of the time display device in conjunction with the metallic casing. A metallic or non metallic wrist watch strap fitted on both sides of the case.
[0017] According to an embodiment of the present invention, the primary dial is made up of at least a metallic element and comprises of female grooves to accommodate a male stud and the secondary dial is made up of at least a metallic element and comprises of male studs to be inserted into a female groove on the primary dial.
[0018] According to an embodiment of the present invention, the studs on the secondary dial is accommodated and affixed into female grooves on the primary dial by the process of gluing or soidering and the filigree craft work is at least integrated on to the secondary dial of the time display device. [0019] According to an embodiment of the present invention, the time display devices is at least a wall clock, a wrist watch, a pocket clock and a table clock.
[0020] Embodiments herein further disclose a method wherein the display device further comprise of a filigree craft work accommodated and affixed into female grooves over the crown by the process of gluing or soidering or interference fit.
[0021] According to an embodiment of the present invention, the time display device is confígured to accommodate múltiple layers of dials with assorted craft work and filigree craft work by the process of gluing or soidering or by the process of brazing or by interference fit process and the assorted craft work is at least the filigree craft work with other múltiple non-filigrée craft works.
[0022] According to an embodiment of the present invention, the filigree craft work can be accommodated over múltiple parts of time display device and the múltiple parts of display devices is at least but not limited to time dials, wrist watch straps, wall clock coverings, protective casing of the time devices, time display needles.
[0023] According to the embodiment, the re-engineering process for mounting / integrating assorted filigree craft work over the time display devices, the method comprising steps of master piece development, bulk manufacture and integrating manufactured components with time display devices.
[0024] According to the embodiment, the master piece development process of comprises steps of drawing layouts and craft work, tooling and fixtures development for sizing and forming of filigree components, silver / Gold wire preparation to the required wire diameter, master piece development through hand route by skilled craft person as per craft work / drawing / layouts, outer dimensión Sizing/dimensioning using fixtures / témplate to get required dimensions, thickness sizing by machine / manual grinding to achieve required dimensioning tolerance and weight of the components, flattening and resizing using fixtures / témplate to achieve required tolerance / dimensions, forming to the required shape using fixtures / forming tools, drilling to get holes to fix stones or additional components and fine finishing and smoothening as known as de burring - silver master. [0025] According tó the embodiment, the components bulk production process comprises steps of making rubber mold from silver master, producing wax models through rubber mold and wax tree making, casting of components through lost wax casting method, flattening and resizing using fixtures or témplate to achieve required tolerance or dimensions, forming to the required shape using fixtures or forming tools, sub assembly add on brazing, add on gluing, sub assembly like stone fixing, enameling; finishing of components that includes de-burring, buffing, polishing and plating and quality check.
[0026] According to the embodiment, the integration of components with time display device comprises steps of filigree component integration with the time display dial using glue or brazing using fixtures, filigree component integration with the external case using glüe or brazing using specialized fixtures, filigree component integration with back cover using glue or brazing using specialized fixtures, filigree component integration with crown using glue or brazing using specialized fixtures, quality check of the assembled components and time display device assembly. [0027] These and other aspects of the embodiments herein will be better appreciated and understood when considered in conjunction with the following description and the accompanying drawings. It should be understood, however, that the following descriptions, while indicating preferred embodiments and numerous specific details thereof, are given by way of illustration and not of limitation. Many changes and modifications may be made within the scope of the embodiments herein without departing from the spirit thereof, and the embodiments herein include all such modifications.
E) BRIEF DESCRIPTION OF THE DRAWINGS
[0028] The other objects, features and advantages will occur to those skilled in the craft from the following description of the preferred embodiment and the accompanying drawings in which:
[0029] FIG.l is a cut through view of the time display device which comprises an improved method of mounting / integrating assorted filigree craft work over the time display device according to an embodiment of the present invention.
[0030] FIG. 2 depicts the top view, side views of the time display device assembly and also shows the respective filigree design on various places in the time display devices according to an embodiment of the present invention.
[0031] FIG. 3 depicts the back view of the time display device assembly and also shows the respective filigree design on various places in the time display devices according to an embodiment of the present invention.
[0032] FIG. 4 depicts the exploded view of the dials and the respective groves to accommodate the primary dial and the secondary dial in the time display devices according to an embodiment of the present invention.
[0033] FIG. 5 is depicts the top view of the dial assembly and the respective filigree design dial in the time display devices according to an embodiment of the present invention.
