CN208828649U - Sub-prime, which is energized, to be positioned the big pin pitch of feeder and energizes chain delivery machanism - Google Patents

Abstract

It energizes the utility model discloses a kind of sub-prime and positions the big pin pitch of feeder and energize chain delivery machanism, including installing panel, drive sprocket, driven sprocket, driven sprocket mounting base, main conveyor chain, drive sprocket rotation drive device, sub-prime is energized folder, it energizes and presss from both sides feeding and open folder driving device, folder driving device is opened in folder discharging of energizing, probe, probe Mobile base and probe cross sliding driving device, drive sprocket rotation drive device can drive the sub-prime on main conveyor chain to energize and press from both sides rotation, it energizes to press from both sides feeding and open folder driving device and can open sub-prime in feeding and energize folder, folder discharging of energizing, which opens folder driving device and can open sub-prime in discharging, energizes folder, probe cross sliding driving device can drive the probe transverse shifting on two probe Mobile bases.Reasonable in design, the stable and reliable operation of the utility model can carry out energising operation to it simultaneously during capacitor element is transported, and work efficiency is high, reduces production cost, can meet the large-scale production requirement of enterprise.

Description

Sub-prime, which is energized, to be positioned the big pin pitch of feeder and energizes chain delivery machanism

Technical field

The utility model relates to capacitor production equipment technologies, more specifically, be related to a kind of sub-prime energize it is fixed The big pin pitch of position feeder is energized chain delivery machanism.

Background technique

Existing capacitor is generally made of sub-prime (i.e. capacitor body), plastic housing and stitch etc., and stitch is welded on sub-prime Two sides, sub-prime is encapsulated in plastic housing by colloid, the function admirable of capacitor, is had in industries such as electronics, communication, electric power wide General application.

It in the production process of capacitor, needs to carry out process of energizing to capacitor element, i.e., charge and discharge is carried out to capacitor Electric treatment examines the working life of capacitor to guarantee that the working condition of capacitor can reach every technical parameter standard requirements And its reliability.However, the process of energizing of existing capacitor element is generally using manually being operated, there is labour in which The problems such as intensity is big, time-consuming and laborious, working efficiency is low, at high cost is unable to satisfy the large-scale production requirement of enterprise.

Utility model content

The purpose of the utility model is to overcome drawbacks described above in the prior art, provide a kind of reasonable in design, fortune Row is reliable and stable, can carry out that energising operation, work efficiency is high, can to it simultaneously during capacitor element is transported The sub-prime for reducing production cost, which is energized, to be positioned the big pin pitch of feeder and energizes chain delivery machanism.

To achieve the above object, the utility model, which provides a kind of sub-prime and energizes, positions the big pin pitch of feeder and energizes chain type Conveying mechanism, including installation panel, drive sprocket, driven sprocket, driven sprocket mounting base, main conveyor chain, for driving master Movable sprocket rotation drive sprocket rotation drive device, for clamp capacitance device sub-prime sub-prime energize folder, be used in capacitor When sub-prime feeding open sub-prime energize folder energize press from both sides feeding open folder driving device, for capacitor element discharging when open element Son energize folder energize folder discharging open folder driving device, for sub-prime energize folder be in contact probe, for installing probe Probe Mobile base and for driving probe Mobile base is mobile probe and sub-prime is made to energize the probe cross sliding driving device for pressing from both sides and being in contact, The drive sprocket rotation drive device and driven sprocket mounting base are respectively installed in the top of installation panel, the drive sprocket The output shaft of rotation drive device is connected with drive sprocket, and the driven sprocket is installed in rotation on driven by sprocket shaft In sprocket wheel mounting base, the main conveyor chain is sleeved on drive sprocket and driven sprocket, the sub-prime energize be folded with it is several A and be uniformly installed on main conveyor chain, described energize presss from both sides feeding and opens the feed end one that folder driving device is located at main conveyor chain The discharge end side that folder driving device is located at main conveyor chain is opened in side, the folder discharging of energizing, and the probe Mobile base is provided with Two and be arranged in parallel in the lower section front and rear sides of main conveyor chain, two probe Mobile bases pass through respectively the traversing sliding block of probe with The traversing guide rail of probe being installed on installation panel is slidably connected, and the probe is uniformly installed along the length direction of probe Mobile base On the opposite flank of two probe Mobile bases, the probe cross sliding driving device is sequentially connected with two probe Mobile bases respectively And the probe that is able to drive on two probe Mobile bases is energized the direction transverse shifting of folder toward close to or far from sub-prime.

