CN110587293A - Assembling equipment for interface - Google Patents

Abstract

The invention relates to an assembling device of an interface, which comprises a rack, an interface core assembling mechanism, a plug bush assembling mechanism and an interface bush conveying groove, wherein the plug bush assembling mechanism comprises a plug bush seat arranged on the rack, a plug bush carrier and a pressing carrier are arranged on the plug bush seat, a plug bush air cylinder and a pressing air cylinder are also arranged on the plug bush seat, the plug bush air cylinder is connected with a plug bush push block matched with an interface core in the plug bush carrier, one end, matched with the interface core, of the plug bush push block is provided with a notch, so that the plug bush push block can only act on an upper shell and a lower shell of the interface core, the pressing air cylinder is connected with a pressing connecting rod, the other end of the pressing connecting rod is connected with a pressing rotating block, the pressing rotating block is matched with a product in the pressing carrier, an assembling and taking device is also arranged on the rack, and the assembling and taking device can also transfer; the automatic plug bush of interface core and interface cover can be realized, can avoid touching the terminal at the plug bush in-process simultaneously.

Description

Assembling equipment for interface

Technical Field

The invention relates to automatic assembling equipment of electronic products, in particular to assembling equipment of an interface.

Background

As shown in fig. 2, the explosion diagram of an electronic product, in the assembly process, the lower terminal 12 needs to be placed into the lower shell 11 first, then the fixture block 3 is installed, four holes are formed in the fixture block, two of the holes are penetrated by the installation columns on the lower shell, the other two holes are penetrated by two installation columns on the upper shell 15, the upper terminal 14 is installed after the fixture block is installed, preferably, the upper shell 15 is installed, the upper shell and the lower shell are clamped through the installation columns and the installation holes which are matched with each other, the outer sides of the upper shell 15 and the lower shell 11 are provided with the elastic sheets 16 which are used for being inserted into the product shell, the interface core needs to be inserted into the interface sleeve after the interface core is assembled, most of the existing plug sleeves are manually assembled, and the efficiency is low.

Disclosure of Invention

The invention aims to provide interface assembling equipment, which can place an interface sleeve and an interface core into an inserting sleeve carrier by matching an assembling and taking device with an interface sleeve conveying device and an interface core assembling device, can realize automatic inserting sleeve of the interface core and the interface sleeve by matching with an inserting sleeve pushing block with a specific structure, and can avoid touching a terminal in the inserting sleeve process to ensure good interface.

In order to achieve the above purpose, the invention adopts the technical scheme that: an assembly device of an interface comprises a frame, wherein the frame is provided with an interface core assembly mechanism, an inserting sleeve assembly mechanism and an interface sleeve conveying groove, the inserting sleeve assembly mechanism comprises an inserting sleeve seat arranged on the frame, an inserting sleeve carrier and a pressing carrier are arranged on the inserting sleeve seat, an inserting sleeve air cylinder and a pressing air cylinder are further arranged on the inserting sleeve seat, the inserting sleeve air cylinder is connected with an inserting sleeve push block matched with an interface core in the inserting sleeve carrier, one end, matched with the interface core, of the inserting sleeve push block is provided with a notch, so that the inserting sleeve push block can only act on an upper shell and a lower shell of the interface core, the pressing air cylinder is connected with a pressing connecting rod, the other end of the pressing connecting rod is connected with a pressing rotating block, the pressing rotating block is matched with a product in the pressing carrier, the frame is further provided with an assembly material taking device for transferring the interface core assembled by the interface core assembly mechanism and the interface sleeve in the interface sleeve conveying groove to the inserting sleeve carrier, and the assembly and take-out device is also capable of transferring the nested product from the nest carrier to the compaction carrier.

Preferably, the equipment extracting device get the mount pad including the equipment of setting in the frame of putting, the equipment get be provided with on the mount pad mutually supporting the equipment get put the activity cylinder and the equipment get put the movable block, the equipment get put the movable block on be provided with the equipment and get put the frame, the equipment get put the frame on be provided with two equipment that can go up and down side by side and get the ware, the afterbody of interface cover conveyer trough be provided with the location dog, and the both sides of location dog are provided with two area conveyor of opposite transport.

Preferably, the assembly is got and is put and be provided with two assemblies on the movable block and get and put the frame, interface core assembly mechanism to the distance of interface cover conveyer trough, the distance of interface cover conveyer trough to the plug bush carrier and the distance that the plug bush carrier to compressing tightly the carrier equal, and get the distance between the frame for two assemblies.

