CN105083664A - Battery labeling machine - Google Patents
Battery labeling machine Download PDFInfo
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- CN105083664A CN105083664A CN201510379110.8A CN201510379110A CN105083664A CN 105083664 A CN105083664 A CN 105083664A CN 201510379110 A CN201510379110 A CN 201510379110A CN 105083664 A CN105083664 A CN 105083664A
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Abstract
The invention provides a battery labeling machine and belongs to the technical field of battery production. The battery labeling machine comprises a conveying belt, an arranging plate, a labeling mechanism, a steering channel and a climbing belt, wherein the conveying belt is used for conveying a plurality of square batteries with the front faces facing upward, the side faces of every two adjacent square batteries on the conveying belt are arranged next to each other, and the conveying belt is divided into a feeding segment, a labeling segment and a discharging segment; the arranging plate is arranged at one side of the conveying belt, and arranging strong magnetic pieces are installed on the arranging plate; the labeling mechanism is arranged at the other side of the conveying belt and corresponds to the labeling segment so that the square batteries on the labeling segment can be labeled; the steering channel is arranged at the outlet of the conveying belt and connected with the discharging segment, and the steering channel is used for receiving the square batteries discharged from the discharging segment and discharging the square batteries after rotating the square batteries gradually until the back faces face upward; the climbing belt is arranged at the outlet of the steering channel in a vertical and inclined mode, the climbing belt is used for receiving the square batteries discharged from the steering channel and discharging the square batteries, and a fixing plate provided with climbing strong magnetic pieces is arranged below the climbing belt. The battery labeling machine has the advantages of being reasonable in layout and high in working efficiency.
Description
Technical field
The invention belongs to technical field of battery production, relate to a kind of battery labeling machine, particularly a kind of battery labeling machine being applicable to automatic battery flow production line.
Background technology
Along with the technological advance of battery, alkaline battery production technology is day by day ripe, and the demand in market is large.Battery in manufacturing line after finished product needs to carry out labeling through labelling machine, and labelling machine is the indispensable component part of battery packages.
In prior art, labelling machine mainly comprises the load-transfer device for carrying battery, the label-sticking mechanism for labeling.When labelling machine square shaped battery carries out labeling, due to rectangular cell upset difficulty, continue labeling after needing further battery turn-over or directly draw off.In the market, the labelling machine for rectangular cell is manual after labeling battery one side carries out upset operation to battery, and waste time and energy, work efficiency reduces.
In addition, owing to also laying other production facilitiess in workshop, and equipment volume is huge, the battery that labelling machine draws off needs just can be passed to next procedure through one section of transportation, for this reason, need the climbing apparatus arranging a kind of labelling machine, in the vertical direction extends conveying mechanism, so that the battery that labelling machine draws off gets around the main equipment in workshop, ensure the Appropriate application in space, workshop.
In sum, need to design a kind of rationally distributed, battery labeling machine that good stability, work efficiency are high.
Summary of the invention
The object of the invention is to there are the problems referred to above for existing technology, propose a kind of rationally distributed, battery labeling machine that good stability, work efficiency are high.
Object of the present invention realizes by following technical proposal: a kind of battery labeling machine, comprising:
Load-transfer device, carries heads some rectangular cells, the adjacent setting in side of adjacent two rectangular cells on described load-transfer device, and described load-transfer device is divided into supplied materials section, labeling section, discharging section by entrance successively to outlet;
Permutation plate, is arranged at described load-transfer device side and is provided with the strong magnetic part of permutation, and the strong magnetic part of described permutation applies magnetic attraction to rectangular cell and rectangular cell is organized into a line, and the adsorption affinity of the strong magnetic part of described permutation is less than the conveying capacity of load-transfer device square shaped battery;
Label-sticking mechanism, is arranged on load-transfer device opposite side and correspondingly with labeling section arranges, to carry out labeling to the rectangular cell of labeling section;
Turn to passage, be arranged on load-transfer device exit and be connected with discharging section, receive rectangular cell that described discharging section sends and it is rotated gradually and draw off afterwards upward to the back side;
Climbing band, vertically be inclined at and turn to channel exit, the rectangular cell that reception turns to passage to send also is drawn off, described climbing band below is provided with the adapter plate with strong magnetic part of climbing, the rectangular cell that the strong magnetic part of described climbing is brought to climbing applies magnetic attraction and rectangular cell is organized into a line, and the adsorption affinity of the strong magnetic part of described climbing is less than the conveying capacity of climbing band square shaped battery.
