CN210612517U

CN210612517U - Shared moxibustion cabin

Info

Publication number: CN210612517U
Application number: CN201821555128.4U
Authority: CN
Inventors: 周星; 徐华苹; 罗丽飞; 朱绍明; 张武; 王玉娥; 龙俊
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-09-18
Filing date: 2018-09-18
Publication date: 2020-05-26
Anticipated expiration: 2028-09-18

Abstract

The utility model discloses a shared moxibustion cabin, which comprises a shell, an anti-scalding device, a moxibustion bed, a control system, a touch screen, a moxibustion table, a smoke exhaust system, a smoke shielding device, an auxiliary physical therapy device, a circuit system, a power supply system and a fresh air system; the moxibustion bed, the moxibustion table, the scald-proof device, the auxiliary physical therapy device and the circuit system are arranged in the shell; the smoke exhaust system, the smoke shielding device, the power supply system, the touch screen, the control system and the fresh air system are arranged on the shell. Control system can control the moxa-moxibustion cabin operation to storage record operating data can also reach the internet on the data when needs, realizes the utility model discloses a remote control and the online management in moxa-moxibustion cabin realize the utility model discloses a sharing in moxa-moxibustion cabin.

Description

Shared moxibustion cabin

Technical Field

The utility model relates to a moxa-moxibustion cabin, especially a moxa-moxibustion cabin that can carry out long-range sharing through the internet.

Background

The moxibustion is a treatment method which is characterized in that moxa heat generated by a moxibustion material made of folium artemisiae argyi stimulates acupuncture points or specific parts on the body surface and regulates the physiological and biochemical functions of human body disorder by exciting the movement of meridian qi, thereby achieving the purpose of preventing and treating diseases.

The moxibustion cabin can synchronously perform moxibustion treatment at multiple points, and has the advantages of stable temperature in the cabin, timely smoke discharge, good comfort and the like, so that the moxibustion cabin becomes a popular moxibustion treatment mode at present.

The moxibustion cabin in the prior art is only used in various traditional Chinese medicine museums and health care museums, equipment can be controlled and operated only in the museums, the use data such as the use time of the moxibustion process and various working parameters in the use condition can be stored in the moxibustion cabin, and when data analysis, management or transmission is needed, the use data can be exported and then analyzed or transmitted only by an auxiliary means, and the moxibustion cabin cannot be connected with the Internet in real time.

Therefore, the existing moxibustion cabin can not realize the remote control of the equipment and the remote management and sharing of data, once the equipment breaks down in the operation process, only field maintenance can be carried out, and remote diagnosis and repair can not be carried out. Particularly in the internet era, with the rapid development of shared economy, the shared economy mode is favorable for resource integration and rapid expansion, and scale benefits are formed. The code scanning can be used and also becomes the basic requirement under the sharing economic mode, so the prior art is needed to be improved, and a novel shared moxibustion cabin which can be used by scanning the code and can be remotely controlled and shared is designed.

Disclosure of Invention

To the unable problem that realizes remote control and data remote management and sharing in current moxa-moxibustion cabin, the utility model discloses a sharing moxa-moxibustion cabin passes through control system's special design for control system not only can control the operation in moxa-moxibustion cabin, can also save record operation data, realizes the remote control and the data sharing in moxa-moxibustion cabin.

The utility model discloses a sharing moxa-moxibustion cabin, its characterized in that: the moxibustion cabin 100 comprises a shell 1, a moxibustion bed 3, a control system 4, a moxibustion table 5, a circuit system 6 and a power supply system 7; the moxibustion bed 3, the moxibustion table 5 and the circuit system 6 are arranged in the shell 1, and the power supply system 7 and the control system 4 are arranged on the shell 1; the control system 4 can control the operation of the moxibustion cabin 100, and store and record operation data, so as to realize remote control and data sharing of the moxibustion cabin 100.

