CN209168958U - It is a kind of to contain dipping machine for alminium electrolytic condenser guide pin sub-prime - Google Patents

Abstract

Contain dipping machine for alminium electrolytic condenser guide pin sub-prime the utility model discloses a kind of, including board, it further include four station rotary feeding devices being longitudinally disposed in the middle part of the board, it is set in turn in the feeding device on the board in the counterclockwise direction around the four station rotaries feeding device, heating, drying device, dipping device and blanking device, the four station rotaries feeding device includes the clamp assemblies being set to above the board, elevating mechanism set on the rotating mechanism of the clamp assemblies lower end and set on the rotating mechanism side, the clamp assemblies include in the corresponding feeding device of " ten " word distribution, heating, drying device, dipping device, blanking device is set to the impregnation cylinder cap above board, several guide pin sub-primes for being set to the sprocket wheel transmission mechanism of the impregnation cylinder cap lower end surface and being arranged on the sprocket wheel transmission mechanism Placing clamp.The utility model more saves labour turnover under the premise of guaranteeing product quality, greatly improves production efficiency and yield.

Description

It is a kind of to contain dipping machine for alminium electrolytic condenser guide pin sub-prime

Technical field

The utility model relates to field of capacitor manufacture, in particular to a kind of impregnation for alminium electrolytic condenser guide pin sub-prime Machine.

Background technique

Impregnation technology is widely used in: the infiltration of manufacture electronic component, composite material and other porous material micropores. Impregnation working process is will to be impregnated with medium using impregnation medium using certain means and penetrate into parts to be processed, and have part There is certain special role.

Traditional impregnation equipment, the especially impregnation equipment of electrolytic capacitor guide pin sub-prime are impregnated with although using injection pressure Technique makes impregnation and quality increase, but by artificial loading, blanking, exist long impregnation time and bad control, Processing efficiency is low, the bad guarantee of quality, energy consumption is high, to impregnation media fluid, there are certain secondary pollutions, and due to processing Low efficiency will also overstock a period of time before the sub-prime being impregnated with to next assembling procedure, to influence product quality.

Summary of the invention

The purpose of this utility model is that in view of the above-mentioned problems, providing a kind of containing for alminium electrolytic condenser guide pin sub-prime Dipping machine.

The utility model technical solution used for the above purpose are as follows:

It is a kind of to contain dipping machine, including board for alminium electrolytic condenser guide pin sub-prime, it further include being longitudinally disposed at the board The four station rotary feeding devices at middle part are set in turn in this around the four station rotaries feeding device in the counterclockwise direction Feeding device, heating, drying device, dipping device and blanking device on board, the four station rotaries feeding device include setting It is placed in the clamp assemblies above the board, the liter set on the rotating mechanism of the clamp assemblies lower end and set on the rotating mechanism side Descending mechanism, the clamp assemblies include in the corresponding feeding device of " ten " word distribution, heating, drying device, dipping device, under Material device is set to impregnation cylinder cap above board, is set to the sprocket wheel transmission mechanism of the impregnation cylinder cap lower end surface and is arranged and exists Several guide pin sub-prime placing clamps on the sprocket wheel transmission mechanism.

Preferably, the four station rotaries feeding device further includes pedestal and can be set on the pedestal up or down Lifting seat, the rotating mechanism include the first rotating electric machine and the rotating seat for being rotatably arranged in the lifting seat upper end, and described The output shaft of one rotating electric machine is longitudinally set on the pedestal upward, under the output shaft of first rotating electric machine and the rotating seat End connection, the clamp assemblies are fixed on the rotating seat upper end, and the elevating mechanism includes the first lifting cylinder and is fixed on Lifter plate on the pedestal, the cylinder axis of first lifting cylinder are longitudinally set to the lifting seat lower end downward, this first The cylinder axis of lifting cylinder is connect with the lifter plate.

