JP3163042U - Hot water bottle with inorganic solid - Google Patents

Abstract

An object of the present invention is to provide a hot water bottle that can obtain an effect that cannot be obtained only with liquids typified by hot water, and is useful for health promotion. A hot water bottle is filled with a liquid typified by hot water and an inorganic solid that is not completely dissolved in the liquid, and used as an ordinary hot water bottle. However, the disposal method of liquid after use and storage method are slightly different. [Selection] Figure 1

Description

  The present invention relates to a hot water bottle, in addition to a liquid typified by hot water, in addition to using an inorganic solid that does not completely dissolve in the liquid, by adding the effect of the inorganic solid, As a result, it is related to the hot water bottle structure that contributes to health promotion.

  Conventionally, the main purpose of a hot water bottle is local direct heating, such as warming the body or bed, and the substance injected into the hot water is mainly hot water. On the other hand, in recent years, a variety of heating appliances and health supplies using inorganic solids such as far-infrared ceramics have been on the market.

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

  Moreover, the heat insulating body which has a far-infrared effect is proposed (patent document 2).

Patent Publication 2001-293026 Registered Utility Model No. 3055792

  However, in the far-infrared and gura hot water bottles described in Patent Document 1, since the rock powder having good radiation efficiency of far-infrared is simply coated on iron, the inorganic material in a state in which a plurality of spherical far-infrared ceramics enabled by the present invention are contained It is assumed that far-infrared radiation is less than solid hot water bottles.

  Also, in the heat insulating body described in Patent Document 2, the amount of far-infrared radiation emitted from cereals contained in the interior contains an inorganic solid in a state in which a plurality of spherical far-infrared ceramics enabled by the present invention are contained. It is assumed that there are fewer than hot water bottles.

  In the present invention, in the hot water bottle, in addition to a liquid typified by hot water, an inorganic solid that does not completely dissolve in the liquid is added, so that the effect of the solid can be obtained. For example, when an inorganic solid such as far-infrared ceramic is added, a far-infrared effect is also added, which not only increases the heat-retaining effect but also heats the inside of the body. The purpose is to provide hot water bottles with improved heat-retaining effects, thermal effects, health promotion effects and comfort.

  According to the present invention, although it is a hot water bottle, it can also generate the effects of inorganic solids such as far-infrared ceramics, thus increasing the added value of the product, encouraging purchases, and reducing consumption It can contribute to sales expansion of not many hot water bottles. By the way, there are already far-infrared ceramic products to be used in the bathtub, but according to the present invention, it is not necessary to take off clothes or wet the body, even for people with limited physical freedom. If a person prepares the hot water bottle of the present invention, there is also an advantage that the far infrared effect can be easily obtained without getting up.

  The hot water bottle structure of the present invention is used in a hot water bottle in addition to a liquid typified by hot water and an inorganic solid substance that does not completely dissolve in the liquid.

  According to the hot water bottle of the present invention, an effect emitted from an inorganic solid is added to the original thermal effect of the hot water bottle. Not only does the heat-retaining effect increase, but it also contributes to the expansion of hot water bottles that are suitable for health promotion, because the heat is easily transmitted to the inside of the body.

  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 shows an embodiment of the present invention, in which hot water is poured into a rubber hot water bottle where a plurality of spherical far-infrared ceramics are previously placed and the stopper is tightly closed. In the case of this rubber hot water bottle, the mouth for taking in and out the hot water is on the upper side rather than the side surface when the main body is vertically oriented. The method of using this hot water bottle is the same as that of a normal hot water bottle, and the method of throwing away and storing the cold water after use is slightly different.

  FIG. 2 shows that the outlet is narrowed by holding the mouth by hand so that the spherical far-infrared ceramic inside does not flow out when the hot water cooled after use is discarded. Only the cold water is thrown out of the gap and thrown away, and the spherical far-infrared ceramic is left inside, so you only need to add hot water the next time. The far-infrared ceramic material does not normally dissolve completely in hot water or water, and it can be used repeatedly because it is unlikely to undergo organic alteration. If a rubber hot water bottle becomes unusable due to its durability or damage, it can be reused by removing the spherical far-infrared ceramic and placing it in a new rubber hot water bottle or a regular hot water bottle.

  The inorganic solid (spherical far-infrared ceramic in this embodiment) to be placed inside needs to have a certain size so as not to flow out together when the cold hot water is thrown away. In particular, the size of sand particles is inconvenient because the particles are too small to easily flow out, and it is necessary to prevent them by using a filter-like object such as a net or cloth. On the contrary, if the inorganic solid is larger than the hole in the mouth, it will not be able to enter, and an appropriate size within a certain range will be required.

  When not using for a long time, pull out all the spherical far-infrared ceramics by lowering the mouth, etc., dry it against sunlight that also contains far-infrared rays, and dry the rubber hot water bottle in the shade. Keep.

  The advantage of using a rubber hot water bottle is that the sound that hits the inside of the hot water bottle when the inorganic solid moves inside is quieter than the hot water bottle made of metal, etc. In addition, when throwing away the cold water, it is only necessary to hold the mouth by hand so that inorganic solids do not flow out together, but as a disadvantage, by sharp objects hitting It has a relatively high possibility of tearing and is inferior to metal or the like in terms of durability and heat resistance.

  However, in implementing the present invention, the type of hot water bottle is not limited to rubber hot water bottles. Also, the inorganic solid contained in the interior is not limited to the far infrared ceramic. Further, the shape is not limited to a spherical shape. Moreover, the liquid put in the inside is not limited to hot water or water.

  The hot water bottle of the present invention and the inorganic solid placed inside it are not supposed to be heated by a microwave oven at all, and there is no data on safety and effectiveness when doing so, and design for that purpose The countermeasures such as the above improvements and improvements are not made in the present invention. The use of microwave ovens in close range may adversely affect the human body due to two types of electromagnetic waves, the extremely low frequency of alternating current and the microwaves that may leak out of the cabinet depending on the model. There is a theory that people who have been diagnosed should avoid it, and it is an advantage that using ordinary hot water bottles and hot water bottles such as the present invention without using electric appliances can avoid unnecessary exposure to electromagnetic waves. There is.

(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 vertical, respectively, and sectional drawing from the front. An example of a hot water bottle used in the hot water bottle structure of the present invention is turned upside down, and when the cooled liquid is discarded, the outlet is narrowed by holding the mouth by hand so that the internal inorganic solid does not flow together. . An example of a hot water bottle used in the hot water bottle structure of the present invention is seen from the mouth, and a part of the hot water bottle is also taken out to show an example of an inorganic solid contained inside.

1 ... Hot water bottle 2 ...... 3 ..... Inorganic solid 4 ..... Liquid

Claims (1)

  A hot water bottle structure that is used in a state where an inorganic solid (3) that does not completely dissolve in the liquid (4) is placed inside the hot water bottle (1).

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