CN103043247B - Distributing and discharging device used for hang tag type packaging of cylindrical batteries - Google Patents
Distributing and discharging device used for hang tag type packaging of cylindrical batteries Download PDFInfo
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- CN103043247B CN103043247B CN201210587926.6A CN201210587926A CN103043247B CN 103043247 B CN103043247 B CN 103043247B CN 201210587926 A CN201210587926 A CN 201210587926A CN 103043247 B CN103043247 B CN 103043247B
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Abstract
The invention discloses a distributing and discharging device used for hang tag type packaging of cylindrical batteries. The device comprises a rack (1), a distributing wheel (2) and an annular track (3), a distributing passage (9) is formed by a gap between the distributing wheel (2) and a first arc guide face (5) and communicated with a feeding passage (4), multiple groups of arc grooves (2.1) are arranged on the outer periphery of the distributing wheel (2), an outlet of the distributing passage (9) is communicated with an upper track (3.1) of the annular track (3), a battery turning passage (13) is formed by a gap between a second arc guide face (7) and a front track gear (10), a magnet is positioned right above a lower track (3.2) of the annular track (3), and a press strip (14) used for pressing the batteries into plastic foam (15) is fixed on a piston rod of a discharging air cylinder (11). The distributing and discharging device used for hang tag type packaging of the cylindrical batteries can increase speed, improve working efficiency, lower labor intensity and save labor cost.
Description
Technical field
The present invention relates to battery packaging device, is specifically a kind of sub-material and discharging device of the packing of the elevator formula for cylindrical battery.
Background technology
The elevator formula packing of cylindrical battery refers to elevator and is fixed on the manner of packing that bubble wraps up battery of moulding on elevator.Elevator formula packing need to be by the battery that is arranged in feeding channel of drawing close each other side by side separately in groups and put into corresponding bubble, i.e. sub-material and the blowing moulded.Traditional sub-material and blowing all adopt manual operation, but manual operation speed is slow, labour intensity large, inefficiency, the employment amount of enterprise is increased, and rise steadily instantly in labour power cost of labor in short supply, traditional manner of packing obviously can not meet the demand of Business survival, development.
Summary of the invention
The technical problem to be solved in the present invention is, provide a kind of can pick up speed, increase work efficiency, reduce labour intensity, sub-material and the discharging device of the packing of the elevator formula for cylindrical battery that saves labour turnover.
Technical solution of the present invention is, a kind of sub-material and discharging device of the packing of the elevator formula for cylindrical battery are provided, it comprises frame, by electric motor driven sub-material wheel and width, be less than the endless track of battery length, in frame, be fixed with feeding-passage, with the first baffle plate of the first circular arc spigot surface with the second baffle of the second circular arc spigot surface, sub-material wheel is arranged in frame and is concentric with the first circular arc spigot surface, difference between the radius of the first circular arc spigot surface and sub-material wheel radius is less than the diameter of cylindrical battery, gap between sub-material wheel and circular arc spigot surface forms sub-material passage, feeding-passage and sub-material channel connection, the excircle of sub-material wheel is provided with many group arc grooves, the linear velocity of endless track is identical with the linear velocity of sub-material wheel excircle, magnet is also installed in frame, blowing cylinder, crawler belt backgear and the wheel crawler belt front gear concentric with the second circular arc spigot surface, in two crawler belt gears, at least one is by electric motor driven driving wheel, endless track is engaged on two crawler belt gears, the outlet of sub-material passage is communicated with the upper crawler belt of endless track, gap between the second circular arc spigot surface and crawler belt front gear forms upset cell channel, magnet is positioned at the top of the lower crawler belt of endless track, on the piston rod of blowing cylinder, be fixed with for battery being pressed into the press strip of moulding in bubble.
