A digital moxibustion fumigation device for external treatment of traditional Chinese medicine

Abstract

The present invention discloses a digital moxibustion and fumigation external treatment device for traditional Chinese medicine, comprising a radio frequency induction chamber and a display control chamber connected to each other. A heat-resistant protective cover with an opening facing the heat transfer end is installed in the radio frequency induction chamber, and a heater is installed in the heat-resistant protective cover. The radio frequency induction chamber is equipped with a radio frequency induction chip and a radio frequency induction coil for reading storage chip information. A medicine cake box with a built-in storage chip and an induction coil is installed on the outer side of the bottom plate of the radio frequency induction chamber. The display control chamber is equipped with a control circuit board and a battery. The radio frequency induction chip and the heater are connected to the control circuit board. The cover of the display control chamber is provided with several groups of display lights connected to the control circuit board to form a dot matrix digital information screen. The present invention can automatically match the optimal working parameters corresponding to different traditional Chinese medicine external treatment materials such as moxibustion or fumigation in a digital and intelligent manner, and can realize safe and efficient switching of different external treatment materials and different external treatment modes of a single device without relying on professional manual labor or special communication conditions.

Description

Technical Field

[0001] The present invention relates to a digital and intelligent moxibustion or fumigation external treatment device of traditional Chinese medicine. Background Art

[0002] Moxibustion and fumigation are important external treatment methods in Traditional Chinese Medicine (TCM), with a history of over 3,000 years, according to historical records. Modern medicine has confirmed in many ways that these methods can enhance immunity, improve circulatory function, regulate menstrual function, and promote and regulate the functions of endocrine, respiratory, digestive, and reproductive systems. In addition to their widespread clinical application, these methods offer numerous advantages, including outstanding effectiveness, low cost, and no side effects. The principles of moxibustion and fumigation, in addition to their pharmacological effects, are also related to the stimulation of the skin and acupuncture points by infrared and heat, as examples. Modern neurobiological research on human temperature receptors suggests that transient receptor potential vanilloid channels (TRPVs) that sense different temperature ranges are distributed throughout the body and skin tissues. The TRPV subfamily of the TRPV family consists of six members, including two major categories: TRPV1-V4 and TRPV5-V6. TRPV1-V4 is sensitive to Ca 2+ It has a moderate degree of permeability and is a non-selective cation channel. It is heat-sensitive and can also be activated to varying degrees by a variety of other stimuli. TRPV5-V6 is a highly calcium-selective channel that is highly regulated by intracellular calcium. TRPM8, a member of the TRPM subfamily of the TRP family, and TRPA1, a member of the TRPA subfamily, are associated with temperature perception. Recent studies have found that TRPV1, TRPV2, TRPV3, and TRPV4 are important primary molecular transducers for the somatosensory system to sense temperature stimuli. They mainly sense warm and thermal stimuli and can be activated by different thermal stimuli. This clarifies the biological basis for the warm and thermal stimuli of external treatments in Traditional Chinese Medicine, such as moxibustion and fumigation, to regulate body functions through surface acupuncture points and skin.

[0003] Existing TCM external treatment tools, such as moxibustion and fumigation, suffer from the following major drawbacks: Traditional open-flame moxibustion is difficult to operate due to patient positioning constraints, is time-consuming and labor-intensive, can easily cause burns and ignition, and pollutes the environment with moxa smoke. Furthermore, during open-flame moxibustion, the distance between the burning moxa stick and the acupuncture points on the human body varies, further increasing the operator's discretion in how close they hold the stick. This leads to significant variations in the effect of different temperatures on skin receptor activation, a fundamental reason for the instability of traditional moxibustion. Traditional moxibustion and its tools are completely unsuitable for modern clinical settings. Furthermore, the amount of moxibustion applied is a key factor in its effectiveness, with varying amounts closely related to varying degrees of fiery stimulation. Ming Dynasty physician Zhang Jiebin noted in his "Leijing Tuyi": "Only when fire is sufficient and qi is flowing can a disease be cured." Qing Dynasty physician Wu Qian, in his "Yi Zong Jin Jian. Cijiu Xin Fa Yao Jue", stated: "In moxibustion therapy, all diseases require sufficient fire and qi to be cured." In clinical practice, insufficient moxibustion application by the patient has also become a significant factor affecting patient efficacy. Traditional manual open-flame moxibustion or ordinary moxibustion equipment mainly includes two categories: contact moxibustion and non-contact moxibustion. Contact moxibustion includes mild moxibustion and moxibustion through objects, and non-contact moxibustion includes hanging moxibustion and sparrow pecking moxibustion. When doctors operate, due to the lack of quantitative data reference, there is a lot of arbitrariness. It is impossible to achieve precise control of moxibustion temperature, time, and amount of moxibustion, and it is also impossible to assess whether the patient has received sufficient moxibustion. This leads to great differences in the effects of traditional open-flame moxibustion in clinical treatment. The application of modern science and technology to develop traditional Chinese medicine moxibustion methods, through modern digital technology and intelligent algorithms, accurately calculates and controls the effective stimulation temperature and amount of skin receptors during moxibustion treatment for different acupoints and different moxibustion materials. This has become an important topic in modern acupuncture to accurately apply moxibustion, improve the efficacy of moxibustion, and help the majority of grassroots doctors, families, and individuals more efficiently master this traditional Chinese medicine external treatment technique that has been used for thousands of years.

