CN110509075A - A fully automatic production equipment for data lines - Google Patents

Abstract

The invention relates to the technical field of data line production, and in particular discloses a fully automatic production equipment for data lines. Transfer the carrying jig to the wire rod output by the second feeding mechanism, the welding mechanism welds the connector and the wire rod together, the first injection molding mechanism performs injection molding on the welded part of the connector and the wire rod, and the second injection molding mechanism performs injection molding on the second The product processed by the first injection molding mechanism is subjected to secondary injection molding coating. Before and after the injection molding of the first injection molding mechanism and the second injection molding mechanism, the wire comprehensive test opportunity conducts comprehensive tests such as conduction and short circuit of the wire through the contacts on the bearing fixture. ; Realize the automatic production of the whole process of the data line, with a high degree of automation, and improve the manufacturing efficiency of the data line and the stability of the production quality.

Description

A fully automatic production equipment for data lines

technical field

The invention relates to the technical field of data line production, and in particular discloses a fully automatic production equipment for data lines.

Background technique

Smart electronic devices (such as smart phones, tablet computers, etc.) have gradually become one of the necessary tools for people's daily life and office. When the power of smart electronic devices is exhausted, it is necessary to use data lines to charge smart electronic devices. Become one of the must-have electronic accessories.

In the prior art, when producing an ordinary data line, more than a dozen people are required to work separately, which leads to high labor costs, low production efficiency, and manual work causes instability in production quality.

Contents of the invention

In order to overcome the shortcomings and deficiencies in the prior art, the purpose of the present invention is to provide a fully automatic production equipment for data lines, which can realize the automatic production of data lines with a high degree of automation, improve the production efficiency of data lines and the stability of production quality sex.

In order to achieve the above purpose, a fully automatic production equipment for data lines of the present invention includes a first feeding mechanism, a second feeding mechanism, a carrier circulation mechanism, a first transfer mechanism, a second transfer mechanism, a welding mechanism, a first The injection molding mechanism, the second injection molding mechanism and the wire comprehensive testing machine, the carrier circulation mechanism is used for circularly conveying the carrying jig, the first transfer mechanism is used to transfer the connector output from the first feeding mechanism to the carrying jig, and the second transfer mechanism The mechanism transfers the carrier jig with connectors delivered by the carrier circulation mechanism to the wire rod output by the second feeding mechanism, and the welding mechanism transfers the connector of the carrier jig transferred by the first transfer mechanism to the second feeding mechanism. The wires are welded together. The first injection molding mechanism is used to inject and coat the welding place between the connector and the wire rods carried by the load-carrying fixture after the welding mechanism. The second injection molding mechanism is used to inject and coat the first injection molding mechanism. The products are coated by injection molding, and the wire comprehensive testing machine automatically tests the welding position of the connector and the wire on the bearing fixture before and after the work of the first injection molding mechanism and the second injection molding mechanism.

Wherein, the first transfer mechanism includes a first manipulator, a positioning jig and a first pushing unit, the positioning jig has a perforation and a relief hole communicated with the perforation, the first pushing unit includes a first driving member, and a first driving member. The first push piece connected to the output end, the first push piece is slidably accommodated in the perforation hole, the first manipulator puts the connector output by the first feeding mechanism into the perforation hole through the relief hole, and the first driving part drives the first push piece Push the connector in the through hole into the bearing hole of the bearing jig.

Wherein, the first transfer mechanism includes a second manipulator, and the end of the second manipulator is provided with a first clamping piece for clamping the carrying jig; the first clamping piece includes a first carrier plate, two second driving pieces and two a first splint, two second driving parts are arranged on the first carrier, and the two first splints are respectively arranged on the output ends of the two second driving parts, and the two second driving parts are used to drive the two first splints The bearing jig is clamped; the sides of the two first splints close to each other are provided with guiding studs, and both sides of the bearing jig are provided with guide blind grooves for accommodating the guiding studs.

Wherein, the guiding stud is provided with a guiding inclined surface which is convenient to extend into the blind guiding groove.

