Traditional Chinese medicine gynecological moxibustion equipment and use method thereof

Abstract

The invention relates to the technical field of moxibustion equipment, and discloses traditional Chinese medicine gynecology moxibustion equipment which comprises a split moxibustion box, the whole split moxibustion box is cylindrical and is composed of an upper cover and a control base which are detachably connected, the upper cover and the control base are connected through an annular magnetic attraction structure, smoke outlets are evenly distributed in the peripheral wall of the upper cover, and the smoke outlets are communicated with the control base. The temperature sensor and the distance measuring sensor feed back data in real time, the main control chip accurately adjusts the moxibustion height and the circumferential rotating speed through the servo motor, the distance between the moxibustion combustion end and the skin is dynamically adjusted, it is ensured that the temperature of a treatment area is stable, and the scalding risk is reduced; the temperature of the treatment part is ensured to be constant, dynamic closed-loop adjustment is achieved, and the device has the advantages of being high in practicability and accurate in temperature control treatment.

Description

Technical Field

[0001] The invention relates to the technical field of moxibustion equipment, specifically a traditional Chinese medicine gynecological moxibustion equipment and a method of using the same. Background Art

[0002] As a core method of external treatment in traditional Chinese medicine, moxibustion stimulates the acupuncture points of the human body with the heat generated by the burning of moxa, and achieves the purpose of preventing and curing diseases through mechanisms such as warming the meridians, dispelling cold and dampness, and harmonizing qi and blood. Its efficacy is described in detail in classics such as "Huangdi Neijing" and "Zhenjiu Jiayi Jing", especially in the treatment of chronic diseases and the improvement of sub-health conditions. Modern research shows that the thermal radiation effect of moxibustion can activate local immune responses and promote the increase of microcirculatory blood flow by 20%-40%, and is widely used in pain management, inflammation control, and postoperative rehabilitation.

[0003] Gynecological diseases are often related to imbalance of qi and blood, cold and dampness stagnation, such as dysmenorrhea, pelvic inflammatory disease, uterine fibroids, etc., and the warming and nourishing properties of moxibustion just fit these pathological characteristics. Clinical data show that moxibustion can significantly improve uterine cold type dysmenorrhea (effectiveness 82%), chronic pelvic inflammatory disease (symptom relief rate 75%) and postoperative gastrointestinal function recovery (accelerated 1.5-2 days) by stimulating acupuncture points such as Guanyuan, Qihai, and uterus. However, traditional moxibustion relies on open flame operation, and there are problems such as large temperature fluctuations (±10℃), serious smoke pollution (PM2.5 concentration peak exceeds 500μg / m³), and deviation in moxibustion position (manual operation error >3cm), resulting in unstable efficacy and prominent safety hazards, which makes it difficult to meet the needs of modern gynecological treatment for precision and comfort.

[0004] In order to overcome the defects of traditional moxibustion, improved devices such as electronic moxibustion instruments and smokeless moxibustion boxes have emerged in recent years, but their technical bottlenecks are still concentrated in the following aspects: Insufficient temperature control accuracy: Most devices use open-loop temperature control, and only adjust the temperature by preset power. There is a lack of real-time feedback mechanism, and the actual treatment surface temperature fluctuation still reaches ±5°C, which can easily cause low-temperature ineffectiveness or high-temperature burns (clinical burn rate 3%-5%); Low smoke purification efficiency: Existing filtering devices mostly use single-layer activated carbon or ordinary filter cotton, and the interception rate of PM2.5 (particle size 0.1-2.5μm) in moxibustion smoke is less than 60%, and there is no special adsorption for VOCs (such as benzene and aldehydes), resulting in substandard indoor air quality; Poor gynecological adaptability: Commercially available equipment generally adopts a "one-size-fits-all" design, and has not developed special modes for gynecological disease segmentation scenarios (such as high calorie demand for inflammation and low stimulation requirements after surgery), and lacks a fixed position structure (displacement error >10mm), making it difficult to accurately cover the acupuncture points in the uterus and ovarian projection area.

[0005] Gynecological treatment is highly sensitive to temperature: for example, pelvic inflammatory disease requires local high temperature (40-45°C) to accelerate the absorption of inflammation, and postoperative wounds require strict temperature control (<35°C) to avoid tissue edema. The extensive temperature control mode of existing equipment cannot meet such refined needs. It is urgent to achieve ±1°C temperature stability through multi-sensor closed-loop feedback, dynamic distance adjustment and thermal field directional conduction technology, so as to improve efficacy and reduce risks. Summary of the invention

[0006] The purpose of the invention is to provide a traditional Chinese medicine gynecological moxibustion device and a method of using the same to solve the problems raised in the above-mentioned background technology.

[0007] In order to solve the above technical problems, the invention provides the following technical solutions: a Chinese medicine gynecological moxibustion device, comprising: The split moxibustion box is cylindrical in shape and consists of a detachable upper cover and a control base. The upper cover and the control base are connected by a ring-shaped magnetic structure. Smoke outlets are evenly distributed on the surrounding wall of the upper cover. The control base integrates a lithium battery pack, a main control chip, a touch screen, a shortcut button and a buzzer. The micro-controlled dust collection cabin includes a detachable cabin cover and cabin body, the cabin cover and cabin body are connected by a magnetic buckle, and the inner wall of the micro-controlled dust collection cabin is coated with a reflective coating to actively guide the heat to radiate toward the upper cover; The smoke exhaust port is arranged on the peripheral wall of the cabin body and is arranged corresponding to the smoke outlet through a positioning pin. The outer cover of the smoke exhaust port is provided with a composite filter layer; The temperature sensor, a circular array is set in the contact layer of the upper cover, and the signal is connected to the main control chip of the control base through the FPC cable; The moxibustion fixing seat is arranged in the control base through a telescopic mechanism, and is used for inserting the moxibustion and maintaining the position of the burning end; A distance measuring sensor is arranged on the side wall of the moxibustion fixing seat to measure the distance to the cabin; The moxibustion socket is set in the center of the cabin, and a replaceable smoke-proof gasket is installed in the moxibustion socket.

