Field Of Invention
The present invention related to cleaning system. More particularly the invention relates to weapon cleaning system. Even more particularly the invention relates to dual frequency ultrasonic automated weapon cleaning system.
Background of the invention
It is very difficult to maintain the weapons because stored weapons have lots of thick oil deposits inside and also on the outer surface of the barrel. Sometimes we found surface deposits of lead, copper, carbon, sulphur, burn phosphorus etc. as a buildup on the firing bore. The stored weapons area incharge is no way responsible for the cleaning of the available weapons thus, at the time of emergency issuance and usage of the weapon as and when needed, weapon may or may not being good healthy condition. Whereas current manual cleaning process is improperly done and no one maintain the record which weapon is cleaned and when cleaned. Most of the time cleaning left to the user who may or may not perform the requisite task at proper intervals resulting in damage to the weapon. Manual cleaning process takes lot of time in cleaning and serviceability of the stored weapons remains doubtful. Some of such inventions are discussed below.
Reference has been made to US20130291421A1 titled “GUN CLEANING TOOL KIT” by THE OTIS PATENT TRUST dated 2012-05-02, discloses a gun cleaning tool kit, comprising an openable case, at least one mount for receiving a removable tool insert, a portable miniature gun cleaning tool kit disposable in the openable case, a foldable work surface apron. The kit may further comprise at least one removable tool insert, a plurality of gun cleaning tools disposed on the removable tool insert, and an exterior pocket formed in the openable case for storing the portable miniature gun cleaning tool kit. Preferably, the foldable work surface apron is removably attached to, and stored within, the openable case. Preferably, both the openable case and the portable miniature gun cleaning tool kit are closable by zippers.
Another reference has been made to RU0002672758 titled “WEAPON CLEANING AND LUBRICATION DEVICE AND IMPLEMENTED BY THE DEVICE WEAPON CLEANING AND LUBRICATION METHOD” by Zajchik Eduard Samuilovich dated 31.05.2017, discloses invention relates to the field of armament, namely, to the weapon cleaning and lubrication device and method. Weapon cleaning and lubrication device comprises hollow thin-walled tubular body, pulling cord, gun barrel bore cleaning and lubrication element, connected to the pulling cord one end and located inside the body with possibility of axial movement along the body and bringing outward from the body one end due to the created on the pulling cord pulling force. Weapon cleaning and lubrication method is in that the pulling cord end is fed into the weapon barrel bore breech section, brought out through the barrel bore muzzle part, then the pulling cord loop end is fixed to the support, then the cleaning and lubrication element is brought out from the device body, extended along the weapon barrel bore, performing the weapon barrel bore cleaning and lubrication, then brought out outwards through the weapon barrel bore muzzle section.
Another reference has been made to CN201641935U titled “Novel dish washing machine” by XIAMEN HUAYITONG MACHINERY EQUIPMENT CO LTD dated 2009-07-01, discloses utility model discloses a novel dish washing machine which mainly comprises a washing tank body housing, a transmission device, a rotary swinging arm, a bottom tank, an ultrasonic generator and a water storage tank, wherein the washing tank body housing is divided into an upper cavity tank body and a lower cavity tank body through a baffle plate arranged in the middle thereof; the bottom tank adopts a container with a plurality of tank cavities and is mounted in the upper cavity tank body; the ultrasonic generator is mounted in the ultrasonic hot water washing tank; the transmission device is mounted on the baffle plate in the middle of the washing tank body housing; the rotary swinging arm is sleeved on the transmission device; and the water storage tank is mounted in the lower cavity tank body of the washing tank body housing and positioned below the high-pressure sprinkling station and the clear water sprinkling station of the bottom tank. The washing tank body housing adopts a rectangular shape, so that the station conversion is realized through the rotation of the rotary swinging arm mounted on the transmission device driven by the rotation of the transmission device. Compared with the conventional dish washing machine in an assembly line, the utility model has the advantages of compact structure and less occupied area.
