TWI849865B - Temple processing device for bluetooth glasses - Google Patents

Abstract

The invention relates to a temple processing device for Bluetooth glasses. Primarily, two opposite clamping jaws of a clamping unit are respectively assembled with an assembly frame. The assembly frames are respectively arranged with a mold, and each of the molds is provided with a corresponding stamping part. Thereby when in use, a temple of an eyeglass frame is placed between the two molds and then one of the clamping jaws is driven to feed so that the stamping parts of the molds set on the two clamping jaws are aligned to press an end of the temple into a desired shape. Accordingly, the present invention can be used to easily form a shape that can be combined with a connecting sleeve on the temple of the eyeglass frame preferred by consumers, so that the end of the temple of the eyeglass frame can be installed with Bluetooth communication function.

Description

Bluetooth glasses leg processing device

This invention relates to the technical field of eyeglass frame processing equipment, especially a bluetooth eyeglass frame processing equipment.

According to the current earphones, whether wired or wireless, they are all plugged into the ear when used. In addition to the discomfort of a foreign object in the ear, the sound waves are also directly transmitted to the eardrum, which can easily cause damage to the eardrum over a long period of time.

Therefore, some industry players have developed a type of Bluetooth glasses. Existing Bluetooth glasses mainly have speakers and Bluetooth communication components in the temples of the glasses. The speakers and Bluetooth communication components are placed in the mold before the temples are molded, so that they are molded together with the temples. However, since existing Bluetooth glasses are already molded when they leave the factory, consumers can only choose the existing Bluetooth glasses on the market and cannot choose the glasses frame style they like, which hinders consumers from buying and wearing Bluetooth glasses, affecting the popularity and market competitiveness of Bluetooth glasses.

Therefore, the inventor of the present invention has found that the existing blue tooth glasses still have the above-mentioned deficiencies in manufacturing and use, and has developed the present invention with the assistance of his many years of manufacturing and design experience and knowledge in related fields and after much ingenuity.

This invention is related to a processing device for the legs of Bluetooth glasses. Its main purpose is to provide a processing device that can facilitate the processing and shaping of the legs of glasses and the assembly structure of the legs with Bluetooth communication function.

In order to achieve the above-mentioned implementation purpose, the inventors have developed the following Bluetooth glasses temple processing device, which includes: a clamp unit, which is provided with a base, and a first jaw and a second jaw are relatively provided on the base, and a driving module is provided on the base to drive the first jaw and the second jaw to approach or separate; an assembly unit, which includes a first set of stands and a second set of stands, and the first set of stands and the second set of stands are located on the first jaw and the second jaw of the clamp unit. The first and second sets of frames are respectively fixed to the first and second jaws, and a first assembly portion and a second assembly portion are respectively formed on the corresponding end faces of the first and second sets of frames; a mold unit includes a first mold and a second mold, and the first and second molds are located between the first and second sets of frames, and the first and second molds are respectively formed with a first end face and a second end face opposite to each other, and the first and second molds are respectively formed with a first end face and a second end face opposite to each other. The first end faces of the two molds are respectively provided with a third assembly part and a fourth assembly part. The third assembly part of the first mold is assembled corresponding to the first assembly part of the first assembly frame, and the fourth assembly part of the second mold is assembled corresponding to the second assembly part of the second assembly frame. A pressing plate is provided between the first mold and the second mold. The pressing plate and the first mold are connected by a number of elastic parts. A through hole is penetrated in the pressing plate. The second end faces of the first mold and the second mold are respectively provided with There is a first punching part and a second punching part, the first punching part and the second punching part correspond to the through hole position of the pressing plate, and the first punching part and the second punching part are formed with punching shapes corresponding to each other; A positioning member, the positioning member is located at one side of the first mold and the second mold, and is fixedly connected to one side of the second set of stand frames, and a mirror leg placement part is provided on the positioning member, and the mirror leg placement part of the positioning member corresponds to the position of the second punching part of the second mold.

