JP2018099492A - Heat source holding instrument, and eye warming instrument using the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a heat source holding instrument and an eye warming instrument using the same that are capable of sufficiently exhibiting safety and hyperthermic effect even when the user moves his body by fixing a heat source in a simple manner.SOLUTION: A heat source holding instrument includes a substantially semicircular net part b in contact with one end of a cylinder part a, and a removable lid part c covering the opposite side of the net part to the side that is in contact with the cylinder part. The net part is formed from substantially the same two net parts and held therebetween so as to fix a heat source d. The heat source is fixed to an inside position which does not expose from the other end of the cylinder part. An eye warming instrument is obtained by fixing the two heat source holding instruments on a base part having a shape of a spectacle frame at positions where lenses are conventionally arranged.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a heat source holding device, a warm eyepiece, and a method for manufacturing the same that are safe and easy to handle.

In recent years, due to heightened health awareness, attention has been focused on "cooling countermeasures", "fatigue recovery", and "improvement of constitution" using rice cakes. In addition to the conventional type of mushrooms that ignite with a pile, it is easy to use with a pedestal that can be fixed with tape, a box type bowl that warms the tummy and waist over a wide area, and special cylindrical appliances. Various types have been proposed, such as a rice cake that burns in a bowl and gently warms around the eyes (see Non-Patent Document 1).
In particular, eyelids are said to be effective for eye strain, dry eyes, stiff shoulders, bears in the eyes, dullness, etc., and are expected to help resolve many of the problems that office workers have, There is also a problem that the spread is obstructed, with the image that “it can be moistened in the eyes”, “not hot” or “scary”. As a means for resolving these concerns, a device has been proposed that indirectly warms the eyes (see Non-Patent Document 2).
Similar technologies include “hot eye mask with steam” and “warm eyes with red beans warmed in a range”, but there is a big problem that the makeup breaks down and a relatively long restraint time is required. On the other hand, the method of warming the eyes with the mochi does not touch the eyes directly, and the makeup is completed in a relatively short time (about 5 minutes) without breaking down. (See Non-Patent Documents 3 and 4).

http: // okyudo. com /? page_id = 45 http: // 89-daimaru. com / eye acupuncture http: // www. kao. co. jp / megarthm / eye / products / http: // www. Kiribai. co. jp / products / category / detail. html? pr = 8

  In the method reported so far, the heat source is confined in a net-like closed space, the distance between the eyes and the heat source is kept more than a certain level to ensure safety, and a certain range including the eyes is covered with a box-shaped object. The idea is that the entire range can be warmed gently. However, because the heat source is not fixed, you can not pinpoint the place you want to warm, the heat source moves when you move your body, so you can not move in the bowl, you feel fear by moving the heat source, etc. There is a problem and a solution is desired.

In view of the above circumstances, the present inventor has proceeded with a study to easily fix the heat source to the warm eyepiece, and as a result, prepared two substantially semicircular flexible nets, and the convex portions are oriented in the same direction, By interposing the heat source between them, we succeeded in fixing the heat source at an arbitrary position. When this method is used, it is very easy to remove the heat source. Furthermore, if a structure like a glasses frame is provided to fix the warm eyepiece to the face, the positional relationship between the eyes and the heat source can be prevented from changing even if the face is shaken to the left or right. .
That is, the present invention has a substantially semicircular mesh portion in contact with one end of the tube portion, and a removable lid portion that covers the opposite side of the mesh portion in contact with the tube portion. The heat source can be fixed by being sandwiched between the mesh portions, and the heat source is a heat source holding device fixed at an inner position not exposed from the other end of the cylindrical portion.
Moreover, since the said cylinder part has a mechanism which can adjust length and the distance between the other end of the said cylinder part and a heat source can be adjusted, since it will become possible to adjust temperature, it uses more suitably. It is done.
Furthermore, when the two heat source holding devices are fixed to the base portion having the shape of the spectacle frame, it is possible to change the posture while keeping the bowl in place, which is more preferably used.
Furthermore, since the part which touches a face will become soft when it has a cushion part in the other end of a recording cylinder part, it is used more suitably.

  According to the present invention, a warm eye device in which the position of the heat source and the eyes are fixed is provided, so that the affected area can be pinpointed and the posture can be changed while keeping the mochi. The ease and safety of the treatment can be improved, and at the same time the fear of the subject can be greatly reduced.

a. The cylinder part is double and slides. b. Net part Two identical nets are used and overlapped. c. Lid made with paper d. Use heat source charcoal e. Cushion part A part that touches the skin (made of cloth and has elasticity) f. Heat source retainer a. Cylindrical double structure (slidable to adjust distance) b. Net part Two identical nets are used c. Lid d. Heat source e. Base part Glasses frame f. Heat source holding device h. Warm eye a. Tube part b. Net part c. Base part d. Cushion part A part in contact with the skin (made of cloth and elastic) e. Heat source holding device f. Warm eye a. Warm eye

