Comfortable moxibustion cabin capable of reducing smoke and ensuring moxibustion gas curative effect

Abstract

The utility model relates to a comfortable moxibustion cabin which not only can reduce smoke but also can ensure the curative effect of moxibustion gas. The problem of smoking is solved. A bed frame provided with bottom wheels and a breathable bed plate is matched with a lower cabin with an upper opening in a sleeved mode, and a head breathable hole corresponding to the head is formed in the front portion, stretching out of the upper cabin cover, of the breathable bed plate. The smoke-filtering moxibustion combustion bin is a rectangular tray which is made of a heat-resisting material and provided with an air inlet grille on a bottom plate and an upper opening, a moxa smoke filtering moxibustion film is movably and hermetically arranged at an upper end opening of the tray, and the tray bottom plate is matched with an adjustable moxibustion support. The moxibustion cabin has the advantages that no strong smoke smell is left on the human body after moxibustion, no strong moxa smoke overflows from the front lower notch of the upper cabin cover to smoke and choke the face of the human body during moxibustion, the comfort of moxibustion cabin therapy is remarkably improved, and more people are attracted to benefit the moxibustion cabin therapy.

Description

Technical Field

[0001] This utility model relates to a moxibustion chamber, and more particularly to a comfortable moxibustion chamber that can reduce smoke while ensuring the therapeutic effect of moxibustion. Background Technology

[0002] A document with document number CN 209809018 U includes: a physiotherapy frame, having a physiotherapy panel for a person to lie flat and support legs fixed to the four corners below the physiotherapy panel; the physiotherapy panel includes a rectangular frame, with a headrest board fixed to the inner side of one end of the frame, and sauna boards spaced apart in the remaining part of the frame; a physiotherapy chamber, the physiotherapy chamber including a lower chamber and an upper chamber that can be interlocked; wherein the top edge of the opening of the lower chamber is fixed to the frame of the physiotherapy frame, the lower chamber has a sandwich structure, a first far-infrared heating film is provided in the sandwich, a shelf for placing a moxibustion box is horizontally fixed in the inner cavity of the lower chamber, and a gas-generating cover is placed above the moxibustion box. A sweat-proof cover that allows liquid to pass through and block it; the upper chamber, a semi-cylindrical cover structure, has its tail end hinged to the upper chamber via a hinge fixed to the physiotherapy frame. The head end of the upper chamber is open and overlaps the headrest board, with a gap between the upper chamber and the headrest board filled with a sealant. The upper chamber, from the inside out, includes a main body layer made of PP fiberglass board, a second far-infrared heating film, and a decorative layer. A smoke exhaust pipe is provided on the panel at the tail end of the upper chamber, and a smoke exhaust adjustment mechanism is provided on the smoke exhaust pipe to adjust the size of its opening. The inner cavity of the upper chamber also has a disinfection mechanism for disinfecting the inner cavity of the physiotherapy chamber. The physiotherapy frame has retaining strips fixed along its length on both sides. The upper surface of the retaining strips has equally spaced slots for placing sauna boards, with the slots on the two sides facing each other. The smoke extraction regulating mechanism includes a flap installed inside the smoke extraction pipe, the flap matching the cross-section of the inner hole of the smoke extraction pipe. A vertical rotating shaft is fixed to the middle of the flap, and the upper end of the rotating shaft extends out of the smoke extraction pipe. The rotating shaft is connected to a drive motor that drives its rotation, and a relay is provided between the drive motor and the power supply. A purification mechanism is connected to the release end of the smoke extraction pipe. The purification mechanism includes a purification pipe connected to the smoke extraction pipe, a filter installed at the inlet end of the purification pipe, an ultraviolet disinfection tube installed behind the filter, and an axial flow fan installed at the outlet end of the purification pipe. It also includes a controller with a display screen and an operation panel. A temperature sensor is installed inside the physiotherapy chamber. The signal input end of the controller is connected to the temperature sensor, and the control output end of the controller is connected to a first far-infrared heating film and a second far-infrared heating film. Utility Model Content

[0003] The purpose of this invention is to overcome the above-mentioned defects of the prior art and provide a comfortable moxibustion chamber that can reduce smoke while ensuring the therapeutic effect of moxibustion.