Preferably, the feeding device includes loading assemblies and the caching component set on the loading assemblies right end, it is described Caching component includes feeding seat and the feeding conveyer belt on the feeding seat, and feeding seat left end is provided with feeding work Position, the feeding station, which includes feeding platform and cylinder axis, opens gas enclosure cylinder towards left transverse direction is set to above the feeding platform first, described Feeding conveyer belt is bypassed from the feeding platform left side, described for pushing open in being connected on first cylinder axis for opening gas enclosure cylinder The first of guide pin sub-prime placing clamp opens folder pushing block.

Preferably, the loading assemblies include feeding unit material, on the conveying unit that seats up and seated up on this, institute Stating feeding unit material includes output shaft longitudinally disposed the first feeding motor and the first lead screw transmission mechanism downward, first feeding Motor, the first lead screw transmission mechanism pass through synchronous band connection, it is described on seat up left end and connect with first lead screw transmission mechanism, institute Stating conveying unit includes output shaft towards right the second feeding motor and the second lead screw transmission mechanism being laterally arranged, second feeding The output shaft of motor is connect with the second lead screw transmission mechanism by shaft joint, is corresponded on described in second lead screw transmission mechanism Material platform is provided with feed collet.

Preferably, the heating, drying device include connected by heating pipe the heating box for forming circulating-heating channel and Air blower, the heating box are set on the board, and the impregnation cylinder cap is placed on the heating box, and forms the heating box Confined space, close to air blower setting, there are two heat-generating pipes in the heating pipe, between the heating box, air blower Air adjustment actuator is respectively arranged on heating pipe and on the heating pipe of the heating box lower end.

Preferably, the dipping device includes the impregnation cylinder body being set on the board, can be set to up or down Liquid disk in the impregnation cylinder body, the cylinder cap retaining mechanism for driving cylinder and being set on the impregnation cylinder body, the impregnation cylinder body On the board, vacuum tube, liquid-in pipe and cylinder respiratory siphon, the gas of the driving cylinder are connected in the impregnation cylinder base Cylinder shaft longitudinally runs through upward is set to the impregnation cylinder base, and connect with the liquid pan bottom, and the impregnation cylinder cap passes through institute It states cylinder cap retaining mechanism to be placed on the impregnation cylinder body, the impregnation cylinder body is made to form confined space.

Preferably, the blanking device includes imbibition guide component and the blanking group set on the imbibition guide component front end Part, the imbibition guide component include being longitudinally disposed at straight line cylinder below the board, being longitudinally disposed at the straight line cylinder Cylinder axis on correcting pneumatic clamper and liquid sucting mechanism, in corresponding to guide pin sub-prime placing clamp setting on the rest shoe of the correcting pneumatic clamper There is correcting fixture, the liquid sucting mechanism is set to below the correcting fixture.

Preferably, the blanking component includes the blanking seat being set on the board, is set to the blanking base rear end Discharge channel, the feeding clip mechanism in the discharge channel and the corresponding guide pin sub-prime placing clamp be set to above the feeding clip mechanism Second open gas enclosure cylinder, which is laterally set on the blanking seat backwards, second opens gas enclosure in this It is connected with second for pushing the guide pin sub-prime placing clamp open on the cylinder axis of cylinder and opens folder pushing block.

The utility model has the following beneficial effects: the present invention is realized on full automatic by four station rotary feeding devices of setting Material, drying, impregnation and blanking procedure, and four processes are combined together synchronous progress, contain dipping machine compared to traditional, is guaranteeing It under the premise of product quality, more saves labour turnover, greatly improves production efficiency and yield.

With reference to the accompanying drawing with embodiment, the present invention will be further described.