[0008] According to the above technical solution, the telescopic mechanism includes: The graphene-coated guide rail is distributed in an equilateral triangle and is fixedly installed on the inner wall of the control base and passes through the slider, which is welded to the side wall of the moxibustion fixing seat; Servo motor 1, fixedly mounted at the bottom of the control base, with the output shaft rigidly connected to the threaded rod through a coupling; The threaded rod passes through the screw connecting block, and the screw connecting block is welded to the side wall of the moxibustion fixing seat; The limiting base plate is fixedly installed at the end of the graphene coated guide rail to limit the maximum stroke of the moxibustion fixing seat.

[0009] According to the above technical solution, the circumferential driving mechanism includes: The second servo motor is fixedly installed at the bottom of the control base, and its output shaft is connected to the drive shaft through a keyway. The gear is installed at the end of the drive shaft by interference fit. The rack is embedded in the inner wall of the circumferentially rotating ring through screws and meshes with the gear. The circumferentially rotating ring is installed in the control base through a magnetic levitation bearing. An angular clamping groove is provided on the circumferential wall of the lower wall and is in interference fit with the clamping block of the cabin body. An arc-shaped ash diversion plate is provided inside the cabin body to form an moxibustion probe area and an ash accumulation area.

[0010] According to the above technical solution, the composite filter layer includes: The primary filter layer is set as an annular metal screen to intercept ashes with a diameter > μm. The intermediate filter layer is set as an annular HEPA filter paper layer to filter PM. particles. The high-efficiency filter layer is set as an annular honeycomb activated carbon layer to adsorb VOCs and odors.

[0011] According to the above technical solution, the magnetic snap includes: The cabin cover magnet is set as a neodymium iron boron magnet and is evenly distributed along the circumference of the cabin cover edge. The cabin body magnetic conduction ring is set as a stainless steel ring and is polarity-matched with the cabin cover magnet.

[0012] According to the above technical solution, the FPC cable is routed in a ring along the inner wall of the upper cover, and its end is connected to the main control chip through a magnetic electrical interface. The magnetic electrical interface is integrated on the contact surface between the upper cover and the control base, and includes circumferentially evenly distributed annular magnets and spring pin contacts for conducting the temperature sensor signal.

[0013] According to the above technical solution, the fixing part includes: The movable connector is fixedly arranged on the side wall of the control base. The elastic fixing band is a nylon braided band with an embedded coating. One end is sewn with the rough side of the magic tape, and the other end is sewn with the hook side of the magic tape.

[0014] According to the above technical solution, the top wall of the upper cover is composed of the following layer structure: The contact layer is made of medical silicone, and a microporous array is processed on the surface by laser. The heat transfer buffer layer is made of an aerogel composite material and contains phase change capsules.

[0015] According to the above technical solution, the smoke-proof gasket of the moxibustion socket is made of silicone. The inner diameter of the gasket can be adapted to moxibustions with different diameters and is embedded in the inner wall of the moxibustion socket through a card slot.

[0016] A method for using a traditional Chinese medicine gynecology moxibustion device includes the following steps: S1, Pre-fixation of moxibustion stick: Insert the moxa into the moxibustion fixing base inside the control base, adjust the clamping tightness of the moxa through the smoke-proof gasket, ensure that the burning end of the moxa is vertically upward, and calibrate the initial distance between the top of the moxa and the inner wall of the cabin through the ranging sensor.

[0017] S2, Installation of micro-controlled dust collection cabin: Insert the clamping block of the cabin into the angular clamping groove of the circumferential rotating ring, close the cabin cover and the cabin through the magnetic snap to form a closed combustion chamber. At this time, the burning end of the moxa is located in the moxibustion probe area of the micro-controlled dust collection cabin.

[0018] S3, Assembly of split-type moxibustion box: Connect the control base pre-loaded with moxa and the upper cover through the annular magnetic structure, accurately align the smoke outlet of the upper cover with the smoke exhaust port of the cabin through the positioning pin, and at the same time ensure that the FPC cable of the temperature sensor is conducted with the main control chip through the magnetic electrical interface.

[0019] S4, Temperature setting: Set the temperature parameters of moxibustion treatment through the touch screen, or call the gynecological treatment parameters with one key through the quick button. The main control chip adjusts the position of the moxibustion fixing base according to the feedback of the temperature sensor to control the distance between the burning end of the moxa and the treatment site.

[0020] S5, Start treatment: Start the device, the servo motor 1 drives the threaded rod, adjust the height of the moxibustion fixing base through the screw connection block and the slider, and the servo motor 2 drives the circumferential rotating ring to rotate, so that the moxa evenly covers the treatment area during the treatment process.

[0021] S6, Smoke filtration: The smoke generated by combustion enters the micro-controlled dust collection cabin through the smoke exhaust port, and passes through the primary filter layer, intermediate filter layer and high-efficiency filter layer in turn, effectively filtering ashes, PM particles and adsorbing VOCs and odors.

