JP2009153554A - Moxibustion unit - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a moxibustion unit easily regulating the temperature according to the liking of a treated person, and self-standing and enabling efficient moxibustion. <P>SOLUTION: The moxibustion unit comprises a body part 2 and a support means 3. The body part 2 comprises a heat storage space 5 in a prescribed shape whose bottom face 9 is opened; an insertion hole 6 through which a stick-shaped moxa material 8 can be inserted into the heat storage space 5 from above the heat storage space 5; and a ventilation part 7 disposed at a different position from the insertion hole 6 to permit ventilation between inside and outside of the heat storage space 5. The width of the opened part K of the bottom face 9 is at least 10 cm and not more than 20 cm. The support means 3 can hold the stick-shaped moxa material 8 in the insertion hole 6 in the self-standing state and can support the moxa material at a desired insertion position. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a warm water heater, and more particularly to a warm water heater using a stick.

  Since ancient times, there has been a treatment method called acupuncture. Acupuncture is a treatment method that reduces the illness, stiff shoulders, and back pain by applying thermal stimulation to specific parts of the body called acupoints to promote blood circulation. There are two types of wrinkles: one with a heat source placed directly on the skin to leave a scar, and the other with no scars by inserting a buffer between the heat source and the skin. Then, untouched cocoons are most popular. As the types of untouched pots, there are, for example, intelligent heat pots, isolated pots, pedestal pots, stick pots, wharf pots, and the like. These cocoons have different shapes, types, and methods of the cocoons.

  Of these unrecognized spears, the knowledgeable heat spears and the wharf spears are performed only by trained practitioners with specialized knowledge because of the special tools and techniques used. On the other hand, fences, pedestal rods, and rods are relatively simple, and even ordinary people who are not trained can easily use them at home.

  As an example, as shown in FIG. 5 (a), a septum is placed on a treatment area 52 with a septum 50 such as garlic, ginger, loquat leaves, salt, etc. as a heat source. It is done with mochi 51. This is a technique for promoting blood circulation by the medicinal component of the septum 50 and the thermal stimulation of the sputum 51. The pedestal basket is a kind of the fence, and is a method of arranging the ridge 54 on the ready-made pedestal 53 that buffers heat as shown in FIG. The rod rod is a technique in which a rod-shaped rod material is brought close to the treatment site by hand, or the rod-shaped rod material 56 is moved close to the treatment site 57 using a warming device 55 as shown in FIG. .

  The above prior art is naturally performed by those skilled in the art, and the applicant is not aware of a document describing the prior art.

  However, the conventional fence shown in FIG. 5 has several problems. For example, in the case of FIG. 5A, it is difficult to change the distance between the piece 50 and the treatment location 52 during the treatment. This is because when the partition 50 is lifted, the ridge 51 placed thereon may spill out. Therefore, there is a problem that free temperature control is difficult. In addition, in the pedestal rod, it is possible to deal with an uneven treatment place 52 by placing and sticking an adhesive tape or the like on the back surface of the pedestal 53, but once it is pasted, the position and thickness of the pedestal 53 The position of the ridge 54 could not be changed. Therefore, there is a problem that it is difficult to adjust the temperature flexibly during the treatment.

  On the other hand, with a rod, it is possible to adjust the temperature extremely simply by changing the distance between the rod-shaped rod 56 and the subject. However, since it is necessary to support the rod-shaped rod 56 directly or to support the handle 58 of the warmer 55 and the like, the temperature cannot be adjusted when the hand is released. If you do this, you will be tired because you have to support yourself at home, and you will not be able to perform treatment for a long time, and even if you have other practitioners perform treatment, the practitioner will leave the site. It was inconvenient that it was not possible to perform the treatment and massage of other treatment areas during that time.

  Here, when using the conventional hot water heater 55, the usage which puts the main-body part 59 directly on a treatment location by releasing | separating a hand from the handle 58 is also considered. However, in the conventional warmer 55, the size of the main body portion 59 is relatively small and is about 5 cm. Therefore, it was expected that it would be difficult to glaze with your hands off. Moreover, even if it did not fall down, it would be inconvenient because the temperature could not be adjusted if it was released. Furthermore, since the main body 59 is small, only a narrow range can be heated when the hand is released, and a warmer that can easily warm a wider range has been desired.

