CN209566083U

CN209566083U - A kind of spring leaf inserting and hold-down mechanism for the assembly of electronic product microswitch

Info

Publication number: CN209566083U
Application number: CN201920363217.7U
Authority: CN
Inventors: 宋志成
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-03-21
Filing date: 2019-03-21
Publication date: 2019-11-01
Anticipated expiration: 2029-03-21

Abstract

The utility model relates to a kind of spring leaf inserting for the assembly of electronic product microswitch and hold-down mechanism, including cartridge part and compressed part, cartridge part are located at spring leaf and directly shake the side of component, and compressed part is mounted on the top of product transfer assembly；Cartridge part includes inserting pedestal, the pushing material component for the raised dislocation of product to be jacked component, is used to that the product that product turns to be overturn component and is used to be pushed into product in product overturning component, dislocation jacking component is mounted on the lower part of inserting pedestal, the power unit of product overturning component is mounted on spring leaf and directly shakes the right side of component, and the steering unit of product overturning component is mounted on inserting pedestal top；L-type spring leaf is turned over by receptacle portion and is turn 90 degrees by the utility model, pass through compressed part being pressed to L-type spring leaf accurate stable in the bottom case of product transfer assembly again, to complete the inserting of spring leaf in microswitch and compress operation, the case where spring leaf places inclination is avoided the occurrence of, the assembling quality of microswitch is effectively improved.

Description

A kind of spring leaf inserting and hold-down mechanism for the assembly of electronic product microswitch

Technical field

The utility model relates to arrive electronic product mounting technology field, more particularly to one kind is opened for electronic product fine motion Close spring leaf inserting and the hold-down mechanism of assembly.

Background technique

At this stage, with the rapid development of society, electronics applications are very extensive, and most of electronic product is fitted with Microswitch, wherein microswitch mainly includes accessory bottom case, normally closed interlock, normally open contact, movable contact spring, L-type spring leaf, drag hook And operating knob；Existing workshop mainly will respectively be matched by product transfer assembly and multiple manipulators when assembling microswitch Part is assembled into microswitch according to the order of setting, wherein due to the bending part that has of L-type spring leaf, manipulator shakes from spring leaf After Moving plate output end grabs the L-type spring leaf of horizontality, need that spring leaf is first turned to 90 degree, then it is vertically placed in In the bottom case on product transfer assembly, since after spring leaf is turned to 90 degree by manipulator, spring leaf is in a vertical state, At this moment the main part of manipulator is perpendicular with gripping portions, causes the gripping portions of manipulator to be in spring leaf lower part, in turn Accurately spring leaf can not be placed into bottom case, so as to cause spring leaf slant setting in bottom case, and then after directly influencing Spring leaf is pressed on corresponding recesses position operation in bottom case by sequence, influences the assembling quality of microswitch, therefore, the prior art Existing defects need to improve.

Utility model content

The utility model provide it is a kind of for electronic product microswitch assembly spring leaf inserting and hold-down mechanism, solve The above problem.

To solve the above problems, the technical scheme that the utility model is provided is as follows:

A kind of spring leaf inserting and hold-down mechanism for the assembly of electronic product microswitch, including cartridge part and compression Portion, cartridge part are located at spring leaf and directly shake the side of component, and directly the shake head end of component of spring leaf is undertaken in spring leaf vibrating disc, insert Portion is located at the rear side of product transfer assembly, and the compressed part is mounted on the top of product transfer assembly and the position phase with cartridge part It is corresponding；The cartridge part includes inserting pedestal, the product for jacking component, being used to turn to product the raised dislocation of product Overturn component and for inserting the pushing material component in product push-in product overturning component and offering rectangular lead in the middle part of pedestal Hole, the fixing end of dislocation jacking component are mounted on the lower part of inserting pedestal, and the working end of dislocation jacking component is stretched out rectangular upward It through-hole and is undertaken in spring leaf and directly shakes the tail end of component, the power unit of product overturning component is mounted on spring leaf and directly shakes component Right side, the steering unit of product overturning component are mounted on inserting pedestal and connect with the working end frontside contacts of dislocation jacking component It connects, the fixing end of pushing material component is mounted on spring leaf and directly shakes in component and product overturning component between power unit, pushing material component Working end be fixedly connected with one end of pushing head, the other end of pushing head is towards front side and is located at the work of dislocation jacking component End rear side.

