CN213608179U

CN213608179U - Novel physiotherapy moxa-moxibustion cabin

Info

Publication number: CN213608179U
Application number: CN202020164536.8U
Authority: CN
Inventors: 蒋海军
Original assignee: Beijing Jinheng Shengkang Medical Research Institute
Current assignee: Beijing Jinheng Shengkang Medical Research Institute
Priority date: 2020-02-12
Filing date: 2020-02-12
Publication date: 2021-07-06
Anticipated expiration: 2030-02-12

Abstract

The utility model discloses a novel physiotherapy moxa-moxibustion cabin belongs to health care health preserving equipment technical field. The novel physiotherapy moxibustion cabin comprises a cabin body; it is characterized in that a physiotherapy bed for lying on the human body and a moxa bin which is positioned at the upper part of the physiotherapy bed and can place moxa are arranged in the cabin body. The utility model discloses initiatively set up the chinese mugwort grass storehouse on the upper portion in moxa-moxibustion cabin, the upper portion space is bigger, and is not restricted to make moxa-moxibustion cabin area enlarge, it is wider to correspond human coverage area, the physiotherapy effect is more comprehensive better, simultaneously, can effectively avoid moxa-moxibustion in-process human body to send out the sweat of thermogenesis to instil into the chinese mugwort of burning and produce more miscellaneous cigarette and steam, influence moxa-moxibustion physiotherapy effect, steam makes the human body produce the secondary wind cold when the physiotherapy in probably permeating the human body again.

Description

Novel physiotherapy moxa-moxibustion cabin

Technical Field

The invention belongs to the technical field of health care and health maintenance equipment, and particularly relates to a novel physiotherapy moxibustion cabin.

Background

Moxibustion, a moxibustion method in acupuncture therapy of traditional Chinese medicine, is a treatment method which uses moxa heat generated by moxa materials made of folium artemisiae argyi to stimulate body surface acupuncture points or specific parts and regulates the physiological and biochemical functions of human body disorder by exciting the activity of meridian qi, thereby achieving the purpose of preventing and treating diseases. The application of moxibustion is in the stone age after the fire is used by human beings. Moxibustion is produced in ancient times of China, and is called acupuncture because its action mechanism is similar to that of acupuncture and its complementary therapeutic action with the acupuncture is usually combined with acupuncture and moxibustion.

The traditional Chinese medicine moxibustion is realized by igniting a moxa column, heating the burnt moxa column and fumigating and roasting moxa smoke to stimulate specific human acupuncture points, so that effective components in the moxa smoke are absorbed by corresponding parts of a human body, and a human body self-regulation mechanism is promoted to make a correct response, thereby achieving the effects of preventing and treating diseases. In order to better and more intensively perform moxibustion physiotherapy and prevent the problem of the smoke of moxa from spreading everywhere, the prior art has developed capsule body products specially used for moxibustion, such as:

the invention patent application 201811325669.2 provides a moxibustion cabin, which comprises a cabin body (1), wherein a cabin cover (2) is arranged above the cabin body (1), one end of the cabin cover (2) is hinged with one edge of the cabin body (1), two hand holes (3) and a head hole (4) are formed in the cabin cover (2), and the head hole (4) is arranged above the two hand holes (3); the multifunctional cabin is characterized in that the cabin body (1) is internally divided into a function chamber and a smoke generating and collecting chamber which are not communicated with each other, a hip position pad (4), a foot pad (5) and a back pad (6) are arranged in the function chamber, a moxibustion smoke generating device (7) and a smoke collecting device (8) are arranged in the smoke generating and collecting chamber, a plurality of fixed spray heads (9) are arranged on the hip position pad (4), the foot pad (5) and the back pad (6), and a movable spray head (10) is arranged on the inner side surface of the cabin cover (2); wherein, the fixed spray heads (9) on the hip position pad (4), the foot pad (5) and the back pad (6) are fixedly connected, the movable spray head (10) on the inner side surface of the hatch cover (2) is movably connected, a first exhaust fan is arranged above the moxibustion smoke generating device (7), and the first exhaust fan is respectively and fixedly connected with the movable spray head (10) and each fixed spray head (9) through hoses; the moxibustion cabin also comprises an automatic control device which is connected with a switch electric signal for controlling the fixed spray head (9) and the movable spray head (10) to be opened or closed; the control process of the automatic control device comprises the following steps: 1) determining human acupuncture points of a person needing moxibustion according to the theory of traditional Chinese medicine; scanning a person needing moxibustion by adopting a three-dimensional scanning technology to establish a three-dimensional coordinate system, 2) substituting corresponding human body acupuncture point distribution data in the traditional Chinese medicine theory into the three-dimensional coordinate system, and calculating a moxibustion part; 3) whether the front part of the human body needs moxibustion is judged, if so, the movable spray head (10) is moved to the front part of the human body and is tightly attached, then an electric signal is given to a switch of the movable spray head (10) and is turned on, and an electric signal is given to a switch of a fixed spray head (9) corresponding to the part needing moxibustion and is turned on, and if not, the electric signal is given to a switch of the fixed spray head (9) corresponding to the part needing moxibustion and is turned on.