As a further improvement on the present invention, described climbing strong magnetic part is embedded being arranged on adapter plate and two the strong magnetic stripe board arranged near climbing band, described two powers magnetic stripe board be arranged in parallel, the outer face that two strong magnetic stripe board face climbing band flushes, and is covered with is obliquely installed and the dividing plate offseted with rectangular cell in strong magnetic stripe board outside the outer face facing load-transfer device.
As a further improvement on the present invention, described permutation plate vertically arranges and extends to exit by the entrance of load-transfer device, described permutation strong magnetic part is embedded being arranged on permutation plate and at least a line magnetic block arranged near load-transfer device, the outer face that each magnetic block faces load-transfer device flushes, and is covered with vertically arranges and the baffle plate offseted with rectangular cell at magnetic block outside the outer face facing load-transfer device.
Further improve as of the present invention, described magnetic block is that horizontal bar shaped is arranged, and has gap with between adjacent two magnetic blocks in a line.
Further improve as of the present invention, permutation plate is provided with the magnetic block that two row be arranged in parallel.
Further improve as of the present invention, be provided with in discharging section side and be oppositely arranged with baffle plate and in the guide plate vertically arranged, described baffle plate, guide plate divide and are listed in load-transfer device both sides, rectangular cell on described discharging section is limited between baffle plate and guide plate, described in turn to the entrance of passage between guide plate and baffle plate.
As a further improvement on the present invention, the thickness of described baffle plate is D, 3mm≤D≤10mm, is L, 10mm≤L≤20mm with the distance between adjacent two magnetic blocks in a line.
As another improvement of the present invention, be provided with horizontal pendulum in load-transfer device exit and be located along the same line with load-transfer device turn to cylinder, the described passage that turns to is in axial direction be opened in turn to cylinder turns to groove, the described curved surface turning to the side of groove to be formed according to the track that predetermined way rotates 180 ° along direction of transfer for the horizon connected with discharging section, described in turn to groove only can hold single file battery to pass through.
Further improve as of the present invention, described load-transfer device exit with turn to groove slitless connection, described in turn to the adjacent setting in side of adjacent two rectangular cells in groove.
Further improve as of the present invention, described in turn to the delivery speed of passage equal with the transfer rate of load-transfer device.
Further improve as of the present invention, turning to the belt conveyor be movably installed with outside cylinder for carrying the rectangular cell turned in groove, the strong magnetic stripe that arrange corresponding to turning to groove is provided with on the surface, to apply magnetic attraction to the rectangular cell turned in groove and neatly to be lined up by rectangular cell at belt conveyor.
Further improve as of the present invention, the discharge channel being with the rectangular cell drawn off for receiving climbing is also provided with in climbing band exit, discharge channel is provided with a row latch, the side arc transition of described latch is to upper surface, surround the draw-in groove formed for spacing single rectangular cell between adjacent two latches, the rectangular cell that described climbing band draws off falls in corresponding draw-in groove.
Based on technique scheme, the embodiment of the present invention at least can produce following technique effect: 1, integral plaster marking machine is rationally distributed, be roughly divided into labeling district by work area, turn to district, climbing district, label-sticking mechanism coordinates with load-transfer device closely, and climbing is with and turns to passage to coordinate closely, and integral layout is compact, decrease hold facility area, once can by complete for one section of direct labeling of rectangular cell queue, significantly improve work efficiency, degree of automation is high.
2, turn to passage to be closely arranged on load-transfer device exit, and permutation plate, label-sticking mechanism divide and be listed in load-transfer device both sides, overall space is rationally distributed, compact conformation, and load-transfer device coordinates closely with permutation plate, and conveying battery is steady.