[0034] FIG. 6 depicts, the cut through view of the dials and the respective groves to accommodate the filigree design dial in the time display devices according to an embodiment of the present invention.
[0035] FIG. 7 depicts múltiple embodiments of the implementation of filigree craft work over various time display devices according to an embodiment of the present invention.
[0036] FIG. 8 depicts the stages of filigree craft work components development and integration over various time display devices according to an embodiment of the present invention.
[0037] FIG. 9 depicts different stages of filigree master piece development as per art work using re-engineered process according to an embodiment of the present invention.
[0038] FIG. 10 depicts the re-engineered process of making filigree crafted components in the bulk production development stage according to an embodiment of the present invention.
[0039] FIG. 11 depicts the re-engineered process of integrating filigree crafted components into the time display devices according to an embodiment of the present invention.
[0040] Although specific features of the present invention are shown in some drawings and not in others. This is done for conven i ence only as each feature may be combined with any or all of the other features in accordance with the present invention.

F) DETAILED DESCRIPTION OF THE INVENTION
[0041] In the following detailed description, reference is made to the accompanying drawings that form a part hereof, and in which the specific embodiments that may be practiced is shown by way of illustration. These embodiments are described in sufficient detail to enable those skilled in the craft to practice the embodiments and it is to be understood that the logical, mechanical and other changes may be made without departing from the scope of the embodiments. The following detailed description is therefore not to be taken in a limiting sense.
[0042] The various embodiments of the present invention provide an improved method of mounting assorted filigree craft work over the time display devices using re-engineered process, the method comprising a primary dial surface, a secondary dial surface with the filigree craft implanted or integrated using glue or by interference fit or by brazing using fixtures or through soldering over it. A metallic protective casing with the filigree craft implanted or integrated using the glue process or brazing using specialized fixtures or by interference fit process or soldering process with a time display mechanism, at least two time indicator hands fixed above the secondary dial and in conjunction to a needle provided by the time display mechanism, a glass píate covering the primary dial and the secondary dial, a back cover to cióse and seal the time display mechanism and the associated components of the time display device inside the metallic casing, a filigree element and at least one crown with a female groove is fixed in coordination with the time display mechanism over the metallic casing using glue process or brazing using specialized fixtures process or by interference fit process or by soldering process. Strap metallic or non metallic fitted with filigree craft fixed on both the ends of case.
[0043] The time display mechanism is then housed inside the metallic casing and the primary dial is laid to be fixed over the time display mechanism. The secondary dial is laid to be fixed over the primary dial and at least two time indicator hands said to be fixed above the secondary dial and the glass píate is said to be laid and fixed on top of the metallic casing, covering the associated components of the time display device and the back cover with the filigree element implanted or integrated using glue or brazing using specialized fixtures or interference fit or by the process of soldering on to the internal portion of the back cover and covering the entire associated components of the time display device in conjunction with the metallic casing.
[0044] Currently there exist numerous products where we find the filigree craft work being implemented over it. These products include jewelry designs, wrist watches, leather belts, clothing accessories etc. In most of the products the filigree craft work is implemented in such manner such that the filigree craft work is exposed to human touch and damages caüsed by touching or shaking it. This leads to tampering of the filigree craft work and most often thefts.
[0045] The improved method of mounting assorted filigree craft work over the time display devices using re-engineered process, the process comprises steps of placing or housing the time display mechanism inside the metallic casing, the primary dial is said to be laid and fixed over the time display mechanism, the a secondary dial surface with the filigree craft implanted or integrated using the gluing process or interference fit process or by brazing using fixtures over it or through the process of soldering, is fixed over the primary dial surface, at least two time indicator hands said to be fixed above the secondary dial, the glass píate said to be laid and fixed on top of the metallic casing covering the associated components of the time display device.
[0046] At the back cover of the time display device, the filigree element. is implanted or integrated using glue or brazing using fixtures or by the process of interference fit or by the process of soldering on to the internal portion of the back cover and this back cover is fastened to the front metallic case of the time display device thereby covering the entire associated components of the time display device in conjunction with the metallic casing.
[0047] These layered structures of the time display devise are placed in such manner that the filigree craft cannot come into direct contact of touch or accidental shaking which might cause the filigree craft design placed over the dials of the time display device to get disoriented or damaged. Further, as the filigree craft is placed inside the protective glass covering and over the dial surface, these filigree craft work cannot be prone to theft or larceny that easily.