Utility model patent 201920546981.8 discloses a moxibustion instrument, it includes: the physiotherapy rack (10) is provided with a physiotherapy panel for a human body to lie down and supporting legs fixed at four corners below the physiotherapy panel, the physiotherapy panel comprises a rectangular frame, a headrest plate (101) is fixed on the inner side of one end of the frame, and sauna plates (102) are laid in the frame of the rest part at intervals; the physiotherapy cabin comprises a lower cabin body (21) and an upper cabin body (22) which can be buckled up and down; the top edge of an opening of the lower bin body (21) is fixed on a frame of the physiotherapy frame (10), the lower bin body (21) is of a sandwich structure, a first far infrared heating film (211) is arranged in a sandwich layer, an inner cavity of the lower bin body (21) is horizontally fixed with a placing plate for placing a moxibustion box (23), and a sweat-proof cover (24) which can enable air to pass through and block liquid is covered above the moxibustion box (23); the upper bin body (22) is of a semi-cylindrical cover type structure, the tail end of the upper bin body is buckled above the lower bin body (21) in a buckling mode through a hinge fixed on the physiotherapy frame (10), the head end of the upper bin body (22) is open and is in up-and-down lap joint with the headrest plate (101), a gap for filling sealing materials is formed between the upper bin body (22) and the headrest plate (101), the upper bin body (22) comprises a main body layer (221) made of PP glass fiber plates, a second far infrared heating film (222) and a decoration layer (224) from inside to outside, a smoke exhaust pipe (25) is arranged on a panel at the tail end of the upper bin body (22), a smoke exhaust adjusting mechanism capable of adjusting the size of an opening of the smoke exhaust pipe (25) is arranged on the smoke exhaust pipe, and a disinfection mechanism for disinfecting the inner cavity of the physiotherapy bin is further fixed on the inner cavity of.

But above-mentioned current moxa-moxibustion cabin still has certain defect, and the most main problem lies in: moxa-moxibustion box/moxa smoke produces the device and all sets up in cabin body below, such setting can make the space limited, the chinese mugwort grass volume of depositing is few, it is limited to cover the health area, people's health sinks during the physiotherapy, the sweat that the moxa-moxibustion produced can be down-flow, hinder the burning of chinese mugwort grass, it leads to the under-deck moxa smoke to be difficult to get rid of to instil into because of the sweat simultaneously, human easy secondary wind cold during the physiotherapy, can not reach real physiotherapy effect, consequently, need the development have novel rational structure's moxa-moxibustion cabin in order to satisfy the demand.

SUMMERY OF THE UTILITY MODEL

In order to solve the above defects and requirements existing in the prior art, the utility model provides a moxa-moxibustion cabin with novel inner structure, which is arranged above the internal part of the cabin, of a moxa bin.

In order to solve the technical problem, the utility model discloses a following technical scheme:

a novel physiotherapy moxibustion cabin comprises a cabin body; it is characterized in that a physiotherapy bed for lying on the human body and a moxa bin which is positioned at the upper part of the physiotherapy bed and can place moxa are arranged in the cabin body.

The moxa bin comprises a moxa bin base and a moxa bin upper cover, and the moxa bin base is of a groove-shaped structure;

preferably, the groove wall of the groove-shaped structure is a solid structure, and the groove bottom is a multi-layer net structure;

more preferably, the groove bottom is of a four-layer net structure, the mesh specification of the 1 st layer to the 2 nd layer from inside to outside is 500 meshes, the mesh specification of the 3 rd layer is 400 meshes, and the mesh specification of the 4 th layer is 300 meshes;

preferably, the cabin body is also internally provided with a moxa bin lifting motion mechanism which can lift the moxa bin up and down;

preferably, the moxa bin elevating movement mechanism comprises: comprises an electric telescopic rod and a motor. The electric telescopic rod is connected with the moxa bin base and can stretch up and down to drive the moxa bin to move up and down; the motor is connected with electric telescopic handle and chinese mugwort grass storehouse upper cover respectively for control electric telescopic handle is flexible from top to bottom, and/or, is used for controlling the opening/closing of chinese mugwort grass storehouse upper cover.

The novel physiotherapy moxibustion cabin also comprises a smoke extraction purification unit; the smoke extraction purification unit comprises a smoke extraction pipeline, an air extraction pump, a filter and an anion generator; the inlet end of the smoke pumping pipeline is arranged towards the interior of the cabin body and is communicated with the internal space of the cabin body, and the outlet end of the smoke pumping pipeline is connected with the air inlet of the filter; the air pump is connected with the smoke pumping pipeline; the negative oxygen ion generator is connected with the smoke pumping pipeline;

preferably, the negative oxygen ion generator a is arranged upstream of the filter of the fume cleaning unit;

more preferably, a negative oxygen ion generator B is also arranged at the smoke exhaust air outlet of the novel physiotherapy moxibustion cabin; the air inlet of the negative oxygen ion generator A is connected with the air outlet of the upstream smoke extraction pipeline, the air outlet of the negative oxygen ion generator A is connected with the air inlet of the filter of the smoke extraction purification unit, and the air outlet of the negative oxygen ion generator B is arranged towards the outside of the moxibustion cabin to form the smoke exhaust air outlet of the novel physiotherapy moxibustion cabin;

preferably, the filter is provided with 3 filter layers in sequence according to the moving direction of the smoke, which are respectively as follows: washing oil absorption cotton, thickening a filter core with thickness of 50mm and an active carbon filter core;

preferably, the smoke extraction and purification unit further comprises a flue bin arranged in the cabin body of the novel physiotherapy moxibustion cabin; the smoke extraction pipelines are arranged in the smoke channel bin;

more preferably, the flue bin is a hollow flat cuboid structure arranged transversely.

A cooling air bin for cooling the flue bin is also arranged in the cabin body; the cooling air bin comprises a cooling fin and a small-sized exhaust fan; the cooling fins are arranged on the periphery of the flue bin and used for cooling the flue bin, the small exhaust fan is connected with an air inlet of the cooling air bin, air outside the moxibustion cabin can be pumped into the cooling air bin, and the air outside the moxibustion cabin entering the cooling air bin can be used as a heat exchange carrier; the air outlet of the cooling air bin is arranged outside the moxibustion cabin, so that the air subjected to heat exchange can be directly discharged outside the moxibustion cabin;

preferably, the cooling wind box further comprises a housing; the casing of cooling wind storehouse is horizontal hollow flat rectangular structure that sets up, flue storehouse suit is in inside the casing of cooling wind storehouse, and the space between the shells inner wall of cooling wind storehouse and the outer wall of flue storehouse sets up a plurality of cooling fins.

The cabin body is of a hollow cylindrical structure which is horizontally placed;

preferably, the cylinder wall of the cylinder is provided with an inlet; a cabin door is arranged on the inlet;

preferably, the hatch door is a curved tempered glass door.

