CN209242114U - A kind of clamping device of capacitor automatic socket making machine - Google Patents

Abstract

The utility model relates to capacitor string drainage technique field, especially a kind of clamping device of capacitor automatic socket making machine.It includes a clamping platform, support frame, clamping mould group, sets spreading mechanism and compression mechanism；Clamping mould group includes several successively spaced clamping mold plates and support shuttering；For strutting two adjacent clamping mold plates, compression mechanism is integrated spreading mechanism for making clamping mould group compress mutually to abut automatically.The utility model carries out grafting using the clamping mould group being made of clamping mold plate and support shuttering convenient for entire row capacitor by row, the gap between support shuttering and two adjacent clamping mold plates is first strutted using spreading mechanism, after entire row capacitor grafting enters between support shuttering and adjacent clamping mold plate, each clamping mold plate and support shuttering is shunk automatically using compression mechanism to be integrated, with Automatic-clamping capacitor, fraction defective caused by being effectively reduced because of entire row capacitor grafting.

Description

A kind of clamping device of capacitor automatic socket making machine

Technical field

The utility model relates to capacitor string drainage technique field, the clamping of especially a kind of capacitor automatic socket making machine is filled It sets.

Background technique

During the performance test of capacitor, in order to improve working efficiency, often by capacitor in need of test Device is clipped on framed bent, realizes the purpose that is once tested for the property to a large amount of capacitors, but due to capacitor small volume, So needing to spend a large amount of manipulation time capacitor to be installed on framed bent.

In the prior art, manual operations is mostly used greatly, and the operating time is longer, and production efficiency is lower.Also have currently on the market The string row of some capacitors, socket making machine, but existing capacitor string row, socket making machine, by capacitor string row, insert row is on framed bent During, since the positive and negative anodes pin of capacitor is not contour, positive pin or negative pin is easy to cause to collide with framed bent, Cause positive pin or negative pin to be bent, capacitor is easy to cause to damage, improves the fraction defective of capacitor, and even if bending Capacitor afterwards, which does not damage, to be also not easy to be tested for the property.

Therefore, it is necessary to propose improvement project to the clamping device of existing capacitor string row, socket making machine, capacitor is being improved While device insert row efficiency, fraction defective caused by capacitor insert row is reduced.

Utility model content

In view of the deficiency of the prior art, the purpose of this utility model is to provide a kind of automatic insert rows of capacitor The clamping device of machine.

To achieve the goals above, the utility model adopts the following technical solution:

A kind of clamping device of capacitor automatic socket making machine, it includes a clamping platform, the branch being set up on clamping platform Support, the clamping mould group being set up in above support frame, the spreading mechanism being set to below clamping mould group and it is fixed on support frame Compression mechanism upper and for compressing clamping mould group automatically；The clamping mould group includes that several are successively spaced and along a left side The clamping mold plate and support shuttering of right direction distribution；The spreading mechanism is for strutting two adjacent clamping mold plates so that electricity The positive and negative pin of container is clipped on respectively between support shuttering and adjacent clamping mold plate, and the compression mechanism is for making each dress Clamping plate and support shuttering compress mutually to abut automatically to be integrated.

Preferably, the spreading mechanism includes the first rigid staybolt folder, the first cylinder, the first rotation support folder, the second rotation support Folder and the second cylinder, the first rigid staybolt folder are distributed in below clamping mould group, and first cylinder is fixed on clamping platform And for driving the first rigid staybolt folder to do reciprocating linear motion along the vertical direction, the centre of first rigid staybolt folder offer with The gap of support shuttering contraposition cooperation, the first rotation support folder are connected by an articulated shaft shaft respectively with the second rotation support folder In the profile left or right side of the first rigid staybolt folder, the axis direction of the articulated shaft is distributed in left-right direction, first rotation Turn support folder and the second rotation support folder to be respectively arranged in the relative inner at opposite distribution and its articulated shaft in circular arc type and mutually The toothed region of engagement is formed between support shuttering contraposition cooperation between the first rotation support folder and the second rotation support folder Gap, second cylinder are fixed at the side of the first rigid staybolt folder and for driving the first rotation support folder or the second rotation support Folder rotates.

Preferably, the first notch in inverted " v " shape is formed between the lower end of described two adjacent clamping mold plates Portion, first rigid staybolt press from both sides upper end and are located at the second notch section being provided with right above gap in positive " V " font.

