Height-adjustable corner transport rack

Abstract

The invention discloses a height-adjustable corner transport rack comprises a corner transport mechanism and a lifting mechanism; the corner transport mechanism is arranged at the top part of the lifting mechanism; the lifting mechanism consists of a lifting scaffold A and a lifting scaffold B; the lifting scaffold A and the lifting scaffold B are structural bodies absolutely identical in structure; a regulating mechanism is arranged between the lifting scaffold A and the lifting scaffold B through a connecting rod and a bearing table; the regulating mechanism consists of a screw, a power output shaft and a drive bearing, wherein the screw is perpendicular to ground, and the power output shaft and the drive bearing are arranged on the bearing table; the corner transport mechanism consists of a fan-shaped frame and drive rollers arranged in the fan-shaped frame; the drive rollers are all conical rollers, and are connected by a drive chain. The height-adjustable corner transport rack disclosed by the invention has the advantages of being adjustable in height, convenient to adjust and move and broad in application range.

Description

technical field [0001] The invention relates to a height-adjustable corner transport frame, which is used for high-altitude cargo transport and cargo transport direction change. Background technique [0002] In the existing technology, enterprises often use high-altitude transportation for material transmission, which can save production space. Therefore, many enterprises need to use conveyor belts with inclination angles to transport materials to high-altitude tracks. Enterprises generally use linear conveyor belts, so the conveyor belt with a certain inclination angle needs to be connected vertically with the high-altitude track when transporting materials, so as to ensure that the materials can be transported to the high-altitude track stably. The general length of the conveyor belt with a certain inclination angle Larger, so this transport method has the problem of occupying too much space. In the prior art, there are also enterprises that use conveyor belts with a cert...

AI Technical Summary

Problems solved by technology

Enterprises generally use linear conveyor belts, so the conveyor belt with a certain inclination angle needs to be connected vertically with the high-altitude track when transporting materials, so as to ensure that the materials can be transported to the high-altitude track stably. The general length of the conveyor belt with a certain inclination angle Larger, so this transport method has the problem of occupying too much space

In the prior art, there are also enterprises that use conveyor belts with a certain angle of rotation, so that the inclined straight line of the conveyor belt is parallel to the upper track and the materials are transferred to the upper track, thereby achieving a certain space saving effect, but in the prior art, the The corner part and the straight part are an integral structure, and they are both highly rigid structures. Therefore, a transport device of this type can only be applied to a specific site. After leaving the special site, it is basically a scrap product. Enterprises need to make it according to different needs. Production of conveyor belts with corners of different specifications, resulting in a large amount of resources and capital consumption

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