The novel physiotherapy moxibustion cabin also comprises a support frame, a life monitor, a cooler and an oxygen inhalation machine; the support frame is positioned at the lower part of the cabin body to support the cabin body;

preferably, the top end of the support frame is connected with the corresponding bottom of the cabin body physiotherapy couch.

Preferably, the periphery of the support frame is provided with a shell to form a hollow cuboid structure;

preferably, the life monitor, the cooler, the filter of the smoke exhaust purification unit, the air pump, the negative oxygen ion generator A/B and the oxygen inhalation machine are all arranged inside the hollow cuboid structure; the space in the hollow cuboid structure for placing the life monitor, the cooler, the filter of the smoke exhaust purification unit, the negative oxygen ion generator A/B, the air pump and the oxygen absorber is an instrument placing chamber.

The bottom of the hollow cuboid structure is provided with a plurality of lockable universal wheels and/or a plurality of supporting legs;

preferably, the supporting legs are consistent with the universal wheels in height, and the arrangement of the supporting legs does not influence the rolling of the universal wheels;

preferably, the cooler is a water-cooled cooler which comprises a liquid circulation bin and a gas channel; the air inlet of the air channel is communicated with the air outlet of the filter of the smoke exhaust purification unit, and the air outlet of the air channel is communicated with the smoke exhaust outlet of the novel physiotherapy moxibustion cabin or the air inlet of the negative oxygen ion generator B of the smoke exhaust purification unit;

the liquid circulation bin comprises a small water pump, a water curtain, a water suction pipe and a water outlet pipe;

the inlet of the water suction pipe is connected with the downstream of the water curtain, and the outlet of the water suction pipe is communicated with the inlet of the small water pump; the outlet of the small water pump is communicated with the inlet of the water outlet pipe, and the outlet of the water outlet pipe is connected with the upstream of the water curtain;

the gas channel passes through the water curtain of the liquid circulation bin;

the water curtain is of a honeycomb cubic structure, and special paperboards can be adopted as materials.

The cooler is arranged at the downstream of the filter of the smoke extraction and purification unit, and the downstream of the cooler is provided with a negative oxygen ion generator B; the air inlet of the cooler is connected with the air outlet of the filter of the smoke extraction and purification unit, and the air outlet of the cooler is connected with the air inlet of the negative oxygen ion generator B.

One end of the physiotherapy couch is provided with a head hole for the head of a person to breathe;

preferably, the space in the hollow cuboid structure of the support frame below the head hole is separated from the instrument placing chamber by a longitudinally arranged partition plate;

preferably, the vertical side wall of the support frame below the physiotherapy couch, which corresponds to one end of the head hole, is provided with a vent hole;

preferably, the head hole is a U-shaped opening at one end of the physiotherapy couch, the size of the U-shaped opening can be matched with the size of the head of a human body, and the size of the position, corresponding to the U-shaped opening, of the upper edge of the partition board is matched with the U-shaped opening;

preferably, a line hole for a line connected with the oxygen inhalation machine and the disposable oxygen mask to pass through is arranged on the physiotherapy couch close to the head hole; the space below the circuit hole corresponding to the opening is an instrument placing chamber.

Transparent observation windows are arranged at two ends of the hollow cylindrical structure.

The utility model discloses a long-term moxa-moxibustion physiotherapy working practice discovers, moxa-moxibustion box/moxa smoke generating device/chinese mugwort grass storehouse is located moxa-moxibustion appearance moxa-moxibustion cabin below and has certain problem, consequently the utility model discloses pioneering ground sets up the upper portion in the moxa-moxibustion cabin with the chinese mugwort grass storehouse, and the upper portion space is bigger, and is not restricted to make moxa-moxibustion cabin area enlarge, it is wider to correspond human coverage area, and the physiotherapy effect is more comprehensive better, and simultaneously, can effectively avoid moxa-moxibustion in-process human heat production's sweat to instil into and produce more miscellaneous cigarette and steam in the chinese mugwort grass of burning, influence moxa-moxibustion physiotherapy effect, steam can permeate again and make the human body produce the secondary wind cold when the physiotherapy in the human body. The utility model discloses a comprehensive moxa-moxibustion physiotherapy effect can be realized better in physiotherapy moxa-moxibustion cabin to thoroughly solved conventional moxa-moxibustion cabin moxa-moxibustion physiotherapy device and had the sweat to instil into burning moxa and produce unnecessary miscellaneous cigarette and steam and lead to the human body to suffer the problem of secondary wind-cold.

Drawings

Fig. 1 is a schematic view of an internal structure of a compartment of a moxibustion compartment according to an embodiment of the present invention.

Fig. 2 is a schematic cross-sectional view of a cooling air cabin in a moxibustion cabin according to another embodiment of the present invention; the arrows in the figure represent the flow direction of air outside the moxibustion capsule.

FIG. 3 is a diagram showing the connection relationship among the filter of the smoke purifying unit, the negative oxygen ion generator A/B and the cooler inside the hollow rectangular structure of the support frame of the moxibustion cabin according to another embodiment of the present invention; the arrows in the figure represent the flow direction of the moxa smoke in the compartment of the moxibustion chamber.

Fig. 4 is a schematic structural view of a support frame and a physiotherapy couch of the moxibustion cabin according to an embodiment of the present invention.

The numbers in the figures are listed below: 1-cabin body, 11-physiotherapy couch, 111-head hole, 112-line hole, 12-wormwood bin, 121-wormwood bin base, 122-wormwood bin upper cover, 13-wormwood bin lifting movement mechanism, 131-electric telescopic rod, 132-motor, 14-cooling air bin, 141-cooling fin, 142-shell, 143-air inlet, 144-air outlet, 15-hollow cylindrical structure and 151-observation window; 2-a smoke extraction purification unit, 21-a smoke extraction pipeline, 22-an air pump, 23-a filter, 231-a water-washing oil absorption cotton filter layer, 232-a thickened filter core, 233-an activated carbon filter core, 24-a negative oxygen ion generator and 25-a flue bin; 3-smoke exhaust and air outlet of the novel physiotherapy moxibustion cabin; 4-entry (hatch); 5-a support frame, 51-a hollow cuboid structure, 52-universal wheels, 53-supporting feet, 54-an instrument placing chamber, 55-a partition plate and 56-a vent hole; 6-a life monitor; 7-cooler, 71-liquid circulation bin, 711-small water pump, 712-water curtain, 713-water suction pipe, 714-water outlet pipe, 7141-through hole, 72-gas channel; 8-oxygen absorber.