Another reference has been made to CN108315748B titled “Metal cleaning agent and preparation method thereof” by Dongguan Hua Tuo Abrasive Material Co Ltd dated 2018-02-09, discloses The invention relates to a cleaning agent, in particular to a metal cleaning agent and a preparation method thereof, which solve the problem that the existing cleaning agent needs longer preparation time and comprise the following components in parts by weight: 10-18 parts of builder, 4-15 parts of surfactant, 0.2-0.8 part of solubilizer, 1-1.5 parts of corrosion inhibitor, 0.2-0.5 part of antirust agent, 1-2 parts of complexing agent, 0.2-0.8 part of preservative, 0.5-1.5 parts of antistatic agent and 0.5-1 part of organic silicon defoamer, and also comprises water for dissolving the components.
Another reference has been made to US20040244627A1 titled “Gun cleaning device and method” by Don Bice dated 2001-03-19, discloses a gun cleaning device is provided in which a primed cartridge case is adapted to hold a bore cleaning means for cleaning the bore and to contain a propellant for propelling the bore cleaning means through the bore. The bore cleaning means has a bore-cleaning member and a back end having a base for mounting a rear end of the bore cleaning member. A method of cleaning a gun is provided in which a primed cartridge containing the bore cleaning means and sufficient propellant for propelling the bore cleaning means through the bore is fed into a chamber of a gun and the gun is fired causing the cartridge to be propelled through the bore and to thoroughly clean the bore.
Another reference has been made to US10046073B2 titled “Portable UV devices, systems and methods of use and manufacturing” by BlueMorph LLC dated 2010-06-01, discloses portable ultraviolet (UV) devices, systems, and methods of use and manufacturing same. Methods of use include methods for UV disinfection and sterilization, more specifically, methods for UV disinfection and sterilization of a container, a room, a space or a defined environment. The portable UV devices, systems and methods are particularly useful for the UV disinfection and sterilization of a container, a room, a space or defined environment used in the food, beverage and dairy industry and in the process of fermentation for an alcoholic beverage. Provided are also portable UV devices, systems, and methods for inhibiting the growth of one or more species of microorganisms present in a container, a room, a space or a defined environment, preferably for inhibiting the growth of one or more species of microorganisms present on an interior surface of a container, a room, a space or a defined environment.
Another reference has been made to US7558622B2 titled “Mesh network stroke monitoring appliance” by Koninklijke Philips NV dated 2006-05-24, discloses a health care monitoring system for a person includes one or more wireless nodes forming a wireless mesh network; a wearable appliance having a sound transducer coupled to the wireless transceiver; and a heart attack or stroke attack sensor coupled to the wireless mesh network to communicate patient data over the wireless mesh network to detect a heart attack or a stroke attack.
Another reference has been made to EP1616793B1 titled “Powder charging device and powder charging method” by Ricoh Co Ltd dated 2003-03-20, discloses a powder charging device and a powder charging method capable of making stable powder flow rate, preventing powder from being leaked or dispersed during charging operation, and charging the powder in a short time in a novel charging system charging the powder from a measuring tank to a powder charging container, the powder charging device comprising at least the measuring tank having a powder discharge port and a charging amount control means installed near the powder discharge port and an auxiliary container with an opening installed on the underside of the powder discharge port of the measuring tank which faces downward. The powder charging device is characterized in that the powder carried from the outside into the measuring tank is discharged from the powder discharge port into the powder charging container disposed on the underside of the auxiliary tank while controlling the powder by the charging amount control means, temporarily fallen in the auxiliary tank, and further fallen in the powder charging container to use for charging.
Another reference has been made to WO2014122943 titled “Home-use power command device and home-use power control system” by ???????? dated 2013-02-05, discloses an at-home detection means for detecting that a resident is at home; an exclusive user information storage unit in which information about a correlation between a resident-only specific electrical appliance (dedicated electrical appliance) among electrical appliances and the resident is stored; and a control unit for issuing, to an electrical appliance, a command indicating whether or not the electrical appliance can operate. When a signal requesting permission for use is received from the dedicated electrical appliance, the control unit determines whether an exclusive user and a resident at home are the same on the basis of the exclusive user information in the exclusive user information storage unit and the resident information detected by the at-home detection means. When the exclusive user and the resident at home are found to be the same, the dedicated electrical appliance is permitted to start operating.
