Electric stair-climbing type transportation device for civil construction and implementation method thereof

Abstract

The invention discloses an electric stair-climbing type transportation device for civil construction and an implementation method thereof. The electric stair-climbing type transportation device comprises a transportation box and a box cover arranged at the upper end of the transportation box, a storage battery is arranged in the middle of the lower end of the transportation box, and a first electric stair-climbing component and a second electric stair-climbing component are arranged at the two ends of the storage battery correspondingly; the first electric stair-climbing component and the second electric stair-climbing component are the same in structural composition, and a traction component is further movably arranged at the upper end of the transport box. The second electric stair-climbing part comprises a servo motor and a stair-climbing supporting assembly arranged at the driving end of the servo motor, an anti-skid stair-climbing assembly is arranged on the inner side of the tail end of the stair-climbing supporting assembly, a construction part to be temporarily transported is placed in the transport box, then the box cover covers the transport box, and then the traction part is pulled; at the moment, the storage battery powers on the first electric stair-climbing component and the second electric stair-climbing component, and the servo motor drives the stair-climbing supporting assembly and the anti-skid stair-climbing assembly to achieve electric stair-climbing of the conveying device.

Description

technical field [0001] The invention relates to the technical field of civil engineering construction, in particular to an electric stair-climbing transportation device for civil engineering construction and an implementation method thereof. Background technique [0002] Civil construction refers to the process of building a special product for use at a designated location in accordance with the requirements of engineering design drawings and instructions through effective organizational methods and technical approaches. Civil construction includes earthwork, foundation and foundation engineering, masonry engineering, concrete Structural engineering, prestressed concrete engineering, structural installation engineering, waterproofing engineering, decoration engineering, pavement engineering construction, bridge structural engineering construction, introduction to construction organization, flow construction principle, network planning technology, unit project construction org...

AI Technical Summary

Problems solved by technology

[0003] However, the wheels of today's electric stair-climbing transport devices are direct rubber wheels. In the stair-climbing type, the rubber wheels only have fulcrums at the edges and corners of the stairs. , and the other is a layer-by-layer climbing wheel, which has slow climbing speed and poor stability, and in these two methods, the construction worker stands under the transportation device for transportation. When the construction worker makes an operation error and the transportation device is damaged , The falling construction objects are easy to hurt the construction workers, and the reverse rolling transport device also accidentally injures the construction workers. Turn off the control parts in time, resulting in the continuous disorderly movement of the transport device, which is more likely to further accidentally injure the construction workers

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