An embodiment of the present invention will be described as follows, but the present invention is not limited to this.
The heat source holding device of the present invention includes a cylinder part, a net part, and a lid part. Moreover, the warm eyepiece of this invention contains the said heat-source holding instrument and a base part. A heat source is fixed to this mesh part, and the function as a warm eye is exhibited.
<Cylinder part>
The cross-sectional shape of the cylindrical portion of the present invention is not particularly limited as long as it is cylindrical, but a circular shape, a square shape, or the like is preferably used. The material is not particularly limited as long as the shape can be maintained. For example, paper, plastic, organic film, fiber, metal, wood, inorganic material, and the like are preferably used.
<Net part>
The net part of the present invention is net-like because it is necessary to pass air or heat, and is made of a material having a certain heat resistance. For example, a metal net, a heat resistant resin net, or the like can be used. In addition, since various types of heat sources are sandwiched and fixed between the two mesh portions, it is preferable that they have a certain degree of flexibility, and it is preferable to have a substantially semicircular shape.
<Cover>
The lid portion of the present invention is for preventing heat from escaping without blocking oxygen and is not in contact with a heat source, so the shape of the material is not particularly limited, but generally covers one end of the cylinder. Better. Although the material is not particularly limited, for example, paper, plastic, organic film, fiber, metal, wood, inorganic material and the like are preferably used.
<Heat source>
Any heat source that is difficult to disperse may be used. For example, charcoal, pelleted wood, moxa compressed into tablets, and the like are preferably used.
<Heat source holder>
In the heat source holding device of the present invention, the mesh portion is fixed to one end of the cylindrical portion. As the fixing method, various adhesives, various adhesive tapes, staples, sewing, and the like can be used. The second net is overlapped with the convex direction on the same side, and is installed so as to sandwich the heat source therebetween. If two identical nets are used, they can be firmly fixed by a frictional force. Even if not, it can be fixed with tape or the like. The heat source is disposed so as to be fixed at an inner position where it is not exposed from the other end of the cylindrical portion.
In addition, a lid is attached to the side of the mesh, but it only needs to be fixed to the extent that it does not fall even if it is inverted, and it may be fixed with tape or the like, but it is simply fixed with frictional force It may be as much as it is.
In addition, when a structure is provided in which the cylinder is doubled and slid, the distance between the net part to which the heat source is fixed and the other end of the cylinder part can be adjusted. In this way, the temperature at the other end of the cylindrical portion can be adjusted.
<Base part>
The base part of the present invention is fixed in contact with the face of the patient after the heat source holding part is fixed to the base part.
As a fixing method of the heat source holding part, various adhesives, various adhesive tapes, staples, sewing, and the like can be used. The material of the base portion is not particularly limited, and for example, paper, plastic, organic film, fiber, metal, wood, inorganic material, etc. are preferably used. The shape is not particularly limited as long as the shape can be fixed in contact with the face, but a flexible plate shape or glasses frame shape is preferably used.
<Cushion part>
The cushion part of this invention is provided in the end surface of the side which touches the face of the said cylinder part. Although the material is not particularly limited, for example, soft materials such as paper, plastic, organic film, and fiber are preferably used. Various adhesives, various adhesive tapes, staples, sewing, and the like can be used as the fixing method to the tube portion.
<Warm glasses>
The eyeglass device of the present invention has two heat source holding devices fixed to a base portion. As the fixing method, various adhesives, various adhesive tapes, staples, sewing, and the like can be used. The position to be fixed needs to cover each position of both eyes. For example, when a spectacle frame-shaped base is used, it may be fixed at a position where a conventional lens is disposed. In this way, the positional relationship between the heat source and the eyes is fixed, so that an appropriate state is maintained even when the posture is greatly moved. Therefore, it is possible to warm the affected area with pinpoints, and it is also possible to change the posture while moistening, improving the ease and safety of the treatment, and at the same time fear of the subject The mind can be greatly reduced.

