Plastic molding paper die cutting device
By using two pairs of bearings and negative displacement gear drive knife roller components in the plastic molding paper die-cutting device, combined with the negative pressure end cap and scraper removal mechanism, the problem of incomplete die cutting and residual waste is solved, and closer is achieved die-cut and effective secondary cleaning.
Patent Information
- Application Number
- CN202420884645.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-04-26
- Publication Date
- 2025-01-03
- Estimated Expiration
- 2034-04-26
AI Technical Summary
In traditional plastic molding paper die-cutting devices, the up and down shaking of the die-cutting knife roller and the incomplete driving of the gear set lead to incomplete drilling, and the lack of a secondary waste cleaning mechanism, resulting in residual waste on the plastic sheet.
A plastic molded paper die-cutting device consisting of two pairs of bearings, a negative displacement gear drive, a negative pressure end cap and a scraper, is designed to achieve tighter die-cutting and two-dimensional cutting through negative pressure air suction and scraper removal mechanisms. Clean again.
The close contact between the die-cutting knife roller and the optical roller is achieved, avoiding incomplete drilling, and effectively removing residual waste from plastic molding paper through a secondary cleaning mechanism, improving the stability and cleanliness of the equipment.
Smart Images
Figure CN222290405U_ABST
Abstract
Description
Technical Field
[0001] The utility model belongs to the field of molding paper processing devices, in particular to a plastic molding paper die-cutting device. Background Art
[0002] In traditional technology, only a pair of bearings are set at the die-cutting roller. When running, the roller will shake slightly up and down, affecting the punching effect; the conventional gear set drives the die-cutting roller and the die-cutting roller to operate, and the die-cutting roller and the die-cutting roller will not be tightly engaged, resulting in the plastic sheet being unable to be completely cut off; after the die-cutting roller and the die-cutting roller punch, there is no secondary waste cleaning, and a small amount of laminating waste remains on the paper strip. Utility Model Content
[0003] In order to solve the above problems, the utility model provides a plastic molding paper die-cutting device.
[0004] The plastic molding paper die-cutting device comprises a die-cutting device mounting plate, a device housing assembly, a light roller clamping block, a knife roller assembly, a light roller assembly, a waste recovery port, a second scraper, a reduction motor and a paper path waste cleaning assembly, and is characterized in that the paper path waste cleaning assembly comprises a waste cleaning shaft mounting seat, a waste cleaning shaft, a scraper mounting seat, a scraper mounting rod and a first scraper, the waste cleaning shaft mounting seat is located in the paper output direction of the device housing assembly, the waste cleaning shaft mounting seat is mounted with a waste cleaning shaft, a scraper mounting seat is provided next to the waste cleaning shaft mounting seat, a scraper mounting seat is mounted with a scraper mounting rod, a first scraper is provided on the scraper mounting rod, the plastic molding paper is bent by the waste cleaning shaft, and the first scraper fits the plastic molding paper surface at the bending portion of the plastic molding paper.
[0005] Furthermore, the device shell assembly includes a shell cover, a shell body and a shell bottom plate. The shell cover is provided with a clamping screw, which is in contact with the knife roller assembly. The shell bottom plate is provided with a waste recovery port, and a second scraper is provided in the waste recovery port. The second scraper is located directly below the optical roller assembly.
[0006] Furthermore, the knife roller assembly includes a driven gear, a bearing, a die-cutting knife roller and a bearing clamping block. There are two pairs of bearings, one pair of bearings is installed in the U-groove position of the shell body, and one pair of bearings is installed in the bearing clamping block. The die-cutting knife roller is installed in the bearing, and the driven wheel is installed on the die-cutting knife roller.
[0007] Furthermore, the optical roller assembly includes a driving gear, a die-cutting optical roller, a negative pressure end cover and an active roller bearing end cover, the driving gear is installed on the die-cutting optical roller, the negative pressure end cover is a convex structure, and the convex part of the negative pressure end cover is provided with a semicircular negative pressure cavity and a blowing port; the cavity in the center of the die-cutting optical roller is a concave structure, and the convex part of the negative pressure end cover is installed in the concave cavity in the center of the die-cutting optical roller, and a hollow channel is provided on the die-cutting optical roller at the contact position between the surface of the die-cutting optical roller and the die-cutting knife roller cutter, and the hollow channel is connected to the cavity in the center of the die-cutting optical roller.
