KR102114689B1 - Moxibustion Apparatus - Google Patents

Abstract

The present invention relates to a moxibustion all over the mouth, the support portion of a hemispherical structure that traps and transfers the heat generated in the combustion process of the main stem to the body part while being raised on the user's body part for receiving moxibustion treatment , The moxibustion of the container-shaped structure that is mounted on the upper portion of the base to induce the moxibustion generated at the constant height of the body part toward the body at a certain height of the body portion, while receiving the combustible rouge, and the moxibustion A moxibustion warmer made of components of a three-stage structure that includes a lid part of a pot-shaped structure that closes the top of the moxibustion in a manner that opens and closes the top of the portion to block external loss of heat generated from the main stem. By providing, it is possible to provide a beautiful appearance, such as porcelain levitation in the body part, the temperature control of the warmth and porcelain, along with the position control of the floating ball.

Description

Moxibustion Apparatus}

The present invention relates to a moxibustion moxibustion (溫 筒 灸), and more particularly, to a moxibustion moxibustion opening made of a stone and germanium material, and consisting of a three-stage configuration of a base, a moxibustion, and a cover.

In general, the moxibustion tonggu is mostly made of wood, which is easily burned or incompletely burned by sparks falling during the combustion process of Aejugu and the aesthetics of the tonggu. It is common to undermine.

Occasionally, even in the process of moxibustion treatment, placing aeju-gu on all woody woods, and even burning all over the woods by sparks falling due to the strong combustibility of aeju-gu. There is a problem, and the burning of the whole mouth may cause burns to users who are sleeping or resting during the moxibustion treatment process.

In addition, indoors may lead to fires due to sparks falling during the burning process of wood, and such indoor fires are often generated.

On the other hand, it can be referred to that the prior art documents disclosed below are patent documents related to all over the mouth for moxibustion treatment, but these patent documents disclosed below are above all problems that cannot be prepared for the overturning of all over the mouth, i.e. Is overlooking the problem that is pouring out and is not solving it.

Of course, the registered utility model No. 20-0471634 disclosed below applies a screw structure to prepare for the overturning of a mugwort manufacturing tool, but this screw structure is a method of rotating the pressure tool 30 to the main body 10, so Since the spheres must be rotated to a certain rotational speed, the separation between the pressure spheres and the main body can be prevented from being separated from each other, and there is inconvenience in the rotation operation of the pressure spheres.

Patent Document 001: Registered Utility Model No. 20-0462002 Patent Document 002: Utility Model Registration No. 20-0469694 Patent Document 003: Utility Model Registration No. 20-0480676 Patent Document 004: Registered Patent No. 10-1740544 Patent Document 005: Registered Patent No. 10-1244441 Patent Document 006: Registered Patent No. 10-1436727 Patent Literature 007: Registered Utility Model No. 20-0471634

The present invention for solving the above-mentioned problems, while providing a structure in which the main body raised to the body part is floated in the body part, and at the same time, adjusts the feeling of warmth transmitted to the body part, and supports, moxibustion, and cover The purpose of the present is to provide a beautiful appearance, such as porcelain, with the structure of the three-level loading component of the part, and to provide the convenience of operation of the locking part to prevent the separation of the cover part at the same time.

The present invention for achieving the above-mentioned object, the support of the hemispherical structure to be transferred to the body part by trapping the heat generated in the combustion process of the main stem (올려) while being raised on the user's body part for receiving moxibustion treatment The moxibustion portion of the container-shaped structure that is mounted on the upper portion of the supporting portion to induce moxibustion toward the body at a certain height of the body part while receiving the combustible rouge, and the warmth generated in the rouge, and the Moxibustion consisting of three-stage components including a lid part of a pot-shaped structure that closes the top of the moxibustion in a manner that opens and closes the top of the moxibustion to block external loss of heat generated from the main stem. There is a work feature in a ward.

The support portion, the moxibustion portion mounted on the support portion, and the cover portion mounted on the moxibustion portion, the engaging projection protruding from the fitting frame of the cover portion is inserted vertically into the fitting groove formed in the clamping portion of the moxibustion portion While being rotated horizontally, it is inserted into a locking groove in communication with the fitting groove, and with a fitting coupling structure to be locked, a coupling protrusion protruding from the hooking portion of the moxibustion portion is inserted vertically into a fitting groove formed in the retaining ring of the support portion and horizontally. It is characterized by one feature in the moxibustion opening that is locked to each other through a combination of the fitting engagement structure that is inserted into the engaging groove communicating with the fitting groove while being rotated.