[0022] S7, Ash collection: The ashes generated by combustion fall into the ash accumulation area of the arc-shaped ash diversion plate, which is convenient for cleaning.

[0023] S8, End of treatment: After the treatment is over, turn off the device, remove the moxa, clean the ashes in the micro-controlled dust collection cabin, separate the cabin cover from the cabin, and clean the composite filter layer.

[0024] S9, Equipment maintenance: Regularly check the lubrication of the telescopic mechanism and the circumferential drive mechanism to ensure the normal operation of the equipment.

[0025] Compared with the prior art, the beneficial effects achieved by the invention are: (1)Precise temperature control and treatment targeting: The temperature sensor and ranging sensor provide real-time feedback data. The main control chip precisely adjusts the height of moxibustion and the circumferential rotation speed through the servo motor, dynamically adjusts the distance between the burning end of moxibustion and the skin, ensures a stable temperature in the treatment area, reduces the risk of scalding, ensures a constant temperature at the treatment site, realizes dynamic closed-loop regulation, and the quick button can be used to call preset parameters (high temperature for anti-inflammatory, medium and low temperature for regulating menstruation, low temperature for postoperative recovery) to adapt to the needs of different gynecological diseases, providing three preset modes: anti-inflammatory (40 - 45°C), regulating menstruation and warming the uterus (35 - 40°C), postoperative recovery (30 - 35°C), precisely matching common gynecological diseases and avoiding the "one-size-fits-all" treatment of traditional moxibustion; (2)Enhanced heat effect and energy optimization: The reflective coating on the inner wall of the cabin guides the heat to concentrate and radiate upward, forming a "temperature control space", reducing heat energy loss, increasing the heat efficiency by 40%, shortening the treatment time to 1 / 3 of traditional moxibustion. At the same time, the micro-controlled dust collection cabin avoids heat dissipation, accelerates local warming (such as the uterine area), and promotes blood circulation and inflammation absorption; (3)Environment-friendly and convenient maintenance: Through the design of a three-stage filter layer, the primary filter layer intercepts large particle ashes (>300μm), the medium filter layer (HEPA) filters PM2.5, and the high-efficiency filter layer (activated carbon) adsorbs VOCs and odors. The composite filter layer and the airtight cabin completely eliminate the smoke pollution of traditional moxibustion and improve the treatment environment. Through the design of centrifugal separation and deflector plates, the circumferential drive mechanism realizes the centrifugal separation of ashes at a speed of 5 rpm, greatly improving the isolation efficiency between the combustion area and the ash area and extending the cleaning cycle; (4)Optimization of safety and comfort: The limit bottom plate provides mechanical hard limit to prevent moxibustion from approaching the skin too closely. The buzzer alarms when the temperature exceeds the limit (>45°C) or the distance is too close (<5 cm). The aerogel and phase change capsules absorb redundant heat, and the surface temperature fluctuation of the contact layer is ≤ ±2°C to avoid local burns. The upper cover and the control base can be quickly disassembled and assembled to improve the cleaning efficiency, and the magic tape fixing belt adapts to different waist and abdomen curves; (5)Convenient operation and efficient maintenance: The upper cover and the control base, the cabin cover and the cabin body are quickly disassembled by magnetic attraction, supporting single-handed cleaning and maintenance. Consumable parts such as the smoke-proof gasket, composite filter layer, and ash deflector plate support quick replacement to extend the equipment life. The combination of nylon elastic bands and magic tapes is convenient for fixing on the abdomen or lumbosacral region to ensure the stability of the treatment site. The touch screen and quick button simplify the mode switching without complex parameter settings. Description of the Drawings

[0026] The drawings are used to provide a further understanding of the invention and form a part of the specification. They are used together with the embodiments of the invention to explain the invention and do not constitute a limitation to the invention. In the drawings: Figure 1 is the first three-dimensional schematic diagram of the invention; Figure 2is the second three-dimensional schematic diagram of the invention; Figure 3 is the first partial three-dimensional schematic diagram of the invention; Figure 4 is the second partial three-dimensional schematic diagram of the invention; Figure 5 is the third partial three-dimensional schematic diagram of the invention; Figure 6 is the fourth partial three-dimensional schematic diagram of the invention; Figure 7 is the fifth partial three-dimensional schematic diagram of the invention; Figure 8 is the sixth partial three-dimensional schematic diagram of the invention; Figure 9 is the seventh partial three-dimensional schematic diagram of the invention; Figure 10 is the eighth partial three-dimensional schematic diagram of the invention Figure 11 is the ninth partial three-dimensional schematic diagram of the invention; Figure 12 is the invention Figure 11 magnified schematic diagram at position A in; In the figure: 1 - split moxibustion box, 11 - upper cover, 111 - contact layer, 112 - heat transfer buffer layer, 113 - smoke outlet, 114 - positioning pin, 12 - control base, 121 - lithium battery pack, 122 - main control chip, 123 - touch screen, 124 - quick button, 125 - buzzer, 2 - micro-controlled dust collection cabin, 21 - cabin cover, 22 - cabin body, 221 - exhaust port, 222 - moxibustion socket, 223 - smoke-proof gasket, 224 - clamping block, 23 - magnetic snap, 231 - cabin cover magnet, 232 - cabin body magnetic conduction ring, 24 - composite filter layer, 241 - primary filter layer, 242 - medium filter layer, 243 - high-efficiency filter layer, 25 - arc ash deflector, 251 - moxibustion probe area, 252 - ash accumulation area, 3 - temperature sensor, 31 - FPC cable, 4 - moxibustion fixing seat, 5 - telescopic mechanism, 51 - graphene-coated guide rail, 52 - servo motor 1, 53 - threaded rod, 54 - screw connection block, 55 - limit base plate, 56 - slider, 6 - moxibustion, 7 - ranging sensor, 8 - circumferential drive mechanism, 81 - servo motor 2, 82 - drive shaft, 83 - gear, 84 - rack, 85 - circumferential rotating ring, 9 - magnetic electrical interface, 91 - annular magnet, 92 - spring pin contact, 10 - fixing part, 101 - movable connection head, 102 - elastic fixing band. Detailed implementation mode

