JP3175752U - Hot water bottle - Google Patents

Abstract

Disclosed is a hot water bottle that can be affected by a far-infrared ceramic, an inorganic solid substance that emits far-infrared light, an inorganic solid, or a mixture thereof, and that does not impair usability.
One or more far-infrared ceramics larger than the gaps or meshes or holes of a fiber bag shape, mesh bag shape, perforated bag shape, bowl shape, or a composite type container having a closed inlet / outlet, Or it has the thing of the state which has put the inorganic solid substance which radiates | emits far-infrared rays, or an inorganic solid, or those mixtures in the container in which the entrance / exit was closed.
[Selection] Figure 1

Description

  The present invention is a hot water bottle that uses a liquid typified by hot water inside, and has a far infrared ceramic, an inorganic solid that emits far infrared, or an inorganic solid, or a mixture thereof. It is related to a hot water bottle structure that can add a relatively large amount of the influence and does not impair the usability.

  Conventionally, the main purpose of a hot water bottle is local direct heating, such as warming the body and bedding, and the substance contained in the interior during use has been mainly hot water. On the other hand, in recent years, various thermal appliances, heating appliances and bathing aids using far-infrared ceramics, inorganic solids that emit far-infrared rays, inorganic solids such as magnets, or mixtures thereof have become available. Yes.

  For example, far-infrared rays and hot water hot water bottles have been proposed (Patent Document 1).

  A heat insulator having a far-infrared effect has been proposed (Patent Document 2).

  In addition, a magnetic thermal heating press health device has been proposed (Patent Document 3).

  Also, an ice pillow or hot water bottle made of silicon rubber has been proposed (Patent Document 4).

  Another hot water bottle has been proposed (Patent Document 5).

Patent Publication 2001-293026 Registered Utility Model No. 3055792 Japanese Patent Publication No. 5-228199 Registered Utility Model No. 3154136 Japanese Patent Publication No. 2011-147599

  However, in the far-infrared or gura hot water bottle described in Patent Document 1, since far-infrared radiation is simply coated with iron with rock powder having high radiation efficiency of far-infrared, It is presumed that the influence of far-infrared rays is less than that of one or more far-infrared ceramics having a total length of 1 cm or more on the long side or a hot water bottle having an inorganic solid substance that emits far-infrared rays.

  Moreover, also in the thermal insulation body of patent document 2, about the far infrared rays, the influence of the far infrared rays emitted from cereals inside has the diameter or the total length of the longer one enabled by a part of the present invention of 1 cm or more. It is presumed to be less than a hot water bottle with one or more far-infrared ceramics or inorganic solids that radiate far-infrared rays. Or may change due to fermentation.

  In addition, in the structure in which an inorganic solid such as a magnet grain is fitted and arranged on the surface of the hot water bottle body as in Patent Document 3, an inorganic solid such as a magnet grain rather than the hot water bottle made possible by a part of the present invention. Since the limit of the amount or mass of the material is not relatively large, the limit of the influence is not relatively large, and high accuracy is required for design and manufacturing, and the manufacturing cost can be increased by that amount. There is a possibility that something like a breakdown will occur.

  Further, a structure in which a far-infrared emitting material is embedded in a thin area such as a surface layer or a back layer of a hot water bottle main body like the hot water bottle of claim 3 of Patent Document 4 enables a part of the present invention. Because the limit of the amount or mass of far-infrared radiation material is not relatively large compared to hot water bottles, the limit of its influence is not relatively large, and high accuracy is required for design and manufacturing, and the manufacturing cost is increased accordingly. Things can be considered.

  In addition, in the structure having a “foamed resin molding” inside as in Patent Document 5, the far-infrared radiation itself is a relatively large amount of far-infrared radiation enabled by a part of the present invention. Not supposed at all. Further, if the cooled liquid is not taken care of carefully, the “foamed resin molded body” can easily flow out from the opening of the hot water bottle together, which impairs the usability.

  The present invention is a hot water bottle in which a liquid typified by hot water is used, and is used in a fiber bag shape, a net bag shape, a perforated bag shape, a bowl shape or the like with a closed outlet. One or more far-infrared ceramics that are larger than a gap or mesh or hole in a composite container, or an inorganic solid that emits far-infrared light, or an inorganic solid, or a mixture thereof; It is possible to add the influence of the far-infrared ceramic, the inorganic solid emitting far-infrared radiation, or the inorganic solid, or a mixture thereof, and cool it by having the object in the state inside Even when the liquid is drained, the far-infrared ceramic, or the inorganic solid that emits far-infrared, or the inorganic solid, or a mixture thereof, does not flow out of the hot water bottle opening. See, it is an object that can provide hot water bottle that does not impair the usability.

