CN205322752U - Fumigating bed - Google Patents

Abstract

The utility model discloses a fumigating bed, including the bed body, host computer structure, steam storehouse, bed body bottom is equipped with the pulley, can realize bed, the nimble regulation of chair simultaneously, improves fumigating bed's use comfort, but the handrail structure of bed side face easy to assemble and dismantlement can reduce the storage space of the bed body. The atomizing structure can produce water smoke or medicine molecule water smoke through the atomizing, and stifling structure can produce hot steam or medicine molecule hot steam through adding hot water, drives water smoke, medicine molecule water smoke through the natural wind and gets into the heating chamber and with hot steam, the intensive mixing of medicine molecule hot steam and form the mixed steam body, and the mixed steam body gets into and is full of the steam storehouse through the steam hose, and the mixed steam body passes out steam vent and fumigates human back. The backrest is provided with a plurality of far infrared bulbs, and each far infrared bulb comprises a far infrared bulb body filled with gas and a tungsten filament arranged inside the far infrared bulb body; the foot plate, the seat plate and the backrest are all provided with a plurality of far infrared powder plate structures which can generate and radiate far infrared outwards.

Description

a fumigation bed

technical field

The utility model relates to a fumigation device, in particular to a fumigation bed.

Background technique

Fumigation in the fields of medical treatment, health care and beauty is to place medicine in water, heat the water, guide the volatile components of the medicine carried by the water to the surface of the human body through the pipeline, and use the heat of water vapor to promote the absorption of the medicine into the human body through the skin , and use the heat of water vapor to heat the human body to expand the pores of the heated part, relax the skin texture, expand the blood vessels, accelerate the blood flow, accelerate the removal of metabolites in the heated part and bring more new nutrients to the heated part , so as to play the role of treatment or health care or beauty. The multifunctional fumigation treatment beds currently on the market all include a fumigation structure for generating steam. The fumigation structure is not fixed on the bed body, and it is necessary to move the fumigation structure when moving the fumigation bed, which is extremely troublesome for the user, and Frequent movement of the fumigation structure will lead to loose connection between the fumigation structure and the steam chamber; the structure of the fumigation structure is relatively complicated, and some of them need to manually add water to the heating chamber and atomization chamber, and pour water one by one to dry when cleaning; and Nursing molecules are generally only produced by atomizing the nursing solution through the atomization structure, and cannot be produced by heating water and medicine packs through the fumigation structure. The production form of the care molecules is single, and some care molecules are not applicable to produce care molecules through the medicine pack. Scope of application It is relatively narrow, the function and application method are relatively single, and it is not convenient to use; and the handrails of the fumigation bed are generally not removable, resulting in a large volume of the fumigation bed, which takes up space and is difficult to store.

In addition, the special feature of far infrared rays on the human body is that it has certain penetrating power and strong warming effect on human skin and subcutaneous tissue. When far-infrared rays radiate the human body, the temperature of the skin and subcutaneous tissue of the human body will increase accordingly. From a physiological point of view, the human skin and subcutaneous tissue have obtained a temperature effect, and the whole body is evenly and comfortably warmed up. The conduction through the meridians of the body produces the moxibustion effect, thereby promoting qi and blood circulation, warming the middle and dispelling cold, dispelling wind and dampness, and reducing swelling and stagnation. At the same time, far-infrared rays can activate human cells. The principle is that far-infrared rays can produce resonance effects on cells. According to research, the human body is an organism with a very rich water content. The water content of adults accounts for 60% of the body weight, most of which, 40%, is in the cells, called intracellular fluid; a small part, 20%, exists in plasma and Of the interstitial fluid, 16% is interstitial fluid and 4% is plasma. In this way, when the far-infrared rays act on the cells, it will mainly cause the vibration of water molecules inside and outside the cells, turning the water of the aging macromolecular groups in the human body into water of smaller molecular groups, activating the water molecules and proteins, and activating the cells. Acting locally, it can expand microvessels, accelerate blood flow and open collateral circulation, improve microcirculation disorders, increase blood supply and oxygen supply of cells and tissues, accelerate the absorption and dissipation of inflammatory exudate, strengthen metabolism and put the human body in extreme condition. good health. However, the existing fumigation beds generally do not have the function of far-infrared treatment. The structure and function of the existing fumigation beds are single and traditional, which cannot meet the various needs of users.

Therefore, how to realize a fumigation structure that is simple in structure, easy to move, can automatically lift water, easy to clean, flexible in use and combination, has remarkable effects, easy to install and disassemble, saves space, and has far-infrared ray therapy function at the same time, which can meet the needs of users. Fumigation beds with various needs are technical problems to be solved urgently in the industry.

Utility model content

The main purpose of the utility model is to provide a fumigation bed, which aims to realize a fumigation bed with simple structure, easy movement, automatic water extraction by the fumigation structure, convenient cleaning, flexible use and combination, remarkable effect, convenient installation and disassembly, and space saving. , At the same time, it has the function of far-infrared ray therapy, which can meet the various needs of users.

