CN108767201A - A kind of solidifying lead acid battery polar plate method - Google Patents

A kind of solidifying lead acid battery polar plate method Download PDF

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Publication number
CN108767201A
CN108767201A CN201810463615.6A CN201810463615A CN108767201A CN 108767201 A CN108767201 A CN 108767201A CN 201810463615 A CN201810463615 A CN 201810463615A CN 108767201 A CN108767201 A CN 108767201A
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China
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lead acid
polar plate
solidification
unit
storage battery
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CN201810463615.6A
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CN108767201B (en
Inventor
李爱根
张灿
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Jyc Battery Manufacturer Co ltd
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Individual
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    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01MPROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
    • H01M4/00Electrodes
    • H01M4/02Electrodes composed of, or comprising, active material
    • H01M4/14Electrodes for lead-acid accumulators
    • H01M4/16Processes of manufacture
    • H01M4/20Processes of manufacture of pasted electrodes
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E60/00Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
    • Y02E60/10Energy storage using batteries

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  • Engineering & Computer Science (AREA)
  • Manufacturing & Machinery (AREA)
  • Chemical & Material Sciences (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • Electrochemistry (AREA)
  • General Chemical & Material Sciences (AREA)
  • Battery Electrode And Active Subsutance (AREA)
  • Secondary Cells (AREA)
  • Sealing Battery Cases Or Jackets (AREA)

Abstract

The invention belongs to battery technology fields, specifically a kind of solidifying lead acid battery polar plate method, the curing uses solidification equipment, the solidification equipment includes solidification case, atomizer, holding tank, delivery unit, transmission unit, roll-over unit and clamping unit, solidification case is rectangular box, atomizer is mounted on the inner top layer of solidification case, and atomizer is for humidifying the air inside solidification case;Holding tank is mounted at inlet port and outlet port;Delivery unit is located inside holding tank, and delivery unit is for transporting polar plate of lead acid storage battery;Transmission unit, roll-over unit and clamping unit are located at the center inside solidification case, when use, first polar plate of lead acid storage battery is put into holding tank, it is transported to solidification case through delivery unit, under the mutual cooperation of transmission unit, roll-over unit and clamping unit, cured under suitable humiture environment inside the solidification case, the curing operating procedure is simple, cure at low cost, raising curing efficiency.

Description

A kind of solidifying lead acid battery polar plate method
Technical field
The invention belongs to battery technology field, specifically a kind of solidifying lead acid battery polar plate method.
Background technology
Lead-acid accumulator is made of a kind of electrode mainly by lead and its oxide, and electrolytic solution is a kind of storage of sulfuric acid solution Battery.Pole plate is an important component inside lead-acid accumulator, and pole plate is usually the reticular structure made with lead, is used When need spreading can chemically react on pole plate active material, during normal use, since pole plate will be with storage Battery repeated charge, the active material on pole plate can voluntarily fall off, so curing, drying for pole plate is polar plate of lead acid storage battery One of critical process in manufacturing process, it directly influences the mechanical strength and electrical property for being solidified into rear pole plate, is related to lead The amount of capacity and service life length of acid accumulator.
Solidifying lead acid battery polar plate is a physical change and electrochemical corrosion course, and effect is the hard of completion lead plaster Change and corrosion, allow being further oxidized to as lead monoxide of free lead in lead plaster, while allowing between lead plaster and grid and reacting It is combined as a whole, to achieve the purpose that good mechanical strength and electrical property.So the quality of polar plate solidification is directly related to The overall performance of pole plate and service life.Solidifying lead acid battery polar plate mostly uses the low-temperature setting in normal pressure at present, after the completion of solidification Also pole plate is dried, be a very long process, the time consumed in solidification and drying together is 70 hours or so, sternly Restrict the production cycle of lead-acid accumulator again.On the other hand, pole plate is cured in curing room, on polar plate solidifying frame Disposing way also influences the time and quality that solidification is completed, and disposing way removes uppermost because being to stack to put Several pole plates can be very good with outside air haptoreaction, and the pole plate in intermediate and bottom position majority all cannot be fine Contact and reacted with air.So the free lead in active material in pole plate cannot be aoxidized well, it is living simultaneously Property substance can not be well combined with grid, and it is long to also result in solidifying lead acid battery polar plate elapsed time in this way, while shadow Ring the quality to pole plate.
In consideration of it, a kind of solidifying lead acid battery polar plate method of the present invention, temporary in solidification equipment by being arranged It deposits the delivery unit inside case polar plate of lead acid storage battery is delivered to inside solidification case, the atomizer of solidification case inner top layer can be protected The humidity of solidification case internal environment is held, while by steam inlet to steam is passed through inside solidification case, to control inside solidification case The temperature of environment makes polar plate of lead acid storage battery complete solidification inside solidification case, and the solidification equipment use cost of use is low, can make Polar plate of lead acid storage battery completes solidification in solidification case internal motion and under suitable humidity and temperature environment, reduces lead acid storage battery The solidification spent time of pond pole plate, meanwhile, improve the quality of polar plate of lead acid storage battery after solidification.