Preferably, interface core equipment structure include the carousel of the area drive structure that sets up in the frame, the carousel on even be provided with the equipment carrier, the equipment carrier include the carrier main part, the carrier main part on set up width and the unanimous material loading mouth of inferior valve length, and the bottom surface of carrying the material mouth set up position and shell fragment complex shell fragment groove and position and shape all with inferior valve head complex head cooperation groove, carry two side of material mouth the innermost set up respectively be convenient for the equipment the bevel connection and with terminal complex terminal cooperation mouth, the frame on set gradually along the direction of rotation of carousel with equipment carrier complex inferior valve blowing device, lower terminal blowing device, fixture block blowing device, upper terminal blowing device, upper shell blowing device and closing device.

Preferably, the innermost side of the material carrying port is provided with a head clamping port matched with the side face of the head of the lower shell, and the inner bottom surface of the head matching groove is provided with a contact induction screen.

Preferably, the equipment carrier still including setting up the carrier mount pad on the carousel, the side fixedly connected with carrier installation piece of carrier main part piece, carrier installation piece pass through the bolt and install on the carrier mount pad, the upper portion of carousel still be provided with the fixed disk, the fixed disk on even be provided with detect the installation piece, and detect and be provided with on the installation piece and assemble carrier complex visual detector.

Preferably, inferior valve blowing device including setting up the product blowing seat in the frame, the product blowing seat on be provided with product carrier band conveyer trough, and seted up contact pin cooperation groove on the product carrier band conveyer trough, the top cooperation in contact pin cooperation groove have can penetrate into it and with the carrier band on the hole complex carrier band feed the contact pin, the carrier band feed the contact pin setting in the carrier band feed elevator lower part, the carrier band feed the elevator connection on the carrier band feed the lift cylinder, the carrier band feed the cylinder cooperation that sets up on lift cylinder and the product blowing seat, the terminal cooperation of product carrier band conveyer trough have the product to dash the device, and the product dashes and cuts the device and gets through the product and put manipulator and equipment carrier cooperation.

Preferably, the product punching and shearing device comprises a product punching and shearing carrier matched with a product, a punching and shearing carrier belt clamping block matched with a carrier belt of the product punching and shearing carrier part is arranged on the product discharging seat, a product punching and shearing cylinder matched with a product punching and shearing linkage structure is arranged below the product punching and shearing carrier, the product punching and shearing carrier can be lifted, and a carrier belt waste collection box is arranged on one side, away from the product carrier belt conveying groove, of the product punching and shearing carrier.

Preferably, the pressing device comprises a pressing seat arranged on the rack, a pressing lifting cylinder is arranged on the upper portion of the pressing seat, a pressing block matched with a product on the assembly carrier is arranged below the pressing lifting cylinder, a pressing supporting cylinder is arranged below the pressing seat, and a pressing supporting block used for supporting the assembly carrier is arranged above the pressing supporting cylinder.

Preferably, the lower part of the compressing block is provided with a head compressing notch matched with the head of the upper shell and a compressing elastic sheet groove matched with the elastic sheet.

Drawings

FIG. 1 is a perspective view of an assembly apparatus for an interface;

FIG. 2 is an exploded view of the product;

FIG. 3 is a perspective view of the sleeve assembly mechanism and the assembly and retrieval device;

FIG. 4 is a perspective view of the sleeve assembly mechanism;

FIG. 5 is a perspective view of the interface core assembly mechanism;

FIG. 6 is a perspective view of the dial portion;

FIG. 7 is a top view of the assembly carrier;

FIG. 8 is a top view of the carrier body;

FIG. 9 is a cross-sectional view A-A of FIG. 8;

FIG. 10 is a perspective view of the discharging device of the lower shell;

FIG. 11 is an enlarged partial view of a carrier tape feed pin and product carrier tape feed slot section;

FIG. 12 is a perspective view of the product shearing and punching apparatus;

FIG. 13 is a schematic view of a carrier tape and product;

FIG. 14 is a perspective view of the hold-down device;

fig. 15 is a partially enlarged view of the compact.