Preferably, the spreading mechanism is provided with two groups and is respectively arranged at the lower section at clamping mould group both ends.

Preferably, support frame as described above includes two support plates, a linkage board and first motor, on the clamping platform It opens up there are two the vertical element hole of setting and mutually symmetrical distribution along the longitudinal direction, described two support plate difference are vertical Through being distributed in two vertical element holes, the linkage board adjustable shelf is set on the bottom surface of clamping platform, and the two of the linkage board End is fixedly connected with the lower end of two support plates respectively, and the first motor is installed on the bottom surface of clamping platform and and linkage board Transmission connection, the first motor driving linkage board make straight reciprocating motion along the longitudinal direction so that two support plates are in vertical element Make straight reciprocating motion in hole along the longitudinal direction, the clamping mould group is set up in the upper end of two support plates.

Preferably, the compression mechanism is provided with two groups and is installed in two support plates respectively, every group of compression mechanism Including guide pad, guide rod, block, compressed spring, the first fixture block, the second fixture block and third cylinder, the guide pad is fixed In in support plate, the guide rod runs through guide pad distribution along the longitudinal direction, and the block is set to one end of guide rod, described Compressed spring is socketed on guide rod, and one end of the compressed spring is abutted against with guide pad and the other end is abutted against with block, First fixture block is installed in the other end of guide rod and the side for being installed in clamping mould group, second fixture block are fixed on The other side in support plate and for being installed in clamping mould group.

Preferably, it further includes one for fixing the template auxiliary body of support shuttering, and the template auxiliary body includes At least one second rigid staybolt folder and the 4th cylinder, the second rigid staybolt sandwiched are placed in below clamping mould group and fix with first Support folder parallel distributed, the centre of the second rigid staybolt folder offer the gap with support shuttering contraposition cooperation, the 4th gas Cylinder is relatively fixed on clamping platform and for driving the second rigid staybolt folder to move up and down linearly.

Preferably, it further includes two groups of pressing mold position-limit mechanisms for being respectively arranged at clamping mould group both ends, the pressing mold limit Mechanism includes the 5th cylinder for being set to the die block above one end of clamping mould group and being relatively fixed on fixed support shuttering, The 5th cylinder driving die block is moved up and down linearly limiting clamping mould group on fixed support shuttering.

Preferably, it further includes a clamping mechanism, and the clamping mechanism includes being set up on clamping platform and being located at clamping Localization tool on rear side of mould group, be fixed on clamping platform and with the 6th cylinder of localization tool transmission connection, be set up in clamping On platform and the positioning plate that is located on front side of clamping mould group and it is fixed on clamping platform and the 7th gas with positioning plate transmission connection Cylinder offers several screw holes in the clamping mould group, offered on the localization tool several in clamping mould group Screw hole is provided with several on the positioning plate to bit distribution and for accommodating and the screw locating slot of the rear end of fixing screws With the screw hole in clamping mould group to the fixed block of bit distribution, shaft is equipped with one along the longitudinal direction on each fixed block Through the rotary shaft of fixed block distribution, the rear end of the rotary shaft is provided with one for accommodating the front end of screw and the set of nut Cylinder, the front end of the rotary shaft is installed with a driven wheel, one second motor, second motor is additionally provided on the positioning plate Output shaft on be installed with the driving wheel being distributed side by side with driven wheel, the driving wheel and driven wheel transmission connection.

Preferably, the driving wheel and driven wheel are respectively sprocket wheel, and the driving wheel and driven wheel are connected by chain drive It connects.

As the above scheme is adopted, the utility model utilizes the clamping mould group being made of clamping mold plate and support shuttering just Grafting is carried out by row in entire row capacitor, is first strutted between support shuttering and two adjacent clamping mold plates using spreading mechanism Gap makes each clamping using compression mechanism after entire row capacitor grafting enters between support shuttering and adjacent clamping mold plate Template and support shuttering are shunk automatically to be integrated, and with Automatic-clamping capacitor, and passes through the first rigid staybolt folder, the first rotation support folder And second rotation support folder cooperated, make gap between support shuttering and two adjacent clamping mold plates once strut and It is secondary to strut, effectively expand distance between support shuttering and two adjacent clamping mold plates, convenient for entire row capacitor from Dynamic grafting, fraction defective caused by reducing because of entire row capacitor grafting.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model embodiment；