Invention content
In order to make up for the deficiencies of the prior art, the present invention proposes a kind of solidifying lead acid battery polar plate method, the present invention It is mainly used for providing a kind of curing of polar plate of lead acid storage battery.Delivery unit, transmission unit, roll-over unit and folder of the present invention The solidification work of battery pole plates is completed in the mutual cooperation of tight unit by the way of discharging in feeding in solidification case, and will be consolidated The battery pole plates changed are carried out solidification case and complete to collect successively, and work efficiency is high.
The technical solution adopted by the present invention to solve the technical problems is:A kind of polar plate of lead acid storage battery of the present invention Curing, it includes solidification case, atomizer, holding tank, transport list which, which uses following solidification equipment, the solidification equipment, Member, transmission unit, roll-over unit and clamping unit, the solidification case are rectangular box, and the left and right sidewall of solidification case is right respectively Title opens up discharge port and feed inlet, and discharge port flows out solidification case for polar plate of lead acid storage battery, and feed inlet is used for lead-acid accumulator Pole plate enters solidification case, and the right side wall of solidification case opens up steam inlet, and steam inlet is located at the lower section of feed inlet, steam inlet For being passed through steam into solidification case, the left side side wall of solidification case opens up steam (vapor) outlet, and steam (vapor) outlet is located at the top of discharge port, Steam (vapor) outlet flows out solidification case for the steam inside solidification case;The atomizer is mounted on the inner top layer of solidification case, atomization Device is for humidifying the air inside solidification case;The holding tank is mounted at inlet port and outlet port, holding tank setting Two, holding tank is rectangular box, and holding tank is located inside solidification case, is communicated with inlet port and outlet port inside holding tank, Holding tank side wall opened up material mouth, crosses material mouth and opens up No.1 groove upwards;The delivery unit is located inside holding tank, and transport is single Member is used for solidification case inside transport polar plate of lead acid storage battery;The transmission unit is located at the center inside solidification case, and transmission is single Member is for driving polar plate of lead acid storage battery to be moved inside solidification case;The roll-over unit and clamping unit are arranged at biography It send on unit, roll-over unit and clamping unit are for coordinating transmission unit that the polar plate of lead acid storage battery inside solidification case is made to cure Cured in case;
The solidifying lead acid battery polar plate method includes the following steps:
Step 1:Atomizer is opened, by steam inlet to being passed through steam inside solidification case;
Step 2:Consolidating in step 1 is sequentially placed by feed inlet by the polar plate of lead acid storage battery made is applied using tweezers Change in the holding tank inside case on the side wall of the right;
Step 3:Opening control switch makes delivery unit that the polar plate of lead acid storage battery in step 2 is sent to transmission unit On, and positioning is realized under the action of transmission unit, complete solidification work;
Step 4:After polar plate of lead acid storage battery completes solidification in step 3, make to pass in step 3 by controlling roll-over unit The polar plate of lead acid storage battery on unit is sent to be overturn;
Step 5:After the completion of step 4, polar plate of lead acid storage battery is transported to delivery unit by transmission unit, then single by transport Solar panel is sent out solidification case by member by discharge port;
Step 6:Discharge outlet in step 5 is collected the polar plate of lead acid storage battery after being cured.
The delivery unit includes No.1 support shaft, No.1 roller, No.1 compressed spring and No.1 stopper, the No.1 Support shaft is horizontally arranged on the front and rear wall of holding tank;The No.1 roller is mounted in No.1 support shaft;The No.1 compression Spring is connect with the bottom of No.1 groove, and the other end of No.1 compressed spring connects No.1 stopper vertically, No.1 stopper by Cuboid and regular triangular prism composition, the side of regular triangular prism and the bottom of cuboid connect.When work, cured by feed inlet case Polar plate of lead acid storage battery is put into case, polar plate of lead acid storage battery is fallen on No.1 roller, drives No.1 to support shaft rotation by motor Dynamic, No.1 support shaft drives the rotation of No.1 roller, No.1 roller to drive polar plate of lead acid storage battery to solidification case center movement, work as lead When the regular triangular prism of acid accumulator electrode plate and No.1 stopper contacts, No.1 stopper moves upwards, polar plate of lead acid storage battery after Continue the center movement to solidification case, after polar plate of lead acid storage battery is by crossing material mouth, No.1 stopper is in No.1 compressed spring Material mouth will be crossed by, which being moved downward under effect, blocks, and prevents gas inside solidification case from material mouth and feed inlet discharge is crossed, and avoids pair Solidifying lead acid battery polar plate process has an impact.
The transmission unit includes No. two support shafts, No. two rollers, conveyer belt and objective table, No. two support shaft levels On the front and rear wall inside solidification case, No. two support shafts are arranged two;No. two rollers are mounted in No. two support shafts; The conveyer belt is mounted on No. two rollers, and No. two grooves are opened up on conveyer belt;The objective table is horizontally mounted on a moving belt, Objective table is cuboid, and the side of objective table opens up No. three grooves, and the top surface of objective table opens up No. four grooves.When work, plumbic acid Accumulator plate reaches under the action of No.1 roller on objective table, so that No. two roller rotations is driven conveyer belt by controlling switch Rotation, conveyer belt by band dynamic object stage to drive polar plate of lead acid storage battery to be moved in solidification case, to make lead acid storage battery Pond pole plate completes curing proceeding inside solidification case.