  In view of the above, the present invention has an object to provide a warmer that can easily adjust the temperature according to the preference of the subject and can warm a wide range.

  The hot water heater according to the present invention is “a heat storage space having a predetermined shape with an open bottom surface, an insertion hole through which a rod-shaped padding material can be inserted into the heat storage space from above the heat storage space, and the insertion hole is different. A ventilation portion that allows air to flow between the inside and the outside of the heat storage space, a body portion having a width of the opening of the bottom surface of not less than 20 cm and not more than 20 cm, and a rod-shaped saddle material in the insertion hole And a supporting means that can be held in a self-supporting state and can be supported at a desired insertion position ”.

  Here, “the width of the opening on the bottom surface” indicates the size of the open bottom surface. For example, if the shape of the bottom surface is circular, the diameter is the triangle. In the case of a quadrangle, the length of a diagonal line or the length of a diagonal side is shown, and in the case of a polygon of a pentagon or more, the length of any one diagonal line is shown.

  In addition, the “bar-shaped rod material” refers to a rod-shaped rod material such as a rod that is formed into a rod shape. “Bar-shaped rods” are commercially available, for example, in a columnar shape with a thickness of 15 to 20 mm and a length of about 200 mm. However, the shape, length, and thickness are not particularly limited to the above values. .

  Further, examples of the shape of the “main body portion” include dome shapes (bowl shapes), cylindrical shapes, cube shapes, rectangular parallelepiped shapes, conical shapes, triangular pyramid shapes, and the like. In addition, as long as the bottom surface is open, the shape is not limited to the above shape, but the width of the opening on the bottom surface is 10 cm or more and 20 cm or less. This is because if the width of the opening on the bottom surface is less than 10 cm, the stability of the main body at the time of glazing is poor and the body may fall during glazing. Further, if the width of the opening is less than 10 cm, there is a problem that only a relatively narrow range can be heated. On the other hand, the width of the opening at the bottom is 20 cm or less. If it exceeds 20 cm, it will be too large, so that it will stick out when placed on the human body, and the stability of the body part during glazing may deteriorate. Moreover, when it exceeds 20 cm, when a bottom face is made to contact the treatment site | parts, such as a human body, there exists a possibility that a main-body part may protrude and a bottom face may not be obstruct | occluded. If it does so, since heat | fever and smoke will leak from a clearance gap and a case where a glazed location cannot be heated efficiently is concerned, it needs to be 20 cm or less.

  In the main body of the present invention, “the shape of the main body may be characterized in that the height from the bottom surface to the insertion hole is substantially equal to or smaller than the width of the opening”. When configured in this way, the stability of the main body is further improved with the bottom face down and in contact with the treatment site (when glazing). Can be provided.

  Moreover, as a structure of a "support means", the case where it comprises, for example as an internal diameter of an insertion hole and an internal diameter substantially equal (or slightly small) with a rod-shaped rod material can be illustrated. This is because when a rod-shaped rod is inserted into such an insertion hole, the rod-shaped rod is pressed against the inner wall of the hole and can be supported at a desired position by friction.

  Further, a configuration in which a cylinder extending above the insertion hole is provided and a hole in a direction perpendicular to the axis is provided on the cylindrical tube wall is also conceivable. A screw groove is provided in the hole, a male screw fitted into the screw groove is fitted, and the rod-shaped rod material inserted into the cylinder and the insertion hole is brought into pressure contact with the tip of the male screw. Even if comprised in this way, it becomes possible to support a rod-shaped saddle material in a desired insertion position.

  A method of arranging an elastic member inside the insertion hole is also conceivable. When a rod-shaped saddle member is inserted into the insertion hole, the elastic member is elastically deformed according to the shape of the rod-like saddle member. If it does so, since an elastic member press-contacts a rod-shaped brazing material, the said brazing material can be supported in a desired insertion position.