Detailed description of the invention

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

Fig. 2 is the structural schematic diagram B of the utility model；

Fig. 3 is the structural schematic diagram of four station rotary feeding devices in the utility model；

Fig. 4 is the structural schematic diagram of the impregnation cylinder cap of four station rotary feeding devices in the utility model；

Fig. 5 is the structural schematic diagram of the loading assemblies of feeding device in the utility model；

Fig. 6 is the structural schematic diagram of the caching component of feeding device in the utility model；

Fig. 7 is the structural schematic diagram of heating, drying device in the utility model；

Fig. 8 is the structural schematic diagram of dipping device removal impregnation cylinder body in the utility model；

Fig. 9 is the structural schematic diagram of blanking device in the utility model.

Specific embodiment

As shown in Figures 1 to 9, a kind of to contain dipping machine, including machine for alminium electrolytic condenser guide pin sub-prime in the present embodiment Platform further includes being longitudinally disposed at four station rotary feeding devices 1 in the middle part of the board, around the four station rotaries conveying Device 1 is set in turn in feeding device 2, heating, drying device 3, dipping device 4 and blanking on the board in the counterclockwise direction Device 5, the four station rotaries feeding device 1 include being set to clamp assemblies 10 above the board, being set to the clamp assemblies The rotating mechanism 11 of 10 lower ends and elevating mechanism 12 set on 11 side of rotating mechanism, the clamp assemblies 10 include be in " ten " The corresponding feeding device 2 of word distribution, heating, drying device 3, dipping device 4, blanking device 5 are set to the impregnation above board Cylinder cap 100, the sprocket wheel transmission mechanism 101 for being set to 100 lower end surface of impregnation cylinder cap and setting are in the sprocket wheel transmission mechanism 101 On several guide pin sub-prime placing clamps 102.

Specifically, the quantity for being impregnated with cylinder cap 100 is four.

Specifically, guide pin sub-prime placing clamp 102 includes gripper seat, opens and closes the first clamp and second being arranged in gripper seat Clip, extends transversely through the chain connecting screw hole for being provided with and connecting with sprocket wheel transmission mechanism 101 at the top of gripper seat, first clamp and the Two clip structures are identical, and intermeshing tooth block is provided in the middle part of first clamp, second clamp, clip base is facilitated to open, Flexible component between at the top of first clamp, the second clamp, is provided with protrusion in first clamp, second clamp top outer Portion, when in use, the lug boss for opening folder pushing block towards clip push, and guide pin sub-prime placing clamp 102 is opened, and sub-prime is from four works at this time Position rotation feeding device 1 unclamp, when open folder pushing block retract when, guide pin sub-prime placing clamp 102 closes under the action of elastomeric element, Sub-prime is clamped to four station rotary feeding devices 1 at this time；

Feeding device 2,5 side respective sprockets transmission mechanism 101 of blanking device are provided with chain wheel driving mechanism on board, Chain wheel driving mechanism includes servo motor, motor driver, bearing holder (housing, cover) and transmission main shaft, and bearing holder (housing, cover) side is provided with light inductance Answer device, when be impregnated with cylinder cap be transferred to feeding device 2, on blanking device 5 when, the transmission main shaft of chain wheel driving mechanism is butted on sprocket wheel biography On transfer mechanism 101, servo motor is started turning, so that drive sprocket transmission mechanism 101 works.

In the present embodiment, the four station rotaries feeding device 1 further includes pedestal and can be set to the pedestal up or down On lifting seat 13, the rotating mechanism 11 includes the first rotating electric machine 110 and is rotatably arranged in 13 upper end of lifting seat Rotating seat 111, the output shaft of first rotating electric machine 110 are longitudinally set on the pedestal upward, first rotating electric machine 110 Output shaft connect with 111 lower end of rotating seat, the clamp assemblies 10 are fixed on 111 upper end of rotating seat, the liter Descending mechanism 12 includes the first lifting cylinder 120 and the lifter plate 121 being fixed on the pedestal, first lifting cylinder 120 Cylinder axis be longitudinally set to 13 lower end of lifting seat downward, the cylinder axis of first lifting cylinder 120 and the lifter plate 121 connect It connects.

