Digital and intelligent moxibustion fumigation traditional chinese medicine external treatment apparatus

Abstract

A digital and intelligent moxibustion fumigation traditional Chinese medicine external treatment apparatus, comprising a radio frequency induction chamber (1) and a display control chamber (2), which are interconnected. A temperature-resistant protection cover (8) with an opening facing a heat transfer end is mounted in the radio frequency induction chamber (1), and a heater (9) is mounted in the temperature-resistant protection cover (8). A radio frequency induction coil (6) and a radio frequency induction chip (5) configured for reading information from a storage chip (12) are arranged in the radio frequency induction chamber (1). A herb cake cartridge (7) in which the storage chip (12) and an induction coil (13) are arranged is mounted on the outside of a bottom plate (1-1) of the radio frequency induction chamber. A control circuit board and a battery are arranged in the display control chamber (2). The radio frequency induction chip (5) and the heater (9) are connected to the control circuit board. A chamber cover (3) of the display control chamber (2) is provided with several groups of display lamps connected to the control circuit board to form a dot matrix digital information screen. The digital and intelligent moxibustion fumigation traditional Chinese medicine external treatment apparatus can automatically match, in a digital and intelligent manner, optimal operating parameters corresponding to traditional Chinese medicine external treatment materials for moxibustion and fumigation etc. Safe and efficient switching of different external treatment materials and different external treatment modes of a single device can be achieved independently of professionals or special communication conditions.

Description

A digital and intelligent moxa-moxibustion and fumigation TCM external treatment device TECHNICAL FIELD

[0001] The present application relates to a digital and intelligent moxa-moxibustion and fumigation TCM external treatment device. BACKGROUND

[0002] Moxibustion and fumigation are important external treatment methods of traditional Chinese medicine, with a history of more than 3,000 years according to historical records. Modern medicine has confirmed from many aspects that moxa-moxibustion and fumigation and other TCM external treatment methods have the effects of improving the body's immunity, improving the function of the circulatory system, regulating the function of the meridians, and promoting and adjusting the functions of the endocrine, respiratory, digestive, and reproductive systems. In addition to the wide clinical application, moxa-moxibustion and fumigation and other TCM external treatment methods have the advantages of outstanding effects, low cost, and no side effects. In addition to the pharmacological effects, the principle of moxa-moxibustion and fumigation and other TCM external treatment methods is also related to the stimulation of infrared rays and heat on the skin and acupoints. Modern neurobiology research on human temperature receptors believes that the somatic and skin tissues are distributed with transient receptor potential vanilloid channels (TRPV) that can sense different temperature ranges. The TRPV subfamily of the TRPV family has six members, including two categories, TRPV1-V4 and TRPV5-V6. TRPV1-V4 is a non-selective cation channel with moderate permeability, heat sensitivity, and can be activated by other various stimuli to different degrees. TRPV5-V6 is a high calcium selective channel that is highly regulated by intracellular calcium. The TRPM subfamily member TRPM8 and the TRPA subfamily member TRPA1 are related to temperature perception. Recent studies have found that TRPV1, TRPV2, TRPV3, and TRPV4 are important primary molecular transducers for the somatosensory system to perceive temperature stimuli. They mainly perceive warm stimuli and can be activated by different heat stimuli, which illustrates the biological basis of the warm stimulation of moxa-moxibustion and fumigation and other TCM external treatments, and the regulation of body functions through the skin of the body surface acupoints. 2+

[0003] ​The existing moxibustion and fumigation tools for traditional Chinese medicine external treatment mainly have the following shortcomings: limited by the patient's position, poor convenience of traditional open fire moxibustion operation, time-consuming and laborious, open fire is easy to cause burning and burn, and environmental pollution caused by smoke. In addition, the distance between the burning of moxa stick and the acupoint of the human body is always changing during open fire moxibustion, and the randomness of the distance between the operator's hand and the moxa stick is even greater. Different temperatures have great differences in the activation of skin receptors, which is the root cause of the instability of traditional moxibustion. Traditional moxibustion and tools have completely failed to meet the requirements of modern clinical environment. In addition, the amount of moxa is one of the key factors for the effectiveness of moxibustion, and different amounts of moxa are closely related to different fire stimulation effects. In the Ming Dynasty, Zhang Jiebin, a medical scientist, pointed out in "Classified Medical Atlas": "Fire is sufficient and gas is to the point, then the disease can be cured." In the Qing Dynasty, Wu Qian, a medical scientist, pointed out in "Medical Classics. Moxibustion Heart Method": "On moxibustion, all diseases must have sufficient fire and gas to be cured." In clinical practice, the lack of moxa for patients also becomes an important factor affecting the effectiveness of patients. Traditional manual open fire moxibustion or ordinary moxibustion equipment mainly includes two categories: contact moxibustion and non-contact moxibustion. Contact moxibustion includes mild moxibustion and barrier moxibustion, and non-contact moxibustion includes suspension moxibustion and bird pecking moxibustion. When doctors operate, due to the lack of quantitative data reference basis, the randomness is large, and it is impossible to achieve precise control of moxibustion temperature, time, and moxa amount, so it is impossible to assess whether the patient's moxibustion is sufficient, resulting in great differences in the effectiveness of traditional open fire moxibustion treatment in clinical practice. The application of modern scientific and technological development of traditional moxibustion of traditional Chinese medicine, through modern digital technology and intelligent algorithm, for different acupoints and different moxa materials, precise calculation and control of the effective stimulation temperature and stimulation amount of skin receptors during moxibustion treatment, has become an important task of modern acupuncture and moxibustion to precisely apply moxibustion, improve the effectiveness of moxibustion, and help most primary medical staff, families and individuals more efficiently master this Chinese traditional external treatment technology of traditional Chinese medicine.

[0004] The Chinese authorized invention patent with publication number CN 111000721 B discloses a "moxibustion treatment system and control method". The system includes a plurality of moxibustion boxes, and also includes a control module and a server; the moxibustion box is installed with a medicinal cake, and the moxibustion box also includes a heater for heating the medicinal cake and a circuit board for controlling the heater; the moxibustion box also includes a sensor for acquiring running state data; the control module is in communication connection with the moxibustion box and the server respectively, for sending control instructions to the moxibustion box, and forwarding the running state data of the moxibustion box to the server. The control module realizes the synchronous control of multiple moxibustion boxes, which is simple to operate, efficient, and convenient for realizing acupoint compatibility treatment. At the same time, the background can further filter and optimize according to the data collected, and push the treatment scheme more suitable for the patient's own condition to the patient, so as to standardize the treatment scheme, improve the treatment effect, and provide reliable big data support for the work of medical staff and intelligent medical treatment. It is found in use that the control mode needs the treatment head to access the control box and then communicate with the mobile terminal to complete the communication and setting of different treatment modes. The moxibustion device control and setting need to access the external server and operate through the computer or mobile phone, and the communication and auxiliary equipment connection make the operation more complicated. The instrument work has high requirements for the environment, and also increases the failure rate; secondly, the heat radiation of the heater is multi-directional, and there is a lack of mechanism for concentrating heat radiation to the treatment site. Therefore, on the one hand, it causes heat energy loss and affects the moxibustion fumigation effect; on the other hand, the heater and the circuit board are installed in the same space (cylindrical box body), and there is a lack of mechanism for concentrating heat radiation to the treatment site. The heater produces a large amount of heat radiation to the components including the battery and the control circuit, affecting the service life of these components.