The utility model proposes a fumigation bed, which includes a bed body, a main machine structure, and a steam chamber connected to the main machine structure through a steam hose. The footboard at the front end, the seat board on the base, the backrest with an opening matching the back of the human body in the middle of the flexible connection with the rear end of the seat board, the detachable armrest structure on both sides of the base, the armrest structure The inner surface is provided with several positioning pieces with positioning holes in the middle, and the inner surface of the armrest structure is also provided with several screw holes. The column and the base are provided with a number of openings at the corresponding positions of the screw holes. The positioning holes are inserted into the positioning column from top to bottom, and the screws pass through the openings and are threaded with the screw holes so that the armrest structure is fixed on the side of the base. Above; the host structure is fixed at the lower end of the base through screw connection. The host structure includes the host shell, the fumigation structure and the atomization structure inside the host shell, and communicates with the bottom of the fumigation structure and the atomization structure and is located on the host The water tank inside the shell, the blower installed inside the main shell and connected to the upper end of the atomization structure, the bottom cover set on the lower end of the main shell, the main structure also includes a fumigation structure and an atomization structure that are set in the main shell and can control The control circuit board that works with the blower. The water tank is equipped with a water level switch that can control the water level of the water tank and issue a water level prompt. The water tank is equipped with a water outlet pipe. There is a three-way connector connected to the outlet pipe. The water pipes of the structure and the atomization structure are connected so that the water tank can automatically lift water for the fumigation structure and the atomization structure. The other end is connected with a silicone tube, and the end of the silicone tube is provided with a drain that can empty the water in the water tank, fumigation structure and atomization structure. Drain valve; the atomization structure includes an atomization chamber with an air inlet on the side and a bottom connected to the water tank, and an atomization chamber cover on the atomization chamber. The atomization chamber includes an air inlet gap at the corresponding position of the air inlet The atomization cup structure that can contain water or liquid medicine, the atomization generator that can atomize water or liquid medicine to generate water mist or water mist of medicine molecules; the fumigation structure includes a heating chamber whose bottom communicates with the water tank, through The spring buckle is engaged with the heating chamber cover on the heating chamber. The heating chamber includes a water boiling container, a heating pipe arranged at the lower end of the boiling water container, and a heating pipe arranged at the lower end of the boiling water container and electrically connected with the heating pipe and controlling the heating pipe. The temperature controller of the heating temperature, the temperature controller is electrically connected with the control circuit board, the heating chamber also includes a drug bag rack that is located on the boiling water container and can hold the medicine bag, and the heating tube controls the water contained in the boiling water container. Heat and boil to generate hot steam, and the hot steam passes through the medicine bag to form hot steam of medicine molecules; the upper end of the atomization chamber and the upper end of the heating chamber are connected to each other, and there is an air supply channel between the blower and the air inlet. There is an air supply unit. When the blower is working, it sends natural wind to the atomization chamber through the air supply unit. The natural wind drives water mist and water mist of drug molecules into the heating chamber and fully mixes with hot steam and hot steam of drug molecules to form a mixed gas. The mixed gas enters and fills the steam chamber through the steam hose; the steam chamber is fixed on the back of the backrest, and the steam chamber is provided with a steam outlet plate matching the opening at the position of the opening. There are a number of steam outlet holes for the mixed gas to pass through and fumigate the back of the human body leaning on the backrest. The steam chamber is evenly equipped with a number of temperature sensors that can detect the temperature at the steam outlet holes. The temperature sensors and the control circuit board Electric connection; there are several far-infrared bulbs on the backrest, the far-infrared bulbs include the far-infrared bulb body filled with gas, the tungsten wire inside the far-infrared bulb body, the tungsten wire generates heat under the action of AC voltage and heats the far-infrared bulb body The gas generates infrared electromagnetic waves and radiates outwards to realize the far-infrared treatment function; the footboard, seat board and backrest are all equipped with a number of far-infrared powder plate structures that can generate and radiate far-infrared rays to realize the far-infrared treatment function.

Preferably, the far-infrared powder plate structure includes a far-infrared powder iron sheet structure or a far-infrared powder ceramic sheet structure; the far-infrared powder iron sheet structure includes a far-infrared powder iron sheet with far-infrared powder, close The PTC heating sheet on the lower end surface of the far-infrared powder iron sheet, the first temperature controller that is close to the lower end surface of the PTC heating sheet and can control the temperature, the first temperature controller controls the heating of the PTC heating sheet and controls the far-infrared powder iron sheet The sheet is heated so that the far-infrared powder on the far-infrared powder iron sheet is heated to generate far-infrared rays and radiate outwards to realize the far-infrared treatment function; the structure of the far-infrared powder ceramic sheet includes far-infrared powder and built-in heating The far-infrared powder ceramic sheet of wire, the second temperature controller that is close to the lower end surface of the far-infrared powder ceramic sheet and can control the temperature, the second temperature controller controls the heating of the heating wire and heats the far-infrared powder ceramic sheet The far-infrared powder on the far-infrared powder ceramic sheet is heated to generate far-infrared rays and radiate outwards to realize the far-infrared treatment function.

Preferably, the atomization cup structure includes an atomization cup, an atomization film arranged at the bottom of the atomization cup, and an atomization cover arranged on the lower end surface of the atomization film.

Preferably, a power socket and a power switch are arranged on the side wall of the main casing.

