CN208225756U - A kind of static contact elastic slice automatic charging device - Google Patents

Abstract

The utility model discloses a kind of static contact elastic slice automatic charging devices, including pedestal, vibrating disk, feeding track, straight vibration device, bracket, first regulating mechanism, hanging plate, it is sent into cylinder, sliding block, guide rail, slider cylinder, draw frame machine, vertical plate, second regulating mechanism, third regulating mechanism, feeding mechanism, elastic slice is continuously sent into feeding mechanism through feeding track by vibrating disk, feeding mechanism accurately send elastic slice to setting position, slider cylinder drives draw frame machine to move down so that draw frame machine sucks elastic slice, then, being sent into cylinder pushes the guide rail being connected with slider cylinder to move along sliding block, to drive draw frame machine mobile, when triggering block is triggered close to when switching, cylinder is sent into stop working, to accurately send elastic slice to setting position.The apparatus structure is simple, can convey elastic slice automatically and accurately send elastic slice to setting position, not only high degree of automation is easily installed debugging moreover, elastic slice feeding position is accurately adjustable.

Description

A kind of static contact elastic slice automatic charging device

Technical field

The utility model relates to a kind of mechanical device more particularly to a kind of static contact elastic slice automatic charging devices.

Background technique

Static contact is one of switching device key components, mainly includes skeleton 100 and elastic slice 200 (such as 1 institute of attached drawing Show), when assembly, needs to pass through elastic slice 200 into the bayonet 300 being arranged on skeleton 100, and bayonet 300 is placed in and is arranged in elastic slice In notch 400 on 200, since the width of elastic slice 200 is greater than 300 inner width of bayonet, need uniformly firmly to make in assembly The deformation of bayonet 300 is obtained to open, since the assembling of current static contact still uses traditional hand assembled, not only production efficiency is low, And manpower often occurs firmly uneven when operating, and deforms big problem so as to cause bayonet 300 and happens occasionally.In view of above Defect, it is really necessary to design a kind of static contact elastic slice automatic charging device.

Utility model content

The purpose of this utility model is to provide a kind of static contact elastic slice automatic charging device, on the static contact elastic slice is automatic Material device can convey elastic slice automatically and accurately send elastic slice to setting position, not only high degree of automation, moreover, elastic slice feeding position It sets accurate adjustable, is easily installed debugging.

In order to solve the above technical problems, the technical solution of the utility model is: a kind of static contact elastic slice automatic charging device, Including pedestal, vibrating disk, feeding track, directly shake device, bracket, the first regulating mechanism, hanging plate, feeding cylinder, sliding block, guide rail, cunning Platform cylinder, draw frame machine, vertical plate, the second regulating mechanism, third regulating mechanism, feeding mechanism, the vibrating disk and pedestal are logical It crosses bolt to be connected, the feeding track is located at vibrating disk upper end, and the feeding track is connected with vibrating disk by bolt, institute The straight vibration device stated is located at feeding track lower end and is located at pedestal upper end, and the straight vibration device passes through with feeding track and pedestal respectively Bolt be connected, the bracket is located at pedestal upper end, bracket be connected with pedestal by bolt, first regulating mechanism Positioned at pedestal upper end and it is located at pedestal lower end, first regulating mechanism is connected with pedestal and bracket by bolt respectively, institute The hanging plate stated is located at pedestal upper end, and the hanging plate is connected with bracket by bolt, and the feeding cylinder is located on the right side of hanging plate, The feeding cylinder is connected with hanging plate by bolt, and the sliding block is located on the left of hanging plate, and the sliding block passes through with hanging plate Bolt is connected, and the guide rail runs through sliding block, and the guide rail can horizontally slip along sliding block, and the slider cylinder, which is located at, to be led On the outside of rail and it is located on the left of feeding cylinder, the slider cylinder is connected with guide rail and feeding cylinder by bolt respectively, described Draw frame machine be located on the outside of slider cylinder, the draw frame machine is connected with slider cylinder by bolt, and the vertical plate is located at Pedestal upper end, the vertical plate are connected with pedestal by bolt, and second regulating mechanism is located on the outside of vertical plate and is located at bottom Seat upper end, second regulating mechanism are connected with vertical plate and pedestal by bolt respectively, and the third regulating mechanism is located at Vertical plate upper end, the third regulating mechanism are connected with vertical plate by bolt, and the feeding mechanism is located at vertical plate upper end and position In third regulating mechanism upper end, the feeding mechanism is connected with vertical plate and third regulating mechanism by bolt respectively.