Wherein, the second feeding mechanism includes an automatic wire feeding assembly, an automatic wire cutting assembly and a turntable assembly, the automatic wire feeding assembly is used to release the wire, the automatic wire cutting assembly is used to cut off the wire released by the automatic wire feeding assembly, and the turntable assembly is used to carry And move the wire after cutting by the automatic cutting assembly; Multiple supporting units at the lower end, multiple clamping fixtures, and multiple supporting units are all arranged around the rotation axis of the disc body. The clamping fixtures are used to carry the wires cut by the automatic wire cutting assembly. The supporting unit includes the first Four driving parts, a supporting part connected with the output end of the fourth driving part, the fourth driving part drives the supporting part to protrude from the edge of the disc body so that the supporting part supports the bearing jig carrying the connector, and the welding mechanism is used for Weld the connector of the carrying jig held by the bracket and the wire carried by the clamping jig together.

Among them, the data line automatic production equipment also includes a third manipulator, the wire comprehensive testing machine includes a first detection mechanism, and the end of the third manipulator is provided with a second clamping part, the structure of the second clamping part is the same as that of the first clamping part The structure is the same, the second clamping part is used to clamp the bearing jig processed by the welding mechanism, and the third manipulator is used to transfer the bearing jig to the end of the first detection mechanism. The first detection mechanism includes a comprehensive tester, which is set on The mold of the injection molding mechanism is used to conduct the detection contacts of the comprehensive tester. The first detection mechanism is used to detect whether the connectors and wires at both ends of the data line after welding by the welding mechanism are connected and whether the resistance value is within a predetermined range.

Wherein, the first injection molding mechanism includes an injection molding machine frame, a lower mold and a fourth manipulator arranged on the injection molding machine frame, an upper mold arranged at the end of the fourth manipulator and used in conjunction with the lower mold, and a third clamping member arranged on the upper mold , the third clamping part is used to clamp the bearing jig processed by the welding mechanism, the lower mold is provided with a first cavity and a second cavity connected with the first cavity, the first cavity is used to accommodate the third cavity The carrying jig clamped by the clamp, the second cavity is used to accommodate the welding place between the connector and the wire, and the injection molding frame is also equipped with an injection unit, which enters the second cavity through the upper mold or/and the lower mold Molten plastic injected to cover the weld of the connector to the wire.

Among them, the data line automatic production equipment also includes a second injection molding mechanism, the structure of the second injection molding mechanism is the same as that of the first injection molding mechanism, and the second injection molding mechanism is used for welding the connector and the wire after the coating treatment of the first injection molding mechanism Carry out the second injection molding coating.

Among them, the fully automatic production equipment for data lines also includes a material transfer manipulator, and the wire comprehensive testing machine includes a second detection mechanism, which is used to detect and process the data lines after injection molding by the second injection molding mechanism. 2. The data lines of the finished products tested by the testing agency are transferred to the good product collection place or the defective product collection place.

Among them, the data line automatic production equipment also includes a carrier return mechanism. The carrier return mechanism includes a carrier frame, a fifth manipulator, a sixth manipulator and a pressing assembly. Transfer to the carrier frame, the pressing and holding assembly presses and holds the carrier jig transferred by the fifth manipulator on the carrier frame, and the first driving member drives the first pusher to push the connector in the through hole into the carrier jig held by the pressing and holding assembly. In the loading hole of the jig, the sixth manipulator transfers the jig carrying the connector on the jig to the jig circulation mechanism.

Beneficial effects: the carrier circulation mechanism is used for circularly conveying the carrying jig, the first transfer mechanism is used to transfer the connector outputted by the first feeding mechanism to the carrying jig, and the second transfer mechanism transfers the carrier jig delivered by the carrier circulation mechanism The carrying jig of the connector is transferred to the wire rod output by the second feeding mechanism, and the welding mechanism welds the connector of the carrying jig transferred by the first transfer mechanism and the wire delivered by the second feeding mechanism together, and the first injection molding mechanism It is used to perform injection molding coating on the welded part of the connector and the wire rod carried by the bearing fixture after the welding mechanism. The second injection molding mechanism performs secondary injection molding coating on the product processed by the first injection molding mechanism. In the first injection molding mechanism Before and after injection molding with the second injection molding mechanism, the wire comprehensive test opportunity conducts comprehensive tests such as conduction and short circuit of the wire through the contacts on the bearing fixture; realizes the automatic production of the whole process of the data line, with a high degree of automation, and improves the production and manufacturing of the data line Efficiency and stability of production quality.