In the above-mentioned Bluetooth glasses temple processing device, the first and second assembly frames of the assembly unit are provided with a stopper at one side of the first assembly part and the second assembly part, respectively, and one side of the first mold is positioned against the stopper provided on the side of the first assembly part, and one side of the second mold is positioned against the stopper provided on the side of the second assembly part.

In the above-mentioned Bluetooth glasses leg processing device, the mold unit has guide holes corresponding to several positions on the first mold and the pressing plate, and the second mold has guide pins, and the guide pins of the second mold are respectively inserted into the guide holes corresponding to several positions on the first mold and the pressing plate.

The above-mentioned Bluetooth eyeglass temple processing device, wherein the through hole of the pressing plate of the mold unit is rectangular, and the first punching part of the first mold includes a rectangular convex block, and a section groove is horizontally provided from the end face of the rectangular convex block along the length of the rectangular convex block, and a concave-convex shape portion is formed on at least one side groove wall of the section groove, and the second punching part includes a rectangular through hole penetrating from the second end face of the second mold to the first end face thereof, and a hole wall on one side of the rectangular through hole is connected to the rectangular through hole. A convex rib is connected to the rectangular perforation horizontally, and a concave-convex alternating shape is formed on at least one side end face of the convex rib. The rectangular convex block of the first punching part and the rectangular perforation of the second punching part correspond to the rectangular through hole of the pressing plate. The convex part of the shape of the first punching part corresponds to the concave part of the shape of the second punching part, and the concave part of the shape of the first punching part corresponds to the convex part of the shape of the second punching part.

The above-mentioned lens leg processing device for Bluetooth glasses, wherein the second end surface of the second mold is provided with a first lens leg groove extending from the side of the second mold to the rectangular through hole of the second punching part, and the lens leg placement part of the positioning member corresponds to the position of the first lens leg groove extending to the second punching part.

The above-mentioned Bluetooth glasses leg processing device, wherein the through hole of the pressing plate of the mold unit is rectangular, and a convex portion is provided at one end corner of the rectangular through hole, and the first punching portion of the first mold includes a rectangular convex block, and the end surface of the rectangular convex block is provided with a notch along the length of the rectangular convex block at one end corner, and the second punching portion includes a second end surface of the second mold through the second end surface of the second mold. A rectangular through hole is formed on the first end surface of the plate, and a convex portion is provided at one corner of the rectangular through hole. The rectangular convex block of the first punching portion and the rectangular through hole of the second punching portion correspond to the rectangular through hole of the pressing plate. The convex portion provided at one corner of the rectangular through hole of the pressing plate corresponds to the notch provided on the rectangular convex block of the first punching portion and the convex portion provided at one corner of the rectangular through hole of the second punching portion.

The above-mentioned Bluetooth glasses leg processing device, wherein the second end surface of the second mold is provided with a first leg groove extending from the side of the second mold to the rectangular through hole of the second punching part, and the leg placement part of the positioning member corresponds to the position of the first leg groove extending to the second punching part.

The lens leg processing device of the Bluetooth glasses as described above, wherein the through hole of the pressing plate of the mold unit is rectangular, and the first punching portion of the first mold includes a rectangular convex block, and a first groove is transversely provided on the end surface of the rectangular convex block, and a first pit is concavely provided at the bottom of the first groove, and the second punching portion includes a second groove transversely provided on the second end surface of the second mold, and a first pit is concavely provided at the bottom of the second groove. A second pit is concavely provided at the bottom of the groove, and the rectangular protrusion of the first pressing part corresponds to the rectangular through hole of the pressing plate and the position of the second groove of the second pressing part, and the first groove provided on the end face of the rectangular protrusion of the first pressing part corresponds to the position of the second groove of the second pressing part, and the first pit provided at the bottom of the first groove corresponds to the position of the second pit provided at the bottom of the second groove.