The text criteria shown in the figures are expressed as: 1. a frame; 2. a turntable; 3. assembling a carrier; 4. a lower shell emptying device; 5. a lower terminal emptying device; 6. a fixture block discharging device; 7. a terminal loading device; 8. an upper shell discharging device; 9. a pressing device; 11. a lower case; 12. a lower terminal; 13. a clamping block; 14. an upper terminal; 15. an upper shell; 16. a spring plate; 17. an interface sleeve; 18. fixing the disc; 19. detecting the mounting block; 21. a carrier mount; 22. a carrier mounting block; 23. a carrier body block; 24. a loading port; 25. a spring sheet groove; 26. a head fitting groove; 27. a head clamping port; 28. a terminal fitting opening; 29. contacting the induction screen; 31. a product discharge seat; 32. a product carrier tape conveying groove; 33. a carrier tape feed cylinder; 34. a carrier tape feeding lifting cylinder; 35. a carrier tape feeding lifting block; 36. carrying a feeding pin; 37. a pin fitting groove; 38. a product punching and shearing device; 39. a carrier tape waste collection box; 40. a product pick-and-place manipulator; 41. punching and shearing the carrier tape clamping block; 42. punching and shearing a carrier for a product; 43. the product punching shear linkage structure; 44. a product punching and shearing cylinder; 51. a pressing seat; 52. a compression lifting cylinder; 53. a compression block; 54. a pressing support cylinder; 55. pressing the supporting block; 56. the head compresses the gap; 57. pressing the elastic sheet groove; 61. the interface core assembly mechanism; 62. a plug bush assembling mechanism; 63. assembling a material taking device; 64. the interface sleeve conveying groove; 65. positioning a stop block; 67. assembling, taking and placing the mounting seat; 68. assembling, taking and placing the movable block; 69. assembling a taking and placing frame; 70. assembling a taking and placing device; 71. a socket base; 72. a socket carrier; 73. pressing the carrier; 74. a sleeve inserting cylinder; 75. inserting a sleeve push block; 76. a pressing cylinder; 77. a compression connecting rod; 78. and pressing the rotating block.

Detailed Description

The following detailed description of the present invention is given for the purpose of better understanding technical solutions of the present invention by those skilled in the art, and the present description is only exemplary and explanatory and should not be construed as limiting the scope of the present invention in any way.

As shown in fig. 1 to 4, the specific structure of the present invention is: the utility model provides an equipment of interface, includes frame 1, frame 1 on be provided with interface core equipment mechanism 61, plug bush equipment mechanism 62 and interface cover conveyer trough 64, plug bush equipment mechanism 62 including setting up plug bush seat 71 in frame 1, plug bush seat 71 on be provided with plug bush carrier 72 and compress tightly carrier 73, plug bush seat 71 on still be provided with plug bush cylinder 74 and compress tightly cylinder 76, plug bush cylinder 74 be connected with the interior interface core complex plug bush ejector pad 75 of plug bush carrier 73, plug bush ejector pad 75 and interface core complex one end seted up the notch and make plug bush ejector pad 75 only can act on the upper and lower shell of interface core, compress tightly cylinder 76 and be connected with and compress tightly connecting rod 77, the other end of compressing rod 77 be connected with and compress tightly commentaries on classics piece 78, compress tightly commentaries on classics piece 78 and compress tightly the product cooperation in the carrier 73, frame 1 on still be provided with the interface core that assembles interface core that interface core equipment mechanism 61 was assembled and interface cover conveyer trough 64 in The interface sleeve 17 is transferred to the assembly take off device 63 in the sleeve carrier 72 and the assembly take off device 63 is also capable of transferring the sleeved product from the sleeve carrier 72 to the hold down carrier 73.

The specific working process is as follows: the interface core and the interface sleeve 17 are firstly sucked into the plug bush carrier 72 through the assembling and taking device 63, the interface core 17 is close to the plug bush pushing block 75, then the plug bush pushing block 75 is driven to move through the plug bush air cylinder 74, the plug bush pushing block 75 abuts against the upper shell part and the lower shell part of the interface core, the interface core is pushed into the interface sleeve, the assembling of the interface is completed, in the process, the notch design of the plug bush pushing block 75 is through rain, the plug bush pushing block 75 can be prevented from contacting with the terminal part, therefore, the interface core cannot be damaged, then the assembled interface is taken and placed on the compressing carrier 73 through the assembling and taking device 63, the compressing connecting rod 77 is driven to move through the compressing air cylinder 76, the compressing rotary block 78 is driven to rotate, the compressing of the interface product is realized, the automatic assembling is realized, the manpower is saved, and the efficiency is improved.