The roll-over unit includes upset motor, No. three support shafts, gear, shaft, No.1 electromagnet, No. two compressed springs And pin, No. three support shafts are horizontally arranged in No. two grooves, one end of No. three support shafts is mounted on No. two by bearing On the side wall of groove, gear is installed in No. three support shafts;The upset motor is mounted on by No.1 holder in No. two grooves, is turned over The output shaft of rotating motor is mounted on by No. two holders in No. two grooves, and the output shaft of upset motor is another with No. three support shafts End connection;The shaft is arranged in No. two grooves, and one end of shaft is connect with objective table, and tooth-shape structure, tooth are arranged in shaft Shape structure is meshed with gear;Pin hole is opened up on the conveyer belt, pin hole is arranged two, and pin hole is symmetrical about shaft;Described one Number electromagnet is mounted on the bottom of No. three grooves, and No.1 electromagnet connects No. two compressed springs, the other end of No. two compressed springs Connecting pins.When work, No.1 electromagnet is disconnected, No. two compressed springs is made to take pin out of pin hole, opens upset motor, overturning Motor drives No. three support shaft rotations, No. three support shaft rotation driven gear rotations, gear rotation that shaft rotation, shaft is driven to turn Dynamic band dynamic object stage is overturn, and so that polar plate of lead acid storage battery is located at the upper surface of objective table, is passed through convenient for polar plate of lead acid storage battery Cross the holding tank and outflow solidification case of solidification case left side side wall;When objective table has been overturn and then by controlling No.1 electromagnetism Iron makes No.1 electromagnet pass through No. two compressed springs and pin is driven to insert in pin hole on a moving belt, objective table is made to fix not It is rotated, polar plate of lead acid storage battery is made smoothly to be cured inside solidification case.
The clamping unit include clamping motor, leading screw, No.1 fixture block, sucker, No. two electromagnet, No. three compressed springs and No. two fixture blocks, the clamping motor are mounted on the side wall of No. four grooves, and the output shaft of clamping motor is connect with leading screw;Described one Number fixture block is vertically installed on leading screw, and sucker is installed on No.1 fixture block;No. two electromagnet are mounted on the bottom of No. four grooves, No. two electromagnet are located at the right side of leading screw;No. three compressed springs are connected to vertically on No. two electromagnet;No. two fixture blocks It is connect with No. three compressed springs.When work, after polar plate of lead acid storage battery just enters solidification case inside from feed inlet, pass through control No. two electromagnet make No. two electromagnet that No. two fixture blocks be attracted to be moved to No. four bottom portion of groove, and polar plate of lead acid storage battery continues to one The movement of number fixture block direction;Clamping motor is opened, clamping motor drives leading screw rotation, leading screw rotation to make No.1 fixture block to lead acid storage battery Pond pole plate direction moves, and polar plate of lead acid storage battery is adsorbed on No.1 fixture block by the sucker on No.1 fixture block;Work as lead-acid accumulator After pole plate moves between No.1 fixture block and No. two fixture blocks, No. two electromagnet, bullet of No. two fixture blocks in No. three compressed springs are disconnected It is moved upwards under force effect, No.1 fixture block and No. two fixture blocks clamp polar plate of lead acid storage battery;Clamping motor is closed, plumbic acid is made to store Battery pole plates smoothly on being fixed on objective table, prevent objective table from passing under the interaction of No.1 fixture block and No. two fixture blocks It send polar plate of lead acid storage battery when moving to left side under the drive of band to fall downwards under gravity, lead acid accumulator pole can be made Plate solidification process smoothly carries out.
The stage surface is uniformly arranged trapezoidal protrusion.The setting of trapezoidal protrusion can increase polar plate of lead acid storage battery and consolidate The contact area for changing case internal gas, improves the curing efficiency of lead-acid accumulator.
The beneficial effects of the invention are as follows:
1. a kind of solidifying lead acid battery polar plate method of the present invention, the present invention includes Step 1: Step 2: step Three, step 4 and step 5, step 1 belong to the preparation before solidifying lead acid battery polar plate, and step 2 is for storing plumbic acid Battery pole plates, which are put into solidification case, to be cured, Step 3: step 4 and step 5 are for making polar plate of lead acid storage battery warm and humid It spends under suitable environment and is cured, step 6 is for being collected the lead-acid accumulator after solidification, the curing step Simply, only polar plate of lead acid storage battery need to be put into inside solidification case successively, makes polar plate of lead acid storage battery in upset motor and clamping The mutual cooperation effect of motor is lower to realize solidification, mitigates the workload of solidifying lead acid battery polar plate, improves lead-acid accumulator Curing efficiency.
2. a kind of solidifying lead acid battery polar plate method of the present invention, the solidification equipment used in of the invention is by setting The No.1 compressed spring and No.1 stopper inside holding tank are set, after polar plate of lead acid storage battery is by crossing material mouth, No.1 blocking Block moves downward under the action of No.1 compressed spring and will cross material mouth and blocks, prevent gas inside solidification case from cross material mouth and Feed inlet is discharged, and avoids having an impact solidifying lead acid battery polar plate process, improves curing efficiency.
