JPS6323281B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to cooling clothing that forcibly draws outside air into the clothing, thereby cooling the temperature inside the clothing.

Conventional technology Traditionally, work clothes worn at construction sites, etc. were often thick and highly airtight for human safety, and breathable clothing was worn under the armpits to prevent stuffiness inside the clothes during work. Items made from fabric were widely used.

Problems to be Solved by the Invention However, when wearing the above-mentioned conventional work clothes, it is difficult to carry out work such as electrical work under the scorching midsummer sun, or when working in high-temperature places such as blast furnaces. This had the disadvantage that the temperature inside the work clothes could reach around 40 to 50 degrees Celsius due to the influence of the outside air temperature and body temperature, which had a very negative effect on the workers and caused the occurrence of occupational diseases.

The present invention relates to a completely new technique developed in view of these conventional drawbacks.

Means for Solving the Problems The present invention provides ventilation holes in the sleeves, armpits, and knees of clothes, and several small blowers are attached to the chest and back, and dry batteries stored in the pockets and the small blowers are attached to the chest and back. This is a cooling suit that is connected to a blower via a cord.

Function As described above, the present invention provides ventilation sections in the sleeves, armpits, and knees of clothes, and several small blowers are attached to the chest and back, and furthermore, a dry battery stored in a pocket and the small blowers are attached to the chest and back. Because the structure is connected by a cord, outside air can be forcibly inhaled into the clothes by the small blower mentioned above, and the inhaled air can be passed through the ventilation holes provided in the sleeves, armpits, and knees of the clothes. Since the air can be exhausted from the inside of the clothes, the temperature inside the clothes can be significantly lowered, and since fresh air can be constantly supplied inside the clothes, body heat and sweat are taken away, keeping the worker cool and comfortable. It can be kept in good condition.

Embodiment To specifically explain an embodiment of the cooling suit according to the present invention with reference to figures, in FIGS. 1 to 5, 1
is a coverall, and the sleeves 2, armpits 3, and knees 4 are each provided with mesh material 5 with extremely good ventilation, and the chest 6 and back 7 of the coverall 1 are each provided with mesh material 5. A round hole 8 is drilled.
Furthermore, pockets 9 and 1 are provided in the sleeve portion 2 and part of the chest 6.
0, and a hole 9a through which a cord 14, which will be described later, can be inserted is bored at the attachment end of the flap of the pocket 9.

Next, 11 is a small blower that can be attached by fitting into the round hole 8 of the coverall 1, and has a flange on the back side.
2 and is constructed so that the ring 13 can be fitted onto its body. A cord 14 is attached to the blower 11, and a plug 15 is provided at the tip of the cord 14, which can be removably connected to a power source. Reference numeral 16 denotes a dry battery for driving the blower 11, and a socket 17 into which the above-mentioned plug 15 can be removably inserted is provided.

In constructing the clothes according to the present invention, as shown in FIGS. 4 and 5, a blower 11 is inserted into the round hole 8 of the coverall 1 from the back side of the clothes 1, and the blower 11 is inserted from the front side of the clothes 1. Blower 11 protruding from the surface of clothes 1
Several blowers 11 are attached and fixed to the chest 6 and back 7 of the coverall 1, respectively, by fitting and locking the rings 13 into the body of the coverall 1.

At this time, code 14 is blower 1 from the back of clothes 1.
It has an arrangement structure that connects to 1.

Next, the cord 1 connected to the above-mentioned blower 11
4 through the hole 9a drilled in the attachment end of the flap of the pocket 9 of the sleeve part 2 from the back side of the garment 1, and wire the cord 14 so that the plug 15 provided at the tip of the cord 14 can be stored inside the pocket 9. to compose the whole.

In addition, when using the clothes 1 according to the present invention, after putting on the clothes 1, put the dry battery 1 in the pocket 9.
By connecting the plug 15 provided at the end of the cord 14 stored in the pocket 9 in advance to the socket 17 of the dry battery 16, the blower 11 is operated to blow outside air into the clothes 1. The air inside the clothes 1 can be forcibly inhaled, and at the same time, the air inside the clothes 1 can be exhausted to the outside of the clothes 1 through the mesh material 5 provided at a predetermined location.

Effects of the Invention As described above, the cooling clothes according to the present invention have the sleeves of the clothes,
Ventilation vents are provided in the armpits and knees, several small blowers are attached to the chest and back, and the small blowers are connected to the dry cell battery stored in the pocket with a cord, so that outside air can be removed. The multiple small blowers mentioned above can forcibly inhale every corner of the clothes, and the inhaled air is absorbed into the clothes along with the hot and humid air inside the clothes through ventilation holes installed in the sleeves, armpits, and knees of the clothes. Therefore, the air permeability inside the clothes can be significantly improved, and the inside of the clothes can always be kept cool and comfortable.

In addition, the dry cell battery stored in the pocket can be easily replaced and the blower can be used continuously, and the blower and dry cell battery are extremely small.
The entire garment can be constructed to be lightweight and has good workability, making it extremely comfortable to work under the scorching sun or in high-temperature factories such as blast furnaces, and lightening the burden on the human body. Therefore, it has characteristics such as being able to prevent occupational diseases and the like as in the past.

[Brief explanation of the drawing]

FIGS. 1 to 3 are explanatory views of the constituent parts of the clothing according to the present invention, and FIGS. 4 and 5 are explanatory views of their use. 1 is the clothes, 2 is the sleeve part, 3 is the side part, 4 is the knee part, 5 is the mesh material, 6 is the chest, 7 is the back, 8 is the round hole,
9 and 10 are pockets, 9a is a hole, 11 is a blower, 12 is a collar, 13 is a ring, 14 is a cord, 1
5 is a plug, 16 is a dry battery, and 17 is a socket.

Claims (1)

[Claims] 1. Provide ventilation in the sleeves, armpits, and knees of clothing, and attach several small blowers to the chest and back.
The cooling clothing further comprises a dry battery housed in a pocket and the small blower connected to each other by a cord.