[0004] A Chinese authorized invention patent, publication number CN 111000721 ​​B, discloses a "moxibustion therapy system and control method." The system includes several moxibustion boxes, a control module, and a server. The boxes are equipped with medicinal cakes, a heater for heating the cakes, and a circuit board for controlling the heater. The boxes also include sensors for acquiring operational status data. The control module is connected to the boxes and the server, sending control commands to the boxes and forwarding operational status data to the server. The control module enables synchronous control of multiple moxibustion boxes, simplifying operation and increasing efficiency, facilitating the implementation of acupoint combination therapy. Furthermore, the backend can further screen and optimize the aggregated data, delivering treatment plans that best suit the patient's specific needs. This standardized treatment plan not only improves treatment effectiveness but also provides reliable big data support for medical staff and intelligent healthcare. The system has been found to have the following drawbacks: First, its control method requires the treatment head to access the control box and then communicate with the mobile device to complete communication and configuration of different treatment modes. Control and configuration of the moxibustion device require accessing an external server and operating it via a computer or mobile phone. This cumbersome operation, coupled with the need for communication and auxiliary equipment connections, also creates high operating environmental requirements, increasing the likelihood of failure. Furthermore, the heater radiates heat in multiple directions, lacking a mechanism to concentrate heat on the treatment area. This, on the one hand, results in heat loss, impacting the effectiveness of the moxibustion fumigation. On the other hand, the heater and circuit board are housed in the same space (a cylindrical box), lacking a mechanism to concentrate heat on the treatment area. This generates significant heat radiation to components, including the battery and control circuitry, impacting their service life.

[0005] On the other hand, the moxibustion box requires a specific connecting mechanism to be fixed to the lower side of the bottom plate of the treatment tube. As a fixing method in the prior art, such as installation and connection methods through magnets, screws, stickers, etc., the operation and use are cumbersome, and installation and disassembly are inconvenient. The Chinese authorized invention patent with patent number CN202010079724.5 discloses a "moxibustion treatment system and control method", the treatment box of which (that is, the medicine cake installation mechanism described in the patent) includes a shell and an iron plate assembled in the shell and provided with an iron plate through-hole; accordingly, a magnet block for magnetically attracting the iron plate is fixedly installed on the inner side of the bottom plate of the tube. The moxibustion box is fixed to the lower side of the bottom plate of the tube by adsorbing the iron plate on the outside of the bottom plate through the magnet block on the inner side of the bottom plate of the tube. While this installation method offers the advantage of easy assembly and disassembly, frequent heating over long periods can weaken the connection between the iron plate and surrounding materials, potentially causing the fixing screws or plate to detach, leading to risks such as skin burns. Furthermore, if electronic components such as chips and radio frequency coils are incorporated into the treatment box of other moxibustion and fumigation devices, these components can be affected by interference from magnets, hindering communication and making digital and intelligent designs difficult for moxibustion and fumigation devices. Furthermore, existing moxibustion and fumigation devices lack a connection mechanism between the skin and acupoints, making it difficult to switch between different moxibustion treatment methods. For example, Chinese patent CN202010079724.5, which includes a medicine cake mounting mechanism with a medicine cake, directly applies treatment to acupoints. While this method facilitates contact moxibustion (including gentle moxibustion and moxibustion through an object), non-contact moxibustion, including suspended moxibustion and pecking moxibustion, requires specialized personnel, is highly arbitrary, and lacks standardized procedures, resulting in significant variability in the effectiveness of clinical moxibustion treatments. Summary of the Invention

[0006] The technical problem to be solved by the present invention is to provide a digital moxibustion fumigation external treatment device of traditional Chinese medicine. First, it automatically matches the optimal working time, working temperature, working wavelength and other parameters corresponding to different moxibustion or fumigation materials. When carrying out moxibustion, fumigation and ginger moxibustion treatment, it can realize safe and efficient switching of different treatment materials and different treatment modes of a single device without relying on professional manpower or special communication conditions; second, it improves the effect of moxibustion fumigation by concentrating heat radiation to the treatment area and reduces the impact of thermal radiation on electronic components; third, it adds skin protection and support devices between traditional Chinese medicine external treatment devices such as moxibustion fumigation and the skin at the acupuncture points on the body, which makes it easier to realize the conversion of moxibustion methods during moxibustion external treatment.

[0007] The technical solutions of the present invention are as follows:

[0008] A digital moxibustion fumigation device for external treatment of traditional Chinese medicine, comprising a radio frequency induction chamber with a radio frequency induction chamber bottom plate and a display control chamber with a display control chamber bottom plate, the radio frequency induction chamber bottom plate being provided with a heat transfer through hole, one end of the radio frequency induction chamber serving as a heat transfer end, and the other end being connected to the display control chamber; a temperature-resistant protective cover with an opening facing the heat transfer end is installed in the radio frequency induction chamber, and a heater is installed in the temperature-resistant protective cover; a chip medicine cake box is installed on the outside of the radio frequency induction chamber bottom plate located at the heat transfer end, and the chip medicine cake box has a storage chip and an induction coil built in; a radio frequency induction chip and a radio frequency induction coil for reading the information of the storage chip are built in the radio frequency induction chamber; a control circuit board and a battery are built in the display control chamber, and the radio frequency induction chip and the heater are respectively connected to the control circuit board via wires; a chamber cover is installed at the end of the display control chamber opposite to the display control chamber bottom plate, and the chamber cover is provided with several groups of display lights connected to the control circuit board for forming a dot matrix digital information screen.

