CN118161401A - Digital intelligent moxibustion fumigation traditional Chinese medicine external treatment device - Google Patents

Abstract

The invention discloses a digital intelligent moxibustion fumigation traditional Chinese medicine external treatment device which comprises a radio frequency induction bin and a display control bin which are connected with each other. The radio frequency induction bin is internally provided with a temperature-resistant protective cover with an opening facing the heat transfer end, and the temperature-resistant protective cover is internally provided with a heater. The radio frequency induction bin is internally provided with a radio frequency induction chip and a radio frequency induction coil which are used for reading information of the storage chip. The outside of the bottom plate of the radio frequency induction bin is provided with a medicine cake box with a built-in storage chip and an induction coil. The display control cabin is internally provided with a control circuit board and a battery. The radio frequency induction chip and the heater are connected with the control circuit board. The bin cover of the display control bin 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. The invention can automatically match the optimal working parameters corresponding to different traditional Chinese medicine external treatment materials such as moxibustion or fumigation by numerator and intellectualization, and can realize safe and efficient switching of different external treatment materials and different external treatment modes of a single device without depending on professional manual or special communication conditions.

Description

Digital intelligent moxibustion fumigation traditional Chinese medicine external treatment device

Technical Field

The invention relates to a digital and intelligent moxibustion or fumigation external traditional Chinese medicine treatment device.

Background

Moxibustion and fumigation are important external treatment modes of Chinese traditional medicine, and have been recorded for more than three thousands of years according to history. Modern medicine proves from many aspects that the external treatment methods of traditional Chinese medicine such as moxibustion, fumigation and the like have the functions of improving the immunity of organisms, improving the functions of circulatory systems, regulating menstruation and promoting and regulating the functions of endocrine systems, respiratory systems, digestion systems, reproduction systems and the like. The external treatment of traditional Chinese medicine such as moxibustion and fumigation has the advantages of prominent effect, low cost, no side effect and the like besides the wide clinical application. In addition to the pharmacological effects, the principle of external treatment in Chinese medicine of moxibustion and fumigation is taken as an example, and related to the stimulation of infrared rays and heat to skin and acupuncture points, the research of modern neurobiology on human body temperature receptors considers that transient receptor potential vanilloid channels (TRANSIENT RECEPTOR POTENTIAL VANILLOID CHAN-nels, TRPV) which are sensitive to different temperature ranges are distributed in the body and skin tissues, and 6 members of the TRPV subfamilies of the TRPV family are included, namely TRPV1-V4 and TRPV5-V6.TRPV1-V4 has a moderate degree of permeability for Ca ²⁺, is a non-selective cation channel, is heat sensitive, and can be activated to varying degrees by a variety of other stimuli. TRPV5-V6 is a highly calcium selective channel, highly regulated by intracellular calcium. TRPM subfamily members TRPM8 and TRPA subfamily member TRPA1 of the TRP family are associated with temperature sensing. In recent years, the research shows that TRPV1, TRPV2, TRPV3 and TRPV4 are important primary molecular transducers for somatosensory system to sense temperature stimulation, are mainly sensitive to thermal stimulation, can be activated by different thermal stimuli, and clarify the biological basis of external traditional Chinese medicine treatment thermal stimulation such as moxibustion, fumigation and the like, and regulate body functions through body surface acupoint skin.

The external treatment tools of traditional Chinese medicine such as moxibustion and fumigation in the prior art mainly have the following defects: the traditional open flame moxibustion is limited by the body position of a patient, has poor operation convenience, consumes time and labor, is easy to burn and burn due to open flame, pollutes the environment by moxa smoke and the like. In addition, the distance between moxa stick burning and human body acupuncture points is always changed during open flame moxibustion, the randomness of the distance between the moxa stick held by an operator is larger, and different temperatures have great difference on the skin receptor activating effect, which is the root cause of unstable effect of the traditional moxibustion, and the traditional moxibustion and tools are completely not suitable for the requirements of modern clinical environments. In addition, the quantity of moxibustion is one of the key factors of moxibustion effect, and different moxibustion quantities are closely related to different fire-heat stimulation effects. The Ming Dynasty medical practitioner Zhang Jiebin indicates that "the fire can heal the disease in the foot and qi in the recipe" class Jing Tuo Ying ". The Qing dynasty medical practitioner Wu Qian in Yizong jin Jian, thorn moxibustion Heart method what is known as the "Jie": moxibustion therapy, the moxibustion of all diseases must be done by fire and foot qi, and the recovery can be achieved. In clinic, the deficiency of moxibustion amount of patients is also an important factor affecting the curative effect of patients. The traditional manual open fire moxibustion or common moxibustion equipment mainly comprises two major types of contact moxibustion and non-contact moxibustion, wherein the contact moxibustion comprises mild moxibustion and barrier moxibustion, and the non-contact moxibustion comprises suspension moxibustion and sparrow pecking moxibustion. When a doctor operates, due to the lack of quantitative data reference basis, the flexibility is high, the accurate control of moxibustion temperature, time and moxibustion amount cannot be realized, whether the patient moxibustion is sufficient cannot be estimated, and the effect difference of clinical traditional open fire moxibustion treatment is extremely large. The modern scientific technology is applied to develop traditional Chinese medicine moxibustion, and effective stimulation temperature and stimulation amount of skin receptors during moxibustion treatment are accurately calculated and controlled according to different acupuncture points and different moxibustion materials through a modern digital technology and an intelligent algorithm, so that the traditional Chinese medicine moxibustion becomes the accurate moxibustion application of modern acupuncture, the moxibustion curative effect is improved, and most basic doctors, families and individuals are helped to master the important topic of the traditional Chinese medicine external treatment technology in thousands of years in China more efficiently.