  Any one of the configurations of the support means may be employed, or any combination thereof may be employed. Moreover, since said method is an example, it will not be limited to the above-mentioned form, if it can hold | maintain the rod-shaped saddle material in the insertion hole in the self-supporting state, and can support it in a desired insertion position.

  Therefore, according to the hot water heater of the present invention, since the supporting means is provided, when the rod-shaped rod material is inserted into the insertion hole, the rod-shaped rod material is held in a self-supporting state and is supported at a desired insertion position. can do. And among the rod-shaped saddle members, the front end portion of the main body portion that is inserted into the heat storage space is lit, and the bottom surface is brought into contact with the treatment site. If it does so, since the main-body part is the predetermined shape by which the bottom face was open | released, the heat | fever which a rod-shaped saddle material emits will be filled in the thermal storage space, and will be transmitted to the treatment location from the open bottom face.

  Here, since the diameter of the bottom surface of the main body is 10 cm or more and 20 cm or less, in addition to not losing the stability of the main body even in a state where the hand is released, heat and smoke are efficiently given to the treatment site, Effective warmth can be achieved. Furthermore, since the support means is provided, the brazing material can be supported at a desired insertion position in a self-standing state, and temperature adjustment is simple. In addition, heat can be transmitted over a wide range compared to conventional warmers. In addition, the main body is equipped with a ventilation part that allows air to flow between the inside and outside of the heat storage space, so that the burning state of the wood is maintained in the heat storage space even when the bottom surface is blocked by the treatment location. Is done. Furthermore, since the bottom surface is open, not only the heat but also smoke generated by the firewood hits the treatment site.

  As described above, according to the warmer of the present invention, since the diameter of the bottom surface is 10 cm or more, it is difficult to fall down even when the hand is released, the glazing can be continued stably, and a relatively wide range can be warmed. . Moreover, since the diameter of a bottom face is 20 cm or less, it does not become so obstructive when carrying, and heat and smoke can be efficiently transmitted to the treatment site. Furthermore, according to the warming device of the present invention, it is not necessary to manually support the rod-shaped rod material or to continue to support the warming device via a handle or the like, so that the rod can be enjoyed hands-free. Therefore, even if it is applied for a long time, it does not get tired, and efficient glazing that allows simultaneous progress with other acupuncture and massage is enabled. Furthermore, since the distance relationship between the treatment site and the rod-shaped saddle member can be arbitrarily adjusted, free temperature adjustment is possible and comfortable.

  Further, in the hot water heater of the present invention, “the main body portion is made of a wood-based material”.

  Here, “woody material” is intended to include not only solid wood cut out to the required dimensions from a single raw wood, but also woody material in which small wooden pieces and thin plates are bonded together with an adhesive. is there. Examples of such a wood-based material include a laminated material, a single plate laminated material, a plywood, a particle board, a fiber board, and the like. In addition, “consisting of a wood-based material” means not only a configuration in which the entire shape is cut out from a single wood-based material but integrally formed, and a plurality of small parts are combined to configure the entire shape. A method such as pouring a piece of wood and an adhesive into a predetermined form and configuring the entire shape of the main body can be exemplified.

  Therefore, according to the hot water heater of this invention, the main-body part which contacts a treatment location is comprised with the wooden material. Since the wood-based material has a lower thermal conductivity than metals, ceramics, resins, and the like, the heat insulating performance is high, and the heat generated by the rod-shaped brazing material can be efficiently confined in the heat storage space. In addition, since the main body does not become too hot even when applied for a long time, there is an effect that the subject does not feel the heat even if the treatment is performed in direct contact with the skin. Furthermore, even if the main body part is brought into direct contact with the skin, the heat of the body is not taken away by the main body part, so that it does not feel harsh. Therefore, since the patient does not feel cold immediately after the start of the treatment, a warming apparatus that can be comfortably treated even in winter can be provided.