[0004] To achieve the above objectives, this utility model provides a comfortable moxibustion chamber that reduces smoke while ensuring the therapeutic effect of moxibustion. The lower chamber is hinged to an open upper chamber cover with at least a front notch for the head to extend out. The lower chamber is a bed frame with wheels fitted with the open lower chamber. The top of the bed frame has a breathable bed board to support the body. The front of the breathable bed board extending out from the upper chamber cover has a head ventilation hole corresponding to the head. The bed frame has a bracket located below the breathable bed board to support the smoke-filtering moxibustion combustion chamber. The smoke-filtering moxibustion combustion chamber is a rectangular open upper tray with a heat-resistant base plate and an air intake grille. The upper port of the tray is movably sealed with a moxibustion smoke filtering membrane. Multiple adjustable moxibustion supports are movably arranged in parallel within the tray using a flexible, adjustable disassembly method. These adjustable moxibustion supports are adaptable to different thicknesses of moxa cakes and different diameters of moxa sticks. In this way, when a person lies on the breathable bed board and the upper and lower chambers are covered, the moxa sticks in the smoke-filtering moxibustion combustion chamber are lit for moxibustion. Because the smoke-filtering moxibustion combustion chamber filters out the moxa smoke produced when the moxa sticks burn before releasing the moxa vapor into the moxibustion chamber for moxibustion, there will be no strong smoky smell left on the body after moxibustion. During moxibustion, there will be strong moxa smoke overflowing from the lower front opening of the upper chamber cover and irritating the face, which significantly improves the comfort of moxibustion chamber therapy. In particular, because there is no strong smoky smell left on the body after moxibustion, there is no need to wash off the smoke smell, and the moxibustion efficacy will not be lost due to washing. Moreover, the strong moxa smoke residue of existing moxibustion chambers may make moxibustion chamber therapy unacceptable for middle-aged and young people who lack exercise, have inactive meridians, need moxibustion, and are sensitive to the smell of moxa smoke. However, the comfortable moxibustion chamber of this invention, which can reduce smoke and ensure the efficacy of moxibustion, will surely enable these middle-aged and young people to enjoy the benefits of moxibustion chamber therapy. Furthermore, because the moxa smoke filtering membrane of this invention can both filter out particulate matter that forms odor in the moxa smoke and allow the moxa vapor, which has therapeutic effects, to pass through, it can both block smoke and ensure the therapeutic effect of moxibustion. Thus, the air intake grille allows air to enter, ensuring the necessary conditions for the combustion of moxa sticks or moxa cakes. The moxa smoke filtering membrane can also prevent the smoke from penetrating and inhaling the smoke; the circulating moxa smoke within the chamber further reduces smoke leakage. The tray base has multiple adjustable moxa supports arranged in parallel within the tray using a flexible, removable design. This allows for easy arrangement of moxa burning points in different areas and layouts (points, lines, and surfaces) to meet the moxibustion needs of different areas of the body. The adjustable moxa supports are adaptable to moxa cakes of different thicknesses and moxa sticks of different diameters, better meeting the needs of burning moxa cakes and sticks of different specifications. The long diagonal of the rectangular tray is beneficial for meeting the needs of long-distance moxibustion, and the small long side distance is also more convenient to hold or suspend securely. Of course, it is also beneficial to use it with a moxibustion bed.In summary, the moxibustion chamber does not leave a strong smoky smell on the body after moxibustion, nor does it produce strong moxa smoke that overflows from the lower front opening of the upper cover and irritates the face during moxibustion. This significantly improves the comfort of moxibustion chamber therapy, attracting more people to benefit from it. It is also more beneficial for young and middle-aged people who are sensitive to the smell of moxa smoke to enjoy the benefits of moxibustion chamber therapy.

[0005] As an optimization, the adjustable moxibustion support is an adjustable moxibustion base that is movably connected to the tray base via a movable connecting mechanism; the movable connecting mechanism and the adjustable moxibustion base are separate, providing good flexibility. The tray has at least two spaced-apart lifting lugs on each of its two long sides, allowing for moxibustion by gripping the lugs, using a hanging device, or facilitating moxibustion with the support. The lifting lugs are hooks for easier gripping or suspension. The upper cover is manually operated.

[0006] Multiple parallel smoke-filtering moxibustion combustion chambers are supported by multiple parallel brackets located beneath the breathable bed board. Each bracket is supported by a vertical lifting support mechanism, and each vertical lifting support mechanism is configured on the bed frame via its own forward and backward shifting mechanism. This allows for easy adjustment of the forward and backward positions of each smoke-filtering moxibustion combustion chamber according to height, facilitating enhanced moxibustion targeting specific areas of the body through the breathable bed board. The inner bottom of the upper chamber is equipped with multiple parallel infrared radiation lamps that radiate infrared light into the lower chamber, opening upwards. Controllers and display screens supported by forward extension pillars are located at the bottom and front of the bed frame, respectively. The display screen is electrically connected to the controller to select and control the infrared radiation lamps, and also controls the lamps to turn off when the chamber is opened. This allows for selective control of infrared radiation therapy targeting specific areas of the body via the illuminated areas of the infrared radiation lamps, operated through the display screen. The upper chamber is equipped with an access control device; opening the upper chamber pauses the infrared device's operation.

[0007] As an optimization, the adjustable moxibustion support features multiple pairs of spaced slots on the two side panels of a U-shaped base for inserting moxibustion support plates. The bottom plate of the U-shaped base has a base hole on the side opposite to the slot, and the tray bottom plate has an inner boss that fits into the base hole. The inner boss has an insertion hole for inserting an ignition rod. A moxa cake or moxa stick is clamped between the ignition rod and the moxibustion support plate. This allows for flexible adjustment of the distance between the ignition rod and the moxibustion support plate, accommodating different moxa cake thicknesses and moxa stick thicknesses. The two side panels of the U-shaped base also help prevent the dissipation of moxibustion heat to the sides, thus better maximizing the efficacy of moxibustion. The ignition rod serves both as a holder for the moxa cake or moxa stick and for ignition, simplifying setup and making it more convenient to use.

[0008] The vertical lifting support mechanism and the fore-and-aft shifting mechanism located beneath the ventilated bed board are integrated lifting and moving mechanisms, each equipped with an electronic temperature sensor, situated within the upper open lower compartment. The electronic temperature sensor and the lifting and moving mechanism are electrically connected to a display screen via a controller. The display screen and controller control the vertical height and fore-and-aft position of each smoke-filtering moxibustion combustion chamber through the lifting and moving mechanism. In this way, the vertical lifting support mechanism can raise and lower the smoke-filtering moxibustion combustion chamber through the settings of the electronic temperature sensor, display screen, and controller, thereby allowing for adjustment of the moxibustion intensity for specific parts of the body.

[0009] As an optimization, the ignition rod is a moxibustion ceramic electronic ignition rod; a handle extends laterally from the upper end of the moxibustion support plate; it can be ignited without opening, making it very convenient to use; the handle extends from the upper end of the moxibustion support plate to avoid burning your hands when changing inserts, and also helps to save cooling time for quick insertion. An electronic temperature sensor is installed above the rectangular open tray, which can detect the air temperature above each smoke-filtering moxibustion combustion chamber in real time, thus providing an automatic control basis for the raising and lowering of the smoke-filtering moxibustion combustion chamber. That is, within the set temperature range, the height remains unchanged; if the temperature is higher than the set temperature range, the height is lowered; if the temperature is lower than the set temperature range, the height is raised, thereby maintaining a comfortable moxibustion temperature in the upper chamber.