The moxibustion cabin 100 also comprises a smoke exhaust system 8 and a smoke shielding device 11; the smoke exhaust system 8 is arranged on the shell 1, and can exhaust redundant moxa smoke in time while maintaining proper smoke in the moxibustion cabin 100; the smoke shielding device 11 can expose the head of a person outside the shell 1 of the moxibustion capsule 100, one end of the smoke shielding device 11 is connected to the shell 1, the other end of the smoke shielding device is connected to the neck of the person to form airtightness with the neck, and an inner space capable of containing moxa smoke is formed by the smoke shielding device and the shell 1.

The smoke barrier 11 is a removable smoke barrier 1101. The smoke shielding device 11 is a detachable smoke shielding device 1101, so that the smoke shielding device can be detached and cleaned in time after being used, and the using process is safer and more sanitary.

The moxibustion cabin 100 further comprises a touch screen 4-0, and the control switch of the control system 4 can be arranged on the touch screen 4-0. In the moxibustion process, touch operation can be directly performed on the touch screen 4-0, and the operation and control process is simpler and more convenient.

Furthermore, the touch screen 4-0 of the moxibustion cabin 100 can also play music and video, and is connected with a local area network or the internet. In the moxibustion process, according to different personal needs, favorite music or video can be played through the touch screen 4-0, or the moxibustion process is more entertaining and comfortable by connecting the touch screen 4-0 with a local area network or surfing the Internet.

The applicant has only listed the above functional operations that can be performed on the touch screen 4-0, and in practical applications, those skilled in the art can integrate various functions on the touch screen 4-0 as required without departing from the scope of the present application.

Moxibustion cabin 100 still contains prevents scalding device 2, prevent scalding device 2 and contain heat-proof mechanism 21 and actuating mechanism 22, when reaching or surpassing the protection start temperature of settlement, actuating mechanism 22 can drive heat-proof mechanism 21 takes place the motion, makes moxibustion cabin 100's smog/heat passageway 10 close, prevents to scald the human body.

Because heat-proof mechanism 21 can in time close smog/heat passageway 10 can in time completely cut off the heat source when the temperature reaches the setting value, prevents that the temperature from further rising to reach the purpose of preventing scalding, especially when the unexpected burning of moxa-moxibustion in-process moxa stick appears open fire, heat-proof mechanism 21 can in time completely cut off flame and human body, prevents unexpected scald.

The driving mechanism 22 of the scald-proof device 2 is an electric driving mechanism 22-1, a manual driving mechanism 22-2 or an intelligent induction driving mechanism 22-3. The applicant has only exemplified the three drive mechanisms described above, and those skilled in the art can design various drive mechanisms as required without departing from the scope of the present application.

The shape memory alloy inductor 22-31 of the intelligent induction driving mechanism 22-3 of the scald-proof device 2; when the temperature is higher than the set protection starting temperature, the shape memory alloy sensor 22-31 starts the intelligent induction driving mechanism 22-3. When the temperature reaches the set protection starting temperature, the shape memory alloy inductor 22-31 is restored to the preset shape, so that the intelligent induction driving mechanism 22-3 is triggered to automatically move, the heat insulation mechanism 21 is driven to move, and the smoke/heat channel 10 is closed in time. As the shape memory alloy inductors 22-31 automatically send out control signals through shape change as long as the temperature reaches the protection starting temperature, the heat insulation mechanism 21 is started, and the use process is safer and more effective.

The heat insulation mechanism 21 of the scald-proof device 2 comprises an upper heat insulation plate 21-1, a lower heat insulation plate 21-2 and the smoke/heat channel 10; the smoke/heat channel 10 is arranged between the adjacent upper heat insulation plates 21-1; when the moxibustion cabin is in a normal working state, the upper heat insulation plate 21-1 is overlapped with the lower heat insulation plate 21-2, and the smoke/heat channel 10 is opened; when the temperature in the moxibustion cabin is abnormal, under the action of the driving mechanism 22, the upper heat insulation plate 21-1 and the lower heat insulation plate 21-2 are staggered, and the lower heat insulation plate 21-2 seals the smoke/heat channel 10. Here, the heat insulation mechanism 21 is shown in a specific structure, and the upper heat insulation plate 21-1 and the lower heat insulation plate 21-2 are connected together to completely close the smoke/heat passage 10 to form a heat insulation shield.