Preferably, the dislocation jacking component includes jacking pedestal, jacking lifting cylinder, jacks slide and jacking sliding block, The jacking pedestal is vertically arranged with jacking slide and respectively corresponds the lower part and top for being fixedly mounted on inserting pedestal, and jacking rises The fixing end of sending down abnormally ascending cylinder is mounted on the lower surface of jacking pedestal, jacks the lower end of the working end of lifting cylinder upward with jacking sliding block It is fixedly connected, the rear surface of the front surface and jacking slide that jack sliding block is slidably connected；The top of jacking sliding block, which offers, to be used for Spring leaf is accepted directly to shake the splicing through-hole of component output end product, and the shape size of splicing through-hole and product L-type spring leaf Match.

Preferably, the power unit of the product overturning component includes overturning pedestal, overturning vertical bar and push cylinder, overturning The lower end of vertical bar is fixed on inserting pedestal by overturning pedestal, and the top for overturning vertical bar is equipped with multiple positioning holes, push cylinder The opening member that is wholely set of fixing end be pivotally connected by the top of pin shaft and overturning vertical bar through positioning hole, the work of push cylinder Make end towards front side；The steering unit that product overturns component includes material frame, rotation material folding plate, rotation trunnion axis, swingle and company Bar expects that the lower end of frame is fixed on inserting pedestal, expects that the antetheca of the rear wall and jacking slide of frame is bolted to connection, expects frame Antetheca top set the bearing block there are two left-right situs, rotate the center axis connection of trunnion axis and two bearing blocks, revolve The lower end for turning material folding plate is located between two bearing blocks and is fixedly connected with the outer wall of rotation trunnion axis, rotates the top of material folding plate Equipped with the material folding through-hole with splicing through-hole sustained height, right end projecting shaft bearing part and one end of swingle of trunnion axis are rotated It is fixedly connected, the other end of swingle and one end of connecting rod are rotatablely connected, and the other end of connecting rod and the working end of push cylinder are welded Connect fixation.

Preferably, the inside of the rotation material folding plate is additionally provided at material folding lead to the hole site for installing anti-disengagement unit Accommodating cavity；The anti-disengagement unit includes electromagnet and ejection block, and the fixing end of the electromagnet is mounted on accommodating cavity Bottom, the working end of electromagnet are spirally connected with one end of ejection block upward, and the other end of ejection block stretches out accommodating cavity and gos deep into pressing from both sides In material through hole.

Preferably, the pushing material component includes pusher pedestal, pusher slider cylinder, pusher clamping plate and pushing sheet, pusher bottom Seat is mounted on inserting pedestal top, and the fixing end of pusher slider cylinder is mounted on pusher pedestal top, the work of pusher slider cylinder Make end and be fixedly connected towards front side with one end of pusher clamping plate, the other end of pusher clamping plate and the rear end of pushing sheet are clamped.

Preferably, the compressed part includes compressing pedestal, compressing lifting cylinder, compress lifter plate and binder head, compresses bottom The lower end of seat is mounted on product transfer assembly top, and the fixing end for compressing lifting cylinder, which is mounted on, compresses pedestal top, compresses and rises The working end of sending down abnormally ascending cylinder is fixedly connected with the top for compressing lifter plate downward, and the upper end of binder head by spring buffer part and compresses The lower part of lifter plate is fixedly connected.

Preferably, the spring buffer part includes upper limit plate, multiple telescopic rods and lower limiting board, the top of upper limit plate It is bolted to connection with the lower part for compressing lifter plate, the lower part of lower limiting board and the upper end of binder head are welded and fixed, multiple Telescopic rod it is rectangular arrangement and top and bottom be fixedly connected respectively with the top of the lower part of upper limit plate and lower limiting board, each The outside of telescopic rod is also set with compressed spring.

Beneficial effect compared with the existing technology is, using the above scheme, the utility model is defeated in the spring leaf component that directly shakes Product L-type spring leaf out is increased product L-type spring leaf by dislocation jacking component, and pushing material component is by product L-type spring leaf water Flat to be pushed into product overturning component, then product overturning component operation, which turns over product L-type spring leaf, turn 90 degrees, then passes through compression Portion is pressed to product L-type spring leaf accurate stable in the bottom case of product transfer assembly, to complete in microswitch The inserting and compression operation of spring leaf, effectively replace original machine tool to expect operation on hand, it is inclined to avoid the occurrence of the placement of L-type spring leaf Situation, the effective assembling quality for improving microswitch, has good market application value.

