Light steel member on-site carrying apparatus and use method

Abstract

A light steel member on-site carrying apparatus comprises a rack body. The rack body is provided with a front control shaft and a back control shaft; two front wheels are placed on the bottom ends of the two sides of the front control shaft and connected with the bottom ends; two back wheels are placed on bottom ends of two sides of the back control shaft and connected with the bottom ends; the front control shaft and the back control shaft respectively drive the front wheels and the back wheels to rotate via a front shaft motor and a back shaft motor both arranged on the rack body; the rack body is further provided with a front hoisting device and a back hoisting device symmetric to the front hoisting device along the middle of the rack body; and the hoisting rope extends out of the bottom parts of the front hoisting device and the back hoisting device. The light steel member on-site carrying apparatus is simply structured and can be simply operated; and high efficient carrying can be achieved; components in a light steel structure factory can be horizontally carried; manual operation and intelligent control can be realized; and light steel component horizontal carrying combined efficiency can be improved.

Description

technical field [0001] The invention relates to a component handling device, in particular to an on-site handling device for a light steel component and a method for using the same. Background technique [0002] At present, light steel components are transported horizontally on site, generally using truck cranes or manual mechanical handling using the lever principle. When the components are large, most of them are transported by truck cranes. When the factory building is large, it is necessary to expand and retract the four-sided brackets many times. The efficiency of horizontally transporting light steel components is not high, and the cost is also high. Mechanical handling using the principle of artificial leverage can only transport some small light steel components. At the same time, it requires the cooperation of multiple people and consumes a lot of labor. Whether it is using a truck crane or mechanical handling using the principle of leverage, it cannot meet the comp...

AI Technical Summary

Problems solved by technology

[0002] At present, light steel components are transported horizontally on site, generally using truck cranes or manual mechanical handling using the lever principle. When the components are large, most of them are transported by truck cranes. When the factory building is large, it is necessary to expand and retract the four-sided brackets many times. The efficiency of horizontally transporting light steel components is not high, and the cost is also high. Mechanical handling using the principle of artificial leverage can only transport some small light steel components. At the same time, it requires the cooperation of multiple people and consumes a lot of labor. Whether it is using a truck crane or mechanical handling using the principle of leverage, it cannot meet the comprehensive benefits of horizontally handling light steel components, so there are certain limitations.

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