[0005] On the other hand, the moxibustion box needs to be fixed to the bottom plate of the treatment cylinder with a special connecting mechanism. As a fixing method of the prior art, such as installation and connection by magnet, screw, adhesive, etc., the operation is cumbersome, and installation and removal are inconvenient. The Chinese authorized invention patent with patent number CN202010079724.5 discloses an "moxibustion treatment system and control method", and the treatment box (i.e. the cake mounting mechanism described in the patent) includes a shell and an iron plate assembled in the shell and provided with an iron plate through hole; correspondingly, a magnet block for magnetically attracting the iron plate is fixedly installed on the inner side of the cylinder bottom plate. The moxibustion box is fixed to the bottom plate of the cylinder by the magnet block on the inner side of the cylinder bottom plate attracting the iron plate on the outer side of the bottom plate. Although this installation method has the advantage of convenient disassembly and assembly, the firmness of the connection between the iron plate and the surrounding materials may deteriorate after long-term frequent heating, which may cause the fixing screw or iron plate to come off, causing skin burns and other dangers; in addition, if electronic components such as chips and radio frequency coils are placed in the treatment box in other moxibustion and fumigation Chinese medicine external treatment devices, these components may be affected by the interference of the magnet, making it difficult to realize the digitization and intelligent design of moxibustion and fumigation Chinese medicine external treatment devices. At the same time, the existing moxibustion and fumigation devices lack a connecting mechanism between the skin at the acupoint of the human body, making it difficult to realize the conversion of moxibustion methods. For example, the Chinese authorized invention patent with patent number CN202010079724.5 directly implements treatment on the human body acupoint with the cake mounting mechanism with the cake, which can relatively conveniently realize contact moxibustion (including mild moxibustion and moxa-wrapped moxibustion), but if non-contact moxibustion including hanging moxibustion and bird-pecking moxibustion is to be implemented, professional personnel are required, and the method is arbitrary and difficult to standardize, resulting in a large difference in the effect of clinical moxibustion treatment. Technical problem

[0006] The technical problem to be solved by the present application is to provide a digitalized moxibustion and fumigation Chinese medicine external treatment device, which can automatically match the optimal working time, working temperature, working wavelength and other parameters corresponding to different moxibustion or fumigation materials, and can realize safe and efficient switching of different treatment materials and different treatment modes of a single device without relying on professional labor and special communication conditions during moxibustion, fumigation and ginger moxibustion treatment; secondly, the effect of moxibustion and fumigation is improved by concentrating heat radiation to the treatment site, and the influence of heat radiation on electronic components is reduced; thirdly, a skin protection and support device is added between the moxibustion and fumigation Chinese medicine external treatment device and the skin at the acupoint of the body, which is more convenient for realizing the conversion of moxibustion methods during moxibustion external treatment. Technical solution

[0007] The technical solution of the present application is as follows:

[0008] The application discloses a digital and intelligent moxibustion and fumigation traditional Chinese medicine external treatment device, which comprises a radio frequency induction bin provided with a radio frequency induction bin bottom plate and a display control bin provided with a display control bin bottom plate, wherein the radio frequency induction bin bottom plate is provided with heat transfer through holes, one end of the radio frequency induction bin is used as a heat transfer end, and the other end is connected with the display control bin; a temperature-resistant protective cover with an opening facing the heat transfer end is arranged in the radio frequency induction bin, and a heater is arranged in the temperature-resistant protective cover; a chip and medicinal cake box is arranged outside the radio frequency induction bin bottom plate at the heat transfer end, the chip and medicinal cake box is provided with a storage chip and an induction coil; a radio frequency induction chip and a radio frequency induction coil for reading information of the storage chip are arranged in the radio frequency induction bin; a control circuit board and a battery are arranged in the display control bin, and the radio frequency induction chip and the heater are connected with the control circuit board through wires; a bin cover is arranged at one end of the display control bin opposite to the display control bin bottom plate, and the bin cover is provided with a plurality of groups of display lamps connected with the control circuit board and used for forming a dot matrix digital information screen.

[0009] Preferably, the inside of the radio frequency induction bin bottom plate is provided with a U-shaped raised plate which is perpendicular to the radio frequency induction bin bottom plate; the radio frequency induction bin bottom plate is provided with heat transfer through holes in the area of the raised plate; the sidewall of the radio frequency induction bin is provided with induction bin sidewall heat dissipation holes; the radio frequency induction chip and the radio frequency induction coil are arranged between the raised plate and the sidewall of the radio frequency induction bin; the radio frequency induction bin is provided with a temperature-resistant protective cover; the temperature-resistant protective cover comprises an outer cabin arranged on the inside of the raised plate, and a metal heat insulation and reflection inner container is arranged on the inner wall of the outer cabin; and the heater is arranged in the metal heat insulation and reflection inner container.

[0010] Further preferably, a U-shaped temperature-resistant through hole plate is detachably arranged in the area of the inside of the raised plate between the radio frequency induction bin bottom plate and the heater; the U-shaped temperature-resistant through hole plate is provided with heat dissipation through holes, and at least two limiting protrusions are arranged on the U-shaped temperature-resistant through hole plate, and the outer side of the temperature-resistant protective cover is limited by the limiting protrusions to be located at a position which is spaced apart from the inside of the raised plate.

[0011] Preferably, the chip cake box comprises a mutually matched upper box body and lower box body; the upper box body comprises an upper box body bottom plate with an upper through hole, the outer edge of the upper box body bottom plate has an inwardly folded upper box body flange; a cylindrical upper partition plate is further arranged on the upper box body bottom plate, the cylindrical upper partition plate is located outside the upper through hole, and an annular upper pressing plate is formed between the cylindrical upper partition plate and the outer edge of the upper through hole; the lower box body comprises a lower box body bottom plate with a lower through hole, the outer edge of the lower box body bottom plate has an inwardly folded lower box body flange; a cylindrical lower partition plate is further arranged on the lower box body bottom plate, the cylindrical lower partition plate is located outside the lower through hole, and an annular lower pressing plate is formed between the cylindrical lower partition plate and the outer edge of the lower through hole; the upper through hole and the lower through hole are concentrically arranged; the upper box body flange and the lower box body flange are mutually clamped, the cylindrical upper partition plate and the cylindrical lower partition plate are mutually buckled and in contact, and a closed space is formed in the chip cake box; the storage chip and the induction coil are arranged in the closed space; the annular upper pressing plate and the annular lower pressing plate are used for mounting the moxa cake for moxibustion and fumigation.

