JP6858944B2 - Eric Cool Biz - Google Patents

Description

Technology to cool in summer and hot places

While the temperature is rising due to global warming, the temperature of the cooler is raised due to lack of electricity, so it is hot in summer, so it is called Cool Biz and the neck is open without a tie, but it is hot. On the other hand, it is cold in winter because of energy saving.

As mentioned above, in the current so-called Cool Biz, it is hot in the summer and work efficiency does not improve. Also, it is cold in winter because of energy saving. The present invention solves these problems.

The present invention has been made in view of such a problem, and in order to heat or cool the human body temperature most efficiently, attention is paid to the human carotid artery, and the carotid artery is cooled and heated. Therefore, a cooling element is provided on something that wraps around the neck, such as a tie, a muffler, or the collar of the shirt itself.

In addition to saving cooling energy and heating energy, the person himself is comfortable, fashionable, comfortable even in cold or hot areas without heating and cooling, and even in harsh workplaces where the temperature is high or low. In addition to improving work efficiency by using it, it is inexpensive, light, thin, and convenient to carry, so it has an extremely great effect that it can be used for daily work and business trips.

Plan view showing Example 1 (muffler) of the present invention Front view using the muffler of the present invention Plan view of Example 2 (tie) of the present invention Plan view of Example 3 (shirt) of the present invention Top sectional view of Example 3 shown in FIG. The front view of FIG. 4 wearing the shirt of the present invention. Battery storage in your pocket or belt. View of the neck circumference of the present invention from above 7-a: Example 4-1 with the cooling surface on the inside 7-b: Example 4-2 with the heat dissipation surface on the inside Neck winding 8-a of the embodiment of the present invention: The neck winding 19 is used as a thermal conductor such as aluminum, and a cooling element is provided on the outside thereof to transmit cooling to the entire neck, and the battery 3 is on the outside. ―B: Explanatory drawing of Example 6 of the present invention in which a cooling element is provided inside the neck winding 19 to disperse and heat the heat over the entire neck, and the battery 3 is mounted on the back of the neck. Explanatory drawing of Example 7 of this invention which provided 20 and arranged battery 3 in front

FIG. 1 is a schematic view showing Example 1 of the present invention. Two semiconductor cooling elements 2 utilizing the Peltier effect are provided around the neck of the muffler 1 at the position of the carotid artery, a battery 3 is provided substantially in the center thereof, and a cable 4 connecting the element 2 and the battery 3 is provided.

FIG. 2 shows a state in which the muffler 1 of FIG. 1 is being used by the user 5, and is wound so that the cooling element comes to the position of the carotid artery of the user 5. The present invention has found and embodied that it is most efficient to cool the carotid artery leading to the aorta of the human body in order to effectively cool the human body even in summer or a hot place.

FIG. 3 is a second embodiment of the present invention, which is a tie. Two pockets 8 are provided around the neck of the necktie 7 so that the cooling element 2 can be inserted therein. After tightening the tie, the battery 3 is put in a chest pocket or the like.

FIG. 4 is a third embodiment of the present invention, which is a shirt. A bag 8 is provided in the neckline 11 of the collar 12 of the shirt 10, and the bag 8 is provided with a ventilation hole 9.

FIG. 5 is a top view of the neckline 11 of the shirt 10 of the present invention of FIG. 4, showing a state in which the cooling element 2 is placed in the bag 8.
The positions of these two bags should be at the position of the wearer's carotid artery 16.
As a result, the cold air 14 of the cooling element 2 efficiently cools the blood in the carotid artery, which can effectively and strongly cool the whole body through the aorta in a short time.

In FIG. 6, the two cooling elements 2 come to the position of the user's carotid artery while the user is wearing the shirt of the present invention. The battery 3 is stored in a box 30 provided with a hook 31 that can be put in a pocket 13 or hooked on a belt 17 fastened with a buckle 18.

FIG. 7 shows an embodiment of the present invention. Fig. 7-a shows an example when the cooling side of the cooling element 2 is provided inward. Fig. 7-b shows an example when the cooling element 2 is provided outward. It can be used all year round, with (Fig. 7-a) for summer and (Fig. 7-b) for winter. Similarly, one of the great effects of the present invention is that it can be used in both hot and cold places.

FIG. 8 shows the fifth, sixth, and seventh embodiments of the neck winding of the present invention in FIGS. (A), (b), and (c), respectively.

In FIG. 8-9, the neck-wrapping belt portion 19 of the present invention is formed of a substance having good thermal conductivity such as aluminum, and the cooling element 2 is provided on the outside of the belt 19. As a result, the coldness C can directly cool the carotid artery, and the aluminum belt 19 can cool the entire neck. Put the battery 3 in a pocket or the like.

In Fig. 8-b, the cooling part of the cooling element 2 is provided inside the belt 19 to cool the carotid artery, and at the same time, the heating part of the cooling element 2 heats the other neck part through the belt 19 of the heat good conductor (H). ).

In FIG. 8-c, the cooling element 2 is provided on the outside of the belt 22 whose outer side is formed of a non-heat transfer body such as rubber or cloth, and the heat radiating fin 20 made of aluminum or the like is provided on the heating side of the cooling element 2. is there. As a result, heat is effectively dissipated, so that the cooling efficiency of the element is improved and the carotid artery can be strongly cooled. Further, since the belt 22 is made of a material such as rubber or cloth that does not easily slip, the hold on the neck is stable.

According to the present invention, it is possible to effectively provide cool accessories in summer or a hot work place, so that it has industrial applicability, and since the work efficiency of factories and offices is improved, it has great industrial applicability.

1 Muffler of the present invention 2 Semiconductor cooling element 3 Semiconductor cooling element drive battery 4 Electric wire for driving the heat cooling element with a battery 5 Person using the present invention 6 Carotid artery of the person using the present invention 7 Present invention tie 8 Provided to the tie Bag 9 Heat dissipation hole provided in bag 8 10 Invention shirt 11 Collar of the invention shirt 12 Same as above Collar 13 Pocket (storing battery 3)
14 Cooling 15 Heating 16 Position of the carotid artery of the person using the present invention 17 Belt 18 Buckle 19 Neck winding of the present invention 20 Heat dissipation fan provided on the high temperature side of the semiconductor cooling element 21 Shirt sleeve

Claims (2)

Anterior hanging fashion parts that extend from the neck wrapping part are provided at both ends of the neck wrapping part, and two semiconductor cooling elements utilizing the Peltier effect are directly provided at the position of the carotid artery without providing a cooling element pocket. A muffler characterized in that a battery is provided substantially in the center and a cable connecting the element and the battery is provided. An accessory having a cooling element having a cooling part and a heat radiating part and a neck-wrapping belt part of a hot conductor.
The cooling element is provided inside the neck-wrapping belt portion with the cooling portion facing inward and the heat radiating portion facing outward.
An accessory characterized in that the vicinity of the carotid artery is cooled by the cooling portion, and the heat of the heat radiating portion heats the other portion of the neck through the neck-wrapping belt portion.

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