The Chinese patent issued with publication number CN 111000721B discloses a moxibustion treatment system and a control method. The system comprises a plurality of moxibustion boxes, a control module and a server; the moxibustion box is provided with a medicine cake and also comprises a heater for heating the medicine cake and a circuit board for controlling the heater; the moxibustion box also comprises a sensor for acquiring running state data; the control module is respectively in communication connection with the moxibustion box and the server and is used for sending a control instruction to the moxibustion box and forwarding running state data of the moxibustion box to the server. The synchronous control of a plurality of moxibustion boxes is realized through the control module, the operation is simple, the efficiency is high, the acupoint compatibility treatment is convenient to realize, meanwhile, the background can further screen and optimize according to summarized data, the treatment scheme which accords with the condition of the moxibustion boxes better is pushed to a patient, the treatment scheme is standardized, the treatment effect is improved, and reliable big data support is provided for the work and intelligent medical treatment of medical staff. In use it was found to have the following disadvantages: firstly, the control mode of the control device requires the treatment head to access the control box and then communicate with the mobile terminal to complete the communication and the setting of different treatment modes. The control and setting of the moxibustion device are operated by accessing an external server and a computer or a mobile terminal mobile phone, and the connection of communication and auxiliary equipment causes complicated operation. The instrument works with higher requirements on the environment, and the occurrence rate of faults is increased; second, the heat radiation from the heater is multidirectional, lacking a mechanism for concentrating the heat radiation to the treatment site. Therefore, on one hand, heat energy loss is caused, and the fumigation effect of moxibustion is affected; on the other hand, the heater is mounted in the same space (cylindrical case) as the circuit board, and lacks a mechanism for radiating heat intensively to the treatment site. The heater generates a large amount of heat radiation to components including the battery and the control circuit, and influences the service life of the components.

On the other hand, the moxibustion box requires a specific connection mechanism to be fixed to the underside of the bottom plate of the cartridge. As the fixed mode of prior art, for example through installation connected mode such as magnet, screw, sticky note, the operation is used loaded down with trivial details, and installation dismantlement is inconvenient. The Chinese patent number CN202010079724.5 discloses a moxibustion treatment system and a control method, and a treatment box (namely a medicine cake mounting mechanism) comprises a shell and an iron plate which is assembled in the shell and provided with an iron plate through hole; correspondingly, the inner side surface of the cylinder bottom plate is fixedly provided with a magnet block for magnetically attracting the iron plate. The moxibustion box is fixed to the lower side of the cylinder bottom plate by the iron plate on the outer side of the bottom plate being attracted by the magnet block on the inner side of the cylinder bottom plate. Although the mounting mode has the advantage of convenient disassembly and assembly, the connection firmness of the iron plate and the peripheral materials is poor after long-term frequent heating, and the fixing screw or the iron plate can be separated, so that the risks of skin scalding and the like are possibly caused; in addition, if electronic components such as a chip and a radio frequency coil are arranged in the treatment box in other external treatment devices for moxibustion and fumigation, the components can influence communication due to interference of a magnet, and the digital and intelligent design of the external treatment devices for moxibustion and fumigation and the like is difficult to realize. Meanwhile, the existing moxibustion fumigation device lacks a connecting mechanism with the skin at the acupoints of the human body, so that the conversion of moxibustion modes is difficult to realize. For example, the chinese patent number CN202010079724.5 issued to the invention, in which the medicine cake mounting mechanism with the medicine cake directly performs treatment on the acupoints of the human body, although it can conveniently perform contact moxibustion (including mild moxibustion and barrier moxibustion), if non-contact moxibustion including suspension moxibustion and sparrow pecking moxibustion is to be performed, it is necessary to rely on a professional, and the randomness is large, and it is difficult to perform standardized operation, resulting in a great difference in the effect of clinical moxibustion treatment.

Disclosure of Invention

The invention aims to solve the technical problems of providing a digital intelligent moxibustion fumigation traditional Chinese medicine external treatment device, which is used for automatically matching parameters such as optimal working time, working temperature, working wavelength and the like corresponding to different moxibustion or fumigation materials, and realizing safe and efficient switching of different treatment materials and different treatment modes of a single device without depending on professional manual work and special communication conditions when moxibustion, fumigation and ginger moxibustion treatment are carried out; secondly, improving the fumigation effect of moxibustion by adopting a mode of radiating heat to a treatment part in a concentrated way, and reducing the influence of heat radiation on electronic components; thirdly, a skin protection and support device is added between the traditional Chinese medicine external treatment device such as moxibustion fumigation and the skin at the body acupuncture points, so that the conversion of moxibustion modes during external moxibustion treatment is facilitated.

The technical scheme of the invention is as follows:

The intelligent moxibustion fumigation traditional Chinese medicine external treatment device comprises a radio frequency induction bin with a radio frequency induction bin bottom plate and a display control bin with a display control bin bottom plate, wherein a heat transfer through hole is formed in the radio frequency induction bin bottom plate, one end of the radio frequency induction bin is used as a heat transfer end, and the other end of the radio frequency induction bin 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 medicine cake box is arranged on the outer side of the bottom plate of the radio frequency induction bin at the heat transfer end, and a storage chip and an induction coil are arranged in the chip medicine cake box; the radio frequency induction bin is internally provided with a radio frequency induction chip and a radio frequency induction coil which are used for reading the information of the storage chip; the display control bin is internally provided with a control circuit board and a battery, and the radio frequency induction chip and the heater are respectively connected with the control circuit board through wires; the bin cover is arranged at one end of the display control bin, which is opposite to the bottom plate of the display control bin, and is provided with a plurality of groups of display lamps connected with the control circuit board, and the display lamps are used for forming a dot matrix digital information screen.

Preferably, the inner side of the bottom plate of the radio frequency induction bin is provided with a U-shaped protruding plate which runs in a direction perpendicular to the bottom plate of the radio frequency induction bin; the bottom plate of the radio frequency induction bin is provided with a heat transfer through hole positioned in the raised plate area; the side wall of the radio frequency induction bin is provided with an induction bin side wall heat dissipation hole; the radio frequency induction chip and the radio frequency induction coil are arranged between the protruding plate and the wall of the radio frequency induction bin; a temperature-resistant protective cover is arranged in the radio frequency induction bin; the temperature-resistant protective cover comprises an outer compartment arranged on the inner side of the protruding plate, and a metal heat-insulating reflective liner is arranged on the inner wall of the outer compartment; the heater is arranged in the metal heat-insulating reflective liner.