As preferred embodiment, the sub-prime, which is energized, to be pressed from both sides including clamp, the first slide bar, the second slide bar, spring, first Holder, the second holder, linkage driving lever, insulating trip, insulation sleeve, the first intermediate plate and second of energizing are energized intermediate plate, the clamp installing On the corresponding chain link pin shaft of main conveyor chain, first slide bar and the second slide bar are movably arranged on clamp and mutually equal The side of clamp is stretched out in row, one end of first slide bar under normal conditions, and first slide bar is fixedly connected simultaneously with the first holder Across the second holder, the other side of clamp, second slide bar and the second folder are stretched out in one end of second slide bar under normal conditions Seat is fixedly connected with and passes through the first holder, and the axis body position of the linkage driving lever is installed in rotation on clamp, the linkage The both ends of driving lever pass through the bottom of shift lever axis and the first holder and the bottom of the second holder respectively and are hinged, and described first energizes folder Piece is fixedly connected with the insulation sleeve on the first holder, and the described second intermediate plate of energizing is fixedly connected with the insulation sleeve on the second holder, The insulating trip, which is respectively installed in first, energizes and energizes between intermediate plate and the second holder between intermediate plate and the first holder with second, institute State spring be respectively installed between the first holder and the side position of clamp and another side portion position of the second holder and clamp it Between.

As preferred embodiment, the drive sprocket rotation drive device includes divider and divider pedestal, institute The top that divider is installed in installation panel by divider pedestal is stated, inputting shaft one end of the divider is passed by divider Dynamic component and transmission main shaft motor-driven are sequentially connected, and the force-output shaft of the divider is connected with drive sprocket.

As preferred embodiment, the divider transmission component includes the first divider sprocket wheel, the second divider chain Wheel and divider driving chain, the first divider sprocket wheel are installed in inputting shaft one end of divider, second divider Sprocket wheel is installed on transmission main shaft, and the divider driving chain is sleeved on the first divider sprocket wheel and the second divider sprocket wheel On.

It is described to energize that press from both sides feeding and open folder driving device include that feeding opens folder driving cylinder and upper as preferred embodiment Expect that cylinder mounting plate, the feeding are opened folder driving cylinder and be installed in driven sprocket mounting base by feeding cylinder mounting plate.

As preferred embodiment, it includes that folder mounting base, discharging are opened in discharging that folder driving device is opened in the folder discharging of energizing Open folder sliding block, folder guide rail is opened in discharging, fixture block is opened in discharging, folder top is opened in discharging, folder sliding chute seat is opened in discharging, folder swing rod, pendulum are opened in discharging Bar installation axle, discharging open folder bearing, swing rod roller and discharging and open folder cam, and the discharging opens folder sliding block and opens folder installation by discharging Seat is installed in the side of divider, and folder guide rail is opened in the discharging and discharging opens folder sliding block and is slidably connected, and the discharging is opened folder and come directly towards Energized one end of folder by discharging to open fixture block and be installed in discharging and open folder guide rail towards sub-prime, the discharging open one end of folder swing rod with The swing rod installation axle for being installed in divider side is hinged, and the swing rod roller is installed in the other end that folder swing rod is opened in discharging, institute State swing rod roller be placed in be installed in discharging open folder guide rail on discharging open press from both sides sliding chute seat longitudinal chute in, folder axis is opened in the discharging Hold be installed in rotation on discharging open folder swing rod on, it is described discharging open folder cam be installed in divider inputting shaft the other end simultaneously Folder bearing can be opened with discharging to be in contact, and open folder top to open folder swing rod by discharging and discharging is driven to open the discharging on folder guide rail It energizes the direction transverse shifting of folder toward close to or far from sub-prime.

As preferred embodiment, the probe cross sliding driving device includes the first probe actuation swing arm, the second probe Drive swing arm, driving swing arm seat, master pendulum arm, master pendulum arm seat, master pendulum arm roller and the traversing driving cam of probe, the driving swing arm Seat and master pendulum arm seat are respectively installed in the bottom of installation panel, and the master pendulum arm is hinged with master pendulum arm seat, first probe Driving swing arm, the second probe actuation swing arm are hinged with corresponding driving swing arm seat respectively, the first probe actuation pendulum The upper end of arm passes through installation panel and is hinged with the link block on one of probe Mobile base, the first probe actuation swing arm Lower end and one end of master pendulum arm be hinged, the upper end of the second probe actuation swing arm passes through installation panel and another probe Link block on Mobile base is hinged, and the lower end of the second probe actuation swing arm and one end of master pendulum arm are hinged, the master Swing arm roller is installed in the other end of master pendulum arm, and the traversing driving cam of probe is installed in transmission main shaft motor-driven On, the traversing driving cam of probe can be in contact with master pendulum arm roller to drive master pendulum arm to swing, to pass through master pendulum arm The first probe actuation swing arm and the second probe actuation swing arm is driven inwardly to swing or swing out.

