JP3203247U - Thermal insulation container heat application equipment - Google Patents

Abstract

An object of the present invention is to provide a thermal container heat application apparatus that can be used as a hand-held thermal container and can perform thermal massage using the temperature of the contents. A massager structure including a cylindrical container body 1, a removable cap 20, and a heat-insulating enclosure 4, the container body 1 having a container opening 2 at one end and a gentle surface at the bottom. The detachable cap 20 has a heat insulating effect, opens and closes the container opening 2, and the heat insulating enclosure 4 is provided on the container body 1. Cover the sidewall outer surface. [Selection] Figure 1

Description

  TECHNICAL FIELD The present invention relates to a handheld beverage heat retaining container heat application device that can be used for heat or cooling massage.

As a heat-retaining bottle for beverages, a vacuum heat-retaining bottle that forcibly keeps the temperature of the contents by a vacuum effect is widely known, but this has a vacuum part between the container of the inner layer and the enclosure, and the contents It has a function to keep the temperature of things.
As a characteristic of this kind of heat retaining bottle, it can be kept in a state close to the temperature when contents such as tea and water are put in within a few hours, and the curve of temperature decrease is gentle. Such a heat-retaining bottle can be kept warm for a long time, but its function is simply heat-retaining.

In addition, various types of equipment having a massage action are known, and all the massage rods are used at room temperature.
Alternatively, there are some positive temperature coefficient ceramic resistors that radiate heat radiation by the electric heating function to the outside and use it for massage assistance, but any commercially available container or massage equipment has a single function. It only has.

  The problem to be solved by the present invention is to solve the above-mentioned problems, and to provide a heat-retaining container heat application device that can be used as a hand-held heat-retaining container and can also perform a heat massage using the temperature of the contents. There is.

  The present invention relates to a hand-held thermal insulation container heat application device that can be used for thermal massage, and includes a cylindrical container body, a detachable cap, and a heat insulating enclosure, and the container body is provided with a container opening at one end. A massaging device structure having a gentle surface at the bottom, can be erected with the massaging device structure down, the removable cap has a heat insulating effect, opens and closes the container opening, The heat insulating enclosure covers the outer surface of the side wall of the container body.

The massage device structure may be formed by distributing a plurality of massage protrusions on the outer surface of the bottom of the container body.
Or the said massage device structure part is good also as an annular | brassiness mouth projectingly provided along the circumferential direction on the bottom outer surface of the said container main body.
The massaging device structure may be formed by distributing a plurality of elongated acupressure protrusions on the outer surface of the bottom of the container body.
A bottom cover having a non-slip function may be attached to the outer periphery of the massage device structure.

The container body is preferably made of a ceramic material.
In this case, the container body and the massage device structure may be integrally formed.
In some cases, the outer side surface of the container main body is composed of a plurality of convex bodies and concave portions formed alternately, and the outer surface is covered with a heat insulating enclosure to form a heat insulating space in the concave space.
A soft pad may be installed on the top surface of the removable cap, and the inside of the soft pad may be communicated with the container space of the container body.
The container main body may be cylindrical, and a small-diameter constriction may be provided in the middle part.

The heat-retaining container heat application apparatus of the present invention can be used as a heat-retaining beverage container covered with a heat-insulating enclosure, and can also be massaged by pressing the massager structure on the body.
Moreover, when a hot beverage or a cold beverage is accommodated inside the container body, heat is transmitted to the outside through the massage device structure portion not covered with the heat-insulating enclosure, so that warm or cold massage can be performed.

It is the side view which fractured | ruptured a part of thermal insulation container thermal application apparatus which shows Example 1 of this invention. It is the side view which fractured | ruptured a part of thermal insulation container thermal application apparatus which shows Example 2 of this invention. It is the side view which fractured | ruptured a part of thermal insulation container thermal application apparatus which shows Example 3 of this invention. It is the side view which fractured | ruptured a part of thermal insulation container thermal application apparatus which shows Example 4 of this invention. It is principal part sectional drawing of the heat retention container heat | fever application apparatus which shows Example 5 of this invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.
FIG. 1 shows a first embodiment of the present invention.
The handheld thermal insulation container heat application apparatus 10 according to the first embodiment includes a container body 1 that is integrally formed with ceramics.
A container opening 2 is provided at the upper end of the container body 1, and a detachable cap 20 having a heat insulating effect is detachably attached to the container opening 2. The internal space of the container body 1 can be communicated with the outside through the container opening 2, and after the removable cap 20 is attached to the container opening 2, a sealed state is formed. Further, the heat insulating enclosure 4 is attached so as to cover the outer surface of the side wall of the container body 1.