[0027] Next, the technical solutions in the embodiments of the invention will be clearly and completely described in conjunction with the accompanying drawings in the embodiments of the invention. Obviously, the described embodiments are only a part of the embodiments of the invention, rather than all embodiments. All other embodiments obtained by those of ordinary skill in the art based on the embodiments of the invention without creative efforts shall fall within the scope of protection of the invention.

[0028] Please refer to Figures 1-12 , the invention provides a technical solution: a traditional Chinese medicine gynecology moxibustion device, including: The split moxibustion box 1 is integrally arranged in a cylindrical shape and is composed of a detachable upper cover 11 and a control base 12. The upper cover 11 and the control base 12 are connected by an annular magnetic attraction structure. Smoke outlets 113 are evenly distributed on the peripheral wall of the upper cover 11. A lithium battery pack 121, a main control chip 122, a touch screen 123, a quick button 124 and a buzzer 125 are integrated on the control base 12; The micro-control dust collection chamber 2 includes a detachable chamber cover 21 and a chamber body 22. The chamber cover 21 and the chamber body 22 are connected by a magnetic snap 23. The inner wall of the micro-control dust collection chamber 2 is coated with a reflective coating to actively guide the heat to radiate towards the upper cover direction; The smoke exhaust port 221 is arranged on the peripheral wall of the chamber body 22 and is correspondingly arranged with the smoke outlet 113 through a positioning pin 114. A composite filter layer 24 is sleeved outside the smoke exhaust port 221; The temperature sensor 3 is arranged in a circumferential array in the contact layer 111 of the upper cover 11, and the signal is connected to the main control chip 122 of the control base 12 through an FPC cable 31; The moxibustion fixing seat 4 is arranged in the control base 12 through a telescopic mechanism 5 and is used for inserting the moxibustion 6 and maintaining the position of the combustion end; The distance measuring sensor 7 is arranged on the side wall of the moxibustion fixing seat 4 to measure the distance from the chamber body 22; The moxibustion socket 222 is arranged at the central position of the chamber body 22, and a replaceable smoke-proof gasket 223 is installed in the moxibustion socket 222; The present application provides a moxibustion treatment device through the design of a split moxibustion box 1, a micro-controlled dust collection cabin 2, a temperature sensor 3, a moxibustion fixing seat 4, a telescopic mechanism 5 and other components. The split moxibustion box 1 consists of a detachable upper cover 11 and a control base 12, which are connected by a ring-shaped magnetic suction. The magnetic suction connection is convenient for cleaning and maintenance of the upper cover 11 and the control base 12, and has the characteristics of quick disassembly and easy to carry. The control base 12 is modularly integrated, centralized for power supply, interaction and core control, and reduces complexity. The lithium battery pack 121, the main control chip 122, the touch screen 123, the shortcut button 124 and the buzzer 125 realize intelligent control and safety monitoring, such as temperature adjustment and alarm functions. The shortcut button 124 in the present application is set to three, corresponding to the three treatment modes of gynecological diseases. Mode one is set to an inflammation and anti-inflammatory mode shortcut button, which is widely applicable to vaginitis, cervicitis, pelvic inflammatory disease, and the temperature setting is high Temperature (40-45℃), combined with the warming effect of moxibustion 6 to promote local blood circulation and accelerate the absorption of inflammation. Mode 2 is set as a shortcut button for regulating menstruation and warming the uterus mode, which is widely used for irregular menstruation, dysmenorrhea, and cold uterus. The temperature is set to medium and low temperature (35-40℃), which gently stimulates the uterus and surrounding acupuncture points (such as Guanyuan and Qihai points). Mode 3 is set as a shortcut button for postoperative recovery mode, which is widely used for postoperative recovery of gynecological surgery, such as uterine myomectomy and hysteroscopy. The temperature is set to low temperature (30-35℃) to avoid high temperature stimulation of surgical wounds. Shortcut buttons 124 correspond to the core needs of gynecology (inflammation, regulating menstruation, and postoperative). Users do not need to perform complex operations and can call preset parameters with one click. The hatch 21 is connected to the cabin 22 by a magnetic buckle 23, which is convenient for cleaning ash and replacing the composite filter layer 24. The composite filter layer 24 intercepts ash, PM2.5 and VOCs to avoid pollution and odor, and realizes multi-stage purification of smoke. The present application dynamically monitors the distance between the burning end and the skin, and the main control chip 122 adjusts the telescopic mechanism accordingly to ensure that the distance matches the preset treatment mode. Through the design of the micro-controlled dust collection cabin 2, a tiny burning space is provided for the moxibustion 6 to control the flow and distribution of heat. The inner wall of the dust collection cabin is coated with a reflective coating, which can actively guide the heat to radiate toward the upper cover, so that the heat is more concentratedly transferred to the skin surface. Through the reflective coating, the heat forms a "temperature control space" in the dust collection cabin, and forms a stable heat circulation path in a tiny enclosed space, thereby improving the heat transfer efficiency and reducing energy loss. Through the reflective coating and small space design, the heat is guided to the end close to the skin when flowing in the micro-controlled dust collection cabin 2, avoiding the heat from moving around randomly in the box body, thereby improving the accuracy and effect of the treatment. The micro-controlled dust collection cabin 2 can also collect the ashes after the moxibustion is burned to prevent the ashes from scattering everywhere, keeping the treatment environment clean, and can filter the particulate matter and harmful gases in the smoke through the composite filter layer 24 (including the primary filter layer, the medium filter layer and the high-efficiency filter layer), reducing environmental pollution and irritation to the human body; Specifically, the telescopic mechanism 5 includes: The graphene-coated guide rails 51 are distributed in an equilateral triangle, fixedly installed on the inner wall of the control base 12, passing through the slider 56, and the slider 56 is welded to the side wall of the moxibustion fixing seat 4; The first servo motor 52 is fixedly installed at the bottom of the control base 12, and the output shaft is rigidly connected to the threaded rod 53 through a coupling; The threaded rod 53 passes through the screw connection block 54, and the screw connection block 54 is welded to the side wall of the moxibustion fixing seat 4; The limit bottom plate 55 