Specifically, be connected with speed reducer on the output shaft of the first rotating electric machine 110, the output shaft of speed reducer by bearing with Rotating seat 111 connects, so that four station rotary feeding devices 1 of control rotate counterclockwise；On the cylinder axis of first lifting cylinder 120 Lower extension and contraction control lifting seat 13 moves up and down, so that four station rotary feeding devices 1 be made to move up and down, convenient for loading and unloading and with add Heating drier 3, the cooperation processing of dipping device 4；When in use, the cylinder axially downwardly extending of the first lifting cylinder 120 makes first liter Sending down abnormally ascending cylinder 120 pushes up upwards, so that lifting seat 13 be made to move up, at this point, the output shaft of the first rotating electric machine 110 rotates, makes four Station rotary feeding device 1 rotates 90 °, and the cylinder axis of the first lifting cylinder 120 contracts upwards receives the first lifting cylinder 120 downwards It is tight mobile, so that lifting seat 13 be made to move down.

In the present embodiment, the feeding device 2 includes loading assemblies 20 and the caching group set on 20 right end of loading assemblies Part 21, the caching component 21 include feeding seat 210 and the feeding conveyer belt 211 on the feeding seat 210, the feeding 210 left ends of seat are provided with feeding station, and the feeding station includes that feeding platform 212 and cylinder axis towards left transverse direction are set to the feeding platform Gas enclosure cylinder 213 first is opened in 212 tops, and the feeding conveyer belt 211 is bypassed from 212 left side of feeding platform, in this first Open be connected on the cylinder axis of gas enclosure cylinder 213 for pushing the guide pin sub-prime placing clamp 102 open first open folder pushing block 214.

Specifically, feeding conveyer belt 211 is driven by sprocket wheel, is set on the lateral surface of feeding conveyer belt 211 by spacing distance It is equipped with several upper material positions for placing sub-prime.

In the present embodiment, the loading assemblies 20 include feeding unit material 200, on seat up 201 and seated up on 201 on this The conveying unit 202 of side, the feeding unit material 200 include output shaft longitudinally disposed the first feeding motor 2001 and first downward Lead screw transmission mechanism 2002, first feeding motor 2001, the first lead screw transmission mechanism 2002 pass through synchronous band connection, described On seat up 201 left ends and connect with first lead screw transmission mechanism 2002, the conveying unit 202 includes that output shaft is set towards right transverse direction The second feeding motor 2020 and the second lead screw transmission mechanism 2021 set, the output shaft and second of second feeding motor 2020 Lead screw transmission mechanism 2021 is connected by shaft joint, is set in corresponding to the feeding platform 212 in second lead screw transmission mechanism 2021 It is equipped with feed collet 2022.

Specifically, the first lead screw transmission mechanism 2002 includes the first screw rod and the first feed screw nut, and the first screw rod is longitudinally set It sets on board, is connected with synchronizing wheel in the first screw rod bottom, is connected with synchronizing wheel on the output shaft of the first feeding motor 2001, Two synchronizing wheels pass through synchronous band connection, and the first feed screw nut ring can be located on the first screw rod up or down, above seat up 201 left sides End is connect with the first feed screw nut；

On seat up and be provided with traversing seat and transverse cylinder on 201, the cylinder axis of the transverse cylinder towards right setting, and with it is traversing Seat connection, traversing seat can move left and right on 201 in upper seat up, the second feeding motor 2020, the second lead screw transmission mechanism 2021 It is set on traversing seat, the second lead screw transmission mechanism 2021 includes the second screw rod and the second feed screw nut, and the second screw rod is along feeding Folder 2022 presss from both sides dynamic direction and is set on traversing seat, is connected between the output shaft and the second screw rod of the second feeding motor 2020 by bearing It connects, the second feed screw nut is movably set on the second screw rod, and upper feed collet 2022, which divides, presss from both sides fixed part and the shifting of upper feed collet for feeding Dynamic portion, feeding folder fixed part are fixed on traversing seat right end, and upper feed collet moving portion is connect with the second feed screw nut, when in use, the The rotation of one feeding motor 2001, so that making to seat up 201 rises to feeding height, transverse cylinder is pushed, make it is traversing seat against it is close slow The feeding station of component 21 is deposited, the rotation of the second feeding motor 2020 keeps feed collet moving portion mobile to clamp sub-prime, four works For position rotation feeding device 1 above upper feed collet 2022, first, which opens folder pushing block 214, pushes guide pin sub-prime placing clamp 102 open, clamps it Sub-prime in upper feed collet 2022, then upper 2022 moving portion of feed collet is moved to the left release, and it is defeated that sub-prime is transferred to four station rotaries Expect on device 1, completes feeding.