As preferred embodiment, it is installed between the driven sprocket mounting base and drive sprocket rotation drive device Support bracket, the upper end of the Support bracket, which is installed with to energize, presss from both sides upper pallet, and the lower end of the Support bracket is installed with folder of energizing Bottom bracket, described energize press from both sides the lower end inside of bottom bracket and are installed with several horizontally-arranged settings and clamp roll is dynamic to match for energizing with sub-prime The support of conjunction presss from both sides bearing.

As preferred embodiment, it is installed with safety guard respectively on two probe Mobile bases.

Compared with prior art, the utility model has the beneficial effects that:

Reasonable in design, the stable and reliable operation of the utility model, during capacitor element is transported i.e. Energising operation can be carried out to it simultaneously, without human intervention, time saving and energy saving, work efficiency is high, reduces production cost, can meet The large-scale production requirement of enterprise.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is this Some embodiments of utility model, for those of ordinary skill in the art, without creative efforts, also Other drawings may be obtained according to these drawings without any creative labor.

Fig. 1 is that big pin pitch provided by the utility model is energized the structural schematic diagram one of chain delivery machanism；

Fig. 2 is that big pin pitch provided by the utility model is energized the structural schematic diagram two of chain delivery machanism；

Fig. 3 is the structural schematic diagram of probe Mobile base and probe provided by the utility model；

Fig. 4 be big pin pitch provided by the utility model energize chain delivery machanism one end part schematic enlarged-scale view；

Fig. 5 be big pin pitch provided by the utility model energize chain delivery machanism other end position schematic enlarged-scale view；

Fig. 6 is the exploded view that folder driving device is opened in folder discharging provided by the utility model of energizing；

Fig. 7 is that sub-prime provided by the utility model is energized the structural schematic diagram of folder；

Fig. 8 is that sub-prime provided by the utility model is energized the exploded view of folder；

Fig. 9 is the structural schematic diagram of probe cross sliding driving device provided by the utility model, transmission main shaft and motor；

Figure 10 is the enlarged drawing that support folder bearing and sub-prime provided by the utility model are energized when pressing from both sides sliding contact.

Specific embodiment

It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Based on the implementation in the utility model Example, every other embodiment obtained by those of ordinary skill in the art without making creative efforts belong to The range of the utility model protection.

Please refer to Fig. 1, Fig. 2 and Fig. 3, the embodiments of the present invention, which provide a kind of sub-prime, energizes and position the big of feeder Pin pitch is energized chain delivery machanism, including installation panel 1, drive sprocket 2, driven sprocket 3, driven sprocket mounting base 4, main conveying Chain 5, the drive sprocket rotation drive device 6 for driving drive sprocket 2 to rotate, the sub-prime tax for clamp capacitance device sub-prime It can press from both sides 7, press from both sides feeding for opening sub-prime energizing for folder 7 of energizing in capacitor element feeding and open folder driving device 8, in electricity The energize folder discharging of energizing of folder 7 of sub-prime is opened when container sub-prime discharges opens folder driving device 9, for 7 connecting with sub-prime folder of energizing The probe 10 of touching, the probe Mobile base 11 for installing probe 10 and for driving probe Mobile base 11 is mobile to make probe 10 and element Son, which is energized, presss from both sides the 7 probe cross sliding driving devices 12 being in contact.

The each component part of the present embodiment is described in detail with reference to the accompanying drawing.

As shown in Figure 1, Figure 2 and Figure 4, drive sprocket rotation drive device 6 and driven sprocket mounting base 4 are respectively installed in peace The top of panel 1 is filled, the output shaft of drive sprocket rotation drive device 6 is connected with drive sprocket 2, and driven sprocket 3 passes through chain Wheel shaft 13 is installed in rotation in driven sprocket mounting base 4, and main conveyor chain 5 is sleeved on drive sprocket 2 and driven sprocket 3 On.

In the present embodiment, drive sprocket rotation drive device 6 includes divider 61 and divider pedestal 62, divider 61 The top of installation panel 1 is installed in by divider pedestal 62, inputting shaft one end of divider 61 passes through divider transmission component It is sequentially connected with the transmission main shaft 17 driven by motor 16, the force-output shaft of divider 61 is connected with drive sprocket 2, transmission main shaft 17 are installed in the bottom of installation panel 1 by main bearing seat 24.

As shown in Figure 2 and Figure 9, divider transmission component includes the first divider sprocket wheel 63,64 and of the second divider sprocket wheel Divider driving chain 65, the first divider sprocket wheel 63 are installed in inputting shaft one end of divider 61, the second divider sprocket wheel 64 It is installed on transmission main shaft 17, divider driving chain 65 is sleeved on the first divider sprocket wheel 63 and the second divider sprocket wheel 64 On.