[0010] The moxibustion ceramic electronic ignition rod is electrically connected to a display screen via a controller. The display screen and controller control the ignition of the moxibustion ceramic electronic ignition rod. Electronic temperature sensors, each supporting a smoke-filtering moxibustion combustion chamber, are located under the breathable bed board and supported by an integrated lifting and walking mechanism, allowing for one-to-one temperature control. The display screen and controller enable precise control of the ignition and shutdown of the moxibustion ceramic electronic ignition rod, allowing for centralized control of the moxibustion's firepower and its distribution, making operation very convenient. Low-voltage module segmented ignition: The ignition rod uses a 220V to 24V low-voltage conversion method. The ignition rod is controlled by the controller, and the screen allows selection of the ignition mode and ignition position. The ignition position can be freely selected, resulting in fast ignition and the option for segmented or overall ignition.

[0011] As an optimization, the U-shaped base extends downwards to accommodate the air intake grille holes on the tray base, which helps improve the stability of the U-shaped base.

[0012] The upper open-top lower compartment consists of a central main lower compartment shell and two lower compartment shells with sloping upper edges at the middle and front. This design provides ample legroom and facilitates easy entry and exit. During moxibustion, when the temperature sensed by the electronic thermometer is below the set range, the controller activates the integrated lifting and walking mechanism corresponding to the electronic thermometer to raise the temperature until it falls below the set range. Conversely, when the temperature sensed by the electronic thermometer is above the set range, the controller activates the integrated lifting and walking mechanism corresponding to the electronic thermometer to lower the temperature until it falls below the set range.

[0013] As an optimization, the adjustable moxibustion support is made of high-temperature resistant material; the tray base plate is provided with at least three rows of inner bosses along its long axis, with at least three spaced inner bosses in each of the two side rows, and one central inner boss or three spaced inner bosses in the middle row; each inner boss and its mating hole are used to fit an adjustable moxibustion support and its ignition rod.

[0014] During moxibustion, the height is input via the display screen. The controller adjusts the forward and backward positions of each integrated lifting and walking mechanism according to the normal height of the human body and the proportions of its various body segments. This ensures that the smoke-filtering moxibustion combustion chamber supported by each integrated lifting and walking mechanism corresponds to the main parts of the human body. For example, three sequentially spaced parallel smoke-filtering moxibustion combustion chambers correspond to the head, torso, and legs, respectively. More specifically, the average height is used as the reference starting point. At the reference starting point, the electronic temperature sensor is positioned directly downwards towards the center of the smoke-filtering moxibustion combustion chamber. Furthermore, the maximum travel of the integrated lifting and walking mechanism from the starting point in any direction (i.e., depending on whether the height is adjusted to the lowest or longest position) is less than the shortest distance from the center of the smoke-filtering moxibustion combustion chamber to any side. This ensures that regardless of the height adjustment, the electronic temperature sensor will not detach from the smoke-filtering moxibustion combustion chamber below it and can accurately sense the upward heating of the smoke-filtering moxibustion combustion chamber. When each of the three rows has three spaced-apart inner protrusions, it ensures the maximum moxibustion area while also allowing for the ignition of smaller areas as needed. It can also ignite long diagonal moxibustion lines, any short moxibustion line, or even a single point, thus meeting various moxibustion needs. When the two outer rows each have three spaced-apart inner protrusions, and the middle row has a central inner protrusion, it effectively avoids excessive heat in the center when all moxibustion points are ignited, while still meeting the needs of the aforementioned moxibustion methods. In other words, it allows for 1 to 9 moxibustion points, freely arranged, and easy to clean and operate. Furthermore, the adjustable moxa stick support can be adjusted in size according to the amount of moxibustion used, ensuring a tight connection between the burning surface of the moxa stick and the ignition rod during ignition.

[0015] As an optimization, each inner boss has a heat-insulating and fireproof pad between the tray bottom plate and the U-shaped base plate; this effectively prevents the heat from being conducted to the tray and makes it easy to hold. The bottom of the moxibustion chamber has 1 to 9 circular bosses, each sealed with silicone for heat insulation. The forward and backward displacement mechanism is an electric displacement mechanism including an electric actuator for easy control. Besides electric actuator-type cylinders, the electric displacement mechanism can also be a screw-type movement mechanism with a sliding rail, etc.

[0016] As an optimization, the upper port of the outer sloping wall of the open tray is fastened to a double-sided snap-fit ​​base frame via a sealing ring. The double-sided snap-fit ​​base frame is fastened to a retaining ring for fixing the moxibustion smoke filter membrane via an upper snap groove. The outer sloping wall of the tray is flexibly fastened to the tray bottom plate via a bottom snap. This allows for easy disassembly and cleaning of the tray separately. In other words, the double-sided snap-fit ​​base frame features a double-seal snap-fit ​​opening and closing mechanism, making opening more convenient. The lower snap connects to the tray, and the upper snap connects to the moxibustion smoke filter membrane, sealing the connection between the two.

[0017] The breathable bed board consists of a perforated board upon which a mattress with the same perforations is laid. This allows the mattress to maintain a more moderate temperature for the body and provides greater comfort when lying down. The perforations include a head ventilation hole, a central hole spaced along the axis of the breathable bed board under the upper cover, and two pairs of symmetrically spaced side holes on both sides. The outermost two side holes ensure that the body is not completely covered, allowing the moxibustion energy under the breathable bed board to circulate smoothly upwards. The central hole and the inner two side holes allow for direct moxibustion therapy to the body surface above the perforations, as well as moxibustion therapy through the gaps between the body and the breathable bed board, ensuring the overall therapeutic effect of moxibustion on the body.