[0009] Preferably, a U-shaped raised plate is provided on the inner side of the bottom plate of the RF induction chamber and is perpendicular to the bottom plate of the RF induction chamber; a heat transfer through-hole is provided on the bottom plate of the RF induction chamber and is located in the area of ​​the raised plate; a heat dissipation hole is provided on the side wall of the RF induction chamber; the RF induction chip and the RF induction coil are installed between the raised plate and the wall of the RF induction chamber; a temperature-resistant protective cover is installed in the RF induction chamber; the temperature-resistant protective cover includes an outer compartment installed on the inner side of the raised plate, and a metal heat-insulating reflective liner is installed on the inner wall of the outer compartment; the heater is installed in the metal heat-insulating reflective liner.

[0010] Further preferably, a U-shaped heat-resistant through-hole plate located in the inner area of ​​the raised plate is detachably installed between the bottom plate of the RF induction chamber and the heater; the U-shaped heat-resistant through-hole plate is provided with heat dissipation holes, and at least two limiting protrusions are provided on the U-shaped heat-resistant through-hole plate, and the outer edge of the heat-resistant protective cover is limited by the limiting protrusion to a position kept at a distance from the inner edge of the raised plate.

[0011] Preferably, the chip medicine cake box includes an upper box body and a lower box body that cooperate with each other; the upper box body includes an upper box body bottom plate with an upper through hole, and the outer edge of the upper box body bottom plate has an upper box body flange folded inward; a cylindrical upper isolation plate is also provided on the upper box body bottom plate, and the cylindrical upper isolation plate is located outside the upper through hole, and an annular upper pressure plate is provided between the cylindrical upper isolation plate and the outer edge of the upper through hole; the lower box body includes a lower box body bottom plate with a lower through hole, and the outer edge of the lower box body bottom plate has a lower box body flange folded inward; the lower A cylindrical lower isolation plate is also provided on the bottom plate of the box body, which is located on the outside of the lower through hole, and an annular lower pressure plate is provided between the cylindrical lower isolation 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 clamped together, and the cylindrical upper isolation plate and the cylindrical lower isolation plate are buckled and contacted with each other to form a closed space inside the chip medicine cake box; the storage chip and the induction coil are arranged in the closed space; the annular upper pressure plate and the annular lower pressure plate are used to install moxibustion fumigation medicine cakes.

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

[0013] Preferably, the heat transfer end of the radio frequency induction chamber is connected to a skin protection and support mechanism; the skin protection and support mechanism includes an integral structure and a connection accommodating tube made of elastic material and an outward expansion cover located at the lower end of the connection accommodating tube; wherein the inner wall of the connection accommodating tube is processed with an upper convex ring, an annular groove, an annular side wall and a medicine cake box support ring in sequence from top to bottom; the inner diameter of the upper convex 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 medicine cake box support ring is smaller than the inner diameter of the annular side wall; the outer edge of the outward expansion cover is located at the connection The outer side of the outer wall of the accommodating cylinder; the outer edge of the outward expansion cover is lower than the inner edge in the naturally stretched state; the outer wall of the heat transfer end of the RF induction chamber is processed with annular deep grooves, annular convex strips and annular cylinder walls from top to bottom; relying on the elasticity of the connecting accommodating cylinder, the upper convex ring is clamped in the annular deep groove, the annular convex strip is clamped in the annular groove, the annular side wall shrinks and fits tightly against the outer wall surface of the annular cylinder wall, the outer edge of the chip medicine cake box is in contact with the inner wall surface of the annular cylinder wall and is axially supported and positioned by the medicine cake box support ring.

[0014] Further preferably, the outer side of the lower end portion of the connecting accommodating cylinder has an inwardly recessed outer ring groove.

[0015] Preferably, at least two raised strips are provided on the inner side surface of the bottom plate of the display control compartment, and ventilation gaps are provided between the raised strips.

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

[0017] This invention can precisely control the effects of different moxibustion materials and different moxibustion methods on the body and skin's temperature-sensing protein receptors, improving the effectiveness of traditional moxibustion and fumigation in traditional Chinese medicine. It can also precisely control the amount of moxibustion used for different diseases and acupoints. By digitizing, visualizing, intelligentizing, and standardizing moxibustion data, it can achieve repeatable efficacy of moxibustion and fumigation in traditional Chinese medicine for a variety of advantageous diseases. Specific beneficial effects are as follows:

[0018] First, the present invention uses the radio frequency sensing chip and radio frequency coil set in the radio frequency sensing chamber to read the information stored in the memory chip in the chip medicine cake box, so that a variety of drugs and non-drug materials can be used to carry out more than 100 Chinese traditional Chinese medicine external treatments such as moxibustion, fumigation, and ginger moxibustion, realizing multiple functions of Chinese traditional Chinese medicine external treatments such as digital display, intelligent control, intelligent sensing, intelligent heating, safety protection and information storage, without relying on professionals or special communication conditions. Ordinary people can carry out moxibustion, fumigation and ginger moxibustion for different symptoms such as cold, heat, deficiency and excess, realizing the popularization, standardization, safety, digitization and efficiency of Chinese traditional Chinese medicine external treatment technologies such as moxibustion, fumigation and ginger moxibustion.

