CN218457532U - Bracelet processingequipment - Google Patents
Bracelet processingequipment Download PDFInfo
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- CN218457532U CN218457532U CN202222732892.7U CN202222732892U CN218457532U CN 218457532 U CN218457532 U CN 218457532U CN 202222732892 U CN202222732892 U CN 202222732892U CN 218457532 U CN218457532 U CN 218457532U
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- roller
- external pressure
- bracelet
- pressure roller
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Abstract
The utility model discloses a bracelet processingequipment belongs to bracelet processing technology field. Including the main part, its characterized in that: the main body comprises an external pressure roller structure, an internal pressure roller structure, a left handle, a left driving roller structure, a right driving roller, an auxiliary roller, a detachable roller and a circuit system, wherein the external pressure roller structure is slidably mounted on a guide rail of the main body, and the internal pressure roller structure is slidably mounted on the guide rail of the main body; the utility model discloses a drive the bracelet through two drive rolls and carry out circular motion, block the bracelet through the auxiliary roller and make the bracelet can not rock when metal plastic working, drive the bracelet through two drive rolls and carry out circular motion, when the bracelet carries out circular motion, inside and outside compression roller slides around through gear machine earlier, makes the compression roller fully contact to the bracelet, carries out plastic working to the bracelet through pressure; and the loss of materials caused by casting processing is reduced.
Description
Technical Field
The utility model belongs to the technical field of bracelet processing, more specifically say, relate to a bracelet processingequipment
Background
A bracelet is a decoration which is made of gold, silver, jade and the like and is worn on a wrist, and is generally ring-shaped. The current bracelet structure is basically a bracelet frame and a decorative accessory arranged on the bracelet frame. With the improvement of living standards, people also have requirements on the appearance of bracelets, more and more consumers begin to customize accessories, for example, the bracelets are customized, but the existing customization mode of the personalized products of the consumers is that the consumers directly go on line and get off the list, the types and the numbers of the customized accessories and the positions of the accessories on the bracelet frame are selected from an accessory library of the accessories, and after a manufacturer background receives the order, the manufactured finished product of the bracelet frame without the positioning ring is manually beaten.
When the existing manual processing is carried out, the bracelet is often elliptical due to unskilled manual operation, secondary processing is carried out, otherwise, the next processing is influenced, the two processing procedures need long time, mass production cannot be carried out, manpower resources are wasted, and the processing efficiency is influenced. In addition, the prior art is difficult to process the inner bracelet and only can process the outer bracelet for further processing.
SUMMERY OF THE UTILITY MODEL
The bracelet processing machine aims at solving the problems that the prior bracelet is elliptical due to unskilled manual operation, secondary processing is required, otherwise, the next processing is influenced, the two processing procedures need longer time, manpower resources are wasted, and the processing efficiency is influenced.
The utility model provides a bracelet processingequipment, comprising a main body, the main body comprises an external pressure roller wheel structure, an internal pressure roller wheel structure, a left handle, a left driving roller wheel structure, a right driving roller wheel, an auxiliary roller wheel, a detachable roller wheel and a circuit system, the external pressure roller wheel structure is installed on a guide rail of the main body by sliding, and the internal pressure roller wheel structure is installed on the guide rail of the main body by sliding;
the left driving roller structure and the right driving roller are fixed inside the main body through screw nuts, the rollers are driven to rotate through the left driving roller structure and the right driving roller through a left driving roller motor, the auxiliary rollers and the detachable rollers are fixed on the main body through the screw nut structures,
the tool box comprises a main body, a tool box cover, a right handle, a repair box cover and a battery cover, wherein the control button is fixed on the main body, the control button controls the left driving roller structure and the right driving roller structure to rotate, the inner pressure roller structure and the outer pressure roller structure to move back and forth, and the tool box cover, the right handle, the repair box cover and the battery cover are arranged on the main body.
Preferably, the file box further comprises a tool box and a file buckle, and the tool box and the file buckle are installed inside the cavity of the main body.