The above-mentioned Bluetooth glasses leg processing device, wherein the second end face of the second mold is provided with a second groove extending from the side of the second mold to the second punching part, and the first leg groove connected to the second groove, and the leg placement part of the positioning member corresponds to the position of the first leg groove connected to the second groove of the second punching part, and the pressing plate is provided with a second leg groove extending from the side of the pressing plate to the rectangular through hole on the side corresponding to the second mold, and the second leg groove corresponds to the position of the first leg groove of the second mold.

Thus, when in use, the legs of a spectacle frame are placed between the two molds, and then one of the jaws is driven to feed so that the punching parts of the molds provided on the two jaws are aligned to punch the end of the leg into the desired shape. Thus, the present invention can be used to simply form a shape that can correspond to a connecting sleeve on the legs of the consumer's preferred spectacle frame, so as to facilitate the installation of a leg with a Bluetooth communication function at the end of the leg of the spectacle frame.

1: Clamping unit

11: Base

12: First jaw

13: Second jaw

14:Drive module

141: Screw

142: screw hole

2: Assembly unit

21: The first set of stands

211: First Assembly Department

212: Stopper

22: The second set of stands

221: Second Assembly Department

222: Stopper

223: Keyhole

23: Lock firmware

3:Mold unit

31: First mold

311: The third assembly department

312: Keyhole

313: Guide hole

32: Second mold

321: Fourth Organization Department

322: Guide tip

33: Pressure plate

331: Keyhole

332: Guide hole

333:Through hole

334: convex part

335: Second mirror foot channel

34: Elastic parts

341: Lock firmware

35: First pressing part

351: Bump

352: Slotting

353: Shape

354:Incision

355: First groove

356: The first pit

36: Second punching section

361:Piercing

362: ribs

363: Shape

364: convex part

365: The second groove

366: The second pit

37: First mirror foot channel

4: Positioning parts

41: Keyhole

42: Lock firmware

43: Mirror foot placement part

5: Clamp fixing unit

51: Fixed seat

511: Open your mouth

512: screw hole

52: Screw

6: Eyeglass frame

61: Mirror leg

62: Joint

7: Mirror legs with Bluetooth communication function

71: Joint

72: Connecting sleeve

73: Lock firmware

8: Table board

Figure 1: A three-dimensional exploded view of the present invention.

Figure 2: A three-dimensional exploded view of the mold unit of the present invention.

Figure 3: Cross-sectional view of the mold unit assembly state of the present invention.

Figure 4: A top sectional view of the present invention.

Figure 5: Cross-sectional view of the processing state of the mirror legs of the present invention.

Figure 6: A partially enlarged cross-sectional view of the processing state of the mirror leg of the present invention (I).

Figure 7: A partially enlarged cross-sectional view of the processing state of the mirror legs of the present invention (II).

Figure 8: A cross-sectional view of the assembly state of the temples of the present invention and the temples with Bluetooth communication function.

Figure 9: A three-dimensional exploded view of the mold unit of the next embodiment of the present invention.

Figure 10: A cross-sectional view of the assembly state of the mirror legs and the mirror legs with Bluetooth communication function in the next embodiment of the present invention.

Figure 11: A three-dimensional exploded view of the mold unit of another embodiment of the present invention.

Figure 12: A cross-sectional view of the assembly state of the mirror legs and the mirror legs with Bluetooth communication function in another embodiment of the present invention.