The working process of this device is: a plurality of batteries are continuously row and are distributed in feeding-passage, and fall under Action of Gravity Field, sub-material wheel rotates under direct motor drive, when the arc groove of sub-material wheel and the outlet of feeding-passage over against time, the battery that is arranged in feeding-passage bottom falls into the arc groove of sub-material wheel, and along with sub-material wheel advances at sub-material passage, if arc groove not with the outlet of feeding-passage over against, the battery that is positioned at feeding-passage bottom can not enter sub-material passage with regard to being stuck in this position, therefore take turns number and the distribution situation of arc groove on excircle by sub-material, can control enter between the quantity of the battery in sub-material passage and battery and battery whether continuous, realized the sub-material of designing requirement in groups, like this, can need according to packing, design number and the distributing position of arc groove on sub-material wheel excircle, as think three of the packings batteries of dress continuously, just be designed to one group of three continuous circular arc groove, think four batteries that fill continuously of packing, just be designed to one group of four continuous circular arc groove, think that packing buys 3 and send 1 deal pack battery, just be designed to three continuous arc grooves and a separated arc groove, complete the battery of sub-material along with sub-material wheel migrates out sub-material passage, fall on the upper crawler belt of endless track, because the linear velocity of endless track is identical with the linear velocity of sub-material wheel excircle, therefore the distribution of battery on endless track is identical with the distribution on sub-material wheel excircle, be that battery on endless track can keep the state after sub-material wheel sub-material, battery is along with endless track enters lower crawler belt through upset cell channel again, this at present crawler belt upper battery under, the magnet effect of lower crawler belt top, battery is adsorbed on lower crawler belt, when battery moves to corresponding moulding behind bubble top along with lower crawler belt, blowing cylinder presses down, drive press strip that battery is pressed into and is moulded in bubble.
The sub-material that the present invention packs for the elevator formula of cylindrical battery and discharging device compared with prior art, have following remarkable advantage and beneficial effect:
By this device, the battery that is arranged in feeding channel of drawing close each other is side by side separated and puts into the bubble of moulding of correspondence, full-automatic sub-material and blowing have been realized, this device work speed is fast, work efficiency is high, labour intensity is low, significantly reduced the amount of labour used of enterprise, save labor cost, there is very superior economy, met the needs of Business survival, development.
As improvement, in frame, be rotatably combined with the first axle, on the first axle, be fixed with the first transmission gear, sub-material wheel and the first axle be removable to be connected and both are circumferentially spacing, electrical motor is servomotor torque constant, the output shaft of electrical motor is fixed with output gear, output gear and the engagement of the first transmission gear, like this, accurately stepping of servomotor torque constant, can accurately control the stroke that sub-material is taken turns like this, makes battery more accurately fall into corresponding moulding in bubble, improve the performance accuracy of whole machine, reduce rate of breakdown; And sub-material wheel is connected with the first axle is removable, be convenient to like this change the sub-material wheel that arc groove number is different with position, realize different sub-material effects, and then pack out three dresses, four dresses, buy three and give the different elevator formulas such as a deal pack and pack.
As improving again, in frame, be also rotatably combined with the second axle, crawler belt front gear is fixed on the second axle, is also fixed with the second transmission gear on the second axle, the second transmission gear and the engagement of the first transmission gear, like this, transmission structures is simple, reliable transmission, and without being a driving motor of the special installation of endless track, but share same electrical motor with sub-material wheel, be beneficial to and realize the synchronous of sub-material wheel and endless track.
As preferably, the many groups arc groove on the excircle of sub-material wheel, every group is four arc grooves of drawing close continuously, the distance between every two adjacent groups arc groove equates; Track surface is also provided with many group double wedges, and the distance between every two adjacent groups double wedge equals the distance between the every two adjacent groups arc groove on the excircle of sub-material wheel, and every group is five equidistant double wedges, and every two adjacent double wedges have formed the breach of accommodating single battery; Like this, it is the battery of a group that sub-material wheel can be divided into battery in a row continuously continuous four, and endless track can be transported to every Battery pack corresponding moulding above bubble, this each to mould bubble be also the corresponding bubble of moulding that comprises four continuous battery cavities, finally makes each Mould The Blister Package have one group of four continuous battery.
As further improvement, every four of a plurality of arc grooves on the excircle of sub-material wheel are one group, in four arc grooves of every group, are three arc grooves of drawing close continuously and a separated arc groove, and the distance between every two adjacent groups arc groove equates, track surface is also provided with many group double wedges, distance between every two adjacent groups double wedge equals the distance between the every two adjacent groups arc groove on the excircle of sub-material wheel, every group is six double wedges, four, the left side is equally spaced and forms the breach of three accommodating single batteries, two, the right double wedge forms the breach of an accommodating single battery, three, left side breach is drawn close continuously, a breach on the right is discontinuous, like this, sub-material wheel can be divided into many Battery packs by continuous battery in a row, every Battery pack is comprised of three continous batteries and an independent discontinuous battery, and endless track can be transported to every Battery pack corresponding moulding above bubble, and each to mould bubble be also the corresponding bubble of moulding that comprises three continuous battery cavities and a discontinuous battery cavities, finally make each mould bubble inner packing and have a Battery pack.