Fig. 2 is the structural schematic diagram of the main part of the utility model embodiment；

Fig. 3 is the clamping mould group of the utility model embodiment and the structural schematic diagram of spreading mechanism；

Fig. 4 is the structural schematic diagram (one) of the spreading mechanism of the utility model embodiment；

Fig. 5 is the structural schematic diagram (two) of the spreading mechanism of the utility model embodiment；

Fig. 6 is the structural schematic diagram (three) of the spreading mechanism of the utility model embodiment；

Fig. 7 is the structural schematic diagram (four) of the spreading mechanism of the utility model embodiment；

Fig. 8 is the structural schematic diagram (five) of the spreading mechanism of the utility model embodiment；

Fig. 9 is the structural schematic diagram of the support frame of the utility model embodiment；

Figure 10 is the structural schematic diagram of the template auxiliary body of the utility model embodiment；

Figure 11 is the structural schematic diagram (one) of the clamping mechanism of the utility model embodiment；

Figure 12 is the structural schematic diagram (two) of the clamping mechanism of the utility model embodiment；

In figure: 1, clamping platform；11, vertical element hole；2, support frame；21, support plate；22, linkage board；23, first motor； 3, clamping mould group；31, clamping mold plate；32, support shuttering；33, the first notch section；4, spreading mechanism；41, the first rigid staybolt presss from both sides； 411, the second notch section；42, the first cylinder；43, the first rotation support folder；44, the second rotation support folder；45, the second cylinder；46, it cuts with scissors Spindle；47, toothed region；51, guide pad；52, guide rod；53, block；54, compressed spring；55, the first fixture block；56, the second folder Block；57, third cylinder；6, template auxiliary body；61, the second rigid staybolt presss from both sides；62, the 4th cylinder；7, pressing mold position-limit mechanism；71, Die block；72, the 5th cylinder；8, clamping mechanism；81, localization tool；811, screw locating slot；82, the 6th cylinder；83, it positions Plate；831, fixed block；832, rotary shaft；833, sleeve；834, driven wheel；84, the 7th cylinder；85, the second motor；851, actively Wheel.

Specific embodiment

The embodiments of the present invention are described in detail below in conjunction with attached drawing, but the utility model can be by right It is required that the multitude of different ways for limiting and covering is implemented.

As shown in Figures 1 to 12, the clamping device of a kind of capacitor automatic socket making machine provided by the embodiment of the utility model, It includes a clamping platform 1, the support frame 2 being set up on clamping platform 1, the clamping mould group 3 for being set up in 2 top of support frame, sets It is placed in the spreading mechanism 4 of 3 lower section of clamping mould group and is fixed on the compression on support frame 2 and for compressing clamping mould group 3 automatically Mechanism；Clamping mould group 3 includes several clamping mold plates 31 and support shuttering successively spaced and be distributed in left-right direction 32；Spreading mechanism 4 is for strutting two adjacent clamping mold plates 31 so that the positive and negative pin of capacitor is clipped on support respectively Between template 32 and adjacent clamping mold plate 31, compression mechanism is for making each clamping mold plate 31 and support shuttering 32 from dynamic pressure Contracting is mutually abutted and is integrated.

Based on the above structure setting, using the clamping mould group 3 being made of clamping mold plate 31 and support shuttering 32 convenient for whole Row's capacitor carries out grafting by row, is first strutted between support shuttering 32 and two adjacent clamping mold plates 31 using spreading mechanism 4 Gap made respectively after entire row capacitor grafting enters between support shuttering 32 and adjacent clamping mold plate 31 using compression mechanism A clamping mold plate 31 and support shuttering 32 are shunk automatically to be integrated, with Automatic-clamping capacitor.

