WO2022146327A2

WO2022146327A2 - The system that conducts the hot air coming from the respiratory way into the specially designed vest and keeping it in the vest, therefore preventing the body temperature to down

Info

Publication number: WO2022146327A2
Application number: PCT/TR2021/051286
Authority: WO
Inventors: Ufuk DANIŞMAN
Original assignee: Danisman Ufuk
Priority date: 2020-12-29
Filing date: 2021-11-25
Publication date: 2022-07-07
Also published as: WO2022146327A3

Abstract

The utility model named heat is a mask to be worn on the mouth and nose, silicone flexible tube that allows the air from the mask to be transferred to the airtight vest through the air duct, At the end of this pipe, the plastic cap that allows air to enter the vest, and the plastic cap that ensures that air does not come out, airtight vest to which flexible tube is attached, 4 holes on the inner surface of the vest in the chest and back of the person, 1 big hole in the belly area and 1 big hole in the waist area, 6 holes in total, and there is a small plastic cover that allows air to come out of these holes, but not air.

Description

THE SYSTEM THAT CONDUCTS THE HOT AIR COMING FROM THE RESPIRATORY WAY INTO THE SPECIALLY DESIGNED VEST AND KEEPING IT IN THE VEST, THEREFORE PREVENTING THE BODY TEM PERATURE TO DOWN

The utility model called "Heat" is a mask to be worn on the mouth and nose, a silicone flexible pipe that allows the air from the mask to be transferred to the airtight vest through the air duct, a plastic cap at the end of this flexible pipe that ensures that the air enters the vest and that the air does not come out of the vest, the airtight vest to which the flexible pipe is connected. On the inner surface of the person, there are 4 holes in the chest and back region, 6 holes in total, 2 of which are larger than the others, in the belly and waist region, and a small plastic cover that ensures that air comes out of these holes, but no air enters the vest.

TECHNICAL FIELD

The invention is to maintain the body temperature by heating the heat of the human body with the hot air coming out of the respiratory tract in cold weather conditions.

TECHNICAL BACKGROUND

Cold weather conditions show their effect in our country. Mehmetgik, who served to protect our country from terrorist elements, especially in high altitude regions, froze to death. In these harsh and cold weather, the clothes used by our forces on duty sometimes do not fully protect their body temperature.

As it is known, dry and still air is a good method of keeping heat. Currently, materials that contain the air are used as insulation in buildings and many materials. In such difficult conditions, it is necessary to adapt to the weather conditions and to use equipment that will lose heat at the least degree. In this and many other areas, our people in our country need to continue their duty in the most appropriate way to their living standards, regardless of the harsh weather conditions during the winter months in many fields such as production, social and social life, defense.

OBJECTIVE OF THE INVENTION

The invention is to produce an alternative to clothing that prevents only the loss of heat, which is made of various materials that are currently used.

The human body temperature should not fall below 31°C. However, the invention does not only help not to lose the existing heat, like other clothes, as it preserves the heat of the air and returns it to the body, without letting the air out of its own respiratory tract at about 36.5 °C to the outside. It aims to increase the temperature again by using the air coming from the respiratory tract so that the existing temperature does not decrease.

However, compared to the clothes that work with the electrical source connected to the power unit and convert the electrical energy into heat energy, this clothes does not use electrical energy, it does not leave the heated air in the lung out and reuses it warm.

Figure description:

Figure 1. Complete surface perspective view of the utility model named Heat.

Figure l.A. Front and side surface perspective view of the part of the mask made for placing the nose and mouth of the utility model called Heat.

Figure l.B. Perspective view of the front and side surface of the mask of the utility model named Heat, which corresponds to the mouth.

Figure l.C. Bottom surface perspective view of the utility model named Heat, of the filter positioned in the circular space for the mask's nose to breathe.

Figure l.D. Perspective view of the front and side surfaces of the plastic coating that prevents the air inlet and outlet covering the nose, mouth and part of the face of the utility model named Heat.

Figure 2. Mask and air duct part of the utility model named Heat; surface and side perspective view.

Figure 2 A. Heat insulation is provided around the utility model named Heat with an airtight fabric. Front surface and interior surface view of the plastic insulated pipe, which provides the air flow with the same length, but shortened in size, which extends while moving in its interior, facilitating movement and preventing tension.

Figure 3. Bottom view of the mask part of the utility model named Heat. Figure 3. A. Perspective view of the inner surface of the utility model named Isi, 2 on the chest and 2 on the back of the vest, where there are plastic holes that allow a very small amount of hot air to escape.

Figure 3.B. Perspective view of the two plastic holes on the inner surface of the Heat utility model, corresponding to the abdomen and waist, slightly larger than the holes on the chest and back, and allowing a very small amount of air to escape inside the vest.

Figure 3.C. Surface perspective view of the plastic flexible circular flaps that allow air to escape through the 6 holes on the inner surface of the vest of the utility model named Isi, but prevent air entry into the vest.

Figure 3.D. Fabric lining that covers the entire interior except the air outlet holes, which touches the body when the vest part of the utility model named Isi is worn.

Figure 4. Perspective view of the outer surface of the insulated air duct to which the mask part of the utility model named Heat is connected.

Figure 4.A. A utility model called heat, the part of the air duct connected to the mask, where it connects to the vest. At the very end of this part, there is a plastic flexible valve that allows air to enter the vest, but prevents air outflow from the vest to the air duct, perspective view of the front surface of the valve in the open and closed position.

Figure 4.B. The utility model named Heat is the front surface perspective view of the plastic connection where the air duct connects with the vest.

Claims

1. The invention is a heat insulated vest and its feature is;

- the plastic mask (1) covering the mouth and nose of the air coming out of the mouth, which is approximately 36.5 degrees, and the part that takes the hot air from the air duct,

-Flexible silicone air duct covered with an air and waterproof insulation fabric, which ensures the transmission of the air coming from the mouth to the vest (2),

-pipe space where these parts join the vest with air-filled middle made of air and watertight fabric,

-It contains a fixed plastic cover (4) at the end of the flexible silicone pipe mounted in the pipe cavity, which prevents air escape from the inside of the vest and opens when air fills from the pipe to the inside of the vest, and closes when the air is not filled.

-According to claim 1, it is a vest (3) with a lining inside that touches the human skin when worn, filled with air and watertight air space filled with the air coming from the silicone pipe, feature;

- two small holes (3. A.) on the chest and back of the human body when worn,

- containing two holes (3.B.), larger than the other two smaller holes (3.A.), corresponding to the waist and belly parts of the human body when worn,

- It contains an apparatus such as the fixed plastic cover (4) in claim 1, which provides air outflow from the vest through the holes and prevents air entry from the holes to the vest.

5