Built-in refuse incineration feed device

Abstract

The present invention discloses a concealed garbage incineration charging equipment. It is characterized by that on the surface of lower layer carriage body of said charging carriage which is covered with upper layer carriage body two auxiliary guideway parallel to guideway are set, on said auxiliary guideway an auxiliary charging carriage is set, the front end of the described auxiliary charging caariage is extended from front end of upper layer carriage body of charging carriage, and is supported by wear-resistant slide block, in the rear portion of undersurface of said auxiliary charging carriage two wheels are mounted, said wheels are supported by correspondent auxiliary guideway, and can be forwards or backwards rolled. Said equipment can greatly raise charging efficiency.

Description

technical field [0001] The invention belongs to the technical field of waste incineration power generation, and in particular relates to a built-in waste incineration feeding device. Background technique [0002] At present, the feeding device used in the waste incineration power generation system is generally composed of fixed chassis, rails, push carts and hydraulic cylinders. Two rails are arranged in parallel on the upper surface of the fixed chassis, and the push cart is located above the rails. , has two upper and lower car bodies with unequal lengths, wherein the upper car body is aligned with the rear end of the lower car body, and a row of wear-resistant sliding blocks mainly for supporting and pushing materials are installed on the front end of the bottom surface of the lower car body. The rear part is connected to the wheel through the bearing, and the wheel is supported by the track, and can roll back and forth along the track. A pair of guide wheels separated o...

AI Technical Summary

Problems solved by technology

[0003] When the push cart moves backward, the garbage in the silo continuously falls to the upper surface of the upper and lower car bodies and the upper surface of the fixed chassis; when the push cart moves forward, the front end surfaces of the upper and lower car bodies and the The sliding block pushes the garbage forward, so that the garbage on the upper surface of the fixed chassis is pushed into the combustion grate; while part of the garbage on the upper surface of the lower car body is always reciprocating with the pusher in the front and rear direction, forming a pusher. Dead zone, which not only increases the load of the push cart, causes energy waste, but also reduces the feeding efficiency

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