CN103346279A - Automatic shearing machine for Li-Mn button battery diaphragm paper - Google Patents
Automatic shearing machine for Li-Mn button battery diaphragm paper Download PDFInfo
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- CN103346279A CN103346279A CN2013102257839A CN201310225783A CN103346279A CN 103346279 A CN103346279 A CN 103346279A CN 2013102257839 A CN2013102257839 A CN 2013102257839A CN 201310225783 A CN201310225783 A CN 201310225783A CN 103346279 A CN103346279 A CN 103346279A
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- Y—GENERAL 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
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- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
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- Y02E60/10—Energy storage using batteries
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Abstract
A disclosed automatic shearing machine for Li-Mn button battery diaphragm paper comprises rack assemblies, a paper cutting mechanism, a pneumatic control system and an electrical apparatus control system; the frame assemblies comprise a work bench, a supporting plate, a table top, a rack, a bottom plate and anchors; the pneumatic control system and the electrical apparatus control system are disposed on the bottom plate; and the paper cutting mechanism is disposed on the work bench which is fastened on the supporting plate. The height of the whole equipment can be adjusted by the anchors. The paper cutting mechanism comprises three parts which are connected via the work bench, wherein a first part is a paper supplying part, a second part is a negative-electrode-casing transmitting part, and a third part is a paper-cutting mould base.
Description
Technical field
The present invention relates to the automatic producing technology of mechanical field, be specially a kind of li-Mn button cell diaphragm paper automatic shearing machine.
Background technology
Lithium fluorocarbon, lithium manganese and lithium hasp formula battery are the heavy-duty batteries that grows up recent years, are low-carbon economy and the new forms of energy products that upgrades in the world.Exploitation and The Characteristic Study to the lithium-manganese dioxide system are almost carried out simultaneously with the lithium fluorocarbon system, and high power is then selected lithium fluorocarbon, and high power capacity is selected lithium-manganese dioxide.Manganese dioxide is compared with fluorocarbons can provide more jumbo power supply, so li-Mn button cell is in the every field broad market prospect.
The production line for Li-Mn button battery septation paper automatic shearing machine of domestic production at present can only be sheared out a bowl-shape diaphragm paper for a negative electrode casing at every turn, can not give full play to the advantage of li-Mn button cell automatic production line.The production assembly line of a kind of li-Mn button cell described in patent CN200810024738, it shears the diaphragm paper part once can only punch out a slice diameter circular diaphragm sheet corresponding with bottom surface, negative electrode casing shell chamber, shear and insert in the negative electrode casing though can realize the automation of diaphragm, this circular diaphragm sheet may cause the generation of short circuit.A kind of battery separator paper automatic shearing machine of formerly describing among the patent CN200810052503.8 of applicant for another example, the diameter of the diaphragm paper that it is cut out out is greater than the internal diameter of described negative electrode casing, after being pressed in the described negative electrode casing by paper-cut mechanism, diaphragm paper can form bowl structure, effectively avoided the generation of possibility short circuit, but described cutter once also can only cut a diaphragm paper.Both at home and abroad to being in great demand of li-Mn button cell, and existing li-Mn button cell diaphragm paper automatic shearing machine equipment can not satisfy the demand of li-Mn button cell batch automatic production.
Summary of the invention
At the deficiencies in the prior art, the technical problem that quasi-solution of the present invention is determined is, a kind of li-Mn button cell diaphragm paper automatic shearing machine is provided, this cutter can shear out two bowl-shape diaphragm papers for simultaneously two negative electrode casings at every turn, can realize that the automation of li-Mn button cell diaphragm paper is sheared, and has simple in structure, easy to maintenance, environmentally-friendly sanitary, production cost reduces, advantages such as labor strength minimizing.