Another reference has been made to US20100286791 titled “Integrated system for the ballistic and nonballistic infixion and retrieval of implants” by David S. Goldsmith dated 2006-11-21, discloses methods and apparatus for the use of magnetic traction to maintain the patency of a tubular anatomical structure, whether a vessel, duct, the trachea, bronchus, bile duct, ureter, vas deferens, fallopian tube, or portions of the digestive tract, as to constitute means for extraluminal stenting. An extraluminal stent consists of a perimedial or medial intravascular and an extravascular component. The intravascular component consists of ferromagnetic spherules implanted aeroballistically or stays implanted by means of a special hand tool, while the extravascular component consists of a pliant jacket or mantle that has magnets mounted about its outer surface. A catheter adapted for use as the barrel of a gas-operated implant insertion gun is so devised that it can be used independently to perform an angioplasty and thereafter have its free or extracorporeal end inserted into the airgun to initiate implantation of the intravascular component without the need for withdrawal and reinsertion through the introducer sheath. When the implants must be spaced too closely together to be controlled by hand, a positional control system is used to effect discharge automatically. Spherules that consist entirely of medication or that have a radiation emitting seed as the core can be implanted with the same apparatus. A glossary of terms follows the specification.
Another reference has been made to CN205483025U titled “Long -range fuel nozzle monitoring system” by Spanish Metal Carbide Association Air Products and Chemicals Inc dated 2014-05-02, discloses utility model relates to a long -range fuel nozzle monitoring system. A long -range fuel nozzle monitoring system includes: the one or more fuel nozzle, they include the integrated form sensor separately, corresponding to the data collector of each fuel nozzle, its data that are used for receiving and assembling the sensor of self -corresponding fuel nozzle, and sending the ware corresponding to this locality of each data collector, it is used for the transmitter data, data center, it is constructed and programmes into the receipt and comes from the data of sending the ware corresponding to this locality of one or more fuel nozzle, and the server, it is constructed and programmes into the partly at least of storage data, becomes the display format with data conversion to and provide the connectivity so that can come receiving and sending data and display format through the network, is the network including gauze twine, cellular networks and within the fi network at least one.
However, none of the above discussed invention relates to dual frequency ultrasonic automated weapon cleaning system. The present invention provides methodology to overcome these inherent drawbacks. The methodology delivers healthy clean lubricated and surface protected weapons at all times in the armament store with proper records. The system cleans the mechanical parts of the weapons as well as clean the barrel bores very effectively that provides very long life to arms and reduce the usage of manpower & spares.
Objective of the invention
The main objective of the invention is to provide dual frequency ultrasonic automated weapon cleaning system.
Another objective of the invention is to provide cleaning of guns, carbines, revolvers, pistols and small arms.
Another objective of the invention is to provide cleaning of mechanical parts of the arms as well as clean the barrel bores very effectively.
Another objective of the invention is to provide healthy clean lubricated and surface protected weapons at all times.
Another objective of the invention is to provide armament store with proper records.
Another objective of the invention is to provide methodology for weapon cleaning.
Another objective of the invention is to provide construction of tanks.
Another objective of the invention is to provide control panel to operate the tanks.
Another objective of the invention is to provide very long life to arms.
Another objective of the invention is to keeping accuracy of arms in perfect condition.
Another objective of the invention is to reduce the usage of manpower and spares.