When the motor sprocket 25 on the output shaft of motor 16 passes through the main shaft on the drive transmission main shaft 17 of main transmission chain 26 When sprocket wheel 27 rotates, the second divider sprocket wheel 64 is also rotated with, and the second divider sprocket wheel 64 can pass through divider transmission chain Item 65 drives the rotation of the first divider sprocket wheel 63, to make divider 61 that the main conveyor chain 5 on drive sprocket 2 be driven to do the inverse time The intermittent rotary motion of needle.

Certainly, according to actual needs, in other embodiments, divider transmission component can also use belt pulley+belt The kind of drive or gear set the kind of drive.Drive sprocket rotation drive device 6 can also use the drive of motor+speed reducer Flowing mode, non-the present embodiment are limited.

As depicted in figs. 1 and 2, sub-prime is energized folder 7 equipped with several and is equally spaced installed on main conveyor chain 5, edge Main conveyor chain 5 is uniformly distributed.

Specifically, as shown in Figure 7 and Figure 8, sub-prime energize folder 7 include clamp 71, the first slide bar 72, the second slide bar 73, Spring 74, the first holder 75, the second holder 76, linkage driving lever 77, insulating trip 78, insulation sleeve 79, first are energized intermediate plate 710 and the Two energize intermediate plate 711, and clamp 71 is installed on the corresponding chain link pin shaft 51 of main conveyor chain 5, the first slide bar 72 and the second slide bar 73 are movably arranged on clamp 71 and parallel to each other, and the side of clamp 71 is stretched out in one end of the first slide bar 72 under normal conditions, and first Slide bar 72 is fixedly connected with the first holder 75 and passes through the second holder 76, and clamp 71 is stretched out in one end of the second slide bar 73 under normal conditions The other side, the second slide bar 73 is fixedly connected with the second holder 76 and passes through the first holder 75, the axis body position for the driving lever 77 that links It is installed in rotation on clamp 71 and (has hole location), the both ends of linkage driving lever 77 pass through shift lever axis 712 and the first holder 75 respectively Bottom and the bottom of the second holder 76 be hinged, the first intermediate plate 710 of energizing passes through the insulation sleeve on screw and the first holder 75 79 are fixedly connected, and the second intermediate plate 711 of energizing is fixedly connected by screw with the insulation sleeve 79 on the second holder 76, and insulating trip 78 divides It it is not installed in first energizes and energize between intermediate plate 711 and the second holder 76 between intermediate plate 710 and the first holder 75 with second, first It energizes intermediate plate 710 and the second intermediate plate 711 of energizing is made of conductive metal material, spring 74 is respectively installed in the first holder 75 and folder Between the side position of body 71 between the second holder 76 and another side portion position of clamp 71.Under the action of the spring, first It energizes intermediate plate 710 and the second intermediate plate 711 of energizing is able to maintain under normal conditions in clamp position.

As shown in Figure 2 and Figure 4, it energizes to press from both sides feeding and open folder driving device 8 and is located at the feed end side of main conveyor chain 5, tax It includes that feeding opens folder driving cylinder 81 and feeding cylinder mounting plate 82 that feeding, which can be pressed from both sides, and open folder driving device 8, and feeding opens folder driving gas Cylinder 81 is installed in driven sprocket mounting base 4 by feeding cylinder mounting plate 82.

When capacitor element energizes by sub-prime the feed mechanism for positioning feeder or the conveying of other mechanisms comes, feeding is opened Folder driving cylinder 81 output shaft can stretch out, by the sub-prime for just running to feeding station energize folder 7 the first slide bar 72 it is past Other side ejection, the first intermediate plate 710 of energizing that the first slide bar 72 is able to drive on the first holder 75 at this time is mobile toward the other side, and And under the transmission effect of linkage driving lever 77, second on the second holder 76 energizes intermediate plate 711 also can be mobile toward opposite side, this Sample first energize intermediate plate 710 and second energize intermediate plate 711 opening.It is resetted when the output shaft that feeding opens folder driving cylinder 81 retracts When, under the action of the spring, first energizes intermediate plate 710 and the second intermediate plate 711 of energizing clamps the capacitor element that comes of conveying.