The support portion is a cylindrical structure that traps heat and transfers it to a body part and supports the load of the moxibustion part and the lid part, but a convex support member made of a convex shape drawing a gentle curve toward the upper part from the left and right parts of the lower circumference toward the center part. , It extends from the top of the support member toward the upper portion is characterized in that the moxibustion all over the mouth further comprises a hooking ring for attaching the moxibustion for mounting of the moxibustion.

The moxibustion portion is a container structure for holding the main stem, and is inserted into the receiving hole of the pedestal and inserted into the receptacle, and is enlarged to a shape having a larger diameter than the diameter of the moxibustion at the top of the moxibustion tube, and is attached to the attachment ring of the pedestal, At the top, there is one feature in the moxibustion tonggu further comprising a hanging cylinder having a cylindrical structure in which the cover is opened and closed.

The lid portion is a pot lid member having a pot lid structure that shields a receiving hole of the hook, and protrudes downward from a bottom surface of the pot lid member, and is inserted into a receiving hole of the hook, but inserted into a form in close contact with the inner circumferential wall of the hook. It has a feature in the moxibustion all over the mouth further comprising a fitting frame and a handle configured to protrude in the upper center of the pot lid member.

Each circumference of the fitting frame and the hooking cylinder is formed with a plurality of venting holes, which are arranged in a predetermined distance, respectively, to the venting holes and the hooking cylinder formed in the fitting through rotational adjustment of the fitting frame. The formed vent holes have a feature in a moxibustion warmer that is matched with a structure that communicates with each other.

In the boundary portion between the cradle and the moxibustion portion of the moxibustion, the diameter to the lower circumference of the cradle is more enlarged than the diameter to the top circumference of the moxibustion tube. The diameter to the lower inner circumference of the cradle is more reduced than the diameter to the upper inner circumference of the moxibustion tube. It has a feature in the moxibustion tongs that alleviates dry cracking or cracks caused by the impact of the moxibustion caused by the heat and heat generated by the combustion of the cast.

On the other hand, a support portion of a hemispherical structure that is mounted on a user's body part for receiving moxibustion treatment and traps the heat generated during the combustion process of the main body and transmits it to the body part, and is mounted on the top of the support portion A container-shaped structure that induces moxibustion toward the body at a certain height of the body part while accommodating the combustible zhuge (艾 炷 灸), and the upper part of the moxibustion opening and closing method. Consists of a three-stage structure comprising a lid portion of a pot-shaped structure that closes the top of the moxibustion to block the external loss of heat generated from the main stem, and the base, the moxibustion, and the The cover part is made of any one or more of stone, germanium, earth, and bamboo materials, but when the base, the moxibustion, and the cover part are made of bamboo, a flame retardant coating is further applied to the surface of the bamboo. It has a feature of being coated all over the moxibustion.

The support portion, the moxibustion portion mounted on the support portion, and the cover portion mounted on the moxibustion portion, the engaging projection protruding from the fitting frame of the cover portion is inserted vertically into the fitting groove formed in the clamping portion of the moxibustion portion While being rotated horizontally, it is inserted into a locking groove in communication with the fitting groove, and with a fitting coupling structure to be locked, a coupling protrusion protruding from the hooking portion of the moxibustion portion is inserted vertically into a fitting groove formed in the retaining ring of the support portion and horizontally. It is characterized by one feature in the moxibustion opening that is locked to each other through a combination of the fitting engagement structure that is inserted into the engaging groove communicating with the fitting groove while being rotated.

The support portion is a cylindrical structure that traps heat and transfers it to a body part and supports the load of the moxibustion part and the lid part, but a convex support member made of a convex shape drawing a gentle curve toward the upper part from the left and right parts of the lower circumference toward the center part. , It extends from the top of the support member toward the upper portion is characterized in that the moxibustion all over the mouth further comprises a hooking ring for attaching the moxibustion for mounting of the moxibustion.

The moxibustion portion is a container structure for holding the main stem, and is inserted into the receiving hole of the pedestal and inserted into the receptacle, and is enlarged to a shape having a larger diameter than the diameter of the moxibustion at the top of the moxibustion tube, and is attached to the attachment ring of the pedestal, At the top, there is one feature in the moxibustion tonggu further comprising a hanging cylinder having a cylindrical structure in which the cover is opened and closed.

