Description:BACKGROUND
Technical Field
The embodiments herein generally relate toajewellery kit, more particularly to a modular customizable jewellery kit that enables forming of one or more ornaments that can be adapted to be worn on different parts of a body of a person.
Description of the Related Art
Jewellery has been an integral part of human culture for centuries, serving as a symbol of status, personal expression, and sentimental value. Traditionally, jewellery pieces are designed for specific purposes, such as rings for fingers, necklaces for the neck, and earrings for the ears, with each piece maintaining a fixed form throughout its lifetime. Once manufactured, jewellery cannot be modified, or updated without professional intervention.As a result, traditional jewellery offers limited versatility and customization options for consumers.
Jewellery products that are currently available in the market are static in nature, where their design and function remain unchanged unless they are physically dismantled, melted down and remade into a completely different design and jewellery product. Although some modular or adjustable designs exist, they still lack the capability to transform seamlessly across different types or forms of jewellery. The lack of flexibility in traditional jewellery limits its functionality and customization potential. Consumers who wish to change the appearance or type of their jewellery must invest in multiple jewelleryproducts, leading to increased cost and reducing sustainability. This issue is particularly significant given current economic conditions. Metals like gold and silver, and stones like diamond, prices reaching historically high levels, many consumers are unable to afford multiple jewellery items for different occasions or appearances. Consumers need to invest heavily just to wear different types of jewellery has become a growing concern, especially among economically conscious consumers. In many cases, a single person may only be able to afford one jewellery item, however, wearing the same jewellery repeatedly can reduce personal satisfaction.
While some special-purpose jewellery pieces incorporate hinges or detachable parts for connections, these designs remain complex and impractical for everyday users who lack the technical knowledge or tools required for modifications.Some more attempts have been made to create multi-functional jewellery, but those are not cost effectiveand fail to meet consumer expectations in terms of aesthetics and usability.
Accordingly, there remains a need for a jewellery kit that enables forming of one or more ornaments that is economically viable, technically adaptable, and capable of being worn in different ways, reflecting both fashion trends and personal moods.

SUMMARY
In view of the foregoing, an embodiment herein provides modular customizable jewellery kit including N number of elements in pre-defined shapes, one or more body wearable components including a short chain, a long chain, a post and a clasp, and one or more fastening components. Each of the N number of elements includes a primary connector and a secondary connector.The primary connector of any of the N number of elements is linked to the secondary connector of any other element and vice versa, enabling a user to attach and detach the N number of elements in one or more sequences. The primary connector and the secondary connector of the N number of elements are configured to enable any of horizontal orientation attachments or vertical orientation attachments of the two or more of the N number of elements to each other. The one or more fastening components are configured to enable attaching any of the N number of elements to any of the short chain, the long chain, the post or the clasp. The same N number of elementscan be assembled in the body wearable components using the one or more fastening components to form one or more ornaments that are adapted to be worn on two or more different parts of a body of a person. Any r number of elements from the N number of elements can be assembled in ∑_(r=1 N)^N▒Prdesign permutations, where r is a number ranging from 1 to N, and NPr is a number of permutations for assembling the r number of elements in the one or more sequences, different orientation attachments and positions, in the body wearable components, The one or more ornaments is selected from any of a first ornament, a second ornament, and a third ornament. The first ornament is formed by attaching a first subset of the N elements to the short chain using a first subset of the one or more fastening components. The first ornament is adapted to be worn on a first part of a body that includes a wrist or an ankle. The second ornament is formed by attaching a second subset of the N elements to the long chain using a second subset of the one or more fastening components. The second ornament is adapted to be worn on a second part of the body that includes a neck. The third ornament is formed by attaching a third subset of the N elements to the post and the clasp using a third subset of the one or more fastening components. The third ornament is adapted to be worn on a third part of the body that includes an ear. The first subset of the N elements, the second subset of the N elements and the third subset of the N elements each range from zero element to N-1 elements in different orientation attachments and positions in the body wearable components, and a total of a first number of elements in the first subset of the N elements, a second number of elements in the second subset of the N elements, and a third number of elements in the third subset of the N elements does not exceed N number of elements, enabling the modular customizable jewellery kit to provide a higher number of unique ornament combinations and permutations with the same N number of elements, the body wearable components, and the one or more fastening components.
In some embodiments, the first subset of the N elements, the second subset of the N elements, and the third subset of the N elements interconnects the two or more of the N number of elements in any of the horizontal orientation attachments, the vertical orientation attachments, or a combination of the horizontal orientation attachments and the vertical orientation attachments, in the body wearable components in the one or more sequences. In some embodiments, the modular customizable jewellery kit enables (i) forming the second ornament, or the third ornament with the first subset of the N elements of the first ornament, (ii) forming the third ornament, or the first ornament with the second subset of the N elements of the second ornament, and (iii) forming the first ornament, or the second ornament with the third subset of the N elements of the third ornament.
In some embodiments, the N number of elements, the first subset of the N elements, the second subset of the N elements, and the third subset of the N elements are configured to attach in any position of the body wearable components. In some embodiments, the modular customizable jewellery kit is configured to form the second subset of the N elements or the third subset of the N elements using the first subset of the N elements or a part of the first subset of the N elements, and vice versa, thereby enabling transformation between at least two of the plurality of ornaments using the same N number of elements.
In some embodiments, the one or more fastening components includes at least one of hooks, clasps, magnetic fasteners, or snap-fit mechanisms to enable attachment of the N number of elements to the body wearable components. The modular customizable jewellery kit enables the one or more fastening components to place at any location of the body wearable components.