The heat insulation mechanism 21 comprises a heat insulation plate 21-3, a rotating shaft 21-4 and the smoke/heat channel 10; the smoke/heat channel 10 is arranged between the adjacent heat insulation plates 21-3; when the moxibustion cabin is in a normal working state, the adjacent heat insulation plates 21-3 are staggered, and the smoke/heat channel 10 is opened; when the temperature in the moxibustion cabin is abnormal, under the action of the driving mechanism 22, the rotating shaft 21-4 rotates to drive the heat insulation plates 21-3 to rotate, so that the adjacent heat insulation plates 21-3 are mutually connected or overlapped, and the smoke/heat channel 10 is closed. Here, the heat insulation means 21 is shown in another specific configuration, which completely closes the smoke/heat channel 10 by deflection of the heat insulation plate 21-3, forming a heat insulation shield.

The applicant only lists the specific structure and operation principle of the two heat insulation mechanisms 21, and in practical application, a person skilled in the art can design different heat insulation mechanism structures according to needs without departing from the technical scope claimed in the present application.

Moxa-moxibustion cabin 100 still contains new trend system 9, new trend system 9 is established on the casing 1, can carry the new trend to people's head. Fresh air system 9 can be when moxa-moxibustion treatment in-process needs, if feel during the treatment that the sweat discharges when serious, carry the new trend to people's head, let moxa-moxibustion in-process human body feel more comfortable.

An auxiliary physiotherapy device 12 is also arranged on the shell 1 of the moxibustion cabin. The auxiliary physiotherapy device 12 can perform auxiliary physiotherapy on a human body while performing moxibustion, such as infrared physiotherapy and photon skin rejuvenation.

The auxiliary physiotherapy device 12 is a beauty lamp, or an infrared therapy apparatus, or a magnetic therapy apparatus. The applicant has only listed the above three auxiliary treatment modes, and those skilled in the art can design other various auxiliary treatment devices on the housing 1 according to the needs without departing from the protection scope of the present application.

The moxibustion table 5 is a liftable moxibustion table 51. The moxibustion table 5 is designed to be capable of lifting, and in the using process, the height of the moxibustion table 51 can be adjusted to enable the ignited moxibustion sticks to be close to or far away from the human body, so that the temperature adjustment in the using process is realized. The height adjusting mechanism 51-1 of the liftable moxibustion table 51 can be various adjusting mechanisms such as a slide rail type adjusting mechanism and a hydraulic lifting mechanism.

The moxibustion table 5 is a drawer type structure, and when the moxa stick is not ignited or an unexpected situation occurs, the moxibustion table 5 can be drawn out and checked.

The control system 4 comprises an intra-cabin temperature control system 41, a moxibustion table lifting control system 42, a multimedia control system 43, a use data acquisition system 44, a data processing and remote sharing control system 45, a smoke discharge control system 46, a cabin body switch control system 47, an auxiliary physiotherapy equipment control system 48, a fresh air control system 49 and a moxibustion point monitoring system 42-0. The control system 4 records and controls the whole using process of the moxibustion capsule 100 through the various control systems. The moxibustion point monitoring system 42-0 may be temperature monitoring, or infrared monitoring, or smoke monitoring, or video monitoring.

The control system 4 can store, export or upload the collected data to the network remote sharing and management through the data processing and remote sharing control system 45. Data processing and remote sharing control system 45 can handle and save the various data of gathering, can also upload the internet when needs, realizes the utility model discloses a remote control and the on-line management in moxa-moxibustion cabin realize the utility model discloses a sharing in moxa-moxibustion cabin.

