CN213859471U

CN213859471U - Novel lithium membrane matter detects sampling equipment

Info

Publication number: CN213859471U
Application number: CN202022449982.6U
Authority: CN
Inventors: 赵建; 白耀宗; 褚衍彤; 赵宗祥
Original assignee: Sinoma Lithium Film Co Ltd
Current assignee: Sinoma Lithium Film Co Ltd
Priority date: 2020-10-29
Filing date: 2020-10-29
Publication date: 2021-08-03
Anticipated expiration: 2030-10-29

Abstract

The utility model provides a novel lithium film quality detection sampling device, which comprises a frame, a control cabinet, a cutting table board and an actuating mechanism, wherein a fixed seat is welded above the frame, the actuating mechanism is arranged on the fixed seat, the cutting table board is arranged on one side of the fixed seat, and the control cabinet is arranged at the bottom of the frame; wherein, actuating mechanism includes servo motor, hold-in range module, motion slider, cylinder and cutter unit spare, and cutter unit spare is fixed in the bottom of cylinder, and the cylinder is fixed on the motion slider, and the motion slider fastening is on hold-in range module and along with the ambulation area motion, and the hold-in range module fastening is in the frame, and servo motor installs at hold-in range module tip, and servo motor is connected with cutter unit spare. The utility model discloses a servo motor drive roll cutter cuts laying the lithium membrane on cutting the mesa, and the lithium membrane size corner precision that cuts is than artifical height that cuts, has improved the degree of automation of lithium membrane quality control sample, has improved the work efficiency of lithium membrane quality control sample simultaneously.

Description

Novel lithium membrane matter detects sampling equipment

Technical Field

The utility model belongs to the mechanical equipment field, especially, novel lithium membrane matter examines sampling equipment.

Background

Currently, the existing sampling method is manual cutting by using a standard die. In the process of cutting by using a die, due to the uncontrollable angle between the used cutter and the die, the size of a sampled part, particularly at a right angle, is deviated, so that the inaccuracy of film performance detection is caused. For the product of different specifications in the sampling process, the position of cutting at the membrane face also is very different, and traditional manual work cuts the sample and leans on the naked eye to fix a position the sample position, can not standardize the sample position, causes the piece of sampling at every turn easily and does not have the representative. There is certain potential safety hazard in artifical manual sample, and the not high degree of automation of sampling efficiency is low.

SUMMERY OF THE UTILITY MODEL

The utility model provides a technical problem provide a novel lithium membrane quality testing sampling equipment, it is not high to have overcome current sample mode sample quality, and inefficiency just has the potential safety hazard scheduling problem, has improved the degree of automation that lithium membrane quality testing took a sample, has improved the work efficiency that lithium membrane quality testing took a sample simultaneously.

Realize the utility model discloses the technical solution of purpose does:

a novel lithium film quality detection sampling device comprises a rack, a control cabinet, a cutting table board and an actuating mechanism, wherein a fixed seat is welded above the rack, the actuating mechanism is arranged on the fixed seat, the cutting table board is arranged on one side of the fixed seat, and the control cabinet is arranged at the bottom of the rack; the actuating mechanism comprises a servo motor, a synchronous belt module, a moving sliding block, an air cylinder and a cutter assembly, the cutter assembly is fixed at the bottom of the air cylinder through a screw, and the air cylinder is used for pushing the cutter assembly to move up and down; the air cylinder is fixed on the moving slide block through an air cylinder mounting bracket; the moving slide block is fastened on the synchronous belt module through a screw and moves along with the synchronous belt; the synchronous belt module is fastened on the rack through screws, the servo motor is mounted at one end of the synchronous belt module through a mounting flange, and the servo motor is connected with the cutter assembly.

Furthermore, the novel lithium film quality detection sampling device of the utility model comprises a cutter assembly, a connecting flange, a deep groove ball bearing, a bearing seat, a thrust bearing, a transmission shaft, a cutter support and a rolling cutter, wherein the central shaft of the rolling cutter is arranged on the mounting hole of the cutter support, and the rolling cutter can rotate around the central shaft; the cutter bracket is fixed at the bottom of the transmission shaft through a fastening bolt; the transmission shaft is fixed on the bearing block through a thrust bearing, the transmission shaft can freely rotate in the thrust bearing, the thrust bearing is embedded into the bearing block, the transmission shaft body penetrates through the deep groove ball bearing, and the top of the transmission shaft body is fixed on the connecting flange through a fastening nut.

Further, the utility model discloses a novel lithium membrance matter examines sampling equipment, the roll cutter is duplex bearing circular knife.

Further, the utility model discloses a novel lithium membrance matter examines sampling equipment, the roll cutter is circular cutter.

Further, the utility model discloses a novel lithium membrane matter examines sampling equipment, the roll cutter is light aluminum alloy cutter.

Further, the utility model discloses a novel lithium membrane matter examines sampling equipment, the cutter support is eccentric knife rest for make the rolling cutter not on same straight line with the contact point and the transmission shaft of face.

Further, the utility model discloses a novel lithium membrane matter examines sampling equipment, the frame comprises square pipe through the welding.

