Insulating digital real-time monitoring load-bearing device for live working

Abstract

The invention discloses an insulating digital real-time monitoring load-bearing device for live working. The device comprises a hanging ear, a suspension beam, a pulley bolt assembly and a display. The hanging ear is provided with a first bolt hole. The lower end of the hanging ear is connected with a tension conversion sensor mounting body. A tension conversion sensor is arranged in the tension conversion sensor mounting body. A protection door and a wireless sensor are arranged on the tension conversion sensor mounting body. The lower end of the tension conversion sensor mounting body is connected with a first bolt. The suspension beam is provided with a second bolt hole and a third bolt hole. A first bolt is connected with the suspension beam through the second bolt hole. The lower end of the suspension beam is connected with the pulley bolt assembly through the third bolt hole. The display is provided with a wireless receiver. The display is wirelessly connected with the wireless sensor though a wireless receiver. The pulley bolt assembly and the suspension beam are made of an insulating material. The insulating digital real-time monitoring load-bearing device provided by the invention is simple and easy to understand, and has the advantages of convenient operation and high controllability.

Description

[0001] Technical field: [0002] The invention relates to a real-time monitoring force-bearing device, in particular to an insulating digital real-time monitoring force-bearing device for live work. [0003] Background technique: [0004] With the continuous development of material science and measurement technology, new sensing technologies have gradually entered various production fields of power grids. These new technologies and new products have gradually been applied in the safe operation and maintenance of power grids. The load-bearing tools such as lifting and tightening used in the process generally only have the rated load. For the objects to be hoisted that can be seen intuitively, appropriate load-bearing tools can be selected according to the quantity and volume of the objects. During the work of the wire, the force (traction force) on the tool will gradually increase with the tightening of the ground wire. The calculation of this force is not visible to the naked e...

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Problems solved by technology

[0004] With the continuous development of material science and measurement technology, new sensing technologies have gradually entered various production fields of power grids. These new technologies and new products have gradually been applied in the safe operation and maintenance of power grids. The load-bearing tools such as lifting and tightening used in the process generally only have the rated load. For the objects to be hoisted that can be seen intuitively, appropriate load-bearing tools can be selected according to the quantity and volume of the objects. During the work of the wire, the force (traction force) on the tool will gradually increase with the tightening of the ground wire. The calculation of this force is not visible to the naked eye, and it is difficult for construction personnel to control it. Therefore, traction often occurs in electric power construction. Damage to tools and equipment caused by

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