CN211065417U - A high-altitude work tool kit - Google Patents

Abstract

The utility model discloses a tool bag for high-altitude work, comprising two parts: a chest bag part and an electromagnetic alarm. The chest bag part has a chest bag body, a plurality of auxiliary pockets arranged at the front end of the chest bag body, and a chest bag fixing belt , the chest pack body is made of four pieces of cloth sewn on the front and back and both sides, and a PE partition is built in the back piece of the chest pack body to prevent the tools placed inside the chest pack body from causing damage to the human body, and the chest pack body is The upper part of the bag body is provided with a cover, one side of the cover is connected with the upper part of the back piece, the other side is connected with the front piece through a zipper, and a trapezoidal fabric is sewn on the outside of the back piece fabric near the top. Compared with the prior art, the utility model can not only carry all required electrical tools, find and store tools conveniently, but also carry objects firmly and not easily scattered, and can timely remind operators to pay attention to operation safety, thereby effectively improving the electrical engineering. Work efficiency and safety when working at heights.

Description

A high-altitude work tool kit

technical field

The utility model relates to the field of high-altitude operation of electric power systems, in particular to a high-altitude operation tool bag.

Background technique

In daily work, electrical engineers often perform various operations. When carrying out high-altitude operations such as line maintenance on iron towers and high-pole lights, electrical engineers not only need to take various safety protection measures, but also need to carry a convenient and flexible high-altitude work tool bag with them. At present, there are generally four types of tool kits carried by electrical engineers when working at heights: one is the five-plug electrician tool kit, which can be tied around the waist with a belt when in use, with a simple structure. Portable electrician tools are limited, and when they are used, they are not firmly inserted back and forth, and tools are easily scattered from high altitudes to the ground, which is inconvenient and unsafe. The second is the waist bag, which can be tied around the waist. Although the load is safe, it is inconvenient to find and take out the required tools when working at high altitudes. The third is the electrician's shoulder bag. When working at heights on the shoulder, it is not conducive to work and it is not convenient to find tools. The fourth is a barrel-shaped tool bag. This tool bag uses a hook at high altitude to hang it at a suitable position. Although there are many loads, it is not easy to find, and it is not convenient to carry when climbing up and down. The right place to hang it is also not easy to find.

Utility model content

In order to solve the above-mentioned defects, the purpose of the present utility model is to provide a high-altitude work tool bag, which is reasonable in design, does not hinder climbing, is easy to take and place, and can automatically measure whether the contact line has points or participates in electric charge, which is convenient and safe to use.

In order to achieve the above purpose, the technical solution adopted by the present utility model is: a tool bag for aerial work, including a chest bag part and an electromagnetic alarm part, the chest bag part has a chest bag body, and a front end of the chest bag body is provided. A plurality of auxiliary pockets and chest bag fixing belts, the chest bag body is sewn with four pieces of fabric on the front and back and both sides, and a PE partition is built in the back piece of the chest bag body to prevent tools from being placed inside the chest bag body Injury to the human body, and the upper part of the chest pack body is provided with a cover, one side of the cover is connected with the upper part of the back piece, the other side is connected with the front piece through a zipper, and the outside of the back piece of fabric is close to the top A trapezoidal fabric is sewn; the auxiliary pocket is sewn in the shape of a kangaroo pocket; six fixing straps with schoolbag buttons are sewn on the upper bottom and the lower bottom of the trapezoidal fabric to form a chest bag fixing strap, and the six fixing straps are formed by the schoolbag buckle. Three retractable shoulder straps are hung on the neck and shoulders of the engineer respectively; the electromagnetic alarm part adopts an electromagnetic radiation alarm detection device, which is installed in one of the auxiliary pockets, and can detect whether the line is live at a distance of 40cm to 100cm. Or whether there is residual charge in the electrical equipment, and sound an alarm to remind electrical engineers to pay attention to work safety.

Further, the size of the front piece of fabric and the back piece of fabric of the chest pack body are both 30cm long and 15cm wide.

The size of the left piece of fabric and the right piece of fabric of the chest pack body are both 15cm long and 5cm wide.

The cover takes the shape of a half crescent.

The dimensions of the auxiliary pocket are 10 cm in length and 5 cm in width.

The two sides of the bottom of the chest bag body are respectively provided with a fixing belt, and the two fixing belts are hung on the waist of the engineer through the schoolbag buckle.

The size of the trapezoidal fabric is 10 cm for the upper bottom, 30 cm for the lower bottom, and 10 cm for the height.

The chest bag body, the auxiliary pocket and the chest bag fixing belt are all made of Oxford cloth.

The beneficial effects of the utility model are as follows: after the utility model adopts the new high-altitude work tool bag device, electrical engineers hang it on the chest and fix it on the waist during high-altitude work, which can not only carry all the required electrical equipment Tools, it is convenient to find and store tools, and the load is firm and not easy to be scattered. At the same time, it does not hinder free climbing at high altitudes when needed, and this new tool kit can also automatically measure whether the lines touched by electrical engineers are live or not. Whether there is residual charge in the electrical equipment that is in contact with, timely remind the operator to pay attention to the safety of operation, which effectively improves the work efficiency and safety of electrical engineers when working at heights.

Description of drawings

The structure and features of the present utility model will be further described below according to the accompanying drawings and embodiments.

Figure 1 is a schematic structural diagram of the utility model.