Further, the utility model discloses a novel sampling equipment is examined to lithium membrane matter, the switch board include XYZ three-axis controller and servo driver, XYZ three-axis controller all is connected with cylinder, servo driver and is used for controlling cylinder and servo motor action.

Further, the utility model discloses a novel lithium membrane matter examines sampling equipment, the switch board still includes photoelectric switch.

The utility model adopts the above technical scheme to compare with prior art, have following technological effect:

1. this novel lithium membrane quality testing sampling equipment rolls through adopting the roll cutter to cut, has avoided the production that the cutting mode caused the membrane wrinkle phenomenon, has guaranteed that the face of cutting is level and smooth.

2. This novel lithium membrane quality testing sampling equipment realizes automatically carrying out standard sample spare to the membrane appearance and cuts through adopting servo motor drive, can replace the manual work, has improved operating efficiency and quality.

3. This novel lithium membrane quality testing sampling equipment can improve the degree of automation that lithium membrane quality testing sampled, improves the work efficiency that lithium membrane quality testing sampled simultaneously.

Drawings

FIG. 1 is a schematic diagram of the overall structure of the novel lithium membrane mass spectrometry sampling device.

Fig. 2 is a schematic view of a cutter assembly of the novel lithium film quality detection sampling device.

Reference signs mean: 1. the cutting machine comprises a servo motor, 2 a moving sliding block, 3 a synchronous belt module, 4 an air cylinder mounting support, 5 an air cylinder, 6 a cutter assembly, 7 a cutting table top, 8 a rack, 9 a control cabinet, 601 a connecting flange, 602 a fastening nut, 603 a deep groove ball bearing, 604 a bearing seat, 605 a thrust bearing, 606 a rotating shaft, 607 a fastening bolt, 608 a cutter support and 609 a rolling cutter.

Detailed Description

Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below by referring to the drawings are exemplary only for explaining the present invention, and should not be construed as limiting the present invention.

A novel lithium film quality detection sampling device comprises a rack 8, a control cabinet 9, a cutting table top 7 and an actuating mechanism, wherein the rack 8 is formed by welding square pipes, a fixed seat is welded above the rack 8, the actuating mechanism is arranged on the fixed seat, the cutting table top 7 is arranged on one side of the fixed seat, and the control cabinet 9 is arranged at the bottom of the rack 8; the actuating mechanism comprises a servo motor 1, a synchronous belt module 3, a moving sliding block 2, an air cylinder 5 and a cutter assembly 6, the cutter assembly 6 is fixed at the bottom of the air cylinder 5 through screws, and the air cylinder 5 is used for pushing the cutter assembly 6 to move up and down; the cylinder 5 is fixed on the moving slide block 2 through a cylinder mounting bracket 4; the moving slide block 2 is fastened on the synchronous belt module 3 through a screw and moves along with the synchronous belt; the synchronous belt module 3 is fastened on the rack 8 through screws, the servo motor 1 is installed at one end part of the synchronous belt module 3 through an installation flange, and the servo motor 1 is connected with the cutter assembly 6.

The cutting knife assembly 6 comprises a connecting flange 601, a deep groove ball bearing 603, a bearing seat 604, a thrust bearing 605, a transmission shaft 606, a cutting knife bracket 608 and a rolling cutting knife 609, wherein a central shaft of the rolling cutting knife 609 is arranged on an installation hole of the cutting knife bracket 608, and the rolling cutting knife 609 can rotate around the central shaft; the cutter bracket 608 is fixed at the bottom of the transmission shaft 606 through a fastening bolt 607; the transmission shaft 606 is fixed on the bearing seat 604 through a thrust bearing 605, the transmission shaft 606 can freely rotate in the thrust bearing 605, the thrust bearing 605 is embedded in the bearing seat 604, the body of the transmission shaft 606 penetrates through the deep groove ball bearing 603, and the top of the transmission shaft is fixed on the connecting flange 601 through a fastening nut 602. Preferably, the rolling cutter 609 is a double-bearing circular cutter made of a lightweight aluminum alloy. The cutter holder 608 is an eccentric cutter holder for keeping the contact point of the rolling cutter 609 with the film surface out of alignment with the drive shaft 606.

The control cabinet 9 comprises an XYZ triaxial controller, a servo driver and a photoelectric switch, wherein the XYZ triaxial controller is connected with the air cylinder and the servo driver and is used for controlling the action of the air cylinder and the servo motor.

Example 1

A novel lithium film quality detection sampling device is shown in figure 1 and comprises a servo motor 1, a moving slide block 2, a synchronous belt module 3, a cylinder mounting support 4, a cylinder 5, a cutter assembly 6, a rolling cutting table top 7, a rack 8 and a control cabinet 9. The cutter assembly 6 comprises a connecting flange 601, a fastening nut 602, a deep groove ball bearing 603, a bearing seat 604, a thrust bearing 605, a rotating shaft 606, a fastening bolt 607, a cutter bracket 608 and a rolling cutter 609.