3. a kind of solidifying lead acid battery polar plate method of the present invention, the solidification equipment used in of the invention is by setting Set on objective table No. four inside grooves clamping motor and leading screw and No.1 fixture block and No. two fixture blocks to polar plate of lead acid storage battery It is clamped so that when objective table moves to the left side of transmission unit with polar plate of lead acid storage battery, lead-acid accumulator will not be It is fallen down under the action of its own gravity, is conducive to solidifying lead acid battery polar plate process and smoothly carries out.
Description of the drawings
The invention will be further described below in conjunction with the accompanying drawings.
Fig. 1 is the operational flowchart of the present invention;
Fig. 2 is the structural schematic diagram of solidification equipment;
Fig. 3 is enlarged drawing at the A of Fig. 2;
Fig. 4 is enlarged drawing at the B of Fig. 2;
Fig. 5 is the sectional view of conveyer belt in solidification equipment;
Fig. 6 is the sectional view of objective table in solidification equipment
In figure:Solidification case 1, discharge port 11, feed inlet 12, steam inlet 13, steam (vapor) outlet 14, atomizer 2, holding tank 3, Cross material mouth 31, No.1 groove 32, delivery unit 4, No.1 support shaft 41, No.1 roller 42, No.1 compressed spring 43, No.1 blocking Block 44, the support shaft 51, two of transmission unit 5, two roller 52,53, No. two grooves 531 of conveyer belt, pin hole 532, objective table 54, 541, No. four grooves 542 of No. three grooves, roll-over unit 6, upset motor 61, No. three support shafts 62, gear 63, shaft 64, No.1s Electromagnet 65, No. two compressed springs 66, pin 67, clamping unit 7, clamping motor 71, leading screw 72, No.1 fixture block 73, suckers 731, No. two fixture blocks 76 of compressed spring 75, two of electromagnet 74, three.
Specific implementation mode
In order to make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, tie below Specific implementation mode is closed, the present invention is further explained.
As shown in Figures 1 to 6, a kind of solidifying lead acid battery polar plate method of the present invention, the curing use Following solidification equipment, the solidification equipment include solidification case 1, atomizer 2, holding tank 3, delivery unit 4, transmission unit 5, overturning list Member 6 and clamping unit 7, the solidification case 1 are rectangular box, and the left and right sidewall of solidification case 1 respectively symmetrically opens up discharge port 11 With feed inlet 12, discharge port 11 for polar plate of lead acid storage battery flow out solidification case 1, feed inlet 12 for polar plate of lead acid storage battery into Enter solidification case 1, the right side wall of solidification case 1 opens up steam inlet 13, and steam inlet 13 is located at the lower section of feed inlet 12, steam into Mouth 13 is for being passed through steam into solidification case 1, and the left side side wall of solidification case 1 opens up steam (vapor) outlet 14, and steam (vapor) outlet 14 is located at The top of material mouth 11, steam (vapor) outlet 14 flow out solidification case 1 for the steam inside solidification case 1;The atomizer 2 is mounted on solidification The inner top layer of case 1, atomizer 2 is for humidifying the air inside solidification case 1;The holding tank 3 is mounted on feed inlet 12 and discharge port 11 at, holding tank 3 is arranged two, and holding tank 3 is rectangular box, and holding tank 3 is located inside solidification case 1, temporarily It deposits 3 inside of case to communicate with feed inlet 12 and discharge port 11,3 side wall of holding tank opened up material mouth 31, crosses material mouth 31 and opens up one upwards Number groove 32;The delivery unit 4 is located inside holding tank 3, and delivery unit 4 is used for 1 inside transport lead acid storage battery of solidification case Pond pole plate;The transmission unit 5 is located at the center inside solidification case 1, and transmission unit 5 is for driving polar plate of lead acid storage battery solid Change and is moved inside case 1;The roll-over unit 6 and clamping unit 7 are arranged on transmission unit 5, roll-over unit 6 and clamping Unit 7 is for coordinating transmission unit 5 that the polar plate of lead acid storage battery inside solidification case 1 is made to be cured in solidification case 1;
The solidifying lead acid battery polar plate method includes the following steps:
Step 1:Atomizer 2 is opened, by steam inlet 13 to being passed through steam inside solidification case 1;
Step 2:It is sequentially placed into step 1 by feed inlet 12 using tweezers by the polar plate of lead acid storage battery made is applied In holding tank 3 on 1 inside the right side wall of solidification case;
Step 3:Opening control switch makes delivery unit 4 that the polar plate of lead acid storage battery in step 2 is sent to transmission list In member 5, and positioning is realized under the action of transmission unit 5, complete solidification work;
Step 4:After polar plate of lead acid storage battery completes solidification in step 3, make to pass in step 3 by controlling roll-over unit 6 The polar plate of lead acid storage battery on unit 5 is sent to be overturn;
Step 5:After the completion of step 4, polar plate of lead acid storage battery is transported to delivery unit 4 by transmission unit 5, then by transporting Solar panel is sent out solidification case 1 by unit 4 by discharge port 11;
Step 6:The polar plate of lead acid storage battery after being cured is collected at discharge port 11 in step 5.