Further preferably, a U-shaped temperature-resistant through hole plate positioned in the inner side area of the protruding plate is detachably arranged between the bottom plate of the radio frequency induction bin and the heater; the U-shaped heat-resistant Wen Tongkong plate is provided with a heat dissipation through hole, and at least two limit protrusions are arranged on the U-shaped heat-resistant through hole plate, and the outer side edge of the heat-resistant protective cover is limited at a position with a distance from the inner side edge of the protruding plate by the limit protrusions.

Preferably, the chip medicine cake box comprises an upper box body and a lower box body which are matched with each other; the upper box body comprises an upper box body bottom plate provided with an upper through hole, and an upper box body flanging which is folded inwards is arranged at the outer edge of the upper box body bottom plate; the upper box body bottom plate is also provided with a cylindrical upper isolation plate, the cylindrical upper isolation plate is positioned outside the upper through hole, and an annular upper pressing plate is arranged between the cylindrical upper isolation plate and the outer edge of the upper through hole; the lower box body comprises a lower box body bottom plate provided with a lower through hole, and the outer edge of the lower box body bottom plate is provided with a lower box body flanging which is folded inwards; the lower box body bottom plate is also provided with a cylindrical lower isolation plate, the cylindrical lower isolation plate is positioned outside the lower through hole, and an annular lower pressing plate is arranged 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 flanging and the lower box body flanging are mutually clamped, the cylindrical upper isolation plate and the cylindrical lower isolation plate are mutually buckled and contacted, and a closed space is formed inside the chip medicine cake box; the storage chip and the induction coil are arranged in the closed space; the moxibustion fumigation medicine cake is arranged between the annular upper pressing plate and the annular lower pressing plate.

Further preferably, an upper burr-shaped salient point is processed on the inner side surface of the annular upper pressing plate; the inner side surface of the annular lower pressing plate is provided with a lower burr-shaped salient point.

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 accommodating cylinder which is of an integrated structure and is made of elastic materials and an outer expanding cover positioned at the lower end of the connecting accommodating cylinder; wherein, the inner wall of the connecting accommodating cylinder is sequentially processed with an upper convex ring, an annular groove, an annular side wall and a medicine cake box supporting ring from top to bottom; the inner diameter of the upper convex ring is smaller than that of the annular side wall, the inner diameter of the annular side wall is smaller than that of the annular groove, and the inner diameter of the medicine cake box supporting ring is smaller than that of the annular side wall; the outer edge of the outer expansion cover is positioned at the outer side of the outer wall of the connecting accommodating cylinder; the outer edge of the outer expanding cover is lower than the inner edge in a natural stretching state; an annular deep groove, an annular raised strip 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; depending 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 is contracted and clung to the outer wall surface of the annular cylinder wall, and the outer edge of the chip medicine cake box is clung to the inner wall surface of the annular cylinder wall and is axially lifted and positioned by the medicine cake box supporting ring.

Further preferably, the lower end of the connection receiving cylinder has a ring of outer ring grooves recessed inward.

Preferably, at least two protruding strips are arranged on the inner side surface of the display control cabin bottom plate, and ventilation gaps are arranged between the protruding strips.

Compared with the prior art, the invention has the following positive effects:

The invention can accurately control the influence of different moxibustion materials and different moxibustion methods on the body and skin feeling temperature protein receptor, and improves the external treatment effect of traditional Chinese medicine of moxibustion and fumigation; and can accurately control the moxibustion amount for treating different diseases and different acupoints, and realize the repeatability of the curative effects of external treatment of various dominant diseases in Chinese medicine by data, visualization, intellectualization and standardization of the number of moxibustion. The method has the following specific beneficial effects:

Firstly, the information stored in the chip medicine cake box is read through the radio frequency induction chip and the radio frequency coil arranged in the radio frequency induction bin, so that more than hundred Chinese traditional Chinese medicine external treatment methods such as moxibustion, fumigation, ginger moxibustion and the like can be developed by using various medicine and non-medicine materials, various functions such as digital display, intelligent control, intelligent induction, intelligent heating, safety protection, information storage and the like of the Chinese traditional Chinese medicine external treatment methods are realized, professionals are not required, special communication conditions are not required, common people can develop moxibustion treatment, fumigation and ginger moxibustion aiming at different symptoms such as cold, heat, deficiency and reality, and popularization, standardization, safety, digitalization and high efficiency of Chinese traditional Chinese medicine external treatment technologies such as moxibustion, fumigation and ginger moxibustion are realized.

The second, the invention radio frequency induction storehouse bottom plate inboard is equipped with the protruding board of U-shaped trend, through protruding board and temperature resistant safety cover combination, its positive meaning includes: 1. the maximum isolation of the heat radiation above and beside the heater is realized, the maximization of the heat radiation on the surface of the acupuncture point of the human body can be realized, and the maximum heat radiation warm stimulation treatment on the acupuncture point of the body surface can be realized with the least energy consumption; 2. the waste consumption of radiant heat is reduced, the influence of the heat radiation of the heater on components (such as a battery, a control circuit and the like) above the heating bin can be effectively reduced, and the influence of the heat radiation of the heater on the radio frequency coil and the chip between the protruding plate and the radio frequency induction bin wall can be effectively reduced; 3. the energy consumption is concentrated, the consumption of electric energy in the device is reduced, and the working time of single charging of the battery in the device is prolonged.

And a U-shaped temperature-resistant through hole plate is arranged between the bottom plate of the radio frequency induction bin and the heater. The U-shaped Wen Tongkong plates are made of high-temperature-resistant materials with high cost, and the bin bottom plates and the protruding plates are made of common temperature-resistant materials in consideration of the manufacturing implementation cost of the device.

Fourth, be provided with the memory chip in the medicine cake box, can set up to the medicine or the non-pharmaceutical material that uses when traditional chinese medical science different external treatments such as moxa-moxibustion or fumigation, can compromise the best operating temperature of safety and effect, time, work information such as infrared wavelength, only need select the medicine or the non-pharmaceutical material that need use of treatment disorder when carrying out the external treatment therapy of different disorders daily, after installing the outer bottom in radio frequency response storehouse with the chip medicine cake box, the device can be to the hundred kinds of chronic diseases that the different external treatment materials of selection correspond implement safety, specialty, high-efficient health care or treatment.