In order to make the technical means of the present invention and the effects that can be achieved more completely and clearly disclosed, the following is a detailed description, and please refer to the disclosed drawings and figure numbers: First, please refer to the first to fourth figures, which are the temple processing device of the Bluetooth eyeglasses of the present invention, which includes: a clamp unit (1), which is provided with a base (11), and a first jaw (11) is relatively provided on the base (11). The first jaw (12) and a second jaw (13) are fixedly mounted on the base (11), and the second jaw (13) is slidably mounted on the base (11). A driving module (14) is provided. The driving module (14) includes a screw rod (141) and a screw hole (142) formed on the base (11), and the screw rod (141) is screwed into the screw hole (142). ), and one end of the screw rod (141) is connected to the second jaw (13); an assembly unit (2) includes a first frame (21) and a second frame (22), the first frame (21) and the second frame (22) are located between the first jaw (12) and the second jaw (13) of the clamp unit (1), and the first frame (21) and the second frame (22) are connected to the second jaw (13) of the clamp unit (1). The first and second jaws (12 and 13) are respectively fixedly connected with the first jaw (12) and the second jaw (13) by means of screws or other locking members (23). A first assembly part (211) and a second assembly part (221) are respectively formed on the corresponding end surfaces of the first and second assembly frames (21 and 22). The first and second assembly parts (211 and 221) are embedded blocks. The first assembly part (211) and the second assembly part (221) are provided with a stopper part (212) and a stopper part (222) at their sides respectively; a mold unit (3) includes a first mold (31) and a second mold (32), the first mold (31) and the second mold (32) are located between the first assembly frame (21) and the second assembly frame (22), the first mold (31) and the second mold (32) are respectively formed with a first end face and a second end face opposite to each other, and a third assembly part (311) and a fourth assembly part (321) are respectively provided on the first end faces of the first mold (31) and the second mold (321), the third assembly part (311) and the fourth assembly part (321) are embedded grooves, so that the third assembly part (311) of the first mold (31) and the first assembly frame are embedded with each other. The first assembly part (21) of the first mold (31) is arranged to correspond to the first assembly part (211) of the insert, and one side of the first mold (31) is positioned against the stopper part (212) provided on the side of the first assembly part (211), and the fourth assembly part (321) of the second mold (32) is arranged to correspond to the second assembly part (221) of the insert, and one side of the second mold (32) is positioned against the stopper part (212) provided on the side of the first assembly part (211). The second assembly part (221) is provided with a stopper (222) on the side thereof to abut against and position the first mold (31) and the second mold (32). A pressure plate (33) is provided between the first mold (31) and the second mold (32). A plurality of elastic members (34) are provided between the pressure plate (33) and the first mold (31). A locking member (341) is provided through each of the plurality of elastic members (34). The locking member (341) is a screw and is fixed to the first mold. The first mold (31) and the pressing plate (33) are locked and fixed with preset locking holes (312) and (331), and the first mold (31) and the pressing plate (33) are respectively provided with a number of guide holes (313) and (332), and the second mold (32) is provided with a number of guide pins (322), and the guide pins (322) provided on the second mold (32) are respectively penetrated into the first mold (31) corresponding to the position thereof. and guide holes (313) and (332) of the pressing plate (33), a rectangular through hole (333) is provided at the center of the pressing plate (33), and a first punching portion (35) and a second punching portion (36) are provided at the center of the second end surface of the first mold (31) and the second mold (32), respectively, and the first punching portion (35) and the second punching portion (36) are connected to the through hole of the pressing plate (33). The first punching part (35) includes a rectangular convex block (351), and a section groove (352) is formed along the length of the rectangular convex block (351) from the end surface of the rectangular convex block (351), and a concave-convex alternating shape part (353) is formed on at least one side groove wall of the section groove (352). The second punching part (36) includes a second mold (32 ) is a rectangular through hole (361) extending from the second end face of the first punching portion (35) to the first end face of the second punching portion (36), and a convex rib (362) is connected to a hole wall on one side of the through hole (361) and is transversely arranged on the through hole (361), and a concave-convex alternating shape portion (363) is formed on at least one side end face of the convex rib (362) so that the rectangular convex block (351) of the first punching portion (35) and the rectangular through hole (36) of the second punching portion (36) are aligned. 61) corresponds to the position of the rectangular through hole (333) of the pressing plate (33), and the convex part of the shape part (353) of the first pressing part (35) corresponds to the position of the concave part of the shape part (363) of the second pressing part (36), and the concave part of the shape part (353) of the first pressing part (35) corresponds to the position of the convex part of the shape part (363) of the second pressing part (36). Correspondingly, a first mirror leg channel (37) is provided on the second end surface of the second mold (32) and extends from the side of the second mold (32) to the rectangular through hole (361); a positioning member (4) is arranged on one side of the first mold (31) and the second mold (32), and at least one locking hole (4) is pre-set on one side of the positioning member (4) and the second stand (22). 1), (223), and at least one locking member (42) is inserted through the locking member for locking, and a mirror leg placement portion (43) is provided on the positioning member (4), and the mirror leg placement portion (43) is made to correspond to the position of the first mirror leg groove (37) of the second mold (32); a clamp fixing unit (5) includes a C-shaped fixing seat (51), and an opening (511) is formed on the C-shaped fixing seat ), and the upper end of the opening (511) of the C-shaped fixing seat (51) is connected to one side of the base (11) of the clamp unit (1), and a screw hole (512) is provided at the bottom end of the opening (511) of the C-shaped fixing seat (51), and a screw rod (52) is screwed in the screw hole (512), and the upper end (52) of the screw rod is located in the opening (511) of the C-shaped fixing seat (51).

