CN206185431U

CN206185431U - A equipment for LED cartridge

Info

Publication number: CN206185431U
Application number: CN201621232096.5U
Authority: CN
Inventors: 胡运俊
Original assignee: 东莞市鼎力自动化科技有限公司
Priority date: 2016-11-17
Filing date: 2016-11-17
Publication date: 2017-05-24

Abstract

The utility model discloses an equipment for LED cartridge, which comprises a worktable, LED lamp bank preface mechanism, assembly material collator constructs, the supplied materials guide rail, main pay -off guide rail, a feeding mechanism, LED pay -off guide rail, LED reversing mechanism, LED feed mechanism, card material positioning mechanism, LED insertion device, a detection mechanism, the pin mechanism of bending, equipment mechanism, the mechanism is sheared to the pin, positive mechanism is led to the pin, the 2nd detection mechanism, ejection of compact guide rail, the supplied materials guide rail install on the board and with install the main pay -off guide rail dislocation cooperation on the board. The utility model relates to a rationally, overall structure is compact, at the during operation, and full process automation, and fashionable the inserting in advance earlier of LED lamp bracket sticis again, pin structure integrality when can fine assurance inserting, it is efficient.

Description

A kind of equipment for LED insertings

Technical field

The utility model is related to a kind of assembling equipment, specifically a kind of equipment for LED insertings.

Background technology

LED is used as a kind of light-emitting component, and application surface is extremely wide, particularly because the spy of its durability, response and reliability Point, is widely used in network communication apparatus and is used as state instruction.Such as RJ45 network interfaces will be equipped with a LED and indicate Lamp.

In the production process of such apparatus assembly with LED light, LED needs to be inserted into the certain bits of housing Assembled in putting, follow-up to facilitate, because the inserting of existing LED is all to rely on to be accomplished manually, processing efficiency is relatively low, And because artificial operation has certain uncertainty and unstability, so the uniformity of inserting product out is poor, together When inserting LED complete follow-up assembling in, shifted by being likely to result in the deformation of LED pins, this be all Traditional Man insert What dress cannot find, in sum, existing artificial LED insertings mode, it is impossible to the need for meeting industrial mass production.

Utility model content

The purpose of this utility model is to overcome the shortcomings of existing for prior art, there is provided a kind of process and detection are full-automatic Change LED inserting equipment.

To achieve the above object, the technical scheme that the utility model is used is：

A kind of equipment for LED insertings, including board, LED sorting mechanism, assembly material sorting mechanism, supplied materials are led Rail, main feeding guide, the first feed mechanism, LED feeding guides, LED changements, LED feeding distribution mechanisms, the detent mechanism that gets stuck, LED interposers, the first testing agency, pin bending mechanism, assembling mechanism, pin shearing mechanism, pin guiding mechanism, second Testing agency, discharge guide, supplied materials guide rails assembling coordinate on board and with the main feeding guide dislocation on board；It is main Tooth form pusher is installed in feeding guide；First feed mechanism is arranged between supplied materials guide rail and main feeding guide, for inciting somebody to action Material is sent into main feeding guide from supplied materials guide rail；LED sorting mechanism is arranged on board side, its discharging opening and LED feedings One end of guide rail is connected；LED changements are arranged on board, and its charging aperture is connected with the other end of LED feeding guides；LED Feeding distribution mechanism is arranged on to be aligned with LED changements on board and coordinates, and is used to multiple LED equidistant separations；Get stuck localization machine Structure is arranged on main feeding guide both sides with the contraposition of LED interposers, and aligns cooperation with LED changements；First testing agency, Pin bending mechanism, assembling mechanism, pin shearing mechanism, pin guiding mechanism and the second testing agency are sequentially arranged at board Align above and with main feeding guide and coordinate；Discharge guide is arranged on board and matches somebody with somebody with the discharging opening contraposition of main feeding guide Close；Assembling mechanism is connected cooperation by guide rail with assembly material sorting mechanism.

LED changements include rotating jig, the gear on rotating jig, the push rod being packed on board and On push rod and with the intermeshing tooth bar of gear, push rod band moving gear rotates, and then realizes jig rotation；

LED feeding distribution mechanisms include installing plate, the distribution block of some vertical piles by guide rails assembling on a mounting board and The stepped pushing block that one push rod is connected and coordinated with distribution block contraposition, stretches out a material distributing rod in each distribution block；

The detent mechanism that gets stuck includes clamp and the motor being connected with clamp；

LED interposers include installing support frame on board, on support frame and can do reciprocating linear motion Slide plate, slide plate is connected with the master cylinder on the support frame, be provided with sliding block pre- air cylinder and with precompressed cylinders Some inserted links；

First testing agency include motor and motor detection plate even, some detection probes in detection plate with And the detection circuit being connected with detection probe；

Bending pushing block and one of the pin bending mechanism including cylinder and cylinders are arranged on main feeding guide side The upper skewback for being used to realize the pre- deviation of LED pins, bending pushing block front end offers the pin locating slot of some bendings；

Assembling mechanism includes reciprocally inserting the pusher cylinder that the expeller in main feeding guide is connected with expeller；

Pin shearing mechanism includes cutting knife and the blank cylinder being connected with cutting knife；

Pin guiding mechanism includes motor and the correcting plate being connected with motor, and several correctings are offered on correcting plate Hole.