Preferably, several wiring openings are also provided on the side wall of the main casing.

Preferably, a steam outlet port is provided at the connection between the heating chamber and the steam hose.

Preferably, the bottom cover is provided with a waterproof silicone seat corresponding to the position of the air supply channel.

The bed body includes a base with several pulleys on the bottom that can facilitate the movement of the bed body, a foot board, a seat board, a backrest that is movably connected to the rear end of the seat board and has an opening that is adapted to the back of the human body, and is located on both sides of the base. The side and detachable armrest structure, the utility model can realize the flexible adjustment of the bed and chair, which is suitable for the treatment needs of different patients and improves the comfort of the fumigation bed; there are several pulleys at the bottom of the base, which can move the fumigation bed conveniently at any time, and The host structure is fixed at the lower end of the bed body. The fumigation bed is easy to move as a whole and is suitable for various use environments. At the same time, the movement of the bed body will not affect the normal use of the fumigation bed; The hole is inserted into the positioning column from top to bottom, and the armrest mechanism can be positioned on the side of the base, and then the armrest structure can be fixed on the side of the base by passing the screw through the hole and threaded with the screw hole, and the installation is very convenient , When disassembling, you only need to unscrew the screws and then lift up the armrest structure. The armrest structure can be easily disassembled, thereby reducing the width of the fumigation bed. Even if the door is small, the fumigation bed can pass through and save storage space.

There is a water level switch in the water tank that can control the water level of the water tank and send out a water level prompt, which can effectively prevent the danger of dry heating in the heating chamber, and has good safety performance. There is a three-way joint connected to the water outlet pipe of the water tank, which can automatically lift water for the fumigation structure and atomization structure, and can also empty the water in the water tank, fumigation structure and atomization structure. It is convenient and intelligent to add water to the fumigation structure and atomization structure , and when the fumigation bed is not in use, the water in the host structure can be quickly drained through the drain valve, without manual pouring and drying one by one, which is convenient for cleaning and operation.

The atomization cup of the atomization structure can hold water or liquid medicine, and the atomization generator can atomize the water or liquid medicine in the atomization cup to generate water mist or water mist of medicine molecules; The water in the container is heated and boiled to generate hot steam, or a drug bag is placed in a drug bag rack on the boiling water container, and the hot steam passes through the drug bag to form hot steam of drug molecules. The upper end of the atomization chamber and the upper end of the heating chamber are connected to each other. When the blower is working, the natural wind is sent to the atomization chamber through the air supply unit. The natural wind drives the water mist and the water mist of drug molecules into the heating chamber and combines with the hot steam and the hot steam of the drug molecules. Fully mix and form a mixed gas, the mixed gas enters the steam chamber through the steam hose and fills the entire steam chamber. The utility model can atomize the medicine liquid through the atomization structure and form the water mist of the medicine molecules, and the natural wind drives the water mist of the medicine molecules into the heating chamber and fully mixes with the hot steam to form a mixed gas; or through the atomization structure, the water can be atomized and formed Water mist, the natural wind drives the water mist into the heating chamber and fully mixes with the hot steam of the drug molecules to form a mixed gas; or the atomization structure atomizes the liquid medicine and forms the water mist of the drug molecules, and the natural wind drives the water mist of the drug molecules into the heating chamber And fully mixed with the hot steam of drug molecules to form a mixed gas. The use and combination methods are flexible and diverse. It is not only suitable for liquid medicine but also for medicine packs. It has a wide range of applications, is convenient and flexible to use, and can meet the different needs of different customers. The overall host The structure breaks the traditional single structure style, the appearance is neat, the structure is novel, the design is unique, the use is convenient, and the application range is wide.

The lower end of the boiling water container is equipped with a thermostat that is electrically connected to the heating pipe and controls the operation of the heating pipe. There are several temperature sensors that are electrically connected to the control circuit board at the steam outlet of the steam chamber. The perfect combination of the thermostat and the temperature sensor With the combination, the steam temperature can be effectively controlled to prevent the user from being scalded, the use is safe, and the fumigation temperature is suitable and comfortable.

In addition, the utility model is provided with a far-infrared light bulb and a far-infrared powder plate structure, which realizes the far-infrared treatment function and can play the role of auxiliary treatment and nursing care.

Therefore, the utility model realizes a simple structure, easy to move, the fumigation structure can automatically lift water, easy to clean, flexible and diverse in use and combination, wide in scope of application, remarkable in effect, easy to install and disassemble, save space, and has a beautiful appearance. The steam temperature can be controlled, the use is safe and other beneficial effects, and at the same time it has the function of far infrared treatment, which can meet the various needs of users, has a broad market prospect, and is a fumigation bed worthy of wide application.