[0048] The primary dial is made up of at least a metallic element and comprises of grooves to accommodate a stud and the secondary dial is made up of at least a metallic element and comprises of studs to be inserted into a groove on the primary dial. The studs on the secondary dial is accommodated and affixed into grooves on the primary dial by the process of gluing or interference fit or by the process of brazing using specialized fixtures or by the process of soldering and the filigree craft work is at least implanted or integrated on to the secondary dial of the time display device. This ¡ntegration of the filigree element over the secondary dial is performed by a unique re-engineering process (claimed in the present invention) of preparing the filigree element and integrating the filigree element by the process of gluing or interference fit or by brazing using fixtures over it or by the process of soldering filigree element onto the secondary dial of the time display devices.
[0049] The time display devices described and claimed in the present invention is at least but not limited to a wall clock, a wrist watch, a pocket clock and a table clock according to the embodiment. The time display devices according to the embodiment, can be any device which displays time and by following the re-engineered process of laying the filigree craft work over the time display device (claimed in the present invention), a filigree metal element or a mixture of filigree element with other elements can be fixed on to the time display devices.
[0050] Embodiments in the invention herein further disclose a method wherein the time display device further comprise of a filigree craft work integrated and affixed into grooves over the crown by the process of gluing or soldering.
[0051] The time display device is configured to accommodate múltiple layers of dials with assorted craft work and filigree craft work by the process of gluing or soldering or by the process of interference fit or by the process of brazing using specialized fixtures and the assorted.craft work is at least the filigree craft work with other múltiple non-filigree craft works. [0052] The filigree craft work is a very delicate metal craft work and integrating this delicate metal craft work over the time display devices requires a precisión and re-engineering process of mounting the filigree or assorted filigree craft work over the time display devices. The re-engineering process for mounting filigree or the assorted filigree craft work over the time display devices comprises steps of master piece development, bulk manufacture and integrating manufactured components with time display devices.
[0053] The master piece development process stage comprises steps of drawing layouts and craft work initially. Further, tooling and fixtures development for sizing and forming of filigree components is done and silver or gold wire preparation to the required wire diameter is prepared. Further, the master piece is developed through hand route by skilled craft person as per craft work or drawing or layouts and outer dimensión sizing or dimensioning using fixtures / témplate to get required dimensions is performed. The thickness sizing is done by the machine or manual grinding to achieve required dimensioning tolerance and weight of the components. This is done because the required tolerance level of filigree craft work to be implemented in the time display device must be below 30 microns tolerance. Further, flattening and resizing using fixtures / témplate to achieve required tolerance / dimensions are performed wherein further forming to the required shape using fixtures / forming tools is achieved. Further, a drilling to get holes to fíx stones or additional components is performed and fine finishing and smoothening also known as de burring - silver master is performed to get the master piece which has to be implanted or soldered into the time display devices.
[0054] The next stage in the reengineering process of bulk production process or bulk production stage. In the bulk production process the rubber mold from silver master is prepared and wax models are produced through rubber mold and wax tree making process. Further casting of components is done through lost wax casting method and flattening and resizing is done using fixtures or témplate to achieve required tolerance or dimensions. Further, the required shape using fixtures or forming tools is formed and sub assembly is added by the process of brazing or gluing. In some cases where the sub-assemblies is the process of stone fixing, if necessary enameling done. Finally, the components are finished and finalized by the process of de-burring, buffing, polishing and plating and a thorough quality check is performed either manually or through an automated process. [0055] The final stage in the re-engineering process is the integration of filigree components onto the time display devices. The integration of components with the time display device comprises steps of filigree component integration with the time display dial using glue or brazing with fixtures and integration of filigree component with the external case using glue or brazing with specialized fixtures. Further, the filigree component integration with back cover is done or performed using glue or brazing with specialized fixtures and filigree component integration with crówn is achieved using glue or brazing with specialized fixtures. Integration with wrist strap using specialized mechanism. Finally, a quality check of the assembled components on the time display device is performed either manually or through an automated process.
[0056] FIG.l is a cut through view of the time display device which comprises an improved method of integrating and mounting assorted filigree craft work over the time display device according to an embodiment of the present invention. According to the embodiment, the case 101 comprise of a time display mechanism 102 over which a primary dial 103 is mounted. A secondary dial (filigree crafted dial) 104 integrated / mounted over 103. Filigree crafted decorative ring 111 implanted or integrated over 104. Components 103,104,111 are integrated using glue or brazing using fixtures or interference fit or by the process of soldering. At least 2 to 3 time indicator hands 105 fitted to 102. A metallic protective casing 101 with the filigree craft or filigree element 112 implanted or integrated using glue or by brazing using specialized fixtures or by the process of soldering or by interference fit.