In an aspect, an embodiment herein provides a method for forming one or more ornaments using a modular customizable jewellery kit that includes N number of elements, body wearable components including a short chain, a long chain, a post and a clasp, and one or more fastening components. The method includes selecting and forming one or more subset of N elements from the N number of elements. The method includes forming one or more ornaments that are adapted to be worn on two or more different parts of a body of a personby assembling the same N number of elements in the body wearable components using the one or more fastening components, wherein any r number of elements from the N number of elements can be assembled in ∑_(r=1 N)^N▒Prdesign permutations, where r is a number ranging from 1 to N, and NPr is a number of permutations for assembling the r number of elements in one or more sequences, different orientation attachments and positionsin the body wearable components. One or more first ornaments includea first ornament which is formed by attaching a first subset of N elements to the short chain, and a second ornament which is formed by attaching a second subset of N elements to the long chain. One or more second ornaments includea third ornament which is formed by attaching a third subset of N elements to the post and the clasp, and a fourth ornament which is formed by attaching a fourth subset of N elements to the short chain. One or more third ornaments includes a fourth ornament which is formed by attaching a fourth subset of N elements to the long chain, and a fifth ornament which is formed by attaching a fifth subset of N elements to the post and the clasp. One or more fourth ornaments comprises (i) a sixth ornament which is formed by attaching a sixth subset of N elements to the short chain, (ii) a seventh ornament which is formed by attaching a seventh subset of N elements to the long chain, and (iii) an eighth ornament which is formed by attaching an eighth subset of N elements to the post and the clasp. The first subset of the N elements, the second subset of the N elements and the third subset of the N elements each range from zero element to N-1 elements in different orientation attachments and positions in the body wearable components, and a total of a first number of elements in the first subset of the N elements, a second number of elements in the second subset of the N elements, and a third number of elements in the third subset of the N elements does not exceed N number of elements, enabling the modular customizable jewellery kit to provide a higher number of unique ornament combinations and permutations with the same N number of elements, the body wearable components, and the one or more fastening components.
In some embodiments, the method includes enabling the same N number of elements, the body wearable components, and the one or more fastening components of the one or more first ornaments to form the one or more second ornaments, the one or more third ornaments and the one or more fourth ornaments, and vice versa.
In some embodiments, the method includes reconfiguring any of orientation attachments or positional changes in at least one element of the N number of elements, or the one or more subset of N elements in the body wearable components to enable the higher number of unique ornament combinations and permutations in the modular customizable jewellery kit.
In some embodiments, when the one or more ornaments includes a necklace, the method includes selecting and forming at least one subset of N elements from the N number of elements in any of horizontal orientation attachments or vertical orientation attachments,and attaching the at least one subset of N elements to the long chain to form the necklace.
In some embodiments, when the one or more ornaments includes a bracelet or anklet, the method includes selecting and forming at least one subset of N elements from the N number of elements in any of horizontal orientation attachments or vertical orientation attachments,and attaching the at least one subset of N elements to the short chain using spring clasps, to form the bracelet or anklet.
In some embodiments, when the one or more ornaments includes an earring, the method includes selecting and forming at least two subset of N elements from the N number of elements in vertical orientation attachments,and attaching the posts and clasps through a hole of topmost element of the at least two subset of N elements, to form the earring.
The modular customizable jewellery kit enables users to assemble and connect the N number of elements in different permutations and combinations to create different designs with the same N number of elementsto provide different aesthetic looks and variations without the need for additional, separate jewellery items. For example, a user can use five elements in the short chain to form the bracelet for casual wear, later the same five elements can be rearranged in the long chain to form the necklace for a formal occasion. Also, the user can form the bracelet in the morning, and reconfigure the same elements in the long chain or the short chain to form the bracelet or the necklace in some other designs.
The modular customizable jewellery kit can be upgraded, elaborated, and expanded by adding additional element to the existing N number of elements, which enables the user to change the aesthetic look of the one or more ornaments as per the user requirements, needs, occasions, and trends. The user may get the modular customizable jewellery kit with 10 elements and later integrate 5 additional elements to enhance the design in the future. The interconnection of the N number of elements, and the connection of the N number of elements to the one or more body wearable components using the one or more fastening components can be done in a simple way without any technical knowledge or specialized tools.
The one or more body wearable components provides flexibility in wearing the same N number of elements on different parts of the body of the human. The modular customizable jewellery kit provides a cost-effective solution by providing the higher number of unique ornament combinations and permutations with the same N number of elements, which avoids investing in separate ornaments for different occasions. The modular customizable jewellery kit provides a compact solution,conveniently fitting into a small pouch and eliminating the need to carry multiple ornaments while travelling, by covering a wide range of styles.
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
BRIEF DESCRIPTION OF THE DRAWINGS
The embodiments herein will be better understood from the following detailed description with reference to the drawings, in which:
FIG. 1 illustrates a block diagram of a modular customizable jewellery kit according to some embodiments herein;
FIG. 2A illustrates exemplary view of four elements from N number of elements of FIG. 1 according to some embodiments herein;
FIG. 2B illustrates exemplary view of the four elements of FIG. 2A with four subsets of the four elements according to some embodiments herein;
FIG. 2C illustrates exemplary view of the four elements of FIG. 2A with three subsets of the four elements according to some embodiments herein;
FIG. 2D illustrates exemplary view of the four elements of FIG. 2A with two subsets of the four elements according to some embodiments herein;
FIG. 2E illustrates exemplary view of the four elements of FIG. 2A with one subset of the four elements according to some embodiments herein;
FIG. 3A illustrates an exemplary front view and an exemplary side view of the four elements of FIG. 2A in vertical orientation attachments according to some embodiments herein;
FIG. 3B illustrates an exemplary front view and an exemplary side view of the four elements of FIG. 2 in horizontal orientation attachments according to some embodiments herein;
FIG. 3C illustrates exemplary views of a user wearing a long chain with the four elements in the vertical orientation attachments according to some embodiments herein;
FIG. 3D illustrates exemplary views of the user wearing the long chain with the four elements in the horizontal orientation attachments according to some embodiments herein;
FIG. 3E illustrates an exemplary side view of the four elements of FIG. 2A in the vertical orientation attachments along with a post and a butterfly according to some embodiments herein;
FIG. 3F illustrates exemplary views of the user wearing an earring with the four elements in the vertical orientation attachments according to some embodiments herein;
FIG. 3G illustrates an exemplary front view of a short chain with the four elements according to some embodiments herein;
FIG. 3H illustrate exemplary views of hands of the user wearing the short chain with the four elements according to some embodiments herein;
FIG. 4A illustrate an exemplary front view and an exemplary back view of four elements of the N number of elements of FIG. 1according to some embodiments herein;
FIG. 4B illustrates an exemplary front view of the short chain with one or more fastening components according to some embodiments herein;
FIG. 4C illustrate exemplary views of assembling at least one element of the four elements in the short chain using at least one fastening component of the one or more fastening components according to some embodiments herein;
FIG. 4D illustrates an exemplary view of the four elements attached in the short chain using the one or more fastening components according to some embodiments herein;
FIG. 4E illustrate exemplary views of a bracelet with any number of four elements according to some embodiments herein;
FIG. 5 illustrates a method of forming one or more ornaments using the modular customizable jewellery kit of FIG. 1 according to some embodiments herein;
FIG. 6 illustrates a method of forming a necklace with the vertical orientation attachments using the modular customizable jewellery kit according to some embodiments herein;
FIG. 7 illustrates a method of forming the necklace with the horizontal orientation attachments using the modular customizable jewellery kit according to some embodiments herein;
FIG. 8 illustrates a method of forming the bracelet using the modular customizable jewellery kit according to some embodiments herein; and
FIG. 9 illustrates a method of forming a pair of earrings using the modular customizable jewellery kit according to some embodiments herein.

DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS
The embodiments herein and the various features and advantageous details thereof are explained more fully with reference to the non-limiting embodiments that are illustrated in the accompanying drawings and detailed in the following description. Descriptions of well-known components and processing techniques are omitted so as to not unnecessarily obscure the embodiments herein. The examples used herein are intended merely to facilitate an understanding of ways in which the embodiments herein may be practiced and to further enable those of skill in the art to practice the embodiments herein. Accordingly, the examples should not be construed as limiting the scope of the embodiments herein.
As mentioned, there remains a need for a jewellery kit that enables forming of one or more ornaments with one or more elements to provide different aesthetic looks and variations. Referring now to the drawings, and more particularly to FIGS. 1 through 9, where similar reference characters denote corresponding features consistently throughout the figures, preferred embodiments are shown.
FIG. 1 illustrates a block diagram of a modular customizable jewellery kit 100 according to some embodiments herein. The modular customizable jewellery kit 100 includes N number of elements 102A-N, one or more body wearable components 104A-N, and one or more fastening components 106A-N. The N number of elements 102A-N may be in pre-defined shapes, not limited to, geometric shapes, ornamental shapes, 3D shapes, or combination of any of geometric, ornamental and 3D shapes. In some embodiments, the geometric shapes include any of, but not limited to, a circular shape, a square shape, a spherical shape, an oval shape, a triangle shape, or a star shape, the ornamental shapes include any of, but not limited to, a heart shape, a diamond shape, an arrow shape, or a cross shape, and the 3D shapes include any of, but not limited to, a spherical shape, a cylindrical shape, a conical shape, a pyramidal shape. In some embodiments, the N number of elements 102A-N can be in irregular shapes. The pre-defined shapes of the N number of elements 102A-N may include one or more textual characters. The one or more textual characters include any of, but not limited to, alphanumeric characters, symbols or logos. In some embodiments, the N number of elements 102A-N can be made in any of precious metals, non-precious metals, or made in any other materials and studded with precious stones. The precious metals may be any of Gold, Silver, Platinum, Titanium, and the like. The non-precious metals may be any of stainless steel, Copper, Brass, and the like. The other materials may be wood, faux feather, fabric, and the like. The precious stones may be any of Diamonds, Precious Gemstones, Semi-Precious Gemstones, Pearls, and the like.
Each of the N number of elements 102A-N includes a primary connector and a secondary connector. The primary connector of any of the N number of elements 102A-N to be linked to the secondary connector of the any other element and vice versa, enabling a user to attach and detach the N number of elements 102A-N in one or more sequences. The primary connector and the second connector enable interconnection of the N number of elements 102A-N. The primary connector and the secondary connector of the N number of elements 102A-N are configured to enable any of horizontal orientation attachments or vertical orientation attachments of the two or more of the N number of elements to each other. In some embodiments, the primary connector can be a male connector acting as engager, and the secondary connector can be a female connector acting as receiver. In some embodiments, the primary connector can be an engagement hook, and the secondary connector can be a slot. The two or more of the N number of elements 102A-N interconnects with each other using the engagement hook and the slot. The engagement hook of a first element of the N number of elements 102A-N may be positioned within the slot of a second element of the N number of elements 102A-N for enabling interconnection between the two or more of the N number of elements 102A-N.
The one or more body wearable components 104A-N includes a short chain, a long chain, a post and a clasp. The one or more fastening components 106A-N are configured to enable attaching any of the N number of elements 102A-N to any of the short chain, the long chain, the post or the clasp. The one or more fastening components 106A-N includes at least one of hooks, clasps, “o” rings, magnetic fasteners, or snap fit mechanisms to enable attachment of the N number of elements 102A-N to the one or more body wearable components 104A-N. In some embodiments, the one or more fastening components 106A-N are configured to provide secure attachment of the N number of elements 102A-N in the one or more body wearable components 104A-N. In some embodiments, the one or more fastening components 106A-N enables the N number of elements 102A-N to attach at any location of the one or more body wearable components 104A-N.
