Glass fiber quantitative conveyer

Abstract

The invention relates to a glass fiber quantitative conveyer. The glass fiber quantitative conveyer comprises a hopper (1), a steel angle framework (4), an inner attaching plate (6), a material stirring roller (8) and a material stirring shaft (10); a fence (2) is installed on an inlet of the hopper (1); the steel angle framework (4) is in an outlet of the bottom end of the hopper (1); the inner attaching plate (6) and the material stirring roller (8) are installed in the steel angle framework (4); the inner attaching plate (6) is of a horizontal V-type structure and fixed to the steel angle framework (4); the material stirring roller (8) is installed on the material stirring shaft (10) which is connected with the output end of a servo motor; the material shifting shaft (10) is arranged at the bottom end of the inner attaching plate (6); the material stirring roller (8) is provided with material stirring teeth which are evenly distributed in the circumferential direction; the inner attaching plate (6) is provided with a rack gap for the material stirring teeth to pass. By means of the glass fiber quantitative conveyer, it can be prevented that glass fibers are clustered and cannot be easily conveyed, quantitative conveying can be achieved, automation of a production procedure is achieved, manpower is reduced, and production efficiency is improved.

Description

[technical field] [0001] The invention relates to the technical field of composite material conveying, in particular to a glass fiber quantitative conveying machine. [Background technique] [0002] DMC composite materials are now widely used in various industries such as construction, railways, electrical engineering, etc., and their demand is increasing day by day. However, the current DMC composite material production line has not been highly automated. One of the reasons is that the raw material glass fiber in the composite material is difficult to achieve automatic quantitative delivery. Because the glass fiber has no fluidity and is easy to cluster, it brings problems to the transportation. Moreover, it is difficult to weigh during the transportation process, and it is difficult to realize automatic quantitative transportation. Therefore, there is no mechanism for quantitatively conveying materials such as glass fiber in the market at present. If a kind of glass fiber ...

AI Technical Summary

Problems solved by technology

However, the current DMC composite material production line has not achieved a high degree of automation, one of the reasons is that the raw material glass fiber in the composite material is difficult to achieve automatic quantitative delivery

Because glass fiber has no fluidity and is easy to cluster, it brings problems to the transportation. Moreover, it is difficult to weigh during the transportation process, and it is difficult to realize automatic quantitative transportation.

Therefore, there is no mechanism for quantitatively conveying materials such as glass fiber in the market at present. It will be of great significance to provide an automatic quantitative conveyor for glass fiber to solve this problem.

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