Detailed Description

The invention will be further described with reference to the drawings and specific preferred embodiments without limiting the scope of the invention.

The utility model provides a moxibustion cabin. In all embodiments of the present invention, the following features are common: as shown in fig. 1, the moxibustion cabin comprises a cabin body 1; the cabin body 1 is internally provided with a physiotherapy couch 11 for lying down of a human body and a moxa bin 12 which is positioned at the upper part of the physiotherapy couch 11 and can place moxa.

Moxa grass storehouse 12 sets up on the upper portion of physiotherapy bed 11, and the benefit lies in, and the sweat that produces during human physiotherapy can not instil into the unnecessary moxa cigarette of production in moxa grass storehouse 12, and the upper portion space is wide simultaneously, and moxa grass storehouse 12 area is bigger, can cover human most region, and human physiotherapy is unrestricted, and it is comfortable that whole-body relaxes, and the moxa-moxibustion effect that moxa-moxibustion produced can be more comprehensive, and the physiotherapy main and collateral channels of cover can be more complete, and oneself can adjust the temperature of adaptation.

In a specific embodiment, the wormwood bin 12 comprises a wormwood bin base 121 and a wormwood bin upper cover 122, the wormwood bin base 121 is of a groove-shaped structure, the wall of the groove is of a solid structure, the width of the groove bottom is 200mm, the length of the groove bottom is 1850m, the groove bottom is of a four-layer net structure, the 1 st layer and the 2 nd layer from inside to outside are national standard stainless steel nets SUS316, the mesh specification is 500 meshes, and the wormwood bin is acid-resistant, alkali-resistant, high-temperature resistant, low-temperature resistant, wear-resistant and the like; the 3 rd layer is a 316 stainless steel net, and the mesh specification is 400 meshes; the 4 th layer is a national standard 304 stainless steel net, the mesh specification is 300 meshes, and the flour can not fall off due to the fact that the groove bottom is of a multi-layer mesh structure and the mesh density is high. Have above-mentioned fine and close but not hindering the chinese mugwort grass storehouse structure of moxa-moxibustion effect, can make people use the utility model discloses a during physiotherapy moxa-moxibustion cabin, the people lies below the chinese mugwort grass storehouse, and the chinese mugwort grass of burning can not drop, and the people can not scald.

In a further embodiment, a moxa bin lifting movement mechanism 13 capable of lifting the moxa bin up and down is further arranged in the cabin body;

preferably, the wormwood bin elevating movement mechanism 13 comprises an electric telescopic rod 131 and a motor 132. The electric telescopic rod 131 is connected with the moxa bin base 131, and the electric telescopic rod 131 can stretch up and down to drive the moxa bin 12 to move up and down; the motor 132 is respectively connected with the electric telescopic rod 131 and the upper cover of the wormwood bin 12 through lines, and is used for controlling the electric telescopic rod 131 to stretch up and down and/or controlling the opening/closing of the upper cover 133 of the wormwood bin; in other embodiments, the moxa bin cover 133 can be opened and closed manually without being connected to the motor 132.

In other embodiments, according to fig. 1, the novel physiotherapy moxibustion module further comprises a smoke exhaust purification unit 2; the smoke extraction purification unit 2 comprises a smoke extraction pipeline 21, an air extraction pump 22, a filter 23 and a negative ion generator 24; the inlet end of the smoke pumping pipeline 21 is arranged towards the interior of the cabin body and is communicated with the inner space of the cabin body 1, and the outlet end of the smoke pumping pipeline is connected with the air inlet of the filter 23; the air pump 22 is connected with the smoke pumping pipeline 21; the negative oxygen ion generator 24 is connected with the smoke pumping pipeline 21;

preferably, the negative oxygen ion generator 24A is arranged upstream of the filter 23 of the fume purification unit 2;

more preferably, the smoke exhaust air outlet 3 of the novel physiotherapy moxibustion cabin is also provided with a negative oxygen ion generator 24B; the air inlet of the negative oxygen ion generator 24A is connected with the air outlet of the upstream smoke exhaust pipeline 21, the air outlet of the negative oxygen ion generator 24A is connected with the air inlet of the filter 24 of the smoke exhaust purification unit 2, and the air outlet of the negative oxygen ion generator 24B is arranged towards the outside of the moxibustion cabin to form a smoke exhaust air outlet 3 of the novel physiotherapy moxibustion cabin.

The function of the suction pump 22 is: pumping the surplus smoke in the cabin into the smoke pumping pipeline 21 through the smoke pumping pipeline 21, and pumping the surplus smoke into the filter 23 for filtering; the smoke extraction duct 21 is a single passage and functions as: is used as a channel for guiding out redundant moxa smoke generated by moxibustion in the capsule body 1. The negative oxygen ion generator 24A is used for primarily purifying the smoke in the cabin; the negative ion generator 24B is used for ionizing the filtered and cooled gas to generate negative oxygen ions for further purifying the gas and releasing the purified gas to the outside of the cabin; the working principle of the negative ion generator 24 is that the voltage is increased, the converter is accelerated to pressurize, the releaser releases high voltage to ionize air to generate negative oxygen ions, and the negative oxygen ions are formed by combining the transformer and the release head and act on smoke, dust, formaldehyde, peculiar smell, air purification and the like. The anion generator 24 can be any commercially available product, and is commercially available, for example, Shenli, JP-A2203.