Description of drawings

Fig. 1 is a perspective view of the present invention.

FIG. 2 is a perspective view of the first manipulator, the first pushing unit and the carrier return mechanism of the present invention.

Fig. 3 is a perspective view of the positioning jig of the present invention.

Fig. 4 is a perspective view of the second manipulator of the present invention.

Fig. 5 is a perspective view of the first clip of the present invention.

FIG. 6 is a similar view of the carrying jig of the present invention.

Fig. 7 is a perspective view of the turntable assembly of the present invention.

Fig. 8 is a perspective view of the first injection molding mechanism or the second injection molding mechanism of the present invention.

Reference signs include:

1—First feeding mechanism 2—Second feeding mechanism 3—Carrier circulation mechanism

4—First transfer mechanism 5—Second transfer mechanism 6—Welding mechanism

7—the first injection mechanism 8—the first manipulator 9—positioning fixture

11—first push unit 12—perforation 13—give way hole

14—the first push piece 15—the second manipulator 16—the first clamping piece

17—the first carrier plate 18—the second driving member 19—the first splint

21—Guide stud 22—Loading fixture 23—Guide blind groove

24—Automatic wire feeding assembly 25—Automatic wire cutting assembly 26—Turntable assembly

27—Disc body 28—Clamping fixture 29—Holding unit

31—support 32—the first detection mechanism 33—the third manipulator

34—injection molding frame 35—lower mold 36—fourth manipulator

37—upper mold 38—second injection mechanism 39—vehicle return mechanism

41—carrier 42—fifth manipulator 43—sixth manipulator

44—press and hold assembly 45—press bar 46—injection unit.

Detailed ways

The present invention will be further described below in conjunction with the embodiments and accompanying drawings.

Please refer to Fig. 1, Fig. 2 and Fig. 6, a kind of data line automatic production equipment of the present invention includes a first feeding mechanism 1, a second feeding mechanism 2, a carrier circulation mechanism 3, a first transfer mechanism 4. The second transfer mechanism 5, the welding mechanism 6, the first injection molding mechanism 7, the second injection molding mechanism 38 and the wire comprehensive testing machine, the first feeding mechanism 1 is used to supply the used connectors of the data lines, preferably, the first The feeding mechanism 1 is a vibrating plate, the second feeding mechanism 2 is used for supplying conductive wires, the carrier circulation mechanism 3 is used for circularly conveying the carrier jig 22, and the first transfer mechanism 4 is used for outputting the first feeding mechanism 1. The connector is transferred to the carrier fixture 22 delivered by the carrier circulation mechanism 3, and the second transfer mechanism 5 transfers the carrier fixture 22 with the connector delivered by the carrier circulation mechanism 3 to the wire output by the second feeding mechanism 2 At the position, the welding mechanism 6 welds the connector of the jig 22 transferred by the first transfer mechanism 4 and the wire delivered by the second feeding mechanism 2 to realize automatic welding of the connector and the wire. The first injection molding mechanism 7 is used for Carry out injection molding coating on the welded part of the connector and the wire carried by the carrying jig 22 after the welding mechanism 6 has been processed, so as to avoid the exposure of the welded part of the connector and the wire; The covered product is injection-molded, and the wire comprehensive testing machine automatically tests the welding position of the connector on the carrying fixture 22 and the wire before and after the first injection molding mechanism 7 and the second injection molding mechanism 28 work.

During the use of the data line automatic production equipment, the carrier circulation mechanism 3 is used for circularly conveying the carrying jig 22, and the first transfer mechanism 4 is used for transferring the connector output by the first feeding mechanism 1 to the carrying jig 22 , the second transfer mechanism 5 transfers the carrier jig 22 with the connector conveyed by the carrier circulation mechanism 3 to the wire rod output by the second feeding mechanism 2, and the welding mechanism 6 transfers the carrier jig transferred by the first transfer mechanism 4 The connector at 22 is welded together with the wire delivered by the second feeding mechanism 2, and the first injection molding mechanism 7 is used to perform injection molding coating on the welded part of the connector and the wire carried by the carrying jig 22 after the welding mechanism 6 processes, The second injection molding mechanism 28 performs secondary injection molding on the products processed by the first injection molding mechanism 7. Before and after the injection molding of the first injection molding mechanism 7 and the second injection molding mechanism 28, the wire comprehensive testing opportunity passes through the contacts on the bearing fixture. Carry out comprehensive tests on wires such as open circuit, short circuit and resistance value exceeding the limit. If there is an open circuit, short circuit and resistance value exceeding the limit, the injection molding will not be carried out, and the operation of rejecting defective products will be carried out directly. In the present invention, the automatic production of the whole process of the data line is realized, the degree of automation is high, and the manufacturing efficiency and the stability of the production quality of the data line are improved.