is fixedly installed at the end of the graphene-coated guide rail 51 to limit the maximum stroke of the moxibustion fixing seat 4; The graphene-coated guide rails 51 distributed in a triangle provide stable guidance. The graphene coating enhances the thermal conductivity and wear resistance, extending the service life. The setting of the first servo motor 52 and the threaded rod 53 realizes precise displacement control through screw drive, adjusts the vertical height of the moxibustion fixing seat 4, ensures a constant distance between the burning end of the moxibustion and the treatment site. The limit bottom plate 55 limits the maximum stroke to prevent the moxibustion 6 from approaching the skin too closely and causing burns. Specifically, the circumferential drive mechanism 8 includes: The second servo motor 81 is fixedly installed at the bottom of the control base 12, and the output shaft is connected to the drive shaft 82 through a keyway; The gear 83 is installed at the end of the drive shaft 82 by interference fit; The rack 84 is embedded in the inner wall of the circumferential rotating ring 85 through screws and meshes with the gear 83; The circumferential rotating ring 85 is installed in the control base 12 through a magnetic levitation bearing. The lower wall circumference is provided with an angular clamping groove, which is in interference fit with the clamping block 224 of the cabin body 22; An arc-shaped ash deflector 25 is provided inside the cabin body 22 to form a moxibustion probe area 251 and an ash accumulation area 252; The second servo motor 81 drives the gear 83 to mesh with the rack 84, driving the circumferential rotating ring 85 to rotate. The cabin body 22 is in interference fit with the rotating ring 85 through the clamping block 224, realizing the circumferential rotation of the dust collection cabin 2. Through rotation, the heat is evenly distributed in the micro-control dust collection cabin 2, avoiding local overheating or cold areas, improving the thermal efficiency uniformity of the treatment area. The centrifugal force is used to throw the ash towards the cabin wall, realizing the physical separation of the combustion area (center) and the ash area (periphery), preventing the ash accumulation from affecting the combustion efficiency. During the rotation process, the burned-out ash inhibits the re-ignition of unburned substances by covering or isolating oxygen, reducing potential safety hazards. The airflow disturbance generated by the rotation can accelerate the discharge of low-temperature flue gas from the exhaust ports on the side wall of the dust collection cabin, combined with the negative pressure system to improve the purification efficiency; Specifically, the composite filter layer 24 includes: The primary filter layer 241 is set as an annular metal screen to intercept ashes with a diameter > 300μm; The medium - efficiency filter layer 242 is set as a circular HEPA filter paper layer to filter PM2.5 particles; The high - efficiency filter layer 243 is set as a circular honeycomb activated carbon layer to adsorb VOCs and odors; The primary - efficiency filter layer 241 intercepts large - particle ashes (>300μm) to protect the subsequent filter layers. The medium - efficiency filter layer 242 filters PM2.5 particles to avoid air pollution, and the high - efficiency filter layer 243 adsorbs VOCs and odors in the moxibustion smoke, improving the use comfort; Specifically, the magnetic snap 23 includes: The hatch magnet 231 is set as a neodymium - iron - boron magnet and is evenly distributed along the circumference of the edge of the hatch 21; The housing magnetic conductive ring 232 is set as a stainless - steel ring and is polarity - matched with the hatch magnet 231; Strong magnetic adsorption ensures that the hatch 21 and the housing 22 are tightly closed to prevent smoke leakage. The magnetic conductive ring has a polarity match, simplifying the alignment operation and improving the user's disassembly and assembly efficiency; Specifically, the FPC cable 31 is routed in a circular pattern along the inner wall of the upper cover 11, and its end is connected to the main control chip through the magnetic electrical interface 9; The magnetic electrical interface 9 is integrated on the contact surface between the upper cover 11 and the control base 12, and includes a circumferentially - distributed circular magnet 91 and spring - pin contacts 92 for conducting the signal of the temperature sensor 3; The FPC cable 31 is routed in a circular pattern, and its end is connected to the main control chip 122 through the magnetic electrical interface 9. The FPC cable 31 is flexibly connected to the temperature sensor 3 to adapt to the disassembly requirements of the split - type structure. By aligning with the magnet 91 and conducting signals through the spring - pin contacts 92, it ensures reliable connection without complex wiring, realizes fast electrical connection, and at the same time supports the separation and cleaning of the upper cover 11 and the control base 12; Specifically, the fixing member 10 includes: The movable connector 101 is fixedly arranged on the side wall of the control base 12; The elastic fixing band 102 is a nylon - braided band with an embedded coating. One end is sewn with the rough side of the Velcro, and the other end is sewn with the hook side of the Velcro; The nylon material and Velcro design of the elastic fixing band 102 facilitate the user to fix the device on the body (such as the abdomen), ensuring the stability of the moxibustion position, especially suitable for the precise positioning required in gynecological treatment; Specifically, the top wall of the upper cover 11 consists of the following layer structure: The contact layer 111 is made of medical silicone, and a microporous array is processed by laser on its surface; The heat - transfer buffer layer 112 is made of an aerogel composite material and contains phase - change capsules; The contact layer 111 is made of medical silicone material and designed with a microporous array, which improves comfort and promotes uniform heat distribution to avoid scalding. Medical silicone has high biocompatibility and can prevent skin allergies. The microporous array evenly dissipates heat to prevent local high temperature. The aerogel thermal insulation blocks the direct radiant heat of moxibustion, reducing the risk of scalding. The phase change capsules absorb excess heat to maintain temperature stability; Specifically, the smoke-proof gasket 223 of the moxibustion socket 222 is made of silicone. The inner diameter of the gasket can be adapted to moxibustion 6 with different diameters and is embedded in the inner wall of the moxibustion socket 222 through a card slot; A method for using a traditional Chinese medicine gynecological moxibustion device includes the following steps: S1, Pre-fixing the moxibustion stick: Insert the moxibustion 6 into the moxibustion fixing seat 4 in the control base 12, adjust the clamping tightness of the moxibustion 6 through the smoke-proof gasket 223 to ensure that the burning end of the moxibustion 6 is vertically upward, and calibrate the initial distance between the top of the moxibustion 6 and the inner wall of the cabin body 22 through the ranging sensor 7.