The delivery unit 4 includes No.1 support shaft 41, No.1 roller 42, No.1 compressed spring 43 and No.1 stopper 44, the No.1 support shaft 41 is horizontally arranged on the front and rear wall of holding tank 3;The No.1 roller 42 is mounted on No.1 support shaft On 41;The No.1 compressed spring 43 is connect with the bottom of No.1 groove 32, and the other end of No.1 compressed spring 43 connects vertically No.1 stopper 44, No.1 stopper 44 are made of cuboid and regular triangular prism, and side and the cuboid bottom of regular triangular prism connect It connects.When work, by putting into polar plate of lead acid storage battery in 12 casees solidification cases of feed inlet 1, polar plate of lead acid storage battery falls on No.1 rolling On cylinder 42, No.1 support shaft 41 is driven to rotate by motor, No.1 support shaft 41 drives No.1 roller 42 to rotate, No.1 roller 42 Drive polar plate of lead acid storage battery to 1 center movement of solidification case, when the regular triangular prism of polar plate of lead acid storage battery and No.1 stopper 44 When contact, No.1 stopper 44 moves upwards, and polar plate of lead acid storage battery continues, to the center movement of solidification case 1, to work as lead acid storage battery After pond pole plate is by crossing material mouth 31, No.1 stopper 44 moves downward under the action of No.1 compressed spring 43 will cross 31 envelope of material mouth Block, prevent gas inside solidification case 1 from material mouth 31 is crossed and feed inlet 12 is discharged, avoid to solidifying lead acid battery polar plate into Journey has an impact.
The transmission unit 5 include 51, No. two rollers 52 of No. two support shafts, conveyer belt 53 and objective table 54, described No. two Support shaft 51 is horizontally arranged on the front and rear wall inside solidification case 1, and No. two support shafts 51 are arranged two;No. two rollers 52 peace In No. two support shafts 51;The conveyer belt 53 is mounted on No. two rollers 52, and No. two grooves 531 are opened up on conveyer belt 53; The objective table 54 is horizontally arranged on conveyer belt 53, and objective table 54 is cuboid, and the side of objective table 54 opens up No. three grooves 541, the top surface of objective table 54 opens up No. four grooves 542.When work, polar plate of lead acid storage battery arrives under the action of No.1 roller 42 Up on objective table 54, make No. two rotations of roller 52 that conveyer belt 53 be driven to rotate by controlling switch, conveyer belt 53 passes through band dynamic load Object platform 54 is to drive polar plate of lead acid storage battery to be moved in solidification case 1, to make polar plate of lead acid storage battery inside solidification case 1 Complete curing proceeding.
The roll-over unit 6 include 61, No. three support shafts 62 of upset motor, gear 63, shaft 64, No.1 electromagnet 65, No. two compressed springs 66 and pin 67, No. three support shafts 62 are horizontally arranged in No. two grooves 531, No. three support shafts 62 One end is mounted on by bearing on the side wall of No. two grooves 531, and gear 63 is installed in No. three support shafts 62;The upset motor 61 It is mounted in No. two grooves 531 by No.1 holder, the output shaft of upset motor 61 is mounted on No. two grooves by No. two holders In 531, the output shaft of upset motor 61 is connect with the other end of No. three support shafts 62;The shaft 64 is arranged in No. two grooves In 531, one end of shaft 64 is connect with objective table 54, and tooth-shape structure is arranged in shaft 64, and tooth-shape structure is meshed with gear 63; Pin hole 532 is opened up on the conveyer belt 53, pin hole 532 is arranged two, and pin hole 532 is symmetrical about shaft 64;The No.1 electromagnetism Iron 65 is mounted on the bottom of No. three grooves 541, and No.1 electromagnet 65 connects No. two compressed springs 66, No. two compressed springs 66 it is another One end connecting pins 67.When work, upset motor 61 is opened, upset motor 61 drives No. three support shafts 62 to rotate, No. three supports 62 rotation driven gear 63 of axis rotates, and the rotation of gear 63 drives shaft 64 to rotate, and the rotation band dynamic object stage 54 of shaft 64 is turned over Turn, polar plate of lead acid storage battery is made to be located at the upper surface of objective table 54, passes through 1 left side side wall of solidification case convenient for polar plate of lead acid storage battery Holding tank 3 and outflow solidification case 1;After objective table 54 has been overturn, No.1 electromagnet 65 is disconnected, pin 67 is pressed at No. two It is inserted in the pin hole 532 on conveyer belt 53 under the elastic force effect of contracting spring 66, so that objective table 54 is fixed without rotation, make lead Acid accumulator electrode plate is smoothly cured inside solidification case 1.