As further improving again, in frame, be fixed with an embedding magnetic sheet that is positioned at the lower crawler belt top of endless track, magnet is bar shaped, and bar magnet embeds in embedding magnetic sheet, bar magnet is positioned at the length bisector top of the battery of endless track, like this, when battery is positioned at the lower crawler belt of endless track, bar magnet is just in time positioned at the top of battery length bisector, the middle part of battery is by magnet adsorption, absorption position overlaps with battery center of gravity, and advantages of good adsorption effect, is not easy unstability.
As also further improving, on the piston rod of blowing cylinder, be fixed with pressing plate, press strip is fixed on pressing plate, press strip is many groups, every group of press strip is concordant two, every group of press strip be positioned at one mould bubble directly over, the press strip above in every group be positioned at the battery on endless track front end directly over, press strip be below positioned at the battery on endless track rear end directly over; Embedding magnetic sheet is provided with and every press strip square hole one to one, like this, the middle part of battery is by magnet adsorption, and to be front-end and back-end be positioned at the two ends of battery pressing plate below, press down in process, two pressing plates press down respectively the two ends of battery, therefore blowing process is more steady, battery falls into that to mould the process of bubble more accurate.
As further improving again, in frame, be fixed with a tensioning cylinder, the piston rod of tensioning cylinder is fixed with axle bed, is fixed with the 3rd axle on axle bed, and crawler belt backgear is arranged on the 3rd axle, like this, in the time of need to need to changing different endless tracks according to different packings, drive cylinder, piston rod is reclaimed, endless track will relax, and is easy to change; Finish changing after endless track, reverse drive cylinder, advances piston rod, re-tensioning endless track, and the installation of endless track and operating process are all simple and reliable.
Accompanying drawing explanation
Fig. 1 is the present invention for the structural representation of facing of the sub-material of the elevator formula packing of cylindrical battery and discharging device.
Fig. 2 is that the present invention is for the sub-material of the elevator formula packing of cylindrical battery and the backsight structural representation of discharging device.
Fig. 3 is that the present invention is for the sub-material of the elevator formula packing of cylindrical battery and the structural representation of discharging device.
Fig. 4 is the present invention for the structural representation of looking up of the sub-material of the elevator formula packing of cylindrical battery and discharging device.
Fig. 5 be the present invention for the another kind of sub-material wheel of the sub-material of the elevator formula packing of cylindrical battery and discharging device and face structure for amplifying schematic diagram.
Fig. 6 is that the present invention faces structural representation for the sub-material of elevator formula packing of cylindrical battery and the part amplification of the another kind of endless track of discharging device.
Shown in figure 1, frame, 2, sub-material wheel, 2.1, arc groove, 3, endless track, 3.1, upper crawler belt, 3.2, lower crawler belt, 3.3, double wedge, 3.4, bayonet socket, 4, feeding-passage, 5, the first circular arc spigot surface, 6, the first baffle plate, 7, the second circular arc spigot surface, 8, second baffle, 9, sub-material passage, 10, crawler belt front gear, 11, blowing cylinder, 12, crawler belt backgear, 13, upset cell channel, 14, press strip, 15, mould bubble, 16, the first axle, 17, the first transmission gear, 18, output gear, 19, the second axle, 20, the second transmission gear, 21, embedding magnetic sheet, 22, bar magnet, 23, pressing plate, 24, tensioning cylinder, 25, axle bed, 26, battery cavities, 27, servomotor torque constant.
The specific embodiment
Below in conjunction with the drawings and specific embodiments, the invention will be further described.
As shown in Figure 1, Figure 2, Figure 3, Figure 4, the present invention is for sub-material and the discharging device of the elevator formula packing of cylindrical battery, and it comprises frame 1, by electric motor driven sub-material wheel 2 and width, is less than the endless track 3 of battery length.The type of drive of sub-material wheel 2 is: in frame 1, be rotatably combined with the first axle 16, on the first axle 16, be fixed with the first transmission gear 17, sub-material wheel 2 and the first axle 16 be removable to be connected and both are circumferentially spacing, electrical motor is servomotor torque constant 27, the output shaft of electrical motor is fixed with output gear 18, output gear 18 and the first transmission gear 17 engagements; Wherein, between sub-material wheel 2 and the first axle 16, can adopt the conventional mode that adds an axle sleeve in the first axle 16 ends to coordinate, sub-material easy for removal and installation like this takes turns 2.
