CN106730376A - Far infrared hot air type therapeutic device with multiple functions - Google Patents

Abstract

The present invention discloses a far infrared hot air type therapeutic device with multiple functions, which comprises: a shell seat, the top of the shell seat is provided with an air supply duct, the bottom of the shell seat is provided with an air chamber, the upper edge of the air chamber is provided with a plurality of air inlets, an air supply and adjustment device is disposed at the inner side of the periphery of the casing seat corresponding to the ring section of the air inlet, a control part is disposed at the outer side of the casing seat and extends outwards, the electric heating component is disposed between the air supply and adjustment device and the air outlet of the air supply duct, the electric heating component is an electric heating ceramic body with a far infrared uniform multi-pore filtering hole, a multi-channel hole temperature regulating loop is arranged on the control part, the temperature is monitored at multiple points, the electric heating component generates heat to gain the far infrared effect, the human body is gently irradiated, the blood vessel circulation and cell activation functions of the human body are facilitated, the electric heating component of the ceramic body can generate preset heat through the average output power of the temperature regulating loop and the rectification heating of a circuit module through alternating current electric energy, the preset heat is generated, and the air is blown out through an air supply and regulating device to release beneficial hot air to relieve the discomfort of.

Description

Far-infrared hot air treatment device with multiple functions

technical field

The present invention relates to a far-infrared hot air treatment device with multiple functions, especially one that can effectively transport hot air at a short distance to provide heat treatment for human upper respiratory diseases and can effectively isolate dust and impurities in the air to achieve sterilization. It is a far-infrared hot air treatment device with multiple functions such as antibacterial, activating human cells, and repairing. The human body can shrink the blood vessels and muscles of the respiratory tract and expand them back through the process of blowing hot air on sensitive parts, so as to properly protect the microvessels and nerves. It is used to improve the conditioning of allergic reactions caused by human discomfort.

Background technique

Generally, the human body’s response to a cold to resist germs is to raise the body temperature slightly. Fever phenomenon is a natural phenomenon for patients to kill invading viruses. Generally, fever above 40°C has a significant effect, but systemic fever will cause extreme discomfort to the body, so it is the most common. The way to alleviate discomfort is to use antibiotics, which can kill bacteria but have side effects such as gradually developing drug resistance;

As shown in Figure 1, it is the patent of CN No. 2037990U "Hot Air Healing Apparatus", which mainly has an electric heating device 8 and an air inlet 2 positioned on the shell 1 and includes an air duct 4 that blows the air entering the shell 1 to the air duct 4. The micro-fan 6 of the electric heater 8 electric heating wire 7 and a soft duct 5 that draws out the above-mentioned heated air, utilize the thermostat to regulate the temperature of the wind, the heating value of the electric heating wire 7 is controlled by the thermostat, utilize the electric heater 8 and micro fan 6 produce hot air and lead it out by a duct. The air temperature is 45°C. The temperature of the air inhaled into the nasal cavity at the outlet is about 43°C from the nose about 2cm to treat respiratory diseases and cold symptoms. However, it passes through the duct 5 The hot air is transmitted to the outside air and then inhaled with a distance between the mouth and nose. It is easy to adjust the temperature of the hot air due to the influence of different external climate temperature differences, and it is easy to mix with fine dust or dust mite impurities in the air. Being inhaled together into the respiratory tract affects the therapeutic effect, and the heating wire 7 used for heating mostly uses tungsten wire or nickel-chromium wire as the heating element to generate instantaneous high heat temperature through the heating lamp, which must be kept for a long time with the micro fan 6 and the heating wire 7 In order to reduce the blowing of hot air, and the use end of the air outlet must be connected with a long duct 5 to maintain a long distance to slow down the direct rush of hot air, so the equipment body is heavy and cannot be used lightly, and local high temperature will cause carbonization of plastic materials and release harmful materials And relatively high electromagnetic radiation, it is easy to cause the hot air gas sent out to leave harmful carbon compounds, which may cause damage to human lungs if inhaled accidentally.

In view of this, the inventor relies on long-term research on related industries and well-understood concepts, then designs with many years of experience, and after many discussions and sample tests, the present invention is launched.

Contents of the invention

The main purpose of the present invention is to provide a multifunctional far-infrared hot air treatment device.