  By the way, when a predetermined time elapses after the rod-shaped rod material is ignited, the rod burns and turns into ash. Therefore, when adjusting the insertion position of the rod-shaped saddle member by the support means, it is preferable to determine in consideration of the time for which continuous brazing is desired. For example, if the insertion amount of the rod-shaped brazing material inserted into the main body is too small, the burning time of the brazing material in the heat storage space may be shortened and a sufficient warming effect may not be obtained. On the other hand, if the amount of the rod-shaped collar inserted into the main body is too large, the distance between the treatment site and the rod-shaped collar will be too short, and the patient may feel hot and uncomfortable. . Therefore, the insertion position may be changed appropriately according to the preference of the subject and the physical condition of the day.

  However, when the insertion position is changed, the brazing material may be burned out at an earlier stage than the planned glazing time. In other words, if the subject feels heat and wants to keep the burning position of the firewood away from the treatment site, it is possible to reduce the amount of rod-like firewood inserted, but as a result of the reduction, the heat storage space is faster than the scheduled time. This is because the firewood inside is burned out. In addition, it may be possible to inadvertently increase the glazing time longer than expected due to misunderstandings, etc. In such a case, the length of the rod-shaped cocoon material will become shorter (become ash), exceeding the part supported by the support means. May burn out. If it does so, the problem that it becomes impossible to hold | maintain the self-supporting state of a rod-shaped eaves material may generate | occur | produce.

  Therefore, in the hot water heater of the present invention, it is further assumed that “it further includes a cylindrical portion that is arranged to extend above the insertion hole and assists the self-supporting state of the rod-shaped rod material supported by the support means”. it can.

  According to the warming device of the present invention, the cylindrical portion arranged to extend above the insertion hole is further provided, and it is possible to assist the self-supporting state of the rod-shaped saddle supported by the supporting means. Therefore, even if the firewood burns out beyond the part that is supported, the cylindrical portion assists the self-supporting state, so there is no fear that the firewood will fall or be broken. Further, since the cylindrical portion is arranged to extend above the insertion hole, it also functions as a guide member when inserting a rod-shaped saddle material from above the insertion hole, enabling a smooth insertion operation. This makes it possible to provide a warmer that is easier to use and safer.

  Thus, according to the hot water heater of the present invention, since the main body portion that can hold the rod-shaped rod material in a self-supporting state is provided, the rod rod can be formed in a hands-free state by releasing both hands. Therefore, even if it is applied for a long time, it does not get tired, and efficient glazing that allows simultaneous progress with other acupuncture and massage is enabled.

  Hereinafter, a hot water heater according to an embodiment of the present invention will be described with reference to FIGS. 1 to 3. FIG. 1 is a cross-sectional view of the present invention when viewed from the side, FIG. 2 is a perspective view when the warmer is viewed from the bottom, and FIG. 3 is an explanatory view for explaining how to use the warmer.

  As shown in FIGS. 1 and 2, the warming device 1 of the present example includes a main body portion 2, a support means 3, and a cylindrical portion 4. It is an instrument that performs warming using the

  The main body 2 in this example is a member that forms a main body portion of the warming device 1, and is configured by being cut out integrally from the keywood wood. More specifically, as shown in FIG. 2, it has a dome shape having a heat storage space 5 with an open bottom surface 9. The bottom surface 9 has a substantially circular shape with an opening width K (diameter) of about 11 cm, and the height from the bottom surface 9 to the insertion hole 6 is about half of the diameter (about 5.5 cm). On the upper surface, an insertion hole 6 for inserting the brazing material 8 from above is provided. Further, a plurality of ventilation portions 7 formed so that air can move between the inside and the outside of the heat storage space 5 are provided on the side surface.

  The support means 3 is a member that holds the saddle member 8 inserted through the insertion hole 6 in a self-supporting state and supports it at a desired insertion position. More specifically, as shown in FIG. 1, it is an annular member integrally provided on the inner wall of a cylindrical portion 4 (described later), and its inner diameter is substantially equal to the diameter of the predetermined brazing material 8. Therefore, when the brazing material 8 is inserted into the support means 3, the outside of the brazing material 8 and the inner wall of the support means 3 come into contact with each other. As a material, a known flame retardant plastic is adopted.