The same N number of elements can be assembled in the one or more body wearable components 104A-N using the one or more fastening components 106A-N to form one or more ornaments that are adapted to be worn on two or more different parts of a body of a personr number of elements from the N number of elements can be assembled in ∑_(r=1 N)^N▒Prdesign permutations, where r is a number ranging from 1 to N, and NPr is a number of permutations for assembling the r number of elements in the one or moresequences, different orientations, and positions in the one or more body wearable components 104A-N. The two or more different parts of the body of the person may be any of a wrist, an ankle, a neck, or an ear. In some embodiments, the modular customizable jewellery kit 100 enables modular engagement, disengagement, and reconfiguration of the N number of elements 102A-N to form the one or more ornaments. The one or more ornaments is selected from any of a first ornament, a second ornament, and a third ornament.
The first ornament is formed by attaching a first subset of the N elements to the short chain using a first subset of the one or more fastening components 106A-N. The first ornament is adapted to be worn on a first part of a body that includes any of the wrist or the ankle. In some embodiments, the first ornament can be a bracelet or an anklet. The second ornament is formed by attaching a second subset of the N elements to the long chain using a second subset of the one or more fastening components 106A-N. The second ornament is adapted to be worn on a second part of the body that includes the neck. In some embodiments, the second ornament can be a necklace. The third ornament is formed by attaching a third subset of the N elements to the post and the clasp using a third subset of the one or more fastening components 106A-N. The third ornament is adapted to be worn on a third part of the body that includes the ear. In some embodiments, the third ornament can be an earring. In some embodiments, third ornament can be formed by attaching the third subset of the N elements to a post and butterfly using the third subset of the one or more fastening components 106A-N.
The first subset of the N elements, the second subset of the N elements and the third subset of the N elements each range from zero element to N-1 elements in different orientation attachments and positions in the one or more body wearable components 104A-N, and a total of a first number of elements in the first subset of elements, a second number of elements in the second subset of elements, and a third number of elements in the third subset of elements does not exceed the N number of elements 102A-N, enabling the modular customizable jewellery kit 100 to provide a higher number of unique ornament combinations and permutations with the same N number of elements 102A-N, the same one or more body wearable components 104A-N, and the same one or more fastening components 106A-N. In some embodiments, the first subset of the N elements, the second subset of the N elements, and the third subset of the N elements interconnects the two or more of the N number of elements in any of the horizontal orientation attachments, the vertical orientation attachments, or a combination of the horizontal orientation attachments and the vertical orientation attachments, in the one or more body wearable components 104A-N in theplurality of sequences. In some embodiments, the modular customizable jewellery kit 100 enables (i) forming the second ornament, or the third ornament with the first subset of the N elements of the first ornament, (ii) forming the third ornament, or the first ornament with the second subset of the N elements of the second ornament, and (iii) forming the first ornament, or the second ornament with the third subset of the N elements of the third ornament.
In some embodiments, the first subset of the N elements, the second subset of the N elements, and the third subset of the N elements are configured to attach in any position of the one or more body wearable components 104A-N. The modular customizable jewellery kit 100 is configured to form the second subset of the N elements or the third subset of the N elements using the first subset of the N elements or a part of the first subset of the N elements, and vice versa, thereby enabling transformation between at least two of the plurality of ornaments using the same N number of elements.
For example, a working woman using the modular customizable jewellery kit 100 with 10 elements and the body wearable components 104A-N, may configure the one or more ornaments with different combinations and permutations for various occasions. For office use, the working woman may form a bracelet with 2 elements in the short chain, and a pair of earrings with 2 elements in the pair of posts and clasps. For a casual outing, the working woman may form a necklace with 4 elements in the long chain, and the pair of earrings with 4 elements in the pair of posts and clasps. For parties and festive occasions, the working women may form a necklace with 5 elements in the long chain, and the bracelet with remaining 5 elements in the short chain.The modular customizable jewellery kit 100 enables adapting of different styles across formal, casual and traditional use cases.
In some embodiments, the one or more body wearable components include a ring. The modular customizable jewellery kit 100 may form a fourth ornament by attaching a fourth subset of N elements to the ring using a fourth subset of the one or more fastening components 106A-N. The fourth ornament is adapted to be worn on a fourth part of the body that includes a finger. In some embodiments, the one or more body wearable components include a pin. The modular customizable jewellery kit 100 may form (i) a fifth ornament by attaching a fifth subset of N elements to the pin using a fifth subset of the one or more fastening components 106A-N; and (ii) a sixth ornament by attaching a sixth subset of N elements to the pin using a sixth subset of the one or more fastening components 106A-N. The fifth ornament is adapted to be worn on a fifth part of the body that includes a nose, and the sixth ornament is adapted to be worn on a sixth part of the body that includes a hair.
For example, when N = 3 elements, the modular customizable jewellery kit 100 can be configured to form the one or more ornaments. If all the 3 elements are used to form the first ornament, the number of permutations is 6. If 2 of the 3 elements are used to form the second ornament, the number of permutations is 6. If 1 of the 3 elements are used to form the third ornament, the number of permutations is 3. The modular customizable jewelley kit 100 provides a total of 15 permutations in the first ornament, the second ornament, and the third ornament, with the 3 elements.
For example, when N = 4 elements, the modular customizable jewellery kit 100 can be configured to form the one or more ornaments. If all the 4 elements are used to form the first ornament, the number of permutations is 24. If 3 of the 4 elements are used to form the second ornament, the number of permutations is 24. If 2 of the 4 elements are used to form the third ornament, the number of permutations is 12. If 1 of the 4 elements are used to form the fourth ornament, the number of permutations is 4. The modular customizable jewelley kit 100 provides a total of 64 permutations in the first ornament, the second ornament, the third ornament, and the fourth ornament, with the 4 elements.
FIG. 2A illustrates exemplary view of four elements 200A-D from the N number of elements 102A-N of FIG. 1 according to some embodiments herein. The exemplary view of the four elements 200A-D includes a first element 202 in a circular shape, a second element 204 in a diamond shape, a third element 206 in a droplet shape, and a fourth element 208 in a heart shape. By applying permutations formula, i.e. n!/(n-r)!, the number of permutations formed with the N number of elements with N subset of the N number of elements can be calculated.