Detailed description of the invention

Illustrate embodiment or technical solution in the prior art in order to clearer, it below will be to embodiment or the prior art The required attached drawing used is briefly described in description, it is clear that, the accompanying drawings in the following description is only the one of utility model A little embodiments for those of ordinary skill in the art without creative efforts, can also be according to these Attached drawing obtains other attached drawings.

Fig. 1 is the overall structure diagram of the utility model；

Fig. 2 is that the dislocation of the utility model jacks component structure diagram；

Fig. 3 is that the product of the utility model overturns component structure diagram；

Fig. 4 is the pushing material component structural schematic diagram of the utility model；

Fig. 5 is the compressed part structural schematic diagram of the utility model；

Fig. 6 is the spring buffer part forward sight structural schematic diagram of the utility model；

Shown in the above legend: 1, spring leaf directly shake component 2, inserting pedestal 3, dislocation jacking component 31, jacking pedestal 32, lifting cylinder 33, jacking slide 34, jacking sliding block 35, splicing through-hole 4, product overturning component 41, overturning bottom are jacked Seat 42, overturning vertical bar 43, push cylinder 44, material frame 45, rotation material folding plate 46, rotation trunnion axis 47, swingle 48, Connecting rod 49, material folding through-hole 5, pushing material component 51, pusher pedestal 52, pusher slider cylinder 53, pusher clamping plate 54, pushing sheet 6, compressed part 61, compression pedestal 62, compression lifting cylinder 63, compression lifter plate 64, binder head 65, spring buffer part 651, upper limit plate 652, telescopic rod 653, lower limiting board 654, compressed spring 7, spring leaf vibrating disc.

Specific embodiment

For the ease of understanding the utility model, in the following with reference to the drawings and specific embodiments, the utility model is carried out more detailed Thin explanation.The preferred embodiment of the utility model is given in attached drawing.But the utility model can be with many different Form is realized, however it is not limited to this specification described embodiment.On the contrary, purpose of providing these embodiments is makes to this The understanding of the disclosure of utility model is more thorough and comprehensive.

It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to To another element or it may be simultaneously present centering elements.Term used in this specification " fixation ", " integrated molding ", For illustrative purposes only, the similar unit of structure is to identical label in the figure for "left", "right" and similar statement Mark.

Unless otherwise defined, technical and scientific term all used in this specification and the skill for belonging to the utility model The normally understood meaning of the technical staff in art field is identical.Art used in the description of the utility model in this specification Language, which is only for the purpose of describing specific embodiments, is not intended to limitation the utility model.

As shown in Figure 1, the overall structure of the utility model is as follows:

A kind of spring leaf inserting and hold-down mechanism for the assembly of electronic product microswitch, including cartridge part and compressed part 6, cartridge part is located at spring leaf and directly shakes the right side of component 1, and directly the shake head end of component 1 of spring leaf is undertaken in spring leaf vibrating disc 7, inserts Dress portion is located at the rear side of product transfer assembly, and the compressed part 6 is mounted on the top of product transfer assembly and the position with cartridge part It sets corresponding；The cartridge part includes inserting pedestal 2, for the raised dislocation of product to be jacked component 3, is used to turn to product Product overturning component 4 and for by product push-in product overturning component 4 in pushing material component 5, inserting pedestal 2 middle part open up There is square through hole, the fixing end of dislocation jacking component 3 is mounted on the lower part of inserting pedestal 2, the working end court of dislocation jacking component 3 It is upper stretch out square through hole and be undertaken in spring leaf directly shake the tail end of component 1, the power unit of product overturning component 4 is mounted on spring Piece directly shakes the right side of component 1, the steering unit of product overturning component 4 be mounted on inserting pedestal 2 and with dislocation jacking component 3 Working end frontside contacts connection, the fixing end of pushing material component 5 be mounted on spring leaf directly shake component 1 and product overturning component 4 in move Between power unit, the working end of pushing material component 5 is fixedly connected with one end of pushing head, and the other end of pushing head is towards front side and position On rear side of the working end of dislocation jacking component 3.

Preferably, as shown in Fig. 2, dislocation jacking component 3 includes jacking pedestal 31, jacking lifting cylinder 32, jacking Slide 33 and jacking sliding block 34, the jacking pedestal 31 and to jack slide 33 vertically arranged and respectively correspond and be fixedly mounted on inserting The fixing end of the lower part and top of pedestal 2, jacking lifting cylinder 32 is mounted on the lower surface of jacking pedestal 31, jacks lifting cylinder 32 working end is fixedly connected with the lower end of jacking sliding block 34 upward, jacks the front surface of sliding block 34 and the rear table of jacking slide 33 Face is slidably connected；The top of jacking sliding block 34 is offered directly to shake the splicing through-hole of 1 output end product of component for accepting spring leaf 35, and splicing through-hole 35 is matched with the shape size of product L-type spring leaf.