  The cylindrical portion 4 is a cylindrical member arranged to extend above the insertion hole 6 and assists the self-supporting state of the saddle member 8 supported by the support means 3. Since the inner diameter is larger than the diameter of the predetermined brazing material 8, the brazing material 8 can be inserted smoothly. As described above, since the material is integrally formed with the support means 3 as described above, it is a flame-retardant plastic like the support means 3.

  In addition, in the hot water heater 1 of this example, the brazing material 8 whose thickness is about 16 mm and whose length is about 210 mm is used. Naturally, the thickness and length of the brazing material 8 are not limited to the above numerical values, but the inner diameter of the support means 3 and the cylindrical portion 4 may be changed according to the thickness of the brazing material 8 to be selected. This is because if the thickness of the brazing material 8 is larger than the inner diameters of the support means 3 and the cylindrical portion 4, the brazing material 8 cannot be inserted into these. On the other hand, when the saddle member 8 is narrower than the inner diameter of the support means 3, the outer side of the saddle member 8 and the inner wall of the support means 3 do not contact each other and may not be supported at a desired position. Moreover, it is good to select the length of the cylindrical part 4 according to the length of the brazing material 8 (it is about 50 mm in this example). This is because if the cylindrical portion 4 is too short compared to the length of the brazing material 8, it may be difficult to assist the self-supporting state of the brazing material 8. On the other hand, if the cylindrical portion 4 is too long compared to the length of the brazing material 8, most of the brazing material 8 is hidden in the cylindrical portion 4 where it is difficult for air to enter and exit. This is because the ratio increases. Therefore, it is preferable to select the support means 3 and the cylindrical portion 4 of an appropriate size according to the thickness and length of the brazing material 8 to be used.

  Next, the usage method of the hot water heater 1 of this example is demonstrated using FIG. First, as shown in FIG. 3A, the brazing material 8 is inserted into the insertion hole 6. Since the cylindrical portion 4 extending above the insertion hole 6 is installed in the warmer 1 of this example, the cylindrical portion 4 can serve as a guide member to smoothly insert the brazing material 8 into the insertion hole 6. it can. And the brazing material 8 is inserted deeply until the front end side 8a reaches | attains in the thermal storage space 5 (refer FIG.3 (b). The following is the same) of the main-body part 2. FIG.

  And as shown in FIG.3 (b), the suitable ignition means 10 is used and the front end side 8a of the brazing material 8 is ignited. In addition, although the method of igniting after inserting the brazing material 8 in the thermal storage space 5 is illustrated in this example, the reverse may be sufficient. That is, first, the tip end side 8 a of the brazing material 8 may be lit and then inserted from above the cylindrical portion 4. However, when ignited after insertion as in the present example, the burning tip portion 8a does not directly touch the cylindrical portion 4 or the support means 3 (see FIG. 1), which is safer.

  Subsequently, as shown in FIG. 3C, the bottom surface 9 of the main body 2 is brought into contact with the treatment site 11 (in this example, the umbilical portion of the human body is illustrated). When the opened bottom surface 9 is blocked by the treatment site 11, the heat of the distal end side 8 a of the brazing material 8 is filled in the heat storage space 5, and a warming effect is brought about to the treatment site 11. The emitted smoke hits the treatment site 11. In this example, since the diameter of the bottom surface 9 is approximately 11 cm, a relatively wide range can be heated as compared with the case of using a conventional barb or a hot water heater. Further, not only the heat but also the medicinal component and scent component of the smoke emitted from the brazing material 8 can be permeated into the treatment site 11. The main body 2 is provided with a plurality of ventilation portions 7, so that the passage of air is not hindered even if the bottom surface 9 is closed. Therefore, the burning state of the brazing material 8 is maintained.

