Summary of the invention
The technical problem that the present invention solves provides a kind of full automatic storage battery cluster coating device.
The present invention solves its technical problem and adopts following technical scheme: a kind of battery pack film device, comprise film feeding mechanism and take out device, described film feeding mechanism comprises the packaging film feeding device, one side of described packaging film feeding device is provided with the support lamina membranacea of support film, described support lamina membranacea is provided with the coating mouth, described packaging film feeding device comprises train wheel bridge, lower plate, drive the first drive unit of train wheel bridge and lower plate relative motion, promote the second drive unit that train wheel bridge and lower plate transverse reciprocating move, described take out device comprises the clamp arm of utmost point group being sent into the coating mouth, and described clamp arm is provided with the suction film device.
Further technical scheme is: described packaging film feeding device also comprises support, and described support comprises top panel and base plate, is provided with column between described top panel and the base plate.
Further technical scheme is: described the second drive unit is the second cylinder, and described base plate connects described the second cylinder.
Further technical scheme is: described film feeding mechanism also comprises guide rail, and described base plate is provided with slide block, and described slide block connects described guide rail.
Further technical scheme is: described top panel below arranges described train wheel bridge, and described train wheel bridge below arranges described lower plate, and described train wheel bridge is connected described column with lower plate.
Further technical scheme is: be provided with static board and lower static board between described train wheel bridge and the lower plate.
Further technical scheme is: described the first drive unit is the first cylinder, and described base plate is provided with through hole, and described the first cylinder passes through hole and connects described lower plate.
Further technical scheme is: described top panel is provided with cutting membrane knife, and described lower plate is provided with cuts cutter under the film.
Further technical scheme is: described suction film device is the vacuum pore.
Further technical scheme is: described support lamina membranacea is provided with the friction sponge.
The invention has the beneficial effects as follows: this device by the train wheel bridge in the packaging film feeding device and lower plate tracting film to the support lamina membranacea, pass the film mouth by the clamp arm gripping utmost point group on the take out device again, the suction film device drive film behind the coating on the clamp arm adheres to utmost point group and leaves together.
Embodiment
With reference to figure 1 and Fig. 2, shown in a kind of battery pack film device of the present invention, comprise film feeding mechanism and take out device, described film feeding mechanism comprises packaging film feeding device 1, one side of described packaging film feeding device is provided with the support lamina membranacea 2 of support film, described support lamina membranacea 2 is provided with coating mouth 21, described packaging film feeding device 1 comprises train wheel bridge 11, lower plate 12, drive the first drive unit 81 of train wheel bridge and lower plate relative motion, promote the second drive unit 82 that train wheel bridge and lower plate transverse reciprocating move, described take out device comprises the clamp arm 31 of utmost point group being sent into the coating mouth, and described clamp arm is provided with inhales film device 32.
Described packaging film feeding device 1 also comprises support, and described support comprises top panel 41 and base plate 42, is provided with 43, four rectangular array upright supports of column, fixedly top panel and base plate between described top panel and the base plate; Described support also can be a frame type frame, and described support plays the effect of supporting train wheel bridge 11 and lower plate 12, connects described the second drive unit 22 by support simultaneously.
Described the second drive unit 82 is the second cylinder, and described base plate 42 connects described the second cylinder, and the second cylinder drives train wheel bridge and lower plate by promoting base plate transverse reciprocating moves.
Described packaging film feeding device 1 also comprises guide rail 13, and described base plate 42 is provided with slide block 44, and described slide block connects described guide rail; Under the driving of the second drive unit, support moves along guide rail by the slide block on the base plate, guaranteed Moving linearity and shift position accurately, can not be offset and collide the support lamina membranacea.
Described top panel 41 belows arrange train wheel bridge 11, and described train wheel bridge 11 belows arrange lower plate 12, and described train wheel bridge 11 is connected with lower plate and is connected described column 43 and can move along column, and the below of described lower plate 12 arranges support lamina membranacea 2.
Be provided with static board 51 and lower static board 52 between described train wheel bridge 11 and the lower plate 12, the described train wheel bridge of described upper static board adhesion, the described lower plate of described lower static board adhesion, by upper static board and lower static board tracting film, when upper static board and lower static board unclamp recession, film can not followed static board and be moved, but freely falls on the support lamina membranacea 2.
Described the first drive unit 81 is the first cylinder, and described base plate 42 is provided with through hole, and described the first cylinder passes through hole and connects described lower plate 12; Also can drive clamping by connecting described the first drive unit and train wheel bridge, perhaps drive simultaneously train wheel bridge and lower plate.
The film of described top panel 41 is out held and is provided with cutting membrane knife 61, and described lower plate 12 is provided with cut film under the cutter 62 corresponding with described cutting membrane knife; Promote in the process of lower plate at the first drive unit, top panel and lower plate are mutually close, and film is cut off in the engagement that drives cutting membrane knife and cut cutter under the film.
Described support lamina membranacea 2 is provided with friction sponge 22, and sticking friction sponge after film cuts off and to drop on the supporting bracket is not so that film can drop because of wind-force or vibration.
Described suction film device 32 is the vacuum pore, connect the vacuum tracheae on the vacuum pore, described vacuum pore is located on the bottom surface of described clamp arm, when clamping utmost point group, clamp arm passes the coating mouth, when finishing the coating process, hold film by described vacuum pore, when guaranteeing that clamp arm takes out utmost point group, film can be attached on the cluster.
The opposite side of described packaging film feeding device 1 is provided with guider 7; in order to reduce the overall volume of complete machine; so film volume 9 generally is located at top or the below of packaging film feeding device; therefore intermediate demand commutation; for protective film is not punctured; so guider 7 is set, described guider 7 is the twin-roll machine structure, and film passes between two rollers.
Described take out device comprises that also driving clamp arm 31 vertically supports the power set 33 that lamina membranaceas move up and down, and described power set 33 are the 3rd cylinder.
Those skilled in the art can make various changes and distortion to the present invention after knowing principle of the present invention, only otherwise break away from spirit of the present invention, all should belong to the defined scope of claims of the present invention.