[0018] As an improvement, the breathable bed board is a perforated bed board on which a mattress with the same perforations is laid. This allows the mattress to maintain a gentler temperature in the area close to the body, and makes lying on the soft mattress more comfortable.

[0019] As an optimization, the breathable bed board consists of a perforated sheet metal surface supported by a supporting frame, upon which a polyester mattress with similarly perforated holes is laid. The supporting frame ensures the strong support of the perforated sheet metal surface, preventing deformation. The polyester mattress offers good temperature resistance, high elasticity, enhanced comfort, improved breathability, and good heat transfer; the perforated sheet metal surface further facilitates heat transfer, enhancing both the direct thermal therapeutic effect of the bed and the indirect thermal effect of heat dissipation through the surface, while also maximizing the therapeutic benefits of moxibustion.

[0020] In summary, the smoke-filtering moxibustion combustion chamber used in this novel invention includes: a double-sided snap-fit ​​frame-type double-seal fixing structure, a sealing gasket, a snap ring, a tray-type moxibustion chamber, an ignition rod mounting base plate, an adjustable moxa stick bracket, a smoke-filtering moxibustion membrane, and an ignition rod. The double-seal fixing structure 60 and the sealing gasket 50 can be made of silicone, rubber, plastic, or other materials. The snap ring, moxibustion chamber, ignition rod mounting base plate, and moxa stick bracket can be made of high-temperature resistant plastic, ceramic, or metal, or other materials. The smoke-filtering moxibustion membrane is a filter material sheet, and the ignition rod is a ceramic ignition rod. The double-seal fixing component includes a lower snap groove and an upper snap groove. Further, the lower snap groove has an outer circumferential surface that fits against the outer circumference of the upper opening of the moxibustion chamber, and an inner circumferential surface that fits against the inner circumferential surface of the upper opening of the moxibustion chamber; the lower top surface of the lower snap groove engages with the arc-shaped top surface of the moxibustion chamber to achieve a sealed connection to the moxibustion box. The upper slot fits snugly against the moxibustion membrane, and the retaining ring holds the membrane close to the slot. The arc on the upper slot helps to secure the retaining wire. The adjustable moxa stick support accommodates the moxa stick, and the moxibustion support plate can be moved into the slot as needed. The moxibustion box can be used with other products and can be used as an isolation chamber inside the moxibustion chamber to protect its components.

[0021] This new type of bed features a multi-compartment combustion chamber for physical smoke filtration. The moxa stick burns inside the combustion chamber, with a filter membrane at the top. The filter membrane is sealed to the combustion chamber using silicone double clips for easy disassembly. The dual-compartment design seals the inner chamber for burning the moxa stick, while the outer chamber prevents moxa vapor loss and maintains warmth, ensuring sufficient contact between the moxa vapor and the body. The three-in-one comfortable support bed board (B) combines sheet metal openings, square tube keel support, and an open-work polyester mattress, ensuring both bed board strength and good moxa vapor penetration, thus improving comfort. Low-voltage module segmented ignition uses a 220V to 24V low-voltage ignition method. The ignition rod is controlled by the control module system (G), with the ignition mode and position selectable on the screen. Ignition is fast, and segmented or overall ignition is possible. Manually side-opening chamber; -- Employing a manually side-opening chamber, the gravity shifts to the open side after the lid is opened, eliminating the risk of it falling inwards and hitting operators or treatment personnel. The non-electric opening mechanism avoids the low-probability risk of the lid not opening during power outages. It is also equipped with an access control device; opening the upper chamber lid pauses the infrared device's operation. The smoke-filtering moxibustion combustion chamber is supported by a forward and backward shifting mechanism and a positioning and temperature-regulating device F; -- The control module system G controls the electric cylinder to adjust the front and back position of the moxibustion box to adapt to different body heights, accurately covering major acupoints. It disperses the medicinal vapors to surrounding acupoints. Temperature regulation is achieved by adjusting the distance between the moxibustion box and the body. This provides better isolation between the moxibustion chamber and the outside environment, reducing unnecessary cleaning, protecting other components, facilitating installation and disassembly, and making cleaning convenient during use. It does not pollute the surrounding environment and reduces smoke pollution.