As shown in Fig. 1, Figures 5 and 6, the discharge end side that folder driving device 9 is located at main conveyor chain 5 is opened in folder discharging of energizing, Folder discharging of energizing opens folder driving device 9 and includes that folder mounting base 91 is opened in discharging, folder sliding block 92 is opened in discharging, folder guide rail 93 is opened in discharging, goes out Material opens fixture block 94, discharging to open to press from both sides comes directly towards 95, discharges and open folder sliding chute seat 96, discharge to open and press from both sides swing rod 97, swing rod installation axle 98, discharge and open Folder bearing 99, swing rod roller 910 and discharging open folder cam 911, and discharging, which opens folder sliding block 92 and opens folder mounting base 91 by discharging, installs In the side of divider 61, folder guide rail 93 is opened in discharging and discharging opens folder sliding block 92 and is slidably connected, and discharging opens folder top 95 by out Material open fixture block 94 be installed in discharging open folder guide rail 93 towards sub-prime energize folder 7 one end, discharging open folder swing rod 97 one end and dress The swing rod installation axle 98 for being located at 61 side of divider is hinged, and swing rod roller 910 is installed in the other end that folder swing rod 97 is opened in discharging, Swing rod roller 910 is placed in the discharging for being installed in and discharging and opening on folder guide rail 93 and opens in the longitudinal chute of folder sliding chute seat 96, and folder is opened in discharging Bearing 99 is installed in rotation on discharging and opens on folder swing rod 97, and the inputting shaft that folder cam 911 is installed in divider 61 is opened in discharging The other end and can be opened with discharging folder bearing 99 be in contact, thus by discharging open folder swing rod 97 drive discharging open folder guide rail 93 on Discharging open folder top 95 toward close to or far from sub-prime energize folder 7 direction transverse shifting.

When the sub-prime for being clamped with capacitor element energize folder 7 run to discharging station when, divider 61 is able to drive discharging Open folder cam 911 touch discharging open folder swing rod 97 on discharging open folder bearing 99, make discharging open folder swing rod 97 swing, to drive The discharging that folder 93 one end of guide rail is opened in discharging open folder top 95 toward close to sub-primes energize folder 7 direction it is mobile, sub-prime is energized and presss from both sides 7 First slide bar 72 is ejected toward the other side, and the first intermediate plate 710 of energizing that the first slide bar 72 is able to drive on the first holder 75 at this time is past The other side is mobile, and under the transmission effect of linkage driving lever 77, and second on the second holder 76 energizes intermediate plate 711 also can be toward phase Anti- side is mobile, and the such first intermediate plate 710 of energizing can be opened mutually with the second intermediate plate 711 of energizing, and sub-prime is allowed to energize in positioning The sub-prime disk works of material machine or other mechanisms, which clamp capacitor element, is transplanted on other subsequent stations.

According to actual needs, in another embodiment, folder discharging of energizing is opened folder driving device 9 and can also be used and folder of energizing Feeding opens the folder identical structure of driving device 8.Certainly, in other embodiments, discharging open folder guide rail 93 can also be by cylinder band It is dynamic, it is driven without divider.

As shown in figures 1 and 3, there are two the settings of probe Mobile base 11 and before being arranged in parallel in the lower section of main conveyor chain 5 Two sides afterwards, two probe Mobile bases 11 are installed the probe on panel 1 and traversing led with being installed in by the traversing sliding block 14 of probe respectively Rail 15 is slidably connected, and probe 10 is uniformly installed in the opposite side of two probe Mobile bases 11 along the length direction of probe Mobile base 11 On face, the position of probe 10 is energized with sub-prime, and the position of folder 7 is corresponding, and probe cross sliding driving device 12 is moved with two probes respectively Dynamic seat 11 is sequentially connected and the probe 10 that is able to drive on two probe Mobile bases 11 is energized the side of folder 7 toward close to or far from sub-prime To transverse shifting.When it is implemented, probe 10 on two probe Mobile bases 11 can pass through conducting wire and charge power supply respectively Anode is connected with cathode, can also be connected with the anode and cathode of charge-discharge test instrument.

As shown in figure 9, specifically, probe cross sliding driving device 12 includes L-shaped first probe actuation swing arm 121, L shape The second probe actuation swing arm 122, driving swing arm seat 123, master pendulum arm 124, master pendulum arm seat 125, master pendulum arm roller 126 and probe Traversing driving cam 127 drives swing arm seat 123 and master pendulum arm seat 125 to be respectively installed in the bottom of installation panel 1, master pendulum arm 124 Be hinged with master pendulum arm seat 125, the first probe actuation swing arm 121, the second probe actuation swing arm 122 respectively with corresponding drive Movable pendulum arm seat 123 is hinged, and the upper end of the first probe actuation swing arm 121 passes through installation panel 1 and one of probe Mobile base Link block 18 on 11 is hinged, and the lower end of the first probe actuation swing arm 121 and one end of master pendulum arm 124 are hinged, and second visits The upper end of needle driving swing arm 122 passes through installation panel 1 and is hinged with the link block 18 on another probe Mobile base 11, and second visits The lower end of needle driving swing arm 122 and one end of master pendulum arm 124 are hinged, and master pendulum arm roller 126 is installed in the another of master pendulum arm 124 End, the traversing driving cam 127 of probe are installed on the transmission main shaft 17 driven by motor 16, traversing 127 energy of driving cam of probe It is enough to be in contact with master pendulum arm roller 126 to drive master pendulum arm 124 to swing, to drive the first probe actuation by master pendulum arm 124 Swing arm 121 and the second probe actuation swing arm 122 inwardly swing or swing out, to drive probe Mobile base 11 mobile.