Summary of the invention
The present invention provides dual frequency ultrasonic automated weapon cleaning system. The system pertains to cleaning of mechanical parts of guns, carbines, revolvers, pistols and small arms as well as clean the barrel bores very effectively by removing copper traces, phosphorus deposits, lead deposits and carbon soot deposits. The system comprises methodology which provide bulk weapon cleaning in less time. The methodology delivers healthy clean lubricated and surface protected weapons at all times in the armament store with proper records and without any dependence whatsoever on the user thus making the forces personnel availability for their intended duties all the time. The system comprises degreasing tank, dual frequency ultrasonic cleaning tank, rinse tank, blow off station, lubrication station, common component carrier and control panel. The invention provides very long life to arms and keeping the accuracy of arms in perfect condition. The system reduces the usage of manpower and spares them more important security duties.
Statement of the invention
The present invention provides dual frequency ultrasonic automated weapon cleaning system that pertains to cleaning mechanical parts of guns, carbines, revolvers, pistols and small arms as well as clean the barrel bores very effectively by removing copper traces, phosphorus and sulphur deposits, lead deposits and carbon soot deposits in less time to save precious time and deliver healthy clean lubricated and surface protected weapons at all times in the armament store with proper records.
Brief description of drawing
Figure 1 – shows process flow of the system
Figure 2 – shows tank assembly
Detailed description of the invention
It should be noted that the particular description and embodiments set forth in the specification below are merely exemplary of the wide variety and arrangement of instructions which can be employed with the present invention. The present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. All the features disclosed in this specification may be replaced by similar other or alternative features performing similar or same or equivalent purposes. Thus, unless expressly stated otherwise, they all are within the scope of present invention. Various modifications or substitutions are also possible without departing from the scope or spirit of the present invention. Therefore, it is to be understood that this specification has been described by way of the most preferred embodiments and for the purposes of illustration and not limitation.
The present invention provides dual frequency ultrasonic automated weapon cleaning system. The system pertains to cleaning mechanical parts of guns, carbines, revolvers, pistols and small arms as well as clean the barrel bores very effectively by removing copper traces, phosphorus and sulphur deposits, lead deposits and carbon soot deposits. The system provide methodology for proper cleaning of weapons in less time which save precious time of user. The methodology delivers healthy clean lubricated and surface protected weapons at all times in the armament store with proper records. The system comprises degreasing tank 101, dual frequency ultrasonic cleaning tank 102, rinse tank 103, blow off station 104, lubrication station 105, common component carrier and control panel. The present invention provides proper cleaning in less time which save precious time of user. The system provides cleaning record that helps in deliver servicing of weapon time to time, that increases life of the weapon.
The system comprises degreasing tank 101 i.e. tank 1 which is made up of stainless steel. The tank comprises two plate type heaters on each side to heat the bath which is operated at maximum 55°C with an additive, which is basically lightly alkaline in nature and the tank have air bubble agitation. The tank has timer and temperature controller to control the temperature and time of degreasing. The system has tub that comprises pipe at near top of tub to fill up water with a level controller. The side walls of tub have stoppers near bottom to support the arm cage when loaded for processing. The bottom of the degreasing tank is designed as a reverse cone slanting down in the shape of a funnel with an outgoing pipe and a gatewall which can drain out the liquid whenever it is to be remade. The gatewall helps in the removal of any oil/ sludge that comes out of the weapons during degreasing. At the top of the tank, there is another opening about 2 inches from the top at the centre of the width, that carries a pipe which is joined to the bottom pipe after the gatewall which acts as an overflow pipe in case of overfilling of the tank or in case of liquid increasing over the designated level.
The system also comprises dual frequency ultrasonic cleaning tank 102 i.e. tank 2 also has two plate type heaters on each side for heating which operates at maximum of 55°C. The tank uses dual frequency of ultrasonic to clean the degreased barrels/arms of copper, lead, sulphur, phosphorus, carbons, soot deposits etc. The tank also has a reverse cone bottom with a gatewall. Two long sides and bottom of the tank has ultrasonic transducers 2 which is arranged in a diamond shape, on bottom and on two longitudinal sides of horizontal tank. In case of vertical tank all the four vertical sides. These placements ensures that the ultrasonic vibration level of the solution inside the tank which is at the same level at all points within the solution to ensure same dislodging efficiency everywhere within the tank. As similar to degreasing tank 101, at the top of the tank, there is another opening about 2 inches from the top at the centre of the width, that carries a filler pipe with electronic level controller. The bottom of tub has tapper and the lower side of bottom there is a pipe going out with a gate value to drain the sludge and water when required. The top has another pipe which is joined to the bottom pipe after the gatewall which acts as an overflow pipe in case of overfilling of the tank or in case of liquid increasing over the designated level. The base liquid used in the tank is water which carries very mildly about 3% alkaline cleaning liquid which is heated with the help of 4 nos. plate heater and the solution protect the surface of the weapon.