  According to the present invention, while being a hot water bottle, the influence of a far-infrared ceramic, or an inorganic solid substance that radiates far-infrared rays, or an inorganic solid, or a mixture thereof is relatively increased, so the added value of the product is increased. Arouses purchasing motivation and contributes to sales expansion of hot water bottles.

  The hot water bottle structure of the present invention is a hot water bottle used by putting a liquid typified by hot water in a hot water bottle, and is a fiber bag shape, net bag shape, perforated bag shape, bowl shape or the like with closed outlets. One or more far-infrared ceramics that are larger than the gaps or meshes or holes in a composite container of the present invention, or an inorganic solid that emits far-infrared, or an inorganic solid, or a mixture thereof, and its inlet / outlet is closed It is a thing which has the thing of the state put in the container inside.

  According to the hot water bottle of the present invention, in addition to the thermal effect of a liquid typified by hot water, a fiber bag shape, net bag shape, perforated bag shape, bowl shape, or a composite type container thereof with a closed outlet is closed. In addition to the influence of one or more far-infrared ceramics that are larger than the gaps or meshes or holes, or inorganic solids that radiate far-infrared rays, or inorganic solids, or mixtures thereof, and when a cooled liquid is drawn The far-infrared ceramic, the inorganic solid substance that radiates far-infrared rays, the inorganic solid, or the mixture thereof does not flow out from the opening of the hot water bottle, and can contribute to the sales expansion of the hot water bottle that does not impair the usability.

  Hereinafter, the hot water bottle structure of the present invention will be described in detail based on an embodiment shown in the drawings with regard to the best mode for carrying out the invention.

  [FIG. 1] (a) and (b) show an embodiment of the present invention, and are respectively a front view and a sectional view from the front when a hot water bottle used in the hot water bottle structure of the present invention is vertically arranged. One or more far-infrared ceramics or far-infrareds larger than the gaps or meshes or holes of the container 4 in the form of a fiber bag, mesh bag, perforated bag, bowl-shaped or their composite type with a closed mouth A liquid 6 typified by hot water is added to a hot water bottle 1 having a state in which an inorganic solid substance or an inorganic solid or a mixture 5 thereof is put in the container 4 whose outlet is closed. It is in a state where the plug 2 attached with the rubber packing is firmly closed. Note that the gaps, meshes, or holes in the container 4 are omitted in the drawing for easy understanding of the structure.

  After use, remove the spigot 2 attached with rubber packing and turn the opening 3 downward, so that only the liquid 6 typified by cold water is taken in and out, and the fiber bag shape or mesh bag shape is closed. Or one or more far-infrared rays that are larger than the gaps, meshes or holes of the container 4 with the opening / closing port closed, and exiting from the gaps, meshes or holes of the container 4 of perforated bag shape or bowl shape or their composite type Since this is a state in which ceramic or an inorganic solid substance that emits far-infrared rays, or an inorganic solid, or a mixture thereof 5 does not flow out of the opening 3 of the hot water bottle 1 and remains inside, the hot water bottle 1 is provided. The method of use is the same as that of an ordinary hot water bottle 1, and usability is not impaired. Far-infrared ceramics or inorganic solids 5 that radiate far-infrared rays usually do not melt, disperse or shrink mostly in hot water, lukewarm water or water, that is, H2O, and are inorganic solids or their By adopting the mixture 5 that has been confirmed to be the same, it is unlikely to change its state due to pulverization, decomposition, fermentation, or the like as in the case of organic substances, so that it can be used repeatedly.

  In the practice of the present invention, the type of hot water bottle 1 is not limited to a rubber hot water bottle as long as it is a hot water bottle that contains a liquid typified by hot water.

  Although an example of the manufacturing method of the hot water bottle structure of the present invention will be described in numerical order in [FIG. 2] (1) to (4), the present invention is not limited to this manufacturing method. Note that the gaps, meshes, or holes in the container 4 are omitted in the drawing for easy understanding of the structure.