[0008] Furthermore, a reduction motor is installed on the die-cutting device mounting plate, the reduction motor is connected to the die-cutting light roller, the driving gear and the driven gear are meshed, and the driving gear and the driven gear are negative displacement gears.
[0009] When in use, the plastic molding paper passes between the die-cutting roller and the die-cutting roller. After punching is completed, the waste is adsorbed on the die-cutting roller through the negative pressure suction in the negative pressure end cover. After the waste rotates half a circle with the die-cutting roller, the waste is blown into the waste recovery port through the blowing port under the negative pressure end cover. At the same time, the second scraper installed in the waste recovery port will scrape the waste remaining on the die-cutting roller and drop it into the waste recovery port. The clamping screw is used to clamp the die-cutting roller during work. The plastic molding paper with holes punched changes its paper path through the waste cleaning shaft. The plastic molding paper is bent when passing through the waste cleaning shaft, causing the waste originally attached to the molding paper to tilt up and create a gap between the molding paper and the first scraper. The small amount of waste remaining on the plastic molding paper is then scraped off.
[0010] The utility model has the following beneficial effects: first, the negative displacement gear transmission enables the die-cutting roller to fit more closely with the die-cutting roller when pressed downward, thereby avoiding the situation that the plastic forming paper cannot be completely cut off when punching holes; second, it has a secondary waste cleaning effect; third, when the clamping screw presses the bearing clamping block downward, the arrangement of the two pairs of bearings makes the die-cutting roller more stable and reliable during operation. BRIEF DESCRIPTION OF THE DRAWINGS
[0011] Figure 1 .3D diagram of the utility model
[0012] Figure 2 . Figure 1 Exploded View
[0013] Figure 3 . Figure 1 Internal structure main view
[0014] Figure 4 . Figure 1 Schematic diagram of the structure of the waste removal component of the middle paper path
[0015] exist Figures 1 to 41. Die-cutting device mounting plate, 2. Device housing assembly, 2.1. Housing cover, 2.2. Housing body, 2.3. Housing bottom plate, 3. Light roller clamping block, 4. Knife roller assembly, 4.1. Driven gear, 4.2. Bearing, 4.3. Die-cutting knife roller, 4.4. Bearing clamping block, 5. Light roller assembly, 5.1. Active gear, 5.2. Die-cutting light roller, 5.3. Negative pressure end cover, 5.3.1. Semicircular negative pressure cavity, 5.3.2. Blowing port, 5.4. Active roller bearing end cover, 5.5. Hollow channel, 6. Waste recovery port, 7. Second scraper, 8. Reducer motor, 9. Paper path waste removal assembly, 9.1. Waste removal shaft mounting seat, 9.2. Waste removal shaft, 9.3. Scraper mounting seat, 9.4. Scraper mounting rod, 9.5. First scraper, 10. Clamping screw. DETAILED DESCRIPTION
[0016] exist Figures 1 to 4 A plastic molding paper die-cutting device includes a die-cutting device mounting plate 1, a device housing assembly 2, a light roller pressing block 3, a knife roller assembly 4, a light roller assembly 5, a waste recovery port 6, a second scraper 7, a reduction motor 8 and a paper path waste removal assembly 9, characterized in that the paper path waste removal assembly 9 includes a waste removal shaft mounting seat 9.1, a waste removal shaft 9.2, a scraper mounting seat 9.3, a scraper mounting rod 9.4 and a first scraper 9.5, the waste removal shaft mounting seat 9.1 is located in the paper output direction of the device housing assembly 2, the waste removal shaft mounting seat 9.1 is installed with a waste removal shaft 9.2, a scraper mounting seat 9.3 is provided next to the waste removal shaft mounting seat 9.1, a scraper mounting seat 9.4 is installed in the scraper mounting seat 9.3, a first scraper 9.5 is provided on the scraper mounting rod 9.4, the plastic molding paper is bent after passing through the waste removal shaft 9.2, and the first scraper 9.5 fits the plastic molding paper surface at the bending part of the plastic molding paper.
[0017] The device shell assembly 2 includes a shell cover 2.1, a shell body 2.2 and a shell bottom plate 2.3. The shell cover 2.1 is provided with a clamping screw 10, which is in contact with the knife roller assembly 4. The shell bottom plate 2.3 is equipped with a waste recovery port 6, and a second scraper 7 is arranged in the waste recovery port 6. The second scraper 7 is located directly below the optical roller assembly 5.