Preferably, the drive roller structure includes left drive roller, left drive roller supporting table, left drive roller belt pulley, left drive roller helical gear, left drive roller motor, right drive roller supporting table, right drive roller belt pulley, left drive roller is installed inside left drive roller supporting table, just the passing through axle of left drive roller connects left drive roller helical gear, right drive roller is installed inside right drive roller supporting table, and right drive roller passes through axle connection right drive roller belt pulley, be connected through the V-arrangement area between left drive roller belt pulley and the right drive roller belt pulley, left drive roller belt pulley is fixed with left drive roller helical gear, just left drive roller helical gear with left drive roller motor gear, just left drive roller motor gear is fixed on the output shaft of left drive roller motor.
Preferably, the left driving roller supporting table and the right driving roller supporting table are fixed on the main body shell through cylindrical roller bearings.
Preferably, external pressure running roller structure includes external pressure running roller brace table, external pressure running roller sliding stand, external pressure running roller ring, external pressure running roller rack buckle, external pressure running roller rack, external pressure running roller gear, external pressure running roller helical gear and external pressure running roller motor, it is fixed that external pressure running roller brace table and external pressure running roller sliding stand pass through the cylindrical roller bearing, external pressure running roller sliding stand sliding connection is in the main part, it is fixed that external pressure running roller ring and external pressure running roller rack buckle pass through screw nut, it is fixed that external pressure running roller rack buckle and external pressure running roller rack pass through the plastics buckle, external pressure running roller rack and external pressure running roller gear mesh, just external pressure running roller gear meshes with external pressure running roller on the external pressure running roller motor.
Preferably, interior compression roller structure includes interior compression roller brace table, interior compression roller pulley sliding table, interior compression roller wheel ring, interior compression roller wheel rack buckle, interior compression roller wheel rack, interior compression roller wheel gear, interior compression roller wheel helical gear and interior compression roller wheel motor, interior compression roller wheel brace table and interior compression roller wheel sliding table are fixed through cylindrical roller bearing, interior compression roller wheel sliding table sliding connection is in the main part, interior compression roller wheel ring and interior compression roller wheel teeth strip buckle are fixed through screw nut, interior compression roller wheel rack buckle and interior compression roller wheel teeth strip pass through the plastics buckle to be fixed, interior compression roller wheel rack and interior compression roller wheel gear engagement, just interior compression roller wheel helical gear meshes with interior compression roller wheel on the interior compression roller wheel motor.
Preferably, circuit system includes a battery, no. two batteries, PLC controller and transmission electric wire, a battery, no. two batteries, transmission electric wire and PLC controller establish ties in proper order, a battery, no. two batteries, PLC controller and transmission electric wire all fix in the main part, install the battery cover on a battery, no. two batteries.
Preferably, the detachable roller comprises a detachable roller body, a detachable button, an internal spring, an internal lever, an internal support rod and a telescopic key; can dismantle and be fixed with inside bracing piece in the running roller main part, just it is connected with inside lever to rotate on the inside bracing piece, inside lever with can dismantle through inside spring coupling between the running roller main part, but inside lever one end is connected sliding connection and is dismantled the telescopic key in the running roller main part, sliding connection is connected to the other end of inside lever and is dismantled the button in the running roller main part of dismantling.
Compared with the prior art, the beneficial effects of the utility model are that:
(1) The utility model discloses a bracelet processingequipment drives the bracelet through two drive rolls and carries out circular motion, blocks the bracelet through supplementary running roller for the bracelet can not rock when metal plastic working.
(2) The bracelet processing device of the utility model drives the bracelet to do circular motion through the two driving rollers, when the bracelet does circular motion, the inner and outer compression rollers firstly slide back and forth through the gear machine, so that the compression rollers can fully contact the bracelet, and the bracelet is plastically processed through pressure; the loss of materials caused by casting processing is reduced.
(3) The utility model discloses a bracelet processingequipment, processing makes things convenient for the drive roll motor slew velocity slow for the abundant plastic working of metal. The continuous operation is convenient, the casting is greatly shortened, the manual striking processing is often carried out, the continuous processing can be carried out, and the raw materials are convenient to manufacture.