The system also comprises rinse tank 103 i.e. tank 3 which is primarily used to remove any liquid carried forward from ultrasonic cleaning tank 102 and also has air bubble stirring action so that all nooks and corner of the weapon that get rid of any liquid carried from ultrasonic cleaning tank 102. The rinsing and air blow tank operated at 45-50°C and construction 2 of the tank is same as degreasing tank 101.
The system provides blow off station 104 which comprises taper bottom and a drain pipe. The drain pipe is permanently open and connected to drain. The tank has two manual nozzles, one is manually blow cold air and second is manually blow warm air.
The system also comprises lubrication station 105 which has shallow depth, taper bottom with a pipe on lower side going down into a small attached oil collection tank, this tank is detachable and has a filter with a small valve and nozzle. On this the oil spray gun is attached with a pipe and oil spray gun.
The system provides common component carrier which is made up of3mm stainless steel wire adequately welded so as to make half inch square openings on 5 sides and top side remains open, and has one handle each of 4 inches height and 6 inches width at the top of component carrier on the width side.
The system also comprises control panel which has ON-OFF switches, temperature controller to control the temperature of the tanks which operate at maximum 100°C, timers which has range from 30 sec to 60 mins to observe the time taken by the tanks.
The invention provides process for weapon cleaning which starts from the degreasing tank 101. First of all, the weapons put into the degreasing tank 101 to provide heat bath at maximum 55°C with additive. The tub is maintained as a temperature of 55°C and with a 3% solution of degreasing chemical i.e. alkaline in the degreasing tank 101. The arm cage is lowered in the degreasing tank 101, after the temperature is attained as 55°C and kept in that position for 7 mins, this process is controlled by the electronic timer. Then degreased arm cage is taken out from tank 1 to lowered in tank 2 i.e. dual frequency ultrasonic cleaning tank 102 which has temperature of 55°C. After lowering, the 25000 c/s starts and works for 25 mins for rough cavitations, at which it stops and 80000 c/s starts and runs for 25 mins for fine cavitations. The tank 2 comprises ultrasonic vibration of solution i.e. water which carries slightly about 3% of alkaline cleaning liquid to protect the surface of the weapon. Then arm cage is taken out from tank 2 to lowered in tank 3 i.e. rinse tank 103. After lowering, the timer is set at 3 mins and air bubbles agitate the water solution for one minute and stops. The water in tank 3 with 1% solution of rust inhibitor to remove the liquid if any carried forward from the tank 2 by using air bubble stirring action at 45-50°C and it takes 5-7 mins. Then the arm cage is taken out from tank 3 to blow off station 104 which has a taper bottom and a drain pipe, this drain pipe is permanently open and connected to drain. The station comprises two nozzles, one to manually blow cold air on cleaned but wet arms in the cage for about 2 mins so that all excess water is blown off the arms and another to manually blow warm air at maximum of 45°C on cleaned and blown off parts to dry them, the time taken for this process is 2 mins. Then arms are carried forward to the lubrication station 105 which comprises gun oil that is sprayed onto the weapon components and inside the barrel through a manual oil spray gun. The mist of oil is sprayed on individual Arm through an oil spray gun for 15 seconds each assisted by dry compressed air. After the oil spray the arms are cleaned and ready for inspection and use/storage.
In an exemplary embodiment, the said system provides dual frequency ultrasonic automated weapon cleaning system.