[0022] In other words, this new invention includes, but is not limited to, the following components: a smoke-filtering moxibustion combustion chamber, a three-in-one comfort support bed board, a bed frame, an outer chamber formed by hinged upper cover and lower chamber, a lifting and walking mechanism, an electronic temperature sensor, a controller, and infrared radiation lamps. Specifically, the smoke-filtering moxibustion combustion chamber performs the function of combustion and smoke filtering; the three-in-one comfort support bed board performs the function of support and comfort; the bed frame supports the outer chamber and the three-in-one comfort support board; the lifting and walking mechanism is responsible for adjusting the distance between multiple smoke-filtering moxibustion combustion chambers, and also for adjusting the distance between the smoke-filtering moxibustion combustion chambers and the three-in-one comfort support board; under the control of the display screen, the controller is responsible for controlling the opening and closing of the electronic ignition rod in the smoke-filtering moxibustion combustion chamber, the height adaptation adjustment, the lifting and lowering of the smoke-filtering moxibustion combustion chamber, and the switching on and off of the infrared radiation lamps. The sealing components of the smoke-filtering moxibustion combustion chamber can be made of silicone or rubber, plastic, etc. The retaining wire, chamber body, ignition rod mounting plate, and moxa stick bracket can be made of high-temperature resistant plastic, ceramic, or metal, etc. The moxibustion membrane is the filtering material, and the ignition rod is a ceramic ignition rod. The double-seal fastener has a slot with one flat side that aligns with the edge of the moxibustion chamber, and another angled side that aligns with the inner angled surface of the moxibustion chamber. The upper flat surface of the slot engages with the arc on the moxibustion chamber to achieve a sealed connection. Further, the upper flat surface of the slot aligns with the moxibustion membrane, and the retaining wire secures the membrane close to the slot. The arc on the slot helps to fix the retaining wire. The adjustable moxa stick support accommodates the moxa stick, and the clips can be moved within the slot as needed. The fixing holes are concentric with the fixing holes on the moxibustion chamber, the sealing gasket, and the ignition rod, and are assembled sequentially. Its function is to fix the moxa stick and ensure close contact between the burning surface of the moxa stick and the ignition rod. The sealing gasket is concentric with the ignition rod and the circular hole in the moxibustion chamber, with one flat surface aligning with the circular hole in the moxibustion chamber. This seals the gap between the ignition rod and the moxibustion chamber, isolating smoke and dust. The ignition rod mounting plate houses the ignition rod and supports the moxibustion chamber, adjustable moxa stick support, moxibustion membrane, sealing fastener, and retaining wire. The three-in-one comfort support plate consists of a sheet metal bed board with openings, square tube keel support, and an open polyester mattress. The entire structure sits on the bed frame and can be opened. The openings facilitate contact between the moxa and the body, while the mattress enhances comfort. The outer chamber consists of an upper cover and a lower chamber. The body lies inside the outer chamber on the three-in-one comfort support plate. The outer chamber provides insulation and safety protection. When the upper cover is opened, the controller receives a signal to disable the infrared device and pause infrared radiation. The controller automatically executes programs set via the display screen, controlling the ignition rods in multiple or single smoke-filtering moxibustion combustion chambers to ignite the moxa sticks; the ignition time can be set. The height adjustment device adjusts the distance between multiple smoke-filtering moxibustion combustion chambers to accommodate acupoints for people of different heights. The lifting mechanism adjusts the distance between the smoke-filtering moxibustion combustion chambers and the three-in-one comfort support plate, achieving temperature adjustment based on body temperature; a greater distance results in lower temperature, and vice versa. In summary, the controller is responsible for automatically controlling the smoke-filtering moxibustion combustion chambers, height adjustment device, lifting mechanism, and infrared radiation device after the settings on the display screen are configured.

[0023] By adopting the above technical solution, this utility model can reduce smoke while ensuring the therapeutic effect of moxibustion. The comfortable moxibustion chamber will not leave a strong smoky smell on the human body after moxibustion, and there will be no strong moxa smoke overflowing from the lower front opening of the upper chamber cover to irritate the face during moxibustion. This significantly improves the comfort of moxibustion chamber therapy, attracting more people to benefit from moxibustion chamber therapy. At the same time, it is more conducive to young and middle-aged people who are sensitive to the smell of moxa smoke to enjoy the advantages of moxibustion chamber therapy. Attached Figure Description

[0024] Figure 1 This is a side view of the structure of the comfortable moxibustion chamber of this utility model, which can reduce smoke while ensuring the therapeutic effect of moxibustion. Figure 2 This is a three-dimensional structural diagram of a comfortable moxibustion chamber that can reduce smoke while ensuring the therapeutic effect of moxibustion. Figure 3 This is a three-dimensional schematic diagram of the smoke-filtering moxibustion combustion chamber of the comfortable moxibustion chamber that reduces smoke while ensuring the therapeutic effect of moxibustion. Figure 4 This is a schematic diagram of the three-dimensional structure of the adjustable support frame of the smoke-filtering moxibustion combustion chamber of the comfortable moxibustion chamber that reduces smoke while ensuring the therapeutic effect of moxibustion. Figure 5 This is an exploded structural diagram of the smoke-filtering moxibustion combustion chamber of the comfortable moxibustion chamber that reduces smoke while ensuring the therapeutic effect of moxibustion. Detailed Implementation

