a delivery device

Abstract

The material conveying device claimed in the present invention includes a material trough, a feeding trough plate arranged below the material trough, supporting rollers for supporting the feeding trough plate, a hopper, and a driving member; the feeding chute plate is inclined It is arranged on the supporting rollers, wherein a gap is formed between the feeding chute plate and the chute, and the driving member can drive the feeding chute plate on the supporting rollers relative to the material trough. reciprocating movement of the chute, so that the material in the chute can fall along the feeding chute plate and enter the receiving hopper; the conveying device also includes a fixed chute arranged under the feeding chute plate, and Material recovery part; the fixed groove can hold the material dropped from the end of the feeding trough plate away from the receiving hopper, and the material recovery part can recover the material in the fixed groove into the receiving hopper . The invention avoids unnecessary loss of materials during the transfer process, and prevents the materials from causing pollution to replacement parts in workshops.

Description

Technical field [0001] The present invention belongs to the technical field of mechanical manufacturing, and more particularly to a transferee. Background technique [0002] At present, enterprises transfer small particulate materials from the silo to the tower, usually use figure 1 Attachment figure 2 The illuminated light is shown. Specifically, the feed device includes a tank 1, provided below the tank 1 and is inclined with respect to the ground, and is used to support the support roller 3 of the feed groove 2, and for driving the The feed tap plate 2 is driven to the reciprocating motion in the support roller 3, wherein the telescoping rod 5 of the driver is hinged from the feed tap plate 2, and the tank plate 2 is left between the tank 1. The gap 6 enables the material that falls into the tank 1 to the feed slot plate 2 to be moved downward in the feed tapper plate 2 in the action of the gravity force, and finally enter The affordable 4 is within 4. During this process, the...

AI Technical Summary

Problems solved by technology

[0003] It can be understood that the above-mentioned feeding device can realize the transfer of materials from the hopper to the receiving hopper. The part of the material in the gap 6 between the material trough 1 can be continuously precipitated from the top of the feeding chute plate 2, and finally falls outward from the top of the feeding chute plate 2, thus causing the material to be transferred from the hopper to the receiving hopper. The loss of materials occurs during the process, and the materials falling from the top of the feeding trough plate 2 will cause pollution to the environment of the enterprise workshop

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