CN219022265U - Auxiliary device for acupuncture treatment - Google Patents

Abstract

The utility model discloses an auxiliary device for acupuncture treatment, which belongs to the technical field of acupuncture instruments and comprises a bottom plate, surrounding edges and ribs, wherein the surrounding edges and the ribs are positioned on the same side of the bottom plate, the number of the surrounding edges is multiple, the surrounding edges are distributed at intervals along the periphery of the bottom plate, and a combustion object accommodating cavity is formed between the surrounding edges; the ribs are arranged on the inner side of the combustion object accommodating cavity, the ribs are of a sheet-shaped structure, one end of each rib is fixedly connected with the bottom plate, the top cap is fixed on the other end of each rib, the top cap is in a blind pipe shape, and the opening end of the top cap faces the combustion object accommodating cavity; the middle part of the bottom plate is also provided with a pinhole. The scheme is used for fixing moxa or moxa sticks and has the characteristics of scald prevention, controllable combustion speed and quick heat transfer.

Description

Auxiliary device for acupuncture treatment

Technical Field

The utility model relates to the technical field of acupuncture and moxibustion instruments, in particular to an auxiliary device for acupuncture and moxibustion treatment.

Background

Acupuncture is a generic term for acupuncture and moxibustion, and is one of the important components of traditional Chinese medicine. The acupuncture means that the needle is inserted into the body of a patient at a certain angle under the guidance of the theory of traditional Chinese medicine, and the specific parts of the human body are stimulated by the acupuncture techniques such as twisting, lifting and inserting, so as to achieve the purpose of treating diseases, wherein the inserted points are called acupoints of the human body, which are abbreviated as acupoints. The moxibustion method is to burn and smoke moxibustion materials on certain acupoints on the body surface by using prefabricated moxibustion rods or moxibustion grasses, and prevent and treat diseases by using heat stimulation, wherein the moxa is usually used most often, so the moxibustion method is called moxibustion, other methods such as medicine-isolated moxibustion, wicker moxibustion, wick moxibustion, mulberry twig moxibustion and the like, and the most common method is moxibustion.

The warm acupuncture (also called warm acupuncture) is a method of heating the needle handle penetrating into the body by moxa and the like, and combining the acupuncture and moxibustion to treat diseases, which combines the effects of acupuncture and moxibustion, mainly uses needling, and transmits acupoints through the needle body by heat to warm and dredge channels and collaterals, and ventilate qi and blood, and is used for treating cold stagnation channels and collaterals, qi and blood stagnation and other diseases.

In the conventional warm acupuncture, certain measures are required to be taken to avoid the skin from being scalded by moxa fire, and paper sheets are paved in the possible falling area of the moxa fire in the traditional method. In addition, the problems of moxa burns and scalds are solved in the prior art by means of sucking, special gaskets, ai Huohe and the like, but the corresponding device is complex in structure and relatively troublesome to use.

Disclosure of Invention

The utility model provides an auxiliary device for acupuncture treatment, which is used for fixing moxa or moxa sticks and has the characteristics of scald prevention, combustion speed control and quick heat transfer.

In view of the above problems, the auxiliary device for acupuncture treatment provided by the present utility model solves the problems by: the auxiliary device for acupuncture treatment comprises a bottom plate, surrounding edges and ribs, wherein the surrounding edges and the ribs are positioned on the same side of the bottom plate, the number of the surrounding edges is multiple, the surrounding edges are distributed at intervals along the periphery of the bottom plate, and a combustion object accommodating cavity is formed between the surrounding edges; the ribs are arranged on the inner side of the combustion object accommodating cavity, the ribs are of a sheet-shaped structure, one end of each rib is fixedly connected with the bottom plate, the top cap is fixed on the other end of each rib, the top cap is in a blind pipe shape, and the opening end of the top cap faces the combustion object accommodating cavity; the middle part of the bottom plate is also provided with a pinhole.