The clamping unit 7 includes 731, No. two clamping motor 71, leading screw 72, No.1 fixture block 73, sucker electromagnet 74, three Number compressed spring 75 and No. two fixture blocks 76, the clamping motor 71 are mounted on the side wall of No. four grooves 542, clamping motor 71 Output shaft is connect with leading screw 72;The No.1 fixture block 73 is vertically installed on leading screw 72, and sucker 731 is installed on No.1 fixture block 73; No. two electromagnet 74 are mounted on the bottom of No. four grooves 542, and No. two electromagnet 74 are located at the right side of leading screw 72;Described No. three Compressed spring 75 is connected on No. two electromagnet 74 vertically;No. two fixture blocks 76 are connect with No. three compressed springs 75.When work, After polar plate of lead acid storage battery just enters 1 inside of solidification case from feed inlet 12, by controlling No. two electromagnet 74, make No. two electromagnetism Iron 74 attract No. two fixture blocks 76 moved to No. four 542 bottoms of groove, No. three compressed springs 75 are compressed, polar plate of lead acid storage battery after Continue and is moved to 73 direction of No.1 fixture block;Clamping motor 71 is opened, clamping motor 71 drives leading screw 72 to rotate, and the rotation of leading screw 72 makes one Number fixture block 73 is moved to lead-acid accumulator direction, and polar plate of lead acid storage battery is adsorbed on No.1 by the sucker 731 on No.1 fixture block 73 On fixture block 73;After polar plate of lead acid storage battery moves between No.1 fixture block 73 and No. two fixture blocks 76, No. two electromagnet 74 are disconnected, No. two fixture blocks 76 move upwards under the elastic force effect of No. three compressed springs 75, and No.1 fixture block 73 and No. two fixture blocks 76 store plumbic acid Battery pole plates clamp;Clamping motor 71 is closed, makes polar plate of lead acid storage battery in the phase interaction of No.1 fixture block 73 and No. two fixture blocks 76 Under smoothly on being fixed on objective table 54, plumbic acid stores when preventing objective table 54 from moving to left side under the drive of conveyer belt 53 Battery pole plates are fallen downwards under gravity, and solidifying lead acid battery polar plate process can be made smoothly to carry out.
54 surface of the objective table is uniformly arranged trapezoidal protrusion.The setting of trapezoidal protrusion can increase polar plate of lead acid storage battery with The contact area of 1 internal gas of solidification case, improves the curing efficiency of polar plate of lead acid storage battery.
In use, by steam inlet 13 to being passed through steam inside solidification case 1, meanwhile, open 1 inner top layer of solidification case Atomizer 2 puts into polar plate of lead acid storage battery into holding tank 3 by feed inlet 12, and polar plate of lead acid storage battery falls on No.1 roller On 42, No.1 support shaft 41 is driven to rotate by motor, No.1 support shaft 41 drives No.1 roller 42 to rotate, 42 band of No.1 roller Dynamic polar plate of lead acid storage battery is to 3 center movement of holding tank, and when polar plate of lead acid storage battery is contacted with No.1 stopper 44, plumbic acid stores Battery pole plates push No.1 stopper 44 to move upwards, and polar plate of lead acid storage battery continues the center movement to solidification case 1, No.1 resistance Block 44 is contacted with polar plate of lead acid storage battery always, prevents the loss of high temperature and humidity gas in solidification case 1, lead acid accumulator pole Plate completely by cross material mouth 31 after, No.1 stopper 44 moved downward under the action of No.1 compressed spring 43 will cross 31 weight of material mouth Newly block, to, loss of gas during polar plate of lead acid storage battery is by holding tank 3 inside solidification case 1 is prevented, It avoids having an impact solidifying lead acid battery polar plate process.
After polar plate of lead acid storage battery left end passes through holding tank 3 to enter 1 inside of solidification case, by controlling No. two electromagnet 74, make No. two electromagnet 74 that No. two fixture blocks 76 be attracted to be moved to No. four 542 bottoms of groove, No. two fixture blocks 76 enter objective table 54 Inside, polar plate of lead acid storage battery continue to move to 73 direction of No.1 fixture block under the drive of No.1 roller 42;Open clamping motor 71, clamping motor 71 drives leading screw 72 to rotate, and the rotation of leading screw 72 makes No.1 fixture block 73 be moved simultaneously to polar plate of lead acid storage battery direction It is contacted with polar plate of lead acid storage battery left end, polar plate of lead acid storage battery is adsorbed on No.1 fixture block by the sucker 731 on No.1 fixture block 73 On 73;Then, clamping motor 71 drives leading screw 72 to rotate backward, and No.1 fixture block 73 moves to No.1 with polar plate of lead acid storage battery Behind precalculated position between fixture block 73 and No. two fixture blocks 76, No. two electromagnet 74 are disconnected, No. two fixture blocks 76 are in No. three compressed springs It is moved upwards under 75 elastic force effect and stretches out objective table 54, polar plate of lead acid storage battery is located at No.1 fixture block 73 and No. two fixture blocks at this time Between 76, clamping motor 71 drives leading screw 72 to rotate forward, and No.1 fixture block 73 and No. two fixture blocks 76 press from both sides polar plate of lead acid storage battery Tightly on objective table 54, solidifying lead acid battery polar plate process is set smoothly to carry out, polar plate of lead acid storage battery is in steam and atomization Curing proceeding is completed under the collective effect of device 2.