When the sub-prime for being clamped with capacitor element energize folder 7 run to energize station when, in probe cross sliding driving device 12 The first probe actuation swing arm 121 and the second probe actuation swing arm 122 drive under, the probe 10 on two probe Mobile bases 11 It can be toward the direction transverse shifting for pressing from both sides 7 of energizing close to sub-prime, when the probe 10 on one of probe Mobile base 11 is assigned with sub-prime 7 the first intermediate plate 710 of energizing can be pressed from both sides to be in contact and the probe 10 on another probe Mobile base 11 and sub-prime energize the of folder 7 Two energize intermediate plate 711 when being in contact, and electricity can be filled into capacitor element by probe 10 or will by probe 10 Electricity in capacitor element is drawn.

In the present embodiment, probe cross sliding driving device 12 can share one with drive sprocket rotation drive device 6 and move Power source (i.e. motor 9), can save energy consumption, reduce the manufacturing cost of equipment.Certainly, according to actual needs, the traversing drive of probe Dynamic device 12 can also be driven using independent power source.In addition, in other embodiments, probe cross sliding driving device 12 The driving assembly that can also be directly disposed as cylinder or be made of motor, screw rod and feed screw nut, as long as being able to drive two 11 transverse shifting of probe Mobile base, that is, implementable, non-the present embodiment is limited.

As shown in Figure 1, being installed with safety guard 23 respectively on two probe Mobile bases 11, which is located at probe 10 Wiring position at, rise protective action.

It can be with as shown in Figure 1, Figure 2 and shown in Figure 10, between driven sprocket mounting base 4 and drive sprocket rotation drive device 6 It is installed with Support bracket 19, the upper end of Support bracket 19, which is installed with to energize, presss from both sides upper pallet 20, this, which is energized, presss from both sides upper pallet 20 and can hold The sub-prime positioned at main 5 upper end of conveyor chain is ask to energize folder 7, when the folder 7 of energizing of the sub-prime on main conveyor chain 5 rotates to folder of energizing When 20 top of upper pallet, energize press from both sides upper pallet 20 can energize with sub-prime folder 7 71 side sliding contact of clamp.

Preferably, the lower end of Support bracket 19, which can also be installed with, presss from both sides bottom bracket 21 positioned at energizing for middle part, energize under folder The lower end inside of bracket 21 is installed with several horizontally-arranged settings and the folder 7 that is used to energize with sub-prime rolls the support cooperated and presss from both sides bearing 22. When the sub-prime on main conveyor chain 5 energize folder 7 rotate to support folder bearing 22 when, support folder bearing 22 can energize folder 7 with sub-prime 71 side sliding contact of clamp.

It should be noted that charge power supply described in the present embodiment and charge-discharge test instrument are that big pin pitch is energized chain type External device other than conveying mechanism can be purchased from market, can be to be any on the market at present, as long as can be to electricity The realization of container sub-prime, which is charged, or charge and discharge is electrically operated to implement.Motor in addition, big pin pitch is energized in chain delivery machanism and/or Cylinder can respectively with the controllers such as common control cabinet, control flow, computer are electrically connected on the market at present.

In conclusion the utility model is reasonable in design, stable and reliable operation is transported in capacitor element Energising operation can be carried out to it simultaneously in the process, without human intervention, time saving and energy saving, work efficiency is high, reduces and is produced into This, can meet the large-scale production requirement of enterprise.

Above-described embodiment is the preferable embodiment of the utility model, but the embodiments of the present invention is not by above-mentioned The limitation of embodiment, it is made under other any spiritual essence and principles without departing from the utility model to change, modify, replacing In generation, simplifies combination, should be equivalent substitute mode, is included within the protection scope of the utility model.