[0012] Further preferably, the inner side of the annular upper pressing plate is processed with upper burr-shaped protrusions; the inner side of the annular lower pressing plate is processed with lower burr-shaped protrusions.

[0013] Preferably, the heat transfer end of the radio frequency induction bin is connected with a skin protection and support mechanism; the skin protection and support mechanism comprises a connecting and containing cylinder of an integral structure and an elastic material, and an outwardly expanded cover located at the lower end of the connecting and containing cylinder; an upper protruding ring, an annular groove, an annular side wall and a cake box retaining ring are sequentially processed on the inner wall of the connecting and containing cylinder from top to bottom; the inner diameter of the upper protruding ring is smaller than the inner diameter of the annular side wall, the inner diameter of the annular side wall is smaller than the inner diameter of the annular groove, and the inner diameter of the cake box retaining ring is smaller than the inner diameter of the annular side wall; the outer edge of the outwardly expanded cover is located outside the outer wall of the connecting and containing cylinder; in a natural stretched state, the outer edge of the outwardly expanded cover is lower than the inner edge; an annular deep groove, an annular protrusion and an annular cylinder wall are sequentially processed on the outer wall of the heat transfer end of the radio frequency induction bin from top to bottom; by the elasticity of the connecting and containing cylinder, the upper protruding ring is clamped in the annular deep groove, the annular protrusion is clamped in the annular groove, the annular side wall is tightly attached to the outer wall surface of the annular cylinder wall, and the outer edge of the chip cake box is attached to the inner wall surface of the annular cylinder wall and is axially lifted and positioned by the cake box retaining ring.

[0014] Further preferably, the lower end of the connecting and containing cylinder has a ring-shaped outwardly recessed outer ring groove.

[0015] Preferably, the inner side of the display control bin bottom plate is provided with at least two protruding strips and has ventilation gaps between the protruding strips. Advantages

[0016] Compared with the prior art, the present application has the following positive effects:

[0017] The application can accurately control the influence of different moxa materials and different moxa methods on the somatic and skin temperature protein receptor, improve the effect of traditional moxibustion and fumigation Chinese medicine external treatment, and accurately control the treatment moxa amount of different diseases and different acupoints, realize the repeatability of moxibustion, fumigation and other Chinese medicine external treatment methods for multiple diseases, and has the following beneficial effects.

[0018] Firstly, the application can carry out more than one hundred kinds of Chinese medicine external treatment methods such as moxibustion, fumigation and ginger moxibustion by using various drugs and non-drug materials through the radio frequency induction chip and the radio frequency coil in the radio frequency induction bin to read the information stored in the memory chip in the chip cake box, realize the digital display, intelligent control, intelligent induction, intelligent heating, safety protection and information storage of Chinese medicine external treatment methods, and ordinary people can carry out moxibustion, fumigation and ginger moxibustion for different diseases such as cold, heat, deficiency and excess without relying on professional personnel and special communication conditions, so as to realize the popularization, standardization, safety, digitization and high efficiency of Chinese medicine external treatment technology such as moxibustion, fumigation and ginger moxibustion.

[0019] Secondly, the U-shaped raised plate is arranged on the inner side of the bottom plate of the radio frequency induction bin, and the raised plate and the temperature-resistant protective cover are combined, which has the following positive significance: 1. The maximum isolation of the heat radiation above and on the side of the heater is realized, which can realize the maximum heat radiation warm stimulation treatment of the acupoint surface of the human body with the least energy consumption; 2. The waste consumption of radiation heat is reduced, which can effectively reduce the influence of the heat radiation of the heater on the components above the heating bin (such as battery, control circuit, etc.), and effectively reduce the influence of the heat radiation of the heater on the radio frequency coil and the chip between the raised plate and the wall of the radio frequency induction bin; 3. The energy consumption is concentrated, which reduces the consumption of electric energy in the device and prolongs the working time of the battery after single charging.

[0020] Thirdly, the U-shaped temperature-resistant through-hole plate is installed between the radio frequency induction bin bottom plate and the heater. The U-shaped temperature-resistant through-hole plate is made of high-temperature-resistant material with high cost, and the bottom plate and the raised plate are made of ordinary temperature-resistant material considering the cost of device manufacturing and implementation. When the radiation heat energy output by the heater is high, the U-shaped temperature-resistant through-hole plate can protect the bottom plate and the raised plate from overheating or deformation caused by high temperature.

[0021] Fourth, the storage chip is arranged in the medicine cake box, and different external treatment materials for moxibustion or fumigation of traditional Chinese medicine can be set, and the best working temperature, time, infrared wavelength and other working information of safety and effect can be considered. When different external treatment methods for different diseases are carried out daily, only the drug or non-drug material required for treatment of the disease needs to be selected, and after the chip medicine cake box is installed at the outer bottom of the radio frequency induction bin, the device can implement safe, professional and efficient health care or treatment for more than 100 kinds of chronic diseases corresponding to the selected different external treatment materials.