To achieve the above object, the present invention adopts the following technical solutions:

A far-infrared hot air treatment device with multiple functions, including: an electric heating component, a circuit module, an air supply and adjustment device, a shell seat compatible with the electric heating component and circuit module, Among them, the top of the shell seat is an air supply channel with an air outlet, and the bottom is an air chamber with a suitable space. There are several air inlets on the upper edge of the air chamber, and a suitable section is extended from the outside of the shell seat for The control part of the external power supply is connected with the operation interface, and the end of the air outlet can be set with different functional fixture tubes for insertion in different affected parts of the human body. The electric heating ceramic body has an appropriate distance between the air supply and the adjustment device and the air outlet, and is vertically opposite, so that the uniform multi-channel ceramic electric heating element can be heated evenly and the air flowing into the multi-channel filter holes of the ceramic body can form multi-channel transportation to avoid Unstable power consumption, and using the multi-channel temperature adjustment circuit and multi-point monitoring temperature function mode in the control part, the best power output can be calculated, and the average output power can be used for stable temperature control to form a controllable multi-channel temperature monitoring To adjust the power of the electric heating component, the circuit module is arranged in a suitable place in the shell seat for the control part, the air supply and adjustment device to be electrically connected with the electric heating component, and the air supply and adjustment device is arranged on the inner side of the shell seat periphery of the corresponding air inlet ring section and The circuit module is electrically connected to adjust the air volume and transmit it stably to the air outlet of the air supply channel; thereby, the control part can activate the control operation interface function, so that the hot air generated by the heating component of the electric heating component can use the AC energy to output the average output power of the temperature adjustment circuit , through the rectification and heating of the circuit module to generate a predetermined heat temperature control range, the current is reduced to control the temperature, so that the warm air inside is blown forward by the air supply and adjustment device, so that the ceramic body heating element that generates heat forms a beneficial warm air flow that can be passed by the air supply The hot air is output from the channel and sent to the air outlet with a safe constant temperature to the fixture to effectively conduct the hot air to the affected area, and use multi-channel temperature monitoring to adjust the power of the electric heating component and the air flow field to maintain a stable temperature of the air field and deliver the hot air to the human respiratory tract and Other parts achieve the effect of inhibiting bacteria, and use the electric heating element to generate heat to gain the effect of far-infrared rays, gently irradiate the human body, help the human blood vessel circulation and cell activation, and then improve the discomfort of the body.

It uses an electric heating element connected to a circuit module, an air supply and adjustment device for communicating with the electric heating element, a housing for the air supply and adjustment device and the electric heating element, and a power supply connected to the circuit module. The heating element is connected to the control part that generates heat, and a far-infrared electric heating ceramic body with a uniform multi-channel filter perforation is used as an electric heating element, so that the control part can be equipped with a multi-channel hole temperature adjustment circuit, and the temperature can be monitored at multiple points. With stable temperature control, the electric heating element can heat up and gain far-infrared effects, gently irradiate the human body, help blood circulation, and have multiple functions such as sterilization, antibacterial, human cell activation and repair, so as to relieve the discomfort of the affected area.

The secondary purpose of the present invention is to provide a far-infrared hot air treatment device with multiple functions, which can be set with different functions by using the end of the air outlet of the air supply channel of the housing base, which can be set as nasal type, throat type or touch The skin-type jig tube head is used for direct insertion of different affected parts of the human body, so that the hot air with curative effect passes through the jig outlet on the air outlet of the air supply channel at a constant temperature and directly enters the nasal cavity or throat cavity for heat healing and cell repair of the respiratory tract According to the difference of the symptoms, select and activate it through the operation interface function option of the control part, and repeat multiple functions such as sterilization, antibacterial, cell activation and repair, which will greatly improve the discomfort of the body.

Another object of the present invention is to provide a multi-functional far-infrared hot-air treatment device, which can be provided with an air inlet with a dust-proof filter film layer on the surrounding wall corresponding to the air supply and adjustment device by using the shell seat , so that the air supply and regulating device sucks the air from the air chamber of the shell seat from the outside, which can effectively isolate the fine dust in the air and achieve the dustproof effect to prevent the respiratory tract from inhaling or the heat treatment of the affected part from causing irritation.

Another object of the present invention is to provide a multi-functional far-infrared hot air treatment device, which can be equipped with a handle-shaped external control part of the shell seat and has temperature adjustment, temperature control switch and Air supply volume and configuration Operation interface for power-off setting, the operation interface can be set and configured with internal key travel to adjust temperature, air supply, action time, micro-mist steam adjustment and self-setting to meet the needs of the travel and Provide the control key for selecting the affected part (nasal cavity, throat cavity or foot) as the switch for hot air therapy, and also configure the setting for the user to choose the operation key for air volume and temperature control adjustment, manual/automatic temperature control and power-off emergency switch It is more safe to use.