[0057] A component made out of glass material 108 seáis from the top of the case 101, back cover 107 integrated with filigree 113 is used to cióse and seal the time display mechanism 102 and the associated components of the tinie display device inside the metallic casing 101. The back cover 107 also integrated with filigree element 113 using glue or brazing using specialized fixtures or by the process of soldering or by interference fit. A filigree element 114 is fixed to at least one crown 109 that comprises a groove, is fixed in coordination with the time display mechanism 102 over the metallic casing 101 using glue or brazing using specialized fixtures br soldering process. The time display device herein also depicts one or more filigree components integrated on various locations of the time display device through the process such as but not limited to gluing, brazing, interference fit or by the process of soldering.
[0058] The filigree elements is implanted or integrated through the process of soldering or by gluing process or by brazing using specialized fixtures or by the process of interference fit over various locations with size tolerance of less than 50 microns. The process of manufacturing this delicate filigree craft work is re-engineered with various custom processes. [0059] Fig 2 depicfs top view and side views of the time display devices, it clearly indicates places of filigree craft integration on various locations through brazing or glue or interference fit or by fasteners.
[0060] Fig 3 depicts the back view of the time display device and also shows filigree craft ¡ntegration to the back cover of time display unit. [0061] FIG. 4 depicts the exploded view of the dials and the respective groves to accommodate the filigree design crafted secondary dial and primary dial according to an embodiment of the present invention. According to the embodiment, the primary dial 103 of the time display device is affixed over the time display mechanism 102. The primary dial 103 comprises of 2 holes or grooves 302 made during the re-engineering manufacturing process of the primary dials. The secondary dial (filigree component) 104 comprises of matching projections or studs 301 such that the matching projections or the studs 301 are at the bottom end of the secondary dial 104. Henee the primary dial 103 forms the rear end of the time display device and consist of plurality of holes 302 such that the secondary dial 104 which consist of matching projections 301 ¡s fitted over the primary dial 103 by interference fit or by glue or by brazing.
[0062] FIG. 5 is depicts the top view of the dial assembly and the respective filigree design dial in the time display devices according to an embodiment of the present invention. According to the embodiment, the primary dial 103 rests at the bottom and the secondary dial (filigree dial) 104 rests over the primary dial 103.
[0063] FIG. 6 depicts the cut through side view of the assembled dials and the respective groves / projections to accommodate primary and secondary dial
[0064] FIG. 7 depicts múltiple embodiments of the implementation of filigree craft work over various time display devices according to an embodiment of the present invention. According to the embodiment, the filigree element 604 implanted over various portions on the time display devices by the re-engineering process used or clamed herein. These locations on the time display devices are but not limited to 601 leather strap or non» metal strap integrated with 604 filigree craft work. A Bracelet 602 implanted with the 604 fihgree work implanted or integrated using glue or brazing or ¡nterference fit or with fasteners, bracelet 603 ¡tself as a full filigree element. These components integrated onto to the time display devices done by the process of soldering or gluing or by brazing or by interference fit or with fasteners with precisión on to the time display dévice through the re-engineered process.
[0065] FIG. 8 depicts the stages of filigree craft work components development and integration over various time display devices according to an embodiment of the present invention. According to the embodiment, the filigree craft work is a very delicate metal craft work and integrating this delicate metal craft work over the time display devices requires a precisión and re-engineering process of mounting the filigree or assorted filigree craft work over the time display devices. The re-engineering process for mounting filigree or the assorted filigree craft work over the time display devices comprises steps of master piece development 701, bulk manufacture 702 and integrating manufactured components with time display devices 703. [0066] FIG. 9 depicts the re-engineered process of making filigree crafted master piece components development stage according to an embodiment of the present invention. According to the embodiment, the master piece development process stage comprises steps of drawing layouts and craft work 801 initially. Further, tooling and fixtures development for sizing and forming of filigree components 802 is done and silver or gold wire preparation to the required wire diameter 803 is prepared. Further, the master piece is developed through hand route by skilled craft person as per craft work or drawing or layouts 804 and outer dimensión sizing or dimensioning using fixtures / témplate to get required dimensions 805 is performed. The thickness sizing is done by the machining or manual grinding to achieve required dimensioning tolerance and weight of the components 806. This is done because the required tolerance level of filigree craft work to be implemented in the time display device must be below 50 microns. Further, flattening and resizing using fixtures / témplate to achieve required tolerance / dimensions 807 are performed wherein further forming to the required shape using fixtures / forming tools 808 is achieved. Further, a drilling to get holes to fix stones or additional components 809 is performed and fine finishing and smoothening also known as de burring - silver master 810 is performed to get the master piece.