Accordingly, when in use, the clamp unit (1) of the present invention is placed on a table top (8), and the table top (8) is positioned in the opening (511) of the C-shaped fixing seat (51) of the clamp fixing unit (5), and then the screw (52) of the clamp fixing unit (5) is rotated so that the upper end (52) of the screw is pressed against the bottom surface of the table top (8), thereby fixing the clamp unit (1) on the table top. Next, cut the leg (61) of the eyeglass frame (6) to an appropriate length, as shown in Figures 5 and 6, and then place the leg (61) of the eyeglass frame (6) on the leg placement portion (43) of the positioning member (4), and extend it into the first leg groove (37) of the second mold (32), so that the end of the leg (61) is located at the through hole (361) of the second punching portion (36) of the second mold (32).

Then, the screw (141) provided on the driving module (14) of the clamping unit (1) is rotated to drive the second jaw (13) connected to the screw (141) to be fed in the direction of the first jaw (12). At this time, the second mold (32) assembled on the second jaw (13) and the eyeglass frame (6) arranged on the positioning member (4) are moved accordingly. The first mold (31) provided by the first jaw (12) is fed forward, and when the second mold (32) reaches the first mold (31), it will first abut against the pressure plate (33), and the elastic member (34) provided between the pressure plate (33) and the first mold (31) is used for buffering, thereby preventing the first mold (31) and the second mold (32) from colliding with each other and causing damage.

When the second mold (32) is pressed against the pressure plate (33), the mirror leg (61) can be clamped between the second mold (32) and the pressure plate (33). Please refer to FIG. 7. As the second mold (32) continues to be fed to the first mold (31), the first pressing portion (35) of the first mold (31) will press on the end of the mirror leg (61) to punch the end of the mirror leg (61) into a desired shape together with the second pressing portion (36) of the second mold (32). Then, the screw (141) of the clamp unit (1) is rotated in the opposite direction to drive the second jaw (13), the second mold (32) and the placement At the first mold (31) provided on the first jaw (12) where the eyeglass frame (6) on the positioning member (4) leaves, please refer to the eighth figure to simply punch out a concave-convex coupling portion (62) at the end of the lens leg (61) of the eyeglass frame (6), so as to be connected with the coupling portion (71) provided at the front end of a lens leg (7) with a Bluetooth communication function and respectively penetrate the front and rear ends of a connecting sleeve (72), and respectively use a locking member (73) such as a screw to lock and fix the coupling portion (62) of the lens leg (61) and the coupling portion (71) of the lens leg (7) with a Bluetooth communication function to the connecting sleeve (72).