In frame 1, be fixed with being also provided with feeding-passage 4 in the first baffle plate 6 of the first circular arc spigot surface 5 and second baffle 8, the first baffle plates 6 with the second circular arc spigot surface 7.Sub-material wheel 2 is arranged in frame 1 and is concentric with the first circular arc spigot surface 5, and the radius of the first circular arc spigot surface 5 and sub-material are taken turns the diameter that difference between 2 radiuses is less than cylindrical battery, the gap formation sub-material passage 9 between sub-material wheel the 2 and first circular arc spigot surface 5.The outlet of feeding-passage 4 lower ends is communicated with the entrance of sub-material passage 9 upper ends.On the excircle of sub-material wheel 2, be radially provided with the arc groove 2.1 that many groups and package design require identical set battery, specifically, according to the concrete needs of package design, design targetedly number and the distributing position of every group of arc groove 2.1 of sub-material wheel 2.As think 4 of the packings batteries of dress continuously, be that each is when moulding bubble 15 and comprising four battery cavities 26 of drawing close side by side continuously, many groups arc groove 2.1 on the excircle of its sub-material wheel 2, distance between every two adjacent groups arc groove 2.1 equates, every group is four arc grooves of drawing close continuously 2.1, and the distance between every two adjacent groups arc groove 2.1 refers to the arc length of the circular arc between a rightmost arc groove 2.1 in one group of arc groove 2.1 that in one group of arc groove 2.1, a leftmost arc groove 2.1 is adjacent with the left side; Endless track 3 surfaces are also provided with many group double wedges 3.3, distance between every two adjacent groups double wedge 3.3 equals the distance between the every two adjacent groups arc groove 2.1 on the excircle of sub-material wheel 2, distance between every two adjacent groups double wedge 3.3 refers to the distance of a rightmost double wedge 3.3 in one group of double wedge 3.3 that in one group of double wedge 3.3, a leftmost double wedge 3.3 is adjacent with the left side, every group is five equidistant double wedges 3.3, every two adjacent double wedges 3.3 have formed the bayonet socket 3.4 of an accommodating single battery, and every group of double wedge 3.3 forms four continuously and the bayonet socket 3.4 of drawing close.If thinking packing buys 3 and send 1 deal pack battery, be that each is when moulding bubble 15 and comprising three battery cavities 26 of drawing close side by side continuously and an independent battery cavities 26, every four of a plurality of arc grooves 2.1 on the excircle of sub-material wheel 2 are as shown in Figure 5 one group, distance between every two adjacent groups arc groove 2.1 equates, is three arc grooves of drawing close continuously 2.1 and a separated arc groove 2.1 in four arc grooves 2.1 of every group; On endless track 3 as shown in Figure 6, every six double wedges 3.3 are one group, four, the left side is equally spaced and forms the bayonet socket 3.4 of three accommodating single batteries, two, the right double wedge 3.3 forms the bayonet socket 3.4 of an accommodating single battery, three, left side bayonet socket 3.4 is drawn close continuously, and a bayonet socket 3.4 on the right is discontinuous.