[0022] Fifth, the skin protection and support mechanism of the application realizes the change of four traditional moxibustion modes and methods, i.e. hanging moxibustion mode, bird pecking moxibustion mode, warm moxibustion mode and material separation moxibustion mode, when the cylindrical moxibustion box is used for moxibustion treatment. The doctor or patient can change the moxibustion method according to the body part and disease change. According to thermodynamics, when the temperature difference between the heating body and the heated body is large, the heat flux density received by the surface of the heated body can be considered to be determined, that is, the radiation heat transfer intensity is not affected by the temperature change of the boundary surface of the object. Therefore, the radiation heat transfer of hanging moxibustion and bird pecking moxibustion is a contact heat source with determined heat flux density. Although the operation methods of contact moxibustion such as warm moxibustion and material separation moxibustion and non-contact moxibustion such as hanging moxibustion and bird pecking moxibustion are different, the temperature field distribution formed at the acupoint is consistent, that is, a symmetrical hemispherical temperature distribution with the center of the moxibustion point as the center and the radial direction decreasing, and the isothermal surface is a hemispherical surface with the moxibustion point as the center. The structure design of the skin protection and support mechanism realizes the application of the four traditional moxibustion methods. When the cylindrical moxibustion box is naturally placed on the body part, the skin protection and support mechanism realizes hanging moxibustion through the support of the outer edge; when the cylindrical moxibustion box is pressed and then released, the skin protection and support mechanism realizes bird pecking moxibustion through repeated natural extension and retraction of the outer edge; when the cylindrical moxibustion box is pressed to make the moxa leaves close to the skin, warm moxibustion can be realized; when ginger is placed on the chip medicine cake box and the cylindrical moxibustion box is pressed to make the ginger slices close to the skin, material separation moxibustion can be realized. The unique structure of the skin protection and support mechanism, in which the lower end circumferential wall and the lower end surface of the moxibustion box form a circumferential wrapping space, realizes the clamping and fixing of the chip medicine cake box, avoiding the complexity in production and use by means of magnets, screws, glue and the like. The design of the annular protruding strip on the upper end of the inner wall and the annular flat surface on the lower end of the high wall of the skin protection and support mechanism achieves the effect of close cooperation with the annular groove arranged on the outer circumferential wall of the lower end of the moxibustion box, and realizes the natural fixing of the skin protection and support mechanism to the moxibustion box through the elasticity of the material itself.

[0023] Sixth, the pie box mechanism of the application is surrounded by the upper box body bottom plate, the lower box body bottom plate, the upper box body flange, the lower box body flange, the cylindrical upper isolation plate and the cylindrical lower isolation plate to form a closed space. The closed space is installed with a storage chip and a radio frequency coil connected with the storage chip. The annular upper pressing plate and the annular lower pressing plate are used to install moxa fumigation medicine pie. The moxa fumigation medicine pie, the storage chip and the radio frequency coil are respectively in independent spaces, which avoids the damage of the heat radiation of the moxa fumigation medicine pie to the storage chip and the radio frequency coil, is beneficial to the normal work of the storage chip and the radio frequency coil, and prolongs the service life of the storage chip and the radio frequency coil. BRIEF DESCRIPTION OF DRAWINGS

[0024] Fig. 1 is a schematic diagram of the overall appearance of the embodiment of the traditional Chinese medicine external treatment device of the application.

[0025] Fig. 2 is a schematic diagram of the internal structure of the radio frequency induction bin in the embodiment of the traditional Chinese medicine external treatment device of the application.

[0026] Fig. 3 is a schematic diagram of the sectional structure of the radio frequency induction bin in the embodiment of the traditional Chinese medicine external treatment device of the application.

[0027] Fig. 4 is a schematic diagram of the structure of the temperature-resistant protective cover and the internal components thereof in the embodiment of the traditional Chinese medicine external treatment device of the application.

[0028] Fig. 5 is a schematic diagram of the structure shape of the U-shaped temperature-resistant through-hole plate in the embodiment of the traditional Chinese medicine external treatment device of the application.

[0029] Fig. 6 is a schematic diagram of the structure of the display control bin in the embodiment of the traditional Chinese medicine external treatment device of the application (omitting the bin cover).

[0030] Fig. 7 is a schematic diagram of the top view of the embodiment of the traditional Chinese medicine external treatment device of the application.

[0031] Fig. 8 is a schematic diagram of the structure of the upper box body of the chip medicine pie box in the embodiment of the traditional Chinese medicine external treatment device of the application.

[0032] Fig. 9 is a schematic diagram of the structure of the lower box body of the chip medicine pie box in the embodiment of the traditional Chinese medicine external treatment device of the application.

[0033] Fig. 10 is a schematic diagram of the sectional structure of the skin protection and support mechanism in the embodiment of the traditional Chinese medicine external treatment device of the application.

[0034] Fig. 11 is a schematic diagram of the top view of the skin protection and support mechanism in the embodiment of the traditional Chinese medicine external treatment device of the application.

[0035] 1. Radio frequency induction bin, 1-1. Radio frequency induction bin bottom plate, 1-2. Raised plate, 1-3. Heat transfer hole, 1-4. Induction bin side wall heat dissipation hole, 1-5. Induction bin connecting column, 1-6. Temperature-resistant protective cover fixing column, 1-7. Annular deep groove, 1-8. Annular convex strip, 1-9. Annular cylinder wall; 2. Display control bin, 2-1. Raised strip, 2-2. Hollow cylinder, 2-3. Display control bin side wall heat dissipation hole, 2-4. Wiring through hole, 2-5. Positioning column, 2-6. Display control bin bottom plate; 3. Bin cover; 4. Skin protection and support mechanism, 4-1. Connecting containing cylinder, 4-1-1. Upper convex ring, 4-1-1-1. Rotation stopping groove, 4-1-2. Annular groove, 4-1-3. Annular side wall, 4-1-4. Cake box supporting ring, 4-1-5. Outer ring groove, 4-2. Outer expansion cover; 5. Radio frequency induction chip; 6. Radio frequency induction coil; 7. Chip cake box, 7-1. Upper box body, 7-1-1. Upper through hole, 7-1-2. Cylindrical upper isolation plate, 7-1-3. Rotation stopping clamping groove, 7-1-4. Upper notch, 7-1-5. Upper box body bottom plate, 7-1-6. Upper box body flange, 7-1-7. Annular upper pressing plate, 7-1-7-1. Upper burr-shaped convex point, 7-2. Lower box body, 7-2-1. Lower through hole, 7-2-2. Cylindrical lower isolation plate, 7-2-3. Rotation stopping clamping block, 7-2-4. Lower notch, 7-2-5. Lower box body bottom plate, 7-2-5-1. Handle convex block, 7-2-6. Lower box body flange, 7-2-7. Annular lower pressing plate, 7-2-7-1. Lower burr-shaped convex point; 8. Temperature-resistant protective cover, 8-1. Outer partition, 8-2. Metal heat-insulating reflective inner container, 8-3. Terminal box, 8-4. Fixing hole; 9. Heater; 10. Wiring terminal; 11. U-shaped temperature-resistant through hole plate, 1-1. Limiting convex, 11-2. Heat dissipation hole; 12. Storage chip; 13. Induction coil. Best mode of the present application

[0036] The present application will be described in detail below in conjunction with the accompanying drawings and specific embodiments.

[0037] As shown in FIG. 1, an embodiment of the present application is a digital and intelligent moxibustion and fumigation TCM external treatment device, the main structure includes a display control bin 2, a radio frequency induction bin 1 and a skin protection and support mechanism 4 combined into one. One end of the radio frequency induction bin 1 is connected to the skin protection and support mechanism 4 as a heat transfer end (i.e. a treatment end or a near-skin end), the other end of the radio frequency induction bin 1 is connected to the display control bin 2, and the display control bin bottom plate 2-6 of the display control bin 2 seals the other end.