The utility model further improves as follows:

Further, first regulating mechanism is identical as the structure of the second regulating mechanism and third regulating mechanism, size It is identical.

Further, first regulating mechanism further includes adjusting block, limited block, adjusts bolt, the adjusting block position In pedestal upper end, the adjusting block is connected with pedestal by bolt, and the limited block is located at chassis outer side, the limit Block is connected with pedestal by bolt, and the adjusting bolt extends through adjusting block and limited block, the adjusting bolt and tune Locking nub screw thread is connected, and the limited block is additionally provided with spacing head, and the adjusting bolt is additionally provided with card slot, and the card slot does not pass through Adjusting bolt is worn, the spacing head protrudes into card slot, and spacing head protrudes into card slot, so that adjusting bolt can not translate, it can only Rotation, therefore, the position adjusted between bolt and limited block remain stationary, and when adjusting block is fixed, turn adjusting bolt manually, It stretches out or withdraws along adjusting block so that adjusting bolt, i.e., the position of adjustable limited block, i.e., the adjustable portion being connected with limited block Part position, i.e., the position of adjustable draw frame machine.

Further, the hanging plate is additionally provided with close to switch, described to be connected close to switch with hanging plate by bolt.

Further, the guide rail is additionally provided with triggering block, and the triggering block is located on the outside of guide rail, the triggering block It is connected with guide rail by bolt.

Further, the draw frame machine further includes sliding rail, connecting plate, vacuum cups, fixed block, L-type limit plate, leads Bar, the first spring, the sliding rail are located on the outside of slider cylinder, and the sliding rail is connected with slider cylinder by bolt, described Connecting plate run through by sliding rail, the connecting plate can be slided up and down along sliding block, and the vacuum cups is located at connecting plate lower end, The vacuum cups is connected with connecting plate by bolt, and the fixed block is located at sliding rail upper end, the fixed block and cunning Rail is connected by bolt, and the L-type limit plate is located on the outside of fixed block and is located on the outside of connecting plate, the L-type limit plate It is connected with connecting plate by bolt, the guide rod is located at connecting plate upper end and through fixed block, the guide rod and connecting plate Screw thread is connected, and first spring runs through between fixed block and connecting plate and by guide rod, and slider cylinder drives suction machine Structure moves down so that vacuum cups is contacted with elastic slice, continues to move down with slider cylinder, the first spring-compressed reaction and vacuum Suction nozzle, so that vacuum cups and elastic slice compress, then, elastic slice is drawn in vacuum cups work.

Further, the feeding mechanism further includes T-type bracket, pusher cylinder, anti-shape seat, push top, transition block, backgauge Mechanism, the T-type bracket be located at vertical plate upper end and be located at third regulating mechanism upper end, the T-type bracket respectively with vertical plate It is connected with third regulating mechanism by bolt, the pusher cylinder is located at T-type bracket upper end, the pusher cylinder and T-type Bracket by bolt be connected, the anti-shape seat be located at T-type bracket upper end and be located at pusher cylinder on the outside of, the anti-shape seat and Pusher cylinder screw thread be connected, the anti-shape seat can be slided along T-type bracket, the transition block be located at T-type bracket upper end and On the outside of feeding track, the transition block is connected with T-type bracket and feeding track by bolt respectively, the backgauge machine Structure is located at T-type bracket upper end, and the stock stop is connected with T-type bracket by bolt.

Further, the stock stop further includes supporting plate, clamping block, second spring, sliding shoe, L-type plate, backgauge Block, the supporting plate are located at T-type bracket upper end, and the supporting plate is connected with T-type bracket by bolt, and the clamping block is located at Supporting plate upper end, the clamping block are connected with supporting plate by bolt, and the second spring is located on the outside of fixed block, and described the Two springs are weldingly connected with fixed block, and the sliding shoe is located at supporting plate upper end and is located on the outside of second spring, the sliding Block is weldingly connected with second spring, and the sliding shoe can be slided along supporting plate, and the L-type plate is located on the outside of clamping block and position On the outside of sliding shoe, the L-type plate is connected with sliding shoe by bolt, and the material blocking block is located at the outer lateral incision of L-type plate and is located at On the outside of sliding shoe, the material blocking block is connected with L-type plate and sliding shoe by bolt respectively.