Further, between to be strutted between support shuttering 32 and two adjacent clamping mold plates 31 convenient for spreading mechanism 4 Gap, the spreading mechanism 4 of the present embodiment include that the first rigid staybolt presss from both sides rotation support folder the 43, the second rotation support of the 41, first cylinder 42, first Folder 44 and the second cylinder 45, the first rigid staybolt folder 41 are distributed in 3 lower section of clamping mould group, and the first cylinder 42 is fixed on clamping platform 1 Above and for driving the first rigid staybolt folder 41 to do reciprocating linear motion along the vertical direction, the centre of the first rigid staybolt folder 41 is opened up There is the gap with the contraposition cooperation of support shuttering 32, the first rotation support folder 43 and the second rotation support folder 44 pass through an articulated shaft respectively 46 shafts are connected to the profile left or right side of the first rigid staybolt folder 41, and the axis direction of articulated shaft 46 is distributed in left-right direction, First rotation support folder 43 and the second rotation support folder 44 are respectively arranged in the relative inner at opposite distribution and its articulated shaft 46 and are in Circular arc type and intermeshing toothed region 47 are formed with and branch hold mode between first rotation support folder 43 and the second rotation support folder 44 The gap of the contraposition cooperation of plate 32, the second cylinder 45 are fixed at the side of the first rigid staybolt folder 41 and for driving the first rotation Turn support folder 43 or the second rotation support folder 44 rotates.It is controlled on the first rigid staybolt folder 41 using the first cylinder 42 as a result, (the lower end insertion first of support shuttering 32 is fixed at this time between liter insertion support shuttering 32 and two adjacent clamping mold plates 31 In gap on support folder 41), support shuttering 32 and adjacent the distance between two clamping mold plates 31 are once strutted (or tentatively strutting) (as shown in Figure 5) recycles the second cylinder 45 driving the first rotation support folder 43 or the second rotation support folder 44 to make Rotary motion, so that the upper end of the first rotation support folder 43 and the second rotation support folder 44 is opened again, to make support shuttering 32 The progress of the distance between two adjacent clamping mold plates 31 is secondary to strut (as shown in Figure 6), to further increase support shuttering 32 with adjacent the distance between two clamping mold plates 31, be ultimately convenient for capacitor carry out grafting.Meanwhile when capacitor is inserted into branch After between hold mode plate 32 and two adjacent clamping mold plates 31, the second cylinder 45 driving the first rotation support folder 43 or the second rotation support Folder 44 reversely rotates, so that the first rotation support folder 43 and the second rotation support folder 44 are restored to reset condition (as shown in Figure 7), then The first rigid staybolt folder the 41, first rotation support folder 43 is controlled by the first cylinder 42 and the second rotation support folder 44 exits downwards branch hold mode Gap between plate 32 and two adjacent clamping mold plates 31, so that each clamping mold plate 31 and support shuttering 32 be made to compress It shrinks and is integrated again under the action of mechanism, to clamp capacitor.

Further, it is formed between the lower end of two adjacent clamping mold plates 31 of the present embodiment in inverted " v " shape The first notch section 33, the first rigid staybolt press from both sides 41 upper ends and be located at gap right above be provided in positive " V " font second Notch section 411.As a result, when two adjacent clamping mold plates 31 and 41 contraposition of folder of the first rigid staybolt, using the first notch section 33 and second notch section 411 cooperate, in order to which the first rigid staybolt folder 41 once struts two adjacent clamping mold plates 31.

Further, the spreading mechanism 4 of the present embodiment is provided with two groups and is respectively arranged at 3 both ends of clamping mould group Lower section.The both ends of clamping mould group 3 can be made to pass through 4 mechanism of spreading mechanism respectively as a result, to be strutted, in order to support shuttering 32 with The distance between two adjacent clamping mold plates 31 are consistent on the whole, convenient for the grafting of capacitor entire row.

Further, to be moved integrally convenient for clamping mould group 3, the support frame 2 of the present embodiment includes two support plates 21, a linkage board 22 and first motor 23 open up on clamping platform 1 there are two setting along the longitudinal direction and mutually in left and right Symmetrical vertical element hole 11, two support plates 21 vertically run through respectively to be distributed in two vertical element holes 11, linkage board 22 Adjustable shelf is set on the bottom surface of clamping platform 1, and the both ends of linkage board 22 are fixedly connected with the lower end of two support plates 21 respectively, the One motor 23 is installed on the bottom surface of clamping platform 1 and is sequentially connected with linkage board 22, and first motor 23 drives 22 edge of linkage board Front-rear direction makees straight reciprocating motion so that two support plates 21 make straight reciprocating motion in vertical element hole 11 along the longitudinal direction, Clamping mould group 3 is set up in the upper end of two support plates 21.Pass through linkage board 22 and support plate 21 using first motor 23 as a result, Drive clamping mould group 3 is whole to move along the longitudinal direction, so that each support shuttering 32 is made to move to 4 top of spreading mechanism one by one, It cooperate each support shuttering 32 can with spreading mechanism 4, capacitor clamped by row.