Drawings
Fig. 1 is a schematic perspective view of a bracelet processing device according to the present invention;
fig. 2 is a schematic view of an external installation of a bracelet processing device provided by the present invention;
fig. 3 is a schematic view of a tool box of the bracelet processing device provided by the invention;
fig. 4 is a schematic structural view of a driving roller of the bracelet processing device provided by the invention;
fig. 5 is a schematic structural view of an external pressure roller of the bracelet processing apparatus provided by the present invention;
fig. 6 is a schematic view of the structure of an inner pressure roller of the bracelet processing device provided by the present invention;
fig. 7 is a schematic view of the internal installation of a bracelet processing device provided by the invention;
fig. 8 is a schematic diagram of an internal circuit system of the bracelet processing device provided by the invention;
fig. 9 is a half sectional view of a detachable roller of the bracelet processing device provided by the present invention;
in the figure: 101-a body; 102-control buttons; 103-left handle; 104-tool box cover; 105-a right handle; 106-repairing the box cover; 107-a tool box; 108-file fastening; 109-a guide rail; 110-a battery cover; 111-rack slide rail; 2-auxiliary roller wheels; 301-external pressure roller supporting table; 302-external pressure roller sliding table; 303-external pressure roller ring; 304-external pressure roller and rack fastener; 305-external pressure roller and rack; 306-external pressure roller gear; 307-external pressure roller helical gear; 308-external pressure roller motor; 4-detachable rollers; 401-detachable roller main body; 402-detach button; 403-an internal spring; 404-inner lever; 405-an internal support bar; 406-a retractable key; 501-a left driving roller; 502-a left active roller support table; 503-left driving roller pulley, 504-left driving roller helical gear; 505-left drive roller motor gear; 506-left driving roller motor; 601-a right driving roller; 602-a right driving roller supporting table; 603-right driving pulley; 604-V belt; 701-battery number one; 702-battery No. two; 703-a PLC controller; 704 a transmission line; 801-internal pressure roller supporting platform; 802-inner press roller sliding table; 803-inner pinch roller ring; 804-inner pressure roller and rack fastening; 805-inner pressure roller rack; 806-inner pinch roller gear; 807-inner pinch roller helical gear; 808-an inner pinch roller motor;
Detailed Description
The invention will be further described with reference to specific embodiments and drawings.
To make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the drawings of the embodiments of the present invention are combined to clearly and completely describe the technical solutions of the embodiments of the present invention, and obviously, the described embodiments are some embodiments of the present invention, not all embodiments.
As shown in fig. 1, the utility model provides a bracelet processingequipment, including main part 101, main part 101 includes external pressure running roller structure 8, interior running roller structure 3, left handle 103, left drive running roller structure 5, right drive running roller 6, supplementary running roller 2, can dismantle running roller 4 and circuit system, external pressure running roller structure 8 is through slidable mounting in on the guide rail 109 of main part 101, interior running roller structure 3 is through on the guide rail 109 of slidable mounting main part 101. So that the external pressure roller structure 8 and the internal pressure roller structure 3 can slide back and forth through the guide rail 109.
The left driving roller structure 5 and the right driving roller 6 are fixed inside the main body 101 through screw nuts, and the left driving roller structure 5 and the right driving roller 6 drive the rollers to rotate through the left driving roller motor 505, so that the rollers drive the bracelet to rotate through friction force.
The auxiliary roller 2 and the detachable roller 4 are fixed on the main body 101 through screw and nut structures. When the bracelet starts to rotate, the bracelet can be subjected to lateral compressive stress, so that the bracelet can be kept stable during rotary motion, and the product quality of the bracelet is guaranteed.
The control button 102 is fixed on the main body 101, and the control button 102 controls the rotation of the left driving roller structure 5 and the right driving roller 6 and the forward and backward movement of the inner pressure roller structure 3 and the outer pressure roller structure 8. The operating machine performs a machining operation.