[0038] The radio frequency induction bin 1 is provided with a temperature-resistant protective cover 8 facing the heat transfer end, and a heater 9 is installed in the temperature-resistant protective cover 8. A chip tablet box 7 is installed outside the radio frequency induction bin bottom plate 1-1 at the heat transfer end and provided with a heat transfer hole 1-3. Under the radiation heat flow of the temperature-resistant protective cover 8, the heater 9 provides heat flow to heat the chip tablet box 7, and the therapeutic components in the biological material in the chip tablet box 7 are melted by the heat flow and then reach the human acupoints through the internal space of the skin protection and support mechanism 4.

[0039] The chip tablet box 7 is provided with a storage chip 12 and an induction coil 13. The radio frequency induction bin 1 is provided with a radio frequency induction chip 5 and a radio frequency induction coil 6. The display control bin 2 is provided with a control circuit board and a battery. The radio frequency induction chip 5 and the heater 9 are connected to the control circuit board through wires, respectively. The display control bin 2 is provided with a bin cover 3 at one end opposite to the display control bin bottom plate 2-6, and the bin cover 3 is provided with a plurality of groups of display lights connected to the control circuit board to form a dot matrix digital information screen.

[0040] Specifically, as shown in FIGS. 2 and 3, the lower end (i.e., the treatment end) of the radio frequency induction bin 1 is provided with a radio frequency induction bin bottom plate 1-1, and the inner side of the radio frequency induction bin bottom plate 1-1 is provided with a U-shaped raised plate 1-2 perpendicular to the radio frequency induction bin bottom plate 1-1. The radio frequency induction bin bottom plate 1-1 is uniformly provided with a plurality of heat transfer holes 1-3 located in the area of the raised plate 1-2. The sidewall of the radio frequency induction bin 1 is provided with induction bin sidewall heat dissipation holes 1-4.

[0041] The raised plate 1-2 and the sidewall of the radio frequency induction bin 1 are provided with a radio frequency induction chip 5 and a radio frequency induction coil 6 connected to the radio frequency induction chip 5. The radio frequency induction chip 5 is connected to the control circuit board in the display control bin 2 through a wire. The radio frequency induction chip 5 and the radio frequency induction coil 6 function to read the information data of the storage chip in the chip tablet box 7, send the data to the control circuit board, and control the working time, working temperature, working mode, and working wavelength of the heater 9 according to the collected data.

[0042] The radio frequency induction bin 1 is provided with a temperature-resistant protective cover 8 as shown in Fig. 4. The temperature-resistant protective cover 8 comprises an outer cabin 8-1 which is connected to the inner side of the raised plate 1-2 by clamping, and a metal heat-insulating reflective inner container 8-2 which is clamped to the inner wall of the outer cabin 8-1. The heater 9 is installed in the metal heat-insulating reflective inner container 8-2. The outer cabin 8-1 is connected with a terminal box 8-3 which is installed in a position corresponding to the U-shaped opening end of the raised plate 1-2 and the bin wall of the radio frequency induction bin 1. The terminal box 8-3 is provided with a connecting terminal 10 which is connected with the heater 9 through a wire passing through the side wall gap of the metal heat-insulating reflective inner container 8-2, and is connected with the control circuit board installed in the display control bin 2 through another wire.

[0043] The radio frequency induction bin bottom plate 1-1 is provided with a temperature-resistant protective cover fixing column 1-6 which is fixed to the outer side of the raised plate 1-2, and correspondingly, the outer cabin 8-1 or the terminal box 8-3 is provided with a fixing hole 8-4 which cooperates with the temperature-resistant protective cover fixing column 1-6. In this embodiment, the fixing hole 8-4 is provided on the ear plate on the outer side of the terminal box 8-3 as shown in Fig. 4. The temperature-resistant protective cover fixing column 1-6 is inserted into the fixing hole 8-4 and fixed by a screw, so as to realize the connection and fixation of the temperature-resistant protective cover 8 in the radio frequency induction bin 1.

[0044] The metal heat-insulating reflective inner container 8-2 has the following effects: further increasing the isolation of the heat radiation above and on the side of the heater 9, reducing the waste of radiant heat, and maximizing the heat radiation to the skin or the drug and non-drug material in the body surface acupoint in the shortest time, thereby improving the heat-sensitive feedback of the skin or the transdermal absorption effect of the drug and non-drug material.

[0045] Further, the radio frequency induction bin bottom plate 1-1 is detachably provided with a U-shaped temperature-resistant through-hole plate 11 which is located in the inner side area of the raised plate 1-2 between the radio frequency induction bin bottom plate 1-1 and the heater 9. As shown in Fig. 5, the U-shaped temperature-resistant through-hole plate 11 is provided with a plurality of heat dissipation through-holes 11-2, and at least two limiting protrusions 11-1 are arranged on the U-shaped temperature-resistant through-hole plate 11. The outer side edge of the temperature-resistant protective cover 8 is limited by the limiting protrusions 11-1 to a position which is kept at a certain distance from the inner side edge of the raised plate 1-2.

[0046] The U-shaped temperature-resistant through-hole plate 11 is made of high-temperature-resistant material. Considering the implementation cost of the device, the radio frequency induction bin bottom plate 1-1 and the raised plate 1-2 are made of ordinary temperature-resistant material. When the radiant heat energy output by the heater 9 is high, the U-shaped temperature-resistant through-hole plate 11 can play a temperature insulation protection role for the radio frequency induction bin bottom plate 1-1 and the raised plate 1-2, preventing the radio frequency induction bin bottom plate 1-1 and the raised plate 1-2 from overheating or deforming due to high temperature.

[0047] Further, the radio frequency induction bin bottom plate 1-1 is provided with a charging and software program installation and maintenance terminal, the charging terminal is used for connecting an external power supply to charge the lithium battery and install and maintain the software program.

[0048] The radio frequency induction bin 1 and the display control bin 2 can be detachably connected, integrally connected or fixedly connected. The display control bin 2 can also be provided with a micro loudspeaker for voice explanation or prompting of the working mode, working state or working time.

[0049] As shown in FIG. 6, the display control bin bottom plate 2-6 of the display control bin 2 is provided with four protruding strips 2-1 on the upper side and has ventilation gaps between the protruding strips 2-1. When the lithium battery is installed in the display control bin 2, the protruding strips 2-1 help the lithium battery plane and the bin bottom plane form a space conducive to air flow, thereby minimizing the influence of the heat conduction of the heating bin on the display control bin 2. The display control bin 2 is provided with a wiring through hole 2-4 at the bottom for wiring, so as to realize the wire connection between the display control bin 2 and the radio frequency induction bin 1.