The linear velocity of endless track 3 is identical with the linear velocity that sub-material is taken turns 2 excircles.In frame 1, be also provided with magnet, blowing cylinder 11, crawler belt backgear 12 and with concentric 10, two the crawler belt gears of crawler belt front gear of the second circular arc spigot surface 7 at least one is by electric motor driven driving wheel, endless track 3 is engaged on two crawler belt gears.In the present embodiment, crawler belt front gear 10 is electric motor driven driving wheel, its concrete type of drive is: in frame 1, be also rotatably combined with the second axle 19, crawler belt front gear 10 is fixed on the second axle 19, on the second axle 19, be also fixed with the second transmission gear 20, the second transmission gears 20 and the first transmission gear 17 engagements.The outlet of sub-material passage 9 is communicated with the upper crawler belt 3.1 of endless track 3, and the gap between the second circular arc spigot surface 7 and crawler belt front gear 10 forms upset cell channel 13.Upset cell channel 13 can, to reverse battery, make from being positioned at the top of endless track 3, to become the below that is positioned at endless track 3 through the battery of upset cell channel 13.Magnet is positioned at the top of the lower crawler belt 3.2 of endless track 3, be in frame 1, to be fixed with an embedding magnetic sheet 21 that is positioned at lower crawler belt 3.2 tops of endless track 3, magnet is bar magnet 22, bar magnet 22 embeds in embedding magnetic sheet 21, and bar magnet 22 is positioned at the length bisector top of the battery on endless track 3.On the piston rod of blowing cylinder 11, be fixed with the press strip 14 of moulding in bubble 15 for battery is pressed into, the free end that is the piston rod of blowing cylinder 11 is fixed with pressing plate 23, press strip 14 is fixed on pressing plate 23, press strip 14 is many groups, every group of press strip 14 is concordant two, every group of press strip 14 be positioned at one mould bubble 15 directly over, the press strip 14 above in every group be positioned at the battery on endless track 3 front end directly over, press strip 14 be below positioned at the battery on endless track 3 rear end directly over; Embedding magnetic sheet 21 is provided with and every press strip 14 square hole one to one.Like this, when battery is positioned at the lower crawler belt 3.2 of endless track 3, bar magnet 22 is positioned at the stage casing top of battery, the stage casing of absorption battery, and two press strips 14 are on the same group positioned at the top at the two ends of battery, facilitate pulsation-free to press down battery.In frame 1, be fixed with a tensioning cylinder 24, the free end of the piston rod of tensioning cylinder 24 is fixed with axle bed 25, is fixed with the 3rd axle on axle bed 25, and crawler belt backgear 12 is arranged on the 3rd axle.
Below only just preferred embodiment of the present invention is described, but can not be interpreted as it is limitations on claims.The present invention is not only confined to above embodiment, and its concrete structure allows to change, as: between sub-material wheel 2 and electrical motor, can also adopt other conventional type of drive, the output shaft that is directly installed on electrical motor as sub-material wheel 2 is first-class; Can also number and the distributing position of different arc groove 2.1 need on taking turns 2 excircle, sub-material be set according to packing, as think 5 packed batteries of packing, just designing five continuous circular arc grooves 2.1 is one group, designs equally five continuous bayonet sockets 3.4 on endless track 3; Think that packing 5 adds 1 deal pack, just designing 6 is the arc groove 2.1 of a group, wherein five arc grooves 2.1 are continuous, and the 6th arc groove 2.1 is spaced apart, are also arranged to equally corresponding continuous four bayonet sockets 3.4 and a discontinuous independent bayonet socket 3.4 on endless track 3; Endless track 3 can also adopt other conventional drive mechanism, and an electrical motor is even directly set in addition specially, crawler belt front gear 10 is directly fixed on the output shaft of this electrical motor; Etc..All various variations of doing in the protection domain of independent claims of the present invention are all in protection scope of the present invention.
Claims (8)
1. sub-material and the discharging device of the elevator formula for cylindrical battery packing, it is characterized in that: it comprises frame (1), by electric motor driven sub-material wheel (2) and width, be less than the endless track (3) of battery length, in frame (1), be fixed with feeding-passage (4), with first baffle plate (6) of the first circular arc spigot surface (5) with the second baffle (8) of the second circular arc spigot surface (7), it is upper and concentric with the first circular arc spigot surface (5) that sub-material wheel (2) is arranged on frame (1), difference between the radius of the first circular arc spigot surface (5) and sub-material wheel (2) radius is less than the diameter of cylindrical battery, gap between sub-material wheel (2) and the first circular arc spigot surface (5) forms sub-material passage (9), feeding-passage (4) is communicated with sub-material passage (9), the excircle of sub-material wheel (2) is provided with many group arc grooves (2.1), the linear velocity of endless track (3) is identical with the linear velocity of sub-material wheel (2) excircle, frame is also provided with magnet on (1), blowing cylinder (11), crawler belt backgear (12) and the crawler belt front gear (10) concentric with the second circular arc spigot surface (7), in two crawler belt gears, at least one is by electric motor driven driving wheel, endless track (3) is engaged on two crawler belt gears, the outlet of sub-material passage (9) is communicated with the upper crawler belt (3.1) of endless track (3), gap between the second circular arc spigot surface (7) and crawler belt front gear (10) forms upset cell channel (13), magnet is positioned at the top of the lower crawler belt (3.2) of endless track (3), on the piston rod of blowing cylinder (11), be fixed with the press strip (14) of moulding in bubble (15) for battery is pressed into.