The bottom of the container body 1 is sealed by the container bottom 31, and the container bottom 31 and the container body 1 have a structure having mechanical strength. When the container body 1 receives an external force toward the container bottom 31, the container The bottom 31 can keep the structure safe and transmit force completely.
The portion of the container bottom 31 is a heat dissipating end 3 in which the outer surface is exposed without being covered with the heat insulating enclosure 4, and the bottom of the heat dissipating end 3 includes the outer surface of the container bottom 31. The massaging device structure 32 is connected. In the first embodiment, the massage device structure 32 is configured by arranging a plurality of massage protrusions 321 distributed in a planar or annular shape in a protruding state. The surface of the massage protrusion 321 is gently curved.

The container body 1 can be filled with liquid such as tea or water by opening and closing the detachable cap 20, and when these tea or water is hot or cold, an insulating enclosure that covers the outer surface of the container body 1 Due to the heat insulating effect of 4 and the detachable cap 20, heat is transferred from the main body of the container body 1 to one end of the heat dissipating end 3 and transmitted to the outside through the massager structure 32.
When the liquid put into the container main body 1 is hot water, the heat is transmitted toward the heat dissipating end 3 by the thermal equilibrium action via the container main body 1 or the container bottom 31 main body, and installed at the heat dissipating end 3. The heat obtained on the surface of the massaging device structure 32 is transferred, and a thermal massage action can be exerted on the human skin.

The temperature drop of the liquid inside the container body 1 is first affected by the heat-insulating effect of the removable cap 20 and the heat-insulating enclosure 4, and secondly affected by the heat-dissipating rate from the heat-dissipating end 3, so that it is actually used. When a hot liquid is put inside the container body 1, the heat dissipating end 3 radiates toward the outside in an attempt to equilibrate the internal temperature immediately, and a thermal massage treatment can be performed in a situation that does not cause burns. .
In addition, since the container body 1 is integrally formed of a ceramic material and its heat transfer efficiency is lower than that of metal, the heat insulation effect of the material itself of the container body 1 can be used even when the hot water contained therein is at a temperature close to boiling. There is no risk of scalding if the hand touches the surface of the heat dissipating end 3 for a short time.

  Since at least the surface of the massaging device structure 32 is gentle, the heat dissipating end 3 does not damage the human skin during massage. Further, the massage device structure portion 32 is composed of a plurality of massage protrusions 321, and a large area is formed using the unevenness of the plurality of massage protrusions 321, so that the heat dissipating end 3 increases the heat inside the container body 1. A remarkable heat dissipation function that can diverge in the area and diverge as much as possible toward the outside is obtained.

Between the container opening 2 provided in the container body 1 and the detachable cap 20 can be a screwed structure or an elastic compression structure, and the container opening 2 is sealed with the detachable cap 20 in an airtight state. Is formed.
The heat insulating enclosure 4 may be made of an elastic material such as silicon, and may have a foamed layer structure. A fine bubble is formed inside the heat insulating enclosure 4 to increase the heat insulating effect. If there is a concavo-convex structure with bubbles on the surface of 4, the anti-slip effect can be obtained.

  A far-infrared ray conversion material can be applied to the outer surface of the massage device structure portion 32. The far-infrared conversion material is used as a coating layer, and is applied to the entire heat radiating end 3 or the outer surface of the massaging device structure 32 only. The effect of improving the blood flow of microvessels by acting on the deep skin cells of the human body using the wave energy.

