CN2731792Y

CN2731792Y - Auto assembling machine for mini USB connector

Info

Publication number: CN2731792Y
Application number: CN 200420048391
Authority: CN
Inventors: 廖金益
Original assignee: HONGSHEN TECH CO Ltd
Current assignee: HONGSHEN TECH CO Ltd
Priority date: 2004-04-28
Filing date: 2004-04-28
Publication date: 2005-10-05
Anticipated expiration: 2014-04-28

Abstract

The utility model relates to an auto assembling machine for a mini USB connector which comprises a pushing device arranged at the front end of a machine table and consisting of a terminal feed table, an isolating paper roll receiver, a colloid feed apron, a wrapping tape feed table, an inducer and a conveyer, a colloid removing loading mechanism arranged at the lower part of the colloid feed apron, an insertion cutting mechanism arranged at the rear part of the conveyer, an upper cover assemble mechanism arranged at the rear part of the insertion cutting mechanism, an upper cover diaphragm-operating mechanism arranged at the rear part of the upper cover assemble mechanism, a completed product detecting mechanism arranged at the rear part of the upper cover diaphragm-operating mechanism and a packing mechanism arranged at the rear part of the completed product detecting mechanism. Then the auto assembling machine can fast complete assembly and shorten composing time and save personnel and material cost and increase deliverability.

Description

Microminiature USB connector automatic assembling

Technical field

The utility model relates to a kind of microminiature USB connector automatic assembling, especially refer to use the design of automation, the time of microminiature USB connector assembling is shortened, to save occurrences in human life and Material Cost, and the increase production capacity makes it reach the microminiature USB connector automatic assembling of maximum economic benefit.

Background technology

Press, in the flourishing day by day society of industry and commerce, competition also just becomes progressive maximum power, and when following after progress, the object cost on the industry, the number of production capacity, the utilization of human resources also just becomes the factor that the dealer researches and develops the innovation consideration of needing badly.

The devices such as assembling of existing microminiature USB connector are all assembled by manpower mostly, its built-up time is quite tediously long, and the microminiature USB connector quality after the manpower assembling is also unstable, and cause the increase of waste of manpower resource and Material Cost, really be not inconsistent economic benefit, because above-mentioned disappearance, therefore, this creator is adhering to the research innovation, excelsior spirit, utilize its professional eye and professional knowledge, and at above-mentioned disappearance, it is wider to work out a kind of more practicality and range of application, and the microminiature USB connector automatic assembling that meets industrial utilization.

Summary of the invention

Main purpose of the present utility model provides a kind of microminiature USB connector automatic assembling, action by a control device and monitoring arrangement drive feed mechanism, colloid transfer mechanism to control, insert cutting mechanism, loam cake assembling mechanism, loam cake paste film mechanism, finished product detection mechanism and package mechanism can be assembled the microminiature USB connector automatically fast and is finished.

Secondary objective of the present utility model provides a kind of microminiature USB connector automatic assembling, is to save occurrences in human life and Material Cost, and shortens the time of microminiature USB connector assembling, to increase production capacity, to reach economic benefit.

The utility model provides a kind of microminiature USB connector automatic assembling, include feed mechanism, be to be located at front end on the board, be made of terminal feed table, release paper closing quotation, colloid feed appliance, strap feed table, inductor and conveyer, this inductor is to control conveyer in addition; The colloid transfer mechanism is to be located at aforementioned colloid feed appliance below, is made of preceding shifting apparatus and back shifting apparatus, respectively is provided with sucker and transfer cylinder assembly in this forward and backward shifting apparatus; Inserting cutting mechanism, is to be located at aforementioned conveyer rear, is made of folder plug device and Scissoring device, is provided with the buoyance lift plate in this folder plug device; The loam cake assembling mechanism is to be located to insert the cutting mechanism rear, and is made of loam cake feed appliance, loam cake suction means, loam cake apparatus for correcting and loam cake apparatus for bending; Loam cake pastes film mechanism, is to be located at loam cake assembling mechanism rear; Finished product detection mechanism is to be located at loam cake to paste film mechanism rear, is provided with sucker and transfer cylinder assembly in this finished product detection mechanism; Package mechanism is to be located at finished product detection mechanism rear, and by positioner, packing track, glued membrane portion, hot sealing device, conveying device and furl dish institute and constituted, this positioner is to be located on packing track the place ahead.