Please refer to FIGS. 1 to 3 and shown in FIG. 6 , the first transfer mechanism 4 includes a first manipulator 8 , a positioning jig 9 and a first push unit 11 , and the positioning jig 9 has a perforation 12 and a gap communicating with the perforation 12 Holes 13 and perforations 12 run through the front and rear sides of the positioning jig 9 , and the relief holes 13 are recessed from the top surface of the positioning jig 9 .

The first pushing unit 11 includes a first driving member, a first pushing member 14 connected to the output end of the first driving member, the first driving member is a telescopic cylinder, and the first pushing member 14 is slidingly accommodated in the through hole 12, The first pusher 14 is connected to the piston rod of the first driver, and the first manipulator 8 puts the output connector of the first feeding mechanism 1 into the perforation 12 through the relief hole 13. In this embodiment, the first manipulator 8 The end of the cylinder is provided with a cylinder clip, the cylinder clip is the prior art, and the cylinder clip is used to clamp the output connector of the first feeding mechanism 1, and the first driving member drives the first push piece 14 to move, and the moving first push piece 14 Enter into the through hole 12 , and then resist and push the connector in the through hole 12 to move, so that the connector in the through hole 12 moves out of the positioning jig 9 and enters the carrying hole of the carrying jig 22 .

Please refer to FIGS. 1 to 6, the first transfer mechanism 4 includes a second manipulator 15, the end of the second manipulator 15 is provided with a first clamping member 16 for clamping the carrying jig 22; the first clamping member 16 It includes a first carrier plate 17, two second drive members 18 and two first clamping plates 19, the two second drive members 18 are arranged on the first carrier plate 17, and the two first clamping plates 19 are respectively arranged on the two second clamping plates 19. On the output end of the two driving parts 18, the second driving part 18 is a telescopic cylinder, the first clamping plate 19 is connected with the piston rod of the telescopic cylinder, and the two second driving parts 18 are used to drive the two first clamping plates 19 close to each other or each other Away, the two second drive members 18 are used to drive the two first splints 19 to clamp the carrying jig 22; Both sides are provided with guiding blind slots 23 for accommodating the guiding posts 21 . After the two first splints 19 clamp the load-bearing jig 22, the guide stud 21 stretches into the guide blind groove 23, and utilizes the cooperation of the guide stud 21 and the guide blind groove 23 to prevent the load-bearing jig 22 from the two first clamps. Falling between the clamping plates 19 ensures that the first clamping member 16 can securely clamp the carrying jig 22 .

The guide post 21 is provided with a guide inclined surface which is convenient to extend into the guide blind groove 23 , so as to improve the clamping efficiency of the first clamping member 16 clamping the carrying jig 22 . The guide post 21 is made of silica gel, which absorbs the collision force between the first splint 19 and the carrying jig 22 by utilizing the softness of the silica gel, and reduces the collision noise between the first splint 19 and the carrying jig 22; The characteristics facilitate the rapid extrusion of the guiding post into the blind guiding groove 23, and improve the clamping efficiency of the first clamping member 16 clamping the carrying jig 22.

1 to 7, the second feeding mechanism 2 includes an automatic wire feeding assembly 24, an automatic wire cutting assembly 25, and a turntable assembly 26. The automatic wire feeding assembly 24 is used to release the wire, preferably, the wire is in the form of a reel shape, the automatic wire feeding assembly 24 drives the reel-shaped wire to rotate so as to realize the release of the wire; the automatic wire cutting assembly 25 is used to cut off the wire released by the automatic wire feeding assembly 24. After the wire of the wire assembly 24 is released to a predetermined length, the automatic wire cutting assembly 25 cuts the wire released by the automatic wire feeding assembly 24; the turntable assembly 26 is used to carry and move the wire cut by the automatic wire cutting assembly 25.