When the utility model is implemented, housing supplied materials is carried out via supplied materials guide rail, LED sorting mechanism carries out LED sequence And LED feeding guides are sent into, rotated after carrying out equidistant sub-material via feeding distribution mechanism in rotating jig, then it is fixed via getting stuck Position mechanism coordinates in LED insertion housing with LED interposers, after detection, carries out pin bending and cutting, completes above-mentioned step After rapid, assembled with other materials and coordinated, then through pin correcting, detect last discharging again.

The utility model is reasonable in design, compact overall structure, operationally, full process automatization, and elder generation during LED insertion Carry out it is pre-inserted pressed again, can ensure well insertion when pin configuration integrality, efficiency high.

Brief description of the drawings

Fig. 1 is structural representation of the present utility model.

Fig. 2 is the structural representation of LED feeding distribution mechanisms of the present utility model.

Fig. 3 is that the utility model gets stuck detent mechanism, LED interposers, the combining structure schematic diagram of LED changements.

Fig. 4 is the structural representation of the utility model LED changements.

Fig. 5 is the structural representation of the utility model LED interposers.

Fig. 6 is the structural representation of the utility model pin bending mechanism.

Fig. 7 is the combining structure schematic diagram after the utility model removes part body.

Fig. 8 is the combining structure schematic diagram after the utility model removes part body.

Specific embodiment

For convenience of being further understood to the utility model, embodiment is enumerated in conjunction with accompanying drawing, the utility model is made Further instruction.

Embodiment：

As shown in figures 1-8, the utility model includes board 1, LED sorting mechanism 2, assembly material sorting mechanism 3, supplied materials Guide rail 4, main feeding guide 5, the first feed mechanism 6, LED feeding guides 8, LED changements 9, LED feeding distribution mechanisms 10, get stuck Detent mechanism 11, LED interposers 12, the first testing agency 14, pin bending mechanism 15, assembling mechanism 16, pin shearing machine Structure 17, pin guiding mechanism 18, the second testing agency 19, discharge guide 20, supplied materials guide rail 4 be arranged on board 1 on and with installation The dislocation of main feeding guide 5 on board 1 coordinates；Tooth form pusher is installed in main feeding guide 5；First feed mechanism 6 Installed between supplied materials guide rail 4 and main feeding guide 5, for material to be sent into main feeding guide 5 from supplied materials guide rail 4；LED is arranged Order mechanism 2 is arranged on the side of board 1, and its discharging opening is connected with one end of LED feeding guides 8；LED changements 9 are arranged on machine On platform 1, its charging aperture is connected with the other end of LED feeding guides 8；LED feeding distribution mechanisms 10 are arranged on board 1 and are commutated with LED The contraposition of mechanism 9 coordinates, and is used to multiple LED equidistant separations；The detent mechanism 11 that gets stuck is arranged on the contraposition of LED interposers 12 The both sides of main feeding guide 5, and align cooperation with LED changements 9；First testing agency 14, pin bending mechanism 15, kludge Structure 16, pin shearing mechanism 17, the testing agency 19 of pin guiding mechanism 18 and second be sequentially arranged on board 1 and with master The contraposition of feeding guide 5 coordinates；Discharge guide 20 is arranged on board 1 and is aligned with the discharging opening of main feeding guide 5 and coordinates；Assembling Mechanism 14 is connected cooperation by guide rail with assembly material sorting mechanism 2.

LED changements 9 include rotating jig, the gear on rotating jig, the push rod that is packed on board with And on push rod and with the intermeshing tooth bar of gear, push rod band moving gear rotates, and then realizes jig rotation；

The distribution block of some vertical piles of the LED feeding distribution mechanisms 10 including installing plate, by guide rails assembling on a mounting board, The stepped pushing block for being connected with a push rod and being coordinated with distribution block contraposition, stretches out a material distributing rod in each distribution block；

The detent mechanism 11 that gets stuck includes clamp and the motor being connected with clamp；

LED interposers 12 are including installing the support frame on board 1, on support frame and can do reciprocating linear motion Slide plate, slide plate is connected with the master cylinder on the support frame, be provided with sliding block pre- air cylinder and with pre- air cylinder phase Some inserted links even；

First testing agency 14 includes motor and motor detection plate, some detection probes in detection plate even And the detection circuit being connected with detection probe；

Bending pushing block and one of the pin bending mechanism 15 including cylinder and cylinders are arranged on main feeding guide 5 It is used to realize the skewback of the pre- deviation of LED pins on side, bending pushing block front end offers the pin locating slot of some bendings；

Assembling mechanism 16 includes reciprocally inserting the pusher cylinder that the expeller in main feeding guide 8 is connected with expeller；

Pin shearing mechanism 17 includes cutting knife and the blank cylinder being connected with cutting knife；

Pin guiding mechanism 18 includes motor and the correcting plate being connected with motor, and several correctings are offered on correcting plate Hole.