Further, to be shunk automatically convenient for clamping mould group 3, compression mechanism is provided with two groups and is installed in two respectively A support plate 21, every group of compression mechanism include guide pad 51, guide rod 52, block 53, compressed spring 54, the first fixture block 55, Two fixture blocks 56 and third cylinder 57, guide pad 51 are fixed in support plate 21, and guide rod 52 runs through guide pad along the longitudinal direction 51 distributions, block 53 are set to one end of guide rod 52, and compressed spring 54 is socketed on guide rod 52, one end of compressed spring 54 It is abutted against with guide pad 51 and the other end is abutted against with block 53, the first fixture block 55 is installed in the other end of guide rod 52 and is used for It is installed in the side of clamping mould group 3, the second fixture block 56 is fixed in support plate 21 and for being installed in the another of clamping mould group 3 Side.It is acted on as a result, by the elastic force of compressed spring 54, makes guide rod 52 from 53 end motion of trend block, to make guide rod 52 First fixture block 55 of the other end is automatic close to the second fixture block 56, to make the clamping mould between the first fixture block 55 and the second fixture block 56 Compression and the contraction automatically of group 3.It, can be by the simultaneously when needing the clamping mould group 3 taken out and more renew that clamping mould group 3 is whole Three cylinders 57 driving, so that the first fixture block 55 and the second fixture block 56 separate, consequently facilitating clamping mould group 3 is taken out and replaced.

For convenient for further stable support shuttering 32, the socket making machine of the present embodiment further include one during capacitor grafting For fixing the template auxiliary body 6 of support shuttering 32, template auxiliary body 6 includes at least one second rigid staybolt folder 61 and the Four cylinders 62, the second rigid staybolt folder 61 are set to 3 lower section of clamping mould group and press from both sides 41 parallel distributeds with the first rigid staybolt, and second is fixed The centre of support folder 61 offers the gap with the contraposition cooperation of support shuttering 32, and the 4th cylinder 62 is relatively fixed on clamping platform 1 And for driving the second rigid staybolt folder 61 to move up and down linearly.Rise insertion support shuttering in the first rigid staybolt folder 41 as a result, It, can be by the after strutting support shuttering 32 and two adjacent clamping mold plates 31 between 32 and two adjacent clamping mold plates 31 Five cylinders 72 control the second rigid staybolt folder 61 and are inserted upwardly between support shuttering 32 and two adjacent clamping mold plates 31, so that branch The lower end at the middle part of hold mode plate 32 is inserted into the gap on the second rigid staybolt folder 61, i.e., passes through the first rigid staybolt folder 41 and the respectively The both ends and middle part of the fixed support shuttering 32 of two rigid staybolts folder 61, thus effectively stable support shuttering 32.

For convenient for by the limit of clamping mould group 3, on fixed support shuttering 32, the socket making machine of the present embodiment further includes two components It is not set to the pressing mold position-limit mechanism 7 at 3 both ends of clamping mould group, pressing mold position-limit mechanism 7 includes being set on one end of clamping mould group 3 The die block 71 of side and the 5th cylinder 72 being relatively fixed on fixed support shuttering 32, the 5th cylinder 72 drive die block 71 to make Linear motion is up and down limiting clamping mould group 3 on fixed support shuttering 32.As a result, in support shuttering 32 and adjacent clamping During template 31 is softened, limits support shuttering 32 and clamping mold plate 31 moves in the vertical direction, make support shuttering 32 It can only be softened and compress in the horizontal direction with clamping mold plate 31, to improve the stability of clamping mould group 3.