During the use, earlier paste with the mobile phone scanning two-dimensional code 45-1 on the casing 1 of sharing moxa-moxibustion cabin 100, perhaps scan with the mobile phone the utility model discloses a two-dimensional code 45-1 that shows on the touch-control screen 4-0 of sharing moxa-moxibustion cabin 100, after paying, the backstage control end of moxa-moxibustion cabin 100 is automatic to be sent the user's cell-phone with the start-up password that generates on, the user oneself or under the administrator's of moxa-moxibustion cabin 100 guidance after the password is input on the touch-control screen 4-0, the touch-control screen 4-0 of moxa-moxibustion cabin 100 gets into the master control page, according to the suggestion of master control page, or under the administrator's of moxa-moxibustion cabin 100 guidance, can use the utility model discloses a sharing moxa-moxibustion cabin 100. In using the utility model discloses a sharing moxa-moxibustion cabin 100 in-process, the user both can observe the various working parameter in moxa-moxibustion cabin 100 also can be through in-cabin controller 40, perhaps under the direction of the administrator in moxa-moxibustion cabin 100, will touch-control screen 4-0 switches to the amusement interface, listens the music, sees the video or goes up the internet.

The utility model discloses a shared moxibustion cabin, which comprises a shell 1, an anti-scald device 2, a moxibustion bed 3, a control system 4, a touch screen 4-0, a moxibustion table 5, a smoke exhaust system 8, a smoke shielding device 11, an auxiliary physiotherapy device 12, a circuit system 6, a power supply system 7 and a fresh air system 9; the moxibustion bed 3, the moxibustion table 5, the scald preventing device 2, the auxiliary physical therapy device 12 and the circuit system 6 are arranged in the shell 1; the smoke exhaust system 8, the smoke shielding device 11, the power supply system 7, the touch screen 4-0, the control system 4 and the fresh air system 9 are arranged on the shell 1. Control system 4 can control moxa-moxibustion cabin 100 moves to storage record operating data can also upload the internet with data when needs, realizes the utility model discloses a remote control and the online management in moxa-moxibustion cabin realize the utility model discloses a sharing in moxa-moxibustion cabin.

Drawings

Fig. 1 is a schematic perspective view of the moxibustion sharing chamber of the present invention.

Fig. 2 is a schematic perspective view of the moxibustion-sharing compartment of the present invention.

Figure 3 is a cross-sectional view of the smoke/heat tunnel of figure 2 in an open state.

Figure 4 is a cross-sectional view of the smoke/heat tunnel of figure 2 in an open and closed position.

Fig. 5 is a schematic diagram illustrating the principle of the shared moxibustion module when sharing data in a wireless manner.

Fig. 6 is the utility model discloses a sharing moxa-moxibustion cabin's start-up two-dimensional code.

Fig. 7 is a touch screen of the moxibustion module shared by the present invention.

Fig. 8 is a schematic view of the moxibustion table in a pulled-out state.

Fig. 9 is a cross-sectional view of the shared moxibustion compartment of the present invention with an electrically driven burn-proof device.

Fig. 10 is a cross-sectional view of the shared moxibustion cabin of the present invention with an intelligent induction driven anti-scald device.

In the above figures:

1 is the casing, 2 are preventing scalding the device, 3 is the moxibustion bed, 4 is control system, 5 is the moxa-moxibustion platform, 6 is circuit system, 7 is electrical power generating system, 8 is the system of discharging fume, 9 is the new trend system, 10 is smog/heat passageway, 100 does the utility model discloses a sharing moxa-moxibustion cabin.

11 is a smoke shielding device, 1101 is a detachable smoke shielding device, 11-1 is an outer sealing mechanism, 11-2 is a sealing curtain, and 11-3 is an inner sealing mechanism; 12 is an auxiliary physiotherapy device, 13 is an upper cover, and 14 is a moxibustion table window.

21 is a heat insulation mechanism, and 22 is a driving mechanism; 21-1 is an upper heat insulation plate, 21-2 is a lower heat insulation plate, 21-3 is a heat insulation plate, and 21-4 is a rotating shaft; 22-1 is an electric driving mechanism, 22-2 is a manual driving mechanism, 22-3 is an intelligent sensing driving mechanism, and 22-31 is a shape memory alloy sensor.

31 is a groove hole, 32 is a connecting part between the groove holes.

4-0 is a touch screen, 40 is an in-cabin controller, 41 is an in-cabin temperature control system, 42 is a moxibustion table lifting control system, 43 is a multimedia control system, 44 is a use data acquisition system, 45 is a data processing and remote sharing control system, 46 is a smoke exhaust control system, 47 is a cabin body switch control system, 48 is an auxiliary physical therapy equipment control system, 49 is a fresh air control system, and 45-1 is a two-dimensional code.

