Screw type conveyor

Abstract

The invention discloses a screw type conveyor which comprises a fixing device and a guiding system. The fixing device comprises a fixing column located at the center of the conveyor and a supporting column at the bottom, wherein fixing rods are spirally arranged on the outer side of the fixing column, and the separation distances of the adjacent fixing rods are equal. The guiding system comprises a motor and guiding rails, wherein the guiding rails are fixed to the fixing rods and are in spirally rising shapes, high-position feeding-discharging ports are formed in the upper ends of the guiding rails, low-position feeding-discharging ports are formed in the lower ends of the guiding rails, chain plates are arranged on the surface, protective fences are arranged on two sides, a track is arranged in the inside, a chain is connected in the track, the upper portion of the chain is parallelly fixed to the chain plates, and the chain operates under the effect of the motor and drives the chain plates to complete the operation of upward and downward transportation. The screw type conveyor adopts a screw type transportation structure, is small in occupied space, firm in structure, easy to install, good in flexibility, high in transportation speed, good in bearing capacity, high in safety performance, long in service life and wide in usage range, and operates in a low-friction mode.

Description

technical field [0001] The invention relates to the technical field of cargo conveying equipment, in particular to a screw conveyor. Background technique [0002] With the advancement of society and the development of science and technology, the design of workshops is becoming more and more intelligent, and the use of automated transportation tools has become a convenient and time-saving working mode. Nowadays, transporters are often used in production workshops instead of manual handling to transfer goods, which is more convenient and time-saving than manual handling. However, the existing transport planes are bulky, complicated to install, weak in load-bearing capacity, slow in transport speed, and have a single direction of operation, resulting in low transport efficiency. The motor in the transporter not only has to do work on the goods being transported, but also has to overcome the frictional resistance brought by the machine itself. Long-term operation is easy to cau...

AI Technical Summary

Problems solved by technology

However, the existing transport aircraft is bulky, complicated to install, weak in load-bearing capacity, slow in transport speed, and single in direction of operation, resulting in low transport efficiency

The motor in the transporter not only has to do work on the goods being transported, but also overcomes the frictional resistance brought by the machine itself. Long-term operation is easy to cause damage, so the service life is short

In addition, the existing transport aircraft takes up a lot of space and cannot be used for small production workshops, resulting in a narrow scope of application

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