The technical scheme that the present invention solve the technical problem is: design a kind of li-Mn button cell diaphragm paper automatic shearing machine, this cutter comprises housing assembly, paper-cut mechanism, atmospheric control and electrical apparatus control system; It is characterized in that described housing assembly comprises workbench, support plate, desktop, frame, lower shoe and lower margin; At lower shoe atmospheric control and electrical apparatus control system are installed, paper-cut mechanism is installed on the workbench, and workbench is fastened on the support plate;
Described paper-cut mechanism comprises three parts: paper-supply section, negative electrode casing translator unit and paper-cut molded base part, and three parts link together by workbench; Described paper-supply section comprises the collection electric machine support, puts the paper support, collection motor, collection central shaft, collection block plate, put the paper central shaft, put the paper block plate, paper feeding stepping motor, paper feeding stepping motor support, paper feeding roller, paper feeding roller bracket, paper feeding guide pin bushing and paper feeding guide shaft; Wherein, put paper support and collection electric machine support and place the both sides of workbench by process sequence respectively, and become in-line to arrange with the paper-cut molded base part, workbench also is anchored on the support plate, installing the collection motor on the collection electric machine support, installing the collection central shaft on the collection motor shaft, a splaying corresponding with the collection motor on the collection central shaft is installed with the collection block plate; Equally, putting the paper central shaft is packed in and puts on the paper support, be installed with in the other end gap of putting the paper central shaft and put the paper block plate, the paper feeding stepping motor is packed on the workbench by paper feeding stepping motor support, the paper feeding roller is installed on the paper feeding roller bracket and with the paper feeding stepping motor and is connected, and paper feeding guide pin bushing and paper feeding guide shaft are installed on the workbench; Described negative pole translator unit comprises in the paper-cut in negative electrode casing cylinder, the paper-cut in negative electrode casing cylinder saddle, the paper-cut negative electrode casing block, paper-cut discharging cylinder, paper-cut discharging push pedal and material road pressing plate in negative electrode casing push pedal, the paper-cut; Wherein, the negative electrode casing cylinder links to each other with workbench by negative electrode casing cylinder saddle in the paper-cut in the paper-cut, the negative electrode casing push pedal is installed in negative electrode casing cylinder front end in the paper-cut in the paper-cut, the negative electrode casing block is parallel with negative electrode casing push pedal in the paper-cut and be anchored on the workbench in the paper-cut, paper-cut discharging cylinder is installed on the workbench bottom surface, and paper-cut discharging push pedal is installed on paper-cut discharging cylinder front end, passes the inside groove of workbench, and with negative electrode casing cylinder push pedal horizontal vertical in the paper-cut, material road pressing plate is installed on the workbench; Described paper-cut molded base part comprises paper-cut support plate, paper-cut cylinder, paper-cut cylinder connecting plate, extension guide, hangs pin, plunger tip, paper-cut upper punch, paper-cut low punch, paper-cut low punch body, paper-cut location-plate, paper-cut guide post, paper-cut adjustment piece, paper-cut forming blocks, paper-cut locating piece, stop nut and buffering spring; Wherein, the paper-cut support plate is fixed on the workbench, fastening the paper-cut cylinder in paper-cut support plate upper end, connecting paper-cut cylinder connecting plate successively in the bottom of paper-cut cylinder, hanging guide is fastened on the paper-cut cylinder connecting plate, below hanging guide, connecting the extension pin, below the extension pin, it is plunger tip, stop nut is fastened on the plunger tip, buffer spring is installed on the plunger tip, and compress with stop nut, the paper-cut upper punch that is being slidingly matched with it in the periphery of plunger tip, what the periphery of paper-cut upper punch was mated is paper-cut low punch body, paper-cut low punch body is packed in the centre position of paper-cut support plate, the paper-cut location-plate passes the paper-cut upper punch, and two guide posts pass from the paper-cut location-plate respectively, and the lower end of two guide posts is packed in to be adjusted on the piece, the paper-cut low punch is being adorned in bottom at paper-cut low punch body, the paper-cut forming blocks is contained in the bottom of paper-cut low punch, and the paper-cut locating piece is fastened on the paper-cut support plate, and the anticathode shell plays positioning action.
Compared with prior art, li-Mn button cell diaphragm paper automatic shearing machine of the present invention has following characteristics:
1. li-Mn button cell diaphragm paper automatic shearing machine of the present invention can shear out the diaphragm paper of bowl dress for simultaneously two negative electrode casings at every turn, has significantly improved production efficiency, has saved cost.
2. cutter design of the present invention has negative electrode casing paper-cut locating piece, accurately locatees for two negative electrode casings, for the paper-cut of paper-cut cylinder is got ready; The diaphragm paper that the cutter design has the paper-cut forming blocks that cutter is sheared out is bowl-shape; And negative electrode casing paper-cut locating piece and paper-cut forming blocks have also guaranteed the isolated fully of both positive and negative polarity, have avoided the generation of possibility short circuit, guarantee reliable product quality.