At present, most of the combustion materials used for the warm needle are moxa and moxa sticks, when the warm needle is used, the moxa is wrapped at the top of the moxa, the moxa sticks are cut at the top of the moxa, after the moxa or the moxa sticks are ignited, heat is transferred to a human body through the moxa and heat radiation to achieve the purposes of warming and dredging channels, promoting qi circulation and activating blood circulation, and the like, and after the moxa or the moxa sticks are burnt out, new combustion materials are replaced until the whole acupuncture process is completed. Meanwhile, in the existing mode of preventing the moxa fire from falling and scalding, the mode of laying paper sheets is simple to operate and high in practicability, but the ash falling condition is concerned at any time, so that the possibility of scalding caused by the falling of massive ash is avoided; the suction mode needs a set of negative pressure equipment, and the number and the laying of pipelines are both unfavorable for acupuncture operation; the special gasket is adopted, so that the skin covered by the gasket is prevented from being scalded, but the possibility of scalding still exists when moxa rolls to the outside of the gasket; the moxa box sets up in the below of burning thing to accept the ashes that falls, but current moxa box's volume is great, generally needs to be fixed in the body surface through the part outside the filiform needle, if when adopting the absorption mode to fix, body surface hair, superficial soft tissue elasticity and thickness all influence fixed effect, probably pulls filiform needle simultaneously, so this mode is not suitable for many acupuncture point acupuncture.

Regarding the above problems, the applicant provides a new auxiliary device for acupuncture.

The use mode of this scheme is: when the combustion object is moxa, in order to avoid the moxa from entering the inner side of the ribs, the moxa needle passes through the bottom side of the needle hole, is embedded into the top cap and is supported on the inner side of the top cap, and then the moxa is filled into the combustion object accommodating cavity; when the combustion object is moxa sticks, the top side of the top cap enables the top cap and the ribs to penetrate through the moxa sticks, meanwhile the moxa sticks enter the combustion object accommodating cavity formed by the surrounding edges, only care is taken to avoid extrusion of the moxa sticks to the ribs at the moment, and the moxa sticks cannot penetrate through the moxa sticks to reach the inner side of the top cap.

The scheme is characterized in that: when moxa is adopted, the proper moxa filling quantity is arranged in the combustion object accommodating cavity, and when the moxa burns, the surrounding edge provides side support for the combustion object/moxa ash, and the bottom plate provides bottom side support for the combustion object/moxa ash, so that the possibility of falling of moxa fire can be effectively reduced, and the anti-scalding purpose is achieved; similarly, when the moxa sticks are adopted as the combustion objects, the surrounding edge and the bottom plate can still provide side and bottom anti-falling protection for the combustion objects/moxa stick ashes, so that the anti-scalding purpose is achieved. In addition, as the surrounding edge for providing the side protection is not in a complete cylinder shape and is provided with the integral structure of the air holes, the clamping degree of the surrounding edge to the moxa can be controlled in a traction and bending manner, and thus, the combustion speed of the moxa can be controlled to a certain degree through the adjustment of the clamping degree. In addition, as the surrounding edges for providing the side protection are not in a complete cylinder shape and the whole structure is provided with the air holes, after the auxiliary device is used, ash in the combustion object accommodating cavity can be removed very conveniently through gaps between the surrounding edges, so that the combustion object can be replaced conveniently. Otherwise, this scheme can support in milli needle top through the top cap, has convenient to use's characteristics. In addition, the ribs are of a sheet structure, so that the combustion objects can be directly contacted with the side wall of the top of the filiform needle, the contact characteristics of the combustion objects and the filiform needle are more met, and meanwhile, the heat transfer between the combustion objects and the filiform needle can be accelerated.

It can be understood that the above peripheral edges arranged at intervals can still provide thrust for the combustion objects and ashes so as to enable the combustion objects and ashes to be in an equilibrium state, while the process is manually participated and is a short process relative to the whole using process of the filiform needle when the device is taken down by the filiform needle, and operators pay attention to and solve the problem that the falling objects scald the skin in the process; similarly, in order to promote combustion of the combustion products, ventilation holes can be formed in the bottom plate, and at the moment, the bottom plate can still achieve the beneficial effects of preventing scalding for preventing moxa fires from falling.