As shown in fig. 3, the assembly taking and placing device 63 includes an assembly taking and placing mounting seat 67 disposed on the frame 1, the assembly taking and placing mounting seat 67 is provided with an assembly taking and placing movable cylinder and an assembly taking and placing movable block 68 which are mutually matched, the assembly taking and placing movable block 68 is provided with an assembly taking and placing frame 69, the assembly taking and placing frame 69 is provided with two assembly taking and placing devices 70 which can be lifted and lowered side by side, the tail of the interface sleeve conveying groove 64 is provided with a positioning block 65, and two sides of the positioning block 65 are provided with two belt conveying devices which convey in opposite directions.

When the assembling and taking device 63 works, the assembling and taking movable cylinder drives the assembling and taking device 70 to take the assembled interface core from the interface core assembling mechanism 61 and place the assembled interface core on the interface sleeve conveying groove 64, meanwhile, the interface sleeve can be placed in the interface sleeve conveying groove 64, under the action of the two belt conveying devices, the interface core and the interface sleeve can be attached to the positioning stop block 65, and then the interface core and the interface sleeve can be synchronously moved to the plug bush carrier through the two assembling and taking devices 70 to be assembled, so that the accurate taking and the taking of the interface core and the interface sleeve can be ensured, and the subsequent plug bush can be smoothly carried out.

As shown in fig. 3-4, two assembly pick-and-place racks 69 are disposed on the assembly pick-and-place movable block 68, and the distance from the interface core assembly mechanism 61 to the interface sleeve conveying trough 64, the distance from the interface sleeve conveying trough 64 to the socket carrier 72, and the distance from the socket carrier 72 to the pressing carrier 73 are equal, and are the distance between the two assembly pick-and-place racks 69.

The equidistance setting between each station can make things convenient for two sets of frames of getting to dock with two stations constantly, and then can improve holistic efficiency of getting.

As shown in fig. 5-9, the interface core assembly mechanism 61 includes a turntable 2 with a driving structure arranged on the frame 1, the turntable 2 is uniformly provided with assembly carriers 3, the assembly carriers 3 comprise carrier bodies 23, the carrier main body 23 is provided with a loading port 24 with the width consistent with the length of the lower shell 11, the bottom surface of the material loading port 24 is provided with a spring piece groove 25 which is matched with the spring piece 16 in position and a head matching groove 26 which is matched with the head part of the lower shell in position and shape, two side surfaces of the innermost end of the material loading port 24 are respectively provided with an inclined port which is convenient for assembly and a terminal matching port 28 which is matched with a terminal, the rack 1 is sequentially provided with a lower shell discharging device 4, a lower terminal discharging device 5, a fixture block discharging device 6, an upper terminal discharging device 7, an upper shell discharging device 8 and a pressing device 9 which are matched with the assembly carrier 3 along the rotating direction of the turntable 2.

The lower shell is placed in the material carrying port 24 through the lower shell discharging device 4 and pushed to the innermost side of the material carrying port 24, the elastic sheet of the lower shell 11 falls into the elastic sheet groove 25 and cannot be influenced in the pushing process, and the head of the lower shell 11 also falls into the head matching groove 26, so that the part of the lower shell 11 to be assembled is ensured to be vertically upward and can enter the innermost side of the material carrying port 24 to complete positioning, and then sequentially enters the lower terminal discharging station, the fixture block discharging station, the upper terminal discharging station, the upper shell discharging station and the pressing station through the rotation of the turntable 2, the discharging and mounting of the lower terminal 12, the discharging and mounting of the fixture block 13, the discharging and mounting of the upper terminal 14, the discharging and mounting of the upper shell 15 and the pressing and buckling of the upper shell and the lower shell are sequentially completed, and further the continuous automatic assembly of the interface core is completed, and the positioning is convenient in the process, the positioning of the assembly can be completed only by pushing the lower shell into the innermost end when the lower shell is used for discharging, and the upper shell can be conveniently placed by arranging the inclined opening.

As shown in fig. 8-9, the innermost side of the material loading port 24 is provided with a head clamping port 27 which is matched with the side surface of the head of the lower shell 11, and the inner bottom surface of the head matching groove 26 is provided with a contact sensing screen 29.