In the present embodiment, the heating, drying device 3 includes that the hair for forming circulating-heating channel is connected by heating pipe 30 Hot tank 31 and air blower 32, the heating box 31 are set on the board, and the impregnation cylinder cap 100 is placed on the heating box 31 On, and the heating box 31 is made to form confined space, there are two fevers for the close air blower 32 setting in the heating pipe 30 Pipe 34, on the heating pipe 30 between the heating box 31, air blower 32 and on the heating pipe 30 of 31 lower end of heating box point It is not provided with air adjustment actuator 33.

Specifically, air adjustment actuator 33 includes adjusting cylinder, flake connector and current limiting plate, the current limiting plate can be rotatably set In heating pipe 30, the diameter of current limiting plate is consistent with the diameter of heating pipe 30, when current limiting plate is parallel to heating pipe 30 When section, current limiting plate lives the gas barrier of heating pipe 30, and the cylinder axis for adjusting cylinder is laterally set on board, the adjusting gas Cylinder is parallel to board setting, a connecting column is provided on current limiting plate, which, which rotationally extends transversely through, is set to heating In pipeline 30, flake connector one end is connected to connecting column, and the other end and the cylinder axis connection for adjusting cylinder are filled when in use The impregnation cylinder cap 100 of sub-prime is gone on heating, drying device 3 by four station rotary feeding devices 1 from feeding device 2, is impregnated with cylinder cap 100 declines are simultaneously sealed with heating box 31, and the work of heat-generating pipe 34 generates heat, and hot wind is discharged to by air blower 32 along heating pipe 30 Drying work is carried out to sub-prime in heater box, air adjustment actuator 33 controls the wind flow in heating pipe 30, when needs add When fast drying rate, cylinder operation is adjusted, and push flake connector, so that current limiting plate be made to rotate, made distinguished and admirable in heating pipe 30 Amount increases.

Specifically, heat-generating pipe 34 is fixed in heating pipe 30 by clip.

In the present embodiment, the dipping device 4 includes the impregnation cylinder body being set on the board, can set up or down Liquid disk 40 in the impregnation cylinder body, driving cylinder 41 and the cylinder cap retaining mechanism 42 being set on the impregnation cylinder body, it is described It is impregnated with cylinder body to be set on the board, is connected with vacuum tube 43, liquid-in pipe 44 and cylinder respiratory siphon 45, institute in the impregnation cylinder base The cylinder axis for stating driving cylinder 41 longitudinally runs through upward is set to the impregnation cylinder base, and connect with 40 bottom of liquid disk, The impregnation cylinder cap 100 is placed on the impregnation cylinder body by the cylinder cap retaining mechanism 42, forms the impregnation cylinder body closed Space.