  Here, since the main-body part 2 of this example is comprised from the keywood, it does not feel cold even if it touches skin directly. Further, since wood has a higher heat insulating effect than metals and ceramics, it is difficult for heat generated from the brazing material 8 to escape to the outside of the main body 2. Therefore, heat can be efficiently confined in the heat storage space 5.

  Then, the saddle material 8 is moved up and down to adjust the temperature so that the subject feels comfortable. If the heat is insufficient, the insertion amount of the brazing material 8 is increased and the distal end side 8a is moved downward to bring it closer to the treatment site 11. When too hot, conversely, the insertion amount of the brazing material 8 is reduced and the distal end side 8a is moved upward and away from the treatment site 11. Since the brazing material 8 of this example is supported by the support means 3, the insertion position can be moved to an arbitrary place. Thus, it is possible to enjoy the rod while adjusting the temperature freely according to the preference of the subject.

  When the rod is finished, the brazing material 8 is extracted from the main body 2. And as shown in FIG.3 (d), the front end side 8a is immersed in the container 12 which stored water. In this way, the fire on the tip side 8a is extinguished. The digestion method is not limited to the above, and the tip side 8a may be inserted into a small fire extinguisher to cut off the supply of oxygen, or the tip side 8a may be pressed against an ashtray to extinguish the fire. Since the brazing material 8 of this example can be reused by simply drying it even if it is soaked in water, it is not necessary to use the brazing material 8 all at once. In this way, the stick using the hot water heater 1 of this example is completed.

  As described above, according to the hot water heater 1 of this example, the width K of the opening of the bottom surface 9 is about 11 cm, and the height from the bottom surface 9 to the insertion hole 6 is approximately half the width K (about 5.5 cm). Therefore, the stability at the time of glazing (see FIG. 3C) is very good. Furthermore, since the support means 3 is also provided, temperature adjustment is easy and a comfortable temperature state is maintained even when the hand is released. Therefore, even if it is applied for a long time, it does not get tired, and it is possible to proceed with other acupuncture and massage at the same time. Furthermore, since the width K of the opening of the bottom surface 9 is about 11 cm, a wider range can be warmed compared to conventional rods and warmers.

  Furthermore, according to the hot water heater 1 of this example, the main body 2 that contacts the treatment site 11 is made of wood. Therefore, heat insulation is high compared to metal, ceramics, resin, etc., and the heat generated by the brazing material 8 can be efficiently confined in the heat storage space 5. Moreover, since the main body part 2 does not become too hot even if it is applied for a long time, there is an effect that the subject does not feel the heat even if it is brought into direct contact with the skin. Furthermore, even if the main body 2 is brought into direct contact with the skin, the heat of the body is not taken away by the main body 2 and does not feel harsh. Therefore, it is possible to provide a warming apparatus 1 that can be operated comfortably even in winter.

  Moreover, according to the hot water heater 1 of this example, the cylindrical part 4 extended and arrange | positioned above the penetration hole 6 is further provided. Thereby, it is possible to assist the self-supporting state of the saddle member 8 supported by the support means 3. That is, even if the brazing material 8 burns out beyond the part that is supported, the cylindrical portion 4 assists the self-supporting state of the brazing material 8, so there is no fear that the brazing material 8 will fall or break. Moreover, since the cylindrical part 4 is extended and arrange | positioned above the insertion hole 6, it functions also as a guide member at the time of inserting the collar material 8 from the upper direction of the insertion hole 6, and enables smooth insertion operation | work. This makes it possible to provide one warmer that is easier to use and safer.

  The present invention has been described with reference to the preferred embodiments. However, the present invention is not limited to these embodiments, and various improvements and modifications can be made without departing from the spirit of the present invention, as described below. Design changes are possible.

  That is, according to said embodiment, although the support means 3 and the cylindrical part 4 which were fixed to the main-body part 2 were illustrated, it is not limited to this structure. Either one or both may be attached to the main body 2 in a detachable state. If comprised in this way, even if the length and thickness of the collar 8 change, it can respond by changing at least one of the support means 3 or the cylindrical part 4 to the thing of another size.

