5G communication optical cable with automatic loosening and tightening structure

Abstract

The invention relates to a 5G communication optical cable with an automatic loosening and tightening structure; a main body is connected between electric poles to build signal transmission, a cylinder is arranged in the middle of the main body in a penetrating and embedding manner, a rotating ring is arranged around the middle of the cylinder in a sleeving and embedding manner, the rotating ring is connected around the middle of the cylinder through a sleeving groove, and open grooves are formed in openings in two sides of the sleeving groove; a transmission ring is embedded in the middle of the main body, annular grooves are formed in openings in the periphery of the transmission ring, and the two sides of the transmission ring are connected into the main body in an embedded mode through the open grooves. According to the 5G communication optical cable, when the main body is built outdoors, if the main body is blown by strong wind power, the transmission ring is driven to rotate through the blowing of airflow, and the main body on the two sides of the transmission ring is wound and pulled through the rotation of the transmission ring; the main body can be automatically tightened and tightened to a certain extent when being blown by airflow, so that the situation that the joints of the two ends of the main body are damaged due to violent shaking when the main body is blown by the airflow is avoided.

Description

technical field [0001] The present invention relates to the technical field of communication optical cables, and more specifically relates to the technical field of a 5G communication optical cable with an automatic tensioning structure. Background technique [0002] A communication optical cable refers to a cable that is composed of several optical fibers wrapped inside the shell. The communication optical cable is generally constructed by connecting both ends to a pole, so that the communication optical cable can transmit signals to various areas. Among them, the 5G communication optical cable It is also the last and fastest signal transmission cable in today's society. However, when the existing communication optical cable is suspended between two poles, usually the middle part of the suspension will sag to a certain extent because the cable is not tight. As a result, when a strong airflow occurs in the area where the communication cable is built, the blowing of the airfl...

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