Another object of the present invention is to provide a multi-functional far-infrared hot air treatment device, which utilizes a liquid crystal display panel that is electrically connected to the control unit and the circuit module at a suitable position on the surrounding wall of the housing base. Let the operation interface of the operation control part set the temperature and temperature control value so that the heat generated by the ceramic body of the electric heating component under the temperature control setting of the circuit module can be effectively ensured by the temperature control and power off setting to ensure that it will not be burned when used, and through the electric heating Components, air supply and adjustment devices, and the control unit are electrically connected to the circuit module at the bottom, so that the control unit can be used to provide multi-channel temperature monitoring, far-infrared ray irradiation function, micro-mist steam device, and touch-sensitive human-machine The functional state of the operation interface such as the interface and the power-off system can be set through the voice interface of the LCD screen at the bottom, and the set options and operation functions can be voiced at the same time.

Description of drawings

Fig. 1 is a schematic diagram of the internal structure of an existing hot air type sterilization treatment device.

Fig. 2 is a perspective view of the ceramic heating element of the present invention.

Fig. 3 is a combined sectional view of the present invention.

Fig. 4 is a structure and circuit diagram of the far-infrared hot air treatment device of the present invention.

Fig. 5 is a functional-efficiency diagram of the far-infrared hot air treatment device of the present invention.

Fig. 6 is a schematic cross-sectional view of the use state of the present invention.

Fig. 7 is a cross-sectional view 1 of the combination of the jig according to the embodiment of the present invention.

Fig. 8 is a cross-sectional view 2 of the combination of the jig according to the embodiment of the present invention.

Fig. 9 is a third cross-sectional view of the combination of the jig according to the embodiment of the present invention.

Fig. 10 is a cross-sectional view of a combination of a liquid crystal display panel and a control unit according to an embodiment of the present invention.

Fig. 11 is a cross-sectional view showing the assembly of the air inlet of the shell base with filter membrane layer according to the embodiment of the present invention.

Fig. 12 is an exploded schematic diagram of the filter membrane layer and the air inlet of the housing seat according to the embodiment of the present invention.

【Symbol Description】

1......Housing 2..........Air inlet 3..........Filter

4...Air duct 5.....Duct 6.....Fan

7......Heating wire 8........Electric heater 10.......Electric heating assembly

11.....ceramic body 12..filter perforation 20..circuit module

30.....Air supply and regulating device 40.....Shell seat 41.....Air chamber

42.....Air duct 43.....Air outlet 44.....Air inlet

441....Filtration membrane layer 442...Assembly slot 45....Display panel

50....Control part 51....Operation interface 52....Emergency switch button

60, 60A, 60B.. fixture 61, 61A, 61B.. tube head

detailed description

Hereby cooperate with drawing to enumerate preferred embodiment, the content of the present invention in detail is as follows:

