JP2010069275A - Body cooler - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a body cooler which can be used indoor and outdoor in a high temperature hot season such as summer and has a structure capable of suitably cooling down a coolant worn on a body by spraying cooling spray to acquire while keeping cool feeling at low cost. <P>SOLUTION: The body cooler includes a case of a cooling part having a built-in pipe to circulate hardly freezable solution such as cooling spray, coolant, antifreeze, etc., a body wearing part having a built-in pipe to circulate hardly freezable solution such as a coolant, antifreeze, etc., and a pipe connecting the two parts to circulate the hardly freezable solution such as antifreeze. The coolant in the case is cooled down by cool air of cooling gas produced by spraying the cooling spray. The cool air is spread to the solution in the tubes and the solution circulates to cool down the coolant in the body wearing part to suitably cool down the body to obtain cool feeling. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a body cooling device that cools the body by carrying and wearing it in a hot period of high temperature such as summer, regardless of whether it is indoors or outdoors, so that a cool feeling can be obtained continuously.

  Conventionally, in summer and other high temperatures, the natural temperature is taken into the room to reduce the temperature, or the electric fan is used to reduce the temperature to reduce the temperature. The room temperature is lowered by an air conditioner that blows winds that have been lowered in temperature.

  However, when the temperature is high and hot in summer, etc., the wind does not blow much or the temperature of the outside air is higher than the room, so the effect of lowering the sensible temperature by incorporating the natural wind into the room cannot be expected. .

  As for fans, the air around the device is blown by blades, and the temperature of the sensation decreases as the air circulates, but the temperature of the blown air is the temperature around the device. There is a limit to giving a cool feeling.

  Air conditioners are useful for lowering the room temperature, but they consume a lot of electricity during use, and tend to raise the set temperature in consideration of energy saving.

  For these reasons, there is a demand for a method that can be used indoors and outdoors, and that can provide a cool feeling at low cost, while global warming and energy saving are screamed.

  As a method that can be used indoors or outdoors during summer and other high temperatures, and that can be used at low cost, a cool feeling can be obtained by wearing a cold-cooled agent cooled in a refrigerator or freezer on the body. Are known. There is also a method of instantly obtaining a cool feeling by spraying a cooling spray onto the body.

  However, in the case of a cryogen, while the temperature of the cryogen is low, it can be worn on the body to obtain a feeling of cooling, but once the temperature of the cryogen has risen, it can be used again in a refrigerator or freezer. A cool feeling cannot be obtained without cooling. When the user is indoors, the cooling agent can be cooled and used again. However, when the user is outdoors, it is difficult to cool the cooling agent and it is difficult to maintain the cool feeling.

  In the case of cooling spray, you can get a cool feeling instantly by injecting cooling gas to your body, but you can immediately get a cool feeling with the cold air of the cooling gas, but it will be immediately wrapped in hot air with a high temperature to maintain the cooling feeling. Is difficult.

  Therefore, we have devised a device that maintains the cool feeling by taking advantage of each of the good points of a cold-retaining agent that is attached to the body to obtain a cool feeling and a cooling spray that can be instantly cooled. It can be used both indoors and outdoors during high temperatures such as summer, and it can be cooled at low cost by using a structure that can cool the cooling agent attached to the body appropriately by spraying cooling spray. It is an object of the present invention to provide a body cooling device that can provide a cool feeling.

  In order to solve the above-mentioned problems, the first invention is to provide a cooling part case incorporating a cooling spray, a tube for circulating a hard-to-freeze solution such as a coolant, and an antifreeze solution, and a hard-to-freeze solution such as a coolant and an antifreeze solution. A body wearing part with a built-in tube to circulate and a tube to circulate a solution that is difficult to freeze, such as antifreeze that connects the two parts, and cool air from the cooling gas by spraying cooling spray, Cooling, the cold air is transferred to a hard-to-freeze solution such as antifreeze in the tube, and the solution circulates to cool the cooler of the body wearing part, and the body is appropriately cooled to obtain a cool feeling. It is a body cooling device characterized by being configured to be able to.

  In this first invention, the periphery of the case of the cooling part that incorporates a pipe that circulates a solution that is difficult to freeze, such as a cooling spray, a cooling agent, and an antifreeze solution, is composed of a heat insulating material, and the cooled cooling agent The cold air of the portion where the hard-to-freeze solution such as antifreeze or the like is provided lasts for a long time.