The lid portion is a pot lid member having a pot lid structure that shields a receiving hole of the hook, and protrudes downward from a bottom surface of the pot lid member, and is inserted into a receiving hole of the hook, but inserted into a form in close contact with the inner circumferential wall of the hook. The fitting frame further includes a handle configured to protrude in the upper center of the pot lid member, and the flame retardant coating contains silicon dioxide (sio2) -based fine particle powder in the adhesive binder, and the fine particle powder has a particle size of 35 to 50. It is characterized by a moxibustion all made up of microscopic particle size.

According to the above, the present invention is provided with a structure in which the three-stage structure of the base, the moxibustion, and the cover is stacked to burn the main stem from the body part to a structure floating in the middle of the body, thereby improving the combustibility of the main stem and thereby causing the main stem It can significantly improve the moxibustion healing of body parts by transferring the warmth generated in the body parts.

In addition, the present invention is a relationship that can adjust the degree of warmth that is transferred to the body by adjusting the position of the prosthesis in relation to placing the prosthesis contained in the moxibustion on the bottom of the moxibustion or the wire mesh caught in the cradle. , It is possible to satisfy the moxibustion healing taste of users by adjusting the location of the aeguro ball according to the taste preferences of the moxibustion users.

In addition, the present invention prevents separation and separation between the base, the moxibustion, and the lid through the coupling projections of the base, the moxibustion, and the cover itself and the fitting coupling structure of the fitting groove and the locking groove, thereby overturning the whole mouth ( Problems such as skin burns caused by pouring of Aejugu according to 顚 覆) can be prevented, thereby providing safety to the use of the whole mouth.

1 is a perspective view of a first embodiment showing the overall shape of the moxibustion all over the sphere of the present invention in three dimensions.
FIG. 2 is a perspective view of a three-dimensional separation showing three-dimensional separation of the components of the moxibustion alluvial bulb shown in FIG. 1.
FIG. 3 is a cut-away view of a moxibustion alluvial incision in a longitudinal direction in order to grasp the internal structure of the moxibustion allantoin shown in FIG. 1.
4 is an exploded perspective view of a second embodiment showing three-dimensionally separated components of the moxibustion all over the present invention.
FIG. 5 is a conceptual cutaway view showing a cross-section of a coupling structure between a first network container and a second network container of the network container illustrated in FIG. 4.
FIG. 6 is a conceptual plan view of the network container illustrated in FIG. 4 showing a coupling structure between the first network container and the second network container in a plane.
7 is an exploded perspective view of a third embodiment showing the components of the moxibustion all over the neck of the present invention in three dimensions.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Advantages and features of the present invention, and methods for achieving them will be clarified with reference to embodiments described below in detail together with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various different forms, and only the embodiments allow the publication of the present invention to be complete, and common knowledge in the technical field to which the present invention pertains It is provided to completely inform the person having the scope of the invention, and the present invention is only defined by the scope of the claims.

The moxibustion warmer according to the present invention is a support portion 30 that is raised to a user's body part for receiving moxibustion treatment, as shown in FIGS.艾 炷 灸, MC) may be made of three-stage components consisting of a moxibustion portion 20 that is combusted and a cover portion 10 that opens and closes the top of the moxibustion portion.

These moxibustion warmers can be made of stone or germanium as materials for the base 30, moxibustion 20, and cover 10 constituting the three stages, but in the case of stone or germanium materials, Aejugu (艾炷 灸, not only the burning phenomenon due to the sparks falling during the combustion process of MC) can be prevented, but also the fire caused by this can be prevented.

Of course, these moxibustion warmers are materials of the base 30, the moxibustion 20, and the cover 10 constituting the three stages. In particular, they are also used as a soil material or a bamboo material used in the furnace. It may be constructed, but when it is made of a soil material used in a furnace, it can provide a beautiful appearance of moxibustion in a manner that presents a beautiful appearance of color along with a beautiful curved line such as porcelain.

The soil material may be composed of 55 to 70 parts by weight of clay, 10 to 25 parts by weight of quartz soil, and 5 to 20 parts by weight of bitumen soil, and the clay may be extracted from shale of sedimentary rocks, Quartz soil can be extracted from gneiss of metamorphic rocks, and can be extracted from quartzite.