For convenient for fixed clamping mould group 3, in order to move integrally, the socket making machine of the present embodiment further includes a clamping mechanism 8, Clamping mechanism 8 includes the localization tool 81 for being set up on clamping platform 1 and being located at 3 rear side of clamping mould group, is fixed on clamping platform 1 It is upper and be sequentially connected with localization tool 81 the 6th cylinder 82, be set up on clamping platform 1 and be located at determining for 3 front side of clamping mould group Position plate 83 and the 7th cylinder 84 for being fixed on clamping platform 1 and being sequentially connected with positioning plate 83, if being offered in clamping mould group 3 Dry screw hole (several screw holes to bit distribution are opened up on each support shuttering 32 and clamping mold plate 31, in order to Turn to match screw), several are offered on localization tool 81 with the screw hole in clamping mould group 3 to bit distribution and for accommodating and solid Determine the screw locating slot 811 of the rear end of screw, several and the screw hole contraposition point in clamping mould group 3 are provided on positioning plate 83 The fixed block 831 of cloth, shaft is equipped with a rotation being distributed along the longitudinal direction through fixed block 831 on each fixed block 831 Axis 832, the rear end of rotary shaft 832 are provided with one for accommodating the front end of screw and the sleeve 833 of nut, before rotary shaft 832 End is installed with a driven wheel 834, and one second motor 85 is additionally provided on positioning plate 83, is installed on the output shaft of the second motor 85 The driving wheel 851 being distributed side by side with driven wheel 834, driving wheel 851 and driven wheel 834 are sequentially connected.Its working principle is that working as dress It, can be by screw when needing to carry out entire clamping mould group 3 clamping mould group 3 that is mobile and more renewing after clamping group 3 sticks with capacitor It is sequentially inserted into the screw hole of clamping mould group 3, the rear end of screw is to screw locating slot 811 is located at, and the front end of screw is to positioned at set Cylinder 833, then nut is mounted on to the front end of screw；Drive localization tool 81 close to clamping mould group 3 by the 6th cylinder 82, so that The rear end of screw locating slot 811 and screw, which aligns, to be clamped, and drives positioning plate 83 close to clamping mould group 3 by the 7th cylinder 84, with It is connected to nut in sleeve 833, finally starts the second motor 85 and drive each driven wheel 834 to rotate by driving wheel 851, To make the rotation of sleeve 833 be tightened on nut on screw automatically, since each sleeve 833 is in synchronous rotary, can make every The degree of a nut precession is identical, and clamping mould group 3 can be made equably to be fixed to clamp.

Further, driving wheel 851 and driven wheel 834 are respectively sprocket wheel, and driving wheel 851 and driven wheel 834 pass through chain Transmission connection.

The above is only the preferred embodiment of the present invention, and therefore it does not limit the scope of the patent of the utility model, Equivalent structure or equivalent flow shift made by using the description of the utility model and the drawings, is directly or indirectly transported Used in other related technical areas, it is also included in the patent protection scope of the utility model.

Claims (10)

1. a kind of clamping device of capacitor automatic socket making machine, it is characterised in that: it includes a clamping platform, to be set up in clamping flat Support frame on platform, the clamping mould group being set up in above support frame, the spreading mechanism being set to below clamping mould group and fixation In the compression mechanism on support frame and for compressing clamping mould group automatically；The clamping mould group includes that several are successively separately arranged Column and the clamping mold plate and support shuttering being distributed in left-right direction；The spreading mechanism is for supportting two adjacent clamping mold plates It opens so that the positive and negative pin of capacitor is clipped on respectively between support shuttering and adjacent clamping mold plate, the compression mechanism is used for Make each clamping mold plate and support shuttering compress mutual abut automatically to be integrated.

2. a kind of clamping device of capacitor automatic socket making machine as described in claim 1, it is characterised in that: the spreading mechanism Including the first rigid staybolt folder, the first cylinder, the first rotation support folder, the second rotation support folder and the second cylinder, first rigid staybolt Folder is distributed in below clamping mould group, and first cylinder is fixed on clamping platform and for driving the first rigid staybolt folder along vertical Direction does reciprocating linear motion, and the centre of the first rigid staybolt folder offers the gap with support shuttering contraposition cooperation, described First rotation support folder and second rotation support folder respectively by an articulated shaft shaft be connected to the first rigid staybolt folder profile left side or The axis direction on right side, the articulated shaft is distributed in left-right direction, and the first rotation support folder and the second rotation support folder are in opposite Relative inner at distribution and its articulated shaft is respectively arranged in circular arc type and intermeshing toothed region, the first rotation support The gap with support shuttering contraposition cooperation is formed between folder and the second rotation support folder, second cylinder is fixed at first Rigid staybolt folder side and for drive first rotation support folder or second rotation support folder rotate.

3. a kind of clamping device of capacitor automatic socket making machine as claimed in claim 2, it is characterised in that: described two adjacent Clamping mold plate lower end between be formed with the first notch section in inverted " v " shape, first rigid staybolt press from both sides upper end and The second notch section in positive " V " font is provided with right above gap.