FIG. 2 shows a second embodiment of the present invention.
In the second embodiment, as in the first embodiment, the heat-insulating enclosure 4 and the detachable cap 20 provided on the outer surface of the container body 1 of the heat retaining container heat application apparatus 10 prevent heat diffusion in that direction. Therefore, the internal temperature is released from the heat dissipating end 3.
The massaging device structure 32 installed at the heat dissipating end 3 includes an annular head 322 protruding along the circumference of the bottom surface of the container bottom 31. The annular brace port 322 can be used for the brace operation, and when the temperature of the liquid put in the container body 1 is high, via the outer surface of the container bottom 31 by the transmission action of the heat dissipating end 3, Alternatively, when a heat radiation wave is diffused from the outer surface of the entire heat dissipating end 3 and the heat radiation wave is provided to the annular brace opening 322 of the massaging device structure 32 and the brazing operation is performed, activation of blood molecules is performed. And can exert a remarkable assisting effect in eliminating blood stagnation.

FIG. 3 shows a third embodiment of the present invention.
In the third embodiment, the heat retaining container device 10 is configured with the container opening 2 and the detachable cap 20 at the upper end and the heat dissipating end 3 and the massaging device structure 32 at the lower end.
The outer shape of the upper and lower ends of the heat insulating container device 10 is symmetrical, and the bottom cover 5 can be attached to the outer periphery of the massaging device structure 32 and the heat dissipating end 3 main body. Since the bottom cover 5 is an elastic body, it has a non-slip effect, and can be used as a beverage cup by attaching the bottom cover 5 to the outer periphery of the heat dissipating end 3. Further, the bottom cover 5 has a heat insulating effect. When the cover 5 is put on the outer periphery of the detachable cap 20 and the container opening 2, the heat insulating efficiency of the detachable cap 20 is assisted and the internal temperature is released. It becomes easy.
Further, the massage device structure portion 32 provided at the heat dissipating end 3 is a long acupressure protrusion 323. The acupressure protrusions 323 can be annularly distributed on the bottom of the heat dissipating end 3. Further, the acupressure protrusion 323 may extend in an oblique direction, and a finger pressure action can be provided by simulating a fingertip shape.

FIG. 4 shows a fourth embodiment of the present invention.
In the heat insulating container device 10, a soft pad 200 is installed at the center of the upper surface of the removable cap 20 that opens and closes the container opening 2 at the upper end of the container body 1. When the container opening 2 is closed with the detachable cap 20, the inside of the soft pad 200 is communicated with the internal space of the container body 1.
When a high-temperature liquid is put in the container body 1, the inner surface of the soft pad 200 comes into contact with hot air, and heat is released from the soft pad 200 toward the outside, so that the surface of the soft pad 200 comes into contact with the human skin. It can be used by exerting a thermal effect. On the other hand, when the liquid put in the container main body 1 is cold, the outer surface of the soft pad 200 can exert a cooling action and can be used.

  Further, the container body 1 is composed of a plurality of convex bodies 11 and concave portions 12 whose side wall outer surface is formed by a process, and the entire outer surface thereof is covered with the heat insulating enclosure 4, and the inner surface and the concave portion of the heat insulating enclosure 4 are covered. A gas heat insulating space 40 is formed between the two. Since the heat insulating property is enhanced by using the gas heat insulating space 40, and the heat dissipation in the side surface direction of the container body 1 is blocked by the gas heat insulating space 40, it is possible to release the heat in the direction of the heat dissipating end 3 as much as possible. And a thermal equilibrium path with clearer directivity is formed.

In addition, the container main body 1 can be made into a handheld bottle shape or a cup shape, and is basically a cylindrical shape, with the middle portion being narrowed.
When holding the heat retaining container heat application device 10 by hand and pressing it in the direction of the heat radiating end 3, a component force acts on the inclined surface of the constricted part, and the heat radiating end 3 is more susceptible to force, and the pressing force is massaged. Can be transmitted to the skin.

