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CN-224222845-U - Large-water-quantity battery tray cutting production line

CN224222845UCN 224222845 UCN224222845 UCN 224222845UCN-224222845-U

Abstract

The utility model discloses a large-water-quantity battery tray cutting production line which comprises at least two groups of cutting robots which are arranged in a cutting chamber in parallel, wherein a sliding rail assembly which is arranged in parallel with the axis connecting lines of the two groups of cutting robots is arranged right in front of the cutting robots, a carrying robot is arranged on the sliding rail assembly in a sliding mode, two ends of the sliding rail assembly are respectively provided with a piece feeding assembly and a piece discharging roller way, one side, close to the sliding rail assembly, of each cutting robot is provided with a cutting turntable, and a cutting fluid circulating system which is arranged in parallel with the sliding rail assembly and a chip removing system which is arranged at the top of the cutting fluid circulating system are arranged right below a saw disc working area of each cutting robot. The cutting robot is provided with the water-cooling cutting disc saw and the cutting fluid cooling system, compared with the traditional air-cooling disc saw, the water-cooling cutting disc saw can effectively prevent aluminum scraps and oil sludge from blocking the air inlet of the motor, the cutting fluid spraying cooling system uses a large water spraying mode of machine tool cutting fluid, the problems of cutting heating, large cutting resistance and the like can be effectively solved, the service life of a saw blade can be remarkably prolonged, and the production cost is reduced.

Inventors

  • WU YANZHEN
  • SUN YUANXUE
  • CHEN JIE

Assignees

  • 卡斯特铝(重庆)科技有限公司

Dates

Publication Date
20260512
Application Date
20250611

Claims (7)

  1. 1. The utility model provides a big water yield mode battery tray cutting production line, includes at least two sets of cutting robots (2) of installing inside cutting room (1) and setting up side by side, its characterized in that, cutting robots (2) are provided with slide rail subassembly (3) with two sets of cutting robots (2) axle center connecting wire parallel arrangement in the place ahead, slidable mounting has transfer robot (4) on slide rail subassembly (3), the both ends of slide rail subassembly (3) are provided with respectively and go up a subassembly (6) and play a roll table (7), one side that every cutting robots (2) are close to slide rail subassembly (3) all is provided with cutting revolving stage (5), saw dish work area top of cutting robots (2) is provided with cutting fluid spray cooling system, be provided with under the saw dish work area of cutting robots (2) with slide rail subassembly (3) parallel arrangement cutting fluid circulation system (8) and set up chip removal system (9) at cutting fluid circulation system (8) top.
  2. 2. The large-water-quantity battery tray cutting production line according to claim 1, wherein the two cutting robots (2) are identical in model number, the axle center distance between the two cutting robots (2) is larger than the maximum turning radius of the cutting robots (2), and a water-cooling cutting disc saw is installed at the output end of the cutting robots (2).
  3. 3. A large water volume battery tray cutting production line according to claim 1, characterized in that the turntable in the center of the cutting turntable (5) is provided with a bidirectional positioning tool (51) comprising an uncut station (52) close to the slide rail assembly (3) and a cut station (53) in the cutting chamber (1), wherein the shortest straight line distance between the uncut station (52) and the transfer robot (4) is smaller than the maximum radius of gyration of the transfer robot (4).
  4. 4. A high water volume mode battery tray cutting line according to claim 3, characterized in that the cutting turntable (5) is controlled to horizontally rotate around the central rotation axis by an electric cabinet arranged outside the cutting chamber (1).
  5. 5. A high water volume battery tray cutting line according to claim 1, characterized in that the cutting fluid circulation system (8) comprises a liquid collecting tank (81) arranged below the saw disc working area, a circulating pump (82) is arranged at the bottom of the liquid collecting tank (81) to recycle filtered cutting fluid and is connected to a cutting fluid spray cooling system liquid storage tank of the cutting robot (2) through a hose, the chip removal system (9) comprises a conveyor belt assembly (91) arranged at the top of the liquid collecting tank (81), a closely attached crawler belt is arranged on the surface of the conveyor belt assembly (91), and a filter screen (83) is arranged between the conveyor belt assembly (91) and the liquid collecting tank (81).
  6. 6. A high water volume mode battery tray cutting line according to claim 5, wherein the bottom of the sump (81) is of an inclined configuration.
  7. 7. The large-water-quantity battery tray cutting production line according to claim 1, wherein the surface of the piece outlet roller way (7) is provided with a hollowed-out steel wire mesh.