Fifthly, the invention realizes the transformation of four traditional Chinese medicine moxibustion modes and modes, namely a suspension moxibustion mode, a sparrow pecking moxibustion mode, a warm moxibustion mode and a barrier moxibustion mode, when in moxibustion treatment of the cylindrical moxibustion box through the integral structure of the skin protection and supporting mechanism which is retracted and extended, thereby being convenient for doctors or patients to change the moxibustion modes according to different moxibustion modes of body parts and diseases. When the temperature difference between the heating element and the heated element in the radiation heat exchange is larger, the heat flow density received by the surface of the heated element can be considered to be determined, namely the radiation heat exchange intensity is not influenced by the temperature change of the boundary surface of the object, so that the radiation heat exchange of the suspension moxibustion and the sparrow pecking moxibustion is a contact heat source with the determined heat flow density. Although the operation methods of the contact moxibustion such as mild moxibustion and barrier moxibustion and the non-contact moxibustion such as suspension moxibustion and sparrow pecking moxibustion are different, the temperature field distribution formed at the points of the contact moxibustion and the sparrow pecking moxibustion is consistent, the contact moxibustion and the sparrow pecking moxibustion are symmetrical hemispherical temperature distribution with the moxibustion application point as the center and the temperature constant surface is a hemispherical surface with the moxibustion application point as the center of sphere. The invention realizes the application of four traditional moxibustion methods through the structural design of the skin protection and support mechanism with the inward folding and outward unfolding, and the specific implementation mode is that when the cylindrical moxibustion box body is naturally placed on the body part, the skin protection and support mechanism realizes suspended moxibustion through the support of the outward unfolding edge; the cylindrical moxibustion box body is pressed down and then loosened, and the skin protection and support mechanism repeatedly and naturally extends and is retracted through the abduction edge to realize sparrow pecking moxibustion; the cylindrical moxibustion box body is pressed down to enable the mugwort leaves to be clung to the skin, so that mild moxibustion can be realized; the ginger and the like are arranged on the chip medicine cake box, and the cylindrical moxibustion box body is pressed down to enable the ginger slices to be clung to the skin, so that the barrier moxibustion can be realized. The skin protection and support mechanism of the invention forms a unique structure of a peripheral wrapping space through the peripheral wall at the lower end and the lower end face of the moxibustion box body, realizes the clamping and fixing of the chip medicine cake box, and avoids the complicated production and use in the modes of magnets, screws, adhesive tapes and the like. The skin protection and support mechanism achieves the effect of tightly matching with the annular groove arranged on the peripheral wall of the lower end of the moxibustion box body through the annular protruding strip at the upper end of the inner wall of the raised wall and the annular plane design at the lower end, and realizes the natural fixation of the skin protection and support mechanism and the moxibustion box through the elasticity of the material.

Sixth, the cake box mechanism of the invention is enclosed by the upper box bottom plate, the lower box bottom plate, the upper box flanging, the lower box flanging, the cylindrical upper isolation plate and the cylindrical lower isolation plate. A storage chip and a radio frequency coil connected with the storage chip are arranged in the closed space. The moxibustion fumigation medicine cake is arranged between the annular upper pressing plate and the annular lower pressing plate. The moxa-moxibustion fumigation medicine cake, the storage chip and the radio frequency coil are respectively in independent spaces, so that the damage of the heat radiation of the moxa-moxibustion fumigation medicine cake to the storage chip and the induction coil is avoided, the normal work of the storage chip and the radio frequency coil is facilitated, and the service lives of the storage chip and the induction coil are prolonged.

Drawings

Fig. 1 is a schematic overall appearance of an embodiment of the external treatment device for traditional Chinese medicine of the present invention.

Fig. 2 is a schematic diagram of the internal structure of the rf induction bin in the embodiment of the external treatment device of the present invention.

Fig. 3 is a schematic cross-sectional structural view of a radio frequency induction bin in an embodiment of the external treatment device of the present invention.

Fig. 4 is a schematic structural view of a temperature-resistant protective cover and its internal components in an embodiment of the external treatment device of the present invention.

Fig. 5 is a schematic structural shape of a U-shaped temperature-resistant through hole plate in an embodiment of the external treatment device of the present invention.

Fig. 6 is a schematic diagram of the structure of the display control cabin (the cabin cover is omitted) in the embodiment of the external treatment device of the traditional Chinese medicine.

Fig. 7 is a schematic top view of an embodiment of the external treatment device of the present invention.

Fig. 8 is a schematic structural view of the upper case of the chip medicine cake case in the embodiment of the external treatment device of the present invention.

Fig. 9 is a schematic diagram of the structure of the lower case of the chip medicine cake case in the embodiment of the external treatment device of the present invention.

Fig. 10 is a schematic cross-sectional view of the skin protection and support mechanism in an embodiment of the external treatment device of the present invention.

Fig. 11 is a schematic top view of a skin protection and support mechanism in an embodiment of the external treatment device of the present invention.

In the figure, 1 part of a radio frequency induction bin bottom plate, 1 part of a protruding plate, 1 part of a heat transfer through hole, 1 part of a side wall heat dissipation hole of the induction bin, 1 part of an induction bin connecting column, 1 part of a temperature-resistant protective cover fixing column, 1 part of an annular deep groove, 1 part of an annular protruding strip and 1 part of an annular cylinder wall are shown in the figure, 1 part of a temperature-resistant protective cover fixing column, 1 part of an annular protruding strip and 1 part of an annular cylinder wall; 2. 2-1 parts of display control bin, 2-2 parts of protruding strips, 2-3 parts of hollow cylinder, 2-3 parts of display control bin side wall heat dissipation holes, 2-4 parts of wiring through holes, 2-5 parts of positioning columns and 2-6 parts of display control bin bottom plate; 3. a bin cover; 4. the skin protection and support mechanism comprises 4-1 parts of a connecting accommodating cylinder, 4-1-1 parts of an upper convex ring, 4-1-1 parts of a rotation stopping groove, 4-1-2 parts of an annular groove, 4-1-3 parts of an annular side wall, 4-1-4 parts of a medicine cake box supporting ring, 4-1-5 parts of an outer annular groove and 4-2 parts of an outer expansion cover; 5. a radio frequency induction chip; 6. a radio frequency induction coil; 7. the chip medicine cake box comprises 7-1 parts of an upper box body, 7-1 parts of an upper through hole, 7-1 parts of a cylindrical upper isolation plate, 7-1 parts of a rotation stopping clamping groove, 7-1 parts of an upper notch, 7-1 parts of an upper box body bottom plate, 7-1 parts of an upper box body flanging, 7-1 parts of an annular upper pressing plate, 7-1 parts of an upper burr-shaped salient point, 7-2 parts of a lower box body, 7-2 parts of a lower through hole, 7-2 parts of a cylindrical lower isolation plate, 7-2 parts of a rotation stopping clamping block, 7-2 parts of a lower notch, 7-2 parts of a lower box body bottom plate, 7-2 parts of a 5-1 parts of a handle lug, 7-2 parts of a lower box body flanging, 7-2 parts of an annular lower pressing plate and 7-2 parts of a lower burr-shaped salient point. 8. The heat-resistant protective cover comprises, by weight, 8-1 parts of an outer compartment, 8-2 parts of a metal heat-insulating reflective liner, 8-3 parts of a terminal box and 8-4 parts of a fixing hole; 9. a heater; 10. a wire connection terminal; a U-shaped temperature-resistant through hole plate, 1-1 a limit bulge and 11-2 a heat dissipation through hole; 12. a memory chip; 13. an induction coil.