In a specific embodiment, the filter 23 is provided with 3 filter layers in sequence according to the smoke movement direction, which are respectively: a water-washing oil absorption cotton filter layer 231, a thickened filter element 232 (which can be customized by manufacturers, has the thickness of 50mm and is made of high-efficiency low-resistance composite filter paper), and an activated carbon filter element 233; the suction pump 22 is shown disposed downstream of the filter 23.

Preferably, as shown in fig. 2, the smoke purifying unit 2 further comprises a flue bin 25 disposed in the body of the novel physiotherapy moxibustion chamber; the smoke extraction pipelines 21 are a plurality of and are arranged in the smoke channel bin 25; more preferably, the flue box 25 is a hollow flat rectangular structure arranged transversely.

In a further embodiment, as shown in fig. 2, a cooling wind box 14 for cooling the flue box is further provided in the nacelle 1; the cooling wind box 14 includes cooling fins 141 and a small-sized suction fan (not shown); the cooling fins 141 are arranged around the flue bin 25 and used for cooling the flue bin 25, the small exhaust fan is connected with the air inlet 143 of the cooling air bin 14 and can be used for pumping air outside the moxibustion cabin into the cooling air bin 14, and the air outside the moxibustion cabin entering the cooling air bin 14 can be used as a heat exchange carrier; the air outlet 144 of the cooling air box 14 is arranged outside the moxibustion cabin, and can directly discharge the air subjected to heat exchange out of the moxibustion cabin.

More specifically, the cooling wind box 14 further includes a housing 142; the casing 142 of the cooling air box 14 is a hollow flat rectangular structure which is transversely arranged, the flue box 25 is sleeved inside the casing 142 of the cooling air box 14, and a plurality of cooling fins 141 are arranged in the space between the inner wall of the casing 142 of the cooling air box 14 and the outer wall of the flue box 25, as shown in fig. 2.

In a specific embodiment, the cabin 1 is a hollow cylindrical structure 15 which is horizontally placed;

preferably, the cylinder wall of the cylinder is provided with an inlet; and a cabin door 4 is arranged on the inlet.

In a specific embodiment, the cabin door 4 on the entrance is a strengthened curved toughened glass door, after the door is closed, the whole cabin body still forms a cylinder, after the door 4 is closed, the whole cabin body is not in a fully closed state, and one end of the cabin corresponding to the head of a human body is provided with a special ventilation part, in some specific embodiments, the ventilation part is a head hole 111 arranged on the physiotherapy couch 11.

In some embodiments, the novel physiotherapy moxibustion cabin further comprises a support frame 5, a life monitor 6, a cooler 7 and an oxygen inhalation machine 8; the support frame 5 is positioned at the lower part of the cabin 1 to support the cabin 1;

preferably, the top end of the support frame 5 is connected with the corresponding bottom of the physiotherapy couch 11 of the cabin 1.

In other embodiments, as shown in fig. 1, the support frame 5 is provided with a housing around to form a hollow rectangular structure 51;

preferably, as shown in fig. 1, the life monitor 6, the cooler 7, the air pump 22 of the smoke purifying unit 2, the filter 23, the negative oxygen ion generator 24A/B, and the main cabinet of the oxygen inhaling machine 8 are disposed inside the hollow rectangular parallelepiped structure 51.

In a specific embodiment, the life monitor 6 may be a commercially available product, for example, a reba PM-9000A +12.1 inch multi-parameter monitor, the contact point of the monitor may be directly disposed at a position on the physiotherapy couch corresponding to a corresponding position of the human body, and the life monitor 6 is used for monitoring blood pressure, blood oxygen, heart rate, and the like of the human body of the physiotherapy object in the chamber.

Specifically, as shown in fig. 3, the cooler 7 is a water-cooled cooler including a liquid circulation bin 71 and a gas passage 72 (not shown); the air inlet of the air channel 72 is communicated with the air outlet of the filter 23 of the smoke exhaust purification unit 2, and the air outlet of the air channel 72 is communicated with the smoke exhaust outlet 3 of the novel physiotherapy moxibustion cabin or the air inlet of the negative oxygen ion generator 24B of the smoke exhaust purification unit 2; the liquid circulation bin 71 comprises a small water pump 711, a water curtain 712, a water suction pipe 713 and a water outlet pipe 714; the inlet of the water suction pipe 713 is connected with the downstream of the water curtain 712, and the outlet of the water suction pipe 713 is communicated with the inlet of the small water pump 711; the outlet of the small water pump 711 is communicated with the inlet of the water outlet pipe 714, and the outlet of the water outlet pipe 714 is connected with the upstream of the water curtain 712; the small water pump 711 is connected with the water suction pipe 713 and used for providing power for water circulation in the liquid circulation bin 71, and the water pump 711 pumps water on the downstream of the water film formed on the water curtain 712 into the water suction pipe 713 again to flow to the water outlet pipe 714 and then flows out to the upstream of the water curtain 712 through the water outlet pipe 714, so that water circulation in the liquid circulation bin 71 is formed; the gas channel 72 passes through the water curtain 712 of the liquid circulation bin 71, and the heat of the gas in the gas channel 72 can be taken away when a water film is formed, so that cooling is realized; the gas channel 72 is hermetically isolated relative to the liquid circulation bin 71; the water curtain 712 is of a honeycomb cubic structure, and the material can be special paperboard; a plurality of through holes 7141 which are opened towards the water curtain are arranged on the water outlet pipe 714, so that water flowing through the water pipe can leak to the water curtain 712 through the through holes 7141; enough water can be circulated in the liquid circulation bin. The cooler 7 is used for reducing the temperature of the extracted flue gas by using a water cooling mode. The cooler 7 is an innovative design of the utility model, and has the innovation points that (1) the water curtain 712 is changed to be small, the improved water curtain 712 can be a sphere with the diameter of 150mm or a cube structure (shown in figure 3) with the length, width and height of 15cm, 14cm and 15cm respectively, and the purpose of the reduction is to reduce the volume of the whole cold area device, occupy less space and be more suitable for being installed in the physiotherapy moxibustion cabin of the utility model; (2) the pipe wall of the water outlet pipe 714 is provided with a plurality of through holes 7141, which are used for enabling water in the water outlet pipe 714 to leak on the water curtain and ensuring that the heat exchange and cooling effects are more sufficient; (3) the shell of the cooler 7 is made of PVC material and is silent.