Specifically, cylinder cap retaining mechanism 42 includes that longitudinal impregnation cylinder body that runs through is provided with several lock pins 46, around several locks The chain and locking cylinder 47 of 46 bottom of pin setting, 46 bottom part ring of lock pin are equipped with gear, and chain and the gear of 46 bottom of lock pin are nibbled It closing, the latch segment of tortuous bow type is fixedly connected with below gear, the cylinder axis of locking cylinder 47 is connect with the latch segment other end, Lock pin 46 is corresponded in impregnation 100 bottom of cylinder cap and is provided with tapered end, and mutually matched fixture block is provided between lock pin and tapered end, is made Used time, impregnation cylinder cap 100 cover on impregnation cylinder body, and locking cylinder 47 works, and the cylinder axis of locking cylinder 47 makes to lock toward being pushed forward Block rotation with pendulum lock pin 46 to rotate, while under the action of chain, other lock pins 46 be driven to rotate, finally in lock pin 46 and Under the cooperation of tapered end, impregnation cylinder cap 100, impregnation cylinder body locking connection；Then vacuum inhales machine and makes to be impregnated with cylinder body by vacuum tube 43 Interior formation vacuum environment, electrolyte are passed into liquid disk 40 by liquid-in pipe 44, are additionally provided with reflux line on impregnation cylinder body And pressure pipeline, reflux line is used to collect used electrolyte and Recycling, the reflux line and liquid-in pipe 44 connect Logical, after the completion of being impregnated with process, electrolyte is back flowed back into liquid-in pipe 44 by reflux line, and pressure is provided on pressure pipeline Sensor can be used for pressurizeing and monitoring impregnation cylinder interior pressure；When in use, the cylinder axis work for driving cylinder 41, by liquid disk 40 send upwards, and sub-prime is enable to soak in the electrolytic solution；After completing impregnation process, by 45 breaking vacuum environment of cylinder respiratory siphon, then Electrolyte flows into liquid-in pipe 44 by reflux line, and liquid disk 40 declines, and the cylinder axis of locking cylinder 47 makes to lock block reset to extending back And rotated with pendulum lock pin 46, impregnation cylinder cap 100 rises, and turns to next station.

In the present embodiment, the blanking device 5 is including imbibition guide component 50 and is set to 50 front end of imbibition guide component Blanking component 51, the imbibition guide component 50 includes being longitudinally disposed at straight line cylinder 500, Zong Xiangshe below the board Correcting pneumatic clamper 501 and the liquid sucting mechanism being placed on the movable block of the straight line cylinder 500, in right on the rest shoe of the correcting pneumatic clamper 501 The guide pin sub-prime placing clamp 102 is answered to be provided with correcting fixture 502, the liquid sucting mechanism is set to 502 lower section of correcting fixture.

Specifically, liquid sucting mechanism includes imbibition tank, tracheae and the gas-tpe fitting set gradually, and imbibition tank is arranged in board On, gas-tpe fitting corresponds to the setting of the sub-prime in correcting pneumatic clamper 501, and when in use, straight line cylinder 500 is for adjusting correcting pneumatic clamper 501 height, to carry out imbibition correcting to the sub-prime of different height, gas-tpe fitting corresponds to sub-prime and carries out imbibition movement.

In the present embodiment, the blanking component 51 includes the blanking seat being set on the board, is set to the blanking seat The discharge channel 510 of rear end, the feeding clip mechanism 511 in the discharge channel 510 and the corresponding guide pin sub-prime placing clamp 102 are set to The second of 511 top of feeding clip mechanism opens gas enclosure cylinder 512, which is laterally set to institute backwards It states on blanking seat, in being connected on second cylinder axis for opening gas enclosure cylinder 512 for pushing the guide pin sub-prime placing clamp 102 open Second opens folder pushing block 513.

Specifically, feeding clip mechanism 511 includes the first material folding cylinder and the second material folding cylinder, the cylinder axis of the first material folding cylinder It is oppositely arranged with the cylinder axis of the second material folding cylinder, the first material folding block is connected on the cylinder axis of the first material folding cylinder, The second material folding block is connected on the cylinder axis of two material folding cylinders, the first material folding block corresponds to discharge channel 510 with the second material folding block and sets It sets, described second, which opens gas enclosure cylinder 512, is arranged above the first material folding block, the second material folding block, and when in use, impregnation cylinder cap 100 moves It moves before opening gas enclosure cylinder 512 to second, after being impregnated with the sub-prime completion correcting imbibition on cylinder cap 100, the first material folding block, the second material folding block Sub-prime is clamped, second opens the work of gas enclosure cylinder 512, pushes second to open folder pushing block 513, guide pin sub-prime placing clamp 102 is made to unclamp element Son completes blanking so that sub-prime is fallen into discharge channel 510.