Further, 7 output products L-type spring leaf of spring leaf vibrating disc and by spring leaf directly shake component 1 shake forward it is defeated Out extremely in the splicing through-hole 35 on jacking 34 top of sliding block；Then jacking 32 task driven of lifting cylinder jacking sliding block 34 is along jacking Slide 33 moves upwards, and makes the product L-type spring leaf in splicing through-hole 35, rotates material folding through-hole 49 and pusher group in material folding plate 45 Pushing sheet 54 is in same level height in part 5.

Preferably, as shown in figure 3, the power unit of product overturning component 4 includes overturning pedestal 41, overturning vertical bar 42 With push cylinder 43, the lower end for overturning vertical bar 42 is fixed on inserting pedestal 2 by overturning pedestal 41, overturns the top of vertical bar 42 Equipped with multiple positioning holes, the opening member that the fixing end of push cylinder 43 is wholely set by the pin shaft through positioning hole and is overturn perpendicular The top of bar 42 is pivotally connected, and the working end of push cylinder 43 is towards front side；Product overturn component 4 steering unit include material frame 44, Material folding plate 45, rotation trunnion axis 46, swingle 47 and connecting rod 48 are rotated, the lower end of material frame 44 is fixed on inserting pedestal 2, expects frame 44 rear wall and the antetheca for jacking slide 33 are bolted to connection, what the antetheca top of material frame 44 was set there are two left-right situs Bearing block, rotates the center axis connection of trunnion axis 46 and two bearing blocks, and the lower end of rotation material folding plate 45 is located at two axis It holds between seat and is fixedly connected with the outer wall of rotation trunnion axis 46, the top of rotation material folding plate 45 is equipped with same with splicing through-hole 35 The right end projecting shaft bearing part of the material folding through-hole 49 of height, rotation trunnion axis 46 is fixedly connected with one end of swingle 47, is revolved The other end of bull stick 47 and one end of connecting rod 48 are rotatablely connected, and the working end welding of the other end and push cylinder 43 of connecting rod 48 is solid It is fixed.

Preferably, the inside of the rotation material folding plate 45 is additionally provided at 49 position of material folding through-hole for installing anticreep The accommodating cavity of unit；The anti-disengagement unit includes electromagnet and ejection block, and it is empty that the fixing end of the electromagnet is mounted on accommodating The bottom of chamber, the working end of electromagnet are spirally connected with one end of ejection block upward, and the other end stretching accommodating cavity of ejection block is simultaneously deep Enter material folding through-hole 49；Further, anti-disengagement unit is used to prevent product of the rotation material folding plate 45 in overturning in material folding through-hole 49 from flying Out, i.e., the product in jacking sliding block 34 is pushed into the material folding of rotation material folding plate 45 when the driving pushing sheet 54 of pusher slider cylinder 52 In through-hole 49, its internal push rod of work of electromagnet in anti-disengagement unit stretches out driving ejection block and moves upwards, and utilizes ejection block top Tight product L-type spring leaf, then 43 task driven connecting rod 48 of push cylinder drives forward swingle 47, rotation trunnion axis 46 in turn After being rotated by 90 ° with rotation material folding plate 45, anti-disengagement unit can prevent product to be detached from material folding through-hole 49, at this moment rotate at material folding plate 45 In horizontality.

Preferably, as shown in figure 4, the pushing material component 5 includes pusher pedestal 51, pusher slider cylinder 52, pusher clamping plate 53 and pushing sheet 54, pusher pedestal 51 is mounted on inserting 2 top of pedestal, and the fixing end of pusher slider cylinder 52 is mounted on pusher bottom 51 tops of seat, the working end of pusher slider cylinder 52 are fixedly connected towards front side with one end of pusher clamping plate 53, pusher clamping plate 53 The other end and pushing sheet 54 rear end be clamped.