[0050] The display control bin 2 is provided with two groups of four positioning columns 2-5 on the inner side of the bin wall. Two positioning columns 2-5 in each group are used to clasp and fix the battery from the opposite two sides. The contact surface between the positioning column 2-5 and the battery is a plane. The upper end surface of the positioning column 2-5 is provided with a connecting hole for connecting the bin cover 3. The bin cover 3 is fixedly provided with a connecting column which is inserted into the connecting hole in the upper end surface of the positioning column 2-5 after passing through the through hole in the control circuit board. The upper end surface of the positioning column 2-5 is lower than the upper end surface of the display control bin 2. The space generated by the height difference is used to accommodate the control circuit board, the light shielding plate and part of the bin cover. Through this height difference design, the installation space is fully utilized, and the device is miniaturized to the greatest extent.

[0051] The bin wall of the display control bin 2 is provided with display control bin sidewall heat dissipation holes 2-3 on both sides.

[0052] As shown in FIG. 2 and FIG. 3, the radio frequency induction bin bottom plate 1-1 is fixedly provided with an induction bin connecting column 1-5 on the outer side of the protruding plate 1-2 and provided with a connecting through hole. Correspondingly, as shown in FIG. 6, the display control bin 2 is provided with two hollow cylinders 2-2 extending downward at the bottom. The hollow cylinder 2-2 cooperates with the induction bin connecting column 1-5 and is fixed by screwing, so as to realize the connection and locking between the display control bin 2 and the radio frequency induction bin 1.

[0053] In order to further improve the safety performance of the device, a temperature sensor is installed in the radio frequency induction bin 1. The temperature sensor is in communication connection with the control circuit board in the display control bin 2. When the temperature in the radio frequency induction bin 1 is too high due to improper operation, the control circuit board controls the heater 9 to stop working.

[0054] The chip medicine cake box 7 comprises a mutually matched upper box body 7-1 and lower box body 7-2. As shown in Fig. 8, the upper box body 7-1 comprises an upper box body bottom plate 7-1-5 with an upper through hole 7-1-1, and the outer edge of the upper box body bottom plate 7-1-5 has an inwardly (i.e. downwardly) folded upper box body flange 7-1-6, which serves as the outer profile sidewall plate of the upper box body 7-1. The upper box body flange 7-1-6 is perpendicular to the upper box body bottom plate 7-1-5. The upper box body bottom plate 7-1-5 is further provided with a cylindrical upper isolation plate 7-1-2 which is integral with the upper box body bottom plate 7-1-5 and perpendicular to the upper box body bottom plate 7-1-5, and the cylindrical upper isolation plate 7-1-2 is located outside the upper through hole 7-1-1, and the cylindrical upper isolation plate 7-1-2 and the outer edge of the upper through hole 7-1-1 have an annular upper pressing plate 7-1-7 which is integral with the upper box body bottom plate 7-1-5.

[0055] As shown in Fig. 9, the lower box body 7-2 comprises a lower box body bottom plate 7-2-5 with a lower through hole 7-2-1, and the outer edge of the lower box body bottom plate 7-2-5 has an inwardly (i.e. upwardly) folded lower box body flange 7-2-6, which serves as the outer profile sidewall plate of the lower box body 7-2. The lower box body flange 7-2-6 is perpendicular to the lower box body bottom plate 7-2-5. The lower box body bottom plate 7-2-5 is further provided with a cylindrical lower isolation plate 7-2-2 which is integral with the lower box body bottom plate 7-2-5 and perpendicular to the lower box body bottom plate 7-2-5, and the cylindrical lower isolation plate 7-2-2 is located outside the lower through hole 7-2-1, and the cylindrical lower isolation plate 7-2-2 and the outer edge of the lower through hole 7-2-1 have an annular lower pressing plate 7-2-7 which is integral with the lower box body bottom plate 7-2-5. The upper through hole 7-1-1 and the lower through hole 7-2-1 are concentrically arranged.

[0056] The upper box body flange 7-1-6 and the lower box body flange 7-2-6 are mutually clamped, and the cylindrical upper isolation plate 7-1-2 and the cylindrical lower isolation plate 7-2-2 are mutually buckled in contact, thereby forming a closed space inside the chip medicine cake box 7. The closed space is surrounded by the upper box body bottom plate 7-1-5, the lower box body bottom plate 7-2-5, the upper box body flange 7-1-6, the lower box body flange 7-2-6, the cylindrical upper isolation plate 7-1-2 and the cylindrical lower isolation plate 7-2-2. The closed space is installed with the storage chip 12 and the induction coil 13 connected with the storage chip 12. The annular upper pressing plate 7-1-7 and the annular lower pressing plate 7-2-7 are used to install moxa cake for moxibustion and fumigation.

[0057] Further, the embodiment also includes a medicine cake covering sheet for covering the moxibustion fumigation medicine cake, which is, for example, a medical non-woven fabric or the like, used for covering and protecting the upper and lower sides of the medicine cake, avoiding secondary pollution of the medicine cake during use, and increasing the comfort of skin penetration. The medicine cake covering sheet is omitted in the figure.

[0058] Further, the inner side (i.e. the lower side) of the annular upper pressing plate 7-1-7 is processed with upper bristle-shaped protrusions 7-1-7-1. The inner side (i.e. the upper side) of the annular lower pressing plate 7-2-7 is processed with lower bristle-shaped protrusions 7-2-7-1.

[0059] In the scheme with the medicine cake covering sheet, the upper bristle-shaped protrusions 7-1-7-1 and the lower bristle-shaped protrusions 7-2-7-1 are used for fixing the medicine cake covering sheet, preventing the medicine cake covering sheet from slipping during treatment.

[0060] Further, the upper box body flange 7-1-6 has an upper notch 7-1-4 formed by the flange inner recess, the lower box body flange 7-2-6 has a lower notch 7-2-4 formed by the flange inner recess, and the upper notch 7-1-4 and the lower notch 7-2-4 are the same in shape and size and are vertically opposite. In the embodiment, the upper notch 7-1-4 and the lower notch 7-2-4 are both ladder-shaped. The lower box body bottom plate 7-2-5 is provided with a handle protrusion 7-2-5-1 extending to the position of the lower notch 7-2-4. The handle protrusion 7-2-5-1 helps the operator to conveniently open the medicine cake box and replace the medicine cake. The purpose of the upper notch 7-1-4 and the lower notch 7-2-4 is to leave an operation space for the operator to open the medicine cake box and replace the medicine cake.

[0061] Further, the upper box body flange 7-1-6 has a rotation-stopping clamping groove 7-1-3 formed by the flange inner recess, and correspondingly, the inner side of the lower box body flange 7-2-6 is processed with a rotation-stopping clamping block 7-2-3 for plug-in cooperation with the rotation-stopping clamping groove 7-1-3.