Thus, by utilizing the design of the present invention, consumers can add a Bluetooth communication function temple (7) to the temple (61) of their favorite eyeglass frame (6) or their original eyeglass frame (6) without having to switch to the existing Bluetooth eyeglass style sold on the market. In addition, for the industry, since the manufacturing cost of the present invention is low, it can be easily moved and placed, does not take up space, is noiseless when used, and is safe and reliable in use, it can be installed in eyeglass stores to facilitate consumers to immediately add a Bluetooth communication function temple (7) to the eyeglass frame (6) after purchasing the eyeglass frame (6) in the eyeglass store, thereby improving the popularity and market competitiveness of Bluetooth eyeglasses.

Please refer to FIG. 9, which is a mold unit (3) of the second embodiment of the present invention. A convex portion (334) is provided at one corner of the rectangular through hole (333) of the pressing plate (33) of the mold unit (3) of the second embodiment. The rectangular protrusion (351) of the first punching portion (35) is provided with a notch (354) at one corner along the length of the rectangular protrusion (351). The second punching portion (36) is provided with a convex portion (364) at one corner of the rectangular through hole (361). The convex portion (334) provided at one corner of the rectangular through hole (333) of the pressing plate (33) is provided with a notch (354) at one corner of the rectangular protrusion (351). The positions of the notch (354) provided on the first punching part (35) and the convex part (364) provided on one end corner of the rectangular through hole (361) of the second punching part (36) correspond to each other. Thus, when the first punching part (35) and the second punching part (36) are matched and punched on the end of the mirror leg (61), please refer to the tenth figure, and a step-shaped joint part (62) can be punched on the end of the mirror leg (61) to be respectively penetrated on the front and rear ends of a connecting sleeve (72) with the joint part (71) at the front end of a mirror leg (7) with a Bluetooth communication function, and then each is locked and fixed with the connecting sleeve (72) by a locking piece (73).

Please refer to FIG. 11, which shows another embodiment of the mold unit (3) of the present invention. The mold unit (3) of the other embodiment has a second mirror leg groove (335) extending from the side to the through hole (333) on the side of the pressing plate (33) corresponding to the second mold (32), and a first groove (335) is transversely provided on the end surface of the rectangular protrusion (351) of the first punching portion (35). 55), and a first recess (356) is formed at the bottom of the middle groove of the first recess (355), and the second punching portion (36) includes a second recess (365) transversely disposed on the second end surface of the second mold (32), and a second recess (366) is formed at the bottom of the middle groove of the second recess (365), and the first recess (355) and the second recess (356) are intersected. 65), the first concave pit (356) and the second concave pit (366) are in correspondence with each other, and the first mirror foot groove (37) provided on the second end surface of the second mold (32) is connected with the second concave groove (365), and the first mirror foot groove (37) is in correspondence with the second mirror foot groove (335) of the pressing plate (33). Please refer to FIG. 12 for details. When the first pressing part (35) and the second pressing part (36) are pressed together at the end of the temple (61), a flat joint part (62) can be punched at the end of the temple (61) to be respectively inserted into the front and rear ends of a connecting sleeve (72) with a joint part (71) provided at the front end of a temple (7) with a Bluetooth communication function, and then locked and fixed with the connecting sleeve (72) using a locking piece (73).

The aforementioned embodiments or drawings do not limit the implementation of the Bluetooth eyeglass temple processing device of the present invention. The first jaw (12) and the second jaw (13) of the clamp unit (1) of the present invention can be connected to their driving modules (14) respectively to simultaneously drive the first jaw (12) and the second jaw (13) to move relative to each other. Any appropriate changes or modifications made by a person with ordinary knowledge in the relevant technical field should be deemed to be within the patent scope of the present invention.