3, load-transfer device and permutation plate constitute conveying mechanism, permutation plate is provided with the strong magnetic that battery can be adsorbed, for the rectangular cell of yaw being organized into a line and sending, in course of conveying, battery completes monolateral labeling, after turning to passage, identical load-transfer device and label-sticking mechanism can be set, to complete the back side labeling of battery or directly the battery of monolateral labeling to be sent, but the battery sent is that the back of the body is supine, can be applicable to follow-up applicable operation, topology layout is reasonable, integral plaster marking machine work efficiency is improved, good stability.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in further detail, wherein:
Fig. 1 is the structural representation of a preferred embodiment of the present invention.
Fig. 2 is the structure for amplifying schematic diagram at A place in a preferred embodiment of the present invention.
Fig. 3 is the local structure schematic diagram of a preferred embodiment of the present invention.
Fig. 4 is the structural representation of permutation plate in a preferred embodiment of the present invention.
Fig. 5 is the structural representation turning to cylinder in a preferred embodiment of the present invention.
Fig. 6 be in a preferred embodiment of the present invention adapter plate and strong magnetic stripe board install after structural representation.
In figure, 10, load-transfer device; 11, supplied materials section; 12, labeling section; 13, discharging section; 20, permutation plate; 30, label-sticking mechanism; 40, passage is turned to; 50, magnetic block; 60, guide plate; 70, cylinder is turned to; 71, groove is turned to; 80, climbing band; 91, adapter plate; 92, strong magnetic stripe board; 100, rectangular cell; 101, front; 102, side; 103, the back side; 110, discharge channel; 120, latch; 130, draw-in groove.
Detailed description of the invention
Be below specific embodiments of the invention and by reference to the accompanying drawings, technical scheme of the present invention is further described, but the present invention be not limited to these embodiments.
The present invention protects a kind of battery labeling machine, is applicable to automatic battery flow production line, for by rectangular cell 100 labeling such as 9V batteries, and draws off after being climbed by the rectangular cell 100 after labeling.
The existing labelling machine structure design for rectangular cell 100 is simple, and after labeling battery one side, carry out upset operation by hand to battery, waste time and energy, work efficiency is low.Therefore, it is necessary for designing a kind of more rational battery labeling machine.
As shown in Figures 1 to 6, this battery labeling machine comprises load-transfer device 10, permutation plate 20, label-sticking mechanism 30, turns to passage 40, climbing band 80, wherein:
Load-transfer device 10, transportation horizontal is put and heads multiple rectangular cell 100, the adjacent setting in side of adjacent two rectangular cells 100 on load-transfer device 10, and load-transfer device 10 is divided into supplied materials section 11, labeling section 12, discharging section 13 by entrance successively to outlet;
Permutation plate 20, is arranged at load-transfer device 10 side and is provided with the strong magnetic part of permutation, and to apply magnetic attraction to rectangular cell 100 and rectangular cell 100 is organized into horizontal a line, the adsorption affinity of the strong magnetic part of permutation is less than the conveying capacity of load-transfer device 10 square shaped battery 100;
Label-sticking mechanism 30, is arranged on load-transfer device 10 opposite side and correspondingly with labeling section 12 arranges, to carry out labeling to the rectangular cell 100 of labeling section 12;
Turn to passage 40, be arranged on load-transfer device 10 exit and be connected with discharging section 13, receive the rectangular cell 100 sent of discharging section 13 and it is rotated gradually to level and to put and the back side draws off upward afterwards;
Climbing band 80, vertically be inclined at and turn to passage 40 exit, the rectangular cell 100 that reception turns to passage 40 to send also is drawn off, the adapter plate 91 with strong magnetic part of climbing is provided with below climbing band 80, to apply magnetic attraction to the rectangular cell 100 on climbing band 80 and rectangular cell 100 is organized into a line that vertically tilts, the adsorption affinity of strong magnetic part of climbing is less than the conveying capacity of climbing band 80 square shaped battery 100.
As everyone knows, rectangular cell 100 lateral surface is formed by front 101, the back side 103 and two sides 102.Adopt in the present invention after turning to the further turn-over of passage 40 square shaped battery 100 and pass to climbing band 80, climbing band 80 in the vertical direction extends, can bypass the main equipment in workshop, ensure the Appropriate application in space, workshop, the battery that climbing band 80 is sent can continue labeling or directly draw off, compare artificial turn-over, mode of operation that rectilinear flow waterline draws off battery, this labelling machine degree of automation is high, significantly improves production efficiency.
