Reciprocating type rack fabric distributor

Abstract

The invention discloses a reciprocating type rack fabric distributor. A roller is mounted on the lower portion of a belt conveyor which is arranged on a frame and can roll on the frame. A motor is arranged on the frame. A gear is arranged on an output shaft of the motor. A rack meshed with the gear to drive the belt conveyor to move is fixedly connected with the belt conveyor. A front travel switch and a rear travel switch are arranged on the frame. Compared with the prior art, the reciprocating type rack fabric distributor is mounted by a 90-degree angle with next process continuously working equipment such as a mesh net dryer. Even distribution of fabrics on the next process equipment is implemented by back and forth movement and running of a belt of the whole belt conveyor on the fabric distributor. A required fabric distribution width is controlled by the front travel switch and the rear travel switch; a workbench receiving fabric from the previous process equipment can be arranged in a length direction of the belt conveyor; the valid width can be controlled by the length of the belt conveyor; and formed fabric from multiple previous process equipment can fall onto one reciprocating type rack fabric distributor. With the coordination of the next process continuous working equipment, number of equipment can be reduced, and working efficiency is improved.

Description

technical field [0001] The invention relates to a reciprocating rack distribution device, which is suitable for evenly distributing materials on the next process equipment such as storage or drying, especially suitable for evenly distributing fragile materials on the next process equipment. Background technique [0002] The material distributing machines in the prior art are mainly left and right swinging distributing machines. Its working principle is that a movable bushing is installed at the rear of the belt conveyor frame, and the front end is inclined downward. The swing range is controlled by the travel switches on both sides of the belt conveyor. The formed material falls freely onto the belt conveyor, and with the front end of the belt conveyor swinging left and right and the operation of the belt conveyor, the formed material can be evenly distributed on the next process equipment such as the mesh belt dryer. [0003] The left and right swing distribution machine c...

AI Technical Summary

Problems solved by technology

[0003] The left and right swinging distribution machine can only be equipped on the front end of the mesh belt dryer when it is working, that is, the distribution machine and the mesh belt dryer are installed at 180 degrees, and it cannot work if it is installed on the side

In addition, since the belt conveyor is always swinging left and right when it is working, its working surface for receiving materials from the previous process can only be in the width direction of the belt conveyor, and the maximum effective width can only reach the actual width of the belt, which makes the discharge port of the upper process equipment The width has been greatly limited, and it is difficult to realize the continuous production of equipment

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