In particular, the clay is preferably made of clay of 0.0007 to 0.005 particle size, the quartz soil is preferably made of 0.003 to 0.08 particle size silt, and the quartzite is 0.005 to 0.08 particle size silt It is preferable to consist of (微 砂).

Particularly, if the clay exceeds 70 parts by weight and is less than 0.0007 particle size, cohesiveness and viscosity to the soil may be excellent in the process of making moxibustion, but due to the strong adhesion of the soil, While it can provide discomfort, if it is less than 55 parts by weight and exceeds 0.005 particles, the cohesiveness and viscosity of the soil are low, so the tightness of the moxibustion can not be guaranteed, but the low adhesion of the soil is moxibustion The fabrication workability of the sphere can be improved.

On the other hand, if the quartz soil exceeds 25 parts by weight and the size of 0.08 particles is also exceeded, the moxibustion tongs are resistant to weathering, but the cohesiveness and viscosity to the soil are relatively low, so the robustness of the moxibustion tongs may be reduced, whereas 10 Less than parts by weight and less than 0.003 particle size may be vulnerable to weathering of moxibustion.

When the diatomaceous earth exceeds 20 weight and the size of 0.08 particles is also exceeded, the cohesive force and viscosity of the soil in the process of manufacturing the moxibustion tong are reduced, but the breaking strength of the moxibustion tong can be improved, but less than 5 parts by weight and 0.005 If it is less than the particle size, the breaking strength of the moxibustion may be reduced.

Therefore, the material of the soil is equal to the solidity, crack strength, weathering degree of moxibustion, and the like only if it belongs to each weight part range of the clay, quartz soil, and quartzite as described above and at the same time as the particle size range. It can be satisfied.

On the other hand, bamboo (竹) material may be further coated with a flame retardant paint to prevent the transfer.

Of course, bamboo retains moisture, but since it can be dried over a long period of time, the flame retardant coating coated on the surface of bamboo suppresses evaporation of moisture contained in bamboo. It can also prevent burning or burning of bamboo, which can occur during the combustion process of Aeju-gu.

The above flame retardant paint is a silicon dioxide (sio2) -based microparticle powder that can increase the flame retardant effect in the adhesive binder (resin) so as to significantly increase the flame retardant effect on the adhesive binder (resin) as its material. Can be used.

It is preferable to use a particle size of about 50 to 50 microns as the particle size of the fine particle powder, that is, when the particle size of the fine particle powder is more than 50 microns, bamboo kill or bamboo kill. While preventing the outflow of the bamboo to the surface, if the particle size of the fine particle powder is less than 35 microns, it may act as a factor to lower the flame retardant effect.

Accordingly, the non-pressurized faud can increase the flame retardant effect together with the smooth outflow (killing phenomenon) of the killing liquid or the killing liquid only when it is within the above particle size range.

The support portion 30 is placed on the user's body part, traps the heat generated from the combustion of the main stem (艾 炷 灸, MC), and induces it to be concentrated in the body, while inducing the moxibustion portion 20 and the cover portion ( It is preferable to have a hemispherical structure so that it can be suitable for the application supporting 10).

The support part 30 may be composed of a support member 31 and a mounting ring 32 as shown in FIGS. 1 to 3, but these support members 31 and the mounting ring 32 are integrated with each other. The shape is preferred, and the support member 31 has a convex shape toward the outside, but the left and right parts around the bottom face are longer in the downward direction than the center part, and the center parts around the bottom face are left and right parts. It has a shorter length in the downward direction. That is, the shape from the left portion around the bottom surface of the supporting member 31 to the right portion through the center portion is a convex shape drawing a gentle curve toward the upper direction as shown in FIG. 3.

As such, as the circumference of the bottom surface of the support member 31 is formed in a convex shape that draws a gentle curve in the upper direction, stable mounting along the curve of the body when the support member 31 is placed on the user's body parts It is possible.

The support member 31 may be formed with vent holes 31a having a predetermined distance along its lower circumference, and a handle 33 having a symmetrical structure along the center circumference may be further integrated. The handle 33 may be configured in a vertical direction for manufacturing and structural rigidity, but is not limited to the vertical direction, and may be configured in a horizontal direction in some cases.

The hooking ring 32 protrudes in the form of extending vertically from the top of the support member 31, and the inside of the hooking ring 32 is a receiving hole 32a for accommodating the moxibustion 20. It is formed of.

