Two-stage hill slow-descent unloading equipment applied for carrying cable trays and wire poles

Abstract

The invention discloses two-stage hill slow-descent unloading equipment applied for carrying cable trays and wire poles. The two-stage hill slow-descent unloading equipment comprises a high-position end, a slow-descent mechanism, a power mechanism and a low-position end, wherein the slow-descent mechanism is connected with a discharging end of the high-position end and a feeding end of the low-position end, and comprises a guiding mechanism; the guiding mechanism is used for supporting a columnar workpiece and guiding the columnar workpiece to operate from the high-position end to the low-position end along a guiding direction; a process during which the guiding mechanism guides the columnar workpiece from the high-position end to the low-position end comprises a first guiding state in which the columnar workpiece is supported by the guiding mechanism and moves from the high-position end to the low-position end, and a second guiding state in which the columnar workpiece rolls towards the low-position end along the guiding mechanism under the action of gravity; a drive end of the slow-descent mechanism is connected with an output end of the power mechanism; and the power mechanism drives the guiding mechanism to operate from the high-position end to the low-position end and drives the guiding mechanism to switch into the second guiding state from the first guiding state.

Description

technical field [0001] The invention relates to an unloading and conveying tool, in particular to a conveying tool applied to cable reels, utility poles, plate coils and bar coils from a high position to a low position. Background technique [0002] In industrial applications, large-scale unloading of cylindrical workpieces usually uses aircraft or forklifts to unload workpieces from high to low positions. Due to the influence of the size of the working space, aircraft and forklifts cannot flexibly unload workpieces in all directions. Especially for the unloading of cable reels and utility poles. Cable reels and utility poles have the physical characteristics of large volume and heavy weight. Air vehicles and forklifts are heavy machinery. The installation cost of aircraft vehicles is high and the cost of daily maintenance is high. When the truck is transporting workpieces, it is necessary to carry out high-altitude operations on cable reels and utility poles. High-altitude ...

AI Technical Summary

Problems solved by technology

[0002] In industrial applications, large-scale unloading of cylindrical workpieces usually uses aircraft or forklifts to unload workpieces from high to low positions. Due to the influence of the size of the working space, aircraft and forklifts cannot flexibly unload workpieces in all directions. Especially for the unloading of cable reels and utility poles. Cable reels and utility poles have the physical characteristics of large volume and heavy weight. Air vehicles and forklifts are heavy machinery. The installation cost of aircraft vehicles is high and the cost of daily maintenance is high. When the truck is transporting workpieces, it is necessary to carry out high-altitude operations on cable reels and utility poles. High-altitude operations bring huge safety hazards to production. When loading and unloading forklifts, cable reels and utility poles need to be bound and tied The workpiece is placed on the fork pole of the forklift. The transportation method of the forklift increases the workload of the workers and the forklift requires workers to operate, which cannot liberate the labor force and reduce work efficiency.

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