3. cutter of the present invention has adopted open important parameter design platform, is applicable to that different lithium manganese battery production producer is to the different requirements of technical parameter.Simultaneously, the open design of these important parameter setting areas has also satisfied different manufacturers to the security requirements of technical data.
4. the present invention is owing to adopt The Automation Design technology mechanical, electrical, gas integral, the machine transmission is simple, and noise is less relatively, and the production line automation degree is very high, can significantly alleviate labor strength, add the pneumatic source that is used as power of main employing, unlubricated between each drive disk assembly, improved the air quality in the glove box, when therefore working, not only improve the quality of battery, and created green or cleaner production operational environment, realized social responsibility and hommization production.
Description of drawings
Fig. 1 is the whole main TV structure schematic diagram of a kind of embodiment of li-Mn button cell diaphragm paper automatic shearing machine of the present invention.
Fig. 2 is the whole plan structure schematic diagram of a kind of embodiment of li-Mn button cell diaphragm paper automatic shearing machine of the present invention.
Fig. 3 is the paper-cut mechanism paper-cut mould bases schematic diagram of a kind of embodiment of li-Mn button cell diaphragm paper automatic shearing machine of the present invention.
Paper-cut mould bases bottom sectional structural representation when Fig. 4 is the paper-cut mechanism plunger tip punching press of a kind of embodiment of li-Mn button cell diaphragm paper automatic shearing machine of the present invention.
Embodiment
Be described in further detail the present invention below in conjunction with embodiment and accompanying drawing thereof, but claim of the present invention is not subjected to the restriction of specific embodiment.
The li-Mn button cell diaphragm paper automatic shearing machine of the present invention's design (being called for short cutter, referring to Fig. 1-4) comprises housing assembly 1, paper-cut mechanism 2, atmospheric control 3 and electrical apparatus control system 4.
It is characterized in that described housing assembly 1 (referring to Fig. 1) comprises workbench 11, support plate 12, desktop 13, frame 14, lower shoe 15 and lower margin 16.At lower shoe 15 atmospheric control 3 and electrical apparatus control system 4 are installed, paper-cut mechanism 2 is installed on the workbench 11, and workbench 11 is fastened on the support plate 12.In order better to satisfy technological requirement, the height of the whole cutter of the present invention can be regulated by lower margin 16.
Described paper-cut 2 (referring to Fig. 1,2) of mechanism are the core technology of the present invention's innovation, it comprises three parts: first is paper-supply section 21, second portion is negative electrode casing translator unit 22, and third part is paper-cut molded base part 23 (referring to Fig. 1-4), and three parts are installed on the workbench 11.Described paper-supply section 21 comprises collection electric machine support 21.7, puts paper support 21.13, collection motor 21.16, collection central shaft 21.3, collection block plate 21.2, put paper central shaft 21.10, put paper block plate 21.11, paper feeding stepping motor 21.8, paper feeding stepping motor support 21.9, paper feeding roller 21.4, paper feeding roller bracket 21.5, paper feeding guide pin bushing 21.1 and paper feeding guide shaft 21.12.Wherein, put paper support 21.13 and collection electric machine support 21.7 and place the both sides of workbench 11 by process sequence respectively, and arrange with 23 one-tenth in-lines of paper-cut molded base part, workbench 11 also is anchored on the support plate, installing collection motor 21.16 on the collection electric machine support 21.7, installing collection central shaft 21.3 on the collection motor shaft, a splaying corresponding with collection motor 21.16 on collection central shaft 21.3 is installed with collection block plate 21.2, equally, putting paper central shaft 21.10 is packed in and puts on the paper support 21.13, be installed with in the other end gap of putting paper central shaft 21.10 and put paper block plate 21.11, paper feeding stepping motor 21.8 is packed on the workbench 11 by paper feeding stepping motor support 21.9, paper feeding roller 21.4 is installed on the paper feeding roller bracket 21.5 and with paper feeding stepping motor 21.8 and is connected, and paper feeding guide pin bushing 21.1 and paper feeding guide shaft 21.12 are installed in collection electric machine support 21.7 respectively and put on the paper support 21.13.