[0062] The following illustrates the assembly method of the chip medicine cake box 7.

[0063] The moxibustion or fumigation material is made into a round cake-shaped moxibustion piece or fumigation piece for standby use. The storage chip 12 and the induction coil 13 are placed in the closed space. The first piece of medicine cake covering sheet is placed on the upper side of the annular lower pressing plate 7-2-7, the round cake-shaped moxibustion piece or fumigation piece is placed on the first piece of medicine cake covering sheet, and the second piece of medicine cake covering sheet is placed on the upper side of the round cake-shaped moxibustion piece or fumigation piece. Finally, the upper box body 7-1 and the lower box body 7-2 are buckled.

[0064] The storage chip 12 and the induction coil 13 have the following functions: different moxibustion and fumigation methods, different materials and components, different instrument working temperature and time, and different use frequency settings. Before moxibustion and fumigation, the information of different moxibustion and fumigation materials can be written into the storage chip 12 in advance. Before starting work, the information of different moxibustion and fumigation materials written in the storage chip 12 is automatically read by the radio frequency induction chip 5 and uploaded to the chip of the control circuit board. According to the pre-set corresponding working mode, the control circuit board starts the heater 9 to output the specific temperature, time, infrared wavelength, working frequency and other effective treatment parameters. The other function of the storage chip 12 and the induction coil 13 is to avoid the cumbersome access control terminal, server terminal, mobile terminal and other problems caused by line, network and other reasons, and to reduce the probability of failure to zero. The radio frequency coil and chip in the chip cake box 7 have the following functions: avoiding the cumbersome setting of the mobile terminal scanning code for the cylindrical moxibustion box body, and allowing the elderly, children and other groups who are not convenient to use the mobile terminal to not rely on the network or mobile terminal, but only need to start the machine to accurately identify and safely and efficiently treat different body parts, different location acupoints, different moxibustion treatment materials and different fumigation treatment materials.

[0065] As shown in FIGS. 10 and 11, the skin protection and support mechanism 4 includes a connecting and containing cylinder 4-1 of an integral structure and an elastic material, and an outwardly expanding cover 4-2 at the lower end of the connecting and containing cylinder 4-1. The inner wall of the connecting and containing cylinder 4-1 is sequentially processed from top to bottom with an upper protruding ring 4-1-1, an annular groove 4-1-2, an annular side wall 4-1-3, and a cake box holder ring 4-1-4. The inner diameter of the upper protruding ring 4-1-1 is smaller than the inner diameter of the annular side wall 4-1-3, the inner diameter of the annular side wall 4-1-3 is smaller than the inner diameter of the annular groove 4-1-2, and the inner diameter of the cake box holder ring 4-1-4 is smaller than the inner diameter of the annular side wall 4-1-3.

[0066] The outer edge of the outwardly expanding cover 4-2 is located outside the outer wall of the connecting and containing cylinder 4-1. In the natural stretched state, the outer edge of the outwardly expanding cover 4-2 is lower than the inner edge, that is, it extends downward while expanding outward.

[0067] Further, the lower end of the connecting and containing cylinder 4-1 has a circle of outwardly recessed outer ring grooves 4-1-5. Further, the upper protruding ring 4-1-1 is provided with a rotation-stopping groove 4-1-1-1 opening inward.

[0068] As shown in Fig. 3, the outer wall of the proximal skin end of the radio frequency induction chamber 1 is sequentially processed from top to bottom with a ring-shaped deep groove 1-7, a ring-shaped convex strip 1-8 and a ring-shaped cylinder wall 1-9. By virtue of the elasticity of the connecting accommodating cylinder 4-1, the upper convex ring 4-1-1 is clamped in the ring-shaped deep groove 1-7, the ring-shaped convex strip 1-8 is clamped in the ring-shaped groove 4-1-2, and the ring-shaped side wall 4-1-3 is tightly attached to the outer wall surface of the ring-shaped cylinder wall 1-9 by the elastic contraction of structure and material, and the outer edge of the chip cake box 7 is attached to the inner wall surface of the ring-shaped cylinder wall 1-9 and is axially positioned by the cake box supporting ring 4-1-4.

[0069] The ring-shaped deep groove 1-7 is provided with a positioning block (not shown in the drawing), which is clamped in the rotation-stopping groove 4-1-1-1 to ensure that the skin contact device rotates synchronously with the radio frequency induction chamber 1.

[0070] The control circuit board is connected with a plurality of groups of display lamps. The chamber cover 3 is provided with a dot matrix digital information area corresponding to the display lamps. The dot matrix digital information area constitutes an information screen. A light shielding plate made of rubber is arranged between the control circuit board and the chamber cover 3. The light shielding plate includes a plurality of light collecting holes corresponding to the display lamps one by one, and the display lamps are located in the light collecting holes one by one.

[0071] As shown in Fig. 7, the information screen is distributed with a plurality of information display areas, respectively used for displaying treatment control information such as "time", "number of times", "moxibustion amount", "sthenia number", cake types such as "moxibustion", "smoke moxibustion" and "ginger moxibustion", and parameter setting levels such as "high", "medium" and "low".

Claims

1. A digital moxibustion fumigation and external treatment device for traditional Chinese medicine, comprising a radio frequency induction chamber (1) with a radio frequency induction chamber bottom plate (1-1) and a display control chamber (2) with a display control chamber bottom plate (2-6), wherein the radio frequency induction chamber bottom plate (1-1) is provided with heat transfer through holes (1-3), characterized in that: One end of the radio frequency induction chamber (1) serves as a heat transfer end, and the other end is connected to the display control chamber (2); a heat-resistant protective cover (8) with an opening facing the heat transfer end is installed in the radio frequency induction chamber (1), and a heater (9) is installed in the heat-resistant protective cover (8); a chip medicine box (7) is installed outside the radio frequency induction chamber bottom plate (1-1) located at the heat transfer end, and the chip medicine box (7) has a built-in storage chip (12) and an induction coil (13); the radio frequency induction chamber (1) has a built-in radio frequency induction chip (5) and a radio frequency induction coil (6) for reading information from the storage chip (12); the display control chamber (2) has a built-in control circuit board and a battery, and the radio frequency induction chip (5) and the heater (9) are respectively connected to the control circuit board via wires; a chamber cover (3) is installed at the end of the display control chamber (2) opposite to the display control chamber bottom plate (2-6), and the chamber cover (3) is provided with a plurality of groups of display lights connected to the control circuit board for forming a dot matrix digital information screen.