In Figure 1, 1. schoolbag buckle, 2. trapezoidal fabric, 3. chest bag fixing belt, 4. cover, 5. chest bag body, 6. electromagnetic radiation detection and alarm device, 7. belt, 8. auxiliary pocket.

Detailed ways

Referring to FIG. 1, it is an embodiment of the present utility model, which discloses an aerial work tool bag, which includes a chest bag part and an electromagnetic alarm part; It consists of auxiliary pocket 8 and chest bag fixing belt 3;

The chest pack body 5 includes two front and rear pieces and two sides, and is made of Oxford cloth. The back piece of the chest pack body is close to the chest with a built-in PE partition to prevent the built-in tool from piercing the tool bag and hurting the human body; The rear piece of the main body 5 is 30cm long and 15cm wide, and a trapezoidal oxford cloth with a top bottom of 10cm, a bottom bottom of 30cm and a height of 10cm is sewn above the back piece. The front piece of the chest pack body 5 is 30cm long and 15cm wide. Both sides are sewn together with a wedge-shaped oxford cloth with a width of 5cm, the top cover is made of half crescent oxford cloth as cover 4, and the two outer corners of cover 4 are connected with the body of the chest bag with oxford cloth. The curvature matches the half-crescent oxford cover and is connected by a zipper;

The auxiliary pocket 8 on the outside of the chest pack body 5 is sewn on the outer side wall of the front piece of the chest pack body 5 according to the pocket shape of a kangaroo with Oxford cloth having a width of 8 cm;

The chest bag fixing belt 3 is sewn on the upper bottom and the lower bottom position of the rear trapezoidal oxford cloth of the chest bag body 5. Six chest bag fixing belts 3 with plastic schoolbag buckles are respectively sewn, and the six belts are combined by the plastic schoolbag buckle 1. into three complete and retractable shoulder straps, which can be hung on the neck and shoulders respectively; a waist belt 7 is sewn on each side of the lower part of the chest bag body 5, and the two straps are connected together by a plastic schoolbag buckle 1, fixed at the waist;

In the electromagnetic alarm part, an electromagnetic radiation detection and alarm device 6 is installed on one of the auxiliary pockets 8 on the outside of the chest pack body 5, which can detect whether the line is charged or whether there is residual charge in the electrical equipment at 40cm to 100cm. , and an alarm sound is issued to remind electrical engineers to pay attention to work safety.

After the utility model adopts the new high-altitude work tool bag device, electrical engineers can hang it on the chest and fix it on the waist during high-altitude work. Moreover, the load is firm and not easy to be scattered, and at the same time, it does not hinder the free climbing of high altitudes as needed, and this new tool kit can also automatically measure whether the lines contacted by electrical engineers are live or whether the electrical equipment they contact is alive or not. Residual charge, timely remind operators to pay attention to operation safety, effectively improve the work efficiency and safety of electrical engineers when working at heights.

The above descriptions are only the preferred embodiments of the present invention, and the above-mentioned specific embodiments are not limitations of the present invention. Any modifications, modifications or equivalent replacements made by those of ordinary skill in the art according to the above descriptions belong to the present invention. A new range of protection.

Claims (7)

1. An aerial work kit, which is characterized in that: the chest bag comprises a chest bag part and an electromagnetic alarm part, wherein the chest bag part is provided with a chest bag body, a plurality of auxiliary pockets and chest bag fixing bands, the auxiliary pockets are arranged at the front end of the chest bag body, the chest bag body is formed by sewing four pieces of cloth on the front side, the rear side and the two sides, a PE partition plate is arranged in the rear piece of the chest bag body, tools placed in the chest bag body are prevented from injuring a human body, a sealing cover is arranged on the upper part of the chest bag body, one side surface of the sealing cover is connected with the upper part of the rear piece, the other side of the sealing cover is connected with the front piece through a zipper, and trapezoidal cloth is sewn outside the rear piece; the auxiliary pocket is sewn in a kangaroo pocket shape; the chest bag fixing band is formed by sewing six fixing bands with bag buckles on the upper bottom and the lower bottom of the trapezoidal cloth, and the six fixing bands are respectively hung on the necks and shoulders of engineering personnel through three telescopic carrying bands formed by the bag buckles; the electromagnetic alarm part adopts an electromagnetic radiation alarm detection device, is arranged in one auxiliary pocket, can detect whether a circuit is electrified or whether residual charges exist in electrical equipment at a position of 40 cm-100 cm, and sends out alarm sound to remind electrical engineering personnel of paying attention to operation safety.

2. The aerial work kit of claim 1, wherein: the front cloth and the back cloth of the chest bag body are both 30cm long and 15cm wide.

3. The aerial work kit of claim 1, wherein: the left cloth and the right cloth of the chest bag body are 15cm long and 5cm wide.

4. The aerial work kit of claim 1, wherein: the sealing cover adopts a half crescent shape.

5. The aerial work kit of claim 1, wherein: the auxiliary pocket is 10cm long and 5cm wide.

6. The aerial work kit of claim 1, wherein: two waistbands are respectively arranged on two sides of the bottom of the chest bag body, and the two waistbands are hung on the waist of an engineer through a schoolbag buckle.

7. The aerial work kit of claim 1, wherein: the size of the trapezoid cloth is that the upper bottom is 10cm, the lower bottom is 30cm, and the height is 10 cm.

Images