Described negative electrode casing translator unit 22 comprises in the paper-cut in negative electrode casing cylinder 22.5, the paper-cut in negative electrode casing cylinder saddle 22.6, the paper-cut negative electrode casing block 22.2, paper-cut discharging cylinder 22.3, paper-cut discharging push pedal 22.4 and material road pressing plate 22.1 in negative electrode casing push pedal 22.7, the paper-cut.Wherein, negative electrode casing cylinder 22.5 links to each other with workbench 11 by negative electrode casing cylinder saddle 22.6 in the paper-cut in the paper-cut, negative electrode casing push pedal 22.7 is installed in negative electrode casing cylinder 22.5 front ends in the paper-cut in the paper-cut, negative electrode casing block 22.2 is parallel with negative electrode casing push pedal 22.7 in the paper-cut in the paper-cut, and be anchored on the paper-cut workbench 11, paper-cut discharging cylinder 22.3 is installed on workbench 11 bottom surfaces, paper-cut discharging push pedal 22.4 is installed on paper-cut discharging cylinder 22.3 front ends, pass the inside groove of paper-cut workbench, and with negative electrode casing cylinder 22.5 horizontal vertical in the paper-cut, material road pressing plate 22.1 is installed on the workbench 11.
Described paper-cut molded base part 23 is installed on the workbench 11, between paper feeding roller 21.4 and material road pressing plate 22.1, and is arranged in parallel with the assembly of paper-supply section 21.Described paper-cut molded base part 23 comprises paper-cut support plate 23.1, paper-cut cylinder 23.9, paper-cut cylinder connecting plate 23.10, hang guide 23.11, hang pin 23.12, plunger tip 23.4 and plunger tip 23.5, paper-cut upper punch 23.6, paper-cut low punch 23.8, paper-cut low punch body 23.7, paper-cut location-plate 23.13, paper-cut guide post 23.14, piece 23.15 is adjusted in paper-cut, paper-cut forming blocks 23.17, paper-cut locating piece 23.19, stop nut 23.2, buffer spring 23.3 and paper-cut mould bases installing hole 23.18.Wherein, paper-cut mould bases installing hole 23.18 is positioned at the bottom surface of paper-cut support plate 23.1, fastening the paper-cut cylinder 23.9 in paper-cut support plate upper end, connecting paper-cut cylinder connecting plate 23.10 successively in the bottom of paper-cut cylinder 23.9, hanging guide 23.11 is fastened on the paper-cut cylinder connecting plate 23.10, below hanging guide 23.11, articulating extension pin 23.12, below extension pin 23.12, be plunger tip 23.4 and plunger tip 23.5, stop nut 23.2 is fastened on plunger tip 23.4 and the plunger tip 23.5, buffer spring 23.3 is installed on plunger tip 23.4 and the plunger tip 23.5, and compress with stop nut 23.2, paper-cut upper punch 23.6 is being slidingly matched with it in the periphery of plunger tip 23.4, what the periphery of paper-cut upper punch 23.6 was mated is paper-cut low punch body 23.7, paper-cut low punch body 23.7 is packed in the centre position of paper-cut support plate 23.1, paper-cut location-plate 23.13 passes paper-cut upper punch 23.6, two guide posts 23.14 pass from paper-cut location-plate 23.13 respectively, the lower end of two guide posts 23.14 is packed in paper-cut and adjusts on the piece 23.15, paper-cut is adjusted piece 23.15 and is fastened on the paper-cut low punch body, paper-cut low punch 23.8 is being adorned in bottom at paper-cut low punch body 23.7, paper-cut forming blocks 23.17 is contained in the bottom of paper-cut low punch 23.8, paper-cut locating piece 23.19 is fastened on the paper-cut support plate 23.1 and is positioned at paper-cut forming blocks 23.17 downsides, and the anticathode shell plays positioning action.
Described atmospheric control 3 and electrical apparatus control system 4 are applicable to that applicant's patented technology formerly is (referring to the described atmospheric control of CN200810052503.8 patent and electrical apparatus control system; This record of the relevant atmospheric control of patent and electrical apparatus control system formerly should be understood to all be referred among the present invention), after formerly the described atmospheric control of patent and electrical apparatus control system are done simple adaptation (improvement of non-intrinsically safe), can directly be used as atmospheric control of the present invention and electrical apparatus control system in other words.