FIG. 5 shows a fifth embodiment of the present invention.
The outer surface of the side wall of the container body 1 is configured by a plurality of convex bodies 11 and concave sections 12, and the outer surface thereof is covered with a heat insulating enclosure 4 to form a gas heat insulating space 40. As a result, the heat insulation effect on the inside of the container body 1 is enhanced.
The top part of the convex body 11 protrudes through the layered body of the heat insulating enclosure 4, and when performing massage, the convex body 11 exhibits a point pressure type acupressure effect on the skin massage. Such a structure can be used for point-like roller pressing massage, and can be applied to massage of a flat part of the body or a large thigh or arm.
Since the structure of the layered structure of the heat insulation enclosure 4 is compressed by the action of the pressure, heat is quickly transferred to the outside through the pointed local portions where the convex body 11 and the heat insulation enclosure 4 are compressed, and the heat insulation On the surface of the envelope body 4, the surface temperature at the position corresponding to the convex body 11 becomes higher than the surface temperature of the gas heat insulating space 40 portion, and heat is transferred quickly.

A beverage container can be used to quickly equilibrate heat through an uninsulated end to diverge the temperature inside the container body 1 in a directional manner, and the outer surface of the container body 1 is covered with a heat insulating enclosure 4 In this way, the temperature of the liquid inside can be maintained, and this heat retention process is diverted to the temperature of the thermal massage, and the heat is completely consumed for the initial time when the liquid with heat is put in the heat insulation container device 10. Until it is dissipated, it is transferred to the heat dissipating end 3 using the internal heat to assist in the temperature of the massage, or the detachable cap 20 with the soft pad 200 is used to exert the thermal effect. can do.
Since the heat retaining container device 10 is provided with the massager structure 32, it can be used as a general massager, and it is a point pressure type roller press using the convex body 11 on the outer surface of the container body 1. It can also be used for massage operations and is a multi-functional beverage container as a whole.

DESCRIPTION OF SYMBOLS 1 Container body 10 Thermal insulation container heat application apparatus 11 Convex body 12 Concave part
DESCRIPTION OF SYMBOLS 2 Container opening part 20 Removable cap 200 Soft pad 3 Heat-dissipation end 31 Container bottom part 32 Massager structure part 321 Massage protrusion 322 Annular brace mouth 323 Acupressure protrusion 4 Heat insulation enclosure
40 Gas insulation space 5 Bottom cover

Claims (10)

It is a handheld thermal insulation container heat application device that can be used for thermal massage, including a cylindrical container body, a detachable cap, and a heat-insulating enclosure,
The container body is provided with a container opening at one end, a massager structure part having a gentle surface at the bottom, and can be erected with the massager structure part down,
The removable cap has a heat insulating effect, opens and closes the container opening,
The heat insulating enclosure covers an outer surface of the side wall of the container body;
A heat-retaining container heat application apparatus characterized by   2. The thermal insulation container heat application apparatus according to claim 1, wherein the massaging device structure portion is formed by distributing a plurality of massage protrusions on an outer surface of a bottom portion of the container body.   The heat-insulating container heat application apparatus according to claim 1, wherein the massaging device structure portion includes an annular brace opening projecting along the circumferential direction on the outer surface of the bottom of the container body.   2. The thermal insulation container heat application apparatus according to claim 1, wherein the massage device structure portion is formed by distributing a plurality of elongated finger pressure protrusions on an outer surface of a bottom portion of the container body. 3.   The heat insulation container heat application apparatus according to claim 1, wherein a bottom cover having a non-slip function is attached to an outer periphery of the massage device structure.   The thermal container heat application apparatus according to claim 1, wherein the container body is made of a ceramic material.   The thermal container heat application apparatus according to claim 6, wherein the container body and the massaging device structure are integrally formed.   The outer surface of the side wall of the container body is composed of a plurality of convex bodies and concave portions alternately formed, and the outer surface is covered with a heat insulating enclosure, and a gas heat insulating space is formed in the space of the concave portion, The heat retaining container heat application apparatus according to claim 1.   The heat retaining container heat application apparatus according to claim 1, wherein a soft pad is installed on an upper surface of the removable cap, and an inner side of the soft pad communicates with a container space of the container main body.   The thermal insulation container heat application apparatus according to claim 1, wherein the container main body has a cylindrical shape, and a narrow-diameter narrow portion is provided at an intermediate portion.

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