2. the elevator formula for cylindrical battery according to claim 1 is packed sub-material and discharging device, it is characterized in that: in frame (1), be rotatably combined with the first axle (16), on the first axle (16), be fixed with the first transmission gear (17), sub-material wheel (2) and the first axle (16) be removable to be connected and both are circumferentially spacing, electrical motor is servomotor torque constant (27), the output shaft of electrical motor (27) is fixed with output gear (18), output gear (18) and the first transmission gear (17) engagement.
3. the elevator formula for cylindrical battery according to claim 2 is packed sub-material and discharging device, it is characterized in that: in frame (1), be also rotatably combined with the second axle (19), crawler belt front gear (10) is fixed on the second axle (19), on the second axle (19), be also fixed with the second transmission gear (20), the second transmission gear (20) and the first transmission gear (17) engagement.
4. the elevator formula for cylindrical battery according to claim 1 is packed sub-material and discharging device, it is characterized in that: the many groups arc groove (2.1) on the excircle of sub-material wheel (2), distance between every two adjacent groups arc groove (2.1) is equal, and every group is four arc grooves of drawing close continuously (2.1); Endless track (3) surface is also provided with many group double wedges (3.3), distance between every two adjacent groups double wedge (3.3) equals sub-material and takes turns the distance between the every two adjacent groups arc groove (2.1) on the excircle of (2), every group is five equidistant double wedges (3.3), and every adjacent two double wedges (3.3) have formed the bayonet socket (3.4) of accommodating single battery.
5. the elevator formula for cylindrical battery according to claim 1 is packed sub-material and discharging device, it is characterized in that: every four of a plurality of arc grooves (2.1) on the excircle of sub-material wheel (2) are one group, distance between every two adjacent groups arc groove (2.1) equates, is three arc grooves of drawing close continuously (2.1) and a separated arc groove (2.1) in four arc grooves (2.1) of every group; Endless track (3) surface is also provided with many group double wedges (3.3), distance between every two adjacent groups double wedge (3.3) equals sub-material and takes turns the distance between the every two adjacent groups arc groove (2.1) on the excircle of (2), every group is six double wedges (3.3), four, the left side is equally spaced and forms the bayonet socket (3.4) of three accommodating single batteries, two double wedges in the right (3.3) form the bayonet socket (3.4) of an accommodating single battery, three bayonet sockets in the left side (3.4) are drawn close continuously, and a bayonet socket (3.4) on the right is discontinuous.
6. the elevator formula for cylindrical battery according to claim 1 is packed sub-material and discharging device, it is characterized in that: in frame (1), be fixed with an embedding magnetic sheet (21) that is positioned at lower crawler belt (3.2) top of endless track (3), magnet is bar magnet (22), bar magnet (22) embeds in embedding magnetic sheet (21), and bar magnet (22) is positioned at the length bisector top of the battery on endless track (3).
7. the elevator formula for cylindrical battery according to claim 6 is packed sub-material and discharging device, it is characterized in that: on the piston rod of blowing cylinder (11), be fixed with pressing plate (23), press strip (14) is fixed on pressing plate (23), press strip (14) is many groups, every group of press strip (14) is concordant two, every group of press strip (14) be positioned at one mould bubble (15) directly over, press strip (14) above in every group be positioned at the battery on endless track (3) front end directly over, press strip below (14) be positioned at the battery on endless track (3) rear end directly over; Embedding magnetic sheet (21) is provided with and every press strip (14) square hole one to one.
8. the elevator formula for cylindrical battery according to claim 3 is packed sub-material and discharging device, it is characterized in that: in frame (1), be fixed with a tensioning cylinder (24), the piston rod of tensioning cylinder (24) is fixed with axle bed (25), on axle bed (25), be fixed with the 3rd axle, crawler belt backgear (12) is arranged on the 3rd axle.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210587926.6A CN103043247B (en) | 2012-12-31 | 2012-12-31 | Distributing and discharging device used for hang tag type packaging of cylindrical batteries |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210587926.6A CN103043247B (en) | 2012-12-31 | 2012-12-31 | Distributing and discharging device used for hang tag type packaging of cylindrical batteries |
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| CN103043247A CN103043247A (en) | 2013-04-17 |
| CN103043247B true CN103043247B (en) | 2014-11-26 |
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| CN202363544U (en) * | 2011-12-02 | 2012-08-01 | 林科晓 | Battery processing equipment |
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2012
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