Description of drawings

Fig. 1 is a three-dimensional structural schematic diagram of an embodiment of a fumigation bed of the present invention, wherein the handrail structure and the steam chamber are shown as perspective structures;

Fig. 2 is a schematic diagram of the installation of the armrest structure installed on the side of the base in an embodiment of a fumigation bed of the present invention;

Fig. 3 is one of the enlarged schematic diagrams of the internal structure of the host structure in an embodiment of a fumigation bed of the present invention, wherein the water tank, fumigation structure and atomization structure are not shown;

Fig. 4 is an enlarged schematic diagram of the decomposition structure of the host structure in an embodiment of a fumigation bed of the present invention;

Fig. 5 is the second enlarged schematic diagram of the internal structure of the host structure in an embodiment of a fumigation bed of the present invention, wherein the fumigation structure is not shown;

Fig. 6 is a three-dimensional structural schematic diagram of an embodiment of a fumigation bed of the present invention;

Fig. 7 is an enlarged view of the structure of a far-infrared bulb in an embodiment of a fumigation bed of the present invention;

Fig. 8 is the structural enlargement diagram of far-infrared powder iron plate structure in an embodiment of a kind of fumigation bed of the present utility model;

FIG. 9 is an enlarged view of the structure of the far-infrared powder ceramic sheet in an embodiment of a fumigation bed of the present invention.

The realization of the purpose of the utility model, functional characteristics and advantages will be further described in conjunction with the embodiments and with reference to the accompanying drawings.

detailed description

It should be understood that the specific embodiments described here are only used to explain the utility model, and are not intended to limit the utility model.

Referring to Fig. 1 to Fig. 9, an embodiment of a fumigation bed of the present utility model is proposed, including a bed body, a host structure fixed at the lower end of the bed body by screws, and a steam hose 200 communicating with the host structure. The warehouse 900 has a simple structure. It can fumigate the back of the human body sitting or lying on the fumigation bed of the utility model, assist in dredging the blood vessels and gland tissues in the spine and waist, and prevent back diseases of the human body, thereby reducing the incidence of back diseases of the human body. It can improve the health of the human body, and has an auxiliary therapeutic effect on various diseases of the human spine and waist, and the effect is remarkable.

The bed body includes a base 100, a foot plate 102 located at the front end of the base 100, a seat plate 103 located on the base 100, and a backrest with an opening matching the back of the human body which is movably connected to the rear end of the seat plate 103. 104. The detachable handrail structure 106 is located on both sides of the base 100. There are a number of pulleys 101 at the bottom of the base 100 so that it is convenient to move the fumigation bed of the present utility model at any time with the environment, which is convenient for users to use. The pulleys 101 The design makes the fumigation bed more humanized and very practical, and the main structure is fixed at the lower end of the bed body. The overall movement of the fumigation bed is convenient and suitable for various use environments. At the same time, the movement of the bed body will not affect the normal use of the fumigation bed. . Footboard 102, seat board 103 and backrest 104 can be adjusted to be on the same plane, so that the human body can lie on it and carry out drug fumigation; Like to adjust, so that the human body can directly sit on the fumigation bed for drug fumigation, which conforms to the ergonomic design. It can be seen that the utility model can realize the flexible adjustment of the bed and chair, and the user can fumigate in different postures, which greatly improves the utility model. The comfort of the new fumigation bed.

The handrail structure 106 of the existing fumigation bed is difficult to disassemble, so that the volume of the fumigation bed is very large, takes up space, and is difficult to move to a place with a small area for use. The armrest structure 106 of this embodiment is designed as a detachable armrest structure 106 so as to greatly reduce the volume of the fumigation bed and facilitate storage. The inner surface of the handrail structure 106 is provided with some positioning pieces 107 with positioning holes 108 in the middle, the inner surface of the handrail structure 106 is also provided with some screw holes 109, and the base 100 is provided with positioning holes at positions corresponding to the positioning holes 108. 108 is adapted and limited to fix the positioning column of the handrail structure 106. The base 100 is provided with a number of openings 110 at the corresponding positions of the screw holes 109. The positioning holes 108 are inserted into the positioning column from top to bottom and pass through the opening through the screw. The hole 110 is threadedly connected with the screw hole 109 so that the handrail structure 106 is fixed on the side of the base 100. If you want to disassemble, you only need to unscrew the screw, and the handrail structure 106 can be taken out from the base 100 if you want to remove it. 106 can be easily disassembled, so that the width of the fumigation bed can be reduced, even if the doorway is small, the fumigation bed can pass through, and storage space can also be saved.

The host structure is fixed at the lower end of the base 100 by means of screw connections. The host structure includes a host housing 401, a fumigation structure and an atomization structure disposed in the host housing 401, and communicates with the bottom of the fumigation structure and the atomization structure and is located on The water tank 500 inside the main casing 401, the blower 800 located inside the main casing 401 and connected to the upper end of the atomization structure, the bottom cover 300 covering the lower end of the main casing 401, the main structure also includes the main casing 401 and A control circuit board that can control the fumigation structure, the atomization structure and the blower 800 works. A power socket 402 and a power switch 403 that can control the opening and closing of the main body structure are arranged on the side wall of the main body casing 401 . The side wall of the main casing 401 is also provided with several connection ports, and the connection ports respectively have electric pole connection ports, a temperature controller interface, and a remote controller interface.