Further, the material blocking block is additionally provided with backgauge portion, and the backgauge portion is located at material blocking block lower end.

Further, the anti-shape seat is additionally provided with anti-shape slot, and for the anti-shape slot position at the top of anti-shape seat, described is anti- Elastic slice is continuously sent into the anti-shape slot being arranged on anti-shape seat through feeding track and transition block not through anti-shape seat, vibrating disk by shape slot Interior, at this point, elastic slice is placed exactly in the backgauge portion lower end being arranged on material blocking block, backgauge portion effectively limits the position of elastic slice, prevents It is tilted, and then, pusher cylinder pushes anti-shape seat mobile, so that the push top being connected with anti-shape seat is driven to move forward, push top and backgauge Block interaction, so that second spring is compressed, so that backgauge portion is driven to move back, after triggering block triggers close switch, pusher Cylinder stopping movement, to sending elastic slice to setting position.

Compared with prior art, the static contact elastic slice automatic charging device, when work, vibrating disk is by elastic slice continuously through feeding Track is sent into feeding mechanism, and feeding mechanism accurately send elastic slice to setting position, and slider cylinder drives draw frame machine to move down So that draw frame machine sucks elastic slice, then, it is sent into cylinder and the guide rail being connected with slider cylinder is pushed to move along sliding block, thus band Dynamic draw frame machine is mobile, when triggering block triggers close switch, is sent into cylinder and stops working, to accurately sending elastic slice to setting Position.When installation, by adjusting the lengthwise position of the adjustable bracket of the first regulating mechanism, i.e., adjustable draw frame machine longitudinal direction position It sets, so that the elastic slice face of vacuum cups and feeding mechanism conveying, consequently facilitating accurately drawing elastic slice；By adjusting second The adjustable vertical plate lengthwise position of regulating mechanism, namely adjust the lengthwise position of feeding mechanism；By adjusting third regulating mechanism Position on position in adjustable T-type bracket short transverse, namely the short transverse of adjusting feeding mechanism, to adjust final bullet The feeding position of piece, so that elastic slice registration, is convenient for automated production.The apparatus structure is simple, can convey automatically elastic slice simultaneously Elastic slice is accurately sent to setting position, not only high degree of automation is easily installed tune moreover, elastic slice feeding position is accurately adjustable Examination.

Detailed description of the invention

Fig. 1 shows the static contact explosive view of all assemblings of the utility model

Fig. 2 shows the utility model three-dimensional figure

Fig. 3 shows the utility model the first regulating mechanism three-dimensional figure

Fig. 4 shows the utility model draw frame machine three-dimensional figure

Fig. 5 shows the utility model feeding mechanism three-dimensional figure

Fig. 6 shows the utility model stock stop three-dimensional figure

Fig. 7 shows the anti-shape seat three-dimensional figure of the utility model

In figure: pedestal 1, feeding track 3, straight vibration device 4, bracket 5, the first regulating mechanism 6, hanging plate 7, is sent into gas at vibrating disk 2 Cylinder 8, sliding block 9, guide rail 10, slider cylinder 11, draw frame machine 12, vertical plate 13, the second regulating mechanism 14, third regulating mechanism 15, Feeding mechanism 16, limited block 602, adjusts bolt 603, spacing head 604, card slot 605, close switch 701, triggering at adjusting block 601 Block 1001, sliding rail 1201, connecting plate 1202, vacuum cups 1203, fixed block 1204, L-type limit plate 1205, guide rod 1206, One spring 1207, T-type bracket 1601, pusher cylinder 1602, anti-shape seat 1603, push top 1604, transition block 1605, stock stop 1606, supporting plate 1607, clamping block 1608, second spring 1609, sliding shoe 1610, L-type plate 1611, material blocking block 1612, backgauge portion 1613, anti-shape slot 1614.