  First, as shown in [FIG. 2] (1), a fiber bag shape or a net bag shape or a hole having a length obtained by adding the length necessary for closing the entrance and exit to the full length of the hot water bottle 1 inside. The container 4 in the form of an open bag or bowl or their composite type is folded into a vertically long shape or rolled into an elongated shape so as to enter the inside from the opening 3 of the hot water bottle 1, leaving the vicinity of the outlet of the container 4 large. The part is inserted into the hot water bottle 1 through the opening 3.

  Next, as shown in FIG. 2 (2), far-infrared ceramics or far-infrared rays are emitted from the entrance / exit of the fiber bag shape, net bag shape, perforated bag shape, bowl shape, or composite container 4 thereof. A radiating inorganic solid, or an inorganic solid, or a mixture 5 thereof is placed inside the container 4.

  Then, as shown in FIG. 2 (3), the opening / closing port of the container 4 in the form of a fiber bag, a net bag, a holed bag, a bag, or a composite type thereof is closed. The closing method is not limited.

  Finally, as shown in [FIG. 2] (4), the portion of the hot water bottle 1 where the entrance and exit of the fiber bag shape, net bag shape, perforated bag shape, bowl shape, or a combination type container 4 thereof is closed Push it inside, put it in completely, and close the plug 2 with rubber packing.

  As a kind of heating equipment, it is considered that it can be used in industries related to health, medical care, longevity, healing, pets, outdoors, travel, driving, power saving, electromagnetic hypersensitivity measures, and the like.

(A), (b) is the front view at the time of making an example of the hot water bottle used for the hot water bottle structure of this invention vertically, and sectional drawing from the front, respectively. (1)-(4) is the thing shown in figure number order about an example of the manufacturing method of the hot water bottle structure of this invention.

1 ······································································································ Fiber bag Bag-shaped or perforated bag-shaped or bowl-shaped or their composite type 5 ··········· Far infrared ceramics, inorganic solids that emit far infrared, or inorganic solids, or those Mixture 6 ... Liquid represented by hot water

  The present invention is a hot water bottle that uses a liquid typified by hot water inside, and has a far infrared ceramic, an inorganic solid that emits far infrared, or an inorganic solid, or a mixture thereof. It is related to a hot water bottle structure that can add a relatively large amount of the influence and does not impair the usability.

  Conventionally, the main purpose of a hot water bottle is local direct heating, such as warming the body and bedding, and the substance contained in the interior during use has been mainly hot water. On the other hand, in recent years, various thermal appliances, heating appliances and bathing aids using far-infrared ceramics, inorganic solids that emit far-infrared rays, inorganic solids such as magnets, or mixtures thereof have become available. Yes.

  For example, far-infrared rays and hot water hot water bottles have been proposed (Patent Document 1).

  A heat insulator having a far-infrared effect has been proposed (Patent Document 2).

  In addition, a magnetic thermal heating press health device has been proposed (Patent Document 3).

  Also, an ice pillow or hot water bottle made of silicon rubber has been proposed (Patent Document 4).

  Another hot water bottle has been proposed (Patent Document 5).

Patent Publication 2001-293026 Registered Utility Model No. 3055792 Japanese Patent Publication No. 5-228199 Registered Utility Model No. 3154136 Japanese Patent Publication No. 2011-147599

  However, in the far-infrared or gura hot water bottle described in Patent Document 1, since far-infrared radiation is simply coated with iron with rock powder having high radiation efficiency of far-infrared, It is presumed that the influence of far-infrared rays is less than that of one or more far-infrared ceramics having a total length of 1 cm or more on the long side or a hot water bottle having an inorganic solid substance that emits far-infrared rays.

  Moreover, also in the thermal insulation body of patent document 2, about the far infrared rays, the influence of the far infrared rays emitted from cereals inside has the diameter or the total length of the longer one enabled by a part of the present invention of 1 cm or more. It is presumed to be less than a hot water bottle with one or more far-infrared ceramics or inorganic solids that radiate far-infrared rays. Or may change due to fermentation.

  In addition, in the structure in which an inorganic solid such as a magnet grain is fitted and arranged on the surface of the hot water bottle body as in Patent Document 3, an inorganic solid such as a magnet grain rather than the hot water bottle made possible by a part of the present invention. Since the limit of the amount or mass of the material is not relatively large, the limit of the influence is not relatively large, and high accuracy is required for design and manufacturing, and the manufacturing cost can be increased by that amount. There is a possibility that something like a breakdown will occur.