The water curtain is a cooling water curtain, technical meanings generally understood by technical personnel in the field are achieved, the gas channel is cooled through a common water curtain cooling principle in the field, the temperature of gas in the gas channel is not high, a part of heat is carried away by the cooler, an auxiliary cooling effect is achieved, and main heat of the gas is finally discharged out of the moxibustion cabin along with the smoke.

The filter 23 of the smoke purification unit 2 is used for purifying the smoke of the moxa drawn out into smoke-free and tasteless normal air, so that no moxa smoke and smell exist in the chamber, the smoke extraction pipeline 21 at the upstream is directly communicated with the inside of the chamber body 1 of the moxa chamber, the smoke extraction pipeline can play a role when the moxa is just ignited, and the moxa smoke is extracted to the filter 23 through the air extraction pump 22 for filtering and purification. Although the existing moxibustion cabin/moxibustion device is also provided with a purifier, the existing moxibustion cabin/moxibustion device mostly uses primary filter cotton, and the filtering and purifying effect is very limited, because the existing moxibustion cabin/moxibustion device mostly only adopts a moxibustion physical therapy mode of a small moxa sheet and infrared rays or a small amount of moxa grass for combustion, the generated smoke is less, but the physical therapy effect is also very limited; the utility model discloses can burn chinese mugwort grass (can burn chinese mugwort grass about 2 kilograms at the under-deck at most) by great massif, the moxa-moxibustion physiotherapy effect of this kind of scale is very showing, but the chinese mugwort cigarette that produces simultaneously is great, consequently the utility model discloses being equipped with the filter 23 of improvement, adopting the three-layer filter layer, can taking out the direct filtration of chinese mugwort cigarette and purifying when a large amount of chinese mugwort grass are lighting, and purifying effect is better.

The cooler 7 is arranged at the downstream of the filter 23 of the smoke exhaust purification unit 2, and a negative oxygen ion generator 24B is arranged at the downstream of the cooler 7; the air inlet of the cooler 7 is connected with the air outlet of the filter 23 of the smoke exhaust purification unit 2, and the air outlet of the cooler 7 is connected with the air inlet of the negative oxygen ion generator 24B; the gas filtered by the filter 23 of the smoke purification unit 2 enters the cooler 7 for cooling and then enters the negative oxygen ion generator 24B of the smoke purification unit 2 again for secondary negative oxygen ion purification, and finally is discharged out of the whole moxibustion cabin.

The oxygen inhalator 8 is a common apparatus in the art and is commercially available, for example, an ohm dragon Y4 oxygen generator, which functions to provide pure oxygen to the physiotherapist, improve immunity, and make the body healthier, and is connected to a disposable oxygen mask (not shown) disposed near the physiotherapy couch 11 of the enclosure 1. Adopt the utility model discloses a when novel physiotherapy moxa-moxibustion cabin carries out the moxa-moxibustion physiotherapy, the human body lies on in-cabin physiotherapy bed 11, can wear disposable oxygen mask, also can not wear according to individual's requirement. Disposable oxygen masks are commercially available.

The control switches of the life monitor 6, the cooler 7, the filter 23 of the smoke exhaust purification unit 2, the negative oxygen ion generator 24A/B, the air pump 22 and the oxygen inhalation machine 8 can respectively control the opening operation or the closing stop of the instruments, a main switch can also be integrated, and when the moxa cabin starts to work, the 6 instruments are simultaneously opened and operated. The integration of the above 6 instrument control switches is that those skilled in the art can make routine selection and setting according to common general knowledge and routine technical means in the art, for example, the circuits of 6 instruments can be modified and implemented by using an integrated circuit board or an integrated circuit chip; alternatively, the control circuit of the 6 instruments described above may be modified with reference to the control system of the air purifier integrated with the vital signs monitor disclosed in patent 201520985820.0.

In a specific embodiment, the bottom of the hollow rectangular parallelepiped structure 51 is provided with a plurality of lockable universal wheels 52, and/or a plurality of support feet 53.

Preferably, the support feet 53 are at the same height as the caster 52, and the support feet 53 are arranged so as not to interfere with the rolling of the caster 52.

In a preferred embodiment, as shown in fig. 4, the space in which 6 instruments, namely the life monitor 6, the cooler 7, the filter 23 of the smoke evacuation purification unit 2, the negative oxygen ion generator 24A/B, the air pump 22 and the oxygen inhalation machine 8, are placed in the hollow cuboid structure 51 of the support frame 5 is an instrument placing chamber 54; one end of the physiotherapy couch 11 is provided with a head hole 111 for the head of a person to breathe; the space in the hollow cuboid structure 51 of the support frame 5 below the head hole 111 is separated from the instrument placing chamber 54 by the partition plate 55 which is longitudinally arranged, so that the advantage of the arrangement is that the space below the head hole 111 is separately separated, the influence of the heat dissipation of the instrument is avoided, and the physical therapy object lying on the physical therapy bed can breathe smoothly; preferably, the vertical side wall of the support frame 5 below the physiotherapy couch 11, which corresponds to one end of the head hole 111, is provided with a vent hole 56, and the vent hole 56 is communicated with the air outside the moxibustion cabin, so that the physiotherapy object can exchange air for the head when lying prone. More specifically, as shown in fig. 4, the head hole 111 is a U-shaped opening at one end of the physiotherapy couch 11 that is adapted to the size and shape of the head of the human body, and the partition 55 is adapted to the U-shaped opening along the position corresponding to the U-shaped opening. Preferably, a circuit hole 112 for a circuit connected with the oxygen inhalation machine and the disposable oxygen mask to pass through is arranged on the physiotherapy couch 11 near the head hole 111; the space below the wiring hole opening corresponds to the instrument placement chamber 54.