FIG. 2B illustrates exemplary view of the four elements 200A-D of FIG. 2A with four subsets of the four elements 200A-D according to some embodiments herein. When total amount in a set (n) is four, and amount in each sub-set (r) is four, the modular customizable jewellery kit provides 64 permutations with the same four elements 200A-D.
FIG. 2C illustrates exemplary view of the four elements 200A-D of FIG. 2A with three subsets of the four elements 200A-D according to some embodiments herein. When total amount in a set (n) is four, and amount in each sub-set (r) is three, the modular customizable jewellery kit provides 24 permutations with the same four elements 200A-D.
FIG. 2D illustrates exemplary view of the four elements 200A-D of FIG. 2A with two subsets of the four elements 200A-D according to some embodiments herein. When total amount in a set (n) is four, and amount in each sub-set (r) is two, the modular customizable jewellery kit provides 12 permutations with the same four elements 200A-D.
FIG. 2E illustrates exemplary view of the four elements 200A-D of FIG. 2A with one subset of the four elements 200A-D according to some embodiments herein. When total amount in a set (n) is four, and amount in each sub-set (r) is one, the modular customizable jewellery kit provides 4 permutations.
FIG. 3A illustrates an exemplary front view and an exemplary side view of the four elements 200A-D of FIG. 2Ain the vertical orientation attachments according to some embodiments herein. The exemplary front view 302 depicts the four elements 200A-D, the exemplary front view 304 depicts the four elements 200A-D interconnected with each other using the primary connector and the secondary connector in the vertical orientation attachments, and the exemplary side view 306 depicts the side view of the four elements 200A-D interconnected with each other in the vertical orientation attachments.
FIG. 3B illustrates an exemplary front view and an exemplary side view of the four elements 200A-D of FIG. 2 in the horizontal orientation attachments according to some embodiments herein. The exemplary front view 308 depicts the four elements 200A-D, the exemplary front view 310 depicts the four elements 200A-D interconnected with each other using the primary connector and the secondary connectorin the horizontal orientation attachments, and the exemplary side view 312 depicts the side view of the four elements 200A-D interconnected with each otherin the horizontal orientation attachments.
FIG. 3C illustrates exemplary views of a user wearing the long chain with the four elements 200A-D in the vertical orientation attachments according to some embodiments herein. The exemplary view 314 depicts the front view of the user wearing the long chain with the four elements 200A-D with four subsets in the vertical orientation. The exemplary view 316 depicts the front view of the user wearing the long chain with the four elements 200A-D with three subsets in the vertical orientation. The exemplary view 318 depicts the front view of the user wearing the long chain with the four elements 200A-D with two subsets in the vertical orientation. The exemplary view 320 depicts the front view of the user wearing the long chain with the four elements 200A-D with a single subsetin the vertical orientation.
FIG. 3D illustrates exemplary views of the user wearing the long chain with the four elements 200A-D in the horizontal orientation attachments according to some embodiments herein. The exemplary view 322 depicts the front view of the user wearing the long chain with the four elements 200A-D with four subsets in the horizontal orientation. The exemplary view 324 depicts the front view of the user wearing the long chain with the four elements 200A-D with three subsets in the horizontal orientation. The exemplary view 326 depicts the front view of the user wearing the long chain with the four elements 200A-D with three subsets in the horizontal orientation. The exemplary view 328 depicts the front view of the user wearing the long chain with the four elements 200A-D with a single subset in the horizontal orientation.
The modular customizable jewellery kit 100 enables the user to attach the same four elements 202A-D to create 64 design permutations in the vertical orientation attachments of the necklace, and 64 design permutations in the horizontal orientation attachments the necklace. In some embodiments, additional elements from the N number of elements 102A-N can be included in the subsets for extending the design of the necklace.
FIG. 3E illustrates exemplary side view 330 of the four elements 200A-D of FIG. 2A in the vertical orientation attachments along with a post 332 and a butterfly 334 according to some embodiments herein. The exemplary side view 330 depicts the post 332 and the butterfly 334 connects to the topmost element i.e. the first element 202 of the four elements 200A-D. In some embodiments, a secondary connector of the first element 202 can be threaded, which enables a first end of the post 332 to screwed and locked with the first element 202. The post 332 may be a threaded post. In some embodiments, the butterfly 334 can be inserted into a second end of the post 332, and the combination of the post 332 and the butterfly 334 enables the user to worn as the earring.
FIG. 3F illustrates exemplary views of the user wearing the earring with the four elements 200A-D in the vertical orientation attachments according to some embodiments herein. The exemplary view 336 depicts the front view of the user wearing the earring with the four elements 200A-D with four subsets in the vertical orientation. The exemplary view 338 depicts the front view of the user wearing the earring with the four elements 200A-D with three subsets in the vertical orientation. The exemplary view 340 depicts the front view of the user wearing the earring with the four elements 200A-D with two subsets in the vertical orientation. The exemplary view 342 depicts the front view of the user wearing the earring with the four elements 200A-D with a single subset in the vertical orientation.
FIG. 3G illustrate an exemplary front view of the short chain with the four elements 200A-D according to some embodiments herein. The exemplary front view 344 includes the one or more spring clasps which enables the four elements 200A-D to attach in the short chain. The one or more spring clasps may be configured to attach the four elements 200A-D with a clasp mechanism. In some embodiments, the one or more spring clasps can be placed in any location of the short chain, and any number of elements can be attached to the short chain using the one or more spring clasps. The four elements 200A-D may be attached to the short chain in a pre-defined distance.
FIG. 3H illustrates exemplary views of hands of the user wearing the short chain with the four elements 200A-D according to some embodiments herein. The exemplary views 346, 348 depict the hands of the user wearing the bracelet (i.e. the short chain) with any three of the four elements 200A-D. The exemplary view 350 depicts the hands of the user wearing the bracelet with any two of the four elements 200A-D. The exemplary view 352 depicts the hands of the user wearing the bracelet with any one of the four elements 200A-D.