More preferably:

the bottom plate is a disc with a circular pinhole in the center, the number of ribs is more than or equal to 4, and the ribs are uniformly distributed on the outer edge of the bottom plate; the number of the ribs is two, the structural body formed by the ribs and the top cap is coaxial with the pinhole, and the inner sides of the ribs are connected with the outer edge of the pinhole. In the scheme, the circular vacuum is used for adapting the top shape of the filiform needle, so that the gap width between the needle hole and the outer wall of the filiform needle is convenient to control, and according to the existing common moxa and moxa sticks, 4 ribs are arranged to achieve a reliable moxa falling effect, and the ribs and the positions on the bottom plate are used for fully utilizing the supporting area of the bottom plate so as to enlarge the volume of the combustion object accommodating cavity; the quantity of ribs and the position for the bottom plate not only conveniently set up moxa and moxa stick, be favorable to reducing to a certain extent simultaneously this device and bring the crooked volume to the filiform needle, do benefit to acupuncture position accuracy to do benefit to the contact state of keeping burning thing and filiform needle.

The inner surface of the rib is an arc surface with the center of the arc surface positioned on the axis of the pinhole. In this scheme, the shape setting of above rib is used for keeping the contact state of rib inboard and millineedle side, and is favorable to millineedle jack-up device's stability.

The upper end of the top cap is in a shape of a sealing head. In this solution, the shape of the above cap is set to define the position in which the filiform needle is intended in the cap, so that the filiform needle is as coaxial as possible with the cap, which is advantageous for the stability of the device for the filiform needle jacking.

The top cap is located outside the combustion-containing chamber. In this scheme, the combustion thing is equivalent to the counter weight on this device, adopts this scheme, and the counter weight is supported at millineedle top with the mode of hanging, is favorable to millineedle jack-up this device's stability.

The surrounding edge is a spring piece. In this scheme, to the application of above adjustment combustion thing clamping degree, aim at makes the surrounding edge restraint by release back can the elasticity reset to maintain the stable volume of combustion thing holding chamber. The better implementation mode is to adopt a material with good high temperature resistance, so that the phenomenon that the surrounding edge is aged in the repeated heating and cooling processes to lose elasticity or the elasticity is recovered too slowly is avoided.

And the device also comprises a pulling device for changing the size of the combustion object accommodating cavity by pulling the surrounding edge. The scheme is to adapt the application of the spring piece, and when the surrounding edge made of the inelastic material is adopted, the traction device can still play a role. However, as a person skilled in the art, the pulling device can achieve the corresponding purpose by using a buckle, an iron wire, a hoop, etc., so that the pulling device is not necessarily provided as a part of the complete product.

And an electric heating device for heating the filiform needle for acupuncture. The setting aim of this scheme is to make the heat can allow to act on the acupuncture point, and the application method is: before the filiform needle is inserted into a human body, the electric heating device is utilized to preheat the filiform needle, and the later heat supplements the heat generated by burning the combustion substances. However, as a person skilled in the art, the millineedle preheating device is not necessary for the prior art and is equivalent to the drawing device, and in order to optimize the functions of the scheme, the electric heating device can be used as a component part of the complete product of the scheme.

The utility model has the following beneficial effects:

the scheme is characterized in that: when moxa is adopted, the proper moxa filling quantity is arranged in the combustion object accommodating cavity, and when the moxa burns, the surrounding edge provides side support for the combustion object/moxa ash, and the bottom plate provides bottom side support for the combustion object/moxa ash, so that the possibility of falling of moxa fire can be effectively reduced, and the anti-scalding purpose is achieved; similarly, when the moxa sticks are adopted as the combustion objects, the surrounding edge and the bottom plate can still provide side and bottom anti-falling protection for the combustion objects/moxa stick ashes, so that the anti-scalding purpose is achieved. In addition, as the surrounding edge for providing the side protection is not in a complete cylinder shape and is provided with the integral structure of the air holes, the clamping degree of the surrounding edge to the moxa can be controlled in a traction and bending manner, and thus, the combustion speed of the moxa can be controlled to a certain degree through the adjustment of the clamping degree. In addition, as the surrounding edges for providing the side protection are not in a complete cylinder shape and the whole structure is provided with the air holes, after the auxiliary device is used, ash in the combustion object accommodating cavity can be removed very conveniently through gaps between the surrounding edges, so that the combustion object can be replaced conveniently. Otherwise, this scheme can support in milli needle top through the top cap, has convenient to use's characteristics. In addition, the ribs are of a sheet structure, so that the combustion objects can be directly contacted with the side wall of the top of the filiform needle, the contact characteristics of the combustion objects and the filiform needle are more met, and meanwhile, the heat transfer between the combustion objects and the filiform needle can be accelerated.