The turntable assembly 26 includes a rotatable disk body 27, a third driving member for driving the disk body 27 to rotate, a plurality of clamping jigs 28 arranged on the upper end of the disk body 27, and a plurality of wire clamping fixtures 28 arranged on the lower end of the disk body 27. The supporting unit 29 , the plurality of clamping fixtures 28 , and the multiple supporting units 29 are arranged in a ring around the rotation axis of the disc body 27 .

The supporting unit 29 includes a fourth driver, a bracket 31 connected to the output end of the fourth driver, the fourth driver can be a telescopic cylinder, and the fourth driver drives the bracket 31 to protrude from the edge of the disc body 27 to The supporting member 31 supports the carrying jig 22 carrying the connector, and the welding mechanism 6 is used to weld the connector of the carrying jig 22 supported by the supporting member 31 and the wire carried by the wire clamping jig 28 together.

The data line automatic production equipment also includes a third manipulator 33, the wire comprehensive testing machine includes a first detection mechanism 32, and the end of the third manipulator 33 is provided with a second clamping piece, the structure of the second clamping piece is the same as that of the first clamping piece. The structure of the parts 16 is the same, and the second clamping part is used to clamp the carrying jig 22 processed by the welding mechanism 6. After the welding mechanism 6 welds the connector and the wire of the carrying jig 22 together, the third manipulator 33 The second clamping part clamps the carrying jig 22, and then the third manipulator 33 drives the carrying jig 22 to move so that the carrying jig 22 is transferred to the end of the first detection mechanism 32. The first detection mechanism 32 includes a comprehensive tester and is arranged on In the mold of the injection molding mechanism, it is used to conduct the detection contacts of the comprehensive tester. The first detection mechanism 32 is used to detect whether the connector and the wire at both ends of the data line after welding by the welding mechanism are connected and whether the resistance value is within a predetermined range. If an open circuit, short circuit or resistance value exceeds the limit is detected, the injection molding will not be carried out, and the operation of rejecting defective products will be directly carried out to improve the production yield of the data line.

Please refer to Fig. 1 to shown in Fig. 8, the first injection molding mechanism 7 comprises injection molding frame 34, the lower die 35 that is arranged on the injection molding frame 34 and the 4th manipulator 36, is arranged on the 4th manipulator 36 end and with lower mold The upper die 37 used in conjunction with 35, the third clamping part arranged on the upper die 37, the third clamping part is used to clamp the bearing jig 22 processed by the welding mechanism 6, and the lower die 35 is provided with a first cavity body and a second cavity communicated with the first cavity, the first cavity is used to accommodate the carrying jig 22 clamped by the third clamping piece, and the third clamping piece clamps the first detection mechanism 32 to detect as Good products carry the connectors and wires carried by the jig 22, and then the fourth manipulator 36 drives the upper mold 37 to move together with the third clamping part, so that the carrying jig 22 clamped by the third clamping part is put into the first cavity, And make the second cavity accommodate the welding place of the connector and the wire rod, while the upper mold 37 presses the bearing fixture 22 on the lower mold 35, and the upper mold 37 covers the opening of the second cavity, and the injection molding frame 34 also An injection unit 46 is provided, and the injection unit 46 injects the molten plastic covering the weld between the connector and the wire into the second cavity via the upper mold 37 or/and the lower mold 35, and after the molten plastic in the second cavity is cooled and solidified , to form an inner cladding layer covering the outer side of the weld between the connector and the wire.

The data line automatic production equipment also includes a second injection molding mechanism 38, the second injection molding mechanism 38 has the same structure as the first injection molding mechanism 7, and the second injection molding mechanism 38 is used to coat the connector and The welding part of the wire rod is subjected to the second injection molding coating. After the first injection molding mechanism 7 forms the inner cladding layer at the welding place between the connector and the wire rod, the fourth manipulator 36 of the second injection molding mechanism 38 moves the carrier jig 22 processed by the first injection molding mechanism 7 into its lower mold 35 , and then carry out secondary injection molding on the welding part of the connector and the wire to form an outer covering layer covering the outside of the inner covering layer, so as to avoid the exposure of the welding part of the connector and the wire and prolong the service life of the data cable.