[0019] Second, the inner side of the bottom plate of the radio frequency induction chamber of the present invention is provided with a U-shaped raised plate. The positive significance of the raised plate and the temperature-resistant protective cover are as follows: 1. Achieving maximum isolation of the heat radiation above and on the sides of the heater, which not only maximizes the heat radiation to the surface of the human body's acupuncture points, but also achieves maximum heat radiation warm stimulation treatment of the body surface acupuncture points with minimum energy consumption; 2. It reduces the waste of radiant heat, and can effectively reduce the impact of the heat radiation from the heater on the components above the heating chamber (such as batteries, control circuits, etc.), and effectively reduce the impact of the heat radiation from the heater on the radio frequency coil and chip between the raised plate and the wall of the radio frequency induction chamber; 3. The concentration of energy consumption reduces the consumption of electrical energy in the device and extends the working time of a single charge of the battery in the device.

[0020] Third, a U-shaped, heat-resistant, through-hole plate is installed between the RF induction chamber floor and the heater. This plate is made of a costly, high-temperature-resistant material. Considering the manufacturing and implementation costs of the device, both the chamber floor and the raised plate are made of standard heat-resistant materials. When the radiant heat output by the heater is high, the U-shaped plate provides insulation and protection for the chamber floor and raised plate, preventing them from overheating or deformation due to high temperatures.

[0021] Fourth, a storage chip is installed in the medicine cake box, which can be set according to the drugs or non-drug materials used in different external treatments of traditional Chinese medicine such as moxibustion or fumigation. It can take into account the optimal working temperature, time, infrared wavelength and other working information of both safety and effect. When carrying out external treatments for different diseases on a daily basis, it is only necessary to select the drugs or non-drug materials needed to treat the diseases. After installing the chip medicine cake box on the outer bottom of the radio frequency induction compartment, the device can implement safe, professional and efficient health care or treatment for more than 100 chronic diseases corresponding to the different external treatment materials selected.

[0022] Fifth, the present invention realizes the conversion of four traditional Chinese medicine moxibustion modes and techniques, namely, suspended moxibustion mode, sparrow pecking moxibustion mode, warm moxibustion mode, and insulated moxibustion mode, during moxibustion treatment with a cylindrical moxibustion box through the overall structure of the skin protection and support mechanism. This makes it convenient for doctors or patients to change moxibustion techniques according to the body parts and changes in diseases. Thermodynamics believes that when the temperature difference between the heating element and the heated element in radiation heat exchange is large, the heat flux density received by the surface of the heated element can be considered to be fixed, that is, the radiation heat exchange intensity is not affected by the temperature change of the boundary surface of the object. Therefore, the radiation heat exchange of suspended moxibustion and sparrow pecking moxibustion is a contact heat source with a fixed heat flux density. Although there are differences in the operation methods of contact moxibustion such as warm moxibustion and insulated moxibustion and non-contact moxibustion such as suspended moxibustion and sparrow pecking moxibustion, the temperature field distribution formed by the two at the acupuncture points is consistent. They are all symmetrical hemispherical temperature distributions with the moxibustion point as the center and decreasing in the radial direction. The isothermal surface is a hemispherical surface with the moxibustion point as the center. The present invention realizes the application of four traditional moxibustion methods through the structural design of the skin protection and support mechanism that is inward and outward. The specific implementation method is that when the cylindrical moxibustion box body is naturally placed on a part of the body, the skin protection and support mechanism realizes hanging moxibustion through the support of the outward-facing edge; when the cylindrical moxibustion box body is pressed down and then released, the skin protection and support mechanism realizes sparrow pecking moxibustion through the repeated natural extension and inward extension of the outward-facing edge; when the cylindrical moxibustion box body is pressed down so that the moxa leaves are close to the skin, gentle moxibustion can be realized; ginger or the like is placed on the chip medicine cake box, and the cylindrical moxibustion box body is pressed down so that the ginger slices are close to the skin, which can realize inter-object moxibustion. The skin protection and support mechanism of the present invention realizes the clamping and fixing of the chip medicine cake box through the unique structure of the lower end peripheral wall and the lower end surface of the moxibustion box body to avoid the cumbersome production and use methods such as magnets, screws, and stickers. The skin protection and support mechanism of the present invention is designed with an annular raised strip at the upper end of the inner wall of the raised wall and an annular plane at the lower end, so as to achieve the effect of close cooperation with the annular groove set on the outer peripheral wall of the lower end of the moxibustion box body, thereby realizing the natural fixation of the skin protection and support mechanism to the moxibustion box through the elasticity of the material itself.

[0023] Sixth, the cake box mechanism of the present invention is surrounded by an upper box bottom plate, a lower box bottom plate, an upper box flange, a lower box flange, a cylindrical upper isolation plate, and a cylindrical lower isolation plate to form a closed space. A memory chip and a radio frequency coil connected to the memory chip are installed in the closed space. The moxibustion fumigation cake is installed between the annular upper pressure plate and the annular lower pressure plate. The moxibustion fumigation cake, the memory chip, and the radio frequency coil are each in an independent space, which avoids the damage of the heat radiation of the moxibustion fumigation cake to the memory chip and the induction coil, is beneficial to the normal operation of the memory chip and the radio frequency coil, and prolongs the service life of the memory chip and the induction coil. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] Figure 1 Schematic diagram of the overall appearance of an embodiment of the TCM external treatment device of the present invention.

[0025] Figure 2 This is a schematic diagram of the internal structure of the radio frequency induction chamber in an embodiment of the traditional Chinese medicine external treatment device of the present invention.