Preferred label-sticking mechanism 30 be provided with for labeling rectangular cell 100 and with rectangular cell 100 multiple labeling screens one to one, a labeling screens carries out labeling to a rectangular cell 100 (front).Compared to the technical scheme of labeling battery one by one, the label-sticking mechanism 30 in this case is rationally distributed, coordinates closely, makes integral layout compact, decrease hold facility area with load-transfer device 10.And preferably the labeling peak width of label-sticking mechanism 30 correspondence is suitable with labeling section 12 width, once can by complete for the direct labeling of one section of rectangular cell 100 queue, and significantly improve work efficiency, degree of automation is high.
In the present invention, the complete battery of one side labeling is delivered to by load-transfer device 10 and is turned to passage 40 entrance, and permutation plate 20, label-sticking mechanism 30 are all arranged on load-transfer device 10 side, overall space is rationally distributed, compact conformation, load-transfer device 10 coordinates with permutation plate 20 closely, and conveying battery is steady, avoid and transmit that the transportation route of battery is long and area occupied that is that cause is excessive, make equipment volume less.
In the present invention, load-transfer device 10 and permutation plate 20 constitute the conveying mechanism of horizontal direction, permutation plate 20 is provided with strong magnetic, battery can adsorb by it, rectangular cell 100 for yaw is organized into a line and sends, and in course of conveying, battery completes monolateral labeling, and the battery sent is that the back of the body is supine, increase work efficiency, good stability.
Climbing band 80 and adapter plate 91 constitute the conveying mechanism of vertical direction of tilt, adapter plate 91 is provided with strong magnetic, battery can adsorb by it, for the rectangular cell 100 of climbing is organized into a line and sends, after conveying, battery also can carry out back side labeling, namely identical load-transfer device 10 and label-sticking mechanism 30 are set after 80s continuation of climbing band, to complete the back side labeling of battery or directly the battery of monolateral labeling to be sent, but the battery sent is that the back of the body is supine, can be applicable to follow-up applicable operation, topology layout is reasonable, integral device work efficiency is improved, good stability.
And the adsorption affinity of the strong magnetic part of permutation is less than the conveying capacity of load-transfer device 10 pairs of batteries, corresponding, the adsorption affinity of strong magnetic part of climbing also is less than the conveying capacity of climbing band 80 square shaped battery 100, load-transfer device 10 drives battery overcome the adsorption affinity of strong magnetic and the battery feeding after permutation is turned to passage 40 in the course of the work, climbing band 80 drives battery overcome the adsorption affinity of strong magnetic and draw off outside labelling machine by the battery after permutation in the course of the work, although load-transfer device 10 and climbing band 80 all can take away battery, but the adsorption affinity continuous action always of strong magnetic, therefore in course of conveying, battery still keeps a line arrangement, ensure that transmission effect, ensure that the neat of conveying.
In an initial condition, integral layout is reasonable, compact for this battery labeling machine, and work area is roughly divided into labeling district, turns to district, climbing district, carries out permutation, so that subsequent handling is carried out smooth and easy, improve work efficiency in horizontal feed process to battery; The patten's design adopting strong magnetic permutation to carry is ingenious, also the usable floor area of parts is greatly reduced, battery conveying steadily, rectangular cell 100 on load-transfer device 10 keeps level to furnish state always, rectangular cell 100 on climbing band 80 keeps vertical inclination ornaments state always, and adjacent two battery sidewalls closely, and battery can not be tilted, avoid the generation of the phenomenon such as blocking, rollover, ensure that the stability of integral device work.
In addition, the technical scheme adopting strong magnetic to carry, decreases the use of the locating parts such as draw-in groove 130, fixture block, makes the layout of integral plaster marking machine compacter, reasonable, improves transport efficiency and work efficiency.
The working process of this battery labeling machine is as follows: produce complete finished quad battery 100 and enter supplied materials section 11, now battery be level ornaments but not corresponding with label-sticking mechanism 30 labeling position, enter into after labeling section 12 until battery, label-sticking mechanism 30 action to the simultaneously labeling of the pugil battery in labeling section 12, battery after labeling enters discharging section 13 and enters and turns to passage 40, rectangular cell 100 after turning to enters climbing band 80, and is drawn off outside equipment by climbing band 80.