Guide pin sub-prime enters feeding device 2 from the nail of upper process volume machine outfeed belt, erects guide pin sub-prime side by side Setting, and clamped by the guide pin sub-prime placing clamp 102 of impregnation cylinder cap 100；The guide pin sub-prime placing clamp 102 for being impregnated with cylinder cap 100 fills After full sub-prime, four rotations counterclockwise of station rotary feeding device 1 make the impregnation cylinder cap 100 for filling sub-prime rotate to heating, drying 3 top of device, and under the driving of elevating mechanism 12, make to be impregnated with cylinder cap 100 and heating, drying device 3 is closed, carries out heating baking It is dry；After completing heating, drying process, cylinder cap 100 is impregnated under the driving of elevating mechanism 12 and rotating mechanism 11, rotates to impregnation On device 4, impregnation process is carried out；After completing impregnation process, driving of the impregnation cylinder cap 100 in elevating mechanism 12, rotating mechanism 11 Under rotate to blanking device 5, and under expect that the group of subsequent processing founds machine feed belt.

The utility model realizes full automatic feeding, drying, impregnation and blanking by the way that four station rotary feeding devices 1 are arranged Process, and four processes are combined together synchronous progress, contain dipping machine compared to traditional, under the premise of guaranteeing product quality, It more saves labour turnover, greatly improves production efficiency and yield.

The above descriptions are merely preferred embodiments of the present invention, not makees in any form to the utility model Limitation.Anyone skilled in the art, it is all available in the case where not departing from technical solutions of the utility model ambit The methods and technical content of the disclosure above makes many possible changes and modifications to technical solutions of the utility model, or is revised as The equivalent embodiment of equivalent variations.Therefore all contents without departing from technical solutions of the utility model, the shape according to the utility model Equivalence changes made by shape, construction and principle should all be covered by the protection scope of the utility model.

Claims (8)

1. a kind of contain dipping machine, including board for alminium electrolytic condenser guide pin sub-prime, it is characterised in that: further include being longitudinally disposed at Four station rotary feeding devices in the middle part of the board, around the four station rotaries feeding device in the counterclockwise direction successively Feeding device, heating, drying device, dipping device and the blanking device being set on the board, the four station rotaries conveying dress Set including be set to clamp assemblies above the board, set on the clamp assemblies lower end rotating mechanism and be set to the rotating mechanism The elevating mechanism of side, the clamp assemblies include in the corresponding feeding device of " ten " word distribution, heating, drying device, impregnation Device, blanking device be set to impregnation cylinder cap above board, be set to the sprocket wheel transmission mechanism of the impregnation cylinder cap lower end surface with And several guide pin sub-prime placing clamps on the sprocket wheel transmission mechanism are set.

2. a kind of according to claim 1 contain dipping machine for alminium electrolytic condenser guide pin sub-prime, which is characterized in that four work Position rotation feeding device further includes pedestal and the lifting seat that can be set to up or down on the pedestal, and the rotating mechanism includes the One rotating electric machine and the rotating seat for being rotatably arranged in the lifting seat upper end, the output shaft of first rotating electric machine are longitudinal upward On the pedestal, the output shaft of first rotating electric machine is connect with the rotating seat lower end, and the clamp assemblies are fixed on The rotating seat upper end, the elevating mechanism include the first lifting cylinder and the lifter plate that is fixed on the pedestal, and described The cylinder axis of one lifting cylinder is longitudinally set to the lifting seat lower end, the cylinder axis of first lifting cylinder and the lifter plate downward Connection.