  In addition, the cooling agent can be removed and inserted so that the cooling agent can be taken out and inserted from the case containing a tube that circulates a non-freezing solution such as a cooling spray, a cooling agent, or an antifreeze. Therefore, when you are in the room at high temperature such as summer, you can take out the cooler from the case and cool it in a refrigerator, freezer, etc., and use it any number of times. Further, if the spare cooling agent is cooled in a refrigerator, a freezer or the like, the cooling agent can be replaced and used when necessary.

  In the second invention, a fan is provided in a tube containing the antifreeze solution or the like in which the antifreeze solution is incorporated, and the case is cooled so that the antifreeze solution or the like is circulated in the tube in one direction between the case and the body mounting portion. The body cooling device is configured to efficiently transmit the cold air of the cooling gas generated by spraying the spray to the cooler of the body wearing part.

  In this second aspect of the invention, the cool air is efficiently transmitted from the cold-retaining agent in the case to the hard-to-freeze solution such as the antifreeze liquid in the tube. In order to transmit efficiently, the pipes meander through the cryogen, and the area where the cryogen and the pipe are in contact with each other is increased.

In this invention, the following effects are acquired by setting it as this structure.
First, it is configured so that the cold air of the cooling gas by spraying the cooling spray is transmitted to the cooler of the body wearing part, and this can be done anywhere in the room or outdoors during hot weather such as summer. The body can be efficiently cooled by carrying the device and spraying the cooling spray.

  In particular, when the user is outdoors in a hot season where the temperature is high, such as in summer, the temperature of the cooling agent that is worn becomes high, and the cooling capacity becomes low. Until now, there has been no effective cooling means for the outdoor coolant, but the body is appropriately cooled by continuously transmitting the cooling gas cool air (−40 ° C.) to the cooler of the body wearing part. A cool feeling can be obtained.

  The second is that it is possible to take out or insert the cryogen from the case with a built-in pipe that circulates a solution that is difficult to freeze, such as cooling spray, cryogen, and antifreeze. When the room is hot and hot, you can take it out of the case, cool it in a refrigerator or freezer, and use it again and again.

  In addition, if the spare cooling agent is cooled in a refrigerator, a freezer or the like, the cooling agent can be replaced when necessary, and the body can be appropriately cooled continuously at low cost. In this way, depending on the situation such as indoors and outdoors, the body can be appropriately cooled by spraying a cooling spray or cooling the cold insulation agent, and a cool feeling can be obtained continuously.

  Hereinafter, an embodiment of a body cooling device of the present invention will be described with reference to the drawings.

  FIG. 1 is a perspective view showing a use state of the whole body cooling device. This apparatus includes a case 1 of a cooling unit containing a cooling spray, a cold-retaining agent, and the like, a body wearing unit 2, and a tube 3 for circulating a hard-to-freeze solution such as an antifreeze solution connecting the two parts.

  As shown in FIGS. 4 and 5, the inside of the case 1 of the cooling part is divided into a part where the cooling spray 4 is provided and a part where the pipe 3 and the like for circulating a hard-to-freeze solution such as the cooling agent 12 and the antifreeze liquid are provided. Each is covered with a heat insulating material 9.

  When spraying the cooling spray 4, as shown in FIG. 3, the outer cover 10 of the cooling unit case and the inner cover 11 on the cooling spray side are opened, the cap 5 is removed, and the cooling gas spray button 6 is pushed.

  When the cooling gas injection button 6 is pressed, the cooling gas injection tube 7 is provided with a tube 3 for circulating a non-freezing solution such as the cold insulation agent 12 or the antifreeze liquid from the portion where the cooling spray 4 is provided as shown in FIG. Since it is led to the part, the cooling gas is injected from the cooling gas injection port 8 to the part provided with the pipe 3 etc. for circulating the hard-to-freeze solution such as the coolant 12 or the antifreeze liquid, and the cooling gas fills this part. Then, the cooling agent 12 and the like are cooled.

  Even if the inner lid 11 is closed, the portion provided with the tube 3 or the like for circulating the hard-to-freeze solution such as the cryogen 12 or the antifreeze liquid allows the extra cooling gas after the cooling gas is filled to escape from the gap of the inner lid. It is like that.

  In this way, by injecting the cooling gas, the portion provided with the pipe 3 for circulating the hard-to-freeze solution such as the cryogen 12 or the antifreeze liquid is instantaneously cooled, and the heat insulation material covering the portion makes the cold air longer. The cooling state is maintained continuously, and the cooling gas is configured to escape from the gap between the inner lids even when the cooling gas is excessively injected.