EXAMPLES Hereinafter, although an Example demonstrates this invention further more concretely, this invention is not limited at all by these Examples, In the range which does not change the summary, it can change suitably.
The heat source holding device of the present embodiment includes a cylinder part, a net part, and a lid part. Further, in the warm eyepiece of the present invention, two of the heat source holding devices are fixed to the base portion. A heat source is fixed to the mesh part and the function as a warm eye is exhibited.
The amount of heat can also be adjusted by sandwiching a tissue or cloth between the eyeglass and the eye.
<Cylinder part>
The cylinder part of the present embodiment is formed by rounding cardboard into a cylindrical shape and fixing it with a stapler. The diameter of the cylinder was 50 mm and the length was 60 mm.
In order to circulate hot air, the cylinder may be a truncated cone. However, in Example 1, the cylinder was fitted to the face as much as possible without being fixed to the base.
<Net part>
The net part of the present example used a tea strainer using a net-like metal (manufacturer: Kaneko Press Co., Ltd., product number: 18-8 stainless steel teapot). One of the mesh portions was fixed with an adhesive tape at one end of the cylindrical portion so that the convex portion was fitted in the cylinder. The tape was doubled to avoid injury from the stapler core and to secure the net. Since the two nets have the same shape, they can be sufficiently fixed to the center by frictional force if they are simply overlapped. The net part must be arranged so as not to protrude from the other end of the cylinder part. This is because the heat source may come into contact with the human body if it protrudes. It is preferable that the heat source is located 30 mm to 60 mm inside from the other end of the cylindrical portion because an appropriate temperature can be transmitted.
In the present example, it was arranged 35 mm inside.
<Cover>
For the lid portion of this example, a square lid was made of commercially available origami. Since the heat source is fixed to the convex part of the net part, even if the lid is brought into contact with the net part on the opposite side, the lid does not burn. In the case where it is not known where the heat source moves in the net as in the prior art, there is a problem that the cost increases because it is necessary to make the heat source with a heat resistant material. In addition, since the lid portion of the present embodiment does not have a sealed structure, it can be expected that the effect of suppressing the escape of heat while allowing air to pass to some extent is exhibited in a well-balanced manner.
In addition, the lid can be easily removed, so the amount of heat can be adjusted by attaching or removing it.
Furthermore, the strength and heat retaining action can be enhanced by changing the material of the paper and using the paper in layers.
<Heat source>
In the present example, a cylindrical charcoal with a diameter of 10 mm was used as the heat source (manufacturer: Kamaya Mogusa Co., Ltd., product number: warm). By removing the lid and using it, smoke does not fill the cylinder, so the heat source can be changed to a normal mug.
<Heat source holder>
From the above, the heat source holding device of the present embodiment can be created.
Subsequently, the eyeglass device of the present embodiment is created by fixing the two heat source holding devices to the base portion.
In order to prevent the hot air from leaking outside the cylinder as much as possible, the cylinder part was not completely fixed to the base part so as to fit the face, but a certain range of movement was provided.
<Base part>
The base part of the present embodiment has the shape of a glasses frame. The lens part of plastic sunglasses (manufacturer: Daiso Sangyo Co., Ltd., part number: party / second party goods 3) was removed and used as the base part.
By adopting a plastic eyeglass frame, it becomes possible to flexibly fix one person with a certain kind of equipment, from a person with a large head to a small person to some extent, and can increase versatility. Since it is not necessary to prepare several kinds of equipment, it is economically superior.
<Cushion part>
The cushion part of the present example was formed by fixing a 7 mm thick fiber string with a tape on the end face of the cylinder part in contact with the face. A soft cushion makes it difficult to form a cylindrical mold on the face, and at the same time fits the face and makes it difficult for heat to escape. Since the diameter of the cushion portion is slightly larger than that of the cylindrical portion, the cylindrical portion is prevented from being detached from the spectacle frame while maintaining mobility.
<Warm glasses>
The eyeglass device of the present invention has two heat source holding devices fixed to a base portion. Fix each of the heat source holding devices one by one on the spectacle frame where the conventional lens was. With the cushion part of the heat source holder facing the face, it is inserted into the eyeglass frame, and the cushion part is slightly larger in diameter than the cylinder part, so that the cylinder part is fixed without being detached from the eyeglass frame while maintaining mobility. ing.
Then, the eyeglasses are put on, and the warm eye is completed by adjusting the position so that the cushion part covers each position of both eyes and just touches the face.
In this way, the positional relationship between the heat source and the eyes is fixed, so that an appropriate state is maintained even when the posture is greatly moved. Therefore, it is possible to warm the affected area with pinpoints, and it is also possible to change the posture while moistening, improving the ease and safety of the treatment, and at the same time fear of the subject The mind can be greatly reduced.
In addition, you can warm your eyes without looking at the heat source by putting a tissue or cloth between your eyeglasses and your eyes, so you are freed from the fear of seeing where the heat source is burning.

In addition to Example 1, the warm eye device of Example 2 has a structure in which a cylinder is doubled and slid.
In the present embodiment, the cardboard is stacked again on the cardboard fixed in a cylindrical shape to form a cylinder to form a double structure. The net part was fixed to one side and the cushion part was fixed to the other side in the same manner as in Example 1.
In this case, since the distance between the net portion to which the heat source is fixed and the other end of the tube portion can be adjusted by sliding, the temperature at the other end of the tube portion (approximately the eye position) can be adjusted. .
Depending on the person's physical condition, the feeling of heat differs depending on the physical condition, but the comfortable heat is various, but by sliding the cylinder part, the amount of heat can be easily adjusted during use, and to many people It becomes possible to respond.

Claims (5)

A substantially semicircular mesh portion in contact with one end of the cylindrical portion, and a removable lid portion that covers the opposite side in contact with the cylindrical portion of the mesh portion, the mesh portion is composed of two substantially identical mesh portions; It is possible to fix the heat source by being sandwiched between them, and the heat source is held at an inner position where it is not exposed from the other end of the cylindrical portion. The heat source holding device according to claim 1, wherein the cylindrical portion has a mechanism capable of adjusting a length, and the distance between the other end of the cylindrical portion and the heat source can be adjusted. A warm eyepiece in which two heat source holding devices according to claim 1 or 2 are fixed to a base portion. The warm eyepiece according to claim 3, wherein the base portion has a shape of a spectacle frame, and conventionally two heat source holding devices are fixed at a position where the lens is arranged. The warm eyepiece according to claim 4 which has a cushion part in the other end of said cylinder part.

Images