From the above structure and implementation method, it can be seen that the present invention has the following advantages:

1. The manufacturing cost of the Bluetooth glasses' temple processing device of the present invention is low, and it can be easily moved and placed without taking up space. It is also noiseless when used and is safe, reliable and practical to use.

2. The Bluetooth glasses leg processing device of the present invention has low cost, does not occupy space, and is safe to use. Therefore, it can be installed in the eyeglasses industry, so that consumers can immediately install Bluetooth communication function legs on the eyeglass frames after purchasing the eyeglass frames, thereby improving the popularity and market competitiveness of Bluetooth glasses.

In summary, the embodiments of the present invention can achieve the expected effects, and the specific structure disclosed is not only not seen in similar products, but also has not been disclosed before the application. It fully complies with the provisions and requirements of the Patent Law. Therefore, an application for invention patent is filed in accordance with the law. I sincerely request your review and grant of patent. I would really appreciate the convenience.

1: Clamping unit

11: Base

12: First jaw

13: Second jaw

14:Drive module

141: Screw

142: screw hole

2: Assembly unit

21: The first set of stands

211: First Assembly Department

212: Stopper

22: The second set of stands

223: Keyhole

23: Lock firmware

3:Mold unit

31: First mold

311: The third assembly department

32: Second mold

321: Fourth Organization Department

33: Pressure plate

4: Positioning parts

41: Keyhole

42: Lock firmware

43: Mirror foot placement part

5: Clamp fixing unit

51: Fixed seat

511: Open your mouth

512: screw hole

52: Screw

8: Table board

Claims (9)