Preferably, permutation plate 20 vertically arranges and extends to exit by the entrance of load-transfer device 10, ensure that the continuity that magnetic force exports, makes magnetic force cover overall load-transfer device 10, further ensure the reliability of transmission; Permutation strong magnetic part is embedded being arranged on permutation plate 20 and at least a line magnetic block 50 arranged near load-transfer device 10, the outer face that each magnetic block 50 faces load-transfer device 10 flushes, and is covered with vertically arranges and the baffle plate (not shown) offseted with rectangular cell 100 at magnetic block 50 outside the outer face facing load-transfer device 10.
It is more even that smooth outer face design makes strong magnetic adsorbability distribute, and adsorption effect is good.The magnetic block 50 that a line is arranged is corresponding with the battery of whole align to be arranged, and embedded mounting means optimizes the usage space of equipment further, decreases unnecessary usable floor area.
Above-mentioned baffle plate is held and mounted between battery and magnetic block 50 outer face.Preferred baffle plate is vertical plate, the battery of level is fitted tightr, and be beneficial to the battery of the shaping a line vertical display of permutation, battery is by be attached under magnetic-adsorption on baffle plate and always along the slippage of baffle plate side under load-transfer device 10 drives, to further ensure the reliability of permutation and the stability of battery levels conveying.
Preferably, magnetic block 50 is arranged in horizontal bar shaped, strong magnetic adsorbability is evenly distributed, has gap with between adjacent two magnetic blocks 50 in a line.Reduce tooling cost, the magnetic block 50 of horizontal bar shaped adsorbs rectangular cell 100 (bottom) more lastingly, makes strong magnetic coordinate load-transfer device 10 to transmit battery more steady.
Corresponding, climbing strong magnetic part in preferred this case is embedded being arranged on adapter plate 91 and two the strong magnetic stripe board 92 arranged near climbing band 80, two powers' magnetic stripe board 92 be arranged in parallel, the outer face that two strong magnetic stripe board 92 face climbing band 80 flushes, and is covered with is obliquely installed and the dividing plate offseted with rectangular cell 100 in strong magnetic stripe board 92 outside the outer face facing load-transfer device 10.The principle of work of strong magnetic stripe board 92 is roughly the same with magnetic block 50, and dividing plate is roughly the same with the principle of work of above-mentioned baffle plate, repeats no more herein.It is worth mentioning that: it is stronger that strong magnetic stripe board 92 compares spaced magnetic block 50 adsorption affinity, make climbing strong, therefore preferred above-mentioned climbing strong magnetic part is set to two parallel strong magnetic stripe board 92.
For making strong magnetic suck more strong, further preferably, permutation plate 20 is provided with the magnetic block 50 that two row be arranged in parallel.Such battery just adsorbs more securely, is fitted on baffle plate, improves permutation efficiency, ensures that in course of conveying, battery keeps yaw state always.
Further, be provided with in discharging section 13 side and be oppositely arranged with baffle plate and in the guide plate 60 vertically arranged, baffle plate, guide plate 60 points are listed in load-transfer device 10 both sides, rectangular cell 100 on discharging section 13 is limited between baffle plate and guide plate 60, turns to the entrance of passage 40 between guide plate 60 and baffle plate.
The rectangular cell 100 of guide plate 60 pairs of discharging sections 13 mainly plays directional tagging, and secondly guide plate 60 and baffle plate match, and turn to the battery of passage 40 to play further permutation effect to being about to enter.Baffle plate and guide plate 60 coordinate, and its another layer effect keeps battery levels to furnish state exactly, and guide plate 60 makes rectangular cell 100 enter with stable yaw state and turns to passage 40, avoid the phenomenons such as inclination, blocking and produce, ensure transmission efficiency.
The thickness of preferred baffle plate is D, 3mm≤D≤10mm, because baffle plate and magnetic block 50 cooperatively interact, therefore select the thickness of baffle plate to be that 3mm or 5mm can meet actual absorption demand, baffle plate should not be too thick, to weaken the adsorption effect of strong magnetic, also should not be excessively thin, increase too much resistance.Be L, 10mm≤L≤20mm with the distance between adjacent two magnetic blocks 50 in a line, magnetic block 50 and baffle plate coordinate closely, and adsorption affinity is evenly distributed, working stability.