When polar plate of lead acid storage battery is transported to as conveyer belt 53 rotates counterclockwise at the holding tank 3 in 1 left side of solidification case, 65 brief energization of No.1 electromagnet, No.1 electromagnet attract pin 67, take pin out of pin hole 532, No. two 66 quilts of compressed spring Upset motor 61 is opened in compression, and upset motor 61 drives No. three support shafts 62 to rotate, No. three 62 rotation driven gears 63 of support shaft Rotation, the rotation of gear 63 drive shaft 64 to rotate, and the rotation band dynamic object stage 54 of shaft 64 is overturn, and upset motor 61 rotates At 180 °, pin 67 enters under the elastic force effect of No. two compressed springs 66 in another pin hole 532 on conveyer belt 53, makes plumbic acid Accumulator plate is located at the top of objective table 54 again, convenient for polar plate of lead acid storage battery by the holding tank 3 in the left side of solidification case 1 with And outflow solidification case 1.
When conveyer belt 53 drives polar plate of lead acid storage battery to move at discharge port 11, No. two electromagnet 74 are opened, make two Number electromagnet 74 drives No. two fixture blocks 76 to move downward, and No. two fixture blocks 76 is made to enter inside objective table 54, then passes through and control folder Tight motor 71 makes leading screw 72 rotate backward, and leading screw 72 drives No.1 fixture block 73 to push the polar plate of lead acid storage battery on objective table 54 to Holding tank 3;After polar plate of lead acid storage battery is contacted with the No.1 stopper 44 inside 1 left side holding tank 3 of solidification case, No.1 resistance is pushed Block 44 moves upwards, and polar plate of lead acid storage battery continues to move on No.1 roller 42, and polar plate of lead acid storage battery is supported in No.1 Solidification case 1 is flowed out under the drive of axis 41 and No.1 roller 42,1 left side side wall of solidification case discharge port 11 to the plumbic acid that is cured Accumulator is collected.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should Understand, the present invention is not limited to the above embodiments, and the above embodiments and description only describe the originals of the present invention Reason, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these changes and improvements It all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent circle It is fixed.

Claims (6)

1. a kind of solidifying lead acid battery polar plate method, it is characterised in that:The curing uses following solidification equipment, the solidification Device includes solidification case (1), atomizer (2), holding tank (3), delivery unit (4), transmission unit (5), roll-over unit (6) and folder Tight unit (7), the solidification case (1) are rectangular box, and the left and right sidewall of solidification case (1) respectively symmetrically opens up discharge port (11) Steam inlet (13) is opened up with the right side wall of feed inlet (12), solidification case (1), steam inlet (13) is located at feed inlet (12) The left side side wall of lower section, solidification case (1) opens up steam (vapor) outlet (14), and steam (vapor) outlet (14) is located at the top of discharge port (11);Institute State the inner top layer that atomizer (2) is mounted on solidification case (1);The holding tank (3) is mounted on feed inlet (12) and discharge port (11) at, holding tank (3) is arranged two, and holding tank (3) is rectangular box, and holding tank (3) is located at solidification case (1) inside, temporarily It deposits and is communicated with feed inlet (12) and discharge port (11) inside case (3), holding tank (3) side wall opened up material mouth (31), crossed material mouth (31) No.1 groove (32) is opened up upwards;It is internal that the delivery unit (4) is located at holding tank (3);The transmission unit (5) is located at The internal center of solidification case (1);The roll-over unit (6) and clamping unit (7) are arranged on transmission unit (5);
The solidifying lead acid battery polar plate method includes the following steps:
Step 1:Atomizer (2) is opened, steam is passed through to solidification case (1) is internal by steam inlet (13);
Step 2:Consolidating in step 1 is sequentially placed by feed inlet (12) by the polar plate of lead acid storage battery made is applied using tweezers Change in the holding tank (3) on the internal the right side wall of case (1);
Step 3:Opening control switch makes delivery unit (4) that the polar plate of lead acid storage battery in step 2 is sent to transmission unit (5) on, and positioning is realized under the action of transmission unit (5), complete solidification work;
Step 4:After polar plate of lead acid storage battery completes solidification in step 3, make to transmit in step 3 by controlling roll-over unit (6) Polar plate of lead acid storage battery on unit (5) is overturn;
Step 5:After the completion of step 4, polar plate of lead acid storage battery is transported to delivery unit (4) by transmission unit (5), then by transporting Solar panel is sent out solidification case (1) by unit (4) by discharge port (11);
Step 6:The polar plate of lead acid storage battery after being cured is collected at discharge port (11) in step 5.
2. a kind of solidifying lead acid battery polar plate method according to claim 1, it is characterised in that:The delivery unit (4) include No.1 support shaft (41), No.1 roller (42), No.1 compressed spring (43) and No.1 stopper (44), the No.1 Support shaft (41) is horizontally arranged on the front and rear wall of holding tank (3);The No.1 roller (42) is mounted on No.1 support shaft (41) On;The No.1 compressed spring (43) connect with the bottom of No.1 groove (32), and the other end of No.1 compressed spring (43) is vertical Connect No.1 stopper (44), No.1 stopper (44) is made of cuboid and regular triangular prism, the side of regular triangular prism with it is rectangular The bottom of body connects.