[0026] Figure 3 It is a schematic cross-sectional structural diagram of the radio frequency induction chamber in an embodiment of the TCM external treatment device of the present invention.

[0027] Figure 4 It is a schematic structural diagram of the heat-resistant protective cover and its internal components in an embodiment of the TCM external treatment device of the present invention.

[0028] Figure 5 It is a schematic diagram of the structural shape of the U-shaped heat-resistant through-hole plate in an embodiment of the traditional Chinese medicine external treatment device of the present invention.

[0029] Figure 6 Schematic diagram showing the structure of the control chamber in an embodiment of the TCM external treatment device of the present invention (the chamber cover is omitted).

[0030] Figure 7 It is a top view schematic diagram of an embodiment of the TCM external treatment device of the present invention.

[0031] Figure 8 It is a structural schematic diagram of the upper box body of the chip medicine cake box in the embodiment of the traditional Chinese medicine external treatment device of the present invention.

[0032] Figure 9 This is a schematic structural diagram of the box body below the chip medicine cake box in an embodiment of the TCM external treatment device of the present invention.

[0033] Figure 10 It is a schematic cross-sectional structural diagram of the skin protection and support mechanism in an embodiment of the TCM external treatment device of the present invention.

[0034] Figure 11 1 is a top view schematic diagram of the skin protection and support mechanism in an embodiment of the TCM external treatment device of the present invention.

[0035] In the figure, 1. RF sensing chamber, 1-1. RF sensing chamber bottom plate, 1-2. Raised plate, 1-3. Heat transfer hole, 1-4. Heat dissipation hole on the side wall of the sensing chamber, 1-5. Connecting column of the sensing chamber, 1-6. Fixing column of the heat-resistant protective cover, 1-7. Annular deep groove, 1-8. Annular convex strip, 1-9. Annular cylinder wall; 2. Display control chamber, 2-1. Raised strip, 2-2. Hollow cylinder, 2-3. Heat dissipation hole on the side wall of the display control chamber, 2-4. Wiring hole, 2-5 Positioning column, 2-6. Display control chamber bottom plate; 3. Chamber cover; 4. Skin protection and support mechanism, 4-1. Connecting container, 4-1-1. Upper convex ring, 4-1-1-1. Anti-rotation groove, 4-1-2. Annular groove, 4-1-3. Annular side wall, 4-1-4. Medicine cake box support ring, 4-1-5. Outer ring groove, 4-2. Outer expansion cover; 5. RF induction chip; 6. RF induction coil; 7. Chip medicine cake box, 7-1. Upper box body, 7-1-1 Upper through hole, 7-1-2. Cylindrical upper isolation plate, 7-1-3. Anti-rotation slot, 7-1-4. Upper notch, 7-1-5. Upper box bottom plate, 7-1-6. Upper box flange, 7-1-7. Annular upper pressure plate, 7-1-7-1. Upper burr-like protrusion, 7-2. Lower box, 7-2-1. Lower through hole, 7-2-2. Cylindrical lower isolation plate, 7-2-3. Anti-rotation block, 7-2-4. Lower notch, 7-2-5. Lower box bottom plate, 7-2-5-1. Handle bump, 7-2-6. Lower box flange, 7-2-7. Annular lower pressure plate, 7-2-7-1. Lower burr-like bump; 8. Heat-resistant protective cover, 8-1. Outer compartment, 8-2. Metal heat-insulating reflective liner, 8-3. Terminal box, 8-4. Fixing hole; 9. Heater; 10. Wiring terminal; 11. U-shaped heat-resistant through-hole plate, 1-1. Limiting protrusion, 11-2. Heat dissipation through-hole; 12. Memory chip; 13. Induction coil. DETAILED DESCRIPTION

[0036] The present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.

[0037] like Figure 1 The present invention discloses an embodiment of a digital moxibustion and fumigation device for external treatment of Traditional Chinese Medicine. The main structure comprises an integrated display and control compartment 2, a radio frequency sensing compartment 1, and a skin protection and support mechanism 4. One end of the radio frequency sensing compartment 1, serving as a heat transfer end (i.e., the treatment end or the end proximal to the skin), is connected to the skin protection and support mechanism 4. The other end of the radio frequency sensing compartment 1 is connected to the display and control compartment 2, and the display and control compartment base plate 2-6 of the display and control compartment 2 blocks the other end.

[0038] The RF induction chamber 1 is equipped with a heat-resistant protective cover 8, with its opening facing the heat transfer end. A heater 9 is installed within this heat-resistant protective cover 8. A chip medicine cake box 7 is mounted outside the RF induction chamber base plate 1-1, located at the heat transfer end and having heat transfer holes 1-3. Guided by the radiant heat flow from the heat-resistant protective cover 8, the heat flow provided by the heater 9 heats the chip medicine cake box 7. The therapeutic ingredients in the biomaterial within the chip medicine cake box 7 are absorbed by the heat flow and then reach the acupuncture points within the skin protection and support mechanism 4.

[0039] The chip medicine box 7 houses a storage chip 12 and an induction coil 13. The RF induction compartment 1 houses an RF induction chip 5 and an RF induction coil 6. The display control compartment 2 houses a control circuit board and a battery. The RF induction chip 5 and the heater 9 are connected to the control circuit board via wires. A compartment cover 3 is mounted on the end of the display control compartment 2 opposite the display control compartment base plate 2-6. The compartment cover 3 is provided with a plurality of display lights connected to the control circuit board to form a dot matrix digital information screen.