The water tank 500 is provided with a water level switch 501 that can control the water level of the water tank 500 and issue a water level prompt, which can effectively prevent the heating chamber from drying out due to the lack of water in the water tank 500 and cause danger, while avoiding the damage of the host structure due to high temperature. The water tank 500 is provided with a water outlet pipe 502, and a three-way joint 503 is connected to the water outlet pipe 502, and one end of the three-way joint 503 is connected to a water pipe 504 leading to a fumigation structure and an atomization structure so that the water tank 500 can be a fumigation structure or an atomization structure. Automatic water lifting, the other end is connected with a silicone tube 505, and the end of the silicone tube 505 is provided with a drain valve 506 that can empty the water in the water tank 500, the fumigation structure and the atomization structure. The fumigation structure and atomization structure can automatically add water, which is convenient to add water, which makes the fumigation bed work fully automatic, easy to use and easy to operate. And when the fumigation bed is not in use, the water in the host structure can be quickly drained through the drain valve 506, without manually pouring water to dry one by one, which is convenient for cleaning and easy to operate.

The atomization structure includes an atomization chamber with an air inlet 803 on the side and an atomization chamber connected to the water tank 500 at the bottom, and an atomization chamber cover 703 on the atomization chamber. An atomization cup structure with a gap 704 that can hold water or liquid medicine, and an atomization generator that can atomize water or liquid medicine to generate water mist or water mist of drug molecules. The atomization cup structure includes an atomization cup 701, The atomization film is arranged on the bottom of the atomization cup 701, and the atomization cover 702 is provided on the lower end surface of the atomization film. The fumigation structure includes a heating chamber whose bottom communicates with the water tank 500, and a heating chamber cover 605 that is engaged with the heating chamber through a spring buckle. The temperature controller on the lower end surface of the boiling water container 601 is electrically connected with the heating tube and controls the heating temperature of the heating tube. The temperature controller is electrically connected with the control circuit board. The medicine bag holder 602 of the bag, the heating pipe heats and boils the water contained in the boiling water container 601 to generate hot steam, and the hot steam passes through the medicine bag to form hot steam of medicine molecules. Both sides of the inner surface of the upper end of the heating chamber are correspondingly provided with clamping holes 604, and the heating chamber cover 605 is provided with an inwardly telescopic spring block 606 structure at a position corresponding to the clamping hole 604. The spring clamping block 606 structure includes a clamping block 606, and 606 is connected to the spring that can drive the clamping block 606 to move telescopically. When the clamping block 606 is pressed, the clamping block 606 will retract into the heating chamber cover 605 along with the spring. out and into the locking hole 604 to engage the heating chamber cover 605 on the heating chamber, otherwise, the heating chamber cover 605 can be easily taken out from the heating chamber. The fumigation bed of the utility model has simple structure and fast connection, which can effectively avoid the leakage of mixed gas.

The upper end of the atomization chamber and the upper end of the heating chamber communicate with each other, an air supply channel 801 is provided between the blower 800 and the air inlet 803 , and an air supply member 802 is provided in the air supply channel 801 . The bottom cover 300 is provided with a waterproof silicone base 301 at the position corresponding to the air supply channel 801. When the host structure is in operation, there may be water mist or water mist of drug molecules entering the air supply channel 801 from the air inlet 803, and cooling and condensing into a liquid that accumulates in the air supply channel 801. On the bottom cover 300 or back to the blower 800, if the liquid accumulates on the bottom cover 300 or back to the blower 800, the circuit may be damaged due to water seepage, and even the danger of electric leakage may occur, posing a threat to the personal safety of users. The waterproof silica gel seat 301 of the present invention can automatically drain away the liquid accumulated on the bottom cover 300, preventing the liquid backflow from affecting the circuit and then affecting the normal use of the fumigation bed.

The atomization cup 701 of the atomization structure of the utility model can contain water or liquid medicine, and the atomization generator can atomize the water or liquid medicine in the atomization cup 701 and generate water mist or water mist of medicine molecules; the fumigation structure The heating tube heats and boils the water in the water boiling container 601 and generates hot steam, or places a medicine bag in the medicine bag rack 602 on the water boiling container 601, and the hot steam passes through the medicine bag to form hot steam of medicine molecules. The upper end of the atomization chamber and the upper end of the heating chamber communicate with each other. When the blower 800 is working, the air blower 802 sends natural wind to the atomization chamber through the air supply part 802. The natural wind drives the water mist and the water mist of drug molecules into the heating chamber and combines with the hot steam and drug molecules. The hot steam is fully mixed to form a mixed gas. There is a steam outlet port 603 at the connection between the heating chamber and the steam hose 200. The mixed gas passes through the steam outlet port 603 and enters the steam chamber 900 through the steam hose 200 and fills the entire steam The warehouse is 900. The utility model can atomize the medicine liquid through the atomization structure and form the water mist of the medicine molecules, and the natural wind drives the water mist of the medicine molecules into the heating chamber and fully mixes with the hot steam to form a mixed gas; or through the atomization structure, the water can be atomized and formed Water mist, the natural wind drives the water mist into the heating chamber and fully mixes with the hot steam of the drug molecules to form a mixed gas; or the atomization structure atomizes the liquid medicine and forms the water mist of the drug molecules, and the natural wind drives the water mist of the drug molecules into the heating chamber And fully mixed with the hot steam of drug molecules to form a mixed gas, which can generate mixed gas with drug molecules in various forms such as atomization or heating, liquid medicine or drug packs, and fumigate the back of the human body to produce a gas with drug molecules. The way of mixing gas is various and optional, and the use and combination are flexible and diverse. The fumigation bed of the utility model has a wide range of applications, is convenient and flexible to use, and can meet the different needs of different customers. The overall host structure breaks the traditional single structural style, The appearance is neat, the structure is novel, the design is unique, and it is easy to use. The steam chamber 900 is fixed on the back of the backrest 104. The steam chamber 900 is provided with a steam outlet plate 901 matching the opening at the position of the opening. The steam outlet 902 for fumigation on the back of the human body on the backrest 104, the steam outlet 902 can limit the flow of the mixed gas in the steam chamber 900, so that the steam is more uniform, and the backrest 104 is used for fumigation. The human body is more comfortable, and at the same time, the auxiliary therapeutic effect of the mixed gas can be improved, and the utilization rate of the mixed gas can be increased.