Drawings

Fig. 1 is a perspective view showing an embodiment of an auxiliary device for acupuncture treatment according to the present embodiment;

fig. 2 is a front view showing a structure of an auxiliary device for acupuncture treatment according to an embodiment of the present utility model;

FIG. 3 is a cross-sectional view of the structure of FIG. 2, wherein the cross-section is perpendicular to the axis of the structure and the view port is located directly below the cross-section;

fig. 4 is a cross-sectional view showing an embodiment of the auxiliary device for acupuncture treatment according to the present embodiment, wherein the cross-section is perpendicular to the axis of the structure, and the viewing port is located right above the cross-section.

The reference numerals in the drawings are respectively: 1. the combustion chamber comprises a surrounding edge, 2 parts of a bottom plate, 3 parts of ribs, 4 parts of a top cap, 5 parts of a pinhole, 6 parts of a combustion object accommodating cavity.

Detailed Description

The present utility model will be described in further detail with reference to the following examples, but the present utility model is not limited to the following examples:

example 1:

as shown in fig. 1 to 4, the auxiliary device for acupuncture treatment comprises a bottom plate 2, surrounding edges 1 and ribs 3 which are positioned on the same side of the bottom plate 2, wherein the number of the surrounding edges 1 is a plurality of the surrounding edges and are distributed at intervals along the periphery of the bottom plate 2, and a combustion object accommodating cavity 6 is formed between the surrounding edges 1; the ribs 3 are positioned on the inner side of the combustion object accommodating cavity 6, the ribs 3 are of a sheet structure, one end of each rib 3 is fixedly connected with the bottom plate 2, the other end of each rib is fixedly provided with a top cap 4, the top caps 4 are in a blind pipe shape, and the opening ends of the top caps 4 face the combustion object accommodating cavity 6; the middle part of the bottom plate 2 is also provided with a pinhole 5.

At present, most of the combustion materials used for the warm needle are moxa and moxa sticks, when the warm needle is used, the moxa is wrapped at the top of the moxa, the moxa sticks are cut at the top of the moxa, after the moxa or the moxa sticks are ignited, heat is transferred to a human body through the moxa and heat radiation to achieve the purposes of warming and dredging channels, promoting qi circulation and activating blood circulation, and the like, and after the moxa or the moxa sticks are burnt out, new combustion materials are replaced until the whole acupuncture process is completed. Meanwhile, in the existing mode of preventing the moxa fire from falling and scalding, the mode of laying paper sheets is simple to operate and high in practicability, but the ash falling condition is concerned at any time, so that the possibility of scalding caused by the falling of massive ash is avoided; the suction mode needs a set of negative pressure equipment, and the number and the laying of pipelines are both unfavorable for acupuncture operation; the special gasket is adopted, so that the skin covered by the gasket is prevented from being scalded, but the possibility of scalding still exists when moxa rolls to the outside of the gasket; the moxa box sets up in the below of burning thing to accept the ashes that falls, but current moxa box's volume is great, generally needs to be fixed in the body surface through the part outside the filiform needle, if when adopting the absorption mode to fix, body surface hair, superficial soft tissue elasticity and thickness all influence fixed effect, probably pulls filiform needle simultaneously, so this mode is not suitable for many acupuncture point acupuncture.

Regarding the above problems, the applicant provides a new auxiliary device for acupuncture.

The use mode of this scheme is: the bottom plate 2 is provided with the surrounding edges 1 and the ribs 3, one side is the top side, the other side is the bottom side, the combustion object accommodating cavity 6 formed between the surrounding edges 1 is used for accommodating moxa or moxa sticks, when the combustion object is the moxa, in order to avoid excessive moxa to enter the inner side of the ribs 3, the bottom side of the needle passing through the needle hole 5 passes through the bottom plate 2, the top of the needle is embedded into the top cap 4 and is supported on the inner side of the top cap 4, and then the combustion object accommodating cavity 6 is filled with the moxa; when the combustion object is moxa sticks, the top side of the top cap 4 enables the top cap 4 and the ribs 3 to penetrate through the moxa sticks, meanwhile the moxa sticks enter the combustion object accommodating cavity 6 surrounded by the surrounding edge 1, only care needs to be taken to avoid extrusion of the moxa sticks to the ribs 3, so that the millineedle cannot penetrate through the moxa sticks to reach the inner side of the top cap 4, and the specific solution is to set appropriate rigidity of the ribs 3, preset a central hole in the center of the moxa sticks and the like.

