Stable cable conveying device

Abstract

The invention discloses a stable cable conveying device. A portal frame is fixedly connected to a base. A center through hole is formed in the upper end of the portal frame, and the base is fixedly connected with a lower limiting block. An upper limiting block is arranged above the lower limiting block. A through groove is formed in the bottom of the upper limiting block, and an upper limiting groove is formed in the groove bottom of the through groove. A lower limiting groove is formed in the upper end of the lower limiting block, the lower limiting block can be embedded in the through groove, and accordingly the upper limiting groove and the lower limiting groove can be in butt joint to form a limiting through hole. A plurality of first springs are arranged on the bottom end face of theupper limiting block, the upper end of a vertical rod is connected with a drive mechanism, and the lower end of the vertical rod stretches into the portal frame and can make contact with the upper limiting block. The two ends of a roller shaft are fixedly connected to two supports. The roller shaft is provided with spiral grooves. The base is provided with a first heating box and a second heatingbox, and the first heating box is located between the portal frame and a buffering device. The conveying device can effectively control cable swinging in the transmission process, and winding of a cable in the cold environment is facilitated.

Description

Technical field [0001] The invention relates to an auxiliary device for cable transmission, in particular to a stable conveying device for cables. Background technique [0002] During the transmission process of the cable, due to its own long stroke, it will produce a certain vibration force on the cable due to the change of the transmission driving force frequency, and the vibration force causes the cable line to swing within a certain range, in the case of swinging here It is easy to cause damage to the cable. Once it is damaged, it needs to stop working, which greatly affects the transmission efficiency of the cable. In addition, the transmission of the cable is also required in the front section of the coiled cable. In order to better coil the cable, the cable is usually bent manually Winding is performed after a certain arc is initially formed to reduce the difficulty of winding and the density of winding. In addition, when the weather is colder, the outer layer of the cable...

AI Technical Summary

Problems solved by technology

[0002] During the transmission process of the cable, due to its own long stroke, it will generate a certain vibration force on the cable due to the change of the frequency of the transmission driving force, and the vibration force will cause the cable to swing within a certain range. It is easy to cause damage to the cable. Once it is damaged, it needs to stop working, which greatly affects the transmission efficiency of the cable. In addition, the cable needs to be transmitted in the front section of the winding cable. For better winding, the cable is usually bent manually. Winding is performed after a certain radian is initially formed, which reduces the difficulty of winding and the density of winding. In addition, when the weather is relatively cold, the outer sheath of the cable is often relatively hard and not easy to bend, which also causes a comparison of winding. big difficulty

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