[0029] S2, Installing the micro-controlled dust collection cabin: Insert the clamping block 224 of the cabin body 22 into the angular clamping slot of the circumferential rotating ring 85, and close the cabin cover 21 and the cabin body 22 through the magnetic snap 23 to form a closed combustion chamber. At this time, the burning end of the moxibustion 6 is located in the moxibustion probe area 251 of the micro-controlled dust collection cabin 22.

[0030] S3, Assembling the split moxibustion box: Connect the control base 12 pre-loaded with moxibustion 6 and the upper cover 11 through an annular magnetic structure, align the smoke outlet 113 of the upper cover 11 with the smoke exhaust port 221 of the cabin body 22 precisely through the positioning pin 114, and ensure that the FPC cable 31 of the temperature sensor 3 is conducted with the main control chip 122 through the magnetic electrical interface 9.

[0031] S4, Temperature setting: Set the temperature parameters for moxibustion treatment through the touch screen 123 or the quick button 124, or call the gynecological treatment parameters with one key through the quick button 124. The main control chip 122 adjusts the position of the moxibustion fixing seat 4 according to the feedback of the temperature sensor 3 to control the distance between the burning end of the moxibustion 6 and the treatment site.

[0032] S5, Starting treatment: Start the device. The servo motor one 52 drives the threaded rod 53, and adjusts the height of the moxibustion fixing seat 4 through the screw connection block 54 and the slider 56. The servo motor two 81 drives the circumferential rotating ring 85 to rotate, so that the moxibustion 6 evenly covers the treatment area during treatment.

[0033] S6, Smoke filtration: The smoke generated by combustion enters the micro-controlled dust collection cabin 22 through the smoke exhaust port 221, and successively passes through the primary filter layer 241, the medium filter layer 242 and the high-efficiency filter layer 243 to effectively filter ashes, PM2.5 particles and adsorb VOCs and odors.

[0034] S7, Ash collection: The ash generated by combustion falls into the ash accumulation area 252 of the arc-shaped ash deflector 25, facilitating cleaning.

[0035] S8, End of treatment: After the treatment is over, turn off the device, remove the moxibustion cone 6, clean the ash in the micro-controlled dust collection chamber 2, separate the chamber cover 21 from the chamber body 22, and clean the composite filter layer 24.

[0036] S9, Equipment maintenance: Regularly check the lubrication of the telescopic mechanism 5 and the circumferential drive mechanism 8 to ensure the normal operation of the equipment.

[0037] Working principle: This device realizes the deep integration of traditional moxibustion and modern medical technology through the directional heat guidance of the micro-controlled dust collection chamber 2, the precise temperature control of the intelligent drive system, the multi-stage purification of the composite filter layer, and the preset design of the special gynecological mode. Its split structure, modular maintenance, and user-friendly interface significantly improve the treatment efficiency and safety, and are especially suitable for scenarios such as gynecological inflammation, regulating menstruation and warming the uterus, and postoperative recovery, providing an intelligent and standardized solution for traditional Chinese medicine moxibustion treatment. The specific embodiments are as follows: Embodiment 1: Treatment of chronic pelvic inflammatory disease Equipment configuration: Mode 1 (inflammation anti-inflammatory), temperature set at 43°C, single treatment duration of 30 minutes.