Claims (9)

1. a kind of sub-prime energizes and positions the big pin pitch of feeder and energize chain delivery machanism, it is characterised in that: including installing panel (1), drive sprocket (2), driven sprocket (3), driven sprocket mounting base (4), main conveyor chain (5), for driving drive sprocket (2) rotate drive sprocket rotation drive device (6), for clamp capacitance device sub-prime sub-prime energize folder (7), be used in capacitor When device sub-prime feeding open sub-prime energize folder (7) energize press from both sides feeding open folder driving device (8), for capacitor element discharging When open the energize folder discharging of energizing of folder (7) of sub-prime and open and press from both sides driving device (9), for energizing the spy that folder (7) is in contact with sub-prime Needle (10), the probe Mobile base (11) for installing probe (10) and for drive probe Mobile base (11) movement make probe (10) It energizes the probe cross sliding driving device (12) that folder (7) is in contact with sub-prime, the drive sprocket rotation drive device (6) and driven Sprocket wheel mounting base (4) is respectively installed in the top of installation panel (1), the output shaft of the drive sprocket rotation drive device (6) It is connected with drive sprocket (2), the driven sprocket (3) is installed in rotation on driven sprocket mounting base by sprocket shaft (13) (4) on, the main conveyor chain (5) is sleeved on drive sprocket (2) and driven sprocket (3), and sub-prime folder (7) of energizing is equipped with Several are simultaneously uniformly installed on main conveyor chain (5), it is described energize press from both sides feeding open folder driving device (8) be located at main conveyor chain (5) the discharge end side that folder driving device (9) is located at main conveyor chain (5), institute are opened in feed end side, the folder discharging of energizing The lower section front and rear sides of main conveyor chain (5) are stated there are two probe Mobile base (11) settings and are arranged in parallel in, two probes move Dynamic seat (11) are connected by the traversing sliding block of probe (14) with the traversing guide rail of probe (15) sliding being installed in installation panel (1) respectively It connects, the probe is uniformly installed in the opposite flank of two probe Mobile bases (11) along the length direction of probe Mobile base (11) On, the probe cross sliding driving device (12) is sequentially connected with two probe Mobile bases (11) respectively and is able to drive two probes Probe (10) on Mobile base (11) is energized the direction transverse shifting of folder (7) toward close to or far from sub-prime.

2. sub-prime according to claim 1 energizes and positions the big pin pitch of feeder and energize chain delivery machanism, feature exists In: sub-prime folder (7) of energizing include clamp (71), the first slide bar (72), the second slide bar (73), spring (74), the first holder (75), the second holder (76), linkage driving lever (77), insulating trip (78), insulation sleeve (79), first are energized intermediate plate (710) and second It energizes intermediate plate (711), the clamp (71) is installed on the corresponding chain link pin shaft (51) of main conveyor chain (5), and described first is sliding Bar (72) and the second slide bar (73) are movably arranged on clamp (71) and parallel to each other, and one end of first slide bar (72) is normal The side of clamp (71) is stretched out under state, first slide bar (72) is fixedly connected with the first holder (75) and passes through the second holder (76), the other side of clamp (71) is stretched out in one end of second slide bar (73) under normal conditions, second slide bar (73) and the Two holders (76) are fixedly connected and pass through the first holder (75), and the axis body position of linkage driving lever (77) is installed in rotation on On clamp (71), the both ends of linkage driving lever (77) pass through the bottom and the of shift lever axis (712) and the first holder (75) respectively The bottom of two holders (76) is hinged, and the described first insulation sleeve (79) energized on intermediate plate (710) and the first holder (75) is fixed Connection, the described second intermediate plate (711) of energizing are fixedly connected with the insulation sleeve (79) on the second holder (76), the insulating trip (78) First is respectively installed in energize between intermediate plate (710) and the first holder (75) and second energizes intermediate plate (711) and the second holder (76) between, the spring (74) is respectively installed between the first holder (75) and the side position of clamp (71) and the second holder (76) between another side portion position of clamp (71).

3. sub-prime according to claim 1 energizes and positions the big pin pitch of feeder and energize chain delivery machanism, feature exists In: the drive sprocket rotation drive device (6) includes divider (61) and divider pedestal (62), and the divider (61) is logical Excessive cutter pedestal (62) is installed in the top of installation panel (1), and inputting shaft one end of the divider (61) passes through divider Transmission component is sequentially connected with the transmission main shaft (17) driven by motor (16), the force-output shaft and drive chain of the divider (61) Wheel (2) is connected.

4. sub-prime according to claim 3 energizes and positions the big pin pitch of feeder and energize chain delivery machanism, feature exists In: the divider transmission component includes the first divider sprocket wheel (63), the second divider sprocket wheel (64) and divider transmission chain Item (65), the first divider sprocket wheel (63) are installed in inputting shaft one end of divider (61), the second divider sprocket wheel (64) it is installed on transmission main shaft (17), the divider driving chain (65) is sleeved on the first divider sprocket wheel (63) and second On divider sprocket wheel (64).