[0040] Specifically, if Figure 2 and Figure 3 The lower end of the RF induction chamber 1 (i.e., the treatment end) has an RF induction chamber bottom plate 1-1. A U-shaped raised plate 1-2 is positioned perpendicular to the inner side of the RF induction chamber bottom plate 1-1. The RF induction chamber bottom plate 1-1 is evenly distributed with a plurality of heat transfer holes 1-3 within the area of ​​the raised plate 1-2. The side walls of the RF induction chamber 1 are provided with sidewall heat dissipation holes 1-4.

[0041] An RF sensing chip 5 and an RF induction coil 6 connected to the chip 5 are mounted between the raised plate 1-2 and the wall of the RF induction chamber 1. The RF sensing chip 5 is connected to a control circuit board within the display control chamber 2 via wires. The RF sensing chip 5 and RF induction coil 6 read the data stored in the chip medicine box 7 and transmit it to the control circuit board. The control circuit board controls the operating time, operating temperature, operating mode, and operating wavelength of the heater 9 based on the collected data.

[0042] The radio frequency induction chamber 1 is equipped with Figure 4The heat-resistant protective cover 8 is shown. The heat-resistant protective cover 8 includes an outer compartment 8-1 mounted on the inner side of the raised plate 1-2 in a snap-fit ​​manner, and a metal heat-insulating reflective liner 8-2 is snap-fitted to the inner wall of the outer compartment 8-1. The heater 9 is installed in the metal heat-insulating reflective liner 8-2. The outer compartment 8-1 is connected to a terminal box 8-3, which, after installation, corresponds to the space between the U-shaped opening end of the raised plate 1-2 and the wall of the radio frequency sensing compartment 1. A connecting terminal 10 is installed in the terminal box 8-3, and one side of the connecting terminal 10 is connected to the heater 9 through a wire passing through the side wall gap of the metal heat-insulating reflective liner 8-2, and the other side is connected to the control circuit board installed in the display control compartment 2 through a wire.

[0043] The inside of the radio frequency induction chamber bottom plate 1-1 is fixedly provided with a heat-resistant protective cover fixing column 1-6 located on the outside of the raised plate 1-2. Correspondingly, the outer compartment 8-1 or the terminal box 8-3 is provided with a fixing hole 8-4 that matches the heat-resistant protective cover fixing column 1-6. In this embodiment, the fixing hole 8-4 is provided on the ear plate outside the terminal box 8-3. Figure 4 Insert the heat-resistant protective cover fixing columns 1-6 into the fixing holes 8-4 and fix the heat-resistant protective cover 8 to the radio frequency induction chamber 1 with screws.

[0044] The metal heat-insulating reflective liner 8-2 also has the following functions: further increasing the isolation of heat radiation above and on the sides of the heater 9, reducing the waste of radiant heat with minimal battery energy consumption, maximizing the heat radiation to the skin of the body surface acupuncture points or drugs and non-drug materials in the shortest time, and improving the skin's thermal feedback or the transdermal absorption effect of drugs and non-drug materials.

[0045] Furthermore, a U-shaped temperature-resistant through-hole plate 11 located inside the raised plate 1-2 is detachably installed between the radio frequency induction chamber bottom plate 1-1 and the heater 9. Figure 5 The U-shaped heat-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 provided on the U-shaped heat-resistant through-hole plate 11. The outer edge of the heat-resistant protective cover 8 is limited by the limiting protrusions 11-1 to a position that maintains a certain distance from the inner edge of the protrusion plate 1-2.

[0046] The U-shaped heat-resistant perforated plate 11 (including the stopper protrusion 11-1) is made of high-temperature-resistant material. Considering the cost of implementing the device, the RF induction chamber bottom plate 1-1 and the protruding plate 1-2 are made of ordinary heat-resistant materials. When the radiant heat energy output by the heater 9 is high, the U-shaped heat-resistant perforated plate 11 provides thermal insulation and protection for the RF induction chamber bottom plate 1-1 and the protruding plate 1-2, preventing them from overheating or deformation due to high temperatures.

[0047] Furthermore, the radio frequency induction compartment bottom plate 1-1 is provided with a charging and software program installation and maintenance terminal, which is used to connect an external power source to charge the lithium battery and install and maintain the software program.

[0048] The RF induction compartment 1 and the display control compartment 2 may be detachably connected, integrally connected, or fixedly connected. A micro speaker may also be installed in the display control compartment 2 for voice instructions or prompts regarding the working mode, working status, or working time.

[0049] like Figure 6 The upper side of the display control compartment base plate 2-6 of the display control compartment 2 is provided with four raised strips 2-1, with ventilation gaps between the raised strips 2-1. When a lithium battery is installed inside the display control compartment 2, these strips create a space between the lithium battery plane and the compartment bottom plane that facilitates air flow, minimizing the impact of heat conduction from the heating compartment on the display control compartment 2. A wiring through-hole 2-4 is provided at the bottom of the display control compartment 2 for wiring, enabling wire connections between the display control compartment 2 and the RF sensing compartment 1.