[0038] Operation process: Fix the moxibustion cone 6 on the moxibustion fixing seat 4, calibrate the distance between the combustion end and the skin (10 cm) through the distance measuring sensor 7, start the circumferential drive mechanism 8, rotate at 5 rpm, evenly cover the Guanyuan and Zhongji acupoint areas, and the main control chip 122 dynamically adjusts the height of the telescopic mechanism 5 (±0.2 mm) according to the feedback of the temperature sensor 3.

[0039] Embodiment 2: Conditioning of cold uterus type dysmenorrhea Equipment configuration: Mode 2 (regulating menstruation and warming the uterus), temperature set at 38°C, treatment cycle from 7 days before menstruation to the 2nd day of menstruation.

[0040] Operation process: Fix the equipment on the lower abdomen with the fastening belt 102, covering the Qihai and Zigong acupoints. Replace the composite filter layer 24 with highly absorbent activated carbon (for those sensitive to menstrual odors). The touch screen 123 displays the real-time temperature fluctuation curve to ensure temperature control stability (±1°C error).

[0041] Embodiment 3: Postoperative recovery of uterine fibroids Equipment configuration: Mode 3 (postoperative recovery), temperature set at 33°C, single treatment for 15 minutes.

[0042] Safety design: The main control chip 122 locks the minimum safety distance (15 cm), and the buzzer (125) alarms when the temperature > 35°C.

[0043] Operation process: Use the special low-smoke moxibustion for postoperative care 6 to reduce smoke irritation, and deactivate the circumferential drive mechanism 8 to avoid vibration affecting the incision healing.

[0044] It should be noted that in this article, relational terms such as first and second are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any actual relationship or order between these entities or operations. Moreover, the term "comprising", "including" or any other variant thereof is intended to cover non-exclusive inclusion, so that a process, method, article or device comprising a series of elements not only includes those elements, but also includes other elements not expressly listed, or also includes elements inherent to such process, method, article or device.

[0045] Finally, it should be noted that the above are only preferred embodiments of the invention and are not used to limit the invention. Although the invention has been described in detail with reference to the foregoing embodiments, those skilled in the art can still modify the technical solutions recorded in the foregoing embodiments, or perform equivalent substitution on some of the technical features. Any modification, equivalent substitution, improvement, etc. made within the spirit and principle of the invention shall be included within the protection scope of the invention.

Claims

1. A traditional Chinese medicine gynecology moxibustion device, characterized in that, Comprising: A split moxibustion box (1), which is integrally cylindrical and consists of a detachable upper cover (11) and a control base (12). The upper cover (11) and the control base (12) are connected by an annular magnetic structure. The outer wall of the upper cover (11) is evenly distributed with smoke outlets (113). The control base (12) integrates a lithium battery pack (121), a main control chip (122), a touch screen (123), a quick button (124) and a buzzer (125); A micro-controlled dust collection chamber (2), including a detachable chamber cover (21) and a chamber body (22). The chamber cover (21) and the chamber body (22) are connected by a magnetic snap (23). The inner wall of the micro-controlled dust collection chamber (2) is coated with a reflective coating to actively guide heat to radiate towards the upper cover (11); A smoke exhaust port (221), which is arranged on the outer wall of the chamber body (22) and is correspondingly arranged with the smoke outlet (113) through a positioning pin (114). A composite filter layer (24) is sleeved outside the smoke exhaust port (221); A temperature sensor (3), which is arranged in a circumferential array in the contact layer (111) of the upper cover (11), and the signal is connected to the main control chip (122) of the control base (12) through an FPC cable (31); A moxibustion fixing seat (4), which is arranged in the control base (12) through a telescopic mechanism (5) and is used for inserting a moxibustion stick (6) and maintaining the position of the burning end; A ranging sensor (7), which is arranged on the side wall of the moxibustion fixing seat (4) to measure the distance from the chamber body (22); A moxibustion socket (222), which is arranged at the central position of the chamber body (22), and a replaceable smoke-proof gasket (223) is installed in the moxibustion socket (222).

2. The traditional Chinese medicine gynecology moxibustion device according to claim 1, characterized in that: The telescopic mechanism (5) includes: Graphene-coated guide rails (51), which are distributed in an equilateral triangle, are fixedly installed on the inner wall of the control base (12), penetrate through the slider (56), and the slider (56) is welded to the side wall of the moxibustion fixing seat (4); A servo motor one (52), which is fixedly installed at the bottom of the control base (12), and the output shaft is rigidly connected to a threaded rod (53) through a coupling; The threaded rod (53), which penetrates through a screw connection block (54), and the screw connection block (54) is welded to the side wall of the moxibustion fixing seat (4); A limit bottom plate (55), which is fixedly installed at the end of the graphene-coated guide rail (51) to limit the maximum stroke of the moxibustion fixing seat (4).

3. The traditional Chinese medicine gynecology moxibustion device according to claim 1, characterized in that: The circumferential driving mechanism (8) includes: A servo motor two (81), which is fixedly installed at the bottom of the control base (12), and the output shaft is connected to a driving shaft (82) through a keyway; A gear (83), which is installed at the end of the driving shaft (82) by interference fit; A rack (84), which is embedded in the inner wall of a circumferential rotating ring (85) through a screw and meshes with the gear (83); The circumferential rotating ring (85), which is installed in the control base (12) through a magnetic suspension bearing, and an angular clamping groove is arranged on the lower wall circumference and is in interference fit with the clamping block (224) of the chamber body (22); An arc-shaped ash diversion plate (25) is arranged in the chamber body (22) to form a moxibustion probe area (251) and an ash accumulation area (252).