[0018] The knife roller assembly 4 comprises a driven gear 4.1, a bearing 4.2, a die-cutting knife roller 4.3 and a bearing clamping block 4.4. There are two pairs of bearings 4.2, one pair of bearings 4.2 is installed in the U-shaped groove position of the shell body 2.2, and one pair of bearings 4.2 is installed in the bearing clamping block 4.4. The die-cutting knife roller 4.3 is installed in the bearing 4.2, and the driven wheel 4.1 is installed on the die-cutting knife roller 4.3.
[0019] The light roller assembly 5 comprises a driving gear 5.1, a die-cutting light roller 5.2, a negative pressure end cover 5.3 and a driving roller bearing end cover 5.4. The driving gear 5.1 is mounted on the die-cutting light roller 5.2. The negative pressure end cover 5.3 is a convex structure. A semicircular negative pressure cavity 5.3.1 and a blowing port 5.3.2 are arranged at the convex position of the negative pressure end cover 5.3. The cavity at the center of the die-cutting light roller 5.2 is a concave structure. The convex part of the negative pressure end cover 5.3 is installed in the concave cavity at the center of the die-cutting light roller 5.2. A hollow channel 5.5 is arranged on the die-cutting light roller at the contact position between the surface of the die-cutting light roller 5.2 and the cutting knife of the die-cutting knife roller 5.2. The hollow channel 5.5 is connected to the cavity at the center of the die-cutting light roller 5.2.
[0020] A reduction motor 8 is installed on the die-cutting device mounting plate 1, and the reduction motor 8 is connected to the die-cutting light roller 5.2. The driving gear 5.1 is meshed with the driven gear 4.1, and the driving gear 5.1 and the driven gear 4.1 are negative displacement gears.
Claims
1. A plastic molding paper die-cutting device, comprising a die-cutting device mounting plate, a device housing assembly, a light roller pressing block, a knife roller assembly, a light roller assembly, a waste recovery port, a second scraper, a reduction motor and a paper path waste removal assembly, characterized in that: The paper path waste cleaning component includes a waste cleaning shaft mounting seat, a waste cleaning shaft, a scraper mounting seat, a scraper mounting rod and a first scraper. The waste cleaning shaft mounting seat is located in the paper output direction of the device housing assembly, the waste cleaning shaft mounting seat is installed with the waste cleaning shaft, the scraper mounting seat is provided next to the waste cleaning shaft mounting seat, the scraper mounting rod is installed in the scraper mounting seat, and the first scraper is provided on the scraper mounting rod. The plastic molding paper is bent after passing through the waste cleaning shaft, and the first scraper fits the plastic molding paper surface at the bending part of the plastic molding paper.
2. A plastic forming paper die-cutting device according to claim 1, characterized in that: The device shell assembly includes a shell cover, a shell body and a shell bottom plate. The shell cover is provided with a clamping screw, which is in contact with the knife roller assembly. The shell bottom plate is equipped with a waste recovery port, and a second scraper is arranged in the waste recovery port. The second scraper is located directly below the light roller assembly.
3. A plastic forming paper die-cutting device according to claim 2, characterized in that: The knife roller assembly includes a driven gear, a bearing, a die-cutting knife roller and a bearing clamping block. There are two pairs of bearings, one pair of bearings is installed in the U-shaped groove position of the shell body, and the other pair of bearings is installed in the bearing clamping block. The die-cutting knife roller is installed in the bearing, and the driven wheel is installed on the die-cutting knife roller.
4. A plastic forming paper die-cutting device according to claim 3, characterized in that: The light roller assembly includes a driving gear, a die-cutting light roller, a negative pressure end cover and a driving roller bearing end cover. The driving gear is installed on the die-cutting light roller. The negative pressure end cover is a convex structure. The convex part of the negative pressure end cover is provided with a semicircular negative pressure cavity and a blowing port. The cavity in the center of the die-cutting light roller is a concave structure. The convex part of the negative pressure end cover is installed in the concave cavity in the center of the die-cutting light roller. A hollow channel is provided on the die-cutting light roller at the contact position between the surface of the die-cutting light roller and the die-cutting knife roller cutter, and the hollow channel is connected to the cavity in the center of the die-cutting light roller.
5. A plastic forming paper die-cutting device according to claim 4, characterized in that: A reduction motor is installed on the die-cutting device mounting plate, the reduction motor is connected with the die-cutting light roller, the driving gear and the driven gear are meshed, and the driving gear and the driven gear are negative displacement gears.