Preferably, as shown in figure 5, the compressed part 6 includes compressing pedestal 61, compressing lifting cylinder 62, compress lifter plate 63 and binder head 64, the lower end for compressing pedestal 61 is mounted on product transfer assembly top, compresses the fixing end peace of lifting cylinder 62 Mounted in 61 top of pedestal is compressed, the working end for compressing lifting cylinder 62 is fixedly connected with the top for compressing lifter plate 63 downward, is pressed The upper end of material head 64 is fixedly connected by spring buffer part 65 with the lower part for compressing lifter plate 63；Further, when rotation material folding plate 45 is when in a horizontal state, and product L-type spring leaf is on product transfer assembly above bottom case, then compresses 62 work of lifting cylinder Make driving and compresses the drive decline of binder head 64 of lifter plate 63, when binder head 64 comes into contact with product in rotation material folding plate 45, Its inside push rod retraction of task drives ejection block to retract accommodating cavity to electromagnet again, then utilizes binder head 64 by material folding through-hole On product indentation product transfer assembly in 49 in bottom case, to complete the inserting of L-type spring leaf and compress operation.

Preferably, as shown in fig. 6, spring buffer part is for preventing compressed part by product L-type spring leaf compressive strain；The bullet Spring bolster 65 includes upper limit plate 651, multiple telescopic rods 652 and lower limiting board 653, the top of upper limit plate 651 and compression The lower part of lifter plate 63 is bolted to connection, and the lower part of lower limiting board 653 and the upper end of binder head 64 are welded and fixed, multiple Telescopic rod 652 it is rectangular arrangement and top of the top and bottom respectively with the lower part of upper limit plate 651 and lower limiting board 653 fix Connection, the outside of each telescopic rod 652 is also set with compressed spring 654.

Working principle:

Accessory bottom case is sent to the lower part of compressed part by product transfer assembly, and then spring leaf vibrating disc exports L-type spring Piece by spring leaf directly shake component export to jacking sliding block top splicing through-hole in, then jack lifting cylinder task driven top Sliding block is risen to move upwards along jacking slide, make product L-type spring leaf in splicing through-hole, in rotation material folding plate material folding through-hole and Pushing sheet is in same level height in pushing material component；Then pusher slider cylinder task driven pusher clamping plate drive pushing sheet to L-type spring leaf in splicing through-hole is pushed forward into the electromagnetism in rotation material folding plate in material folding through-hole, in anti-disengagement unit by preceding movement Its internal push rod of Tie Tong electricity stretches out driving ejection block and moves upwards, and holds out against product L-type spring leaf using ejection block, then pushes gas After cylinder working drive link drives forward swingle, rotation trunnion axis and rotation material folding plate to be rotated by 90 ° in turn, anti-disengagement unit can It prevents product to be detached from material folding through-hole, at this moment rotates material folding plate and be in horizontality, product L-type spring leaf is in product transfer assembly Above upper bottom case, then compresses lifting cylinder task driven and compress lifter plate drive binder head decline, when binder head starts to contact Into rotation material folding plate when product, electromagnet powers off its internal push rod retraction and ejection block is driven to retract accommodating cavity, at this moment rotates Product in material folding plate loses the extruding force of anti-disengagement unit, then using binder head by the product in material folding through-hole quickly and accurately It is pressed on product transfer assembly in bottom case, to complete the inserting of L-type spring leaf and compress operation.

It should be noted that above-mentioned each technical characteristic continues to be combined with each other, the various embodiments not being enumerated above are formed, It is accordingly to be regarded as the range of the utility model specification record；Also, it for those of ordinary skills, can be according to above stating It is bright to be improved or converted, and all these modifications and variations all should belong to the protection model of the appended claims for the utility model It encloses.

Claims

1. a kind of spring leaf inserting and hold-down mechanism for the assembly of electronic product microswitch, including cartridge part and compressed part, Cartridge part is located at spring leaf and directly shakes the side of component, and directly the shake head end of component of spring leaf is undertaken in spring leaf vibrating disc, cartridge part Positioned at the rear side of product transfer assembly, it is characterised in that: the compressed part be mounted on the top of product transfer assembly and with inserting The position in portion is corresponding；The cartridge part includes inserting pedestal, for the raised dislocation of product to be jacked component, is used for product The product of steering overturns component and for inserting the pushing material component in product push-in product overturning component and opening up in the middle part of pedestal There is square through hole, the fixing end of dislocation jacking component is mounted on the lower part of inserting pedestal, and the working end of dislocation jacking component is upward It stretches out square through hole and is undertaken in spring leaf and directly shake the tail end of component, it is straight that the power unit of product overturning component is mounted on spring leaf The right side of vibration component, before the steering unit of product overturning component is mounted on inserting pedestal and jacks the working end of component with dislocation Side contacts connection, the fixing end of pushing material component are mounted on spring leaf and directly shake in component and product overturning component between power unit, The working end of pushing material component is fixedly connected with one end of pushing head, and the other end of pushing head towards front side and is located at dislocation jacking group On rear side of the working end of part.