On the other hand, the moxibustion section 20 may be composed of a hanging rod 21 and a moxibustion tube 22 as shown in Figures 2 and 3, these hanging rod 21 and the moxibustion tube 22 is of a structure integral with each other It is preferable that it is made of a shape, the catching cylinder 21 is a cylindrical shape having a receiving hole (21a) for accommodating and fastening the lid portion 10 therein, a cylinder having a structure to maintain a predetermined distance along the periphery The pores (21b), and includes a locking jaw (21c) along its lower circumference.

The moxibustion tube 22 is formed in a hemispherical shape toward the vertically downward direction from the lower end of the hooking cylinder 21, and a plurality of vent holes 22a are formed at predetermined regular intervals on the bottom portion. The moxibustion tube 22 may perform a combustion chamber function of Aejugu (艾 炷 灸, MC), and may place aejugu (艾 炷 灸, MC) on the bottom portion.

Therefore, the moxibustion tube 22 is located in the inner space of the support member 31 to trap the heat generated through the combustion of the main stem (艾 炷 灸, MC) in the internal space of the support member 31 to the body It can provide a function that can be focused intensively.

In particular, a reinforcement frame 21a 'for maintaining rigidity against heat is further formed around the inner periphery of the hanging cylinder 21 and the moxibustion tube 22. The reinforcement frame 21a 'furthermore has a functional role of fastening a wire mesh for placing the Aeju-gu (艾 炷 灸, MC), and a boundary portion between the fastening tube 21 and the moxibustion tube 22 at the same time. It can also play a functional role in the robust structure to prevent cracking.

The cover portion 10 is used to prevent the external loss of heat by covering the upper end of the receiving hole 21a of the hanging cylinder 21, and the handle 12 protruding from the center of the top of the pot lid member 11 and the pot lid member 12 ) And a fitting frame 14 protruding vertically along the lower circumference of the pot lid member.

Here, the fitting frame 14 protruding from the lower end of the pot lid member 11 is inserted into a form in close contact with the inner circumferential wall of the fastener 21, and a certain width of the outer circumference of the bottom face of the pot lid member 11 The portion corresponding to the point is formed of a separating paper (11a) that is attached to the upper portion of the separating cylinder (21), the periphery (21b) of the vent hole (21) around the fitting frame (14) The vent holes 14a for being matched with each other are formed, and through holes 13 are formed even from the center of the handle 12 toward the vertical bottom direction toward the central bottom portion of the pot lid member 11. Doing.

The through hole 13 formed in the handle 12 and the vent holes 14a formed around the fitting frame 14 and the vent holes 21b formed around the fastening cylinder 21 and the moxibustion tube 22 ) The vent holes (22a) formed in the bottom portion serves as a passage for introducing air from the outside to the inside of the moxa (22) to improve the combustibility of the main stem (艾 炷 灸, MC).

At this time, the ventilation holes 14a formed around the fitting frame 14 correspond to the ventilation holes 21b formed around the fastening cylinder 21, through the rotation adjustment of the fitting frame 14 The vent holes (14a) can be matched in the form of communicating with each of the vent holes (21b) formed on the periphery of the hanging cylinder (21), according to the rotation control of the fitting frame (14) the vent hole ( Since the size of the communication between the 14a) and the vent holes 21b formed around the hanging cylinder 21 can be adjusted, the inflow amount of air can be controlled, which in turn can control the combustion degree of the main ball. It is possible to adjust the heat temperature of the heat.

On the other hand, in the boundary portion between the cradle 21 and the moxibustion tube 22 of the moxibustion section 20, the diameter to the lower circumference of the cramping tube 21 is more enlarged than the diameter to the upper circumference of the moxibustion tube 22. A catching jaw 21c attached to the catching ring 32 formed as an upper portion of the support member 31 may be included.

In addition to this, in the boundary portion between the cradle tube 21 and the moxibustion tube 22 of the moxibustion portion 20, the diameter to the lower inner circumference of the cramp tube 22 is larger than the diameter to the upper inner circumference of the moxibustion tube 22. Reinforcement frame (21a ') that is attached to the wire mesh (not shown) for placing the axis of the aejugu (艾 炷 灸, MC) may be further included.

Therefore, the boundary portion between the hanging tube 21 and the moxibustion tube 22 of the moxibustion portion 20 may be formed of a rigid structure including the engaging jaw 21c and the reinforcing frame 21a ', which in the end It is possible to mitigate and prevent dry cracking or cracking due to the impact of the moxibustion caused by the heat and heat generated by combustion of the cast.

