Conveying and feeding structure for brake pad vulcanization materials

Abstract

The invention discloses a conveying and feeding structure for brake pad vulcanization materials. The conveying and feeding structure is characterized in that the upper end of a box is provided with a feeding inlet, the lower end of one side of the box is provided with a discharge outlet, a spiral feeding device is rotatably mounted in the box and extends from the other side of the box to one side of the box so as to feed the materials, a first drive device drives the spiral feeding device to rotate to feed the materials, a secondary feeding mechanism is exactly located right above the discharge outlet in the box and covers part of the discharge outlet of the box, a second drive device drives the secondary feeding mechanism to convey the materials falling to the surface of the secondary feeding device towards the discharge outlet of the box, a weight sensing device is located right below the discharge outlet of the box and can sense the weight of the materials falling on the weight sensing device and transmits a message to a control system, and the control system controls the first drive device and the second drive device. The conveying and feeding structure has the advantages that accurate vulcanization material weight is achieved, manual operation is avoided, weighing efficiency is increased, weighing cost is lowered, and dust pollution is avoided.

Description

technical field [0001] The invention relates to a weighing device for distributing and weighing vulcanized materials of brake pads, in particular to a conveying and feeding structure for vulcanized materials of brake pads. Background technique [0002] Brake pads are composed of steel sheets and friction blocks. The friction block is made of vulcanized material, which is a powder material. During the manufacturing process of the friction block, the vulcanized material needs to be divided and weighed to obtain a specified weight of powder. In the manufacture of friction blocks, the accuracy of the weight of the material determines the forming accuracy of the friction blocks, which plays a vital role in the effect of the brake pads. At present, the weight of the vulcanized material is manually carried out, which is manually weighed. The material is weighed and then stored. This method leads to low accuracy and low efficiency of vulcanized materials, and a large amount of dust ...

AI Technical Summary

Problems solved by technology

[0002] Brake pads are composed of steel sheets and friction blocks. The friction block is made of vulcanized material, which is a powder material. During the manufacturing process of the friction block, the vulcanized material needs to be divided and weighed to obtain a specified weight of powder. In the manufacture of friction blocks, the accuracy of the weight of the material determines the forming accuracy of the friction blocks, which plays a vital role in the effect of the brake pads. At present, the weight of the vulcanized material is manually carried out, which is manually weighed. The material is weighed and then stored. This method leads to low component accuracy and low component efficiency of the vulcanized material, and a large amount of dust is scattered in the working environment, polluting the environment and causing physical damage to the component workers.

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