  Further, a structure in which a far-infrared emitting material is embedded in a thin area such as a surface layer or a back layer of a hot water bottle main body like the hot water bottle of claim 3 of Patent Document 4 enables a part of the present invention. Because the limit of the amount or mass of far-infrared radiation material is not relatively large compared to hot water bottles, the limit of its influence is not relatively large, and high accuracy is required for design and manufacturing, and the manufacturing cost is increased accordingly. Things can be considered.

  In addition, in the structure having a “foamed resin molding” inside as in Patent Document 5, the far-infrared radiation itself is a relatively large amount of far-infrared radiation enabled by a part of the present invention. Not supposed at all. Further, if the cooled liquid is not taken care of carefully, the “foamed resin molded body” can easily flow out from the opening of the hot water bottle together, which impairs the usability.

  The present invention is a hot water bottle in which a liquid typified by hot water is used, and is used in a fiber bag shape, a net bag shape, a perforated bag shape, a bowl shape or the like with a closed outlet. One or more far-infrared ceramics that are larger than a gap or mesh or hole in a composite container, or an inorganic solid that emits far-infrared light, or an inorganic solid, or a mixture thereof; It is possible to add the influence of the far-infrared ceramic, the inorganic solid emitting far-infrared radiation, or the inorganic solid, or a mixture thereof, and cool it by having the object in the state inside Even when the liquid is drained, the far-infrared ceramic, or the inorganic solid that emits far-infrared, or the inorganic solid, or a mixture thereof, does not flow out of the hot water bottle opening. See, it is an object that can provide hot water bottle that does not impair the usability.

  According to the present invention, while being a hot water bottle, the influence of a far-infrared ceramic, or an inorganic solid substance that radiates far-infrared rays, or an inorganic solid, or a mixture thereof is relatively increased, so the added value of the product is increased. Arouses purchasing motivation and contributes to sales expansion of hot water bottles.

  The hot water bottle structure of the present invention is a hot water bottle used by putting a liquid typified by hot water in a hot water bottle, and is a fiber bag shape, net bag shape, perforated bag shape, bowl shape or the like with closed outlets. One or more far-infrared ceramics that are larger than the gaps or meshes or holes in a composite container of the present invention, or an inorganic solid that emits far-infrared, or an inorganic solid, or a mixture thereof, and its inlet / outlet is closed It has the thing of the state put in the container inside.

  According to the hot water bottle of the present invention, in addition to the thermal effect of a liquid typified by hot water, a fiber bag shape, net bag shape, perforated bag shape, bowl shape, or a composite type container thereof with a closed outlet is closed. In addition to the influence of one or more far-infrared ceramics that are larger than the gaps or meshes or holes, or inorganic solids that radiate far-infrared rays, or inorganic solids, or mixtures thereof, and when a cooled liquid is drawn The far-infrared ceramic, the inorganic solid substance that radiates far-infrared rays, the inorganic solid, or the mixture thereof does not flow out from the opening of the hot water bottle, and can contribute to the sales expansion of the hot water bottle that does not impair the usability.

  Hereinafter, the hot water bottle structure of the present invention will be described in detail based on an embodiment shown in the drawings with regard to the best mode for carrying out the invention.

  [FIG. 1] (a) and (b) show an embodiment of the present invention, and are respectively a front view and a sectional view from the front when a hot water bottle used in the hot water bottle structure of the present invention is vertically arranged. One or more far-infrared ceramics or far-infrareds larger than the gaps or meshes or holes of the container 4 in the form of a fiber bag, mesh bag, perforated bag, bowl-shaped or their composite type with a closed mouth A liquid 6 typified by hot water is added to a hot water bottle 1 having a state in which an inorganic solid substance or an inorganic solid or a mixture 5 thereof is put in the container 4 whose outlet is closed. It is in a state where the plug 2 attached with the rubber packing is firmly closed. Note that the gaps, meshes, or holes in the container 4 are omitted in the drawing for easy understanding of the structure.

  After use, remove the spigot 2 attached with rubber packing and turn the opening 3 downward, so that only the liquid 6 typified by cold water is taken in and out, and the fiber bag shape or mesh bag shape is closed. Or one or more far-infrared rays that are larger than the gaps, meshes or holes of the container 4 with the opening / closing port closed, and exiting from the gaps, meshes or holes of the container 4 of perforated bag shape or bowl shape or their composite type Since this is a state in which ceramic or an inorganic solid substance that emits far-infrared rays, or an inorganic solid, or a mixture thereof 5 does not flow out of the opening 3 of the hot water bottle 1 and remains inside, the hot water bottle 1 is provided. The method of use is the same as that of an ordinary hot water bottle 1, and usability is not impaired. Far-infrared ceramics or inorganic solids 5 that radiate far-infrared rays usually do not melt, disperse or shrink mostly in hot water, lukewarm water or water, that is, H2O, and are inorganic solids or their By adopting the mixture 5 that has been confirmed to be the same, it is unlikely to change its state due to pulverization, decomposition, fermentation, or the like as in the case of organic substances, so that it can be used repeatedly.