3. according to a kind of described in claim 1 solidifying lead acid battery polar plate method, it is characterised in that:The transmission unit (5) include No. two support shafts (51), No. two rollers (52), conveyer belt (53) and objective table (54), No. two support shafts (51) It is horizontally arranged on the internal front and rear wall of solidification case (1), No. two support shafts (51) are arranged two;No. two rollers (52) installation On No. two support shafts (51);The conveyer belt (53) is mounted on No. two rollers (52), opened up on conveyer belt (53) No. two it is recessed Slot (531);The objective table (54) is horizontally arranged on conveyer belt (53), and objective table (54) is cuboid, objective table (54) Side opens up No. three grooves (541), and the top surface of objective table (54) opens up No. four grooves (542).
4. a kind of solidifying lead acid battery polar plate method according to claim 3, it is characterised in that:The roll-over unit (6) include upset motor (61), No. three support shafts (62), gear (63), shaft (64), No.1 electromagnet (65), No. two compressions Spring (66) and pin (67), it is inner that No. three support shafts (62) are horizontally arranged at No. two grooves (531), No. three support shafts (62) One end by bearing be mounted on No. two grooves (531) side wall on, on No. three support shafts (62) install gear (63);It is described to turn over Rotating motor (61) is mounted on by No.1 holder in No. two grooves (531), and the output shaft of upset motor (61) passes through No. two holders In No. two grooves (531), the output shaft of upset motor (61) is connect with the other end of No. three support shafts (62);Described turn Axis (64) setting is inner in No. two grooves (531), and one end of shaft (64) is connect with objective table (54), and tooth form is arranged on (64) in shaft Structure, tooth-shape structure are meshed with gear (63);Pin hole (532), pin hole (532) setting two are opened up on the conveyer belt (53) A, pin hole (532) is symmetrical about shaft (64);The No.1 electromagnet (65) is mounted on the bottom of No. three grooves (541), No.1 Electromagnet (65) connects No. two compressed springs (66), the other end connecting pins (67) of No. two compressed springs (66).
5. a kind of solidifying lead acid battery polar plate method according to claim 3, it is characterised in that:The clamping unit (7) include clamping motor (71), leading screw (72), No.1 fixture block (73), No. two electromagnet (74), No. three compressed springs (75) and two Number fixture block (76), the clamping motor (71) are mounted on the side wall of No. four grooves (542);The leading screw (72) is connected horizontally on On clamping motor (71);The No.1 fixture block (73) is mounted on leading screw (72);The sucker (731) is mounted on No.1 fixture block (73) on;No. two electromagnet (74) are mounted on the bottom of No. four grooves (542), and No. two electromagnet (74) are located at leading screw (72) Right side;No. three compressed springs (75) are connected on No. two electromagnet (74) vertically;No. two fixture blocks (76) with No. three Compressed spring (75) connects.
6. a kind of solidifying lead acid battery polar plate method according to claim 3, it is characterised in that:The objective table (54) Surface is uniformly arranged trapezoidal protrusion.
CN201810463615.6A 2018-05-15 2018-05-15 Method for curing lead-acid storage battery pole plate Active CN108767201B (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108649188A (en) * 2018-05-15 2018-10-12 李爱根 A kind of solidifying lead acid battery polar plate device
CN112259712A (en) * 2020-10-12 2021-01-22 天能集团(河南)能源科技有限公司 Lead-acid storage battery curing device and method
CN114864881A (en) * 2022-04-22 2022-08-05 浙江天能电池(江苏)有限公司 Lead-acid storage battery substrate curing equipment

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN201994375U (en) * 2011-03-24 2011-09-28 浙江昌盛电气有限公司 Lead-acid storage battery electrode plate curing equipment
CN206742389U (en) * 2017-05-09 2017-12-12 海志电源技术(赣州)有限公司 A kind of power battery plate solidification equipment
CN107611351A (en) * 2017-09-26 2018-01-19 安徽轰达电源有限公司 A kind of solidification equipment for accumulator plate
CN207338531U (en) * 2017-10-16 2018-05-08 漳州华锐光电科技有限公司 A kind of lead-acid battery curing room

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN201994375U (en) * 2011-03-24 2011-09-28 浙江昌盛电气有限公司 Lead-acid storage battery electrode plate curing equipment
CN206742389U (en) * 2017-05-09 2017-12-12 海志电源技术(赣州)有限公司 A kind of power battery plate solidification equipment
CN107611351A (en) * 2017-09-26 2018-01-19 安徽轰达电源有限公司 A kind of solidification equipment for accumulator plate
CN207338531U (en) * 2017-10-16 2018-05-08 漳州华锐光电科技有限公司 A kind of lead-acid battery curing room

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108649188A (en) * 2018-05-15 2018-10-12 李爱根 A kind of solidifying lead acid battery polar plate device
CN108649188B (en) * 2018-05-15 2020-12-11 安徽正熹标王新能源有限公司 Lead-acid storage battery pole plate curing device
CN112259712A (en) * 2020-10-12 2021-01-22 天能集团(河南)能源科技有限公司 Lead-acid storage battery curing device and method
CN112259712B (en) * 2020-10-12 2021-08-03 天能集团(河南)能源科技有限公司 Lead-acid storage battery curing device and method
CN114864881A (en) * 2022-04-22 2022-08-05 浙江天能电池(江苏)有限公司 Lead-acid storage battery substrate curing equipment
CN114864881B (en) * 2022-04-22 2023-10-31 浙江天能电池(江苏)有限公司 Lead-acid storage battery substrate curing equipment

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