  In order for cold air to efficiently transfer from the cooled cold insulation agent 12 to the anti-freezing solution such as the antifreeze in the tube 3, the pipe 3 passes between the cold insulation agents 12, and the cold insulation agent 12 and the tube 3 are The contact area is increased.

  A solution that is hard to freeze, such as an antifreeze solution in the cooled tube 3, flows in one direction and circulates in the tube 3 by a fan 14 provided in the tube 3. Thereby, a hard-to-freeze solution such as a cooled antifreeze liquid in the case of the cooling unit is carried to the body wearing unit 2.

  As shown in FIG. 7 and FIG. 9, the tube 3 for circulating a solution that is difficult to freeze, such as an antifreeze liquid, passes through the cooling agent 13 while meandering, so that the cold air is frozen by the antifreeze liquid or the like. The body is efficiently transmitted from the difficult solution to the cooling agent 13 and cooled by the cooled cooling agent 13.

  In FIG. 2, the cooling agent 12 in the case of the cooling unit is detachable. Therefore, when the cooling agent 12 can be cooled in a refrigerator or a freezer, such as when using a body cooling device indoors, the cooling agent 12 is cooled. The outer cover 10 and the inner cover 11 of the case are opened, the cold insulation agent 12 is taken out and cooled in a refrigerator, a freezer or the like, and the cooled cold insulation agent 12 can be inserted into the case of the cooling part again.

  In addition, if the spare cooling agent is cooled in a refrigerator, a freezer, etc., it can be used as appropriate by replacing it with a cooled cooling agent, and the body can be cooled appropriately at a low cost continuously. it can.

  Furthermore, since the cold insulating agent 12 is detachable, the cold insulating agent 12 cooled in the case of the cooling unit can be taken out, and the cooled cold insulating agent 12 can be directly in contact with the body to obtain a cool feeling. .

  In FIG. 1, a case 1 of a cooling unit incorporating a cooling spray, a cold-retaining agent, etc. is worn on the body or put in a bag so that it can be carried.

As shown in FIG. 7, the body attachment part is attached to the body by being overlapped on the chest and fixed with a stopper such as a hook-and-loop fastener.
The present invention is a body cooling device configured as described above.

  It is a perspective view which shows the use condition of the whole body cooling device.   It is a perspective view which shows the state which opened the outer cover and the inner cover of the case of the cooling part which incorporated cooling spray, a cooling agent, etc.   It is a perspective view which shows the state when the refrigerant | coolant in the case of a cooling part is closed and a cooling spray is injected.   It is sectional drawing of the case of a cooling part.   It is the figure seen from right above the case of the cooling unit.   It is a perspective view of the chest side of a body wearing part.   It is a figure which shows the state inside the chest side of a body mounting part.   It is a perspective view of the back side of a body mounting part.   It is a figure which shows the state inside the back side of a body mounting part.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Case of the cooling part containing cooling spray, a cold-retaining agent, etc. 2 Body mounting part 3 Pipe | tube which circulates the solution which is hard to freeze, such as an antifreeze liquid, 4 Cooling spray 5 Cap 6 Cooling gas injection button 7 Cooling gas injection pipe 8 Cooling gas injection port 9 Heat insulating material 10 Outer lid of cooling part case 11 Inner lid of cooling part case 12 Coolant of cooling part case 13 Coolant of body wearing part 14 Fan 15 Motor 16 Battery 17 Stopper

Claims (2)

  The case of the cooling unit with a built-in tube that circulates a hard-to-freeze solution such as a cooling spray, a cryogen, or an antifreeze liquid, the body wearing unit with a built-in tube that circulates a hard-to-freeze solution such as a cooling agent or an antifreeze solution, and the two It has a tube that circulates a solution that is hard to freeze, such as antifreeze liquid that connects the parts, and cool air in the case is cooled by cold air generated by spraying a cooling spray, and the cold air freezes antifreeze liquid etc. in the tube A body cooling device configured to transmit a difficult solution and circulate the solution to cool the cold-retaining agent of the body wearing part and appropriately cool the body to obtain a cool feeling.   A fan is installed in the tube containing the antifreeze solution and the like, and a non-freeze solution such as the antifreeze solution flows in one direction and circulates between the case and the body mounting portion to circulate the cooling gas by spraying the cooling spray. The body cooling device according to claim 1, wherein the body cooling apparatus is configured to efficiently transmit cold air to a cooling agent of the body wearing portion.

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