The lower surface of the boiling water container 601 is provided with a thermostat which is electrically connected to the heating pipe and controls the operation of the heating pipe. The thermostat is electrically connected to the control circuit board. The steam chamber 900 is evenly provided with a number of detectable steam holes 902 to detect the temperature The number of temperature sensors 903 in this embodiment is set to four, which are respectively arranged on the upper, lower, left and right ends of the steam outlet plate 901, and can sense the temperature at each position in the steam chamber 900 in real time and in all directions. The temperature of the mixed gas effectively prevents the local temperature of the mixed gas from being too high and scalding the back of the human body. The temperature sensor 903 is electrically connected to the control circuit board. The temperature sensor 903 can detect the temperature at the steam outlet 902 in real time, and transmit the detected temperature signal to the control circuit board in real time, and the control circuit board will feed back the received temperature signal to the thermostat, so that the thermostat can control the heat pipe The heat generation temperature, and finally control the steam outlet temperature at the steam outlet hole 902. The perfect cooperation between the temperature controller and the temperature sensor 903 can effectively control and adjust the steam temperature, improve the safety of the fumigation bed, meet the various needs of the user for the fumigation temperature, and improve the comfort of the fumigation bed. The combined use of the temperature controller and the temperature sensor 903 of the utility model keeps the steam at a constant temperature to prevent scalding the human body. It is safe to use, and the fumigation temperature is suitable and comfortable. The mixed gas in this embodiment can assist in dredging the blood vessels in the spine and waist and glandular tissue to prevent human back diseases, thereby reducing the incidence of human back diseases, improving human health, and having adjuvant therapeutic effects on various diseases of the human spine and waist and the effect is remarkable.

Therefore, a fumigation bed of the present utility model includes a bed body, a host structure fixed at the lower end of the bed body by screws, and a steam chamber 900 connected to the host structure through a steam hose 200. Or the back of the human body lying on the fumigation bed of the present utility model is fumigated with drugs, which has an auxiliary therapeutic effect on various diseases of the spine and waist of the human body and the effect is remarkable; a number of pulleys 101 are arranged at the bottom of the bed body, which can facilitate the movement of the bed body at any time; And the armrest structure 106 can be quickly installed and disassembled, thereby greatly reducing the volume of the fumigation bed, saving space, convenient storage, and can reduce the width of the fumigation bed at the same time, even if the door is small, the fumigation bed can also pass through; the water tank 500 is equipped with There is a water level switch 501, which can effectively prevent dry burning, and has good safety performance; the outlet of the water tank 500 uses a three-way joint 503 to automatically lift water for the fumigation structure and atomization structure, and can also empty the water tank 500, fumigation structure and mist The water in the fumigation structure makes it easy to add water to the fumigation structure and atomization structure, easy to clean, and easy to operate; the utility model can atomize the liquid medicine through the atomization structure and form water mist of medicine molecules, and the natural wind drives the water mist of medicine molecules into heating chamber and fully mixed with hot steam to form a mixed gas; or through the atomization structure to atomize water and form water mist, the natural wind drives the water mist into the heating chamber and fully mixes with the hot steam of drug molecules to form a mixed gas; or through atomization The structure atomizes the medicine liquid and forms the water mist of medicine molecules. The natural wind drives the water mist of medicine molecules into the heating chamber and fully mixes with the hot steam of medicine molecules to form a mixed gas. The use and combination methods are flexible and diverse, not only suitable for medicine liquid but also For medicine packs, it has a wide range of applications, is convenient and flexible to use, and can meet the different needs of different customers. The overall host structure breaks the traditional single structural style, with neat appearance, novel structure, unique design, convenient use, and wide application range; and temperature control The perfect cooperation between the device and the temperature sensor 903 can effectively control the temperature of the steam, prevent the user from being scalded, and is safe to use. The fumigation temperature is suitable and comfortable, and the use comfort of the fumigation bed is improved.

In addition, the backrest is provided with several far-infrared bulbs 904, the far-infrared bulbs 904 include a gas-filled far-infrared bulb body 905, a tungsten wire 906 inside the far-infrared bulb body 905, and the tungsten wire 906 generates heat under the action of AC voltage and The gas in the far-infrared bulb body 905 is heated to generate infrared electromagnetic waves and radiate outwards to realize the far-infrared therapeutic function.