In some embodiments, the hollow cylindrical structure 15 is provided with transparent viewing windows 151 at both ends. The transparent observation window 151 facilitates observation of the internal conditions of the cabin by an operator outside the moxibustion cabin.

The above description is only the preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiments. All belong to the technical scheme under the thinking of the utility model discloses a protection scope. It should be noted that modifications and embellishments without departing from the principles of the present invention may occur to those skilled in the art, and are also considered to be within the scope of the present invention.

Claims

1. A novel physiotherapy moxibustion cabin comprises a cabin body; it is characterized in that a physiotherapy bed for a human body to lie down and a moxa bin which is positioned at the upper part of the physiotherapy bed and can place moxa are arranged in the cabin body;

the moxa bin comprises a moxa bin base and a moxa bin upper cover, and the moxa bin base is of a groove-shaped structure.

2. A novel physiotherapy moxibustion cabin according to claim 1, characterized in that the groove wall of the groove-shaped structure is a solid structure, and the groove bottom is a multi-layer net structure.

3. A novel physiotherapy moxibustion module as claimed in claim 2, wherein the base of the tank is a four-layer mesh structure with mesh sizes of 1-2 from inside to outside being 500 mesh, mesh size of 3-3 being 400 mesh, and mesh size of 4-4 being 300 mesh.

4. A novel physiotherapy moxibustion cabin according to claim 1, characterized in that a moxa bin lifting movement mechanism capable of lifting the moxa bin up and down is further arranged in the cabin body.

5. The novel physiotherapy moxibustion module of claim 4, wherein the moxa bin elevating movement mechanism comprises: comprises an electric telescopic rod and a motor; the electric telescopic rod is connected with the moxa bin base and can stretch up and down to drive the moxa bin to move up and down; the motor is connected with electric telescopic handle and chinese mugwort grass storehouse upper cover respectively for control electric telescopic handle is flexible from top to bottom, and/or, is used for controlling the opening/closing of chinese mugwort grass storehouse upper cover.

6. A novel physiotherapy moxibustion module as claimed in any one of claims 1 to 5, further comprising a smoke evacuation purification unit; the smoke extraction purification unit comprises a smoke extraction pipeline, an air extraction pump, a filter and a negative oxygen ion generator; the inlet end of the smoke pumping pipeline is arranged towards the interior of the cabin body and is communicated with the internal space of the cabin body, and the outlet end of the smoke pumping pipeline is connected with the air inlet of the filter; the air pump is connected with the smoke pumping pipeline; the negative oxygen ion generator is connected with the smoke pumping pipeline.

7. A novel physiotherapy moxibustion module as claimed in claim 6, wherein the negative oxygen ion generator A is disposed upstream of the filter of the smoke evacuation purification unit.

8. The novel physiotherapy moxibustion cabin as claimed in claim 6, characterized in that a negative oxygen ion generator B is also arranged at the smoke exhaust air outlet of the novel physiotherapy moxibustion cabin; negative oxygen ion generator A's air inlet meets with the air outlet of upper reaches smoke exhaust pipeline, negative oxygen ion generator A's air outlet with smoke exhaust purification unit's filter's air intake connection, negative oxygen ion generator B's air outlet sets up towards the moxa-moxibustion cabin outward, forms the smoke exhaust outlet in novel physiotherapy moxa-moxibustion cabin.

9. The novel physiotherapy moxibustion cabin as claimed in claim 7, characterized in that a negative oxygen ion generator B is also arranged at the smoke exhaust air outlet of the novel physiotherapy moxibustion cabin; negative oxygen ion generator A's air inlet meets with the air outlet of upper reaches smoke exhaust pipeline, negative oxygen ion generator A's air outlet with smoke exhaust purification unit's filter's air intake connection, negative oxygen ion generator B's air outlet sets up towards the moxa-moxibustion cabin outward, forms the smoke exhaust outlet in novel physiotherapy moxa-moxibustion cabin.

10. A novel physiotherapy moxibustion cabin as claimed in claim 6, characterized in that said filter is provided with 3 layers in sequence according to the movement direction of the smoke, respectively: washing oil absorption cotton, thickening 50mm filter core, active carbon filter core.

11. The novel physiotherapy moxibustion cabin according to claim 6, wherein the smoke exhaust purification unit further comprises a flue cabin arranged in the cabin body of the novel physiotherapy moxibustion cabin; the smoke extraction pipelines are arranged in the smoke channel bin.

12. A novel physiotherapy moxibustion module according to claim 11, characterized in that the flue box is a horizontally arranged hollow prolate cuboid structure.

13. The novel physiotherapy moxibustion cabin according to any one of claims 1, 4 and 11, characterized in that a cooling air cabin for cooling the flue cabin is further arranged in the cabin body; the cooling air bin comprises a cooling fin and a small-sized exhaust fan; the cooling fins are arranged on the periphery of the flue bin and used for cooling the flue bin, the small exhaust fan is connected with an air inlet of the cooling air bin, air outside the moxibustion cabin can be pumped into the cooling air bin, and the air outside the moxibustion cabin entering the cooling air bin can be used as a heat exchange carrier; the cooling wind storehouse air outlet sets up outside the moxa-moxibustion cabin, can be directly will carry out the air discharge moxa-moxibustion cabin of heat exchange outside.

14. The novel physiotherapy moxibustion cabin as claimed in claim 6, characterized in that a cooling air cabin for cooling the flue cabin is further arranged in the cabin body; the cooling air bin comprises a cooling fin and a small-sized exhaust fan; the cooling fins are arranged on the periphery of the flue bin and used for cooling the flue bin, the small exhaust fan is connected with an air inlet of the cooling air bin, air outside the moxibustion cabin can be pumped into the cooling air bin, and the air outside the moxibustion cabin entering the cooling air bin can be used as a heat exchange carrier; the cooling wind storehouse air outlet sets up outside the moxa-moxibustion cabin, can be directly will carry out the air discharge moxa-moxibustion cabin of heat exchange outside.