Detailed Description

The invention is described in detail below with reference to the drawings and the detailed description.

Referring to fig. 1, in an embodiment of the digital intelligent moxibustion fumigation external traditional Chinese medicine treatment device, a main body structure comprises a display control cabin 2, a radio frequency induction cabin 1 and a skin protection and support mechanism 4 which are integrated. One end of the radio frequency induction bin 1 is used as a heat transfer end (namely a treatment end or a near skin end) to be connected with the skin protection and support mechanism 4, the other end of the radio frequency induction bin 1 is connected with the display control bin 2, and the display control bin bottom plate 2-6 of the display control bin 2 seals the other end.

A temperature-resistant protective cover 8 with an opening facing the heat transfer end is arranged in the radio frequency induction bin 1, and a heater 9 is arranged in the temperature-resistant protective cover 8. The outside of the bottom plate 1-1 of the radio frequency induction bin, which is positioned at the heat transfer end and provided with the heat transfer through holes 1-3, is provided with a chip medicine cake box 7. Under the radiation heat flow guide of the temperature-resistant protection cover 8, the heat flow provided by the heater 9 heats the chip medicine cake box 7, and the therapeutic components in the biological materials in the chip medicine cake box 7 are fused into the heat flow and then reach the acupoints of the human body through the internal space of the skin protection and support mechanism 4.

The chip medicine cake box 7 is internally provided with a storage chip 12 and an induction coil 13. The radio frequency induction bin 1 is internally provided with a radio frequency induction chip 5 and a radio frequency induction coil 6. The display control bin 2 is internally provided with a control circuit board and a battery. The radio frequency induction chip 5 and the heater 9 are respectively connected with the control circuit board through wires. The bin cover 3 is arranged at one end of the display control bin 2 opposite to the display control bin bottom plate 2-6, and the bin cover 3 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.

Specifically, as shown in fig. 2 and 3, the lower end of the rf induction chamber 1 (i.e., the treatment end) has an rf induction chamber bottom plate 1-1, and a protruding plate 1-2 that is U-shaped and perpendicular to the rf induction chamber bottom plate 1-1 is disposed inside the rf induction chamber bottom plate 1-1. The bottom plate 1-1 of the radio frequency induction bin is uniformly provided with a plurality of heat transfer through holes 1-3 positioned in the area of the protruding plate 1-2. The side wall of the radio frequency induction bin 1 is provided with induction bin side wall heat dissipation holes 1-4.

A radio frequency induction chip 5 and a radio frequency induction coil 6 connected with the radio frequency induction chip 5 are arranged between the protruding plate 1-2 and the bin wall of the radio frequency induction bin 1. The radio frequency induction chip 5 is connected with a 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 have the functions of: and reading information data of the chips stored in the chip medicine cake box 7, and sending the data to the control circuit board, wherein the control circuit board controls the working time, the working temperature, the working mode, the working wavelength and the like of the heater 9 according to the acquired data.

The temperature-resistant protective cover 8 shown in fig. 4 is arranged in the radio frequency induction bin 1. The temperature-resistant protective cover 8 comprises an outer compartment 8-1 which is arranged on the inner side of the protruding plate 1-2 in a clamping manner, and a metal heat-insulating reflective liner 8-2 is clamped on 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 with a terminal box 8-3, and the terminal box 8-3 is arranged between the U-shaped opening end corresponding to the protruding plate 1-2 and the wall of the radio frequency induction bin 1. A connecting terminal 10 is arranged in the terminal box 8-3, one side of the connecting terminal 10 is connected with the heater 9 through a wire passing through a notch on the side wall of the metal heat-insulating reflective liner 8-2, and the other side is connected with a control circuit board arranged in the display control cabin 2 through a wire.

The inner side of the bottom plate 1-1 of the radio frequency induction bin is fixedly provided with a temperature-resistant protective cover fixing column 1-6 positioned on the outer side of the protruding plate 1-2, and correspondingly, the outer compartment 8-1 or the terminal box 8-3 is provided with a fixing hole 8-4 matched with the temperature-resistant protective cover fixing column 1-6. The fixing hole 8-4 in this embodiment is provided on the lug plate outside the terminal box 8-3 as shown in fig. 4. The temperature-resistant protective cover fixing columns 1-6 are inserted into the fixing holes 8-4, and the temperature-resistant protective cover 8 can be connected and fixed in the radio frequency induction bin 1 through screws.

The metal heat-insulating reflective liner 8-2 also has the following functions: further increases the isolation of the heat radiation above and beside the heater 9, so as to minimize the energy consumption of the battery, reduce the waste of the radiant heat, maximize the heat radiation of the skin or the medicine and non-medicine materials of the body surface acupoints in the shortest time, and improve the thermosensitive feedback of the skin or the percutaneous absorption effect of the medicine and non-medicine materials.