51 is a lifting moxibustion table, and 51-1 is a height adjusting mechanism.

81 is an air inlet, 82 is a smoke exhaust pipeline, 83 is a smoke exhaust pump, 84 is an air outlet, 81-1 is an air inlet one-way valve, and 84-1 is an air exhaust one-way valve.

Detailed Description

Example (b): the utility model discloses a sharing moxa-moxibustion cabin

Referring to fig. 1 to 4, the shared moxibustion cabin of the present embodiment includes a housing 1, an anti-scald device 2, a moxibustion bed 3, a control system 4, a moxibustion table 5, a circuit system 6, a power supply system 7, a smoke exhaust system 8 and a fresh air system 9. The moxibustion bed 3, the moxibustion table 5 and the circuit system 6 are arranged in the shell 1, and the control system 4, the power supply system 7, the smoke exhaust system 8 and the fresh air system 9 are arranged on the shell 1.

The control system 4 can control the operation of the moxibustion cabin 100, and store and record operation data, so as to realize remote control and data sharing of the moxibustion cabin 100.

The moxibustion cabin 100 comprises a touch screen 4-0, and the control switch of the control system 4 can be arranged on the touch screen 4-0. In the moxibustion process, touch operation can be directly performed on the touch screen 4-0, and the operation and control process is simpler and more convenient.

In this embodiment, be equipped with smoke shield 11 on casing 1, smoke shield 11 can expose people's head outside casing 1 of moxa-moxibustion cabin 100, smoke shield 11's one end is connected on casing 1, and the other end is connected on human neck and is formed airtightly with the neck, with casing 1 forms the inner space that can hold the moxa cigarette.

In this embodiment, the smoke shielding device 11 is a detachable smoke shielding device 1101. The smoke shielding device 11 is a detachable smoke shielding device 1101, so that the smoke shielding device can be detached and cleaned in time after being used, and the using process is safer and more sanitary.

The smoke shielding device 11 comprises an outer sealing mechanism 11-1, a sealing curtain 11-2 and an inner sealing mechanism 11-3, wherein the outer sealing mechanism 11-1 is arranged on the outer side of the sealing curtain 11-2, and the inner sealing mechanism 11-3 is arranged on the inner side of the sealing curtain 11-2; the outer sealing mechanism 11-1 and the inner sealing mechanism 11-3 are connected into a whole through the sealing curtain 11-2. The outer sealing mechanism 11-1 is connected to the shell 1 to form outer sealing, and the inner sealing mechanism 11-3 forms inner sealing on the neck of a human body, so that the phenomenon that smoke overflows from the neck of the human body in the treatment process to cause discomfort of the human body can be prevented. The sealing curtain 11-2 can be made of soft, light and thin film materials with good smoke shielding effect, such as TPU (thermoplastic polyurethane) films, PE (polyethylene) films, cotton fabrics and other skin-friendly materials, so that the smoke shielding effect can be well realized in the moxibustion treatment process, and discomfort such as obvious oppression on the neck is not caused.

The smoke barrier 11 is a removable smoke barrier 1101. After the use, the smoke shielding device 11 can be detached in time for cleaning or replacement, and the use process is safer and more sanitary.

The scald-proof device 2 comprises a heat insulation mechanism 21 and a driving mechanism 22, when the temperature is too high, the driving mechanism 22 can drive the heat insulation mechanism 21 to move, so that the smoke/heat channel 10 of the moxibustion cabin 100 is closed, and the human body is prevented from being scalded.

In this embodiment, the drive mechanism is a manual drive mechanism 22-2.

The heat insulation mechanism 21 comprises an upper heat insulation plate 21-1, a lower heat insulation plate 21-2 and the smoke/heat channel 10; the smoke/heat channel 10 is arranged between the adjacent upper heat insulation plates 21-1; when the moxibustion cabin is in a normal working state, the upper heat insulation plate 21-1 is overlapped with the lower heat insulation plate 21-2, and the smoke/heat channel 10 is opened; when the temperature in the moxibustion cabin is abnormal, under the action of the driving mechanism 22, the upper heat insulation plate 21-1 and the lower heat insulation plate 21-2 are staggered, the upper heat insulation plate 21-1 and the lower heat insulation plate 21-2 are connected together, the smoke/heat channel 10 is completely sealed, and a heat insulation protective layer is formed.