15. The novel physiotherapy moxibustion module of claim 13, wherein the cooling plenum further comprises a housing; the casing of cooling wind storehouse is horizontal hollow flat rectangular structure that sets up, flue storehouse suit is in inside the casing of cooling wind storehouse, and the space between the shells inner wall of cooling wind storehouse and the outer wall of flue storehouse sets up a plurality of cooling fins.

16. The novel physiotherapy moxibustion module of claim 14, wherein the cooling plenum further comprises a housing; the casing of cooling wind storehouse is horizontal hollow flat rectangular structure that sets up, flue storehouse suit is in inside the casing of cooling wind storehouse, and the space between the shells inner wall of cooling wind storehouse and the outer wall of flue storehouse sets up a plurality of cooling fins.

17. A novel physiotherapy moxibustion cabinet as claimed in any one of claims 1, 4, 11 and 14, characterized in that said cabinet is a horizontally placed hollow cylindrical structure.

18. A novel physiotherapy moxibustion cabin according to claim 6, characterized in that the cabin body is of a horizontally placed hollow cylindrical structure.

19. The novel physiotherapy moxibustion module of claim 13, wherein the module body is a horizontally disposed hollow cylindrical structure.

20. A novel physiotherapy moxibustion module as claimed in claim 17, wherein the barrel wall of the barrel is provided with an inlet; and a cabin door is arranged on the inlet.

21. A novel physiotherapy moxibustion module as claimed in claim 18 or 19, wherein the barrel wall of the barrel is provided with an inlet; and a cabin door is arranged on the inlet.

22. The novel physiotherapy moxibustion module of claim 20, wherein the module door is a curved tempered glass door.

23. The novel physiotherapy moxibustion module of claim 21, wherein the module door is a curved tempered glass door.

24. A novel physiotherapy moxibustion cabin according to any one of claims 1, 4, 11, 14, 18 and 19, characterized by further comprising a support frame, a life monitor, a cooler and an oxygen inhalation machine; the support frame is positioned at the lower part of the cabin body to support the cabin body.

25. A novel physiotherapy moxibustion module according to claim 24 wherein the top end of the support frame is connected to the corresponding bottom of the physiotherapy couch of the module.

26. A novel physiotherapy moxibustion module according to claim 25, wherein the support frame is provided with a shell around to form a hollow cuboid structure.

27. A novel physiotherapy moxibustion cabin according to claim 26, characterized in that the life monitor, the cooler, the filter of the smoke exhaust purification unit, the air pump, the negative oxygen ion generator a/B and the oxygen inhalation machine are all arranged inside the hollow cuboid structure; the space in the hollow cuboid structure for placing the life monitor, the cooler, the filter of the smoke exhaust purification unit, the negative oxygen ion generator A/B, the air pump and the oxygen absorber is an instrument placing chamber.

28. A novel physiotherapy moxibustion module according to claim 27, wherein the bottom of the hollow cuboid structure is provided with a plurality of lockable universal wheels and/or a plurality of support legs.

29. A novel physiotherapy moxibustion module as claimed in claim 28, wherein the support legs are substantially the same height as the universal wheels, and the support legs do not interfere with the rolling of the universal wheels.

30. The novel physiotherapy moxibustion module of claim 27, wherein the cooler is a water-cooled cooler comprising a liquid circulation chamber and a gas passage; the air inlet of the air channel is communicated with the air outlet of the filter of the smoke exhaust purification unit, and the air outlet of the air channel is communicated with the smoke exhaust outlet of the novel physiotherapy moxibustion cabin or the air inlet of the negative oxygen ion generator B of the smoke exhaust purification unit;

the gas channel passes through the water curtain of the liquid circulation bin;

31. A novel physiotherapy moxibustion module according to claim 30, wherein the cooler is arranged downstream of the filter of the smoke purifying unit, and the negative oxygen ion generator B is arranged downstream of the cooler; the air inlet of the cooler is connected with the air outlet of the filter of the smoke extraction and purification unit, and the air outlet of the cooler is connected with the air inlet of the negative oxygen ion generator B.

32. A novel physiotherapy moxibustion module according to claim 25, wherein the top end of the support frame is connected with the corresponding bottom of the physiotherapy couch of the module; one end of the physiotherapy couch is provided with a head hole for the head of a person to breathe.

33. The novel physiotherapy moxibustion cabin as claimed in claim 32, characterized in that the periphery of the supporting frame is provided with a shell to form a hollow cuboid structure; the space in the hollow cuboid structure for placing the life monitor, the cooler, the filter of the smoke extraction purification unit, the negative oxygen ion generator A/B, the air pump and the oxygen absorber is an instrument placing chamber; the space in the hollow cuboid structure of the support frame below the head hole is separated from the instrument placing chamber by a longitudinally arranged partition plate.

34. The novel physiotherapy moxibustion cabin of claim 32, wherein the support frame below the physiotherapy couch is provided with a vent hole on the vertical side wall corresponding to one end of the head hole.

35. A novel physiotherapy moxibustion module as claimed in claim 32, wherein said head hole is a U-shaped opening at one end of the physiotherapy couch adapted to the size and shape of the human head, and said partition is adapted to the U-shaped opening along the position corresponding to the U-shaped opening.

36. A novel physiotherapy moxibustion cabin according to claim 32, characterized in that a circuit hole for a circuit connected with the oxygen inhalation machine and the disposable oxygen mask to pass through is arranged on the physiotherapy couch near the head hole; the space below the circuit hole corresponding to the opening is an instrument placing chamber.

37. A novel physiotherapy moxibustion module as claimed in claim 17, wherein transparent windows are provided at both ends of the hollow cylindrical structure.

38. A novel physiotherapy moxibustion module as claimed in claim 18 or 19, wherein transparent windows are provided at both ends of the hollow cylindrical structure.