As shown in fig. 2, the tool box cover 104, the right handle 105, the repair box cover 106, and the battery cover 110 are mounted on the main body 101, and a machine failure can be repaired and parts can be replaced by opening the repair box cover 106. The tools may be stored by opening the tool box cover 104. By taking the right grip 105 and the left grip 103, it is convenient to move the machine.
As shown in fig. 3, the tool box includes a tool box 107 and a file fastener 108, and the tool box 107 and the file fastener 108 are installed inside the cavity of the main body 101 to facilitate access to tools.
As shown in fig. 4, the driving roller structure 5 includes a left driving roller 501, a left driving roller supporting table 502, a left driving roller pulley 503, a left driving roller helical gear 504, a left driving roller motor gear 505, a left driving roller motor 506, a right driving roller 601, a right driving roller supporting table 602, and a right driving roller pulley 603, the left driving roller 501 is installed inside the left driving roller supporting table 502, and the left driving roller 501 is connected with the left driving roller helical gear 504 through a shaft, the right driving roller 601 is installed inside the right driving roller supporting table 602, and the right driving roller 601 is connected with the right driving roller pulley 603 through a shaft, the left driving roller pulley 503 and the right driving roller pulley 603 are connected through a V-shaped belt 604, the left driving roller pulley 503 is fixed with the left driving roller helical gear 504, and the left driving roller helical gear 504 and the left driving roller motor gear 505, and the left driving motor gear 505 is fixed on an output shaft of the left driving roller motor gear 506.
The left driving roller supporting table 502 and the right driving roller supporting table 602 are fixed on the housing of the main body 101 through cylindrical roller bearings, so that the right driving roller 601 and the right driving roller supporting table 602 can rotate, the right driving roller pulley 503 and the left driving roller pulley 603 are driven through a v-belt 604, and the right driving roller 601 and the right driving roller supporting table 602 can drive the rotation through a left driving roller motor 506
As shown in fig. 5, the external pressure roller structure 3 includes an external pressure roller support table 301, an external pressure roller sliding table 302, an external pressure roller ring 303, an external pressure roller rack buckle 304, an external pressure roller rack 305, an external pressure roller gear 306, an external pressure roller helical gear 307 and an external pressure roller motor 308, the external pressure roller support table 301 and the external pressure roller sliding table 302 are fixed through cylindrical roller bearings, so that the whole can generate linear motion and rotary motion, and the deformation resistance is improved because of the roller bearings, so that the bracelet plastic deformation is more uniform.
External pressure running roller sliding table 302 sliding connection is on main part 101, external pressure running roller ring 303 is detained with external pressure running roller rack buckle 304 and is fixed through screw nut, external pressure running roller rack buckle 304 and external pressure running roller rack 305 are fixed through the plastics buckle for it drives 3 seesaws of external pressure running roller structure to move through gear and rack, makes 3 seesaws of external pressure running roller structure more stable through the pulley operation in the track.
The external pressure roller gear rack 305 is engaged with the external pressure roller gear 306, and the external pressure roller gear 306 is engaged with the external pressure roller helical gear 307 on the external pressure roller motor 308, because the gear transmission accuracy is higher, so that the plastic deformation can be more accurate.
As shown in fig. 6, inner roller structure 8 includes an inner roller support platform 801, an inner roller sliding platform 802, an inner roller ring 803, an inner roller teeth strip fastener 804, an inner roller teeth strip 805, an inner roller gear 806, an inner roller helical gear 807, and an inner roller motor 808. The inner compression roller supporting platform 801 and the inner compression roller sliding platform 802 are fixed through cylindrical roller bearings, so that the whole body can generate linear motion and rotary motion, and the roller bearings improve the deformation resistance and enable the bracelet to deform more uniformly.
Interior pressure roller wheel sliding stand 802 sliding connection is on main part 101, interior pressure roller wheel ring 803 and interior pressure roller wheel teeth of a cogwheel strip buckle 804 are detained and are fixed through screw nut, interior pressure roller wheel rack buckle 804 and interior pressure roller wheel teeth of a cogwheel strip 805 are fixed through the plastics buckle for through 8 seesaws of gear and rack motion drive interior pressure roller wheel structure, it is more stable to make interior pressure roller wheel structure 8 seesaw through the pulley moves in the track.