Atmospheric control of the present invention comprises source of the gas, filter and electromagnetically operated valve group in parallel, described source of the gas pipe successively connects filter, electromagnetically operated valve group in parallel, described filter is installed on the frame, described electromagnetically operated valve group in parallel is installed on the control cubicle, and giving vent to anger of each electromagnetically operated valve is connected with return-air with the air inlet of corresponding working cylinder separately respectively by tracheae with exhaust in the electromagnetically operated valve group in parallel;
Electrical apparatus control system of the present invention comprises the electric control cabinet that is installed on the lower shoe, PLC module and control program thereof, DC power supply and filter etc.; Touch panel display device in the electrical apparatus control system is installed a side of close collection central shaft on the table; Described touch panel display device comprises touch-screen installation cabinet, touch-screen, alarm lamp and buzzer; Touch panel display device is installed the cabinet support by touch-screen and is installed on the table, and touch-screen is installed in the slot that cabinet is installed, and alarm lamp is installed in the upper right corner of control cubicle, buzzer be installed in touch-screen below.
Operation principle and the course of work of cutter of the present invention are: PLC sends instruction for the paper feeding stepping motor 21.8 in the paper-supply section 21 in the electrical apparatus control system, drives diaphragm paper and advances, for paper-cut is got ready.The discharging cylinder of the automatic press mold part on the production line for Li-Mn button battery before the paper-cut promotes negative electrode casing and advances, expect two of positions when paper-cut and obtain signal near switch, and pass to PLC, PLC negative electrode casing electromagnetically operated valve in the paper-cut sends signal, negative electrode casing cylinder 22.5 outputs in the paper-cut, promote two negative electrode casings and arrive paper-cut locating piece 23.11 places, the time-delay certain hour is return.After the starting point magnetic of negative electrode casing cylinder 22.5 is turned in the paper-cut, show negative electrode casing delivered to the paper-cut mould under, at this moment negative electrode casing cylinder terminal point magnetic switch passes to PLC with signal in the paper-cut, and PLC sends instruction to the paper-cut electromagnetically operated valve, 23.9 outputs of paper-cut cylinder.The barrier film paper tape passes from the slit 23.16 between paper-cut low punch body 23.7 and the paper-cut low punch 23.8, before paper-cut action beginning, paper-cut upper punch 23.6 moves downward the barrier film paper tape is pressed abd fixed on the paper-cut low punch 23.8, then plunger tip 23.4 and plunger tip 23.5 move downward the shearing diaphragm paper under the effect of paper-cut cylinder 23.9, owing to simultaneously two top heart work are arranged, so once can shear out two diaphragm papers.After diaphragm paper is cut, utilize plunger tip 23.4 and plunger tip 23.5 that diaphragm paper is pressed in the negative electrode casing, the both positive and negative polarity of keeping apart battery, perhaps described major diameter diaphragm paper is pressed in the negative electrode casing, make it form bowl structure, fully keep apart the both positive and negative polarity of battery, after paper-cut cylinder 23.9 terminal point magnetic are turned on, paper-cut terminal point magnetic is opened signal is passed to PLC, and paper-cut cylinder 23.9 lifts.Stepping motor obtains the instruction operation paper tape station that moves ahead, paper-cut discharging cylinder 22.3 will have been loaded the negative electrode casing of diaphragm paper and release, enter subsequent processing, after the terminal point magnetic of paper-cut discharging cylinder 22.3 is opened and is obtained signal, paper-cut discharging cylinder 22.3 is return, after the starting point magnetic of paper-cut discharging cylinder 22.3 is opened and obtained signal, and paper-cut expects that two of positions obtain signal near switch, repeat above-mentioned action again.When wherein any one cylinder at the appointed time during the no show normal position, Ming Xiang ﹑ alarm lamp red light Liang ﹑ touch-screen literal takes place and shows the caution fault in buzzer; Having fault that the back system takes place can be out of service, waits to restart corresponding warning the in back and then disappears.
According to said method the various piece of li-Mn button cell automatic shearing machine is moved in order, cooperates the li-Mn button cell automatic production line to finish the production in enormous quantities of li-Mn button cell.
The main feature of cutter of the present invention is: system adopts design technology project mechanical, electrical, gas integral, namely this cutter adopts the electrical-mechanical integrated design technology, the operating state of each several part motion is detected and monitoring by transducer, adopt the PLC program control technology, the human-computer interaction technology of touch-screen carries out working procedure control to the cylinder of each several part actuator, motor etc., and operating system adopts touch-screen as man-machine interface, carry out interactive operation, convenient, fast and efficient.