The foot board, the seat board, and the backrest are all provided with some far-infrared powder board structures that can generate and radiate far-infrared rays outwards so as to realize the far-infrared treatment function. The far-infrared powder plate structure includes the far-infrared powder iron sheet structure 907 or the far-infrared powder ceramic sheet structure.

The far-infrared powder iron sheet structure 907 comprises the far-infrared powder iron sheet 908 with the far-infrared powder, the PTC heating sheet 909 that is close to the lower end surface of the far-infrared powder iron sheet 908, and the PTC heating sheet 909 that is close to the bottom surface of the far-infrared powder iron sheet 909. The first temperature controller 910 that can control the temperature on the end face, the first temperature controller 910 controls the PTC heating plate 909 to generate heat and heats the far-infrared powder iron sheet 908 to make the far-infrared powder on the far-infrared powder iron sheet 908 After being heated, far-infrared rays are generated and radiated outwards to achieve far-infrared therapy.

The far-infrared powder ceramic sheet structure includes a far-infrared powder ceramic sheet 911 with a far-infrared powder and built-in heating wire 912, a second temperature controller that is close to the lower end surface of the far-infrared powder ceramic sheet 911 and can control the temperature. 913, the second temperature controller 913 controls the heating wire 912 to generate heat and heats the far-infrared powder ceramic sheet 911 so that the far-infrared powder on the far-infrared powder ceramic sheet 911 is heated to generate far-infrared rays and radiate outwards. Realize the far infrared treatment function.

Far-infrared rays have strong penetrating power and radiation power, and have significant temperature control effect and resonance effect. It is easily absorbed by objects and converted into internal energy of objects. After the far-infrared rays are absorbed by the human body, it can make the water molecules in the body resonate, activate the water molecules, strengthen the binding force between them, thereby activating biological macromolecules such as proteins, so that the biological cells are at the highest vibration level. Due to the resonance effect of biological cells, the far-infrared heat energy can be transmitted to the deeper part of the human body, and the temperature of the lower layer will rise, and the generated heat will be emitted from the inside to the outside. This kind of action can dilate capillaries, promote blood circulation, strengthen the metabolism between various tissues, increase the regenerative ability of tissues, improve the immune ability of the body, and regulate the abnormal state of mental excitement, thus playing the role of medical care. The utility model is provided with a far-infrared light bulb 904 and a far-infrared powder plate structure, which realizes the far-infrared treatment function and can play the role of auxiliary treatment and nursing. For example, far-infrared rays can improve blood circulation and joint pain. It can regulate autonomic nerves, skin care and beauty, and improve the circulatory system. In terms of nursing functions, far-infrared rays are also widely used, such as basic nursing: decubitus patients, chronic ulcers, etc. have good healing effects; such as surgical nursing: due to postoperative wound healing, inflammation, exogenous disease, wound healing, peripheral injury disease; such as burn care: major surgery inflammation, severe burn patients, chronic ulcer after burn, post-burn infection; such as obstetrics and gynecology care: dysmenorrhea, irregular menstruation, pelvic cavity Inflammation, etc.; such as the treatment and nursing of common diseases in the elderly: functional training, muscle strength training, joint function recovery, cystitis, prostatitis, lymphitis, etc. for post-stroke sequelae (hemiplegia patients); such as rehabilitation nursing: low back pain, lumbar disc herniation, Functional training, muscle strength trauma recovery, joint somatosensory function rehabilitation after ligament reconstruction, soft tissue injury, lumbar muscle strain, sciatica, frozen shoulder, etc., can meet the various needs of users.

The utility model realizes a simple structure, convenient movement, fumigation structure can automatically lift water, convenient cleaning, flexible use and combination, wide application range, remarkable effect, convenient installation and disassembly, space saving, beautiful appearance and controllable It has beneficial effects such as steam output temperature and safe use, and has far-infrared ray therapy function, which can meet various needs of users, has broad market prospects, and is worthy of widespread promotion and application.

The above are only preferred embodiments of the present utility model, and are not therefore limiting the patent scope of the present utility model. All equivalent structural transformations made by using the utility model specification and accompanying drawings are directly or indirectly used in other related technologies. Fields are all included in the scope of patent protection of the utility model in the same way.

Claims (7)