[0025] As shown in the figure, this utility model provides a comfortable moxibustion chamber that reduces smoke while ensuring the therapeutic effect of moxibustion. The lower chamber is hinged to an upper cover 2 with a rear lower notch 21 and a front lower notch 20 for the head to extend out. A bed frame 1 with wheels is fitted with the open lower chamber 10. The top of the bed frame 1 is equipped with a breathable bed board 11 to support the human body. The front of the breathable bed board 11 extending out of the upper cover 2 is equipped with a head ventilation hole 19 corresponding to the head. The bed frame 1 is equipped with a bracket located below the breathable bed board 11 to support the smoke-filtering moxibustion combustion chamber 3. The smoke-filtering moxibustion combustion chamber 3 is a rectangular upper open tray 30 with a bottom plate made of heat-resistant material and an air intake grille. The upper port of the tray 30 is movably sealed with a moxibustion smoke filtering membrane 31. The tray bottom plate 32 is flexibly disassembled and detached in an adjustable position, and three parallel adjustable moxibustion supports are arranged inside the tray. The adjustable moxibustion supports are adjustable and applicable to moxa cakes 5 of different thicknesses and moxa sticks of different diameters. In this way, when a person lies on the breathable bed board and the upper and lower chambers are covered, the moxa sticks in the smoke-filtering moxibustion combustion chamber are lit for moxibustion. Because the smoke-filtering moxibustion combustion chamber filters out the moxa smoke produced when the moxa sticks burn before releasing the moxa vapor into the moxibustion chamber for moxibustion, there will be no strong smoky smell left on the body after moxibustion. During moxibustion, there will be strong moxa smoke overflowing from the lower front opening of the upper chamber cover and irritating the face, which significantly improves the comfort of moxibustion chamber therapy. In particular, because there is no strong smoky smell left on the body after moxibustion, there is no need to wash off the smoke smell, and the moxibustion efficacy will not be lost due to washing. Moreover, the strong moxa smoke residue of existing moxibustion chambers may make moxibustion chamber therapy unacceptable for middle-aged and young people who lack exercise, have inactive meridians, need moxibustion, and are sensitive to the smell of moxa smoke. However, the comfortable moxibustion chamber of this invention, which can reduce smoke and ensure the efficacy of moxibustion, will surely enable these middle-aged and young people to enjoy the benefits of moxibustion chamber therapy. Furthermore, because the moxa smoke filtering membrane of this invention can both filter out particulate matter that forms odor in the moxa smoke and allow the moxa vapor, which has therapeutic effects, to pass through, it can both block smoke and ensure the therapeutic effect of moxibustion. Thus, the air intake grille allows air to enter, ensuring the necessary conditions for the combustion of moxa sticks or moxa cakes. The moxa smoke filtering membrane can also prevent the smoke from penetrating and inhaling the smoke; the circulating moxa smoke within the chamber further reduces smoke leakage. The tray base has multiple adjustable moxa supports arranged in parallel within the tray using a flexible, removable design. This allows for easy arrangement of moxa burning points in different areas and layouts (points, lines, and surfaces) to meet the moxibustion needs of different areas of the body. The adjustable moxa supports are adaptable to moxa cakes of different thicknesses and moxa sticks of different diameters, better meeting the needs of burning moxa cakes and sticks of different specifications. The long diagonal of the rectangular tray is beneficial for meeting the needs of long-distance moxibustion, and the small long side distance is also more convenient to hold or suspend securely. Of course, it is also beneficial to use it with a moxibustion bed.In summary, the moxibustion chamber does not leave a strong smoky smell on the body after moxibustion, nor does it produce strong moxa smoke that overflows from the lower front opening of the upper cover and irritates the face during moxibustion. This significantly improves the comfort of moxibustion chamber therapy, attracting more people to benefit from it. It is also more beneficial for young and middle-aged people who are sensitive to the smell of moxa smoke to enjoy the benefits of moxibustion chamber therapy.

[0026] Specifically, the adjustable moxibustion support is an adjustable moxibustion bracket 4 that is movably connected to the tray base plate 32 via a movable connecting mechanism; the three parallel smoke-filtering moxibustion combustion chambers 3 are each supported by multiple parallel brackets, each bracket being supported by a vertical lifting support mechanism located below the breathable bed board 11. Each vertical lifting support mechanism is configured on the bed frame via its own forward and backward displacement mechanism. The inner bottom surface of the upper cover 2 is equipped with multiple parallel infrared radiation lamps 29 that radiate infrared rays into the upper chamber 10, which are open upwards. The bottom and front end of the bed frame 1 are respectively equipped with a controller 18 and a display screen 17 supported by a forward extension column. The display screen 17 is electrically connected to the controller 18 to select and control the infrared radiation lamps 29. The upper cover is equipped with an access control device; opening the upper cover pauses the operation of the infrared devices. The three parallel smoke-filtering moxibustion combustion chambers correspond to the head, torso, and legs of the human body, respectively.

[0027] More specifically, the adjustable moxibustion support 4 of the smoke-filtering moxibustion combustion chamber 3 has multiple pairs of spaced slots 40 on the two walls of the U-shaped base 41 for inserting into the moxibustion support plate 42; the bottom plate of the U-shaped base 41 has a base hole 43 on the opposite side of the slot 40, and the tray bottom plate 32 has an inner boss that fits into the base hole 43, the inner boss having an insertion hole for inserting the ignition rod 49; the ignition rod 49 and the moxibustion support plate 42 are used to clamp the moxa cake 5 or moxa stick; located in The vertical lifting support mechanism and the forward and backward displacement mechanism under the ventilated bed board 11 are integrated lifting and walking mechanisms 6, each equipped with an electronic temperature sensor, located in the upper open lower compartment. More specifically, an electronic temperature sensor is configured above the rectangular upper open tray 30. The electronic temperature sensor and the lifting and walking mechanism 6 are electrically connected to the display screen 17 via the controller 18. The display screen 17 and the controller 18 control the vertical height and forward and backward position of each smoke-filtering moxibustion combustion chamber 3 via the lifting and walking mechanism 6.

[0028] More specifically, the ignition rod 49 is a moxibustion ceramic electronic ignition rod; a handle extends laterally from the upper end of the moxibustion support plate 42; the moxibustion ceramic electronic ignition rod is electrically connected to the display screen 17 via the controller 18, and the display screen 17 and the controller 18 control the ignition of the moxibustion ceramic electronic ignition rod. Electronic temperature sensors for the smoke-filtering moxibustion combustion chamber 3, respectively supported by the integrated lifting and walking mechanism 6, are configured under the breathable bed board 11. The ignition rod is controlled by the controller of the control module system. The screen allows selection of the ignition mode and ignition position, which can be freely selected. Ignition is fast, and the ignition part can be selected for segmented ignition or overall ignition.

[0029] More specifically, the U-shaped base 41 extends downwards to accommodate the air intake grille holes on the tray bottom plate 32; the upper open lower compartment 10 consists of a central main lower compartment shell and two lower compartment shells with sloping upper edges at the middle and front. During moxibustion, when the temperature sensed by the electronic thermometer is lower than the set range, the controller 18 controls the integrated lifting and walking mechanism 6 corresponding to the electronic thermometer to raise the temperature until it drops to the set range and stops raising; when the temperature sensed by the electronic thermometer is higher than the set range, the controller 18 controls the integrated lifting and walking mechanism 6 corresponding to the electronic thermometer to lower the temperature until it drops to the set range and stops lowering.