Herein, it is worth mentioning that: in this case, preferred magnetic block 50 is two row, the rectangular cell 100 of labeling is 9V battery, be highly about 16mm after the front also yaw of non-labeling after this 9V finished battery, the height of the magnetic block 50 in preferred this case is 2.5mm, be 8mm with the distance between adjacent two magnetic blocks 50 in a line, distance between the magnetic block 50 that the magnetic block 50 of the first row is corresponding with the second row is 5mm, the magnetic block 50 of the first row is 2mm with the distance of permutation plate 20 upper surface, the magnetic block 50 of the second row is also 2mm with the distance of permutation plate 20 lower surface, that is to say that baffle plate whole height is 14mm, be slightly less than height when rectangular cell 100 lies low.
Design two relative magnetic block 50 intermediate space long, gap, edge, both sides is short, make the adsorption affinity distribution of strong magnetic more even, and strong magnetic is after adsorbing the two ends of battery, course of conveying kept stable.And the bottom of preferred strong magnetic suck 9V battery, such topology layout, makes strong magnetic adsorbability be evenly distributed, desirable to the adsorption effect of above-mentioned battery, ensure that battery is in horizontal placement state in transport process always, ensure that the work efficiency of equipment.
Preferably, be provided with horizontal pendulum in load-transfer device 10 exit and be located along the same line with load-transfer device 10 turn to cylinder 70, passage 40 is turned to for being in axial direction opened in turn to cylinder 70 to turn to groove 71, the curved surface turning to the side of groove 71 to be formed according to the track that predetermined way rotates 180 ° along direction of transfer for the horizon connected with discharging section 13, turns to groove 71 only can hold single file battery and passes through.At rectangular cell 100 along with after turning to groove 71 to rotate 180 °, the back side of rectangular cell 100 upward.
That is to say, this turns to cylinder 70 horizontal pendulum to be placed on the straight line throughput direction of load-transfer device 10, rationally distributed, makes to turn to passage 40 and load-transfer device 10 to dock reliably, makes battery transmission and accepts rapider, smooth and easy.
Above-mentioned to turn to the curved-surface structure of groove 71 to design ingenious, turns to the cylindrical shell of cylinder 70 to have supporting role, ensure that the stability of conveying, and can not be affected to the whole battery speed of lining up of advancing, and volume is little, structure is simple, turns to efficiency high.
Further, load-transfer device 10 exit with turn to groove 71 slitless connection, make load-transfer device 10 and turn to groove 71 to dock reliably, connecting tight; Turn to the adjacent setting in side of adjacent two rectangular cells 100 in groove 71, just make adjacent one of one, the battery turning to passage 40 to carry, and the battery transmitted not easily is disconnected, rectangular cell 100 transmits steadily, reliably.
For ensureing the transmission stability of battery, preferably turning to the delivery speed of passage 40 to be slightly less than or equaling the transfer rate of load-transfer device 10.Further, select to turn to the delivery speed of passage 40 equal with the transfer rate of load-transfer device 10.Make adjacent one of rectangular cell 100 1 in transmitting, mutually push, improve transport efficiency and stability.
Preferably, turning to the belt conveyor be movably installed with outside cylinder 70 for carrying the rectangular cell 100 turned in groove 71, the strong magnetic stripe that arrange corresponding to turning to groove 71 is provided with on the surface, to apply magnetic attraction to the rectangular cell 100 turned in groove 71 and neatly to be lined up by rectangular cell 100 at belt conveyor.Area occupied is little, and battery is transmitted steadily.
Enter and turn to the rectangular cell 100 of groove 71 being turned to groove 71 bottom surface by strong magnetic suck, the battery in groove 71 is now turned to line up neat curved distribution, belt conveyor rotates and drives the strong magnetic action together on belt conveyor, related to battery the turning to mobile in groove 71 and finally drawing off in correspondence of adsorbing, the effect of strong magnetic lines up battery and transports cell herein, and the effect of the strong magnetic of said conveyer belt 10 side is permutation battery in this case, the transport of its battery is realized by load-transfer device 10.