On the other hand, the moxibustion tonggu according to the present invention is a three-stage structure of the cover portion 10, the moxibustion portion 20, and the support portion 30, these cover portions 10, the moxibustion portion 20 when the moxibustion overturn is overturned ), And the lid portion 10, the moxibustion portion 20, and the fitting portion 30 to prevent the spillage of the main part (주, MC) in addition to preventing the separation between the base portion 30 and each other Locking can be achieved by a coupling method.

The cover portion 10, the moxibustion portion 20, and the fitting engagement between the base portion 30, the engaging projection (14b), the moxibustion portion (20) protruding from the fitting frame (14) of the cover portion (10) The fitting groove (21d) and the locking groove (21e) and the engaging projection (21f) formed in the hooking cylinder (21), the fitting groove (32b) and the engaging groove (32c) formed in the engaging ring (32) of the support portion (30) ).

That is, the engaging projection (14b) is preferably protruding from any part of the outer periphery of the fitting frame (14) of the cover portion 10, the fitting groove (21d) and the engaging groove (21e) is the moxibustion (20) It is preferable to be formed on any part of the inner periphery of the hanging cylinder 21, and the engaging projection 21f is preferably formed on another part of the inner periphery of the hanging cylinder 21 of the moxibustion 20, and the fitting groove ( 32b) and the locking groove (32c) is preferably formed on any part of the inner circumferential ring 32 of the support portion (30).

The fitting groove (21d) and the engaging groove (21e) and the fitting groove (32b) and the engaging groove (32c) is a structure in communication with each other is made of a 'b' shape.

Therefore, the engaging projection 14b protruding from the fitting frame 14 of the lid portion 10 is inserted into the fitting groove 21d formed in the mounting tube 21 of the moxibustion portion 20, and the lid portion ( By inserting into the engaging groove 21e in communication with the fitting groove 21d by the rotation of 10) to maintain the locked state, the cover portion 10 mounted on the moxibustion portion 20 even when the moxibustion all overturns occurs ) Is opened from the moxibustion portion 20 and does not deviate.

Moreover, the engaging projection 21f protruding from the hanging cylinder 21 of the moxibustion portion 20 is inserted into the fitting groove 32b formed in the attachment ring 32 of the supporting portion 30 while the moxibustion portion 20 is inserted. ) By being inserted into the locking groove 32c in communication with the fitting groove 32b to maintain the locked state, the moxibustion portion 20 mounted above the support portion 30 even when the moxibustion all overturns occurs Is opened from the support portion 30 and is not separated.

Particularly, when the engaging projection 14b is inserted into the fitting groove 21d and is in a fully inserted position into the engaging groove 21e, individual vent holes formed in the fitting frame 14 of the cover portion 10 The coupling protrusions 14b are fitted with the cover portion 10 so that the 14a and the individual ventilation holes 21b formed in the hanging cylinder 21 of the moxibustion portion 20 can maintain the same communication shape with each other. The rim 14 should protrude from a certain point on the outer periphery, and the fitting groove 21 of the moxibustion portion 20 is such that the fitting groove 21d and the engaging groove 21e can also correspond to the engaging projection 14b. It will have to be formed at some point next week.

In addition, the section from the point where the engaging projection 14b is completely inserted into the engaging groove 21e to the point where the jam is released from the fitting groove 21d is provided with the individual vent holes 14a. It can be determined in the control range for controlling the communication between the individual vent holes (21b).

On the other hand, when the overturning of the moxibustion all-mouth consisting of the support portion 30, the moxibustion portion 20 mounted on the upper portion of the support portion, and the cover portion 10 mounted on the upper portion of the support portion, the cover portion 10, the moxibustion portion ( 20), in addition to preventing the separation between the support portion 30, the tightness of the second embodiment as shown in FIG. 4 so as to prevent the phenomenon that the sparks that may be generated in the combustion process of the main stem (艾 炷 灸, MC) falls on the body A mesh-shaped container 40 may be further provided.

The network container 40 may be composed of a first network container 45 and a second network container 41 coupled from the top of the first network container as shown in FIG. 4, and the first network container 45 May be composed of an integral coupling frame 43 for coupling with the second mesh container on its upper end and a locking frame 44 protruding to the upper end of the coupling frame.

