Vertical elevator and feeding unit with it

Abstract

The invention discloses a vertical elevator and a charging unit provided with same. The vertical elevator comprises a rack, an elevating frame, a charging rack and a transmission mechanism, wherein the elevating frame is arranged in the rack and can move up and down in the rack, and multiple through holes which are spaced along the left-right direction are formed in an elevating plate of the elevating frame; the charging rack is arranged at the lower part of the rack, multiple supporting legs extending upward are arranged on the upper end face of the charging rack, and each supporting leg extends upward from multiple through holes in a one-to-one correspondence manner when the elevating frame is located at an initial charging position, so that an object to be elevated is supported on multiple supporting legs and is spaced from the upper surface of the elevating plate, and a gap used for placing a fork is formed; and the transmission mechanism is arranged on the rack and is connected with the elevating frame, so as to drive the elevating frame to move. According to the vertical elevator of the embodiment of the invention, elevating effect is improved, subsequent reshaping and charging operations are facilitated, the problem of material loading of a residual plate is efficiently solved, practicability is strong, structure is simple, and cost is lower.

Description

technical field [0001] The invention relates to the technical field of material transfer, and more specifically, to a vertical hoist and a feeding unit having the same. Background technique [0002] After the copper anode plate is electrolyzed, it will form a residual plate. In order to ensure the recovery rate of copper, it is an inevitable process to re-smelt all the residual plates. Specifically, the butt plates are then washed, packed into stacks, and then transported to the pyrometallurgy workshop for re-smelting. After electrolysis, the plate surface is thinner, the ears are thicker, and the thickness is uneven, and the packing belt is relatively thin, which is easy to break during transportation, and it is difficult to maintain a standard shape for the stack of residual electrodes. Therefore, after being transported by a forklift or truck several times, the shape is extremely scattered, making the feeding of the residual plate has always been a difficult problem in t...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the problem of throwing the butt plate into the furnace, in some related technologies, the crane uses a hanging bag or a boat-shaped feeder to put the butt stack from the mouth of the blowing furnace. This method has no strict requirements on the shape and weight of the butt stack , but the biggest problem is that the operating rate is low, automatic feeding cannot be realized, and the frequent opening and closing of the converting furnace is even more unfavorable to the existing low-altitude pollution

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