3. a kind of according to claim 1 contain dipping machine for alminium electrolytic condenser guide pin sub-prime, which is characterized in that the feeding Device includes loading assemblies and the caching component set on the loading assemblies right end, and the caching component includes feeding seat and is set to institute State the feeding conveyer belt on feeding seat, feeding seat left end is provided with feeding station, the feeding station include feeding platform and Cylinder axis opens gas enclosure cylinder towards left transverse direction is set to above the feeding platform first, and the feeding conveyer belt is from the feeding platform left side It bypasses, is pushed away in being connected with first for pushing the guide pin sub-prime placing clamp open on first cylinder axis for opening gas enclosure cylinder and opening folder Block.

4. a kind of according to claim 3 contain dipping machine for alminium electrolytic condenser guide pin sub-prime, which is characterized in that the feeding Component include feeding unit material, on seat up and the conveying unit on the feeding seat, the feeding unit material include output shaft downward Longitudinally disposed the first feeding motor and the first lead screw transmission mechanism, first feeding motor, the first lead screw transmission mechanism are logical Cross synchronous band connection, it is described on seat up left end and connect with first lead screw transmission mechanism, the conveying unit includes output shaft court Right the second feeding motor and the second lead screw transmission mechanism being laterally arranged, the output shaft and the second screw rod of second feeding motor Transmission mechanism is connected by shaft joint, is provided with upper feed collet in corresponding to the feeding platform in second lead screw transmission mechanism.

5. a kind of according to claim 1 contain dipping machine for alminium electrolytic condenser guide pin sub-prime, which is characterized in that the heating Drying unit includes that the heating box and air blower that form circulating-heating channel are connected by heating pipe, and the heating box is set to described On board, the impregnation cylinder cap is placed on the heating box, and the heating box is made to form confined space, is leaned in the heating pipe The nearly air blower setting is there are two heat-generating pipe, on the heating pipe between the heating box, the air blower and heating box lower end Heating pipe on be respectively arranged with air adjustment actuator.

6. a kind of according to claim 1 contain dipping machine for alminium electrolytic condenser guide pin sub-prime, which is characterized in that the impregnation Device includes the impregnation cylinder body being set on the board, the liquid disk that can be set to up or down in the impregnation cylinder body, driving gas Cylinder and the cylinder cap retaining mechanism being set on the impregnation cylinder body, the impregnation cylinder body is set on the board, in the impregnation cylinder Body bottom is connected with vacuum tube, liquid-in pipe and cylinder respiratory siphon, and the cylinder axis of the driving cylinder is longitudinally described through being set to upward It is impregnated with cylinder base, and is connect with the liquid pan bottom, the impregnation cylinder cap is placed on described contain by the cylinder cap retaining mechanism It soaks on cylinder body, the impregnation cylinder body is made to form confined space.

7. a kind of according to claim 1 contain dipping machine for alminium electrolytic condenser guide pin sub-prime, which is characterized in that the blanking Device includes imbibition guide component and the blanking component set on the imbibition guide component front end, and the imbibition guide component includes vertical Correcting pneumatic clamper and imbibition on the straight line cylinder being set to below the board, the cylinder axis for being longitudinally disposed at the straight line cylinder Mechanism is provided with correcting fixture in corresponding to the guide pin sub-prime placing clamp on the rest shoe of the correcting pneumatic clamper, and the liquid sucting mechanism is set Below the correcting fixture.

8. a kind of according to claim 7 contain dipping machine for alminium electrolytic condenser guide pin sub-prime, which is characterized in that the blanking Component includes the blanking seat being set on the board, the discharge channel for being set to the blanking base rear end, in the discharge channel What feeding clip mechanism and the corresponding guide pin sub-prime placing clamp were set to above the feeding clip mechanism second opens gas enclosure cylinder, this second opens folder The cylinder axis of cylinder is laterally set on the blanking seat backwards, is connected on second cylinder axis for opening gas enclosure cylinder for pushing open The second of the guide pin sub-prime placing clamp opens folder pushing block.