[0030] More specifically, the adjustable moxibustion support 4 is made of high-temperature resistant material; the tray base plate 32 has three rows of inner bosses along its long axis, with three spaced inner bosses in each of the two side rows and three spaced inner bosses in the middle row (or one central inner boss); each inner boss and its mating hole are used to fit an adjustable moxibustion support 4 and its ignition rod 49. During moxibustion, the height is input on the display screen 17, and the controller 18 adjusts the front and rear positions of each integrated lifting and walking mechanism 6 according to the normal height of the human body and the length ratio of each body segment, so that the smoke-filtering moxibustion combustion chamber 3 supported by each integrated lifting and walking mechanism 6 corresponds to the main part of the human body. More specifically, the average height is used as the reference starting point. At the reference starting point, the electronic temperature sensor is directly facing the center of the smoke-filtering moxibustion combustion chamber. The maximum travel of the integrated lifting and walking mechanism from the starting point in any direction (that is, the distance from the center of the smoke-filtering moxibustion combustion chamber to any side) is less than the shortest distance from the center of the smoke-filtering moxibustion combustion chamber to any side. In this way, no matter how the height is adjusted, the electronic temperature sensor will not leave the smoke-filtering moxibustion combustion chamber below it and can correctly sense the upward heating of the smoke-filtering moxibustion combustion chamber.

[0031] More specifically, each inner boss has a heat-insulating and fireproof pad between the tray bottom plate 32 and the U-shaped base 41 bottom plate.

[0032] Specifically, the upper port of the outer sloping wall of the upper open tray 30 is fastened to the double-sided snap-fit ​​base frame 34 by a sealing ring, and the double-sided snap-fit ​​base frame 34 is fastened to the snap-fit ​​ring 33 that fixes the moxibustion smoke filter membrane 31 by an upper snap-fit ​​groove; the outer sloping wall of the upper open tray 30 is flexibly fastened to its tray bottom plate 32 by a bottom snap-fit ​​method; the breathable bed board 11 is a perforated bed board on which a mattress with the same holes is laid. The holes include a head ventilation hole 19 and a central hole 191 located under the upper cover 2 and distributed at intervals along the axis of the breathable bed board 11, as well as two pairs of side holes 192 symmetrically distributed at intervals on both sides.

[0033] Specifically, the breathable bed board 11 is a perforated bed board on which a mattress with the same perforations is laid; the front-to-back displacement mechanism is an electric displacement mechanism including an electric push rod. In addition to electric push rod type electric cylinder, the electric displacement mechanism can also be a screw with slide rail type, etc.

[0034] More specifically, the breathable bed board 11 is a sheet metal bed surface with holes on the supporting keel, and a polyester mattress with the same holes is laid on the sheet metal bed surface.

[0035] In summary, the smoke-filtering moxibustion combustion chamber used in this novel invention includes: a double-sided snap-fit ​​frame-type double-seal fixing structure, a sealing gasket, a snap ring, a tray-type moxibustion chamber, an ignition rod mounting base plate, an adjustable moxa stick bracket, a smoke-filtering moxibustion membrane, and an ignition rod. The double-seal fixing structure 60 and the sealing gasket 50 can be made of silicone, rubber, plastic, or other materials. The snap ring, moxibustion chamber, ignition rod mounting base plate, and moxa stick bracket can be made of high-temperature resistant plastic, ceramic, or metal, or other materials. The smoke-filtering moxibustion membrane is a filter material sheet, and the ignition rod is a ceramic ignition rod. The double-seal fixing component includes a lower snap groove and an upper snap groove. Further, the lower snap groove has an outer circumferential surface that fits against the outer circumference of the upper opening of the moxibustion chamber, and an inner circumferential surface that fits against the inner circumferential surface of the upper opening of the moxibustion chamber; the lower top surface of the lower snap groove engages with the arc-shaped top surface of the moxibustion chamber to achieve a sealed connection to the moxibustion box. The upper slot fits snugly against the moxibustion membrane, and the retaining ring secures the membrane within the slot. The rounded edge of the upper slot helps to fix the retaining wire. The adjustable moxa stick support accommodates the moxa stick, and the moxibustion support plate can be moved into the slot as needed. The moxibustion box can be used with other products, serving as an isolation chamber within the moxibustion cabin to protect its components. It can also be used independently with a bed board, functioning as a recommended moxibustion bed. It is easy to clean during use, does not pollute the surrounding environment, and reduces smoke.

[0036] In summary, this utility model provides a comfortable moxibustion chamber that reduces smoke while ensuring the therapeutic effect of moxibustion. After moxibustion, there is no strong smoky smell left on the body, and no strong moxa smoke overflows from the lower front opening of the upper cover to irritate the face during moxibustion. This significantly improves the comfort of moxibustion chamber therapy, attracting more people to benefit from it. It is also more beneficial for young and middle-aged people who are sensitive to the smell of moxa smoke to enjoy the advantages of moxibustion chamber therapy.

Claims

1. A comfortable moxibustion chamber that reduces smoke while ensuring the therapeutic effect of moxibustion, wherein the lower chamber is hinged to an upper chamber cover with at least a lower front notch for the head to extend out, characterized in that... The lower compartment is a bed frame with wheels and an open lower compartment. The top of the bed frame has a breathable bed board to support the human body. The front of the breathable bed board, which extends out of the upper cover, has a head ventilation hole corresponding to the head. The bed frame has a bracket located below the breathable bed board to support the smoke-filtering moxibustion combustion chamber. The smoke-filtering moxibustion combustion chamber is a rectangular open tray with a bottom plate made of heat-resistant material and an air intake grille. The upper port of the tray is movably sealed with a moxibustion smoke filtering membrane. The tray bottom plate is flexibly disassembled and movable, and multiple parallel adjustable moxibustion supports are arranged in the tray. The adjustable moxibustion supports are adjustable to accommodate moxa cakes of different thicknesses and moxa sticks of different diameters.