[0067] FIG. 10 depicts the re-engineered process of making filigree craft work components ¡n the bulk production development stage according to an embodiment of the present ¡nvention. In the bulk production process the rubber mold from silver master 901 is prepared and wax models are produced through rubber mold and wax tree 902 making process. Further casting of components is done through lost wax casting method 903 and flattening and resizing is done using fixtures or témplate to achieve required tolerance or dimensions 904. Further, the required shape using fixtures or forming tools 905 is formed and sub assembly is added by the process of brazing or gluing or interference fir or through soldering 906. In some cases where the sub-assemblies/process are of stone fixing, enameling etc 907. Finally, the components are finished and finalized by the process of de-burring, buffing, polishing and plating 908 and a thorough quality check 909 is performed either manually or through an automated process.
[0068] FIG. 11 depicts the re-engineered process of integrating filigree craft work components to the time display devices according to an embodiment of the present invention. The final stage in the re-engineering process is the integration of filigree components onto the time display devices. The integration of components with the time display device comprises steps of filigree component integration with the time display dial using glue or brazing with fixtures 1001 and integration of filigree component with the external case using glue or brazing with specialized fixtures or through the process of interference fit or soldering!002. Further, the filigree component integration with back cover is done or performed using glue or brazing with specialized fixtures or through the process of interference fit or soldering 1003 and filigree component integration with crown is achieved using glue or brazing or through the process of interference fit or soldering with specialized fixtures 1004.filigree integration with leather strap/bracelet or as full bracelet using glue, brazing using specialized fixers 1005. Finally, a quality check 1006 of the assembled components on the time display devjce 1007 is performed either manually or through an automated process.
[0069] The foregoing description of the specific embodiments will so fully reveal the general nature of the embodiments herein that others can, by applying current knowledge, readily mpdify and/or adapt for various applications such specific embodiments without departing from the generic concept, and, therefore, such adaptations and modifications should and are intended to be comprehended within the meaning and range of equivalents of the disclosed embodiments. It is to be understood that the phraseology or terminology employed herein is for the purpose of description and not of limitation. Therefore, while the embodiments herein have been described ¡n terms of preferred embodiments, those skilled in the craft will recognize that the embodiments herein can be practiced with modification within the spirit and scope of the appended claims.
G) ADVANTAGES OF THE INVENTION
[0070] The various embodiments of the present invention provide a an improved re-engineered method of mounting assorted filigree craft work over the time display devices such that the mounted filigree craft work is not prone to damages caused by any touch and accidental shaking.
[0071] The present invention an improved re-engineered method of mounting assorted filigree craft work over the time display devices such that the mounting mechanism of the filigree craft work over the time display devices is not just a basic affixing mechanism and these filigreed craft work that are implanted over these time display products are not prone to theft and larceny.
[0072] The present invention provides options to intégrate filigree craft work over various locations bn the time display devices using the re- engineered method, such that the locations are but not limited to clock dials, watch dials, wrist watch straps, protective metallic casing, time display needle, clock internal and external casing etc.
[0073] The present invention provides a unique structural design of the time display device such that the filigree craft work can be accommodated securely over the time display dials and other such places over the time display device.
[0074] The present invention provides options that enable to implant assorted craft works over the time display devices using a re-engineered filigree implantation process such assorted craft work is not only limited to filigree craft work but also non-filigree craft works.
[0075] Further, the filigree components are re-engineered by a secondary operations process to meet the Horological tolerance requirements which is below 30 micron and which is needed to fit the filigree component inside the time display device properly and to run the time display needles smoothly.
[0076] Filigree components that are integrated with time display device are hand crafted and authentic. Henee craft work can be unique in its style.

