Dragline combination telescopic arm manual forklift

Abstract

The invention provides a dragline-combined telescopic arm type manual forklift which integrates construction equipment and appliance hoisting, shoveling, and operating area carrying or transferring functions, is flexible, has the capabilities on automatically getting on or getting off, and is convenient to transport with the forklift together with construction equipment and appliances, so that thelabor intensity and the working efficiency of workers are synchronously improved, and the safety is greatly improved. The dragline-combined telescopic arm type manual forklift is characterized in that a left telescopic arm assembly and a right telescopic arm assembly are arranged at two ends of the manual forklift; a left lifting device is arranged between the left telescopic arm assembly and themanual forklift, and drives the left telescopic arm assembly to rotate upwards, horizontally and downwards; and a right lifting device is arranged between the right telescopic arm assembly and the manual forklift, and drives the right telescopic arm assembly to rotate upwards, horizontally and downwards.

Description

technical field [0001] The invention relates to a combined operation forklift with a dragline and a shovel. Background technique [0002] With the development of the city, infrastructure such as electricity, water, and gas will continue to develop, which will involve the construction and maintenance of a large number of basic projects such as electricity, water, and gas. [0003] During the construction and maintenance of various basic projects, construction equipment and equipment are generally on site first to meet construction needs. During the course of the operation, they also need to make multiple transitions. At the end of work or when the work is completed, they are also closed or gathered and transported away. Therefore, during the operation, the construction equipment and equipment are inseparable from the repeated hoisting and handling process, and the workload is very huge. [0004] At present, under normal circumstances, hoisting and handling operations are g...

AI Technical Summary

Problems solved by technology

However, when encountering complex places such as narrow alleys, residential areas, fields, and mountainous areas, large-scale machinery cannot be reached and used due to site restrictions, and manual operations can only be used. During operations, workers are labor-intensive and slow, and there is still a lot of safety Hidden danger

[0005] In the prior art, the quality and efficiency of hoisting and transporting construction equipment and equipment have not been effectively resolved. Construction equipment and equipment need to be hoisted by a crane or a forklift on a transport vehicle from the warehouse to the construction site. , and then the crane or ride-on forklift follows the transport vehicle to the construction site. After unloading, the crane or ride-on forklift needs to accompany the construction site all the time, and the utilization rate of lifting equipment is extremely low.

In addition, they carry out hoisting and handling operations in slightly complicated places, and the whole process needs to be cautious, otherwise accidents will easily occur

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