2. The digital moxibustion fumigation and external treatment device for traditional Chinese medicine according to claim 1, characterized in that: A U-shaped raised plate (1-2) is provided on the inner side of the radio frequency induction chamber bottom plate (1-1) and is perpendicular to the radio frequency induction chamber bottom plate (1-1); a heat transfer through hole (1-3) is provided on the radio frequency induction chamber bottom plate (1-1) and is located in the raised plate (1-2) area; a side wall of the radio frequency induction chamber (1) is provided with an induction chamber side wall heat dissipation hole (1-4); the radio frequency induction chip (5) and the radio frequency induction coil (6) are installed between the raised plate (1-2) and the chamber wall of the radio frequency induction chamber (1); a heat-resistant protective cover (8) is installed in the radio frequency induction chamber (1); the heat-resistant protective cover (8) comprises an outer compartment (8-1) installed on the inner side of the raised plate (1-2), and a metal heat-insulating reflective liner (8-2) is installed on the inner wall of the outer compartment (8-1); and the heater (9) is installed in the metal heat-insulating reflective liner (8-2).

3. The digital moxibustion fumigation and external treatment device for traditional Chinese medicine according to claim 2, characterized in that: A U-shaped heat-resistant through-hole plate (11) located in the inner area of ​​the raised plate (1-2) is detachably installed between the radio frequency induction chamber bottom plate (1-1) and the heater (9); the U-shaped heat-resistant through-hole plate (11) is provided with heat dissipation through holes (11-2), and at least two limiting protrusions (11-1) are provided on the U-shaped heat-resistant through-hole plate (11), and the outer edge of the heat-resistant protective cover (8) is limited by the limiting protrusions (11-1) to a position that is spaced apart from the inner edge of the raised plate (1-2).

4. The digital moxibustion fumigation and external treatment device for traditional Chinese medicine according to claim 1, characterized in that: The chip medicine cake box (7) comprises an upper box body (7-1) and a lower box body (7-2) that cooperate with each other; the upper box body (7-1) comprises an upper box body bottom plate (7-1-5) with an upper through hole (7-1-1), and the outer edge of the upper box body bottom plate (7-1-5) has an upper box body flange (7-1-6) folded inward; the upper box body bottom plate (7-1-5) is also provided with a cylindrical upper isolation plate (7-1-2), the cylindrical upper isolation plate (7-1-2) is provided on the upper box body bottom plate (7-1-5), and the cylindrical upper isolation plate (7-1-2) is provided on the upper box body bottom plate (7-1-5). The isolation plate (7-1-2) is located outside the upper through hole (7-1-1), and an annular upper pressure plate (7-1-7) is provided between the cylindrical upper isolation plate (7-1-2) and the outer edge of the upper through hole (7-1-1); the lower box body (7-2) includes a lower box body bottom plate (7-2-5) with a lower through hole (7-2-1) formed therein, and the outer edge of the lower box body bottom plate (7-2-5) has an inwardly folded lower box body flange (7-2-6). The lower box body bottom plate (7-2-5) is further provided with a cylindrical lower isolation plate (7-2-2), the cylindrical lower isolation plate (7-2-2) is located outside the lower through hole (7-2-1), and an annular lower pressure plate (7-2-7) is provided between the cylindrical lower isolation plate (7-2-2) and the outer edge of the lower through hole (7-2-1); the upper through hole (7-1-1) is concentrically arranged with the lower through hole (7-2-1); the upper box body flange (7 -1-6) and the lower box body flange (7-2-6) are mutually engaged, and the cylindrical upper isolation plate (7-1-2) and the cylindrical lower isolation plate (7-2-2) are mutually engaged and contacted, forming a closed space inside the chip medicine cake box (7); the storage chip (12) and the induction coil (13) are arranged in the closed space; and the moxibustion fumigation medicine cake is installed between the annular upper pressure plate (7-1-7) and the annular lower pressure plate (7-2-7).

5. The digital moxibustion fumigation and external treatment device for traditional Chinese medicine according to claim 4, characterized in that: The inner side surface of the annular upper pressing plate (7-1-7) is processed with an upper burr-shaped convex point (7-1-7-1); the inner side surface of the annular lower pressing plate (7-2-7) is processed with a lower burr-shaped convex point (7-2-7-1).

6. The digital moxibustion fumigation and external treatment device for traditional Chinese medicine according to claim 1, characterized in that: The heat transfer end of the radio frequency induction chamber (1) is connected to a skin protection and support mechanism (4); the skin protection and support mechanism (4) comprises a connecting accommodating cylinder (4-1) of an integral structure and made of elastic material and an outer expansion cover (4-2) located at the lower end of the connecting accommodating cylinder (4-1); wherein the inner wall of the connecting accommodating cylinder (4-1) is processed with an upper convex ring (4-1-1), an annular groove (4-1-2), an annular side wall (4-1-3) and a medicine cake box supporting ring (4-1-4) in sequence from top to bottom; the inner diameter of the upper convex ring (4-1-1) is smaller than the inner diameter of the annular side wall (4-1-3), the inner diameter of the annular side wall (4-1-3) is smaller than the inner diameter of the annular groove (4-1-2), and the inner diameter of the medicine cake box supporting ring (4-1-4) is smaller than the inner diameter of the annular side wall (4-1-3); the outer expansion cover (4- 2) The outer edge is located outside the outer wall of the connecting accommodating cylinder (4-1); when the outward expansion cover (4-2) is in a naturally extended state, the outer edge is lower than the inner edge; the outer wall of the heat transfer end of the radio frequency induction chamber (1) is processed with an annular deep groove (1-7), an annular convex strip (1-8) and an annular cylinder wall (1-9) in sequence from top to bottom; relying on the elasticity of the connecting accommodating cylinder (4-1), the upper convex ring (4-1-1) is clamped in the annular deep groove (1-7), the annular convex strip (1-8) is clamped in the annular groove (4-1-2), the annular side wall (4-1-3) shrinks and is tightly attached to the outer wall surface of the annular cylinder wall (1-9), and the outer edge of the chip medicine cake box (7) is in contact with the inner wall surface of the annular cylinder wall (1-9) and is axially supported and positioned by the medicine cake box supporting ring (4-1-4).

7. The digital moxibustion fumigation and external treatment device for traditional Chinese medicine according to claim 6, characterized in that: The outer side of the lower end portion of the connecting accommodating cylinder (4-1) is provided with an inwardly recessed outer ring groove (4-1-5).

8. The digital moxibustion fumigation and external treatment device for traditional Chinese medicine according to claim 1, characterized in that: At least two raised strips (2-1) are provided on the inner side surface of the display control compartment bottom plate (2-6), and ventilation gaps are provided between the raised strips (2-1).

Images