The utility model can be assembled fast and finish, and uses the time that shortens assembling, and can save occurrences in human life and Material Cost, and increase production capacity, to reach economic benefit.

Description of drawings

Fig. 1 is side plan view of the present utility model.

Fig. 2 is plan view from above of the present utility model.

Fig. 3 is the anterior local amplification view for Fig. 2.

Fig. 4 is the local amplification view in the centre of Fig. 2.

Fig. 5 is the local amplification view in the rear portion of Fig. 2.

Fig. 6 is the preceding transfer setting plane for colloid transfer mechanism of the present utility model.

Fig. 7 is the back shifting apparatus plane graph for colloid transfer mechanism of the present utility model.

Fig. 8 is microminiature USB connector assembling schematic diagram of the present utility model.

Fig. 9 pastes the film schematic diagram for loam cake of the present utility model.

Figure 10 is placed on strap magazine schematic diagram for microminiature USB connector of the present utility model.

Embodiment

In order to make your juror further understanding be arranged, lift a preferred embodiment now and cooperate graphic being described in detail as follows effect of the present utility model, structure and feature thereof:

Seeing also Figure 1 and Figure 2, is to be side plan view of the present utility model and plan view from above of the present utility model, and cooperates Fig. 3 to shown in Figure 10, and it mainly includes the utility model:

Feed mechanism 1, be to be located at front end on the board, by terminal feed table 11, release paper closing quotation 12, colloid feed appliance 13, strap feed table 14, inductor 15 and conveyer 16 constitute, this terminal feed table 11 is to place for terminal 81 strips, release paper closing quotation 12 then furls for the barrier paper between terminal 81 strips, place as for 13 colloids 82 of colloid feed appliance for microminiature USB connector 8, strap feed table 14 is then placed for strap magazine 20, this inductor 15 is to control conveyer 16 in addition, to control conveyer 16 terminal 81 strips is sent to insertion cutting mechanism 3;

Colloid transfer mechanism 2, be to be located at aforementioned colloid feed appliance 13 belows, constituted by preceding shifting apparatus 21 and back shifting apparatus 22, before being somebody's turn to do, back shifting apparatus 21, respectively be provided with sucker 211 in 22,221 and transfer cylinder assembly 212,222, the anterior sucker 211 of shifting apparatus 21 holds the colloid 82 of the microminiature USB connector 8 of getting off in regular turn from colloid feed appliance 13 before making, transfer cylinder assembly 212 is done the red motion of square before cooperating, so that transferring load to, the colloid 82 on the anterior sucker 211 inserts cutting mechanism 3, then 221 of the posterior suckers of shifting apparatus 22 hold the colloid 82 that inserts terminal 81, cooperate transfer attire in back to put 222 and make regular-shape motion, so that the colloid 82 on the posterior sucker 221 transfers load to loam cake assembling mechanism 4;

Insert cutting mechanism 3, be to be located at aforementioned conveyer 16 rears, constituted by folder plug device 31 and Scissoring device 32, this folder plug device 31 is that terminal 81 strips that conveyer 16 is transmitted are delivered to buoyance lift plate set in the folder plug device 31 (figure does not show), make the buoyance lift plate earlier with terminal 81 strip liftings, pick up by folder plug device 31 again, and via under Scissoring device 32 inserting side 811 cuttings with five pin terminals 81 earlier, via folder plug device 31 five pin terminals 81 are inserted patchhole 821 in the colloid 82 forward again, then, the terminal tail band 812 that will be inserted on the non-inserting side of terminal 81 by Scissoring device 32 crops again, and finishes whole spigot 81 actions;