The frame 8 is formed by square pipes through welding, and the synchronous belt module 3 is fastened on the frame 8 through screws. The moving slide block 2 is fastened on the synchronous belt module 3 through a screw, and the moving slide block 2 can move along with the synchronous belt. The cylinder 5 is fixed on the moving slide block 2 through a cylinder mounting frame 4. The cutter assembly 6 is fixed on the cylinder 5 through screws. The servo motor 1 is installed on the synchronous belt module 3 through an installation flange. And a low-voltage control piece such as an XYZ triaxial controller, a servo driver and the like is arranged in the control cabinet 9.

As shown in fig. 2, the rolling cutter 609 of the circular cutter rolling cutting assembly 6 is connected to the cutter support 608 through a central shaft, and the rolling cutter 609 can rotate around the central shaft. The cutter holder 608 is fixed to the transmission shaft 606 by a fastening bolt 607, the transmission shaft 606 passes through the thrust bearing 605, and the thrust bearing 605 is embedded in the bearing housing 604. The portion of the drive shaft 606 protruding from the thrust bearing 605 passes through the deep groove ball bearing 603 and is fixed at its end by a fastening nut 602. The cutter assembly 6 is connected with the cylinder 5 through the connecting flange 601 in a screw fastening manner.

When the device is used, the pressure and the air quantity of the air cylinder 5 are well adjusted, and the air inlet pressure of the air cylinder 5 is set to be 0.6-0.8 MP. And editing a corresponding motion program according to the product specification and the inspection requirement. Quality testing personnel get holistic membrane appearance from the production line, according to the position of predetermineeing on hobbing mesa 7, press the start button on the controller, can realize cutting the automation of membrane appearance, the membrane appearance that cuts accords with the quality testing requirement, has improved the degree of automation of quality testing sample, and the precision of the size corner of the membrane that cuts relies on the mould to cut higher than the manual work.

The foregoing is only a part of the embodiments of the present invention, and it should be noted that, for those skilled in the art, a plurality of improvements can be made without departing from the principles of the present invention, and these improvements should be regarded as the protection scope of the present invention.

Claims

1. The novel lithium film quality detection sampling equipment is characterized by comprising a rack (8), a control cabinet (9), a cutting table top (7) and an executing mechanism, wherein a fixed seat is welded above the rack (8), the executing mechanism is arranged on the fixed seat, the cutting table top (7) is arranged on one side of the fixed seat, and the control cabinet (9) is arranged at the bottom of the rack (8);

the actuating mechanism comprises a servo motor (1), a synchronous belt module (3), a moving sliding block (2), an air cylinder (5) and a cutter assembly (6), the cutter assembly (6) is fixed at the bottom of the air cylinder (5) through screws, and the air cylinder (5) is used for pushing the cutter assembly (6) to move up and down; the air cylinder (5) is fixed on the moving slide block (2) through an air cylinder mounting bracket (4); the moving slide block (2) is fastened on the synchronous belt module (3) through a screw and moves along with the synchronous belt; the synchronous belt module (3) is fastened on the rack (8) through screws, the servo motor (1) is installed at one end of the synchronous belt module (3) through an installation flange, and the servo motor (1) is connected with the cutter assembly (6).

2. The novel lithium film quality detection sampling device according to claim 1, wherein the cutter assembly (6) comprises a connecting flange (601), a deep groove ball bearing (603), a bearing seat (604), a thrust bearing (605), a transmission shaft (606), a cutter bracket (608) and a rolling cutter (609), a central shaft of the rolling cutter (609) is mounted on a mounting hole of the cutter bracket (608), and the rolling cutter (609) can rotate around the central shaft; the cutter bracket (608) is fixed at the bottom of the transmission shaft (606) through a fastening bolt (607); the transmission shaft (606) is fixed on the bearing seat (604) through a thrust bearing (605), the transmission shaft (606) can freely rotate in the thrust bearing (605), the thrust bearing (605) is embedded in the bearing seat (604), the body of the transmission shaft (606) penetrates through the deep groove ball bearing (603), and the top of the transmission shaft is fixed on the connecting flange (601) through a fastening nut (602).

3. The novel lithium film texture testing and sampling device according to claim 2, wherein the rolling cutter (609) is a double-bearing circular cutter.

4. The novel lithium membranous assay sampling device according to claim 2 or 3, characterized in that said rolling cutter (609) is a circular cutter.

5. The novel lithium membranous assay sampling device according to claim 2 or 3, characterized in that said rolling cutter (609) is a light aluminum alloy cutter.

6. The novel lithium membranous examination sampling device of claim 2, wherein the cutter holder (608) is an eccentric cutter holder, and is used for enabling the contact point of the rolling cutter (609) and the membrane surface to be not on the same straight line with the transmission shaft (606).

7. The novel lithium membranous examination and sampling device according to claim 1, characterized in that the frame (8) is made of square tubes by welding.

8. The novel lithium membrane quality detection sampling device as claimed in claim 1, wherein the control cabinet (9) comprises an XYZ triaxial controller and a servo driver, and the XYZ triaxial controller is connected with the air cylinder and the servo driver and is used for controlling the action of the air cylinder and the servo motor.

9. The novel lithium membranous detection and sampling device according to claim 8, characterized in that the control cabinet (9) further comprises a photoelectric switch.