[0050] Two groups of four positioning posts 2-5 are evenly spaced along the inner wall of the display control compartment 2. Each group of two positioning posts 2-5 engages and secures the battery from opposing sides, with the contact surfaces between the positioning posts and the battery being flat. The upper end surfaces of the positioning posts 2-5 have connection holes for connecting to the compartment cover 3. The compartment cover 3 is fixed with a connecting post that passes through a through-hole in the control circuit board and then inserts into the connection hole on the upper end surface of the positioning posts 2-5. The upper end surface of the positioning posts 2-5 is lower than the upper end surface of the display control compartment 2. The space created by the height difference is used to accommodate the control circuit board, the sunshade, and part of the compartment cover. This height difference design maximizes the use of installation space and minimizes the device.

[0051] Display control compartment side wall heat dissipation holes 2 - 3 are respectively opened on both sides of the compartment wall of the display control compartment 2 .

[0052] Still Figure 2 and Figure 3 , the inside of the radio frequency induction chamber bottom plate 1-1 is fixedly provided with an induction chamber connecting column 1-5 located on the outside of the raised plate 1-2 and having a connecting through hole. Figure 6 The outer bottom of the display control compartment 2 is provided with two hollow cylinders 2-2 extending downward. The hollow cylinders 2-2 cooperate with the sensing compartment connecting columns 1-5 and are fixed by screws to achieve the connection and locking between the display control compartment 2 and the RF sensing compartment 1.

[0053] To further improve the safety of this moxibustion fumigation device for external treatment of traditional Chinese medicine, a temperature sensor is installed in the RF induction chamber 1, which is in communication with the control circuit board in the display control chamber 2. When improper operation causes the temperature in the RF induction chamber 1 to be too high, the control circuit board controls the heater 9 to stop working.

[0054] 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. Figure 8 The upper box body 7-1 includes an upper box body bottom plate 7-1-5 with an upper through hole 7-1-1. The outer edge of the upper box body bottom plate 7-1-5 has an upper box body flange 7-1-6 that is folded inward (i.e., downward). The upper box body flange 7-1-6 serves as the outer contour side wall of the upper box body 7-1. The upper box body flange 7-1-6 runs perpendicular to the upper box body bottom plate 7-1-5. The upper box body bottom plate 7-1-5 is also provided with a cylindrical upper isolation plate 7-1-2 which is integral with the upper box body bottom plate 7-1-5 and runs perpendicular to the upper box body bottom plate 7-1-5. The cylindrical upper isolation plate 7-1-2 is located outside the upper through hole 7-1-1, and an annular upper pressure plate 7-1-7 which is integral with the upper box body bottom plate 7-1-5 is provided between the cylindrical upper isolation plate 7-1-2 and the outer edge of the upper through hole 7-1-1.

[0055] like Figure 9 The lower box body 7-2 includes a lower box body bottom plate 7-2-5 with a lower through hole 7-2-1. The outer edge of the lower box body bottom plate 7-2-5 has a lower box body flange 7-2-6 that is folded inward (i.e., upward). The lower box body flange 7-2-6 serves as the outer contour side wall of the lower box body 7-2. The lower box body flange 7-2-6 runs perpendicular to the lower box body bottom plate 7-2-5. The lower box body bottom plate 7-2-5 is also provided with a cylindrical lower isolation plate 7-2-2 which is integral with the lower box body bottom plate 7-2-5 and runs perpendicular to the lower box body bottom plate 7-2-5. The cylindrical lower isolation plate 7-2-2 is located outside the lower through hole 7-2-1. An annular lower pressure plate 7-2-7 which is integral with the lower box body bottom plate 7-2-5 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.

[0056] The upper box flange 7-1-6 and the lower box flange 7-2-6 engage with each other, and the cylindrical upper isolation plate 7-1-2 and the cylindrical lower isolation plate 7-2-2 engage with each other, forming an enclosed space within the chip medicine cake box 7. This enclosed space is enclosed by the upper box bottom plate 7-1-5, the lower box bottom plate 7-2-5, the upper box flange 7-1-6, the lower box flange 7-2-6, the cylindrical upper isolation plate 7-1-2, and the cylindrical lower isolation plate 7-2-2. A memory chip 12 and an induction coil 13 connected to the memory chip 12 are mounted within this enclosed space. The moxa fumigation medicine cake is mounted between the annular upper pressure plate 7-1-7 and the annular lower pressure plate 7-2-7.

[0057] Furthermore, this embodiment also includes a medicine cake covering sheet for covering the moxibustion fumigation medicine cake. The medicine cake covering sheet, such as a medical non-woven fabric, is used to cover and protect the upper and lower sides of the medicine cake to prevent secondary contamination during use and increase the comfort of skin penetration. The medicine cake covering sheet is omitted in the figure.

[0058] Furthermore, the inner side surface (i.e., the lower side surface) of the annular upper pressing plate 7-1-7 is processed with an upper burr-shaped protrusion 7-1-7-1. The inner side surface (i.e., the upper side surface) of the annular lower pressing plate 7-2-7 is processed with a lower burr-shaped protrusion 7-2-7-1.

[0059] In the solution with the medicine cake covering sheet, the upper burr-shaped protrusions 7-1-7-1 and the lower burr-shaped protrusions 7-2-7-1 are used to fix the medicine cake covering sheet to prevent the medicine cake covering sheet from slipping during treatment.