Loam cake assembling mechanism 4, be to be located to insert cutting mechanism 3 rears, by loam cake feed appliance 41, loam cake suction means 42, loam cake apparatus for correcting 43 and loam cake apparatus for bending 44 constitute, this loam cake feed appliance 41 is to place for the loam cake 83 of microminiature USB connector 8, make its loam cake 83 can enter in the loam cake suction means 42 in regular turn, this loam cake suction means 42 is that single loam cake 83 has been attracted, be resent to loam cake apparatus for correcting 43, make the inserting surface 831 of loam cake 83 can be towards the colloid 82 of microminiature USB connector 8, take advantage of a situation by loam cake apparatus for bending 44 again loam cake 83 is pushed on the colloid 82, and carry out the action of loam cake 83 bending packing colloids 82, the winding of whole microminiature USB connector 8 is finished;

Loam cake pastes film mechanism 5, is to be located at loam cake assembling mechanism 4 belows, pastes on loam cake 83 surfaces 832 of the microminiature USB connector 8 that above-mentioned winding is finished, to paste the hole 833 on loam cake 83 surfaces 832, to strengthen its suction so that film 51 to be provided;

Finished product detection mechanism 6, be to be located at loam cake to paste film mechanism 5 rears, whether in order to the microminiature USB connector 8 after detecting winding and finishing is non-defective unit, the non-defective unit person moves to package mechanism 7, the defective products person then falls to the recovery area, be provided with sucker 61 and transfer cylinder assembly 62 in this finished product detection mechanism 6, this sucker 61 is to detect qualified microminiature USB connector 8 for holding, transfer cylinder assembly 62 is then made regular-shape motion, and microminiature USB connector 8 finished products on the sucker 61 are transferred load in the strap magazine 20 on the package mechanism 7 in regular turn;

Package mechanism 7, be to be located at finished product detection mechanism 6 rears, by positioner 71, packing track 72, glued membrane portion 73, hot sealing device 74, conveying device 75 and furl the dish 76 formations, this positioner 71 is to be located on packing track 72 the place aheads, mainly be that strap magazine 20 is positioned on the packing track 72, to make things convenient for finished product detection mechanism 6 non-defective unit microminiature USB connector 8 can accurately be placed in the strap magazine 20, this glued membrane portion 73 then is located at hot sealing device 74 tops, put for the glued membrane band, by hot sealing device 74 glued membrane is heat-sealed on the strap magazine 20, to seal good finished product packing band magazine 20 as for 75 of conveying devices and be delivered to and furl dish 76, furl with the packing of finishing end product;

The mat said mechanism, connect a control device 30 and monitoring arrangement 40 to control the action that drives said mechanism, make the running of microminiature USB connector 8 through its automation, finish and can assemble fast, use the time that shortens assembling, and can save occurrences in human life and Material Cost, and increase production capacity, to reach economic benefit.

From the above, during the utility model running, at first start-up control device 30 and monitoring arrangement 40, make the strap magazine 20 on the strap feed table 14 directly be sent to package mechanism 7 through conveyer belt 50, terminal 81 strips on the terminal feed table 11 are then controlled conveyer 16 via inductor 15, terminal 81 strips are sent to insertion cutting mechanism 3, cooperate the colloid 82 on the colloid feed appliance 13 simultaneously, enter the action of the preceding shifting apparatus 21 of colloid transfer mechanism 2, terminal 81 and colloid 82 are inserted and the action of cutting, this release paper closing quotation 12 is then along the transmission of terminal 81 strips, and furl barrier paper between terminal 81 strips, after terminal 81 and colloid 82 windings are finished, again via the action of the back shifting apparatus 22 of colloid transfer mechanism 2, the colloid 82 that inserts terminal 81 is transferred to loam cake assembling mechanism 4, at this moment, loam cake suction means 42 holds single loam cake 83 from loam cake feed appliance 41 and is sent to loam cake apparatus for correcting 43, the inserting surface 831 that makes loam cake 83 carries out the action of loam cake 83 bending packing colloids 82 via loam cake apparatus for bending 44 again towards colloid 82.