Further, a U-shaped Wen Tongkong-resistant plate 11 positioned in the inner side area of the protruding plate 1-2 is detachably arranged between the radio frequency induction bin bottom plate 1-1 and the heater 9. As shown in fig. 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 limit protrusions 11-1 are disposed on the U-shaped heat-resistant Wen Tongkong plate 11. The outer side edge of the temperature-resistant protective cover 8 is limited by the limiting protrusion 11-1 at a position which keeps a certain distance with the inner side edge of the protruding plate 1-2.

The U-shaped Wen Tongkong-resistant plate 11 has the functions of: the U-shaped Wen Tongkong-resistant plate 11 (including the limit bump 11-1) is made of high-temperature resistant material. Considering the implementation cost of the device, the bottom plate 1-1 and the protruding plate 1-2 of the radio frequency induction bin are made of common temperature resistant materials, and when the radiation heat energy output by the heater 9 is high, the U-shaped Wen Tongkong resistant plate 11 can play a role in insulating and protecting the bottom plate 1-1 and the protruding plate 1-2 of the radio frequency induction bin and prevent the bottom plate 1-1 and the protruding plate 1-2 of the radio frequency induction bin from overheating or deforming due to high temperature.

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

The radio frequency induction bin 1 and the display control bin 2 can be detachably connected, or can be integrally or fixedly connected. The display control bin 2 can be internally provided with a micro loudspeaker for voice description or prompt of working modes, working states or working time.

As shown in fig. 6, four protruding strips 2-1 are disposed on the upper side of the display control cabin bottom plate 2-6 of the display control cabin 2, and ventilation gaps are formed between the protruding strips 2-1, which has the functions of: when the lithium battery is arranged in the display control bin 2, the plane of the lithium battery and the plane of the bin bottom are helped to form a space which is beneficial to air flow, and the influence of heat conducted by the heating bin on the display control bin 2 is reduced to the greatest extent. The bottom of the display control bin 2 is provided with a wiring through hole 2-4 for wiring so as to realize wire connection between the display control bin 2 and the radio frequency induction bin 1.

Two groups of four positioning columns 2-5 are uniformly distributed on the inner side of the bin wall of the display control bin 2. The two groups of two positioning columns 2-5 are clamped and fixed on the batteries from two opposite side surfaces, and the contact surface between the positioning columns and the batteries is a plane. The upper end face 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, and the connecting column penetrates through a through hole on the control circuit board and then is inserted into the connecting hole of the upper end face of the positioning column 2-5. The upper end face of the positioning column 2-5 is lower than the upper end face of the display control cabin 2, and a space generated by the height difference is used for accommodating the control circuit board, the light shielding plate and part of the cabin cover. Through the height difference design, the purpose of fully utilizing the installation space is achieved, and the miniaturization of the device is realized to the greatest extent.

The two sides of the bin wall of the display control bin 2 are respectively provided with a display control bin side wall heat dissipation hole 2-3.

Still referring to fig. 2 and 3, an induction bin connection column 1-5 with a connection through hole is fixedly arranged on the inner side of the radio frequency induction bin bottom plate 1-1 and positioned on the outer side of the protruding plate 1-2. Correspondingly, as shown in fig. 6, the outer bottom of the control cabin 2 is provided with two hollow cylinders 2-2 extending downwards. The hollow cylinder 2-2 is matched with the induction bin connecting column 1-5, and the connection locking between the display control bin 2 and the radio frequency induction bin 1 is realized in a screw fixing mode.

In order to further improve the safety performance of the traditional Chinese medicine external treatment device for moxibustion fumigation, a temperature sensor is arranged in the radio frequency induction bin 1 and is in communication connection with a 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.

The chip medicine cake box 7 comprises an upper box body 7-1 and a lower box body 7-2 which are matched with each other. As shown in fig. 8, the upper case 7-1 includes an upper case bottom 7-1-5 provided with an upper through hole 7-1-1, an outer edge of the upper case bottom 7-1-5 has an upper case flange 7-1-6 folded inwards (i.e., downwards), and the upper case flange 7-1-6 is used as an outer contour sidewall plate of the upper case 7-1. The trend of the upper box body flanging 7-1-6 is vertical 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 integrated with the upper box body bottom plate 7-1-5 and is vertical to the upper box body bottom plate 7-1-5, the cylindrical upper isolation plate 7-1-2 is positioned outside the upper through hole 7-1, and an annular upper pressing plate 7-1-7 integrated with the upper box body bottom plate 7-1-5 is arranged between the cylindrical upper isolation plate 7-1-2 and the outer edge of the upper through hole 7-1-1.

As shown in fig. 9, the lower case 7-2 includes a lower case bottom plate 7-2-5 provided with a lower through hole 7-2-1, and the outer edge of the lower case bottom plate 7-2-5 has a lower case flange 7-2-6 folded inwards (i.e., upwards), and the lower case flange 7-2-6 is used as an outer contour sidewall plate of the lower case 7-2. The trend of the lower box body flanging 7-2-6 is vertical 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 integrated with the lower box body bottom plate 7-2-5 and is vertical to the lower box body bottom plate 7-2-5, the cylindrical lower isolation plate 7-2-2 is positioned outside the lower through hole 7-2-1, and an annular lower pressure plate 7-2-7 integrated with the lower box body bottom plate 7-2-5 is arranged 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 and the lower through hole 7-2-1 are concentrically arranged.

The upper box body flanging 7-1-6 and the lower box body flanging 7-2-6 are mutually clamped, the cylindrical upper isolation plate 7-1-2 and the cylindrical lower isolation plate 7-2-2 are mutually buckled and contacted, and a closed space is formed inside the chip medicine cake box 7. The closed space is formed by enclosing an upper box body bottom plate 7-1-5, a lower box body bottom plate 7-2-5, an upper box body flanging 7-1-6, a lower box body flanging 7-2-6, a cylindrical upper isolation plate 7-1-2 and a cylindrical lower isolation plate 7-2-2. A memory chip 12 and an induction coil 13 connected to the memory chip 12 are installed in the closed space. The moxibustion fumigation medicine cake is arranged between the annular upper pressing plate 7-1-7 and the annular lower pressing plate 7-2-7.

Further, the embodiment further comprises a medicine cake covering piece for covering the moxibustion fumigation medicine cake, wherein the medicine cake covering piece is used for covering and protecting the upper side and the lower side of the medicine cake, avoiding secondary pollution in use of the medicine cake and increasing skin permeation comfort level, such as medical non-woven fabrics and the like. The wafer cover sheet is omitted from the figure.