In this embodiment, the moxibustion bed 3 and the upper heat insulation plate 21-1 are manufactured as a single body. The moxibustion bed 3 is made of high-temperature-resistant fireproof materials, the working part of the moxibustion bed 3 is provided with discontinuous slotted holes 31, the slotted holes 31 form the smoke/heat channel 10, and the connecting parts 32 between the slotted holes 31 form the upper heat insulation plate 21-1.

Referring to fig. 9 and 10, the driving mechanism 22 may also be an electric driving mechanism 22-1, or a manual intelligent sensing driving mechanism 22-3. Referring to FIG. 10, the smart inductive drive mechanism 22-3 includes a shape memory alloy inductor 22-31; when the temperature is higher than the set protection starting temperature, the shape memory alloy sensor 22-31 starts the intelligent induction driving mechanism 22-3. When the temperature reaches the set protection starting temperature, the shape memory alloy inductor 22-31 is restored to the preset shape, so that the intelligent induction driving mechanism 22-3 is triggered to automatically move, the heat insulation mechanism 21 is driven to move, and the smoke/heat channel 10 is closed in time. As the shape memory alloy inductors 22-31 automatically send out control signals through shape change as long as the temperature reaches the protection starting temperature, the heat insulation mechanism 21 is started, and the use process is safer and more effective.

Referring to fig. 9, the heat insulation mechanism 21 may also be a pendulum type heat insulation mechanism. The heat insulation mechanism 21 comprises a heat insulation plate 21-3, a rotating shaft 21-4 and the smoke/heat channel 10; the smoke/heat channel 10 is arranged between the adjacent heat insulation plates 21-3; when the moxibustion cabin is in a normal working state, the adjacent heat insulation plates 21-3 are staggered, and the smoke/heat channel 10 is opened; when the temperature in the moxibustion cabin is abnormal, under the action of the driving mechanism 22, the rotating shaft 21-4 rotates to drive the heat insulation plates 21-3 to rotate, so that the adjacent heat insulation plates 21-3 are mutually connected or overlapped, and the smoke/heat channel 10 is closed.

The applicant herein has illustrated only the principles and structures of the specific heat insulation mechanisms described above, and in practical applications, those skilled in the art can design different heat insulation mechanisms according to actual needs without departing from the protection scope of the present application.

In this embodiment, the moxibustion cabin shell 1 is further provided with an auxiliary physiotherapy device 12. The auxiliary physiotherapy device 12 can perform auxiliary physiotherapy on a human body while performing moxibustion, such as infrared physiotherapy and photon skin rejuvenation.

The auxiliary physiotherapy device 12 can be various auxiliary physiotherapy devices such as a beauty lamp, an infrared therapy apparatus, a magnetic therapy apparatus and the like.

The control system 4 comprises an intra-cabin temperature control system 41, a moxibustion table lifting control system 42, a multimedia control system 43, a use data acquisition system 44, a data processing and remote sharing control system 45, a smoke discharge control system 46, a cabin body switch control system 47, an auxiliary physiotherapy equipment control system 48, a fresh air control system 49 and a moxibustion point monitoring system 42-0. The control system 4 records and controls the whole using process of the moxibustion capsule 100 through the various control systems.

In this embodiment, the control system 4 may store, export or upload the acquired data to a network for remote sharing and management through the data processing and remote sharing control system 45. Referring to fig. 5, the data processing and remote sharing control system 45 can process and store various collected data, and can upload the data to the internet in a wired or wireless connection manner when necessary, and display the data on the remote display system 4-1, so as to realize the remote control and online management of the moxibustion cabin, and realize the sharing of the moxibustion cabin. The remote display system 4-1 is a mobile phone 4-11, or a computer 4-12, or a liquid crystal display 4-13, or a tablet computer 4-14.

