Bead automatic charging system for bead implanting part
An automatic feeding and microbead technology, applied in textile decoration, optics, textiles and papermaking, etc., can solve problems such as brightness fluctuation, achieve the solution of brightness fluctuation, ensure the effect of beading, and solve the effect of flying microbeads
Active Publication Date: 2018-09-14
HANGZHOU CHINASTARS REFLECTIVE MATERIAL
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- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
[0012] The purpose of the present invention is to solve the existing sand-dripping effect due to the tumbling effect of micro-beads in the existing bead planting process. Large beads will roll to the rear, and the micro-beads taken away by the pressure-sensitive adhesive present a gradual change from small to large. The process or the proportion of large beads presents a gradual change from less to more; the density of the beads on the bead film is getting smaller and smaller, and the brightness of the reflective product fluctuates greatly. An automatic microbead feeding system in the bead planting part that can effectively solve the problem of brightness fluctuations in reflective products and has uniform bead size
Method used
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Embodiment 1
[0034] exist figure 1 , figure 2 In the shown embodiment, a kind of bead-planting microbead automatic feeding system comprises:
[0035] Bead-planting heat roller 1, a drive roller for realizing the transfer of glass beads;
[0036] The PET film 2 is driven by the rotation of the bead-planting hot roller and realizes the bead-planting carrier; one side of the PET film 2 is attached to the bead-planting hot roller 1, and the other side of the PET film 2 is provided with a useful Pressure-sensitive adhesive 3 for bonding glass beads;
[0037] The microbead tank 4 is arranged tangentially on the outside of the PET film 2 along the roll surface of the bead planting hot roller 1 for storing the tank body of the glass beads, and the microbead tank 4 is provided with the highest line 7 for stacking beads;
[0038] Feeding device 8 is used to add the device of new glass microspheres, and feeding device 8 is set up against the highest line 7 of heaping beads in the microbead tank 4...
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The invention discloses a bead automatic charging system for a bead implanting part, and the system comprises a bead implanting heat roller which is transmission roller used for achieving the transmission of glass beads; a PET film which is driven by the rotating of the bead implanting heat roller to operate, and is a carrier for achieving the bead implanting, wherein one side film surface of thePET film is attached to the bead implanting heat roller for operation, and the other side film surface of the PET film is provided with a pressure-sensitive adhesive surface which is attached to the glass beads; a bead groove which is tangentially disposed outside the PET film 2 along the roller surface of the beam implanting heat roller, and is used for storing the glass beads, wherein the interior of the bead groove is provided with a bead stacking highest line; and a charging device which is used for adding new glass beads, wherein the charging device is set to be opposite to the bead stacking highest line in the bead groove. The system solves a problem of brightness fluctuation, guarantees that the bead implanting density on the bead implanting film is always consistent, and guaranteesthe bead implanting effect. The bead conveying sealed charging device solves a problem of bead flying caused by manual adding of beads.
Description
technical field [0001] The invention relates to the technical field of reflective cloth manufacturing, and more specifically relates to an automatic feeding system for microbeads in a bead planting part. Background technique [0002] The bead planting section is an extremely important link in the production of reflective materials. In order to ensure the special optical performance requirements, the glass beads used in the bead planting section must be made of glass beads of different sizes in a certain proportion— - The diameter of microbeads is generally 40-90 microns. Microbeads with different particle sizes exhibit different optical properties. [0003] The existing device will produce the following two major problems in the production process: [0004] 1. Glass beads will form a bead rolling effect during the bead planting process. Due to the sand-dripping effect, large beads will roll to the rear. In the absence of continuous bead replenishment, the beads taken away ...
Claims
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IPC IPC(8): G02B5/128D06Q1/10
CPCD06Q1/10G02B5/128
Inventor 查伟强谢炳乃阮海刘晓林章学文王世杰
Owner HANGZHOU CHINASTARS REFLECTIVE MATERIAL