China has a vast territory, abundant water resources, and frequent natural disasters. How to work efficiently in a dangerous and complex environment, carry out rescue in a safe and standardized manner, and accurately and quickly rescue trapped people is a challenge facing the fire brigade,Rescue BootsIt is particularly important, then, let's learn about the production process of rescue boots together!

Water rescue is a rescue project with strong suddenness, urgent time, high technical requirements, great difficulty and great danger. In recent years, with the increase of water rescue accidents in various places, fire forces are facing greater pressure on water rescue. Water rescue equipment has been paid more and more attention by fire forces, and water rescue boots are an indispensable part of water rescue equipment. Traditional water rescue boots are leather boot-like structures, which are not breathable and have poor comfort. In addition, in dangerous waters, the shock absorption effect is poor, the upper leather of the rescue shoe is easy to be damaged, the leather is easy to be damaged, the water is easy to overflow the rescue boots, and the feet of rescue personnel are immersed in water for a long time, which is not conducive to the development of rescue work and seriously affects the lives of rescue personnel.

　　Rescue BootsTechnical implementation elements:

The purpose of the utility model is to overcome the above shortcomings and provide a water rescue shoe with simple structure, good heat preservation and ventilation, and improved vibration damping and wear resistance.

The purpose of the utility model is achieved through the following technical solutions: water rescue boots

The structure of the rescue boot, the shoe body includes the sole and the shoe body, the upper edge of the sole and the lower edge of the shoe body are connected with rubber, the lower end surface of the sole is provided with a plurality of protrusions a arranged at intervals, and the shoe body and the sole are provided with neoprene insoles;

The anti-vibration body is a neoprene inner layer arranged inside the shoe body and in close contact with the shoe body. The lower end of the neoprene inner layer is connected with the sole through rubber, and the upper edge of the neoprene inner layer is higher than the upper edge of the shoe body.

A further improvement of the present invention is that the shoe body includes a leather part and a chloroprene rubber part, and the leather part and the chloroprene rubber part are formed into an integrated structure by sewing.

A further improvement of the utility model is that the shoe body is of a lacing structure, and the upper port of the shoe body is provided with a laterally arranged adhesive material.

A further improvement of the utility model is that the paste material is Velcro.

The further improvement of the utility model is that the sole thickness is 2cm-4cm, and the protrusion a is made of friction-resistant material.

A further improvement of the utility model is that the thickness of the neoprene insole is 6mm-8mm.

A further improvement of the present invention is that a wear-resistant layer a and a wear-resistant layer B are respectively provided on the forefoot and heel of the shoe body, and the wear-resistant layer a and the wear-resistant layer B are respectively connected with the shoe body through rubber.

A further improvement point of the present invention is that a horizontally arranged long arc-shaped protrusion B is provided on the wear-resistant layer B, the material of the protrusion B is used as the wear-resistant material, and the thickness of the middle part of the protrusion B is larger than the thickness of the two side parts.

The rescue boot has the following advantages over the prior art.

1. The utility model includes a shoe body and a vibration isolation body, which has a simple structure and is suitable for water rescue work. The lower end surface of the sole is provided with a plurality of protrusions a arranged at intervals to improve friction and is suitable for various landforms of water and land. The inner layer of neoprene plays a warm and comfortable role in ventilation and waterproof. When the outer shoe body overflows with water, the inner layer of neoprene plays a good blocking role, to prevent water from overflowing inside the rescue shoe and affecting the rescue work, the upper edge of the neoprene inner layer is higher than the upper edge of the shoe body, which is convenient for disassembly and assembly. At the same time, the setting of the neoprene insole provides good vibration reduction. 2. The shoe body includes a leather part and a neoprene part. The leather part and the neoprene part form an integrated structure by sewing, which has good air permeability, waterproof and heat preservation effect, and provides better ankle protection and fixation.

3. The upper port of the shoe body is provided with a laterally arranged patch. The setting of the patch ensures the fixation of the shoe body and the human leg and prevents it from being detached. The sticker is hook and loop, which has low cost and is convenient to manufacture and popularize.

4. The thickness of the sole is 2cm-4cm, and the protrusion a is a friction-resistant material, which has anti-friction properties and adapts to various terrains of water and land.

5, neoprene insole thickness 6mm-8mm, thickness 6mm-8mm neoprene insole shock absorption is better, increase comfort.

6. The wear-resistant layer A and the wear-resistant layer B are arranged to protect and strengthen the forefoot and heel parts of the shoe body to prevent the forefoot and heel parts from colliding; The setting of the protrusion B on the wear-resistant layer B is convenient for use in conjunction with the flippers and for water rescue work.

The above introduction isRescue BootsIf you need to know more about the production process, please feel free to contact us!