Unidirectional braking die forging chain on clinker chain bucket conveyor

Abstract

The invention discloses a unidirectional braking die forging chain on a clinker chain bucket conveyor. The unidirectional braking die forging chain comprises first chain segments and second chain segments; the first chain segment and the second chain segment are connected at intervals; a second chain segment is arranged between two adjacent first chain segments; each first chain segment consists of two first chain plates; two chain plates are connected through a pin shaft; two sides of each first chain plate are provided with buckling structures; a plurality of hopper installing holes are formed in the first chain plates; each second chain segment consists of two chain plates; two chain plates are connected by a shaft sleeve; the pin shafts are installed in the shaft sleeves and used for connecting the first chain segments and the second chain segments; two sides of each second chain plate are provided with prominent platforms; the buckling structures are positioned on the prominent platforms; permeable reliving structures are arranged on the first chain plates and the second chain plates; and the first chain plates and the second chain plates has integrated structures formed by die forging. The unidirectional braking die forging chain has a unidirectional braking function, hoppers can be buckled in operation and cannot be in contact with each other, the strength is high, and the mass is light.

Description

【Technical field】 [0001] The invention relates to the technical field of conveyor chains, in particular to the technical field of a one-way braking die forging chain on a clinker chain bucket conveyor. 【Background technique】 [0002] The conveyor chain is the same as the transmission chain, and the precision conveyor chain is also composed of a series of rotating parts, which are fixed by chain plates with restraint, and the positional relationship between them is very precise. Each swivel member consists of a pin and a bushing, out of which the chain's rollers rotate. Both the pin and bushing are case hardened to allow articulation under high friction and to withstand load pressure and engagement shocks transmitted by the rollers. However, the existing conveyor chain lacks a one-way braking structure. When the clinker hopper is installed on the conveyor chain and the clinker is filled with materials, the conveyor chain plate with the hopper will sink, making the two adjace...

AI Technical Summary

Problems solved by technology

However, the existing conveyor chain lacks a one-way braking structure. When the clinker hopper is installed on the conveyor chain and the clinker is filled with materials, the conveyor chain plate with the hopper will sink, making the two adjacently placed The arc-shaped collision of the hopper has poor practical performance and is relatively unsafe, and the chain plate of the existing conveyor chain is formed by rolling. Not only the strength of the chain plate is low, it is easy to be damaged during use, and the maintenance cost is high. The chain plate is a solid structure, the overall weight of the conveyor chain is heavy, the energy consumption is high, and the safety performance is low

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