Continue the above, after whole microminiature USB connector 8 windings are finished, move to loam cake again and paste film mechanism 5, make on loam cake 83 surfaces 832 of microminiature USB connector 8 and paste at least one layer film 51, to paste the hole 833 on loam cake 83 surfaces 832, to strengthen its suction, and then move to finished product detection mechanism 6, whether with the microminiature USB connector 8 after detecting winding and finishing is non-defective unit, when microminiature USB connector 8 detects is that the defective products person then falls to recovery area (figure does not show), the non-defective unit person then holds by the sucker 61 of finished product detection mechanism 6, utilize the action of the transfer cylinder assembly 62 of finished product detection mechanism 6, microminiature USB connector 8 is moved in the strap magazine of packing on the track 72 20, then, by hot sealing device 74 glued membrane is heat-sealed on the strap magazine 20, then again, the strap magazine 20 that will seal glued membrane by conveying device 75 is delivered to and furls dish 76 again, furls with the packing of finishing end product.

The utility model is by feed mechanism, the colloid transfer mechanism, insert cutting mechanism, the loam cake assembling mechanism, loam cake pastes film mechanism, finished product detection mechanism and package mechanism constitute, wherein this feed mechanism is that the strap magazine directly is sent to package mechanism through conveyer belt, in addition with terminal material belt, colloid is transferred to the colloid transfer mechanism in regular turn and inserts the action that cutting mechanism carries out terminal and colloid insertion and cutting, and the colloid that will insert terminal is transferred to the loam cake assembling mechanism via the colloid transfer mechanism again, carry out the loam cake bending encapsulation of microminiature USB connector, pasting film mechanism by loam cake thoroughly again provides film to paste the lip-deep hole of loam cake, to strengthen its suction, and whether the microminiature USB connector that detects after winding is finished by finished product detection mechanism is non-defective unit, when defective products then falls to the recovery area and during non-defective unit, then be transferred in the strap magazine on the package mechanism, at last, on the strap magazine, carry out the glued membrane heat-sealing to finish end product.

In sum, the utility model microminiature USB connector automatic assembling, the design of utilization automation, the time of microminiature USB connector assembling is shortened,, and increase production capacity with saving occurrences in human life and Material Cost, the benefit that has economy in fact, and the structure that is disclosed, device, can reach really aforementioned expection from and effect, and the application before do not see publication, also unexposed use, have the creation novelty in fact, and can promote effect, your office to propose utility application in accordance with the law.

Claims

1, a kind of microminiature USB connector automatic assembling, it is characterized in that: include feed mechanism, be to be located at front end on the board, constituted that this inductor is to control conveyer in addition by terminal feed table, release paper closing quotation, colloid feed appliance, strap feed table, inductor and conveyer; The colloid transfer mechanism is to be located at aforementioned colloid feed appliance below, is made of preceding shifting apparatus and back shifting apparatus, respectively is provided with sucker and transfer cylinder assembly in this forward and backward shifting apparatus; Inserting cutting mechanism, is to be located at aforementioned conveyer rear, is made of folder plug device and Scissoring device, is provided with the buoyance lift plate in this folder plug device; The loam cake assembling mechanism is to be located to insert the cutting mechanism rear, and is made of loam cake feed appliance, loam cake suction means, loam cake apparatus for correcting and loam cake apparatus for bending; Loam cake pastes film mechanism, is to be located at loam cake assembling mechanism rear; Finished product detection mechanism is to be located at loam cake to paste film mechanism rear, is provided with sucker and transfer cylinder assembly in this finished product detection mechanism; Package mechanism is to be located at finished product detection mechanism rear, and by positioner, packing track, glued membrane portion, hot sealing device, conveying device and furl dish institute and constituted, this positioner is to be located on packing track the place ahead.