Further, an inner side surface (i.e., a lower side surface) of the annular upper pressing plate 7-1-7 is processed with an upper burr-shaped protruding point 7-1-7-1. The inner side surface (namely the upper side surface) of the annular lower pressing plate 7-2-7 is processed with a lower burr-shaped salient point 7-2-7-1.

In the scheme with the medicine cake covering sheet, the upper burr-shaped protruding points 7-1-7-1 and the lower burr-shaped protruding points 7-2-7-1 are used for fixing the medicine cake covering sheet, so that the medicine cake covering sheet is prevented from sliding in the treatment process.

Further, the upper box body flanging 7-1-6 is provided with an upper notch 7-1-4 formed by flanging concave, the lower box body flanging 7-2-6 is provided with a lower notch 7-2-4 formed by flanging concave, and the upper notch 7-1-4 and the lower notch 7-2-4 are identical in shape and size and are opposite to each other vertically. In this 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 lug 7-2-5-1 extending to the lower notch 7-2-4. The handle lug 7-2-5-1 has the function of helping an operator open the medicine cake box conveniently and quickly to replace medicine cakes. The upper notch 7-1-4 and the lower notch 7-2-4 are arranged to provide an operating space for an operator to open the medicine cake box to replace medicine cakes.

Further, the upper box body flanging 7-1-6 is provided with a rotation stopping clamping groove 7-1-3 formed by flanging concave, and correspondingly, the inner side of the lower box body flanging 7-2-6 is provided with a rotation stopping clamping block 7-2-3 in plug-in fit with the rotation stopping clamping groove 7-1-3.

The method of assembling the wafer cartridge 7 is illustrated below.

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

The memory chip 12 and the induction coil 13 function as: different moxibustion and fumigation modes, the used materials and components have larger difference, under the condition of ensuring the curative effect, the instrument working temperature and time and the use times are greatly different, the information of different moxibustion materials and fumigation materials can be written into the storage chip 12 in advance before the moxibustion and fumigation, the information of the different moxibustion materials and fumigation materials written into the storage chip 12 is automatically read through the radio frequency induction chip 5 before the operation is started, and then the information is uploaded to the chip of the control circuit board, and the control circuit board outputs specific temperature, time, infrared wavelength, work times and the like of effective treatment by starting the heater 9 according to the preset corresponding working mode. Another function of the memory chip 12 and the induction coil 13 is: the complicated connection access control end, server end, mobile end and the like are avoided through wireless communication, and the probability of faults caused by lines, networks and the like is reduced to zero. Yet another function of the rf coil and chip design within the chip drug cake box 7 is: the complex arrangement of the mobile terminal code scanning on the cylindrical moxibustion box body is avoided, the mobile terminal code scanning device is not required to rely on a network or a mobile terminal any more for the old, children and other groups, and accurate identification, safety and high-efficiency treatment can be carried out on different body parts, different position acupuncture points, different moxibustion treatment materials and different fumigation treatment materials only by starting up.

As shown in fig. 10 and 11, the skin protection and support mechanism 4 comprises a connecting accommodating cylinder 4-1 which is of an integral structure and is made of elastic material, and an outer expanding cover 4-2 which is positioned at the lower end of the connecting accommodating cylinder 4-1. Wherein, the inner wall of the connecting containing cylinder 4-1 is sequentially 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 from top to bottom. Wherein, 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 edge of the outer expansion cover 4-2 is positioned at the outer side of the outer wall of the connecting accommodating cylinder 4-1. The outer expansion shell 4-2 expands outwardly in a naturally stretched state with its outer edge lower than its inner edge, i.e., extending downwardly.

Further, the outer side of the lower end part of the connecting accommodating cylinder 4-1 is provided with a circle of inner concave outer ring grooves 4-1-5. Further, the upper convex ring 4-1-1 is provided with a rotation stopping groove 4-1-1-1 with an inward opening.

As shown in fig. 3, the outer wall of the radio frequency induction bin 1 near the skin end is sequentially processed with an annular deep groove 1-7, an annular raised strip 1-8 and an annular cylinder wall 1-9 from top to bottom. By means of 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 is tightly attached to the outer wall surface of the annular cylinder wall 1-9 through elastic contraction of structures and materials, and the outer edge of the chip medicine cake box 7 is attached to the inner wall surface of the annular cylinder wall 1-9 and is lifted and positioned axially by the medicine cake box supporting ring 4-1-4.

A positioning block (the positioning block is omitted in the drawing) is arranged in the annular deep groove 1-7 and is clamped in the rotation stopping groove 4-1-1-1 so as to ensure that the skin contact device synchronously rotates along with the radio frequency induction bin 1.

The control circuit board is connected with a plurality of groups of display lamps. And the bin cover 3 is provided with a dot matrix digital information area corresponding to the display lamp. The dot matrix digital information area forms an information screen. A light shielding plate made of rubber is arranged between the control circuit board and the bin cover 3. The light shielding plate comprises a plurality of light gathering holes which are arranged in one-to-one correspondence with the display lamps, and the display lamps are positioned in the light gathering holes in one-to-one correspondence.

As shown in FIG. 7, the information screen is distributed with a plurality of information display areas for displaying the treatment control information such as "time", "times", "moxibustion amount", "Zhuangjiu", etc., the types of medicine cakes such as "moxibustion", "fumigating moxibustion", "ginger moxibustion", etc., and the parameter setting grades such as "high", "medium", "low", etc.

