CN215741490U - S-shaped insulating rescue hook - Google Patents

Abstract

The utility model relates to an S-shaped insulating rescue hook. The electric arc-stopping device comprises a main rod made of an insulating material, hooks made of the insulating material are fixedly arranged at two ends of the main rod, the hooks at the two ends form an S shape, the hooks at the two ends are fixedly connected with the main rod into a whole, and a limiting ring made of insulating silica gel is sleeved in the middle of the main rod to play roles in stopping electric arcs and limiting. The S-shaped hook is designed at both ends of the novel electric heating cooker, so that the novel electric heating cooker is more labor-saving to hold when in use, is easier to apply force to exert strength, is integrally made of insulating materials, and has the advantages of light weight, easiness in carrying, wider environment, higher safety and stronger practicability.

Description

S-shaped insulating rescue hook

Technical Field

The utility model relates to an electric shock rescue tool, in particular to an S-shaped insulating rescue hook.

Background

The insulated rescue hook is also called an emergency rescue hook or an electric shock prevention insulated lifesaving hook. The safety rescue tool is specially used for modern live working, high-voltage tests, industrial production and high-voltage equipment maintenance sites. The emergency rescue device can help the electric shock person or the person with poor state to take the effect of safety defense.

The hook part of the traditional straight-handle type pulling insulation rescue hook is made of steel materials mostly, the hook materials directly influence the use environment of the hook, for example, if the traditional hook for the electrified environment contacts an electrified body, an electric good conductor is easily formed, and therefore secondary damage to rescued and rescued people is caused by electric shock. And the traditional rescue hooking handle is lengthened, so that an assembly structure is adopted, assembly is firstly carried out when the rescue hooking handle is used, people are saved in time, and time is delayed undoubtedly during assembly. The handle of the traditional rescue hook is a long round rod to exert force and is not easy to hold strenuously, the rescue hook is used for hooking the waist of a middle-sized electric worker, then the middle-sized electric worker is pulled to get rid of the middle-sized electric field by strength, and therefore the middle-sized electric worker is rescued, and the round and straight handle is not always good in exerting force when the middle-sized electric worker is higher.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide an S-shaped insulating rescue hook, the two ends of which are designed with S-shaped hooks, so that the S-shaped insulating rescue hook is more labor-saving to hold and easier to exert force to be strong when in use, the whole S-shaped insulating rescue hook is integrally made of insulating materials, and the S-shaped insulating rescue hook is light in weight, easy to carry, wider in environment use, higher in safety and higher in practicability.

The technical scheme of the utility model is as follows:

the S-shaped insulating rescue hook comprises a main rod made of insulating materials, and is characterized in that hooks made of the insulating materials are fixedly arranged at two ends of the main rod, the hooks at the two ends form an S shape, the hooks at the two ends are fixedly connected with the main rod into a whole, and a limiting ring made of insulating silica gel is sleeved in the middle of the main rod to play roles in blocking electric arcs and limiting.

The utility model has the beneficial effects that: compared with the traditional straight-handle pulling type insulating rescue hook, the design of the utility model has smaller size, is more convenient to carry, saves space when placed, and is made of integral insulating materials. The product of the utility model not only adopts the insulating material for the main rod, but also adopts the insulating material for the hooks at the two ends. Therefore, secondary electric shock of rescue personnel and rescued personnel is completely avoided. The weight is greatly reduced, and the carrying is more convenient. The S-shaped hook is designed to have good symmetry and high practicability, and can be operated by holding any end when in use, and the hook can be more convenient when being pulled backwards forcibly after being held by a hand. The pulling up is easy to make stiff. A spacing ring is designed in the middle of the insulating main rod and is made of insulating silica gel. The arc blocking and limiting functions are achieved.

Drawings

Fig. 1 is a schematic structural view of an embodiment of an S-shaped insulating rescue hook according to the present invention.

Detailed Description

The embodiment of the S-shaped insulating rescue hook comprises a main rod 1 made of insulating materials, hooks 2 made of insulating materials are fixedly arranged at two ends of the main rod 1, the hooks at the two ends form an S shape, the hooks 2 at the two ends are fixedly connected with the main rod 1 into a whole, an insulating rubber sleeve is sleeved on each elbow 2 to shield the connecting part between the elbow 2 and the main rod 1, and the S-shaped insulating rescue hook is safer and more attractive. The middle of the main rod 1 is sleeved with a limiting ring 3 made of insulating silica gel, and the effects of blocking electric arcs and limiting are achieved.

Claims (1)

1. The utility model provides an S-shaped insulating rescue hook, its mobile jib that includes insulating material and make, its characterized in that all installs the crotch that is fixed with insulating material and makes at the both ends of mobile jib, and the both ends crotch constitutes the S-shaped, and the crotch and the mobile jib fixed connection at both ends are as an organic whole, and the cover is equipped with a spacing ring that plays the insulating silica gel system that blocks electric arc and limiting displacement in the middle of the mobile jib.

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