In another exemplary embodiment, the said system pertains to cleaning mechanical parts of guns, carbines, revolvers, pistols and small arms as well as clean the barrel bores very effectively by removing copper traces, phosphorus and sulphur deposits, lead deposits and carbon soot deposits.
In another exemplary embodiment, the said system provides methodology that delivers healthy clean lubricated and surface protected weapons at all times in the armament store with proper records.
In another exemplary embodiment, the said system comprises degreasing tank 101, dual frequency ultrasonic cleaning tank 102, rinse tank 103, blow off station 104, lubrication station 105, common component carrier and control panel.
In another exemplary embodiment, the said system provides construction 2 of tanks which is made up of stainless steel with cone shaped bottom with a pipe at the bottom and a gatewall to drain off excess oil as and when required.
In another exemplary embodiment, the said system comprises degreasing tank 101 which has two plate type heaters on each side to heat the bath which is operated at maximum 55°C with an additive, which is basically lightly alkaline in nature and the tank have air bubble agitation.
In another exemplary embodiment, the said system has tub that comprises pipe at near top of tub to fill up water with a level controller.
In another exemplary embodiment, the said system comprises dual frequency ultrasonic cleaning tank 102 which also has two plate type heaters on each side for heating that operates at maximum 55°C.
In another exemplary embodiment, the said system comprises dual frequency ultrasonic cleaning tank 102 which also has ultrasonic transducers that arranged in diamond shape, on bottom and on two longitudinal sides of horizontal tank.
In another exemplary embodiment, the said system comprises dual frequency ultrasonic cleaning tank 102 that ensure the ultrasonic vibration level of the solution inside the tank is at the same level at all points within the solution to ensure same dislodging efficiency everywhere within the tank.
In another exemplary embodiment, the said system comprises dual frequency ultrasonic cleaning tank 102 that carries a filler pipe with electronic level controller.
In another exemplary embodiment, the said system provides dual frequency ultrasonic cleaning tank 102 that comprises bottom of tub has tapper and the lower side of bottom there is a pipe going out with a gate value to drain the sludge and water when required.
In another exemplary embodiment, the said system comprises dual frequency ultrasonic cleaning tank 102 that uses base liquid which is water that carries very mildly about 3% alkaline cleaning liquid which is heated with the help of 4 nos. plate heater and the solution protect the surface of the weapon.
In another exemplary embodiment, the said system comprises rinse tank 103 which is primarily used to remove any liquid carried forward from ultrasonic cleaning tank 102 and it also has air bubble stirring action so that all nooks and corner of the weapon that get rid of any liquid carried from ultrasonic cleaning tank 102.
In another exemplary embodiment, the said system provides blow off station 104 which comprises taper bottom and a drain pipe, this drain pipe is permanently open and connected to drain.
In another exemplary embodiment, the said system provides blow off station 104 that has two manual nozzles, one is manually blow cold air and second is manually blow warm air.
In another exemplary embodiment, the said system comprises lubrication station 105 which has shallow depth, taper bottom with a pipe on lower side going down into a small attached oil collection tank, this tank is detachable and has a filter with a small valve and nozzle, on this oil spray gun is attached with a pipe and oil spray gun.
In another exemplary embodiment, the said system comprises common component carrier which is made up of 3mm stainless steel wire adequately welded so as to make half inch square openings on 5 sides and top side remains open, and has one handle each of 4 inches height and 6 inches width at the top of component carrier on the width side.
In another exemplary embodiment, the said system comprises control panel which has ON-OFF switches, temperature controller to control the temperature of the tanks which operate at maximum 100°C, timers which has range from 30 sec to 60 mins to observe the time taken by the tanks.
In another exemplary embodiment, the said system provides process 1 of methodology for weapon cleaning.
In another exemplary embodiment, the said system comprises degreasing tank 101 which is used to provide heat bath at maximum 55°C with additive and kept that for 7 mins to degrease the weapons.