[0060] Furthermore, the upper box body flange 7-1-6 has an upper notch 7-1-4 formed by an inwardly concave flange, and the lower box body flange 7-2-6 has a lower notch 7-2-4 formed by an inwardly concave flange. The upper notch 7-1-4 and the lower notch 7-2-4 are identical in shape and size and are positioned vertically opposite each other. In this embodiment, both the upper notch 7-1-4 and the lower notch 7-2-4 are trapezoidal. The lower box body bottom plate 7-2-5 is provided with a handle protrusion 7-2-5-1 extending toward the lower notch 7-2-4. The handle protrusion 7-2-5-1 facilitates the operator to easily open the medicine cake box and replace the medicine cake. The upper notch 7-1-4 and the lower notch 7-2-4 are provided to provide space for the operator to open the medicine cake box and replace the medicine cake.

[0061] Furthermore, the upper box body flange 7-1-6 has a anti-rotation groove 7-1-3 formed by the inner concave portion of the flange, and correspondingly, the inner side of the lower box body flange 7-2-6 is processed with a anti-rotation block 7-2-3 that is plugged into the anti-rotation groove 7-1-3.

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

[0063] The moxibustion or fumigation material is formed into circular moxibustion or fumigation tablets for later use. A storage chip 12 and an induction coil 13 are placed within the enclosed space. A first medicinal cake covering sheet is placed on top of the annular lower pressing plate 7-2-7. The circular moxibustion or fumigation tablet is then placed on top of the first medicinal cake covering sheet. A second medicinal cake covering sheet is then placed on top of the circular moxibustion or fumigation tablet. Finally, the upper box body 7-1 and the lower box body 7-2 are fastened together.

[0064] The function of memory chip 12 and induction coil 13 is to address the significant differences in materials and ingredients used in different moxibustion and fumigation methods. To maintain the same therapeutic efficacy, the instrument's operating temperature, time, and number of uses can vary significantly. Before moxibustion or fumigation, information about the different moxibustion and fumigation treatment materials can be pre-written into memory chip 12. Before powering on, the radio frequency induction chip 5 automatically reads the information written into memory chip 12 and uploads it to the control circuit board. The control circuit board then activates heater 9 according to the pre-set corresponding operating mode, outputting the specific temperature, time, infrared wavelength, and number of uses for effective treatment. Another function of memory chip 12 and induction coil 13 is to eliminate the cumbersome connection to the control terminal, server, mobile terminal, and other terminals through wireless communication, thereby reducing the probability of failures caused by wiring and network issues to zero. Another function of the radio frequency coil and chip design in the chip medicine cake box 7 is to avoid the cumbersome setting of the cylindrical moxibustion box by scanning the code on the mobile terminal. For groups such as the elderly and children who are inconvenient to use the mobile terminal, they no longer need to rely on the Internet or mobile terminal. They only need to turn on the machine to accurately identify and safely and efficiently treat different body parts, acupuncture points in different locations, different moxibustion treatment materials, and different fumigation treatment materials.

[0065] like Figure 10 and Figure 11 The skin protection and support mechanism 4 comprises an integrally formed connecting and accommodating tube 4-1 made of an elastic material, and an outwardly expanding cover 4-2 located at the lower end of the connecting and accommodating tube 4-1. The inner wall of the connecting and accommodating tube 4-1 is machined, from top to bottom, with an upper raised ring 4-1-1, an annular groove 4-1-2, an annular sidewall 4-1-3, and a medicine box support ring 4-1-4. The inner diameter of the upper raised ring 4-1-1 is smaller than that of the annular sidewall 4-1-3, which in turn is smaller than that of the annular groove 4-1-2. The inner diameter of the medicine box support ring 4-1-4 is smaller than that of the annular sidewall 4-1-3.

[0066] The outer edge of the outward expansion cover 4-2 is located outside the outer wall of the connecting accommodating tube 4-1. In the naturally extended state, the outer edge of the outward expansion cover 4-2 is lower than the inner edge, that is, it extends downward and expands outward at the same time.

[0067] Furthermore, the outer side of the lower end of the connecting accommodating cylinder 4-1 has a circle of inwardly recessed outer ring groove 4-1-5. Furthermore, the upper convex ring 4-1-1 is provided with an inwardly opening anti-rotation groove 4-1-1-1.

[0068] like Figure 3 The outer wall of the RF induction chamber 1 near the skin is machined, from top to bottom, with an annular deep groove 1-7, an annular ridge 1-8, and an annular cylindrical wall 1-9. Relying on the elasticity of the connecting accommodating tube 4-1, the upper convex ring 4-1-1 is clamped in the annular deep groove 1-7, the annular ridge 1-8 is clamped in the annular groove 4-1-2, and the annular side wall 4-1-3 is tightly attached to the outer surface of the annular cylindrical wall 1-9 through the elastic contraction of the structure and material. The outer edge of the chip medicine cake box 7 is in contact with the inner surface of the annular cylindrical wall 1-9 and is axially supported and positioned by the medicine cake box support ring 4-1-4.

[0069] A positioning block is provided in the annular deep groove 1-7 (the positioning block is omitted in the accompanying drawings), and the positioning block is engaged in the anti-rotation 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 to several sets of display lights. The compartment cover 3 is provided with a dot matrix digital information area corresponding to the display lights. The dot matrix digital information area constitutes an information screen. A rubber light shield is provided between the control circuit board and the compartment cover 3. The light shield includes several light-collecting holes corresponding to the display lights, and the display lights are positioned within the light-collecting holes.

[0071] like Figure 7 The information screen is distributed with multiple information display areas, which are used to display treatment control information such as "time", "number of times", "moxibustion amount", "number of strengths", "moxibustion", "fumigation", "ginger moxibustion" and other types of medicine cakes, as well as 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; 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).

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 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).

7. 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).

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