Cutter of the present invention is not stated part and is applicable to prior art.
Claims (4)
1. li-Mn button cell diaphragm paper automatic shearing machine, this cutter comprises housing assembly, paper-cut mechanism, atmospheric control and electrical apparatus control system; It is characterized in that described housing assembly comprises workbench, support plate, desktop, frame, lower shoe and lower margin; At lower shoe atmospheric control and electrical apparatus control system are installed, paper-cut mechanism is installed on the workbench, and workbench is fastened on the support plate;
Described paper-cut mechanism comprises three parts: paper-supply section, negative electrode casing translator unit and paper-cut molded base part, and three parts link together by workbench; Described paper-supply section comprises the collection electric machine support, puts the paper support, collection motor, collection central shaft, collection block plate, put the paper central shaft, put the paper block plate, paper feeding stepping motor, paper feeding stepping motor support, paper feeding roller, paper feeding roller bracket, paper feeding guide pin bushing and paper feeding guide shaft; Wherein, put paper support and collection electric machine support and place the both sides of workbench by process sequence respectively, and become in-line to arrange with the paper-cut molded base part, workbench also is anchored on the support plate, installing the collection motor on the collection electric machine support, installing the collection central shaft on the collection motor shaft, a splaying corresponding with the collection motor on the collection central shaft is installed with the collection block plate; Equally, putting the paper central shaft is packed in and puts on the paper support, be installed with in the other end gap of putting the paper central shaft and put the paper block plate, the paper feeding stepping motor is packed on the workbench by paper feeding stepping motor support, the paper feeding roller is installed on the paper feeding roller bracket and with the paper feeding stepping motor and is connected, and paper feeding guide pin bushing and paper feeding guide shaft are installed on the workbench; Described negative pole translator unit comprises in the paper-cut in negative electrode casing cylinder, the paper-cut in negative electrode casing cylinder saddle, the paper-cut negative electrode casing block, paper-cut discharging cylinder, paper-cut discharging push pedal and material road pressing plate in negative electrode casing push pedal, the paper-cut; Wherein, the negative electrode casing cylinder links to each other with workbench by negative electrode casing cylinder saddle in the paper-cut in the paper-cut, the negative electrode casing push pedal is installed in negative electrode casing cylinder front end in the paper-cut in the paper-cut, the negative electrode casing block is parallel with negative electrode casing push pedal in the paper-cut and be anchored on the workbench in the paper-cut, paper-cut discharging cylinder is installed on the workbench bottom surface, and paper-cut discharging push pedal is installed on paper-cut discharging cylinder front end, passes the inside groove of workbench, and with negative electrode casing cylinder push pedal horizontal vertical in the paper-cut, material road pressing plate is installed on the workbench; Described paper-cut molded base part comprises paper-cut support plate, paper-cut cylinder, paper-cut cylinder connecting plate, extension guide, hangs pin, plunger tip, paper-cut upper punch, paper-cut low punch, paper-cut low punch body, paper-cut location-plate, paper-cut guide post, paper-cut adjustment piece, paper-cut forming blocks, paper-cut locating piece, stop nut and buffering spring; Wherein, the paper-cut support plate is fixed on the workbench, fastening the paper-cut cylinder in paper-cut support plate upper end, connecting paper-cut cylinder connecting plate successively in the bottom of paper-cut cylinder, hanging guide is fastened on the paper-cut cylinder connecting plate, below hanging guide, connecting the extension pin, below the extension pin, it is plunger tip, stop nut is fastened on the plunger tip, buffer spring is installed on the plunger tip, and compress with stop nut, the paper-cut upper punch that is being slidingly matched with it in the periphery of plunger tip, what the periphery of paper-cut upper punch was mated is paper-cut low punch body, paper-cut low punch body is packed in the centre position of paper-cut support plate, the paper-cut location-plate passes the paper-cut upper punch, and two guide posts pass from the paper-cut location-plate respectively, and the lower end of two guide posts is packed in to be adjusted on the piece, the paper-cut low punch is being adorned in bottom at paper-cut low punch body, the paper-cut forming blocks is contained in the bottom of paper-cut low punch, and the paper-cut locating piece is fastened on the paper-cut support plate, and the anticathode shell plays positioning action.