Specific embodiment

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, a kind of static contact elastic slice automatic charging device, including pedestal 1, vibrating disk 2, feeding track 3, straight vibration device 4, bracket 5, the first regulating mechanism 6, hanging plate 7, be sent into cylinder 8, sliding block 9, guide rail 10, Slider cylinder 11, draw frame machine 12, vertical plate 13, the second regulating mechanism 14, third regulating mechanism 15, feeding mechanism 16, it is described Vibrating disk 2 is connected with pedestal 1 by bolt, and the feeding track 3 is located at 2 upper end of vibrating disk, the feeding track 3 and vibration Moving plate 2 is connected by bolt, and the straight vibration device 4 is located at 3 lower end of feeding track and is located at 1 upper end of pedestal, the straight vibration device 4 Be connected respectively with feeding track 3 and pedestal 1 by bolt, the bracket 5 is located at 1 upper end of pedestal, bracket 5 and pedestal 1 It is connected by bolt, first regulating mechanism 6 is located at 1 upper end of pedestal and is located at 5 lower end of bracket, and described first adjusts machine Structure 6 is connected with pedestal 1 and bracket 5 by bolt respectively, and the hanging plate 7 is located at 5 upper end of bracket, the hanging plate 7 and bracket 5 It is connected by bolt, the feeding cylinder 8 is located at 7 right side of hanging plate, and the feeding cylinder 8 is connected with hanging plate 7 by bolt, The sliding block 9 is located at 7 left side of hanging plate, and the sliding block 9 is connected with hanging plate 7 by bolt, and the guide rail 10 runs through sliding block 9, the guide rail 10 can horizontally slip along sliding block 9, and the slider cylinder 11, which is located at 10 outside of guide rail and is located at, is sent into gas 8 left side of cylinder, the slider cylinder 11 cross bolt with guide rail 10 and feeding cylinder logical 8 respectively and are connected, the draw frame machine 12 Positioned at 11 outside of slider cylinder, the draw frame machine 12 is connected with slider cylinder 11 by bolt, and the vertical plate 13 is located at bottom 1 upper end of seat, the vertical plate 13 and pedestal logical 1 cross bolt and are connected, second regulating mechanism 14 be located on the outside of vertical plate 13 and Positioned at 1 upper end of pedestal, second regulating mechanism 14 is connected with vertical plate 13 and pedestal 1 by bolt respectively, the third Regulating mechanism 15 is located at 13 upper end of vertical plate, and the third regulating mechanism 15 is connected with vertical plate 13 by bolt, the feeding Mechanism 16 is located at 13 upper end of vertical plate and is located at 15 upper end of third regulating mechanism, the feeding mechanism 16 respectively with vertical plate 13 and the Three regulating mechanisms 15 are connected by bolt, first regulating mechanism 6 and the second regulating mechanism 14 and third regulating mechanism 15 Structure is identical, size is identical, and first regulating mechanism 6 further includes adjusting block 601, limited block 602, adjusts bolt 603, described Adjusting block 601 be located at 1 upper end of pedestal, the adjusting block 601 is connected with pedestal 1 by bolt, the limited block 602 In 1 outside of pedestal, the limited block 602 is connected with pedestal 1 by bolt, and the adjusting bolt 603 extends through adjusting Block 601 and limited block 602, the adjusting bolt 603 are connected with 601 screw thread of adjusting block, and the limited block 602 is additionally provided with limit Potential head 604, the adjusting bolt 603 are additionally provided with card slot 605, and the card slot 605 is described not through adjusting bolt 603 Spacing head 604 protrudes into card slot 605, and spacing head 604 protrudes into card slot 605, so that adjusting bolt 603 can not translate, Zhi Nengzhuan Dynamic, therefore, the position adjusted between bolt 603 and limited block 602 remains stationary, and when adjusting block 601 is fixed, turns tune manually Bolt 603 is saved, stretches out or withdraws along adjusting block 601 so that adjusting bolt 603, i.e., the position of adjustable limited block 602 is that is, adjustable The component locations that section is connected with limited block 602, i.e., the position of adjustable draw frame machine 12, the hanging plate 7 are additionally provided with close open 701 are closed, described to be connected close to switch 701 with hanging plate 7 by bolt, the guide rail 10 is additionally provided with triggering block 1001, described Triggering block 1001 be located at the outside of guide rail 10, the triggering block 1001 is connected with guide rail 10 by bolt, the suction machine Structure 12 further include sliding rail 1201, connecting plate 1202, vacuum cups 1203, fixed block 1204, L-type limit plate 1205, guide rod 1206, First spring 1207, the sliding rail 1201 are located at 11 outside of slider cylinder, and the sliding rail 1201 passes through with slider cylinder 11 Bolt is connected, and the connecting plate 1202 is run through by sliding rail 1201, and the connecting plate 1202 can be slided up and down along sliding rail 1201, The vacuum cups 1203 is located at 1202 lower end of connecting plate, and the vacuum cups 1203 passes through bolt phase with connecting plate 1202 Even, the fixed block 1204 is located at 1201 upper end of sliding rail, and the fixed block 1204 is connected with sliding rail 1201 by bolt, institute The L-type limit plate 1205 stated is located at the outside of fixed block 1204 and is located at 1202 outside of connecting plate, the L-type limit plate 1205 with Connecting plate 1202 is connected by bolt, and the guide rod 1206 is located at 1202 upper end of connecting plate and through fixed block 1204, described Guide rod 1206 be connected with 1202 screw thread of connecting plate, first spring 