  In the practice of the present invention, the type of hot water bottle 1 is not limited to a rubber hot water bottle as long as it is a hot water bottle that contains a liquid typified by hot water.

  As a kind of heating equipment, it is considered that it can be used in industries related to health, medical care, longevity, healing, pets, outdoors, travel, driving, power saving, electromagnetic hypersensitivity measures, and the like.

(A), (b) is the front view at the time of making an example of the hot water bottle used for the hot water bottle structure of this invention vertically, and sectional drawing from the front, respectively.

1 ······································································································ Fiber bag Bag-shaped or perforated bag-shaped or bowl-shaped or a combination of them
Removable 5 ····· Far infrared ceramics, or inorganic solids that emit far infrared rays, or inorganic
Quality solids, or mixtures thereof 6 ... Liquids represented by hot water

Claims (5)

  A hot water bottle used by putting a liquid 6 typified by hot water inside the hot water bottle 1, in a fiber bag shape, net bag shape, perforated bag shape, bowl shape, or a composite type thereof with a closed outlet. A hot water bottle structure characterized by having one or more far-infrared ceramics 5 larger than the gaps or meshes or holes of the container 4 in a state in which the container 4 is closed.   A hot water bottle used by putting a liquid 6 typified by hot water inside the hot water bottle 1, in a fiber bag shape, net bag shape, perforated bag shape, bowl shape, or a composite type thereof with a closed outlet. Having one or more inorganic solids 5 emitting far-infrared rays larger than the gaps or meshes or holes of the container 4 in a state in which the container 4 with the inlet / outlet closed is put in the container 4 Hot water bottle structure that is characteristic.   A hot water bottle used by putting a liquid 6 typified by hot water inside the hot water bottle 1, in a fiber bag shape, net bag shape, perforated bag shape, bowl shape, or a composite type thereof with a closed outlet. A hot water bottle structure characterized by having one or more inorganic solids 5 larger than the gaps or meshes or holes of the container 4 in a state in which the container 4 is closed. .   A hot water bottle used by putting a liquid 6 typified by hot water inside the hot water bottle 1, in a fiber bag shape, net bag shape, perforated bag shape, bowl shape, or a composite type thereof with a closed outlet. One or more of the far infrared ceramics larger than the gaps or meshes or holes of the container 4, the inorganic solids radiating the far infrared, and the mixture 5 of the inorganic solids, and the inlet / outlet closed A hot water bottle structure characterized by having an item in the container 4 inside. One of the methods for producing a hot water bottle structure common to [Claim 1], [Claim 2], [Claim 3] and [Claim 4], which is characterized as follows.
First, as shown in [FIG. 2] (1), a fiber bag shape or a net bag shape or a hole having a length obtained by adding the length necessary for closing the entrance and exit to the full length of the hot water bottle 1 inside. Fold or roll the container 4 in the form of an open bag or bowl, or a combination thereof, and elongate it so that it enters the inside through the opening 3 of the hot water bottle, leaving most of the container 4 near the outlet. Is inserted through the opening 3 of the hot water bottle 1.
Next, as shown in FIG. 2 (2), far-infrared ceramics or far-infrared rays are emitted from the entrance / exit of the fiber bag shape, net bag shape, perforated bag shape, bowl shape, or composite container 4 thereof. A radiating inorganic solid, or an inorganic solid, or a mixture 5 thereof is placed inside the container 4.
Then, as shown in FIG. 2 (3), the opening / closing port of the container 4 in the form of a fiber bag, a net bag, a holed bag, a bag, or a composite type thereof is closed. The closing method is not limited.
Finally, as shown in [FIG. 2] (4), the portion of the hot water bottle 1 where the entrance and exit of the fiber bag shape, net bag shape, perforated bag shape, bowl shape, or a combination type container 4 thereof is closed Push it inside, put it in completely, and close the plug 2 with rubber packing.

Images