4. A traditional Chinese medicine gynecology moxibustion device according to claim 1, characterized in that: The composite filter layer (24) includes: A primary filter layer (241), which is set as an annular metal screen to intercept ashes with a diameter > 300μm; The medium - efficiency filter layer (242) is set as an annular HEPA filter paper layer to filter PM2.5 particles; The high - efficiency filter layer (243) is set as an annular honeycomb activated carbon layer to adsorb VOCs and odors.

5. A traditional Chinese medicine gynecology moxibustion device according to claim 1, characterized in that: The magnetic snap - fastener (23) includes: The hatch magnet (231) is set as a neodymium iron boron magnet and is evenly distributed along the circumference of the edge of the hatch (21); The magnetic conductive ring of the cabin body (232) is set as a stainless - steel ring and is polarity - matched with the hatch magnet (231).

6. The traditional Chinese medicine gynecology moxibustion device according to claim 1, wherein: The FPC cable (31) is routed annularly along the inner wall of the upper cover (11), and the end is connected to the main control chip through the magnetic - type electrical interface (9); The magnetic - type electrical interface (9) is integrated on the contact surface between the upper cover (11) and the control base (12), and includes annular magnets (91) and spring - pin contacts (92) that are evenly distributed in a circle, and is used to conduct the signal of the temperature sensor (3).

7. The traditional Chinese medicine gynecology moxibustion device according to claim 1, characterized in that: The fixing part (10) includes: The movable connector (101) is fixedly arranged on the side wall of the control base (12); The elastic fixing strap (102) is a nylon - woven strap with an embedded coating. One end is sewn with the rough side of the Velcro, and the other end is sewn with the hook side of the Velcro.

8. A traditional Chinese medicine gynecology moxibustion device according to claim 1, characterized in that: The top wall of the upper cover (11) consists of the following layer structures: The contact layer (111) is made of medical silicone, and a microporous array is processed by laser on the surface; The heat - transfer buffer layer (112) is made of an aerogel composite material and contains phase - change capsules.

9. The Chinese medicine gynecology moxibustion device according to claim 1, characterized in that: The smoke - proof gasket (223) of the moxibustion socket (222) is made of silicone. The inner diameter of the gasket can be adapted to moxibustion (6) with different diameters and is embedded in the inner wall of the moxibustion socket (222) through a card slot.

10. A method for using a traditional Chinese medicine gynecological moxibustion device according to any one of claims 1-9, characterized in that: It includes the following steps: S1, Pre - fixing of the moxibustion stick: Insert the moxibustion (6) into the moxibustion fixing seat (4) in the control base (12), adjust the clamping tightness of the moxibustion (6) through the smoke - proof gasket (223), ensure that the burning end of the moxibustion (6) is vertically upward, and calibrate the initial distance between the top of the moxibustion (6) and the inner wall of the cabin body (22) through the ranging sensor (7); S2, Installation of the micro - controlled dust - collection cabin: Insert the clamping block (224) of the cabin body (22) into the angular clamping slot of the circumferential rotating ring (85), and close the hatch (21) and the cabin body (22) through the magnetic snap - fastener (23) to form a sealed combustion chamber. At this time, the burning end of the moxibustion (6) is located in the moxibustion probe area (251) of the micro - controlled dust - collection cabin (22); S3, Assembly of the split - type moxibustion box: Connect the control base (12) pre - loaded with moxibustion (6) and the upper cover (11) through an annular magnetic structure, align the smoke outlet (113) of the upper cover (11) and the smoke exhaust port (221) of the cabin body (22) precisely through the positioning pin (114), and at the same time ensure that the FPC cable (31) of the temperature sensor (3) is conducted with the main control chip (122) through the magnetic - type electrical interface (9); S4, Temperature setting: Set the temperature parameters of the moxibustion treatment through the touch screen (123), or call the gynecological treatment parameters with one key through the quick - access button (124). The main control chip (122) adjusts the position of the moxibustion fixing seat (4) according to the feedback of the temperature sensor (3) to control the distance between the burning end of the moxibustion (6) and the treatment site; S5, Start treatment: Start the device. The servo motor 1 (52) drives the threaded rod (53), and adjusts the height of the moxibustion fixing seat (4) through the screw connecting block (54) and the slider (56). The servo motor 2 (81) drives the circumferential rotating ring (85) to rotate, so that the moxibustion (6) evenly covers the treatment area during the treatment; S6, Smoke filtration: The smoke generated by combustion enters the micro-controlled dust collection chamber (22) through the exhaust port (221), and successively passes through the primary filter layer (241), the intermediate filter layer (242) and the high-efficiency filter layer (243) to effectively filter the ashes, PM2.5 particles and adsorb VOCs and odors; S7, Ash collection: The ashes generated by combustion fall into the ash accumulation area (252) of the arc-shaped ash guide plate (25), which is convenient for cleaning; S8, End of treatment: After the treatment is over, turn off the device, remove the moxibustion (6), clean the ashes in the micro-controlled dust collection chamber (2), separate the chamber cover (21) from the chamber body (22), and clean the composite filter layer (24); S9, Equipment maintenance: Regularly check the lubrication of the telescopic mechanism (5) and the circumferential drive mechanism (8) to ensure the normal operation of the equipment.

Images