Head screens 27's design can further fix a position the inferior valve, also can fix a position the equipment of epitheca simultaneously, and whether the design of touch-sensitive screen 29 can judge inferior valve 11 through the production region of sensing signal and put down completely, and then improves the precision of follow-up equipment.

As shown in fig. 6-7, the assembly carrier 3 further includes a carrier mounting seat 21 disposed on the turntable 2, a carrier mounting block 22 is fixedly connected to a side surface of the carrier body block 23, the carrier mounting block 22 is mounted on the carrier mounting seat 21 through a bolt, a fixed disk 18 is further disposed on the turntable 2, a detection mounting block 19 is uniformly disposed on the fixed disk 18, and a visual detector matched with the assembly carrier 3 is disposed on the detection mounting block 19.

The carrier mounting block 22 is mounted on the carrier mounting seat 21 through a bolt, and then the carrier main body block 23 which is suitable for selective mounting according to specific specifications of products can be mounted, so that the adaptability of the equipment is improved, the design of a visual detector on the mounting block is detected, the product assembled by each part can be detected, and under the general condition, at least one detection mounting block and one visual detector are not arranged between two adjacent stations.

As shown in fig. 10-13, the lower casing discharging device 4 includes a product discharging seat 31 disposed on the machine frame 1, the product discharging seat 31 is provided with a product carrier tape conveying groove 32, and the product carrier tape conveying groove 32 is provided with a pin matching groove 37, a carrier tape feeding pin 36 capable of penetrating into the product discharging seat 37 and matching with a hole on the carrier tape is matched above the pin matching groove 37, the carrier tape feeding pin 36 is disposed at the lower part of the carrier tape feeding lifting block 35, the carrier tape feeding lifting block 35 is connected to the carrier tape feeding lifting cylinder 34, the carrier tape feeding lifting cylinder 34 is matched with the carrier tape feeding cylinder 33 disposed on the product discharging seat 31, the end of the product carrier tape conveying groove 32 is matched with a product punching and shearing device 38, and the product punching and shearing device 38 is matched with the assembly carrier 3 through a product picking and placing manipulator 40.

The structure of the lower shell feeding device 4, the lower terminal feeding device 5, the fixture block feeding device 6, the upper terminal feeding device 7 and the upper shell feeding device 8 is consistent, the only difference is that the products connected by the carrier band in figure 13 are different, the specific operation flow is as follows, the starting end of the product carrier band is firstly placed into the product carrier band conveying groove 32, then the carrier band feeding lifting block 35 is driven to descend by the carrier band feeding lifting cylinder 34, further the carrier band feeding pin 36 is inserted into the hole of the carrier band, then the carrier band feeding pin 36 is driven to feed by the carrier band feeding cylinder 33, the carrier band feeding is driven in this way, the distance of the feeding is the distance between the adjacent products on the carrier band, then the carrier band feeding part is restored to the original state, when the first product is fed onto the product punching and shearing device, the product is separated from the carrier band by the product punching and shearing device 38, further the product is placed into the loading port 24 on the carrier band by the product taking and placing mechanical hand 40, the feeding and assembling of the products are carried out, the structural design is ingenious, and the feeding of the products one by one and the continuous synchronous feeding of all the products can be realized.

As shown in fig. 12, the product punching and shearing device 38 includes a product punching and shearing carrier 42 matched with the product, and a punching and shearing carrier tape clamping block 41 matched with a carrier tape of the product punching and shearing carrier 42 is arranged on the product feeding seat 31, a product punching and shearing cylinder 44 matched with a product punching and shearing linkage structure 43 is arranged below the product punching and shearing carrier 42, and can lift the product punching and shearing carrier 42, and a waste collecting box 39 is arranged on one side of the product punching and shearing carrier 42 away from the product carrier tape conveying groove 32.

The product punching shear linkage structure can be that an oblique piece of horizontal trend cooperates the lift post of a vertical trend, so can drive the oblique piece of horizontal trend through product punching shear cylinder 44 and remove, and then drive the lift post oscilaltion, and then can drive punching shear carrier 42 oscilaltion, because this part's carrier band is located punching shear carrier band screens piece 41, consequently, the lift of punching shear carrier 42 can make product and carrier band separation, cooperation product is got and is put manipulator 40 and can be realized the blowing one by one of product, the carrier band part of peeling off the product simultaneously can be collected along with the feeding of carrier band gets into in scrap collecting box 39, make things convenient for the product punching shear to peel off the collection that can be convenient for the carrier band waste material simultaneously.