2. The comfortable moxibustion chamber according to claim 1, which reduces smoke while ensuring the therapeutic effect of moxibustion, is characterized in that... The adjustable moxibustion support is an adjustable moxibustion bracket that is movably connected to the tray base plate via a movable connection mechanism. Multiple parallel smoke-filtering moxibustion combustion chambers are supported by multiple parallel brackets located below the ventilated bed board. Each bracket is supported by a vertical lifting support mechanism. Each vertical lifting support mechanism is configured on the bed frame through its own forward and backward displacement mechanism. Multiple parallel infrared radiation lamps radiating infrared rays into the lower chamber are installed on the bottom surface of the upper cover, opening upwards. Controllers and display screens supported by forward extension pillars are respectively installed at the bottom and front of the bed frame. The display screens are electrically connected to the controllers to select and control the infrared radiation lamps and to control the infrared radiation lamps to turn off when the chamber is opened.

3. The comfortable moxibustion chamber according to claim 2, which reduces smoke while ensuring the therapeutic effect of moxibustion, is characterized in that... The adjustable moxibustion support of the smoke-filtering moxibustion combustion chamber is a U-shaped base with multiple pairs of spaced slots on the two side panels for inserting moxibustion support plates. The bottom plate of the U-shaped base has a base hole on the opposite side of the slots, and the bottom plate of the tray has an inner boss that fits into the base hole. The inner boss has an insertion hole for inserting an ignition rod. A moxa cake or moxa stick is clamped between the ignition rod and the moxibustion support plate. The vertical lifting support mechanism and the forward and backward displacement mechanism located below the ventilated bed board are integrated lifting and walking mechanisms equipped with electronic temperature sensors, located in the upper open lower chamber. The electronic temperature sensors and the lifting and walking mechanisms are electrically connected to the display screen via a controller. The display screen and the controller control the vertical height and forward and backward position of each smoke-filtering moxibustion combustion chamber through the lifting and walking mechanisms.

4. The comfortable moxibustion chamber according to claim 3, which can reduce smoke while ensuring the therapeutic effect of moxibustion, is characterized in that... The ignition rod is a moxibustion ceramic electronic ignition rod; a handle extends laterally from the upper end of the moxibustion support plate; the moxibustion ceramic electronic ignition rod is electrically connected to the display screen via the controller, and the display screen and controller control the ignition of the moxibustion ceramic electronic ignition rod; electronic temperature sensors for the smoke-filtering moxibustion combustion chamber are respectively supported by the integrated lifting and walking mechanism under the ventilated bed board.

5. The comfortable moxibustion chamber according to claim 3, which reduces smoke while ensuring the therapeutic effect of moxibustion, is characterized in that... The U-shaped base extends downward to accommodate the air intake grille holes on the tray bottom plate; the upper open lower compartment consists of a central main lower compartment shell and two lower compartment shells with upper sloping edges in the middle and front. During moxibustion, when the temperature sensed by the electronic temperature sensor is lower than the set range, the controller controls the integrated lifting and walking mechanism corresponding to the electronic temperature sensor to raise the temperature until the sensed temperature drops to the set range and the raising stops. When the temperature sensed by the electronic temperature sensor is higher than the set range, the controller controls the integrated lifting and walking mechanism corresponding to the electronic temperature sensor to lower the temperature until the sensed temperature drops to the set range and the lowering stops.

6. The comfortable moxibustion chamber according to claim 3, which reduces smoke while ensuring the therapeutic effect of moxibustion, is characterized in that... The adjustable moxibustion support is made of high-temperature resistant material; the tray base plate is provided with at least three rows of inner bosses along its long axis, with at least three spaced inner bosses in each of the two side rows, and one central inner boss or three spaced inner bosses in the middle row; each inner boss and its mating hole are used to fit an adjustable moxibustion support and its ignition rod. During the moxibustion process, the height is input on the display screen, and the controller adjusts the front and rear positions of each integrated lifting and walking mechanism according to the normal height of the human body and the length ratio of each body segment, so that the smoke-filtering moxibustion combustion chamber supported by each integrated lifting and walking mechanism corresponds to the main parts of the human body.

7. The comfortable moxibustion chamber according to claim 3, which reduces smoke while ensuring the therapeutic effect of moxibustion, is characterized in that... Each inner boss has a heat-insulating and fireproof pad between the tray bottom plate and the U-shaped base plate; the forward and backward displacement mechanism is an electric displacement mechanism including an electric push rod.

8. The comfortable moxibustion chamber according to claim 1, which can reduce smoke while ensuring the therapeutic effect of moxibustion, is characterized in that... The upper port of the outer sloping wall of the upper open tray is fastened to the double-sided snap-fit ​​base frame by a sealing ring. The double-sided snap-fit ​​base frame is fastened to the snap ring that fixes the moxibustion smoke filter membrane by the upper snap groove. The outer sloping wall of the tray is flexibly fastened to its tray bottom plate by a bottom snap. The breathable bed board is a perforated bed board on which a mattress with the same holes is laid. The holes include a head ventilation hole and a central hole located under the upper cover and distributed at intervals along the axis of the breathable bed board, as well as two pairs of side holes distributed symmetrically at intervals on both sides.

9. The comfortable moxibustion chamber according to any one of claims 1-8, which can reduce smoke while ensuring the therapeutic effect of moxibustion, is characterized in that... The breathable bed board is a perforated bed board on which a mattress with the same perforations is laid.

10. The comfortable moxibustion chamber according to claim 9, which reduces smoke while ensuring the therapeutic effect of moxibustion, is characterized in that... The breathable bed board is a sheet metal bed surface with holes on the supporting keel, and a polyester mattress with the same holes is laid on the sheet metal bed surface.

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