2. li-Mn button cell diaphragm paper automatic shearing machine according to claim 1, it is characterized in that described atmospheric control comprises source of the gas, filter and electromagnetically operated valve group in parallel, described source of the gas pipe successively connects filter, electromagnetically operated valve group in parallel, described filter is installed on the frame, described electromagnetically operated valve group in parallel is installed on the control cubicle, and giving vent to anger of each electromagnetically operated valve is connected with return-air with the air inlet of corresponding working cylinder separately respectively by tracheae with exhaust in the electromagnetically operated valve group in parallel.
3. li-Mn button cell diaphragm paper automatic shearing machine according to claim 1 is characterized in that described electrical apparatus control system comprises the electric control cabinet that is installed on the lower shoe, PLC module and control program thereof, DC power supply and filter; Touch panel display device in the electrical apparatus control system is installed a side of close collection central shaft on the table; Described touch panel display device comprises touch-screen installation cabinet, touch-screen, alarm lamp and buzzer; Touch panel display device is installed the cabinet support by touch-screen and is installed on the table, and touch-screen is installed in the slot that cabinet is installed, and alarm lamp is installed in the upper right corner of control cubicle, buzzer be installed in touch-screen below.
4. li-Mn button cell diaphragm paper automatic shearing machine according to claim 1 is characterized in that the height of whole cutter can be regulated by lower margin.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2013102257839A CN103346279A (en) | 2013-06-07 | 2013-06-07 | Automatic shearing machine for Li-Mn button battery diaphragm paper |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2013102257839A CN103346279A (en) | 2013-06-07 | 2013-06-07 | Automatic shearing machine for Li-Mn button battery diaphragm paper |
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| CN103346279A true CN103346279A (en) | 2013-10-09 |
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| CN2013102257839A Pending CN103346279A (en) | 2013-06-07 | 2013-06-07 | Automatic shearing machine for Li-Mn button battery diaphragm paper |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103840107A (en) * | 2014-03-13 | 2014-06-04 | 湖州市千金宝云机械铸件有限公司 | Clapboard paper cutting mechanism |
| CN106505222A (en) * | 2016-12-28 | 2017-03-15 | 钦州市奥佳华新能源科技有限公司 | The electrode of button cell and the combination unit of barrier film |
| CN108705573A (en) * | 2018-06-08 | 2018-10-26 | 上海海洋大学 | A kind of manned capsule life-saving cable and fiber cut mechanism |
| CN109378429A (en) * | 2018-10-20 | 2019-02-22 | 武汉惠强新能源材料科技有限公司 | The temperature control equipment of battery diaphragm production line |
| CN114102700A (en) * | 2021-11-27 | 2022-03-01 | 延川县国库支付中心 | Financial statement trimming device for economic management |
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103840107A (en) * | 2014-03-13 | 2014-06-04 | 湖州市千金宝云机械铸件有限公司 | Clapboard paper cutting mechanism |
| CN103840107B (en) * | 2014-03-13 | 2016-01-20 | 湖州市千金宝云机械铸件有限公司 | A kind of separator paper cutting mechanism |
| CN106505222A (en) * | 2016-12-28 | 2017-03-15 | 钦州市奥佳华新能源科技有限公司 | The electrode of button cell and the combination unit of barrier film |
| CN106505222B (en) * | 2016-12-28 | 2022-10-28 | 广西奥佳华新能源科技有限公司 | Combined device of electrode and diaphragm of button cell |
| CN108705573A (en) * | 2018-06-08 | 2018-10-26 | 上海海洋大学 | A kind of manned capsule life-saving cable and fiber cut mechanism |
| CN108705573B (en) * | 2018-06-08 | 2024-01-30 | 上海海洋大学 | Cable and optical fiber cutting mechanism for escape of manned cabin |
| CN109378429A (en) * | 2018-10-20 | 2019-02-22 | 武汉惠强新能源材料科技有限公司 | The temperature control equipment of battery diaphragm production line |
| CN109378429B (en) * | 2018-10-20 | 2023-10-13 | 武汉惠强新能源材料科技有限公司 | Temperature control device of battery diaphragm production line |
| CN114102700A (en) * | 2021-11-27 | 2022-03-01 | 延川县国库支付中心 | Financial statement trimming device for economic management |
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Application publication date: 20131009 |