Self-rescue type line patrolling bag

Abstract

The invention is mainly applied to the field of electric industrial line patrolling, and particularly relates to a self-rescue type line patrolling package which comprises a package body. The packagebody comprises an inner package main body and an outer package main body. One end of the inner package main body and one end of the outer package main body are communicated, and the other end of the inner package main body and the other end of the outer package main body are connected through a zipper. The inner side face of the inner package main body and the inner side face of the outer packagemain body are each provided with an interlayer. An air bag is arranged in each interlayer. The opening end of each air bag is communicated with an air bottle. The air bottle is placed in a storage bagon one side of the package body. A folding band is arranged on one side of the joint of the zipper. A hook-and-loop fastener loop part is arranged on the other end of the joint of the zipper. A hook-and-loop fastener hook part is arranged at the position, corresponding to the hook-and-loop fastener loop part, of the outer end of the folding band. The inner end of the folding band is fixed to thepackage body. A buckle pressing part is arranged on the package body. A buckle clamping part is arranged at the position, corresponding to the buckle pressing part, of the outer end of the folding band. Patrolling personnel can be prevented from personal risks caused by thoughtless safety prediction, the package is used instantly after being taken, the patrolling personnel do not need to considerwhether flood risks exist in the patrolling section or not in advance before patrolling, and the safety accidents caused by site risk thoughtless prediction of the patrolling personnel are made up.

Description

technical field [0001] The invention relates to a self-rescue type line inspection bag, which is mainly used in the field of line inspection in the electric power industry. Background technique [0002] With the development and maturity of tower construction technology, more and more transmission lines can not only be erected in the depths of mountains, but more can be erected in corridors parallel to or across rivers, and the quality of line operation will not be improved. The representative does not need the daily inspection and maintenance of the operating personnel. In the face of such environmental impacts, the inspectors need to carry portable life jackets, lifelines and other emergency rescue equipment in addition to the necessary working equipment such as binoculars and cameras in the inspection bag. [0003] At present, the inspectors assess all kinds of potential safety hazards in the inspection area before the inspection. They only rely on their work experience an...

AI Technical Summary

Problems solved by technology

[0003] At present, the inspectors assess all kinds of potential safety hazards in the inspection area before the inspection. They only rely on their work experience and subjectively believe that the dry river before the spring rain or the water level is not deep will not pose a safety threat to the personnel. They often do not carry emergency measures to deal with floods. equipment

In the upper reaches of the river, there may be various situations such as reservoir storage and release of water, and it is impossible to ensure that the environment of the workplace remains unchanged, which poses a great threat to the personal safety of inspectors.

[0004] At the same time, the emergency rescue equipment (lifejackets, lifelines, etc.) placed in the inspection bag cannot achieve the expected effect in advance when the personnel encounters an emergency. Once the staff accidentally falls into the water, they will patrol the rescue package with fear The equipment is largely inoperable or cannot be opened at all, and does not contribute to the safety of patrolling personnel

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