As shown in fig. 14 to 15, the pressing device 9 includes a pressing base 51 disposed on the frame 1, a pressing lifting cylinder 52 is disposed at an upper portion of the pressing base 51, a pressing block 53 engaged with a product on the assembly carrier 3 is disposed below the pressing lifting cylinder 52, a pressing support cylinder 54 is disposed below the pressing base 51, and a pressing support block 55 for supporting the assembly carrier 3 is disposed above the pressing support cylinder 54.

The lower part of the pressing block 53 is provided with a head pressing gap 56 matched with the head of the upper shell 15 and a pressing spring sheet groove 57 matched with the spring sheet 16.

The concrete work of closing device is as follows, earlier through compressing tightly supporting cylinder 54 and drive and compress tightly supporting shoe 55 and rise, support the group loading utensil 3, later rethread pressure tight lift cylinder 52 drives compact heap 53 and descends, and wherein pressure head portion compresses tightly the breach part and can compress tightly the head of epitheca, and shell fragment 16 can fall into and compress tightly shell fragment groove 57, can not receive the effect of power, has realized the omnidirectional operation that compresses tightly of large tracts of land promptly, has avoided the interference condition again simultaneously.

In the specific implementation process, the equipment can be operated in a mode of manually operating a switch, and can be matched with a control system, so that the automatic operation of each component is realized.

It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.

The principle and embodiments of the present invention have been described herein by way of specific examples, which are provided only to help understand the method and the core idea of the present invention, and the above is only a preferred embodiment of the present invention, and it should be noted that there are objectively infinite specific structures due to the limited character expressions, and it will be apparent to those skilled in the art that a plurality of modifications, decorations or changes can be made without departing from the principle of the present invention, and the above technical features can also be combined in a suitable manner; such modifications, variations, combinations, or adaptations of the invention using its spirit and scope, as defined by the claims, may be directed to other uses and embodiments.

Claims (10)

1. An interface assembling device comprises a rack (1), wherein an interface core assembling mechanism (61), a plug bush assembling mechanism (62) and an interface bush conveying groove (64) are arranged on the rack (1), and is characterized in that the plug bush assembling mechanism (62) comprises a plug bush seat (71) arranged on the rack (1), a plug bush carrier (72) and a pressing carrier (73) are arranged on the plug bush seat (71), a plug bush cylinder (74) and a pressing cylinder (76) are also arranged on the plug bush seat (71), the plug bush cylinder (74) is connected with a plug bush push block (75) matched with an interface core in the plug bush carrier (73), one end of the plug bush push block (75) matched with the interface core is provided with a notch to enable the plug bush push block (75) to only act on an upper shell and a lower shell of the interface core, and the pressing cylinder (76) is connected with a pressing connecting rod (77), the other end of the pressing connecting rod (77) is connected with a pressing rotating block (78), the pressing rotating block (78) is matched with a product in the pressing carrier (73), the rack (1) is further provided with an interface core assembled by the interface core assembling mechanism (61) and an interface sleeve (17) in the interface sleeve conveying groove (64) to be transferred to an assembling and taking device (63) in the plug bush carrier (72), and the assembling and taking device (63) can also transfer the plug bush product to the pressing carrier (73) from the plug bush carrier (72).

2. The interface assembling device according to claim 1, wherein the assembly taking and placing device (63) comprises an assembly taking and placing mounting seat (67) arranged on the frame (1), the assembly taking and placing mounting seat (67) is provided with an assembly taking and placing movable cylinder and an assembly taking and placing movable block (68) which are matched with each other, the assembly taking and placing movable block (68) is provided with an assembly taking and placing frame (69), the assembly taking and placing frame (69) is provided with two assembly taking and placing devices (70) which can be lifted and lowered side by side, the tail of the interface sleeve conveying groove (64) is provided with a positioning stop block (65), and two belt conveying devices which convey oppositely are arranged on two sides of the positioning stop block (65).

3. The interface assembly apparatus according to claim 2, wherein the assembly pick-and-place movable block (68) is provided with two assembly pick-and-place frames (69), and the distance from the interface core assembly mechanism (61) to the interface sleeve conveying trough (64), the distance from the interface sleeve conveying trough (64) to the plug bush carrier (72) and the distance from the plug bush carrier (72) to the pressing carrier (73) are equal and are the distance between the two assembly pick-and-place frames (69).