The scheme is characterized in that: when moxa is adopted, by arranging proper moxa filling quantity in the combustion object accommodating cavity 6, the surrounding edge 1 provides side support for combustion objects/moxa ashes and the bottom plate 2 provides bottom side support for the combustion objects/moxa ashes during moxa combustion, so that the possibility of moxa falling can be effectively reduced, and the anti-scalding purpose is achieved; similarly, when the moxa stick is adopted as the combustion object, the surrounding edge 1 and the bottom plate 2 can still provide side and bottom anti-falling protection for the combustion object/moxa stick ashes, so that the anti-scalding purpose is achieved. Otherwise, because the surrounding edge 1 for providing the side protection is not in a complete cylinder shape and is provided with the integral structure of the ventilation holes, the clamping degree of the surrounding edge 1 to the moxa can be controlled in a mode of pulling and bending the surrounding edge 1, and thus, the combustion speed of the moxa can be controlled to a certain degree through the adjustment of the clamping degree. In addition, since the surrounding edge 1 for providing the side protection is not in a complete cylinder shape and is provided with the integral structure of the ventilation holes, after the auxiliary device is used, ash in the combustion object accommodating cavity 6 can be removed very conveniently through gaps between the surrounding edges 1, so that the combustion object can be replaced conveniently. Otherwise, the scheme can be supported at the top of the millineedle through the top cap 4, and has the characteristic of convenient use. In addition, the ribs 3 are of a sheet structure, so that the combustion objects can be directly contacted with the side wall of the top of the filiform needle, the contact characteristics of the combustion objects and the filiform needle are more met, and meanwhile, the heat transfer between the combustion objects and the filiform needle can be accelerated.

It can be understood that the above peripheral edges 1 arranged at intervals can not provide a comprehensive anti-falling effect for the combustibles and ashes, but the peripheral edges 1 arranged at intervals can still provide thrust for the combustibles and ashes so as to enable the combustibles and ashes to be in an equilibrium state, and when the device is taken down from the filiform needle, the process is artificial participation and is a short process relative to the whole use process of the filiform needle, and operators pay attention to and solve the problem that the falling matters scald the skin in the process; similarly, in order to promote combustion of the combustion products, ventilation holes can be formed in the bottom plate 2, and at this time, the bottom plate 2 can still achieve the beneficial effects of preventing scalding for preventing moxa fires from falling.

More preferably:

the bottom plate 2 is a disc with a circular pinhole 5 arranged in the center, the number of the ribs 3 is more than or equal to 4, and the ribs 3 are uniformly distributed at the outer edge of the bottom plate 2; the number of the ribs 3 is two, a structural body formed by the ribs 3 and the top cap 4 is coaxial with the pinhole 5, and the inner side of the ribs 3 is connected with the outer edge of the pinhole 5. In the scheme, the circular vacuum is used for adapting the top shape of the filiform needle, so that the gap width between the needle hole 5 and the outer wall of the filiform needle is convenient to control, and according to the existing common moxa and moxa sticks, 4 ribs 3 are arranged to achieve a reliable moxa falling effect, and the ribs 3 and the position on the bottom plate 2 are used for fully utilizing the supporting area of the bottom plate 2 so as to enlarge the volume of the combustion object accommodating cavity 6; the quantity of ribs 3 and the position for bottom plate 2 not only conveniently set up moxa and moxa stick, is favorable to reducing the crooked volume that this device brought the filiform needle to a certain extent simultaneously, does benefit to acupuncture position accuracy to do benefit to the contact state of keeping burning thing and filiform needle.

The inner surface of the rib 3 is an arc surface with the center on the axis of the pinhole 5. In this embodiment, the shape of the rib 3 is set to maintain the contact state between the inner side of the rib 3 and the side surface of the filiform needle, which is advantageous for the stability of the device for jack-up of the filiform needle.