  Moreover, according to said embodiment, although the cylindrical part 4 whose length is about 50 mm was illustrated, it is not limited to this size, It is good also as a cylindrical part 4 with variable length. For example, a configuration in which the cylindrical portion 4 is composed of two upper and lower parts, a female screw groove is provided in the lower cylindrical portion, and a male screw portion that fits into the female screw groove is provided in the upper cylindrical portion. If comprised in this way, the whole length of the cylindrical part 4 can be made variable by adjusting the tightening degree of an internal thread part and an external thread part. Therefore, the cylindrical portion 4 having a well-balanced length can be selected according to the length of the saddle member 8, which is more convenient.

  Moreover, according to said embodiment, although the support means 3 which is an annular member whose internal diameter is substantially equal to the diameter of the brazing material 8 was illustrated, it is not limited to this structure. For example, as shown to Fig.4 (a), the structure using the cylindrical part 12 with a notch arrange | positioned on the insertion hole 6, and the well-known binding means 17 etc. can be illustrated. As shown in FIG. 4A, when a part of the upper part of the cylindrical member is cut away, the remaining part is left as a section 12a. By fixing the brazing material 8 inserted using the bundling means 17 to the section 12a, the brazing material 8 can be fixed at a desired insertion position. The binding means 17 may be any one that can bind an appropriate wire, string, binding band, or other brazing material 8 to the slice 12a.

  Further, as shown in FIG. 4B, the support means 3 may be constituted by a cylindrical portion 13 arranged to extend above the insertion hole 6 and a known clip 14. The brazing material 8 is inserted into the cylindrical portion 13, and the clip 14 is locked to the brazing material 8 so that a desired insertion position is obtained. Furthermore, as shown in FIG. 4 (c) (FIG. 4 (c) shows a part of a longitudinal sectional view), a cylindrical portion 15 arranged to extend above the insertion hole 6, an elastic member 16, and The support means 3 may be configured as described above. When the brazing material 8 is inserted into the cylindrical portion 15, the elastic member 16 is elastically deformed to press the brazing material 8 and is supported at a desired insertion position by a frictional force. In FIG. 4C, the leaf spring-like elastic member 16 is illustrated. However, if the elastic member is elastically deformed and supports the saddle member 8 such as a coil spring-like member or a rubber-like member, The configuration is not limited.

  Moreover, you may add the suitable accommodating means which catches the burning residue of the soot material 8 to the warmer 1 of this example. As a form of the accommodating means, for example, a configuration in which a known net member is stuck in the heat storage space 5 of the main body 2 can be exemplified (not shown). If such a storage means is added, even if the ash and burning residue 8 is of a type that emits ash and burning residue after combustion, the burning residue and the like will not be dropped at the treatment site 11, so the types of the burning material that can be used are expanded. Convenient.

It is a longitudinal cross-sectional view in the case of seeing the warming device of the present invention from the side. It is a perspective view at the time of seeing a hot water heater from the bottom side. It is explanatory drawing explaining the usage method of a heater. It is explanatory drawing which shows the other form of a support means. It is explanatory drawing which shows the conventional warmer etc.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Hot water heater 2 Main body part 3 Support means 4 Cylindrical part 5 Thermal storage space 6 Insertion hole 7 Ventilation part 8 Bar-shaped saddle material (saddle material)
9 Bottom

Claims (3)

A heat storage space having a predetermined shape with an open bottom surface, an insertion hole through which a rod-shaped brazing material can be inserted into the heat storage space from above the heat storage space, and the interior of the heat storage space provided at a position different from the insertion hole A main body part having a width of 10 cm or more and 20 cm or less of the opening of the bottom surface,
A heating apparatus comprising: a supporting means capable of holding a rod-shaped saddle material in a self-standing state in the insertion hole and supporting the rod-shaped saddle material at a desired insertion position.   The warmer according to claim 1, wherein the main body is made of a wood-based material.   The hot-spring according to claim 1 or 2, further comprising a cylindrical portion that extends above the insertion hole and assists the self-supporting state of the rod-shaped saddle supported by the support means. vessel.

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