In particular, the engaging frame 44 is further enlarged toward the horizontal outside from the ring wall 44 'vertically protruding from the first network container 45 while forming a diameter smaller than the diameter of the outer circumference. 44 ') and a stepped structure, and the locking frame 44 may be formed with one or more release grooves 44 "while maintaining a predetermined distance along its circumference.

The releasing grooves 44 "are grooves that are dug from the outer circumference of the engaging frame 44 toward the inner circumference and are only dug up to a section coinciding with the ring wall 44 '.

On the other hand, the second mesh container 41 is opened at an inner circumferential point at any one point on the inner circumference of the coupling frame 42 and the coupling frame 42 for coupling with the first mesh container at its lower end. A grip tip 42 'having elastic properties is further included.

Therefore, after inserting the insulator (艾 炷 灸, MC) into the interior of the first network container 45, the second network container 41 in close contact with the upper portion of the first network container 45, the second By rotating the mesh container 41 by a predetermined distance in either direction, the second mesh container 41 is coupled to the first mesh container 45 so that the first mesh container ( 45) and the second network container (41) are not separated from each other, so that the pouring of the main stem can be prevented primarily from the inside of the support part (30), the moxibustion part (20), and the cover part (10). It becomes possible.

To describe in more detail the working relationship for the coupling between the first network container 45 and the second network container 41 as follows with reference to FIGS. 4 to 6.

That is, in the combination of the second network container 41 to the upper end of the first network container 45, the main network container 45 is protruded to the upper end of the first network container 45 When the second network container 41 is brought into vertical contact with the ring wall 44 ′ from the horizontally enlarged shape to the engaging frame 44, the inner ring circumference 42 of the second network container 41 The jamming tip 42 ′ of FIG. 5 spreading toward the inside at any one point is the direction of the coupling frame 42 of the second network container 41 in the process of passing through the locking frame 44. The first mesh container 45 and the second mesh container 41 cross each other by being caught at the bottom portion of the engaging frame 44 while being opened toward the inside, which is the opposite direction of the coupling frame 42 direction at the same time as being stretched. A bond may be made to the liver.

Meanwhile, a more detailed description of the working relationship for separation between the first network container 45 and the second network container 41 is as follows with reference to FIGS. 4 to 6.

The engaging tip 42 ′ of FIG. 5, which extends from the inner circumference of the coupling frame 42 of the second mesh container 41 toward the inside, and is hung on the bottom portion of the catch frame 44, includes the second mesh container 41 ) While the coupling frame 42 is rotated by a predetermined section, it is simultaneously rotated in a locked state on the bottom portion of the locking frame 44, and then releases any one of the release grooves of FIG. 6 formed in a predetermined section of the locking frame 44 ( 44 "), the second network container 41 can be separated from the first network container 45.

As described above, the first network container 45 and the second network container 41 are easy to operate in combination or separation with each other.

Of course, unlike the coupling and separation between the first network container 45 and the second network container 41 of the above-described network container 40, coupling and separation may be performed in a manner of other structures, for this purpose, FIG. 7 Coupling and separation between the first network container 54 and the second network container 51 of the network container 50 through the third embodiment illustrated in FIG.

As shown in FIG. 7, around the coupling frame 53 integral to the upper end of the first mesh container 54 maintains a predetermined distance and communicates with the fitting groove 53 ′ formed by one or more. It may include a locking groove (53 "), one or more 'b' characters corresponding to the fitting groove (53 ') around the coupling frame (52) integral to the bottom of the second mesh container (51) It may include a locking projection (52 ') of the shape.

Therefore, when the main network container 54 is inserted into the inside of the first network container 54, when the second network container 51 is approached in the direction of the first network container 54, the second network container 51 After inserting the locking projections 52 'protruding from the coupling frame 52 of the fitting groove 53' formed in the coupling frame 53 of the first mesh container 54, the second mesh container 51 When rotated to rotate in one direction, the locking protrusion 52 'is inserted into the structure to enter the locking groove 53' communicated with the fitting groove 53 ', so that the first mesh container 54 ) And the second network container 51 may be coupled to each other.

Of course, the separation between the first network container 54 and the second network container 51 is rotated by rotating the second network container 51 in the other direction, which is the opposite direction of one direction, so that the locking protrusion ( 52 ') is located in the fitting groove 53' out of the engaging groove 53 "and can be released, separating the first network container 54 and the second network container 51 from each other. It can also be easily made.