In another exemplary embodiment, the said system taken out the degreased arm cage from tank 1 to lowered in tank 2 i.e. dual frequency ultrasonic cleaning tank 102 which has temperature of 55°C, after lowering the 25000 c/s starts and works for 25 mins for rough cavitations, at which it stops and 80000 c/s starts and runs for 25 mins for fine cavitations.
In another exemplary embodiment, the said system comprises ultrasonic vibration of solution i.e. water which carries slightly about 3% of alkaline cleaning liquid to protect the surface of the weapon.
In another exemplary embodiment, the said system taken out the arm cage from tank 2 to lowered in tank 3 i.e. rinse tank 103, after lowering the timer is set at 3 mins and air bubbles agitate the water solution for one minute and stops.
In another exemplary embodiment, the said system comprises rinse tank 103 which carries water with 1% solution of rust inhibitor to remove the liquid if any carried forward from the ultrasonic cleaning tank 102 i.e. tank 2 by using air bubble stirring action at 45-50°C and it takes 5-7 mins.
In another exemplary embodiment, the said system taken out the arm cage from tank 3 to blow off station which has a taper bottom and a drain pipe, this drain pipe is permanently open and connected to drain.
In another exemplary embodiment, the said system comprises blow off station 104 which has two nozzles, one to manually blow cold air on cleaned but wet arms in the cage for about 2 mins so that all excess water is blown off the arms and another to manually blow warm air at maximum of 45°C on cleaned and blown off parts to dry them, the time taken for this process is 2 mins.
In another exemplary embodiment, the said system carried forward the arms to the lubrication station 105 which comprises gun oil that is sprayed onto the weapon components and inside the barrel through a manual oil spray gun, the mist of oil is sprayed on individual Arm through an oil spray gun for 15 seconds each assisted by dry compressed air.
While particular embodiments of the present invention have been shown and described, it will be obvious to those skilled in the art that changes and modifications may be made without departing from this invention in its broader aspects and, therefore, the aim in the present invention is to cover all such changes and modifications as fall within the true spirit and scope of this invention.
Advantages of the invention
1. Take less time
2. Deliver healthy clean lubrication
3. Protect surface of the weapon
4. Armament store with proper records
5. Very long life to arms
6. Keeping the accuracy of arms in perfect condition
7. Reduce usage of manpower and spares

We Claim:

1. A dual frequency ultrasonic automated weapon cleaning system; said system provides methodology; said system comprises degreasing tank 101, dual frequency ultrasonic cleaning tank 102, rinse tank 103, blow off station 104, lubrication station 105, common component carrier and control panel; constructions of tanks; process 1 of methodology for weapon cleaning.
2. The system as claimed in claim 1, wherein said system pertains to cleaning mechanical parts of guns, carbines, revolvers, pistols and small arms as well as clean the barrel bores very effectively by removing copper traces, phosphorus and sulphur deposits, lead deposits and carbon soot deposits.
3. The system as claimed in claim 1, wherein said system provides methodology that delivers healthy clean lubricated and surface protected weapons at all times in the armament store with proper records.
4. The system as claimed in claim 1, wherein said system provides construction 2 of tanks which is made up of stainless steel with cone shaped bottom with a pipe at the bottom and a gatewall to drain off excess oil as and when required.
5. The system as claimed in claim 1, wherein said system comprises degreasing tank 101 which has two plate type heaters on each side to heat the bath which is operated at maximum 55°C with an additive, which is basically lightly alkaline in nature and the tank have air bubble agitation.
6. The system as claimed in claim 1, wherein said system provides degreasing tank 101 which has tub that comprises pipe at near top of tub to fill up water with a level controller.
7. The system as claimed in claim 1, wherein said system comprises dual frequency ultrasonic cleaning tank 102 which also has two plate type heaters on each side for heating that operates at maximum 55°C.
8. The system as claimed in claim 1, wherein said system comprises dual frequency ultrasonic cleaning tank 102 which also has ultrasonic transducers 2 that arranged in diamond shape, on bottom and on two longitudinal sides of horizontal tank.