In this embodiment, the moxibustion table 5 is a liftable moxibustion table 51. The moxibustion table 5 is designed to be capable of lifting, and in the using process, the height of the moxibustion table 51 can be adjusted to enable the ignited moxibustion sticks to be close to or far away from the human body, so that the temperature adjustment in the using process is realized. The height adjusting mechanism 51-1 of the liftable moxibustion table 51 can be various adjusting mechanisms such as a slide rail type adjusting mechanism and a hydraulic lifting mechanism.

Referring to fig. 8, the moxibustion table 5 is a drawer type structure, and a moxibustion table window 14 is provided on the case 1, so that when the moxibustion point monitoring system 42-0 detects that the moxa stick is not ignited or an accident occurs, the moxibustion table window 14 can be opened, and the moxibustion table 5 can be drawn out and checked. The moxibustion point monitoring system 42-0 may be temperature monitoring, or infrared monitoring, or smoke monitoring, or video monitoring.

The smoke exhaust system 8 is provided on the housing 1, and can exhaust excessive moxa smoke in time while maintaining a proper smoke in the moxibustion compartment 100. The smoke exhaust system 8 comprises an air inlet 81, a smoke exhaust channel 82, a smoke exhaust pump 83 and an air outlet 84, wherein an air inlet one-way valve 81-1 is arranged at the air inlet 81, and an air exhaust one-way valve 84-1 is arranged at the air outlet 84. The air inlet check valve 81-1 can ensure that smoke in the moxibustion process cannot overflow, the air outlet check valve 84-1 can ensure that gas outside the chamber cannot enter the chamber, the smoke concentration in the chamber can be ensured, and the stability of the treatment process can be ensured.

The fresh air system 9 is arranged on the shell 1 and can convey fresh air to the head of a person. Fresh air system 9 can be when moxa-moxibustion treatment in-process needs, if feel during the treatment that the sweat discharges when serious, carry the new trend to people's head, let moxa-moxibustion in-process human body feel more comfortable.

In addition, a mattress or a bed sheet can be arranged on the moxibustion bed 3, so that the comfort during moxibustion is improved; and a disposable mattress and a bed sheet can be also arranged to ensure sanitation.

The sharing moxibustion cabin of this embodiment can use through simple yard of sweeping, can satisfy the equipment sharing demand under the present sharing economy well.

It should be noted that the structures disclosed and described herein may be replaced by other structures having the same effect, and the embodiments described herein are not the only structures for implementing the present invention. Although preferred embodiments of the present invention have been shown and described herein, it will be apparent to those skilled in the art that these embodiments are merely illustrative and that numerous changes, modifications and substitutions can be made without departing from the invention herein, and it is intended that the scope of the invention be defined by the spirit and scope of the appended claims.

Claims

1. Shared moxibustion cabin, its characterized in that: the moxibustion cabin (100) comprises a shell (1), a moxibustion bed (3), a control system (4), a moxibustion table (5), a circuit system (6) and a power supply system (7); the moxibustion bed (3), the moxibustion table (5) and the circuit system (6) are arranged in the shell (1), and the power supply system (7) and the control system (4) are arranged on the shell (1); the control system (4) can control the operation of the moxibustion cabin (100), and stores and records operation data, so that the moxibustion cabin (100) is remotely controlled and data is shared.

2. The shared moxibustion module of claim 1, wherein: the moxibustion cabin (100) also comprises a smoke exhaust system (8) and a smoke shielding device (11); the smoke exhaust system (8) is arranged on the shell (1), and can exhaust redundant moxa smoke in time while maintaining proper smoke in the moxibustion cabin (100); smog shield (11) can expose people's head outside casing (1) of moxa-moxibustion cabin (100), the one end of smog shield (11) is connected on casing (1), and the other end is connected on human neck and neck formation airtight, with casing (1) forms the inner space that can hold the moxa-smoke.

3. The shared moxibustion module of claim 2, wherein: the smoke barrier (11) is a removable smoke barrier (1101).

4. The shared moxibustion module of claim 1, wherein: the moxibustion cabin (100) further comprises a touch screen (4-0), and an operation switch of the control system (4) can be arranged on the touch screen (4-0).

