Novel monitoring and deicing iron tower

Abstract

The invention discloses a novel monitoring and deicing iron tower. The novel monitoring and deicing iron tower comprises a tower body which is mainly constituted by four main supporting rods and a plurality of cross arms. Each main supporting rod is mainly formed by a plurality of vertical rods which are connected. The two ends of each cross arm are mounted on the connecting position of every twovertical rods on the two corresponding sides correspondingly. The novel monitoring and deicing iron tower further comprises a stress detecting device, a gravity detecting device and a control chamber.The stress detecting device is mounted on the outer side faces of the connecting positions of the vertical rods and the cross arms. The gravity detecting device is mounted between the vertical rods connected in pairs. Retractable heating devices are mounted on the cross arms and the vertical rods correspondingly, and the control chamber is formed in the tower body. A temperature sensor and an icing sensor are mounted on the tower body, and a solar panel is arranged on the tower body. According to the novel monitoring and deicing iron tower, the structural design is ingenious, by arranging theretractable heating devices, the stress detecting device and the gravity detecting device on the tower body, ice covering the iron tower can be effectively removed, and loosening and inclination situations of the connecting positions of the iron tower are effectively monitored to avoid collapse accidents.

Description

technical field [0001] The invention relates to an improvement technology of a base station iron tower, in particular to a novel monitoring and deicing iron tower. Background technique [0002] Base stations in mountainous or remote areas are difficult to maintain and repair. Once an accident occurs, the processing time will be much longer than that of ordinary base stations. For areas such as northern Guangxi, for example, ice-covered iron towers and ice-covered power supply line alarms are likely to occur due to temperature reasons in winter, which can easily cause hardware damage, loose connections, and even tower collapse accidents, reducing the service life of iron towers and affecting communication quality. Base stations in mountainous areas have a wide coverage area, requiring high power supply stability and strong tolerance of iron towers, which requires high quality iron towers. The tower has high resistance, and lightning accidents occur frequently. [0003] Pate...

AI Technical Summary

Problems solved by technology

[0003] Patent No. CN201310635954.5 discloses a rain-freeze-proof high-voltage line iron tower. The tower tube is heated by a heating device, which solves the problem that the tower tube surface is covered with ice and snow. Structurally, the melting ice blocks are pushed, and affected by the ambient temperature, the ice blocks may condense on the tower again after melting; and the invention lacks the monitoring of the inclination of the iron tower and the degree of looseness at the connection of the iron tower

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