The modular customizable jewellery kit 100 enables the user to provide flexibility in design with N number of combinations of the N number of elements 102A-N. For example, the modular customizable jewellery kit 100 containing 12 elements enables the user to form the pair of the earrings with 4 elements for work, the bracelet with 6 elements for parties, and the necklace with 2 elements for formal occasions, and the like. The modular customizable jewellery kit 100 enables the user to achieve different designs of the N number of elements 102A-N in the body wearable components instead of owning separate jewellery items and ornaments.
FIG. 4Aillustrate an exemplary front view 402 and an exemplary back view 404 of four elements 400A-D of the N number of elements 102A-N of FIG. 1 according to some embodiments herein. The functions and explanations of the four elements 400A-D are explained above.
FIG. 4B illustrates an exemplary front view 406 of the short chain with the one or more fastening components 104A-N according to some embodiments herein. The short chain includes a primary connector 408 and one or more secondary connectors 410A-N which enables the user to connect a first end of the short chain to a second end of the short chain, at any positions.
FIG. 4C illustrate exemplary views of assembling at least one element of the four elements 400A-D in the short chain using at least one fastening component of the one or more fastening components 104A-N according to some embodiments herein. The exemplary view 412 depicts the at least one element with the at least one fastening component before attachment. The exemplary view 414 depicts the at least one element with the at least one fastening component after attachment.
FIG. 4D illustrate an exemplary view of the four elements 400A-D attached in the short chain using the one or more fastening components 104A-N according to some embodiments herein. The functions and explanations of the four elements 400A-D attached in the short chain are explained above.
FIG. 4E illustrate exemplary views of the bracelet with any number of four elements 400A-D according to some embodiments herein. The exemplary view 416 depicts the short chain with at least one element of the four elements 400A-D. The exemplary view 418 depicts the short chain with at least two elements of the four elements 400A-D. The exemplary view 420 depicts the short chain with at least three elements of the four elements 400A-D. The exemplary view 422 depicts the short chain with all the four elements 400A-D.
FIG. 5 illustrates a method of forming the one or more ornaments using the modular customizable jewellery kit 100 of FIG. 1 according to some embodiments herein. The modular customizable jewellery kit 100 includes the N number of elements 102A-N, the one or more body wearable components 104A-N including the short chain, the long chain, the post and the clasp, and the one or more fastening components 106A-N.
At a step502, the method includes selecting and forming the one or more subset of N elements from the N number of elements 102A-N. At a step 504, the method includes forming the one or more ornaments that are adapted to be worn on two or more different parts of the body of the personby assembling the same N number of elements 102A-N in the body wearable components using the one or more fastening components, wherein any r number of elements from the N number of elements can be assembled in ∑_(r=1 N)^N▒Prdesign permutations, where r is a number ranging from 1 to N, and NPr is a number of permutations for assembling the r number of elements in the one or more sequences, different orientation attachments and positions in the one or more body wearable components 104A-N. The one or more ornaments comprise one or more first ornaments, one or more second ornaments, one or more third ornaments, and one or more fourth ornaments.
For the one or more first ornaments, the method includes forming a first ornament by attaching a first subset of N elements to the short chain, and a second ornament by attaching a second subset of N elements to the long chain. For example, when a user includes four elements, four fastening components, and two body wearable components including the long chain, and the short chain, in the modular customizable jewellery kit 100; and requires a necklace and a bracelet. The user can attach any two of the four elements to the long chain using the two fastening components, to form the necklace. The user can attach the other two of the four elements to the short chain using the two fastening components, to form the bracelet.
For the one or more second ornaments, the method includes forming a third ornament by attaching a third subset of N elements to the post and the clasp, and a fourth ornament by attaching a fourth subset of N elements to the short chain. For example, when a user includes four elements, two fastening components, and two body wearable components including the post and the clasp, and the short chain, in the modular customizable jewellery kit 100; and requires an earring and a bracelet. The user can attach any two of the four elements to the posts and clasps, to form the earring. The user can attach the other two of the four elements to the short chain using the two fastening components, to form the bracelet.
For the one or more third ornaments, the method includes forming a fourth ornament by attaching a fourth subset of N elements to the long chain, and a fifth ornament by attaching a fifth subset of N elements to the post and the clasp. For example, when a user includes four elements, two fastening components, and two body wearable components including the long chain, and the short chain, in the modular customizable jewellery kit 100; and requires a necklace and an earring. The user can attach any two of the four elements to the long chain using the two fastening components, to form the necklace. The user can attach the other two of the four elements to the posts and clasps, to form the earring.
For the one or more fourth ornaments, the method includes forming a sixth ornament by attaching a sixth subset of N elements to the short chain, a seventh ornament by attaching a seventh subset of N elements to the long chain, and an eighth ornament by attaching an eighth subset of N elements to the post and the clasp. For example, when a user includes six elements, four fastening components, and three body wearable components including the long chain, the short chain, and the posts and the clasps, in the modular customizable jewellery kit 100; and requires a necklace, a bracelet, and an earring. The user can attach any two of the six elements to the long chain using the two fastening components, to form the necklace. The user can attach any two of the six elements to the short chain using the two fastening components, to form the bracelet. The user can attach the other two of the six elements to the posts and clasps, to form the earring.
The first subset of the N elements, the second subset of the N elements and the third subset of the N elements each range from zero element to N-1 elements in different orientation attachments and positions in the one or more body wearable components 104A-N, and a total of a first number of elements in the first subset of elements, a second number of elements in the second subset of elements, and a third number of elements in the third subset of elements does not exceed N number of elements, enabling the modular customizable jewellery kit 100 to provide a higher number of unique ornament combinations and permutations with the same N number of elements 102A-N, the one or more body wearable components 104A-N and the one or more fastening components 106A-N.