The upper end of the top cap 4 is in a seal head shape. In this solution, the shape of the upper cap 4 is set to define the position in which the filiform needle is intended in the cap 4, so that the filiform needle is as coaxial as possible with the cap 4, which is advantageous for the stability of the device for the filiform needle jacking.

The top cap 4 is located outside the combustion content accommodation chamber 6. In this scheme, the combustion thing is equivalent to the counter weight on this device, adopts this scheme, and the counter weight is supported at millineedle top with the mode of hanging, is favorable to millineedle jack-up this device's stability.

The surrounding edge 1 is a spring piece. In this scheme, to the application of above adjustment combustion thing clamping degree, aim at makes surrounding edge 1 restraint by release back can the elasticity reset to maintain the stable volume of combustion thing holding chamber 6. The better implementation mode is to adopt a material with good high temperature resistance, so that the surrounding edge 1 is prevented from being aged in the repeated heating and cooling processes to lose elasticity or the elasticity is prevented from being recovered too slowly.

Also included are pulling means for varying the size of the combustion-containing chamber 6 by pulling on the peripheral edge 1. The scheme is to adapt the application of the spring piece, and when the surrounding edge 1 made of the inelastic material is adopted, the traction device can still play a role. However, as a person skilled in the art, the pulling device can achieve the corresponding purpose by using a buckle, an iron wire, a hoop, etc., so that the pulling device is not necessarily provided as a part of the complete product.

And an electric heating device for heating the filiform needle for acupuncture. The setting aim of this scheme is to make the heat can allow to act on the acupuncture point, and the application method is: before the filiform needle is inserted into a human body, the electric heating device is utilized to preheat the filiform needle, and the later heat supplements the heat generated by burning the combustion substances. However, as a person skilled in the art, the millineedle preheating device is not necessary for the prior art and is equivalent to the drawing device, and in order to optimize the functions of the scheme, the electric heating device can be used as a component part of the complete product of the scheme.

The foregoing is a further detailed description of the utility model in connection with specific preferred embodiments, and it is not intended that the utility model be limited to these descriptions. Other embodiments of the utility model, which are apparent to those skilled in the art to which the utility model pertains without departing from its technical scope, shall be covered by the protection scope of the utility model.

Claims (8)

1. The auxiliary device for acupuncture treatment is characterized by comprising a bottom plate (2), surrounding edges (1) and ribs (3) which are positioned on the same side of the bottom plate (2), wherein the number of the surrounding edges (1) is multiple and the surrounding edges are distributed at intervals along the periphery of the bottom plate (2), and a combustion object accommodating cavity (6) is formed between the surrounding edges (1); the rib (3) is positioned at the inner side of the combustion object accommodating cavity (6), the rib (3) is of a sheet structure, one end of the rib (3) is fixedly connected with the bottom plate (2), the top cap (4) is fixed at the other end, the top cap (4) is in a blind pipe shape, and the opening end of the top cap (4) faces the combustion object accommodating cavity (6); the middle part of the bottom plate (2) is also provided with a pinhole (5).

2. The auxiliary device for acupuncture treatment according to claim 1, wherein the bottom plate (2) is a circular disk with a circular pinhole (5) at the center, the number of ribs (3) is greater than or equal to 4, and the ribs (3) are uniformly distributed at the outer edge of the bottom plate (2); the number of the ribs (3) is two, a structural body formed by the ribs (3) and the top cap (4) is coaxial with the pinhole (5), and the inner side of the ribs (3) is connected with the outer edge of the pinhole (5).

3. Auxiliary device for acupuncture treatment according to claim 2, characterized in that the inner surface of the rib (3) is an arc surface with the center on the axis of the needle hole (5).

4. The auxiliary device for acupuncture treatment according to claim 1, wherein the upper end of the top cap (4) is in a shape of a head.

5. Auxiliary device for acupuncture treatment according to claim 1, characterized in that the top cap (4) is located outside the combustion-containing chamber (6).

6. Auxiliary device for acupuncture treatment according to claim 1, characterized in that the surrounding edge (1) is a leaf spring.

7. Auxiliary device for acupuncture treatment according to claim 6, characterized in that it further comprises pulling means for changing the size of the combustion-containing chamber (6) by pulling the surrounding edge (1).

8. The auxiliary device for acupuncture treatment according to claim 1, further comprising an electric heating device for heating the filiform needle for acupuncture.

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