9. The system as claimed in claim 1, wherein said system comprises dual frequency ultrasonic cleaning tank 102 that ensure the ultrasonic vibration level of the solution inside the tank is at the same level at all points within the solution to ensure same dislodging efficiency everywhere within the tank.
10. The system as claimed in claim 1, wherein said system comprises dual frequency ultrasonic cleaning tank 102 that carries a filler pipe with electronic level controller.
11. The system as claimed in claim 1, wherein said system provides dual frequency ultrasonic cleaning tank 102 that comprises bottom of tub has tapper and the lower side of bottom there is a pipe going out with a gate value to drain the sludge and water when required.
12. The system as claimed in claim 1, wherein said system comprises dual frequency ultrasonic cleaning tank 102 that uses base liquid which is water that carries very mildly about 3% alkaline cleaning liquid which is heated with the help of 4 nos. plate heater and the solution protect the surface of the weapon.
13. The system as claimed in claim 1, wherein said system comprises rinse tank 103 which is primarily used to remove any liquid carried forward from ultrasonic cleaning tank 102 and it also has air bubble stirring action so that all nooks and corner of the weapon that get rid of any liquid carried from ultrasonic cleaning tank 102.
14. The system as claimed in claim 1, wherein said system provides blow off station 104 which comprises taper bottom and a drain pipe, this drain pipe is permanently open and connected to drain.
15. The system as claimed in claim 1, wherein said system provides blow off station 104 that has two manual nozzles, one is manually blow cold air and second is manually blow warm air.
16. The system as claimed in claim 1, wherein said system comprises lubrication station 105 which has shallow depth, taper bottom with a pipe on lower side going down into a small attached oil collection tank, this tank is detachable and has a filter with a small valve and nozzle, on this oil spray gun is attached with a pipe and oil spray gun.
17. The system as claimed in claim 1, wherein said system comprises common component carrier which is made up of 3mm stainless steel wire adequately welded so as to make half inch square openings on 5 sides and top side remains open, and has one handle each of 4 inches height and 6 inches width at the top of component carrier on the width side.
18. The system as claimed in claim 1, wherein said system comprises control panel which has ON-OFF switches, temperature controller to control the temperature of the tanks which operate at maximum 100°C, timers which has range from 30 sec to 60 mins to observe the time taken by the tanks.
19. The system as claimed in claim 1, wherein said system provides process 1 of methodology for weapon cleaning.
20. The system as claimed in claim 19, wherein said system comprises degreasing tank 101 which is used to provide heat bath at maximum 55°C with additive and kept that for 7 mins to degrease the weapons.
21. The system as claimed in claim 19, wherein said system taken out the degreased arm cage from tank 1 to lowered in tank 2 i.e. dual frequency ultrasonic cleaning tank 102 which has temperature of 55°C, after lowering the 25000 c/s starts and works for 25 mins for rough cavitations, at which it stops and 80000 c/s starts and runs for 25 mins for fine cavitations.
22. The system as claimed in claim 19, wherein said system comprises rinse tank 103 which carries water with 1% solution of rust inhibitor to remove the liquid if any carried forward from the ultrasonic cleaning tank 102 i.e. tank 2 by using air bubble stirring action at 45-50°C and it takes 5-7 mins.
23. The system as claimed in claim 19, wherein said system taken out the arm cage from tank 3 to blow off station which has a taper bottom and a drain pipe, this drain pipe is permanently open and connected to drain.
24. The system as claimed in claim 19, wherein said system comprises blow off station 104 which has two nozzles, one to manually blow cold air on cleaned but wet arms in the cage for about 2 mins so that all excess water is blown off the arms and another to manually blow warm air at maximum of 45°C on cleaned and blown off parts to dry them, the time taken for this process is 2 mins.
25. The system as claimed in claim 19, wherein said system carried forward the arms to the lubrication station 105 which comprises gun oil that is sprayed onto the weapon components and inside the barrel through a manual oil spray gun, the mist of oil is sprayed on individual Arm through an oil spray gun for 15 seconds each assisted by dry compressed air.