5. The shared moxibustion module of claim 4, wherein: the touch screen (4-0) of the moxibustion cabin (100) can also play music and videos and be connected with a local area network or the Internet.

6. The shared moxibustion module of claim 1, wherein: moxa-moxibustion cabin (100) still contains prevents scalding device (2), prevent scalding device (2) and contain heat-proof mechanism (21) and actuating mechanism (22), when reaching or surpassing the protection start temperature of settlement, actuating mechanism (22) can drive heat-proof mechanism (21) takes place the motion, makes smoke/heat passageway (10) of moxa-moxibustion cabin (100) close, prevents to scald the human body.

7. The shared moxibustion module of claim 6, wherein: the driving mechanism (22) of the scald-proof device (2) is an electric driving mechanism (22-1), or a manual driving mechanism (22-2), or an intelligent induction driving mechanism (22-3).

8. The shared moxibustion module of claim 7, wherein: the intelligent induction driving mechanism (22-3) of the scald-proof device (2) comprises a shape memory alloy inductor (22-31); when the temperature is higher than the set protection starting temperature, the shape memory alloy sensor (22-31) starts the intelligent induction driving mechanism (22-3).

9. The shared moxibustion module of claim 6, wherein: the heat insulation mechanism (21) of the scald-proof device (2) comprises an upper heat insulation plate (21-1), a lower heat insulation plate (21-2) and the smoke/heat channel (10); the smoke/heat channel (10) is arranged between the adjacent upper heat insulation plates (21-1); when the moxibustion cabin is in a normal working state, the upper heat insulation plate (21-1) is overlapped with the lower heat insulation plate (21-2), and the smoke/heat channel (10) is opened; when the temperature in the moxibustion cabin is abnormal, the upper heat insulation plate (21-1) and the lower heat insulation plate (21-2) are staggered under the action of the driving mechanism (22), and the lower heat insulation plate (21-2) seals the smoke/heat channel (10).

10. The shared moxibustion module of claim 6, wherein: the heat insulation mechanism (21) comprises a heat insulation plate (21-3), a rotating shaft (21-4) and the smoke/heat channel (10); the smoke/heat channel (10) is arranged between the adjacent heat insulation plates (21-3); when the moxibustion cabin is in a normal working state, the adjacent heat insulation plates (21-3) are staggered, and the smoke/heat channel (10) is opened; when the temperature in the moxibustion cabin is abnormal, under the action of the driving mechanism (22), the rotating shaft (21-4) rotates to drive the heat insulation plates (21-3) to rotate, so that the adjacent heat insulation plates (21-3) are mutually connected or overlapped, and the smoke/heat channel (10) is closed.

11. The shared moxibustion module of claim 1, wherein: moxa-moxibustion cabin (100) still contains new trend system (9), new trend system (9) are established on casing (1), can carry the new trend to people's head.

12. The shared moxibustion module of claim 1, wherein: an auxiliary physical therapy device (12) is also arranged on the shell (1) of the moxibustion cabin.

13. The shared moxibustion module of claim 12, wherein: the auxiliary physical therapy device (12) is a beauty lamp, an infrared therapeutic apparatus or a magnetic therapeutic apparatus.

14. The shared moxibustion module of claim 1, wherein: the moxibustion table (5) is a liftable moxibustion table (51).

15. The shared moxibustion module of claim 1, wherein: the moxibustion table (5) is of a drawer type structure, and when the moxa stick is not ignited or an unexpected condition occurs, the moxibustion table (5) can be drawn out and checked.

16. The shared moxibustion module of claim 1, wherein: the control system (4) comprises an in-cabin temperature control system (41), a moxibustion table lifting control system (42), a multimedia control system (43), a use data acquisition system (44), a data processing and remote sharing control system (45), a smoke exhaust control system (46), a cabin body switch control system (47), an auxiliary physiotherapy equipment control system (48), a fresh air control system (49) and a moxibustion point monitoring system (42-0).

17. The shared moxibustion module of claim 16, wherein: the control system (4) can store, export or upload the collected data to network remote sharing and management through the data processing and remote sharing control system (45).