2. a kind of spring leaf inserting and hold-down mechanism for the assembly of electronic product microswitch described according to claim 1, It is characterized by: the dislocation jacking component includes jacking pedestal, jacking lifting cylinder, jacks slide and jacking sliding block, it is described Jacking pedestal is vertically arranged with jacking slide and respectively corresponds the lower part and top for being fixedly mounted on inserting pedestal, jacks lifting air The fixing end of cylinder is mounted on the lower surface of jacking pedestal, jacks lower end of the working end of lifting cylinder upward with jacking sliding block and fixes The rear surface of connection, the front surface and jacking slide that jack sliding block is slidably connected；The top of jacking sliding block is offered for accepting Spring leaf directly shakes the splicing through-hole of component output end product, and splicing through-hole is matched with the shape size of product L-type spring leaf.

3. a kind of spring leaf inserting and hold-down mechanism for the assembly of electronic product microswitch according to claim 2, It is characterized by: the power unit of the product overturning component includes overturning pedestal, overturning vertical bar and push cylinder, vertical bar is overturn Lower end be fixed on inserting pedestal by overturning pedestal, the top for overturning vertical bar is equipped with multiple positioning holes, and push cylinder consolidates The opening member that fixed end is wholely set is pivotally connected by the top of pin shaft and overturning vertical bar through positioning hole, the working end of push cylinder Towards front side；The steering unit that product overturns component includes material frame, rotation material folding plate, rotation trunnion axis, swingle and connecting rod, material The lower end of frame is fixed on inserting pedestal, expects that the antetheca of the rear wall and jacking slide of frame is bolted to connection, before expecting frame Wall top sets the bearing block there are two left-right situs, rotates the center axis connection of trunnion axis and two bearing blocks, rotating clamp The lower end of flitch is located between two bearing blocks and is fixedly connected with the outer wall of rotation trunnion axis, and the top for rotating material folding plate is equipped with It is fixed with one end of the material folding through-hole of splicing through-hole sustained height, the right end projecting shaft bearing part and swingle that rotate trunnion axis Connection, the other end of swingle and one end of connecting rod are rotatablely connected, and the working end welding of the other end and push cylinder of connecting rod is solid It is fixed.

4. a kind of spring leaf inserting and hold-down mechanism for the assembly of electronic product microswitch according to claim 3, It is characterized by: the inside of the rotation material folding plate is additionally provided with the appearance for installing anti-disengagement unit at material folding lead to the hole site Empty chamber；The anti-disengagement unit includes electromagnet and ejection block, and the fixing end of the electromagnet is mounted on the bottom of accommodating cavity, The working end of electromagnet is spirally connected with one end of ejection block upward, and the other end of ejection block stretches out accommodating cavity and gos deep into material folding through-hole It is interior.

5. a kind of spring leaf inserting and hold-down mechanism for the assembly of electronic product microswitch described according to claim 1, It is characterized by: the pushing material component includes pusher pedestal, pusher slider cylinder, pusher clamping plate and pushing sheet, pusher pedestal peace Mounted in inserting pedestal top, the fixing end of pusher slider cylinder is mounted on pusher pedestal top, the working end of pusher slider cylinder It is fixedly connected towards front side with one end of pusher clamping plate, the other end of pusher clamping plate and the rear end of pushing sheet are clamped.

6. a kind of spring leaf inserting and hold-down mechanism for the assembly of electronic product microswitch described according to claim 1, It is characterized by: the compressed part includes compressing pedestal, compressing lifting cylinder, compress lifter plate and binder head, pedestal is compressed Lower end is mounted on product transfer assembly top, and the fixing end for compressing lifting cylinder, which is mounted on, compresses pedestal top, compresses lifting air The working end of cylinder is fixedly connected with the top for compressing lifter plate downward, and the upper end of binder head by spring buffer part and compresses lifting The lower part of plate is fixedly connected.

7. a kind of spring leaf inserting and hold-down mechanism for the assembly of electronic product microswitch according to claim 6, It is characterized by: the spring buffer part includes upper limit plate, multiple telescopic rods and lower limiting board, the top of upper limit plate and pressure The lower part of tight lifter plate is bolted to connection, and the lower part of lower limiting board and the upper end of binder head are welded and fixed, multiple flexible The rectangular arrangement of bar and top and bottom are fixedly connected with the top of the lower part of upper limit plate and lower limiting board respectively, it is each flexible The outside of bar is also set with compressed spring.