CLAIMS
What is claimed is:
1. A method of mounting assorted filigree craft work over the time display devices using a re-engineered process, the method comprising: a metallic protective casing with a filigree craft implanted or integrated using glue or brazing using specialized fixtures or through the process of interference fit or through the process of soldering; a primary dial;
a secondary dial with the filigree craft integrated on to it using glue or brazing or through interference fit or through the process of soldering; á time display mechanism;
at least two timé indicator hands fixed above the secondary dial and in conjunction to a needle provided by the time display mechanism; a glass píate covering the metallic protective casing;
a back cover integrated with filigree Work to cióse and seal the time display mechanism and the associated components of the time display device inside the metallic casing; a filigree element; and
at least one crown with a female groove, fixed in coordination with the time display mechanism over the metallic casing using glue or brazing using specialized fixtures or through interference fit or through the process of soldering;
wherein the time display mechanism is housed inside the metallic casing, the primary dial is laid to be fixed over the time display mechanism, the filigree implanted secondary dial is laid to be fixed over the primary dial, at least two time indicator hands said to be fixed above the secondary dial, the glass píate said to be laid and fixed on top of the metallic casing covering the associated components of the time display device and the back cover with the filigree element implanted or integrated using glue or interference fit or by the process of brazing using specialized fixtures or through the process of soldering on to the internal portion of the back cover and covering the entire associated components of the time display device in conjunction with the metallic casing with further strap or bracelet made of metallic or non-metallic is integrated with filigree fitted on both ends of the case;
2. The method of claim 1, wherein the primary dial is made up of at least a metallic element and comprises of female grooves or holes to accommodate a male stud.
3. The method of claim 1, wherein the secondary dial with the filigree craft is made up of at least a metallic element and comprises of male studs or projections to be ¡nserted into a female groove or holes on the primary dial.
4. The method of claim 1, wherein the studs or projections on the secondary dial is accommodated and affixed into female grooves or holes on the primary dial by the process of gluing or soldering or by interference fit. .
5. The method of claim 1, wherein the filigree craft work is at least implanted or integrated on to the secondary dial of the time display device.
6. The method of claim 1, wherein the times display devices is at least but not limited to a wall clock, a wrist watch, a pocket clock and a table clock.
7. The method of claim 1, wherein the filigree element is accommodated and affixed into female grooves on the back cover by the process of gluing or. soldering or interference fit or through the process of brazing using specialized fixtures.
8. The method of claim 1, wherein the display device further comprise of a filigree craft work accommodated and affixed into grooves over the crown by the process of gluing or soldering or by the process of interference fit.
9. The method of claim 1, wherein the time display device is configured to accommodate múltiple layers of dials with assorted craft work and filigree craft work by the process of gluing or soldering or interference fit or by the process ofbrazing using specialized fixtures.
10. The method of claim 9, wherein the assorted craft work is at least the filigree craft work with other múltiple non-filigree craft works.
11. The method of claim 1, wherein the filigree craft work can be accommodated over múltiple parts of time display device.
12. The method of claim 1, wherein the filigree craft work can be accommodated over metallic bracelét and non metallic straps of time display device.
13. The method of claim 11, wherein the múltiple parts of display devices is at least but not limited to time dials, wrist watch straps, wall clock coverings, protective casing of the time devices, external potions and internal portions of . the time display device.
14. The re-engineering process of claim 1, for mounting assorted filigree craft work over the time display devices, the method comprising steps of: masterpiece development; bulk manufacture; and integrating manufactured filigree components and other components with time display devices.
15. The master piece development process of claim 14 comprises steps of: drawing layouts and craft work; tooling and fixtures development for sizing and forming of filigree components; silver or gold wire preparation to the required wire diameter; master piece development through combination of hand route and fixtures by skilled craft person as per art work, drawing or layouts; outer dimensión Sizing or dimensioning using fixtures or témplate to get required dimensions; thickness sizing by machine or manual grinding to achieve required dimensioning tolerance and weight of the components; flattening and resizing using fixtures or témplate to achieve required tolerance or dimensions; forming to the required shape using fixtures or forming tools; drilling to get holes to fix stones or additional components; and fine finishing, smoothening, de burring - silver master.
16. The bulk production process of claim 14 comprises steps of: making rubber mold from silver master; producing wax models through rubber mold and wax tree making; casting of components through lost wax casting method; flattening and resizing using fixtures or témplate to achieve required tolerance or dimensions; forming to the required shape using fixtures or forming tools; sub assembly add on brazing, add on gluing; sub assembly like stone fixing, enameling; finishing of components that includes de-burring, buffing, polishing and plating; and quality check;
17. The integration of components with time display device of claim 14 comprises
steps of: filigree component integration with the time display dial using glue or brazing using fixtures or interference fit; filigree component integration with the external case using glue or brazing using specialized fixtures or interference fit or by the process of soldering; filigree component integration with back cover using glue or brazing using specialized fixtures or interference fit or by the process of soldering; filigree component integration with crown using glue or brazing using specialized fixtures or interference fit or by the process of soldering; filigree integration with bracelet or with strap (metal or non metal). quality check of the assembled components; and time display device assembly.