The data line automatic production equipment also includes a material manipulator, and the wire comprehensive testing machine also includes a second detection mechanism. 38 When the injection molding is completed, the connector and the wire carried by the carrying jig 22 form a finished data line, and the second detection mechanism automatically detects whether the finished data line is normally conducted, and then the material transfer manipulator moves the detected data line according to the detection result of the second detection mechanism. The data line is transferred to the good product collection place or the defective product collection place.

The data line automatic production equipment also includes a carrier return mechanism 39. The carrier return mechanism 39 includes a carrier frame 41, a fifth manipulator 42, a sixth manipulator 43 and a pressing assembly 44. The fifth manipulator 42 handles the material transfer manipulator The last carrying fixture 22 is automatically moved to the carrying frame 41, and the holding assembly 44 presses and holds the carrying fixture 22 transferred by the fifth manipulator 42 on the carrying frame 41. The holding assembly 44 includes a telescopic cylinder and is connected to the telescopic cylinder. The pressing rod 45, the pressing rod 45 collides with the top surface of the carrying jig 22, and then the carrying jig 22 is pressed on the carrying frame 41, and then the first driving member drives the first push member 14 to connect the connection in the through hole 12. The device is pushed into the carrying hole of the carrying fixture 22 held by the holding assembly 44 to prevent the position of the carrying fixture 22 from moving when the connector enters the carrying fixture 22, and the sixth manipulator 43 carries the connection on the carrying frame 41. The carrier jig 22 of the device is transferred to the carrier circulation mechanism 3, so that the data line can be automatically produced again.

The above contents are only preferred embodiments of the present invention, and the contents of this specification should not be construed as limiting the present invention.

Claims (10)