The discharge channel 110 for receiving the rectangular cell 100 that climbing band 80 draws off also is provided with in climbing band 80 exit, discharge channel 110 is provided with a row latch 120, the side arc transition of latch 120 is to upper surface, surround the draw-in groove 130 formed for spacing single rectangular cell 100 between adjacent two latches 120, the rectangular cell 100 that climbing band 80 draws off falls in corresponding draw-in groove 130.
After climbing band 80 draws off rectangular cell 100, can lead to next procedure by above-mentioned discharge channel 110, most of battery directly falls in corresponding draw-in groove 130.In addition, battery may bump against a front battery or crack between the teeth encounters latch 120 upper surface, and arc-shaped transitional surface be arranged so that battery drops down onto this region time automatic landing to corresponding draw-in groove 130 in, in like manner, if the battery be knocked overturns slightly, also drop down onto next time in original draw-in groove 130 in the arc-shaped transitional surface effect in front, discharge channel 110 is worked more reliable.
Preferably, the latch 120 in this case is selected to be highly 1/4th of rectangular cell 100 yaw height, highly suitable, reduce tooling cost, coordinate closely with battery.
Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various amendment or supplement or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present invention or surmount the scope that appended claims defines.
Claims (10)
1. a battery labeling machine, is characterized in that: comprising:
Load-transfer device, carries heads some rectangular cells, the adjacent setting in side of adjacent two rectangular cells on described load-transfer device, and described load-transfer device is divided into supplied materials section, labeling section, discharging section by entrance successively to outlet;
Permutation plate, is arranged at described load-transfer device side and is provided with the strong magnetic part of permutation, and the strong magnetic part of described permutation applies magnetic attraction to rectangular cell and rectangular cell is organized into a line, and the adsorption affinity of the strong magnetic part of described permutation is less than the conveying capacity of load-transfer device square shaped battery;
Label-sticking mechanism, is arranged on load-transfer device opposite side and correspondingly with labeling section arranges, to carry out labeling to the rectangular cell of labeling section;
Turn to passage, be arranged on load-transfer device exit and be connected with discharging section, receive rectangular cell that described discharging section sends and it is rotated gradually and draw off afterwards upward to the back side;
Climbing band, vertically be inclined at and turn to channel exit, the rectangular cell that reception turns to passage to send also is drawn off, described climbing band below is provided with the adapter plate with strong magnetic part of climbing, the rectangular cell that the strong magnetic part of described climbing is brought to climbing applies magnetic attraction and rectangular cell is organized into a line, and the adsorption affinity of the strong magnetic part of described climbing is less than the conveying capacity of climbing band square shaped battery.
2. a kind of battery labeling machine according to claim 1, it is characterized in that: described climbing strong magnetic part is embedded being arranged on adapter plate and two the strong magnetic stripe board arranged near climbing band, described two powers magnetic stripe board be arranged in parallel, the outer face that two strong magnetic stripe board face climbing band flushes, and is covered with is obliquely installed and the dividing plate offseted with rectangular cell in strong magnetic stripe board outside the outer face facing load-transfer device.
3. a kind of battery labeling machine according to claim 1, it is characterized in that: described permutation plate vertically arranges and extends to exit by the entrance of load-transfer device, described permutation strong magnetic part is embedded being arranged on permutation plate and at least a line magnetic block arranged near load-transfer device, the outer face that each magnetic block faces load-transfer device flushes, and is covered with vertically arranges and the baffle plate offseted with rectangular cell at magnetic block outside the outer face facing load-transfer device.
4. a kind of battery labeling machine according to claim 3, is characterized in that: described magnetic block is that horizontal bar shaped is arranged, and has gap with between adjacent two magnetic blocks in a line.
5. a kind of battery labeling machine according to claim 3 or 4, is characterized in that: on permutation plate, be provided with the magnetic block that two row be arranged in parallel.
6. a kind of battery labeling machine according to claim 3, it is characterized in that: be provided with in discharging section side and be oppositely arranged with baffle plate and in the guide plate vertically arranged, described baffle plate, guide plate divide and are listed in load-transfer device both sides, rectangular cell on described discharging section is limited between baffle plate and guide plate, described in turn to the entrance of passage between guide plate and baffle plate.