Description

Large-water-quantity battery tray cutting production line Technical Field The utility model relates to the technical field of cutting production lines, in particular to a large-water-quantity battery tray cutting production line. Background The battery PACK generally refers to a combined battery, mainly refers to the processing and assembling of a battery PACK, and is a product required by a customer by combining and processing a battery core, a battery protection board, a battery connecting sheet, label paper and the like through a battery PACK process. The processing process of the battery tray generally comprises the steps of feeding, detecting, folding corners, shaping, cutting, polishing, pasting highland barley paper, pasting cross glue and the like. Pouring gate and riser can be produced in the casting process of the battery tray, automatic cutting equipment can be adopted in order to solve the problem existing in manual cutting, a traditional cutting disc adopts an air-cooled disc saw, aluminum scraps and oil sludge in the cutting process easily block an air inlet of a motor, the heat dissipation effect is poor, the cutting resistance is high, and the service life of a saw blade is shortened. Disclosure of utility model According to the technical problem to be solved, the battery tray cutting production line in a large water volume mode is provided. In order to achieve the aim, the utility model discloses a large-water-quantity battery tray cutting production line which comprises at least two groups of cutting robots which are arranged in a cutting chamber in parallel, wherein slide rail assemblies which are arranged in parallel with the axis connecting lines of the two groups of cutting robots are arranged right in front of the cutting robots, carrying robots are slidably arranged on the slide rail assemblies, two ends of each slide rail assembly are respectively provided with a piece feeding assembly and a piece discharging roller way, one side, close to the slide rail assemblies, of each cutting robot is provided with a cutting turntable, a cutting fluid spray cooling system is arranged above a saw disc working area of each cutting robot, and a cutting fluid circulating system and a chip removing system arranged at the top of the cutting fluid circulating system are arranged right below the saw disc working area of each cutting robot. Further, the types of the two cutting robots are the same, the axle center distance between the two cutting robots is larger than the maximum turning radius of the cutting robots, and the output end of the cutting robot is provided with a water-cooling cutting disc saw. Still further, install two-way location frock on the revolving stage at cutting revolving stage center, including being close to the not station of cutting of slide rail subassembly and being located the station of cutting in the cutting room, the shortest straight line distance between not cutting station and the transfer robot is less than transfer robot's biggest radius of gyration. Further, the cutting turntable is controlled to horizontally rotate around the central rotating shaft through an electric cabinet arranged outside the cutting chamber. Still further, cutting fluid circulation system is including setting up the collecting tank in saw dish work area below, and the collecting tank bottom is installed the circulating pump and is retrieved filterable cutting fluid and be connected to cutting fluid spray cooling system liquid storage pot of cutting robot through the hose, and the chip removal system is including installing the conveyer belt subassembly at the collecting tank top, and conveyer belt subassembly surface mounting has the track piece of closely laminating, is provided with the filter screen between conveyer belt subassembly and the collecting tank. Further, the bottom of the liquid collecting tank is of an inclined structure. Furthermore, the surface of the piece outlet roller way is provided with a hollowed-out steel wire mesh. Compared with the prior art, the utility model has the beneficial effects that the large-water-quantity battery tray cutting production line is disclosed, the cutting robot is provided with the water-cooling cutting disc saw and the cutting liquid cooling system, compared with the traditional air-cooling disc saw, the water-cooling cutting disc saw can effectively prevent aluminum scraps and oil sludge from blocking the air inlet of the motor, the cutting liquid spray cooling system uses the large-water-quantity machine tool cutting liquid spray mode, the problems of cutting heating, large cutting resistance and the like can be effectively solved, the service life of the saw blade can be remarkably prolonged, and the production cost is reduced. Drawings The utility model will be described in further detail with reference to the drawings and the detailed description. Fig. 1 is an overall layout of the present utility model. Fig. 2 is a partial schematic vi