4. a kind of clamping device of capacitor automatic socket making machine as claimed in claim 2, it is characterised in that: the spreading mechanism It is provided with two groups and is respectively arranged at the lower section at clamping mould group both ends.

5. a kind of clamping device of capacitor automatic socket making machine as described in claim 1, it is characterised in that: support frame as described above packet Include two support plates, a linkage board and first motor, opened up on the clamping platform there are two along the longitudinal direction setting and The vertical element hole of mutual symmetrical distribution, described two support plates vertically run through respectively to be distributed in two vertical element holes, The linkage board adjustable shelf is set on the bottom surface of clamping platform, and the both ends of the linkage board are solid with the lower end of two support plates respectively Fixed connection, the first motor are installed on the bottom surface of clamping platform and are sequentially connected with linkage board, the first motor driving Linkage board makees straight reciprocating motion along the longitudinal direction so that two support plates make linear reciprocation in vertical element hole along the longitudinal direction Movement, the clamping mould group are set up in the upper end of two support plates.

6. a kind of clamping device of capacitor automatic socket making machine as claimed in claim 5, it is characterised in that: the compression mechanism It is provided with two groups and is installed in two support plates respectively, every group of compression mechanism includes guide pad, guide rod, block, compression Spring, the first fixture block, the second fixture block and third cylinder, the guide pad are fixed in support plate, and the guide rod is along front and back Direction is distributed through guide pad, and the block is set to one end of guide rod, and the compressed spring is socketed on guide rod, described One end of compressed spring is abutted against with guide pad and the other end is abutted against with block, and first fixture block is installed in the another of guide rod One end and the side for being used to be installed in clamping mould group, second fixture block are fixed in support plate and for being installed in clamping mould group The other side.

7. a kind of clamping device of capacitor automatic socket making machine as described in claim 1, it is characterised in that: it further includes a use In the template auxiliary body of fixed support shuttering, the template auxiliary body includes at least one second rigid staybolt folder and the 4th gas Cylinder, the second rigid staybolt sandwiched are placed in below clamping mould group and press from both sides parallel distributed, second rigid staybolt with the first rigid staybolt The centre of folder offers the gap with support shuttering contraposition cooperation, and the 4th cylinder is relatively fixed on clamping platform and is used for The second rigid staybolt folder is driven to move up and down linearly.

8. a kind of clamping device of capacitor automatic socket making machine as described in claim 1, it is characterised in that: it further includes two groups It is respectively arranged at the pressing mold position-limit mechanism at clamping mould group both ends, the pressing mold position-limit mechanism includes the one end for being set to clamping mould group The die block of top and the 5th cylinder being relatively fixed on fixed support shuttering, the 5th cylinder driving die block are made up and down Linear motion is limiting clamping mould group on fixed support shuttering.

9. a kind of clamping device of capacitor automatic socket making machine as described in claim 1, it is characterised in that: it further includes a lock Mold mechanism, the clamping mechanism include be set up on clamping platform and be located at clamping mould group on rear side of localization tool, be fixed on dress Folder platform on and with localization tool transmission connection the 6th cylinder, be set up on clamping platform and be located at clamping mould group on front side of determine It position plate and is fixed on clamping platform and the 7th cylinder with positioning plate transmission connection, offers several in the clamping mould group Screw hole offers several on the localization tool with the screw hole in clamping mould group to bit distribution and for accommodating and fixing The screw locating slot of the rear end of screw is provided with several with the screw hole in clamping mould group to bit distribution on the positioning plate Fixed block, shaft is equipped with one along the longitudinal direction through the rotary shaft of fixed block distribution, the rotation on each fixed block The rear end of shaft is provided with one for accommodating the front end of screw and the sleeve of nut, and it is driven that the front end of the rotary shaft is installed with one It takes turns, is additionally provided with one second motor on the positioning plate, is installed on the output shaft of second motor and divides side by side with driven wheel The driving wheel of cloth, the driving wheel and driven wheel transmission connection.

10. a kind of clamping device of capacitor automatic socket making machine as claimed in claim 9, it is characterised in that: the driving wheel It is respectively sprocket wheel with driven wheel, the driving wheel is connected with driven wheel by chain drive.