5. sub-prime according to claim 1 energizes and positions the big pin pitch of feeder and energize chain delivery machanism, feature exists In: it is described to energize that press from both sides feeding and open folder driving device (8) include that feeding opens folder driving cylinder (81) and feeding cylinder mounting plate (82), The feeding is opened folder driving cylinder (81) and is installed on driven sprocket mounting base (4) by feeding cylinder mounting plate (82).

6. sub-prime according to claim 4 energizes and positions the big pin pitch of feeder and energize chain delivery machanism, feature exists In: it includes that folder mounting base (91) is opened in discharging, folder sliding block (92) is opened in discharging, discharging that folder driving device (9) is opened in the folder discharging of energizing Open folder guide rail (93), fixture block (94) is opened in discharging, folder top (95) is opened in discharging, folder sliding chute seat (96) is opened in discharging, folder swing rod is opened in discharging (97), swing rod installation axle (98), folder bearing (99) is opened in discharging, folder cam (911) is opened in swing rod roller (910) and discharging, it is described out Material opens folder sliding block (92) and opens the side that folder mounting base (91) is installed in divider (61) by discharging, and folder guide rail is opened in the discharging (93) it opens folder sliding block (92) with discharging to be slidably connected, the discharging opens folder top (95) and opens fixture block (94) by discharging and be installed in out Material opens folder guide rail (93) and energizes one end of folder (7) towards sub-prime, and the discharging opens one end of folder swing rod (97) and is installed in segmentation The swing rod installation axle (98) of device side is hinged, and the swing rod roller (910) is installed in the other end that folder swing rod (97) is opened in discharging, The swing rod roller (910) be placed in be installed in discharging open folder guide rail (93) on discharging open folder sliding chute seat (96) longitudinal chute In, it is described discharging open folder bearing (99) be installed in rotation on discharging open folder swing rod (97) on, it is described discharging open folder cam (911) It is installed in the other end of the inputting shaft of divider (61) and folder bearing (99) can be opened with discharging and be in contact, to be opened by discharging Folder swing rod (97) drives discharging to open the discharging on folder guide rail (93) and open folder top (95) and energizes folder (7) toward close to or far from sub-prime Direction transverse shifting.

7. sub-prime according to claim 1 energizes and positions the big pin pitch of feeder and energize chain delivery machanism, feature exists In: the probe cross sliding driving device (12) includes the first probe actuation swing arm (121), the second probe actuation swing arm (122), drives Movable pendulum arm seat (123), master pendulum arm (124), master pendulum arm seat (125), master pendulum arm roller (126) and the traversing driving cam of probe (127), driving swing arm seat (123) and master pendulum arm seat (125) are respectively installed in the bottom of installation panel (1), the main pendulum Arm (124) is hinged with master pendulum arm seat (125), the first probe actuation swing arm (121), the second probe actuation swing arm (122) It is hinged respectively with corresponding driving swing arm seat (123), the upper end of the first probe actuation swing arm (121) passes through installation Panel (1) is hinged with the link block (18) on one of probe Mobile base (11), the first probe actuation swing arm (121) Lower end and one end of master pendulum arm (124) be hinged, the upper end of the second probe actuation swing arm (122) passes through installation panel (1) it is hinged with the link block (18) on another probe Mobile base (11), the lower end of the second probe actuation swing arm (122) It is hinged with one end of master pendulum arm (124), the master pendulum arm roller (126) is installed in the other end of master pendulum arm (124), the spy Traversing driving cam (127) of needle is installed on the transmission main shaft (17) driven by motor (16), the traversing driving cam of probe (127) it can be in contact with master pendulum arm roller (126) to drive master pendulum arm (124) to swing, to be driven by master pendulum arm (124) First probe actuation swing arm (121) and the second probe actuation swing arm (122) inwardly swing or swing out.

8. sub-prime according to claim 1 energizes and positions the big pin pitch of feeder and energize chain delivery machanism, feature exists In: it is installed with Support bracket (19) between the driven sprocket mounting base (4) and drive sprocket rotation drive device (6), it is described The upper end of Support bracket (19) is installed with to energize and press from both sides upper pallet (20), and the lower end of the Support bracket (19), which is installed with, energizes under folder Bracket (21), described energize press from both sides the lower end inside of bottom bracket (21) and are installed with several horizontally-arranged settings and for energizing folder with sub-prime (7) support for rolling cooperation presss from both sides bearing (22).

9. sub-prime according to claim 1 energizes and positions the big pin pitch of feeder and energize chain delivery machanism, feature exists In: it is installed with safety guard (23) respectively on two probe Mobile bases (11).