The above, is only preferred embodiment of the present utility model, not makees any formal to the utility model Limitation, any those skilled in the art are changed possibly also with the technology contents of the disclosure above or are modified to equivalent The Equivalent embodiments of change, but it is all without departing from technical solutions of the utility model content, according to technical spirit of the present utility model Any simple modification, equivalent variations and the modification made to above example, still fall within the model of technical solutions of the utility model In enclosing.

Claims

1. it is a kind of for LED inserting equipment, it is characterised in that：Including board, LED sorting mechanism, assembly material collator Structure, supplied materials guide rail, main feeding guide, the first feed mechanism, LED feeding guides, LED changements, LED feeding distribution mechanisms, get stuck Detent mechanism, LED interposers, the first testing agency, pin bending mechanism, assembling mechanism, pin shearing mechanism, pin correcting Mechanism, the second testing agency, discharge guide, supplied materials guide rails assembling are on board and wrong with main feeding guide on board Position coordinates；Tooth form pusher is installed in main feeding guide；First feed mechanism is arranged on supplied materials guide rail and main feeding guide Between, for material to be sent into main feeding guide from supplied materials guide rail；LED sorting mechanism is arranged on board side, its discharging opening One end with LED feeding guides is connected；LED changements are arranged on board, the other end of its charging aperture and LED feeding guides It is connected；LED feeding distribution mechanisms are arranged on to be aligned with LED changements on board and coordinate, and are used to multiple LED equidistant separations；Card Material detent mechanism is arranged on main feeding guide both sides with the contraposition of LED interposers, and coordinates with the contraposition of LED changements；First Testing agency, pin bending mechanism, assembling mechanism, pin shearing mechanism, pin guiding mechanism and the second testing agency are successively Align on board and with main feeding guide and coordinate；Discharge guide be arranged on board on and with the discharging of main feeding guide Mouth contraposition coordinates；Assembling mechanism is connected cooperation by guide rail with assembly material sorting mechanism.

2. as described in claim 1 it is a kind of for LED inserting equipment, it is characterised in that：LED changements include rotation Tool, the gear on rotating jig, the push rod being packed on board and mutually nibbled on push rod and with gear The tooth bar of conjunction, push rod band moving gear rotates, and then realizes jig rotation.

3. as described in claim 1 it is a kind of for LED inserting equipment, it is characterised in that：LED feeding distribution mechanisms include installing Plate, the distribution block of some vertical piles by guide rails assembling on a mounting board and push rod connection are simultaneously matched somebody with somebody with distribution block contraposition The stepped pushing block for closing, stretches out a material distributing rod in each distribution block.

4. as described in claim 1 it is a kind of for LED inserting equipment, it is characterised in that：The detent mechanism that gets stuck includes card Plate and the motor being connected with clamp.

5. as described in claim 1 it is a kind of for LED inserting equipment, it is characterised in that：LED interposers include installing Support frame on board, on support frame and the slide plate that can do reciprocating linear motion, slide plate be arranged on support frame Master cylinder is connected, and pre- air cylinder and some inserted links with precompressed cylinders are provided with sliding block.

6. as described in claim 1 it is a kind of for LED inserting equipment, it is characterised in that：First testing agency includes electricity Machine and motor detection plate even, some detection probes in detection plate and the detection circuit being connected with detection probe.

7. as described in claim 1 it is a kind of for LED inserting equipment, it is characterised in that：Pin bending mechanism includes gas The bending pushing block of cylinder and cylinders and one are arranged on main feeding guide side for realizing the pre- deviation of LED pins Skewback, bending pushing block front end offers the pin locating slot of some bendings.

8. as described in claim 1 it is a kind of for LED inserting equipment, it is characterised in that：Assembling mechanism is included reciprocally Insert the pusher cylinder that the expeller in main feeding guide is connected with expeller.

9. as described in claim 1 it is a kind of for LED inserting equipment, it is characterised in that：Pin shearing mechanism includes cutting Knife and the blank cylinder being connected with cutting knife.

10. as described in claim 1 it is a kind of for LED inserting equipment, it is characterised in that：Pin guiding mechanism includes electricity Machine and the correcting plate being connected with motor, offer several correcting holes on correcting plate.