Please refer to Fig. 2, 3, 4 and 5, it has multi-functional far-infrared heat treatment device, which includes: an electric heating component 10, a circuit module 20, an air supply and adjustment device 30 and a supply air and The housing base 40 of the regulating device 30 is compatible with the electric heating component 10 and the circuit module 20, and the circuit module 20 is set in a suitable place in the housing base 40 for the control part 50, the air supply and regulating device 30, and the electric heating component 10 to be electrically connected , the top of the shell seat 40 is an air supply channel 42 with an air outlet 43 in a suitable section, and an air chamber 41 in a suitable space is provided at the bottom, and several air inlets 44 are arranged on the upper edge of the air chamber 41, corresponding to the ring section of the air inlet 44 An air supply and adjustment device 30 is provided on the inner side of the periphery of the shell seat 40, and an electric heating element 10 is arranged on the lower edge of the upper air supply duct 42, so that the electric heating element 10 is at an appropriate distance between the air supply and adjustment device 30 and the air outlet 43. Opposite up and down, a control part 50 with an operation interface is provided on the outer side of the shell base 40. The outer end of the control part 50 is used to connect a power line. Coating materials (radiating far-infrared rays, with an average emissivity of over 85% in the 4 μm to 12 μm band) are combined, and then molded into a suitable thick ring block or a uniform multi-channel ceramic heating element of various shapes. Ceramic body 10 11. According to the volume of the shell seat 40, configure a ceramic body 11 with an appropriate thickness, so that the calculation of the optimal number of holes can be arranged through the surface of the ceramic body 11 and the volume of each filter hole 12 and the inner volume of the shell seat 40, the distance and the effective control of the interior The heat can be dissipated evenly, reducing electromagnetic radiation and evenly heating the air flowing into the ceramic hole to maintain a constant temperature hot air delivery, which can avoid unstable power consumption and internal temperature overheating, and can greatly shorten the air supply pipeline and reduce the volume of the equipment. The control part 50 can be equipped with multi-channel temperature monitoring, far-infrared irradiation function, micro-mist steam device, touch-sensitive human-machine interface, power-off system and other operation interfaces to provide adjustable temperature loops, monitor temperatures at multiple points, and calculate the best power output. The average output power and then stable temperature control, so that the formed far-infrared ceramic body 11 electric heating component 10 can be rectified and heated by the average output power of the temperature-regulating circuit through the circuit module 20 (as shown in Figure 6) to generate predetermined heat through alternating current energy (The temperature control range is about 25°C ~ 150°C) and the electric heating element 10 is used to generate heat to gain the far-infrared effect, gently irradiate the human body, and help the blood vessel circulation and cell activation function of the human body. The air supply and adjustment device 30 is electrically connected to the circuit module 20 The external cold air is introduced into the air chamber 41 by adjusting the air volume through the air supply and regulating device 30 to transmit the cold air stably (the air volume range is about 0.1-5L/min), so that the electric heating element 10 can release the heat source The cold air is heated to 40°C ~ 80°C, and the warm air that can make people feel comfortable and not hot is blown through the air supply and adjustment device 30 to the air supply channel 42, so that the electric heating element 10 is heated by the hot air. The air can pass through the electric heating element 10 of the ceramic body 11 to control the temperature by reducing the current, and control the internal temperature to be consistent with the temperature of the hot air sent out, thereby greatly reducing the temperature. Shorten the distance of the air duct 42 to release the beneficial warm air with the function of hot air sterilization and cell activation (the optimum temperature for heat sterilization is about 40°C-45°C) at a short distance. The uniform hot air flow in the body 11, and the air outlet 43 at the top of the shell seat 40 communicates with the air supply channel 42, so that the air supply and the space of the air chamber 41 at the bottom of the adjustment device 30 can form a blast effect and maintain a good wind effect. The air supply and adjustment device 30 transmits hot air through the heating ceramic body 11 to transmit beneficial warm air (as shown in Figure 6) and can be output by the air outlet 43 of the air supply channel 42, and a soft heat-resistant rubber jig 60 ( As shown in Fig. 7), the connection makes it effectively transmitted to the human body (such as the nasal cavity and throat cavity), and the safe and constant temperature hot air is transmitted to the outlet end of the jig 60, so that it can be directly transported into the affected part with the most suitable distance. Perform heat therapy (the effect is significant at a temperature of about 40°C to 45°C) and sterilize, and use multi-channel temperature monitoring to adjust the power of the electric heating component and the air supply flow field to maintain the appropriate temperature of the wind field, and deliver the hot air to the human respiratory tract and others The parts achieve the effect of inhibiting bacteria, and use the electric heating element to generate heat to gain the effect of far-infrared rays, gently irradiate the human body, help the human blood vessel circulation and cell activation, and greatly improve the discomfort of the body.

As shown in Figure 8, the jig 60A can be set as a single-mouth straw tip 61A for the oral cavity, so that the hot air of the hot air can be sucked by the mouth of the human body through the straw tip 61A, so that it can be sucked at the most suitable distance. The fixed temperature is safe to transmit and inhale directly into the throat and respiratory tract for hot air sterilization, alleviating and alleviating the discomfort symptoms and allergic reactions of the human respiratory tract.

As shown in Fig. 9, the jig 60B can be set as a tube head 61B that is arranged in plural toes and has a radian, so that the tube heads 61B of the jig 60B can be placed between the toes of the human body, so that it is warm The hot air flows through the tube head 61B to directly transfer the hot air between the toes at the most suitable distance to reach the foot. The Hong Kong foot generates hot compresses to sterilize the surface of the skin of the feet, effectively treating the toes on the skin of the human feet. Eczema mold or general mold can cause skin discomfort such as dermatitis or prickly heat rash.