1. A fully automatic production equipment for data lines, characterized in that it includes a first feeding mechanism, a second feeding mechanism, a carrier circulation mechanism, a first transfer mechanism, a second transfer mechanism, a welding mechanism, and a first injection molding mechanism , the second injection molding mechanism and the wire comprehensive testing machine, the carrier circulation mechanism is used to circulate the carrying jig, the first transfer mechanism is used to transfer the connector output by the first feeding mechanism to the carrying jig, and the second transfer mechanism will The carrier jig with connector delivered by the carrier circulation mechanism is transferred to the wire output by the second feeding mechanism, and the welding mechanism transfers the connector of the carrier jig transferred by the first transfer mechanism to the wire delivered by the second feeding mechanism. Welded together, the first injection molding mechanism is used for injection molding coating on the welded part of the connector and the wire rod carried by the load-carrying fixture after the welding mechanism, and the second injection molding mechanism is used for injection molding the coated product of the first injection molding mechanism Injection molding is carried out, and the wire comprehensive testing machine automatically tests the welding position of the connector on the load-bearing fixture and the wire before and after the work of the first injection molding mechanism and the second injection molding mechanism. 2. The fully automatic production equipment for data lines according to claim 1, characterized in that: the first transfer mechanism includes a first manipulator, a positioning jig and a first pushing unit, and the positioning jig has a perforation and a gap communicating with the perforation hole, the first pushing unit includes a first driving member, a first pushing member connected to the output end of the first driving member, the first pushing member is slidably accommodated in the perforation hole, and the first manipulator connects the output of the first feeding mechanism The connector is put into the through hole through the relief hole, and the first driving member drives the first push member to push the connector in the through hole into the carrying hole of the carrying jig. 3. The data line automatic production equipment according to claim 1, characterized in that: the first transfer mechanism includes a second manipulator, and the end of the second manipulator is provided with a first clamping member for clamping the carrying jig; A clamping part includes a first carrier, two second driving parts and two first splints, the two second driving parts are arranged on the first carrier, and the two first splints are respectively arranged on the two second driving parts At the output end of the output end, the two second driving parts are used to drive the two first splints to clamp the carrying jig; the sides of the two first splints close to each other are provided with guiding posts, and the two sides of the carrying jig are provided with for accommodating the jig. Guide blind slots for guiding studs are provided. 4. The fully automatic production equipment for data cables according to claim 3, characterized in that: the guide post is provided with a guide slope for easy insertion into the guide blind groove. 5. The fully automatic production equipment for data cables according to claim 1, wherein the second feeding mechanism includes an automatic wire feeding assembly, an automatic wire cutting assembly and a turntable assembly, the automatic wire feeding assembly is used to release the wire, and the automatic cutting wire The wire assembly is used to cut the wire released by the automatic wire feeding assembly, and the turntable assembly is used to carry and move the wire cut by the automatic wire cutting assembly; 1. A plurality of clamping fixtures arranged on the upper end of the disc body, a plurality of supporting units arranged on the lower end of the disc body, a plurality of clamping fixtures and a plurality of supporting units are all arranged around the rotation axis of the disc body, and the clamping fixture The tool is used to carry the cut wires by the automatic wire cutting assembly. The supporting unit includes a fourth drive member and a holder connected to the output end of the fourth drive member. The fourth drive member drives the holder protruding from the edge of the disc body to The supporting piece holds the carrying jig carrying the connector, and the welding mechanism is used to weld the connector of the carrying jig held by the supporting piece and the wire rod carried by the wire clamping jig together. 6. The fully automatic production equipment for data lines according to claim 3, characterized in that: the fully automatic production equipment for data lines also includes a third manipulator, the wire comprehensive testing machine includes a first detection mechanism, and the end of the third manipulator is provided with a third manipulator. Two clamping parts, the structure of the second clamping part is the same as that of the first clamping part, the second clamping part is used to clamp the carrying jig after welding mechanism processing, and the third manipulator is used to transfer the carrying jig To the end of the first detection mechanism, the first detection mechanism includes a comprehensive tester, which is set in the mold of the injection molding mechanism and used to conduct the detection contacts of the comprehensive tester. The first detection mechanism is used to detect the two ends of the data line after welding by the welding mechanism Whether the connector at the end and the wire are connected, and whether the resistance is within the predetermined range. 7. The fully automatic production equipment for data lines according to claim 3, characterized in that: the first injection molding mechanism includes an injection molding frame, a lower mold arranged on the injection molding frame and a fourth manipulator, which is arranged at the end of the fourth manipulator and is connected with The upper mold used in conjunction with the lower mold, and the third clamping part arranged on the upper mold. The third clamping part is used to clamp the bearing fixture after the welding mechanism. The lower mold is provided with a first cavity and a first cavity. The second cavity connected to the body, the first cavity is used to accommodate the bearing fixture clamped by the third clamping piece, the second cavity is used to accommodate the welding place between the connector and the wire, and the injection molding frame is also equipped with The injection molding unit injects the molten plastic covering the welding part of the connector and the wire into the second cavity via the upper mold or/and the lower mold. 8. The data line automatic production equipment according to claim 7, characterized in that: the data line automatic production equipment also includes a second injection molding mechanism, the second injection molding mechanism has the same structure as the first injection molding mechanism, and the second injection molding mechanism It is used for the second injection molding coating on the welded part of the connector and the wire after the coating treatment of the first injection molding mechanism. 9. The fully automatic production equipment for data lines according to claim 8, characterized in that: the fully automatic production equipment for data lines also includes a material transfer manipulator, and the wire comprehensive testing machine includes a second detection mechanism, the second detection mechanism is used to detect the first The finished data lines after the injection molding process by the second injection molding mechanism are inspected and processed, and the material transfer manipulator transfers the data lines detected by the second inspection mechanism to the good product collection place or the defective product collection place. 10. The fully automatic production equipment for data lines according to claim 9, characterized in that: the fully automatic production equipment for data lines also includes a carrier return mechanism, and the carrier return mechanism includes a carrier frame, a fifth manipulator, and a sixth manipulator and the pressing assembly, the fifth manipulator transfers the loading jig processed by the material transfer manipulator to the loading frame, the pressing assembly presses the loading jig transferred by the fifth manipulator on the loading frame, and the first driving part drives the first pusher The component pushes the connector in the through hole into the carrying hole of the carrying jig held by the pressing assembly, and the sixth manipulator transfers the carrying jig carrying the connector on the carrying frame to the carrier circulation mechanism.