In some embodiments, the method includes enabling the same N number of elements 102A-N, the one or more body wearable components 104A-N, and the one or more fastening components 106A-N of the one or more first ornaments to form the one or more second ornaments, the one or more third ornaments and the one or more fourth ornaments, and vice versa. In some embodiments, the method includes reconfiguring any of orientation attachments or positional changes in at least one element of the N number of elements 102A-N, or the one or more subset of N elements in the one or more body wearable components 104A-N to enable the higher number of unique ornament combinations and permutations in the modular customizable jewellery kit 100.
In some embodiments, when the one or more ornaments include the necklace, the method includes selecting and forming at least one subset of N elements from the N number of elements 102A-N in any of horizontal orientation attachments or vertical orientation attachments, and attaching the at least one subset of N elements to the long chain to form the necklace. In some embodiments, when the one or more ornaments include the bracelet or the anklet, the method includes selecting and forming at least one subset of N elements from the N number of elements 102A-N in any of horizontal orientation attachments or vertical orientation attachments, and attaching the at least one subset of N elements to the short chain using spring clasps, to form the bracelet or anklet.
In some embodiments, when the one or more ornaments include the earring, the method includes selecting and forming at least two subset of N elements from the N number of elements 102A-N in vertical orientation attachments, and attaching the posts and clasps through a hole of topmost element of the at least two subset of N elements, to form the earring.
FIG. 6 illustrates a method of forming the necklace with the vertical orientation attachments using the modular customizable jewellery kit 100 according to some embodiments herein. At a step 602, the method includes connecting two or more elements of the N number of elements 102A-N using the primary connector and the secondary connector of the N number of elements 102A-N, to form a design of the necklace. In some embodiments, the design of the N number of elements 102A-N can include the vertical orientation attachments. At a step 604, the method includes connecting the topmost element of the design of the necklace to the long chain in the vertical orientation, to form the necklace with the vertical orientation attachments.
FIG. 7 illustrates a method of forming the necklace with the horizontal orientation attachments using the modular customizable jewellery kit 100 according to some embodiments herein. At a step 702, the method includes connecting two or more elements of the N number of elements 102A-N using the primary connector and the secondary connector of the N number of elements 102A-N, to form a design of the necklace. In some embodiments, the design of the necklace can include the horizontal orientation attachments. At a step 704, the method includes connecting the leftmost element and the rightmost element of the design of the necklace to the long chain in the horizontal orientation, to form the necklace with the horizontal orientation attachments.
FIG. 8 illustrates a method of forming the bracelet using the modular customizable jewellery kit 100 according to some embodiments herein. At a step 802, the method includes connecting the one or more fastening components including the spring clasps, to the small chain, by pulling the spring towards one end and pass the clasps through different links of the small chain at any positions. At a step 804, the method includes connecting at least one element from the N number of elements 102A-N by passing through the clasps using the primary connector of the at least one element, to form the bracelet.
FIG. 9 illustrates a method of forming the pair of earrings using the modular customizable jewellery kit 100 according to some embodiments herein. At a step 902, the method includes connecting two or more elements of the N number of elements 102A-N using the primary connector and the secondary connector of the N number of elements 102A-N, to form a design of a first earring. At a step 904, the method includes connecting two or more elements of the N number of elements 102A-N using the primary connector and the secondary connector of the N number of elements 102A-N, to form a design of a second earring. In some embodiments, the design of the first earring and the second earring can be made using the same N number of elements 102A-N or different N number of elements 102A-N. At a step 906, the method includes connecting the posts in the topmost element of the first earring and the second earring. At a step 908, the method includes connecting the butterflies on the posts of the first earring and the second earring, to form the pair of earrings.
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 modify 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 in terms of preferred embodiments, those skilled in the art will recognize that the embodiments herein can be practiced with modification within the spirit and scope of the appended claims.
, C , Claims:I/We Claim:
1. A modular customizable jewellery kit (100), comprising:
N number of elements (102A-N) in pre-defined shapes, wherein each of the N number of elements (102A-N) comprises a primary connector and a secondary connector, wherein the primary connector of any of the N number of elements (102A-N) is linked to the secondary connector of any other element and vice versa, enabling a user to attach and detach the N number of elements (102A-N) in a plurality of sequences, wherein the primary connector and the secondary connector of the N number of elements (102A-N) are configured to enable any of horizontal orientation attachments or vertical orientation attachments of the two or more of the N number of elements (102A-N) to each other;
body wearable components (106A-N) comprising a short chain, a long chain, a post and a clasp; and
a plurality of fastening components (104A-N) that are configured to enable attaching any of the N number of elements (102A-N) to any of the short chain, the long chain, the post or the clasp,
characterized in that, the same N number of elements (102A-N) can be assembled in the body wearable components(106A-N) using the plurality of fastening components(104A-N), to form a plurality of ornaments that are adapted to be worn on two or more different parts of a body of a person,wherein any r number of elements from the N number of elements (102A-N) can be assembled in∑_(r=1 N)^N▒Prdesignpermutations, where r is a number ranging from 1 to N, and NPr is a number of permutations for assembling the r number of elements in the plurality of sequences, different orientation attachments and positions, in the body wearable components(106A-N),wherein the plurality of ornaments is selected from any of:
(i) a first ornament that is formed by attaching a first subset of the N elements to the short chain using a first subset of the plurality of fastening components(104A-N), wherein the first ornament is adapted to be worn on a first part of a body that comprises a wrist or an ankle,
(ii) a second ornament that is formed by attaching a second subset of the N elements to the long chain using a second subset of the plurality of fastening components(104A-N), wherein the second ornament is adapted to be worn on a second part of the body that comprises a neck, and
(iii) a third ornament that is formed by attaching a third subset of the N elements to the post and the clasp using a third subset of the plurality of fastening components(104A-N), wherein the third ornament is adapted to be worn on a third part of the body that comprises an ear,
wherein the first subset of the N elements, the second subset of the N elements and the third subset of the N elements each range from zero element to N-1 elements in different orientation attachments and positions in the body wearable components(106A-N), and a total of a first number of elements in the first subset of the N elements, a second number of elements in the second subset of the N elements, and a third number of elements in the third subset of the N elements does not exceed the N number of elements(102A-N), enabling the modular customizable jewellery kit (100) to provide a higher number of unique ornament combinations and permutations with the same N number of elements(102A-N), the body wearable components(106A-N), and the plurality of fastening components(104A-N).