1207 be located at fixed block 1204 and connecting plate 1202 it Between and run through by guide rod 1206, draw frame machine 12 is driven to move down for slider cylinder 11 so that vacuum cups 1203 is contacted with elastic slice, with Slider cylinder 11 continue to move down, the first spring 1207 compresses reaction and vacuum cups 1203, so that vacuum cups 1203 With elastic slice compress, then, vacuum cups 1203 work elastic slice is drawn, the feeding mechanism 16 further include T-type bracket 1601, Pusher cylinder 1602, anti-shape seat 1603, push top 1604, transition block 1605, stock stop 1606,1601, the T-type bracket In 13 upper end of vertical plate and it is located at 15 upper end of third regulating mechanism, the T-type bracket 1601 is adjusted with vertical plate 13 and third respectively Mechanism 15 is connected by bolt, and the pusher cylinder 1602 is located at 1601 upper end of T-type bracket, the pusher cylinder 1602 and T-type bracket 1601 is connected by bolt, and the anti-shape seat 1603 is located at 1601 upper end of T-type bracket and is located at pusher cylinder 1602 Outside, the anti-shape seat 1603 are connected with 1602 screw thread of pusher cylinder, and the anti-shape seat 1603 can be along T-type bracket 1601 Sliding, the transition block 1605 are located at 1601 upper end of T-type bracket and are located at 3 outside of feeding track, the transition block 1605 It is connected respectively with T-type bracket 1601 and feeding track 3 by bolt, the stock stop 1606 is located on T-type bracket 1601 End, the stock stop 1606 are connected with T-type bracket 1601 by bolt, and the stock stop 1606 further includes supporting plate 1607, clamping block 1608, second spring 1609, sliding shoe 1610, L-type plate 1611, material blocking block 1612, the supporting plate 1607 In 1601 upper end of T-type bracket, the supporting plate 1607 is connected with T-type bracket 1601 by bolt, the clamping block 1608 In 1607 upper end of supporting plate, the clamping block 1608 is connected with supporting plate 1607 by bolt, and the second spring 1609 is located at 1204 outside of fixed block, the second spring 1609 are weldingly connected with fixed block 1204, and the sliding shoe 1610 is located at support 1607 upper end of plate and it is located at the outside of second spring 1609, the sliding shoe 1610 is weldingly connected with second spring 1609, described Sliding shoe 1610 can be slided along supporting plate 1607, the L-type plate 1611 is located at the outside of clamping block 1608 and is located at sliding shoe 1610 outsides, the L-type plate 1611 are connected with sliding shoe 1610 by bolt, and the material blocking block 1612 is located at L-type plate 1611 outer lateral incisions are located at 1610 outside of sliding shoe, and the material blocking block 1612 passes through with L-type plate 1611 and sliding shoe 1610 respectively Bolt is connected, and the material blocking block 1612 is additionally provided with backgauge portion 1613, and described backgauge 1613 are located at 1612 lower end of material blocking block, The anti-shape seat 1603 is additionally provided with anti-shape slot 1614, and the anti-shape slot 1614 is located at anti-1603 top of shape seat, and described is anti- Elastic slice is continuously sent into setting anti-through feeding track 3 and transition block 1605 not through anti-shape seat 1603, vibrating disk 2 by shape slot 1614 In anti-shape slot 1614 on shape seat 1603, at this point, elastic slice is placed exactly in 1613 lower end of backgauge portion being arranged on material blocking block 1612, The position of the effectively limitation elastic slice of backgauge portion 1613, prevents its tilting, and then, pusher cylinder 1602 pushes anti-shape seat 1603 mobile, To drive the push top 1604 being connected with anti-shape seat 1603 to move forward, push top 1604 interacts with material blocking block 1612, so that second Spring 1609 compresses, so that backgauge portion 1613 is driven to move back, after triggering block 1001 is triggered close to switch 701, pusher cylinder 1602 stoppings movement, to elastic slice be sent to setting position, the static contact elastic slice automatic charging device, when work, vibrating disk 2 will Elastic slice is continuously sent into feeding mechanism 16 through feeding track 3, and feeding mechanism 16 accurately send elastic slice to setting position, slide unit gas Draw frame machine 12 is driven to move down for cylinder 11 so that draw frame machine 12 sucks elastic slice, and then, feeding cylinder 8 pushes and slider cylinder 11 Connected guide rail 10 is moved along sliding block 9, thus drive draw frame machine 12 mobile, when triggering block 1001 triggers close switch 701, It is sent into cylinder 8 to stop working, to accurately sending elastic slice to setting position.It, can be with by adjusting the first regulating mechanism 6 when installation The lengthwise position of adjusting bracket 5, i.e., adjustable 12 lengthwise position of draw frame machine, so that vacuum cups 1203 and feeding mechanism The elastic slice face of 16 conveyings, consequently facilitating accurately drawing elastic slice；It is vertical by adjusting the adjustable vertical plate 13 of the second regulating mechanism 14 To position, namely adjust the lengthwise position of feeding mechanism 16；By adjusting the adjustable T-type bracket 1601 of third regulating mechanism 15 Position on position in short transverse, namely the short transverse of adjusting feeding mechanism 16, so that the feeding position of final elastic slice is adjusted, So that elastic slice registration, is convenient for automated production.The apparatus structure is simple, elastic slice can be conveyed automatically and elastic slice is accurately sent to Setting position, not only high degree of automation is easily installed debugging moreover, elastic slice feeding position is accurately adjustable.