Wherein, the shell seat 40 can be set as a water or mist steam humidifying device to cooperate with the air supply and adjustment device 30, so that the shell seat 40 of the water vapor device can be released by the ceramic body 11 with the air supply and adjustment device 30. The heat source and hot air are mixed and passed through the nozzles 61, 61A, 61B of the jigs 60, 60A, 60B, inhaled by the human mouth and nasal cavity, and flowed into the human respiratory tract for hot compress treatment (water or medicine steam at 25°C, 0.5-1L/min, Circulation therapy), the curative micro-mist steam device and hot air are mixed together and flow into the nasal cavity or throat cavity through the outlet of the fixture on the air outlet of the air supply channel to perform thermal compress and cell repair effect on the respiratory tract, and can be used according to the symptoms The difference is that the operation interface function option of the control part can be selected to start using multiple functional treatments at the same time or repeated cycles to adjust and improve physical discomfort.

Wherein, an appropriate place on the outside of the control part 50 of the housing base 40 can be provided with a handle-shaped operation interface 51 with temperature adjustment, temperature control switch, air supply volume and configuration power-off setting. The operation interface 51 can set the configuration With the internal key stroke, you can adjust the temperature, air supply, action time, micro-mist steam adjustment and self-setting according to your own needs to meet your needs. (The stroke setting can be hot air 42 ℃, 0.5 ~ 1L/min, 3min) to provide multiple Functionality Select the affected part (nasal cavity or throat cavity or skin) as the switch key for hot air therapy, and it can also be configured for the user to choose the air volume and temperature control adjustment and manual/automatic temperature control or set the operation key of the power-off emergency switch button 52 , and it is more secure to use.

As shown in Figure 10, a displayable temperature safety limit range is provided on the surrounding wall of the shell base 40, with a touch operation instruction interface, audio and video confluence and multi-language mode, an intelligent interactive introduction module, a control unit 50 and a circuit module. The 20-phase liquid crystal display panel 45 is electrically connected, so that the operation interface 51 of the operation control part 50 can set the temperature and temperature control value so that the heat generated by the ceramic body 11 of the electric heating element 10 under the temperature control setting of the circuit module 20 can pass through the temperature. The control and power-off settings must effectively ensure that there will be no burns during use, and the electric heating component 10, the air supply and adjustment device 30, and the control part 50 are electrically connected to the circuit module 20 at the bottom, so that the control part 50 can be used to connect The multi-function module enables the whole body to be equipped with multi-channel temperature monitoring, far-infrared ray irradiation function, micro-mist steam device, touch-type human-machine interface, power-off system, etc. The functional status of the operation interface can be accessed through the LCD screen voice interface at the bottom The set options and operating functions can be voiced at the same time, and the power switch controls the external input power connection to start or stop the treatment device, and the use of the touch-sensitive man-machine interface is more user-friendly.

As shown in Figure 11, the shell seat 40 can be provided with one or a plurality of air inlets 44 on the surrounding wall corresponding to the air supply and adjustment device 30, so that the air supply and adjustment device 30 can suck the external air into the air chamber through the air inlet 44 41, and one or a plurality of air inlets 44 can be provided with a filter membrane layer 441, so that the air supply and adjustment device 30 can be inhaled from the outside when the air chamber 41 of the air shell seat 40 can achieve the prevention of the entry of fine dust in the air. Dust effect, to avoid unclean air entering the device to cause irritation and harm to respiratory inhalation or heat treatment of affected parts.

As shown in Figure 12, the activated carbon filter membrane layer 441 can be set to be detachably installed in the periphery of the air inlet 44 and is provided with an installation groove 442, so that the cleaning or replacement of the activated carbon filter membrane layer 441 can be done automatically. It can be disassembled or replaced in the installation groove 442 .

The above is only a specific embodiment of the present invention, but the scope of protection of the present invention is not limited thereto. Anyone skilled in the art can easily think of changes or substitutions within the technical scope disclosed in the present invention. Should be covered within the protection scope of the present invention. Therefore, the protection scope of the present invention should be determined by the protection scope of the claims.