2. The modular customizable jewellery kit (100) as claimed in claim 1, wherein the first subset of the N elements, the second subset of the N elements, and the third subset of the N elements interconnects the two or more of the N number of elements (102A-N) in any of the horizontal orientation attachments, the vertical orientation attachments, or a combination of the horizontal orientation attachments and the vertical orientation attachments, in the body wearable components (106A-N) in the plurality of sequences, wherein the modular customizable jewellery kit (100) enables (i) forming the second ornament, or the third ornament with the first subset of the N elements of the first ornament, (ii) forming the third ornament, or the first ornament with the second subset of the N elements of the second ornament, and (iii) forming the first ornament, or the second ornament with the third subset of the N elements of the third ornament.

3. The modular customizable jewellery kit (100) as claimed in claim 1, wherein the N number of elements(102A-N), the first subset of the N elements, the second subset of the N elements, and the third subset of the N elements are configured to attach in any position of the body wearable components(106A-N), wherein the modular customizable jewellery kit (100) is configured to form the second subset of the N elements or the third subset of the N elements using the first subset of the N elements or a part of the first subset of the N elements, and vice versa, thereby enabling transformation between at least two of the plurality of ornaments using the same N number of elements(102A-N).

4. The modular customizable jewellery kit (100) as claimed in claim 1, wherein the plurality of fastening components (104A-N) comprises at least one of hooks, clasps, magnetic fasteners, or snap-fit mechanisms to enable attachment of the N number of elements (102A-N) to the body wearable components(106A-N), wherein the modular customizable jewellery kit (100) enables the plurality of fastening components (104A-N) to place at any location of the body wearable components(106A-N).

5. A method for forming a plurality of ornaments using a modular customizable jewellery kit (100) that comprises N number of elements(102A-N), body wearable components (106A-N) comprising a short chain, a long chain, a post and a clasp, and a plurality of fastening components(104A-N), wherein the method comprises:
selecting and forming a plurality of subset of N elements from the N number of elements(102A-N); and
forming a plurality of ornaments that are adapted to be worn on two or more different parts of a body of a personby assembling the same N number of elements (102A-N) in the body wearable components (106A-N) using the plurality of fastening components(104A-N), wherein any r number of elements from the N number of elements (102A-N) can be assembled in ∑_(r=1 N)^N▒Prdesign permutations, where r is a number ranging from 1 to N, and NPr is a number of permutations for assembling the r number of elements in a plurality of sequences, different orientation attachments and positions in the body wearable components(106A-N),
wherein a first plurality of ornaments comprises (i) a first ornament which is formed by attaching a first subset of N elements to the short chain, and (ii) a second ornament which is formed by attaching a second subset of N elements to the long chain,
wherein a second plurality of ornaments comprises (i) a third ornament which is formed by attaching a third subset of N elements to the post and the clasp, and (ii) a fourth ornament which is formed by attaching a fourth subset of N elements to the short chain,
wherein a third plurality of ornaments comprises (i) a fourth ornament which is formed by attaching a fourth subset of N elements to the long chain, and (ii) a fifth ornament which is formed by attaching a fifth subset of N elements to the post and the clasp,
wherein a fourth plurality of ornaments comprises (i) a sixth ornament which is formed by attaching a sixth subset of N elements to the short chain, (ii) a seventh ornament which is formed by attaching a seventh subset of N elements to the long chain, and (iii) an eighth ornament which is formed by attaching an eighth subset of N elements to the post and the clasp,
wherein the first subset of the N elements, the second subset of the N elements and the third subset of the N elements each range from zero element to N-1 elements in different orientation attachments and positions in the body wearable components(106A-N), and a total of a first number of elements in the first subset of elements, a second number of elements in the second subset of elements, and a third number of elements in the third subset of elements does not exceed N number of elements(102A-N), enabling the modular customizable jewellery kit (100) to provide a higher number of unique ornament combinations and permutations with the same N number of elements(102A-N), the body wearable components(106A-N), and the plurality of fastening components(104A-N).

6. The method as claimed in claim 5, wherein the method comprises,
enabling the same N number of elements(102A-N), the body wearable components(106A-N), and the plurality of fastening components (104A-N) of the first plurality of ornaments to form the second plurality of ornaments, the third plurality of ornaments and the fourth plurality of ornaments, and vice versa.

7. The method as claimed in claim 5, wherein the method comprises,
reconfiguring any of orientation attachments or positional changes in at least one element of the N number of elements(102A-N), or the plurality of subset of N elements in the body wearable components(106A-N) to enable the higher number of unique ornament combinations and permutations in the modular customizable jewellery kit (100).

8. The method as claimed in claim 5, wherein when the plurality of ornaments comprises a necklace, the method comprising,
selecting and forming at least one subset of N elements from the N number of elements (102A-N) in any of horizontal orientation attachments or vertical orientation attachments; and
attaching the at least one subset of N elements to the long chain to form the necklace.

9. The method as claimed in claim 5, wherein when the plurality of ornaments comprises a bracelet or anklet, the method comprising,
selecting and forming at least one subset of N elements from the N number of elements (102A-N) in any of horizontal orientation attachments or vertical orientation attachments; and
attaching the at least one subset of N elements to the short chain using spring clasps, to form the bracelet or anklet.

10. The method as claimed in claim 5, wherein when the plurality of ornaments comprises an earring, the method comprising,
selecting and forming at least two subset of N elements from the N number of elements (102A-N) in vertical orientation attachments; and
attaching the posts and clasps through a hole of topmost element of the at least two subset of N elements, to form the earring.