The utility model is not limited to above-mentioned specific embodiment, and those skilled in the art visualize from above-mentioned Hair, without creative labor, the various transformation made are all fallen within the protection scope of the utility model.

Claims (10)

1. a kind of static contact elastic slice automatic charging device, it is characterised in that including pedestal, vibrating disk, feeding track, directly shake device, branch Frame, the first regulating mechanism, hanging plate, be sent into cylinder, sliding block, guide rail, slider cylinder, draw frame machine, vertical plate, the second regulating mechanism, Third regulating mechanism, feeding mechanism, the vibrating disk are connected with pedestal by bolt, and the feeding track is located at vibrating disk Upper end, the feeding track are connected with vibrating disk by bolt, and the straight vibration device is located at feeding track lower end and is located at bottom Seat upper end, the straight vibration device are connected with feeding track and pedestal by bolt respectively, and the bracket is located at pedestal upper end, institute Bracket be connected with pedestal by bolt, first regulating mechanism be located at pedestal upper end and be located at pedestal lower end, it is described First regulating mechanism is connected with pedestal and bracket by bolt respectively, and the hanging plate is located at pedestal upper end, the hanging plate with Bracket is connected by bolt, and the feeding cylinder is located on the right side of hanging plate, and the feeding cylinder is connected with hanging plate by bolt, The sliding block is located on the left of hanging plate, and the sliding block is connected with hanging plate by bolt, and the guide rail runs through sliding block, described Guide rail can horizontally slip along sliding block, and the slider cylinder, which is located on the outside of guide rail and is located at, to be sent on the left of cylinder, the cunning Platform cylinder is connected with guide rail and feeding cylinder by bolt respectively, and the draw frame machine is located on the outside of slider cylinder, described Draw frame machine is connected with slider cylinder by bolt, and the vertical plate is located at pedestal upper end, and the vertical plate and pedestal pass through bolt Be connected, second regulating mechanism is located on the outside of vertical plate and is located at pedestal upper end, second regulating mechanism respectively with stand Plate is connected with pedestal by bolt, and the third regulating mechanism is located at vertical plate upper end, the third regulating mechanism and vertical plate It is connected by bolt, the feeding mechanism is located at vertical plate upper end and is located at third regulating mechanism upper end, the feeding mechanism It is connected respectively with vertical plate and third regulating mechanism by bolt.

2. static contact elastic slice automatic charging device as described in claim 1, it is characterised in that first regulating mechanism and Two regulating mechanisms are identical with the structure of third regulating mechanism, size is identical.