A device for processing the temples of Bluetooth glasses comprises: a clamping unit having a base, and a first jaw and a second jaw arranged opposite to each other on the base, and a driving module on the base to drive the first jaw and the second jaw to move closer or separate; an assembly unit comprising a first stand and a second stand, the first stand and the second stand being located between the first jaw and the second jaw of the clamping unit, and the first stand and the second stand being arranged between the first jaw and the second jaw of the clamping unit. The assembly frame is fixedly mounted on the first jaw and the second jaw, and a first assembly portion and a second assembly portion are formed on the corresponding end faces of the first assembly frame and the second assembly frame; a mold unit includes a first mold and a second mold, the first mold and the second mold are located between the first assembly frame and the second assembly frame, the first mold and the second mold are respectively formed with a first end face and a second end face opposite to each other, and the first end faces of the first mold and the second mold are respectively formed with a first end face and a second end face opposite to each other. A third assembly part and a fourth assembly part are respectively provided, the third assembly part of the first mold is assembled correspondingly to the first assembly part of the first assembly frame, and the fourth assembly part of the second mold is assembled correspondingly to the second assembly part of the second assembly frame, and a pressing plate is provided between the first mold and the second mold, the pressing plate and the first mold are connected by a number of elastic members, and a through hole is penetrated in the pressing plate, and a first end surface of the first mold and the second mold is respectively provided with A stamping part and a second stamping part, the first stamping part and the second stamping part correspond to the through hole position of the stamping plate, and stamping shapes corresponding to each other are formed on the first stamping part and the second stamping part; A positioning member, the positioning member is located at one side of the first mold and the second mold, and is fixedly connected to one side of the second set of stand frames, and a mirror leg placement part is provided on the positioning member, and the mirror leg placement part of the positioning member corresponds to the position of the second stamping part of the second mold. The device for processing the temples of Bluetooth glasses as described in claim 1, wherein the first and second assembly frames of the assembly unit are provided with a stopper at one side of the first assembly part and the second assembly part, respectively, and one side of the first mold is positioned against the stopper provided on the side of the first assembly part, and one side of the second mold is positioned against the stopper provided on the side of the second assembly part. As described in claim 1, the lens leg processing device of Bluetooth glasses, wherein the first mold and the pressing plate of the mold unit are respectively provided with guide holes corresponding to several positions, and the second mold is provided with several guide pins, and the guide pins of the second mold are respectively inserted into the guide holes corresponding to several positions of the first mold and the pressing plate. The device for processing the temples of Bluetooth glasses as described in claim 1, wherein the through hole of the pressing plate of the mold unit is rectangular, and the first punching portion of the first mold includes a rectangular convex block, and a groove is formed from the end face of the rectangular convex block in the horizontal direction along the length of the rectangular convex block, and a concave-convex shape portion is formed on at least one side groove wall of the groove, and the second punching portion includes a rectangular through hole penetrating from the second end face of the second mold to the first end face thereof, and a hole wall on one side of the rectangular through hole is formed. A convex rib is connected to the rectangular perforation, and a concave-convex alternating shape is formed on at least one side end face of the convex rib. The rectangular convex block of the first punching part and the rectangular perforation of the second punching part correspond to the rectangular through hole of the pressing plate. The convex part of the shape of the first punching part corresponds to the concave part of the shape of the second punching part, and the concave part of the shape of the first punching part corresponds to the convex part of the shape of the second punching part. The lens leg processing device of Bluetooth glasses as described in claim 4, wherein the second end surface of the second mold is provided with a first lens leg groove extending from the side of the second mold to the rectangular through hole of the second punching part, and the lens leg placement part of the positioning member corresponds to the position of the first lens leg groove extending to the second punching part. The device for processing the temples of Bluetooth glasses as described in claim 1, wherein the through hole of the pressing plate of the mold unit is rectangular, and a convex portion is provided at one corner of the rectangular through hole, and the first punching portion of the first mold includes a rectangular convex block, and the end face of the rectangular convex block is provided with a notch at one corner along the length of the rectangular convex block, and the second punching portion includes a second end face of the second mold. A rectangular through hole is formed on the first end surface of the plate, and a convex portion is provided at one corner of the rectangular through hole. The rectangular convex block of the first punching portion and the rectangular through hole of the second punching portion correspond to the rectangular through hole of the pressing plate. The convex portion provided at one corner of the rectangular through hole of the pressing plate corresponds to the notch provided on the rectangular convex block of the first punching portion and the convex portion provided at one corner of the rectangular through hole of the second punching portion. The lens leg processing device of Bluetooth glasses as described in claim 6, wherein the second end surface of the second mold is provided with a first lens leg groove extending from the side of the second mold to the rectangular through hole of the second punching part, and the lens leg placement part of the positioning member corresponds to the position of the first lens leg groove extending to the second punching part. The device for processing the temples of Bluetooth glasses as described in claim 1, wherein the through hole of the pressing plate of the mold unit is rectangular, and the first punching portion of the first mold includes a rectangular convex block, and a first groove is transversely provided on the end surface of the rectangular convex block, and a first pit is concavely provided at the bottom of the first groove, and the second punching portion includes a second groove transversely provided on the second end surface of the second mold, and a first pit is concavely provided at the bottom of the second groove. A second pit is concavely arranged at the bottom of the groove, and the rectangular protrusion of the first pressing part corresponds to the rectangular through hole of the pressing plate and the position of the second groove of the second pressing part, and the first groove arranged on the end face of the rectangular protrusion of the first pressing part corresponds to the position of the second groove of the second pressing part, and the first pit arranged at the bottom of the first groove corresponds to the position of the second pit arranged at the bottom of the second groove. The lens leg processing device of Bluetooth glasses as described in claim 8, wherein the second end surface of the second mold is provided with a second groove extending from the side of the second mold to the second punching part, and a first lens leg groove connected to the second groove, and the lens leg placement part of the positioning member corresponds to the position of the first lens leg groove connected to the second groove of the second punching part, and the pressing plate is provided with a second lens leg groove extending from the side of the pressing plate to the rectangular through hole on the side corresponding to the second mold, and the second lens leg groove corresponds to the position of the first lens leg groove of the second mold.

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