Claims (5)

1. one kind has the far infrared hot blast formula therapeutic system of multi-functional, it is characterised in that including：One Electric-heating assembly, a circuit module, an air-supply and adjusting means, a feed wind and adjusting means and electric-heating assembly And the shell block of circuit module compatibility group, wherein shell block top is in the air delivery duct that a suitable section has air outlet, and bottom sets In the air chamber in a suitable section space, air chamber upper limb is provided with several air inlets, and extended one section is fitted outward in the outside of shell block one It is available for external power source to connect the control unit of tool operate interface, its air outlet end can be arranged different function tool pipes Head, plants for human body difference affected part and uses, and electric-heating assembly is porous in the uniform type of a suitable thick tool far infrared The electric ceramic body of perforation is filtered in road, in it is suitable away from be between air-supply and adjusting means and air outlet it is relative up and down, Making uniform type multi-pore channel ceramic electric heating component be available for uniform heating to flow into the air of ceramic body multi-pore channel filter perforation can Form multichannel conveying and avoid the unstable consumption of power, and using control unit be provided with multichannel temperature adjustment loop and Multiple spot monitoring temperature function pattern, can calculate the output of optimal electric energy, average output power and then carry out stabilization Temperature control form as many as controllable channel temperature monitoring adjustment electric-heating assembly power, circuit module is located at shell block Interior one suitable place is electrically connected for control unit, air-supply and adjusting means and electric-heating assembly, blows and adjusting means It is electrically connected with circuit module located at correspondence air inlet ring segment shell block periphery inner side and is sent to adjusting air quantity stabilization Air delivery duct air outlet sends out；Thereby, make control unit start control operation interface function, send out electric-heating assembly The hot gas that thermal response goes out can be whole by circuit module using alternating current energy through temperature adjustment loop average output power Stream heating produces predetermined temperature temperature-control range to control temperature with current reduction, makes the warm gas of its inside by blowing And adjusting means blow forward make heating ceramic body electric-heating assembly formed transmission it is beneficial warm air-flow can be by blowing Road is exported and is sent to air outlet to tool with safe constant temperature hot blast and hot blast is effectively conducted to affected part, and is utilized Multichannel monitoring temperature adjusts electric-heating assembly power and air-supply flow field, keeps stabilization wind field temperature, and hot blast is defeated Deliver to human respiratory tract and other positions reach suppression germ effect, and it is far red using electric-heating assembly heating gain Outside line effect, gently irradiates human body, helps human vas circulation and cell activation, enters to improve body not Suitable phenomenon.

2. the far infrared hot blast formula therapeutic system of tool multi-functional according to claim 1, it is special Levy and be, the bottom one of shell block fit side can set one can displays temperature scope tool touch control operation explanation of limiting safely connect It is mutually electrical with control unit and circuit module that mouth, audio-visual conflux multi-lingual pattern, intelligent interactive introduce module The liquid crystal display panel of connection, control unit can set to be had temperature adjustment, temperature detect switch (TDS) and air output and matches somebody with somebody in handle hand shape Put multichannel monitoring temperature, far infrared irradiation function, micro- mist steam device, touch man-machine interface, disconnected The operate interface of electric system switching, through LCD Panel option of operation and makes its speech interface can be with control The operate interface in portion synchronous its set option and operating function with speech utterance, and power switch control are outside Input power connection starts or closes therapeutic system, and corresponding with air-supply and adjusting means in the perisporium of shell block Place set one or plural number be provided with the air inlet of replaceable active carbon filtration film layer.

3. the far infrared hot blast formula therapeutic system of tool multi-functional according to claim 1, it is special Levy and be, the ceramic body of electric-heating assembly is heated by circuit module rectification and produces predetermined temperature temperature-control range to be about 25 DEG C~150 DEG C, air-supply and adjusting means and circuit module be electrically connected with quantity-adjustable scope be about 0.1~ 5L/min。

4. the far infrared hot blast formula therapeutic system of tool multi-functional according to claim 1, it is special Levy and be, air outlet of the shell block in air delivery duct can be set the tool of a soft heat resistant rubber appendix, the tool Can set and be connected with appendix in nasal cavity type plant tube head, or tool can set in cavum laryngis formula in single port shape tube head with Appendix is connected, or tool is set to for giving the tube head for scooping out person's toe hot compress in plural number arrangement shape tool radian.

5. the far infrared hot blast formula therapeutic system of tool multi-functional according to claim 1, it is special Levy and be, micro- mist steam humidifying device can be hinged with shell block and be electrical connected with control unit and circuit module, make micro- Mist steam device is mixed with hot blast and is sent out by the tool on the air outlet of air delivery duct.