Centrifugal feeding device

Abstract

The invention discloses a centrifugal feeding device which comprises an outer disc, an inner disc obliquely arranged in the outer disc, an outer disc driving mechanism driving the outer disc to rotatearound a first axis, an inner disc driving mechanism driving the inner disc to rotate in the outer disc around a second axis, and an annular retaining wall extending upwards along the periphery of aseparation disc; a discharging hole is formed in the annular retaining wall; the outer disc is provided with an inner circumferential wall and the separation disc; the separation disc takes a circularring shape; the lowest point of the inner disc is positioned above the bottom of the inner circumferential wall; the highest point of the inner disc is flush with the separation disc; the outer discand the inner disc have the same rotary direction and rotary speed; the inner disc rotates to drive material on the inner disc to do centrifugal movement, so that the material is thrown onto the separation disc; and the outer disc rotates to drive the material to move to the discharging hole of the annular retaining wall. The centrifugal feeding device is higher in working efficiency and does notdamage the material.

Description

technical field [0001] The invention relates to a centrifugal feeding device. Background technique [0002] When producing and processing products, especially in the process of assembly line processing, it is essential to separate and transport materials. The efficiency of manual feeding is low and cannot keep up with the production rhythm. Mechanical feeders usually use vibrating discs to separate and transport materials through vibration. However, this vibrating feeder has many problems and cannot meet various production needs. For example, because the feeder uses a vibrating method to jump the materials located on one of the carrying trays to the other carrying tray, the number of materials that successfully jump to the other carrying tray using this method is random and cannot be guided in a oriented manner. The material is separated to another carrier plate, the efficiency is relatively low and cannot meet the production demand. Secondly, the damage to the surface of...

AI Technical Summary

Problems solved by technology

The efficiency of manual feeding is low and cannot keep up with the production rhythm

The mechanical feeder usually uses a vibrating plate to separate and transport the materials through vibration. However, there are many problems in this vibrating feeder, which cannot meet the production needs of all aspects.

For example, because the feeder uses a vibrating method to jump the materials located on one of the carrying trays to the other carrying tray, the number of materials that successfully jump to the other carrying tray using this method is random and cannot be guided in a oriented manner. The material is separated to another carrier plate, the efficiency is relatively low and cannot meet the production demand

Secondly, the damage to the surface of the material through vibration is relatively large, so for products with relatively high surface requirements, this method is obviously not suitable for excessive damage to the surface

Secondly, the arrangement of this kind of feeding machine after separation is chaotic, which is not suitable for assembly line processing

In addition, since the vibration will be accompanied by large noise, it will affect the working environment, and at the same time, the vibration will cause other parts to loosen, which has a large potential safety hazard and affects the service life of the loader.

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