4. The assembling equipment of the interface according to claim 1, wherein the interface core assembling mechanism (61) comprises a turntable (2) with a driving structure, the turntable (2) is uniformly provided with assembling carriers (3), each assembling carrier (3) comprises a carrier main body (23), each carrier main body (23) is provided with a material carrying port (24) with the width consistent with the length of the lower shell (11), the bottom surface of each material carrying port (24) is provided with a spring sheet groove (25) matched with the spring sheet (16) and a head matching groove (26) matched with the head of the lower shell, two side surfaces of the innermost end of each material carrying port (24) are respectively provided with an inclined port convenient to assemble and a terminal matching port (28) matched with the terminal, and the frame (1) is sequentially provided with a lower shell discharging device (4) matched with the assembling carriers (3) and a lower shell discharging device (4) matched with the assembling carriers (3) along the rotating direction of the turntable (2), The device comprises a lower terminal discharging device (5), a clamping block discharging device (6), an upper terminal discharging device (7), an upper shell discharging device (8) and a pressing device (9).

5. The interface assembling equipment according to claim 4, wherein the innermost side of the material loading port (24) is provided with a head clamping port (27) matched with the side surface of the head of the lower shell (11), and the inner bottom surface of the head matching groove (26) is provided with a contact induction screen (29).

6. The interface assembly apparatus according to claim 4, wherein the assembly carrier (3) further comprises a carrier mounting seat (21) disposed on the turntable (2), the carrier body block (23) is fixedly connected with a carrier mounting block (22) at a side surface thereof, the carrier mounting block (22) is mounted on the carrier mounting seat (21) through a bolt, the turntable (2) is further provided with a fixed plate (18) at an upper portion thereof, the fixed plate (18) is uniformly provided with the detection mounting blocks (19), and the detection mounting blocks (19) are provided with a visual detector cooperating with the assembly carrier (3).

7. The assembly equipment of an interface according to claim 4, wherein the lower shell discharging device (4) comprises a product discharging seat (31) arranged on the frame (1), the product discharging seat (31) is provided with a product carrying belt conveying groove (32), the product carrying belt conveying groove (32) is provided with a pin matching groove (37), a carrying belt feeding pin (36) which can penetrate into the product discharging seat and is matched with a hole in a carrying belt is matched above the pin matching groove (37), the carrying belt feeding pin (36) is arranged at the lower part of a carrying belt feeding lifting block (35), the carrying belt feeding lifting block (35) is connected onto a carrying belt feeding lifting cylinder (34), the carrying belt feeding lifting cylinder (34) is matched with a carrying belt feeding cylinder (33) arranged on the product discharging seat (31), and the tail end of the product carrying belt conveying groove (32) is matched with a product punching and shearing device (38), and the product punching and shearing device (38) is matched with the assembly carrier (3) through a product taking and placing mechanical arm (40).

8. The interface assembling equipment according to claim 7, wherein the product punching and shearing device (38) comprises a product punching and shearing carrier (42) matched with the product, a punching and shearing carrier tape clamping block (41) matched with a carrier tape of the product punching and shearing carrier (42) is arranged on the product discharging seat (31), a product punching and shearing cylinder (44) matched with a product punching and shearing linkage structure (43) is arranged below the product punching and shearing carrier (42) and can lift the product punching and shearing carrier (42), and a carrier tape waste collecting box (39) is arranged on one side of the product punching and shearing carrier (42) far away from the product carrier tape conveying groove (32).

9. The interface assembling device according to claim 4, wherein the pressing device (9) comprises a pressing seat (51) arranged on the frame (1), a pressing lifting cylinder (52) is arranged at the upper part of the pressing seat (51), a pressing block (53) matched with a product on the assembling carrier (3) is arranged below the pressing lifting cylinder (52), a pressing supporting cylinder (54) is arranged below the pressing seat (51), and a pressing supporting block (55) for supporting the assembling carrier (3) is arranged above the pressing supporting cylinder (54).

10. The interface assembling device according to claim 9, wherein the lower portion of the pressing block (53) is provided with a head pressing notch (56) engaged with the head of the upper shell (15) and a pressing spring slot (57) engaged with the spring (16).