Claims (8)

1. The utility model provides a count intelligent moxa-moxibustion fumigation traditional chinese medical science external control device, is including radio frequency induction storehouse (1) and display control storehouse (2) that have display control storehouse bottom plate (2-6) that have radio frequency induction storehouse bottom plate (1-1), heat transfer through-hole (1-3), its characterized in that have been seted up to radio frequency induction storehouse bottom plate (1-1): one end of the radio frequency induction bin (1) is used as a heat transfer end, and the other end of the radio frequency induction bin is connected with the display control bin (2); a temperature-resistant protective cover (8) with an opening facing the heat transfer end is arranged in the radio frequency induction bin (1), and a heater (9) is arranged in the temperature-resistant protective cover (8); a chip medicine cake box (7) is arranged on the outer side of the radio frequency induction bin bottom plate (1-1) positioned at the heat transfer end, and a storage chip (12) and an induction coil (13) are arranged in the chip medicine cake box (7); the radio frequency induction bin (1) is internally provided with a radio frequency induction chip (5) and a radio frequency induction coil (6) which are used for reading information of the storage chip (12); the display control bin (2) is internally provided with a control circuit board and a battery, and the radio frequency induction chip (5) and the heater (9) are respectively connected with the control circuit board through wires; the display control bin (2) is provided with a bin cover (3) at one end opposite to the display control bin bottom plates (2-6), and the bin cover (3) 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.

2. The digital intelligent moxibustion fumigation external treatment device according to claim 1, characterized in that: the inner side of the radio frequency induction bin bottom plate (1-1) is provided with a U-shaped protruding plate (1-2) which moves towards and is perpendicular to the radio frequency induction bin bottom plate (1-1); the bottom plate (1-1) of the radio frequency induction bin is provided with a heat transfer through hole (1-3) positioned in the area of the protruding plate (1-2); the side wall of the radio frequency induction bin (1) is provided with induction bin side wall heat dissipation holes (1-4); the radio frequency induction chip (5) and the radio frequency induction coil (6) are arranged between the protruding plate (1-2) and the bin wall of the radio frequency induction bin (1); a temperature-resistant protective cover (8) is arranged in the radio frequency induction bin (1); the temperature-resistant protective cover (8) comprises an outer compartment (8-1) arranged on the inner side of the protruding plate (1-2), and a metal heat-insulating reflective liner (8-2) is arranged on the inner wall of the outer compartment (8-1); the heater (9) is arranged in the metal heat-insulating reflective liner (8-2).

3. The digital intelligent moxibustion fumigation external treatment device according to claim 2, characterized in that: a U-shaped Wen Tongkong resistant plate (11) positioned in the inner side area of the protruding plate (1-2) is detachably arranged between the radio frequency induction bin bottom plate (1-1) and the heater (9); the U-shaped Wen Tongkong-resistant plate (11) is provided with a heat dissipation through hole (11-2), and at least two limiting protrusions (11-1) are arranged on the U-shaped Wen Tongkong-resistant plate (11), and the outer side edge of the temperature-resistant protective cover (8) is limited at a position which keeps a distance with the inner side edge of the protruding plate (1-2) by the limiting protrusions (11-1).

4. The digital intelligent moxibustion fumigation external treatment device 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) which are matched with each other; the upper box body (7-1) comprises an upper box body bottom plate (7-1-5) provided with an upper through hole (7-1-1), and an upper box body flanging (7-1-6) which is folded inwards is arranged at the outer edge of 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), the cylindrical upper isolation plate (7-1-2) is positioned outside the upper through hole (7-1-1), and an annular upper pressing plate (7-1-7) is arranged 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) comprises a lower box body bottom plate (7-2-5) provided with a lower through hole (7-2-1), and a lower box body flanging (7-2-6) which is folded inwards is arranged at the outer edge of the lower box body bottom plate (7-2-5); a cylindrical lower isolation plate (7-2-2) is further arranged on the lower box body bottom plate (7-2-5), the cylindrical lower isolation plate (7-2-2) is positioned outside the lower through hole (7-2-1), and an annular lower pressing plate (7-2-7) is arranged 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) and the lower through hole (7-2-1) are concentrically arranged; the upper box body flanging (7-1-6) and the lower box body flanging (7-2-6) are mutually clamped, the cylindrical upper isolation plate (7-1-2) and the cylindrical lower isolation plate (7-2-2) are mutually buckled and contacted, and a closed space is formed inside the chip medicine cake box (7); the memory chip (12) and the induction coil (13) are arranged in the closed space; the moxibustion fumigation medicine cake is arranged between the annular upper pressing plate (7-1-7) and the annular lower pressing plate (7-2-7).

5. The digital intelligent moxibustion fumigation external treatment device according to claim 4, wherein: an upper burr-shaped salient point (7-1-7-1) is processed on the inner side surface of the annular upper pressing plate (7-1-7); the inner side surface of the annular lower pressing plate (7-2-7) is provided with a lower burr-shaped salient point (7-2-7-1).

6. The digital intelligent moxibustion fumigation external treatment device according to claim 1, characterized in that: the heat transfer end of the radio frequency induction bin (1) is connected with a skin protection and support mechanism (4); the skin protection and support mechanism (4) comprises a connecting accommodating cylinder (4-1) which is of an integral structure and is made of elastic materials and an outer expanding cover (4-2) positioned at the lower end of the connecting accommodating cylinder (4-1); wherein, the inner wall of the connecting containing cylinder (4-1) is sequentially 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) from top to bottom; the inner diameter of the upper convex ring (4-1-1) is smaller than that of the annular side wall (4-1-3), the inner diameter of the annular side wall (4-1-3) is smaller than that of the annular groove (4-1-2), and the inner diameter of the medicine cake box supporting ring (4-1-4) is smaller than that of the annular side wall (4-1-3); the outer edge of the outer expansion cover (4-2) is positioned at the outer side of the outer wall of the connecting accommodating cylinder (4-1); the outer expanding cover (4-2) is lower than the inner edge in a natural stretching state; an annular deep groove (1-7), an annular raised strip (1-8) and an annular cylinder wall (1-9) are sequentially processed on the outer wall of the heat transfer end of the radio frequency induction bin (1) from top to bottom; by means of 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) is shrunk and 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 attached to the inner wall surface of the annular cylinder wall (1-9) and is lifted and positioned by the medicine cake box supporting ring (4-1-4) in the axial direction.

7. The digital intelligent moxibustion fumigation external treatment device according to claim 6, wherein: the outer side of the lower end part of the connecting accommodating cylinder (4-1) is provided with a circle of inner concave outer ring grooves (4-1-5).

8. The digital intelligent moxibustion fumigation external treatment device according to claim 1, characterized in that: at least two protruding strips (2-1) are arranged on the inner side surface of the display control bin bottom plate (2-6), and ventilation gaps are formed between the protruding strips (2-1).