The internal pressure roller gear rack 805 is engaged with the internal pressure roller gear 806, and the internal pressure roller gear 806 is engaged with the internal pressure roller helical gear 807 on the internal pressure roller motor 808, and since the gear transmission accuracy is higher, it can be more accurate in plastic deformation.
As shown in fig. 8, the circuit system includes a first battery 701, a second battery 702, a PLC controller 703 and a transmission line 704, the first battery 701, the second battery 702, the transmission line 704 and the PLC controller 703 are sequentially connected in series, the first battery 701, the second battery 702, the PLC controller 703 and the transmission line 704 are all fixed on the main body 101, and battery covers 110 are installed on the first battery 701 and the second battery 702, so that the batteries can be conveniently replaced. The transmission wires are all fixed on the bottom plate, so that the maintenance is convenient.
As shown in fig. 9, the detachable roller 4 includes a detachable roller main body 401, a detaching button 402, an internal spring 403, an internal lever 404, an internal support rod 405, and a retractable key 406; can dismantle and be fixed with inside bracing piece 405 on the running roller main part 401, just it is connected with inside lever 404 to rotate on the inside bracing piece 405, inside lever 404 with can dismantle and be connected through inside spring 403 between the running roller main part 401, sliding connection is connected to inside lever 404 one end and is dismantled scalable key 406 on dismantling the running roller main part 401, sliding connection is connected to the other end of inside lever 404 and is dismantled button 402 on dismantling the running roller main part 401
Can dismantle button 402 through the pulling when going to change the roller through simple lever mechanism and make scalable key 406 shrink, can change, can have different passes on the roll surface of dismantling running roller main part 401, can fix and press roller structure 3 and interior rolling roller structure 8 through different passes for the bracelet can possess different patterns.
The examples of the utility model are only right the utility model discloses a preferred embodiment describes, and not right the utility model discloses design and scope are injectd, do not deviate from the utility model discloses under the prerequisite of design idea, the field engineering technical personnel are right the utility model discloses a various deformation and improvement that technical scheme made all should fall into the protection scope of the utility model.
Claims (8)
1. A bracelet processing apparatus comprising a main body (101), characterized in that: the main body (101) comprises an external pressure roller structure (8), an internal pressure roller structure (3), a left handle (103), a left driving roller structure (5), a right driving roller (6), an auxiliary roller (2), a detachable roller (4) and a circuit system, wherein the external pressure roller structure (8) is slidably mounted on a guide rail (109) of the main body (101), and the internal pressure roller structure (3) is slidably mounted on the guide rail (109) of the main body (101);
the left driving roller structure (5) and the right driving roller (6) are fixed in the main body (101) through screw nuts, the left driving roller structure (5) and the right driving roller (6) drive the rollers to rotate through a left driving roller motor (505), the auxiliary rollers (2) and the detachable rollers (4) are fixed on the main body (101) through screw nut structures,
the tool box cover (104), the right handle (105), the repair box cover (106) and the battery cover (110) are installed on the main body (101).
2. A bracelet processing apparatus according to claim 1, wherein: the novel file box is characterized by further comprising a tool box (107) and a file buckle (108), wherein the tool box (107) and the file buckle (108) are installed inside the cavity of the main body (101).
3. A bracelet processing apparatus according to claim 1, wherein: drive roller structure (5) include left drive roller (501), left drive roller supporting bench (502), left drive roller pulley (503), left drive roller helical gear (504), left drive roller motor gear (505), left drive roller motor (506), right drive roller (601), right drive roller supporting bench (602), right drive roller pulley (603), left drive roller (501) is installed inside left drive roller supporting bench (502), just the passing through axle of left drive roller (501) is connected left drive roller helical gear (504), right drive roller (601) is installed inside right drive roller supporting bench (602), and right drive roller (601) passes through axle connection right drive roller pulley (603), connect through V type area (604) between left drive roller pulley (503) and right drive roller pulley (603), left drive roller (503) is fixed with left drive roller helical gear (504), just left drive roller (504) with left drive roller motor gear (505), just left drive roller motor gear (505) is fixed at the motor output shaft of left drive roller (506).