Cover part (10) Pot lid member (11)
Handle (12)
Moxibustion (20) Hanging Bucket (21)
Moxa (22)
Base (30) Base member (31)
Hanging Ring (32)
Mesh Container (40) (50)

Claims (12)

A support portion of a hemispherical structure that is raised on a user's body part for receiving moxibustion treatment and traps the heat generated in the combustion process of the main stem and transfers it to the body part; A moxibustion portion of a container-shaped structure mounted on an upper portion of the support portion to induce moxibustion toward the body at a certain height of the body part while receiving the combustible zhugegu (艾 炷 灸); And a lid portion having a pot-shaped structure that closes the top of the moxibustion in a manner of opening and closing the top of the moxibustion to block external loss of heat generated from the main stem. It consists of three-stage structural components, including,
The support portion, the moxibustion portion, the cover portion is made of any one or more of the material (토) or bamboo (竹) material used in the furnace,
If the base, moxibustion, and lid are bamboo, the flame retardant coating containing fine particle powder having a size of 35 to 50 microparticles, which is silicon dioxide (sio2) -based and having 35 to 50 microparticles, is on the surface of the bamboo. More coated on;
55 to 70 parts by weight of clay as the soil material used in the blast furnace, the support portion, the moxibustion portion, and the cover portion; Quartz soil 10 to 25 parts by weight; Moxa moxibustion characterized in that it is composed of 5 to 20 parts by weight of bituminous soil. According to claim 1, The support portion, The moxibustion portion mounted on the pedestal, and the cover portion mounted on the moxibustion portion,
The coupling protrusion protruding from the fitting frame of the cover part is vertically inserted into the fitting groove formed in the clamping tube of the moxibustion part and rotated horizontally to be inserted into a locking groove communicating with the fitting groove and engaged with the fitting coupling structure to be locked. Coupling projections protruding from the hooking portion of the unit are vertically inserted into the fitting groove formed in the engaging ring of the support portion, rotated horizontally, and inserted into the engaging groove communicating with the fitting groove and engaged with each other through a combination of engaging fitting structures to be locked. The moxibustion is characterized by being locked. According to claim 2, The support portion,
A support member made of a convex shape that traps heat and transfers it to a body part and supports a load of the moxibustion part and the cover part, and draws a gentle curve from the left and right parts of the lower circumference toward the center;
A hanging ring extending from an upper end of the supporting member toward an upper portion to fasten the moxibustion for mounting of the moxibustion;
Moxibustion all over characterized in that it further comprises. According to claim 3, The moxibustion,
As a container structure for containing the aejugu, the moxibustion tube is inserted into the receiving hole of the support portion;
It is enlarged in a form having a diameter larger than the diameter of the moxibustion tube at the upper end of the moxibustion tube, and is attached to the attachment ring of the support part.
Moxibustion all over characterized in that it further comprises. According to claim 4, The cover portion,
A pot lid member having a pot lid structure that shields a receiving hole of the hanging cylinder;
A fitting frame that protrudes downward from the bottom surface of the pot lid member and is inserted into a receiving hole of the hooking cylinder, but inserted into a shape in close contact with an inner circumferential wall of the hooking cylinder; And
A handle configured to protrude in the upper center of the pot lid member;
Moxibustion all over characterized in that it further comprises. According to claim 5, Each circumference of the fitting frame and the hook,
A plurality of vent holes formed in an arrangement while maintaining a predetermined interval are respectively formed, and the vent holes formed in the shim and the vent holes formed in the fastener are matched to each other through a rotation adjustment of the shim. Moxibustion all over, characterized by. The method of claim 6, wherein the boundary between the cramp and the moxibustion of the moxibustion,
The diameter to the lower outer periphery of the cradle is more enlarged than the diameter to the upper outer periphery of the moxibustion tube, as well as a locking jaw attached to the fastening ring formed as an upper portion of the supporting member, as well as the diameter to the upper inner periphery of the moxibustion tube. The diameter up to the inner circumference of the bottom is further reduced, and it consists of a sturdy structure including a reinforcing frame that attaches a wire mesh for placing the Aeju-gu (艾 炷 灸, MC), and drying due to the hot heat generated by the combustion of the Aeju-gu Moxibustion all over the hole characterized in that to mitigate and prevent cracking or cracking caused by the impact of the moxibustion. delete delete delete delete delete

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