3. static contact elastic slice automatic charging device as claimed in claim 2, it is characterised in that first regulating mechanism also wraps It includes adjusting block, limited block, adjust bolt, the adjusting block is located at pedestal upper end, and the adjusting block and pedestal pass through bolt It is connected, the limited block is located at chassis outer side, and the limited block is connected with pedestal by bolt, the adjusting bolt point Not Guan Chuan adjusting block and limited block, the adjusting bolt is connected with adjusting block screw thread, and the limited block is additionally provided with spacing head, The adjusting bolt is additionally provided with card slot, and the card slot protrudes into card slot not through bolt, the spacing head is adjusted.

4. static contact elastic slice automatic charging device as described in claim 1, it is characterised in that the hanging plate is additionally provided with close Switch, it is described to be connected close to switch with hanging plate by bolt.

5. static contact elastic slice automatic charging device as described in claim 1, it is characterised in that the guide rail is additionally provided with triggering Block, the triggering block are located on the outside of guide rail, and the triggering block is connected with guide rail by bolt.

6. static contact elastic slice automatic charging device as described in claim 1, it is characterised in that the draw frame machine further includes Sliding rail, connecting plate, vacuum cups, fixed block, L-type limit plate, guide rod, the first spring, the sliding rail are located at outside slider cylinder Side, the sliding rail are connected with slider cylinder by bolt, and the connecting plate is run through by sliding rail, and the connecting plate can be along cunning Block slides up and down, and the vacuum cups is located at connecting plate lower end, and the vacuum cups is connected with connecting plate by bolt, institute The fixed block stated is located at sliding rail upper end, and the fixed block is connected with sliding rail by bolt, and the L-type limit plate, which is located at, to be fixed On the outside of block and it is located on the outside of connecting plate, the L-type limit plate is connected with connecting plate by bolt, and the guide rod is located at connection Plate upper end and run through fixed block, the guide rod is connected with connecting plate screw thread, and first spring is located at fixed block and connection Run through between plate and by guide rod.

7. static contact elastic slice automatic charging device as described in claim 1, it is characterised in that the feeding mechanism further includes T Type bracket, pusher cylinder, anti-shape seat, push top, transition block, stock stop, the T-type bracket are located at vertical plate upper end and are located at the Three regulating mechanism upper ends, the T-type bracket are connected with vertical plate and third regulating mechanism by bolt respectively, the pusher gas Cylinder is located at T-type bracket upper end, and the pusher cylinder is connected with T-type bracket by bolt, and the anti-shape seat is located at T-type bracket Upper end and it is located on the outside of pusher cylinder, the anti-shape seat is connected with pusher cylinder screw thread, and the anti-shape seat can be along T-type support Frame sliding, the transition block be located at T-type bracket upper end and be located at feeding track outside, the transition block respectively with T type support Frame is connected with feeding track by bolt, and the stock stop is located at T-type bracket upper end, the stock stop and T-type support Frame is connected by bolt.

8. static contact elastic slice automatic charging device as claimed in claim 7, it is characterised in that the stock stop further includes Supporting plate, clamping block, second spring, sliding shoe, L-type plate, material blocking block, the supporting plate are located at T-type bracket upper end, the supporting plate It is connected with T-type bracket by bolt, the clamping block is located at supporting plate upper end, and the clamping block passes through bolt phase with supporting plate Even, the second spring is located on the outside of fixed block, and the second spring is weldingly connected with fixed people, the sliding shoe position In supporting plate upper end and it is located on the outside of second spring, the sliding shoe is weldingly connected with second spring, and the sliding shoe can be with It is slided along supporting plate, the L-type plate is located on the outside of clamping block and is located on the outside of sliding shoe, and the L-type plate passes through with sliding shoe Bolt is connected, and the material blocking block is located at the outer lateral incision of L-type plate and is located at sliding shoe outside, the material blocking block respectively with L-type plate and Sliding shoe is connected by bolt.

9. static contact elastic slice automatic charging device as claimed in claim 8, it is characterised in that the material blocking block is additionally provided with gear Material portion, the backgauge portion are located at material blocking block lower end.

10. static contact elastic slice automatic charging device as claimed in claim 8, it is characterised in that the anti-shape seat is additionally provided with anti- Shape slot, the anti-shape slot position is at the top of anti-shape seat, and the anti-shape slot is not through anti-shape seat.