4. A bracelet processing apparatus according to claim 1, wherein: the left driving roller supporting table (502) and the right driving roller supporting table (602) are fixed on a shell of the main body (101) through cylindrical roller bearings.
5. A bracelet processing apparatus according to claim 1, wherein: the external pressure roller structure (3) comprises an external pressure roller support table (301), an external pressure roller sliding table (302), an external pressure roller ring (303), an external pressure roller rack fastener (304), an external pressure roller rack (305), an external pressure roller gear (306), an external pressure roller helical gear (307) and an external pressure roller motor (308), wherein the external pressure roller support table (301) and the external pressure roller sliding table (302) are fixed through a cylindrical roller bearing, the external pressure roller sliding table (302) is slidably connected to the main body (101), the external pressure roller ring (303) and the external pressure roller rack fastener (304) are fastened through screws and nuts, the external pressure roller rack fastener (304) and the external pressure roller rack (305) are fixed through plastic fasteners, the external pressure roller rack (305) is meshed with the external pressure roller gear (306), and the external pressure roller gear (306) is meshed with the external pressure roller helical gear (307) on the external pressure roller motor (308).
6. A bracelet processing apparatus according to claim 1, wherein: interior pinch roller structure (8) include interior pinch roller brace table (801), interior pinch roller sliding table (802), interior pinch roller ring (803), interior pinch roller teeth of a cogwheel strip buckle (804), interior pinch roller teeth of a cogwheel strip (805), interior pinch roller gear (806), interior pinch roller helical gear (807) and interior pinch roller motor (808), interior pinch roller brace table (801) and interior pinch roller sliding table (802) are fixed through cylindrical roller bearing, interior pinch roller sliding table (802) sliding connection is on main part (101), it is fixed through turnbuckle to detain with interior pinch roller teeth of a cogwheel strip buckle (804), it is fixed through the plastics buckle that interior pinch roller rack buckle (804) and interior pinch roller teeth of a cogwheel strip (805) are fixed, interior pinch roller rack (805) and pinch roller helical gear (806) meshing in the pinch roller, just interior pinch roller gear (806) and interior pinch roller wheel (807) meshing on interior pinch roller motor (808).
7. A bracelet processing apparatus according to claim 1, wherein: the circuit system comprises a first battery (701), a second battery (702), a PLC (703) and a transmission wire (704), wherein the first battery (701), the second battery (702), the transmission wire (704) and the PLC (703) are sequentially connected in series, the first battery (701), the second battery (702), the PLC (703) and the transmission wire (704) are all fixed on the main body (101), and a battery cover (110) is installed on the first battery (701) and the second battery (702).
8. A bracelet processing apparatus according to claim 1, wherein: the detachable roller (4) comprises a detachable roller body (401), a detachable button (402), an internal spring (403), an internal lever (404), an internal supporting rod (405) and a telescopic key (406); can dismantle and be fixed with inside bracing piece (405) on running roller main part (401), just it is connected with inside lever (404) to rotate on inside bracing piece (405), inside lever (404) with can dismantle and be connected through inside spring (403) between running roller main part (401), scalable key (406) of sliding connection on can dismantling running roller main part (401) are connected to inside lever (404) one end, the other end of inside lever (404) is connected sliding connection and is pressed the button (402) of dismantlement on running roller main part (401).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222732892.7U CN218457532U (en) | 2022-10-18 | 2022-10-18 | Bracelet processingequipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222732892.7U CN218457532U (en) | 2022-10-18 | 2022-10-18 | Bracelet processingequipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN218457532U true CN218457532U (en) | 2023-02-10 |
Family
ID=85147079
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202222732892.7U Active CN218457532U (en) | 2022-10-18 | 2022-10-18 | Bracelet processingequipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN218457532U (en) |
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2022
- 2022-10-18 CN CN202222732892.7U patent/CN218457532U/en active Active
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