7. a kind of battery labeling machine according to claim 1, it is characterized in that: be provided with horizontal pendulum in load-transfer device exit and be located along the same line with load-transfer device turn to cylinder, the described passage that turns to is in axial direction be opened in turn to cylinder turns to groove, the described curved surface turning to the side of groove to be formed according to the track that predetermined way rotates 180 ° along direction of transfer for the horizon connected with discharging section, described in turn to groove only can hold single file battery to pass through.
8. a kind of battery labeling machine according to claim 7, is characterized in that: described load-transfer device exit with turn to groove slitless connection, described in turn to the adjacent setting in side of adjacent two rectangular cells in groove.
9. a kind of battery labeling machine according to claim 7, it is characterized in that: turning to the belt conveyor be movably installed with outside cylinder for carrying the rectangular cell turned in groove, the strong magnetic stripe that arrange corresponding to turning to groove is provided with on the surface, to apply magnetic attraction to the rectangular cell turned in groove and neatly to be lined up by rectangular cell at belt conveyor.
10. a kind of battery labeling machine according to claim 1, it is characterized in that: be also provided with in climbing band exit the discharge channel being with the rectangular cell drawn off for receiving climbing, discharge channel is provided with a row latch, the side arc transition of described latch is to upper surface, surround the draw-in groove formed for spacing single rectangular cell between adjacent two latches, the rectangular cell that described climbing band draws off falls in corresponding draw-in groove.
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| CN201510379110.8A CN105083664A (en) | 2015-06-30 | 2015-06-30 | Battery labeling machine |
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| CN201510379110.8A CN105083664A (en) | 2015-06-30 | 2015-06-30 | Battery labeling machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107116464A (en) * | 2017-06-12 | 2017-09-01 | 横店集团东磁股份有限公司 | A kind of adjustable type feeding device and its implementation applied to magnetic shoe chamfer grinding |
| CN107284993A (en) * | 2017-04-27 | 2017-10-24 | 力神动力电池系统有限公司 | A kind of battery sorting and stamp continuously run device |
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| CN104003147A (en) * | 2014-04-22 | 2014-08-27 | 中银（宁波）电池有限公司 | Battery steel case queuing device |
| CN203938091U (en) * | 2014-05-28 | 2014-11-12 | 中银（宁波）电池有限公司 | A kind of lifting channel-dividing device |
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| CN201224608Y (en) * | 2008-05-12 | 2009-04-22 | 山东金麒麟集团有限公司 | Magnetic conveyer belt |
| CN101704440A (en) * | 2009-11-06 | 2010-05-12 | 苏州工业园区姑苏科技有限公司 | Magnetic loading machine |
| CN102398708A (en) * | 2010-09-13 | 2012-04-04 | 武汉工业学院 | Device for labeling cell phone lithium ion battery cell and its process |
| CN201864098U (en) * | 2010-11-12 | 2011-06-15 | 宁波富邦电池有限公司 | Bar code sticking machine |
| CN103863798A (en) * | 2014-04-11 | 2014-06-18 | 上海师范大学 | Bearing production line feed sequencing system |
| CN203753905U (en) * | 2014-04-11 | 2014-08-06 | 上海师范大学 | Automatic bearing feed sorting machine |
| CN104003147A (en) * | 2014-04-22 | 2014-08-27 | 中银（宁波）电池有限公司 | Battery steel case queuing device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107284993A (en) * | 2017-04-27 | 2017-10-24 | 力神动力电池系统有限公司 | A kind of battery sorting and stamp continuously run device |
| CN107116464A (en) * | 2017-06-12 | 2017-09-01 | 横店集团东磁股份有限公司 | A kind of adjustable type feeding device and its implementation applied to magnetic shoe chamfer grinding |
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Inventor after: Yu Qi Inventor after: Sheng Shengzhou Inventor after: Chang Wei Inventor after: Hu Xiaoli Inventor before: Sheng Shengzhou Inventor before: Chang Wei Inventor before: Huang Keshuai Inventor before: Jiang Zengli |
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Application publication date: 20151125 |