Electric transportation device

Abstract

The invention discloses an electric transportation device which comprises a cart body. A cart handle is arranged on the cart body. At least two front universal wheels and two rear universal wheels are arranged at the bottom of the cart body. A strengthening rod is arranged on the cart body. One end of the strengthening rod is connected with the cart body, and the other end of the strengthening rod is connected with the cart handle. Multiple vertical partition plates arranged in parallel are arranged on the cart body. One transverse shaft penetrates all the vertical partition plates, and the part between every two adjacent vertical partition plates is provided with a lower protection plate connected with the two vertical partition plates. The lower protection plates are located below the transverse shaft, and the positions where the bottom of the vertical partition plates are located are higher than the positions where the bottoms of the lower protection plates are located. A transverse cushion plate is arranged on the cart body, the vertical partition plates are located above the transverse cushion plate, and the transverse cushion plate is connected with all the vertical partition plates. The electric transportation device has the beneficial effects that cable winding and storing can be conducted effectively, multiple cables can be stored at the same time, the storing capability is high, the separation effect is good, and good moving convenience is achieved during use.

Description

technical field [0001] The invention relates to the field of electric power technology, in particular to an electric power transportation device. Background technique [0002] In the field of electric power, when laying cables, the consumption of cables is huge, and workers often need to carry a large number of cables with them. At present, cables are mainly collected and stored by winding reels, that is, the cables are wound on the winding reels. At present, when laying cables, it is necessary to carry multiple winding reels wound with cables, and during the working process, It is also inconvenient to manually remove the cable from the winding reel one by one. Therefore, the current cable storage methods are deficient in terms of storage capacity, simplification of operation, ability to separate different cables, and ease of movement during use. [0003] However, when necessary, wire racks are generally used. The wire racks usually include partitions and winding structure...

AI Technical Summary

Problems solved by technology

However, the current wire stand requires workers to hold the cable and wind it around the winding drum continuously during winding, which is inconvenient to operate, and the end of the cable is not effectively fixed at the beginning of winding, (the cable needs to be wound after a few more turns) The end is pressed to prevent the cable from detaching from the winding structure such as the bobbin) The stability of the winding process is also lacking

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