1. A fumigation bed, comprising a bed body, a host structure, a steam chamber connected to the host structure through a steam hose, characterized in that, the bed body includes a bottom that is provided with several pulleys that can easily move the bed body The base, the foot plate set at the front end of the base, the seat plate set on the base, the backrest with an opening matching the back of the human body in the middle of the flexible connection with the rear end of the seat plate, the set The detachable armrest structure on both sides of the base, the inner surface of the armrest structure is provided with a number of positioning pieces with positioning holes in the middle, the inner surface of the armrest structure is also provided with a number of screw holes, the base A positioning column that fits the positioning hole and fixes the armrest structure is provided at a position corresponding to the positioning hole, and the base is provided with a number of openings at positions corresponding to the screw holes. The positioning hole is inserted into the positioning column from top to bottom, and the screw passes through the opening and is threadedly connected with the screw hole so that the armrest structure is fixed on the side of the base; The host structure is fixed at the lower end of the base by means of screw connection, the host structure includes a host casing, a fumigation structure and an atomization structure arranged in the main casing, and the fumigation structure and the The bottom of the atomization structure communicates with the water tank inside the main casing, the blower inside the main casing and communicates with the upper end of the atomization structure, and the bottom cover that covers the lower end of the main casing, The main engine structure also includes a control circuit board arranged in the main casing and capable of controlling the operation of the fumigation structure, the atomization structure and the blower, The water tank is provided with a water level switch that can control the water level of the water tank and can issue a water level prompt. The water tank is provided with a water outlet pipe, and the water outlet pipe is connected with a three-way joint. The water pipes of the fumigation structure and the atomization structure are connected so that the water tank can automatically lift water for the fumigation structure and the atomization structure, and the other end is connected with a silicone tube. a drain valve for emptying the water tank, the fumigation structure and the atomization structure; The atomization structure includes an atomization chamber with an air inlet on the side and a bottom connected to the water tank, and an atomization chamber cover on the atomization chamber. There is an atomization cup structure with an air inlet gap at the position and can hold water or liquid medicine, and an atomization generator that can atomize the water or the liquid medicine to generate water mist or water mist of medicine molecules; The fumigation structure includes a heating chamber whose bottom communicates with the water tank, and a heating chamber cover that is snapped onto the heating chamber through a spring buckle. The heating pipe at the place, the temperature controller which is arranged on the lower end surface of the boiling water container and is electrically connected with the heating pipe and controls the heating temperature of the heating pipe, the temperature controller is electrically connected with the control circuit board, The heating chamber also includes a medicine pack rack arranged on the water boiling container and capable of containing medicine packs, and the heat pipe heats and boils the water contained in the water boiling container to generate hot steam. The hot steam passes through the drug pack to form the hot steam of drug molecules; The upper end of the atomization chamber and the upper end of the heating chamber communicate with each other, an air supply channel is provided between the blower and the air inlet, and an air supply member is provided in the air supply channel. When the blower is working, The natural wind is delivered to the atomization chamber through the air supply unit, and the natural wind drives the water mist and the water mist of the drug molecules into the heating chamber and combines with the hot steam and the hot steam of the drug molecules. Fully mix and form a mixed gas, which enters through the steam hose and fills the steam chamber; The steam chamber is fixed on the back of the backrest, and the steam chamber is provided with a steam outlet plate matching the opening at the position of the opening. The steam outlet hole through which the mixed gas passes and fumigates the back of the human body leaning on the backrest, and a number of temperature sensors that can detect the temperature at the steam outlet hole are evenly arranged in the steam chamber. The sensor is electrically connected to the control circuit board; Several far-infrared bulbs are arranged on the backrest, and the far-infrared bulbs include a gas-filled far-infrared bulb body and a tungsten wire arranged inside the far-infrared bulb body, and the tungsten wire generates heat under the action of AC voltage and heating the gas in the far-infrared light bulb to generate infrared electromagnetic waves and radiate outwards to realize the far-infrared therapeutic function; The foot board, the seat board, and the backrest are all provided with a number of far-infrared powder board structures that can generate and radiate far-infrared rays outward, so as to realize the far-infrared treatment function. 2. A kind of fumigation bed according to claim 1, characterized in that, the far-infrared powder plate structure comprises a far-infrared powder iron sheet structure or a far-infrared powder ceramic sheet structure; The structure of the far-infrared powder iron sheet includes a far-infrared powder iron sheet with far-infrared powder, a PTC heating sheet close to the lower end surface of the far-infrared powder iron sheet, and a PTC heating sheet close to the PTC heating sheet. The first temperature controller on the lower end surface and can control the temperature, the first temperature controller controls the PTC heating sheet to generate heat and heats the far-infrared powder iron sheet to make the far-infrared powder iron sheet After the infrared powder is heated, far-infrared rays are generated and radiated outwards to realize the therapeutic function of far-infrared rays; The far-infrared powder ceramic sheet structure includes a far-infrared powder ceramic sheet with a far-infrared powder and a built-in heating wire, a second temperature control panel that is close to the lower end surface of the far-infrared powder ceramic sheet and can control the temperature. controller, the second temperature controller controls the heating wire to generate heat and heats the far-infrared powder ceramic sheet so that the far-infrared powder on the far-infrared powder ceramic sheet is heated to generate far-infrared rays and Radiate out so as to realize the far infrared treatment function. 3. A fumigation bed according to claim 2, characterized in that, the atomization cup structure comprises an atomization cup, an atomization film arranged at the bottom of the atomization cup, and a cover arranged on the atomization film Atomizing cover on the lower end face. 4. A fumigation bed according to claim 1, 2 or 3, characterized in that a power socket and a power switch are provided on the side wall of the main casing. 5 . The fumigation bed according to claim 4 , characterized in that, several connection openings are also provided on the side wall of the main casing. 5 . 6 . The fumigation bed according to claim 5 , wherein a steam outlet port is provided at the connection between the heating chamber and the steam hose. 7 . 7 . The fumigation bed according to claim 6 , wherein the bottom cover is provided with a waterproof silicone seat at a position corresponding to the air supply channel. 7 .