CN111140907A

CN111140907A - Bathroom multifunctional heating equipment for heating by surrounding human body with hot water mist

Info

Publication number: CN111140907A
Application number: CN202010150107.XA
Authority: CN
Inventors: 陈佳全
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-03-06
Filing date: 2020-03-06
Publication date: 2020-05-12

Abstract

The invention discloses a bathroom multifunctional heating device for heating a human body by surrounding hot water mist, which relates to the technical field of bathroom heating, and compared with the traditional bathroom heater, the device has the characteristics of energy conservation, high efficiency and high comfort level, and can not cause damage to the human body; compared with the traditional steam warmer, the device is not influenced by water pressure and water temperature, has obviously improved fogging effect, can circularly diffuse water mist in a bathroom, has uniform heat supply, can always keep hot water with proper temperature for generating hot mist in the atomizing box, does not have the problem of difficulty in processing failure hot water, and has higher temperature rise efficiency in use; for traditional steam heater, this equipment is more accurate to the control of bathroom temperature and humidity, and control bathroom temperature and humidity that can be accurate quick make the body of bathroom feel the temperature and keep the required suitable value when the human body is bathed always, use comfortable more and convenient.

Description

Bathroom multifunctional heating equipment for heating by surrounding human body with hot water mist

Technical Field

The invention relates to the technical field of bathroom heating, in particular to a bathroom multifunctional heating device which utilizes hot water mist to surround a human body for heating.

Background

The bathroom heater is a heating device integrating the functions of bathroom heating, ventilation, illumination and the like, and can be used in bathrooms of thousands of households. The bath heater produced according to the national standard (GBT 22769-2008 standard of electric heating appliances for bathroom (bath heater)) can meet the use requirements of certain water resistance, explosion resistance, average service life of more than 5000 hours and the like. Most of the prior bathroom heaters generally have the following defects:

when people take a bath in winter, 4 bulbs of the bath heater are usually all lighted, the wattage of each bulb of most bath heaters is 275 watts, other power consumption parts are not counted, and only 4 bulbs are added together to reach 1100 watts, so that the energy consumption is very high;

for the bath warmer which is intensely luminous, the blue light emitted by the bath warmer is the most harmful visible light proved by research, can cause irreversible damage to eyes, the eyes can be burnt by the excessive visible light, in addition, the infrared rays can also cause damage to the eyes through heat radiation, the protection method is to ensure that the eyes of a user do not directly contact with the front of the infrared rays, or the user sits on the side of the bath warmer, is out of sight, or faces away from the bath warmer, and is warmed to avoid the damage, but the heating effect is reduced;

the bulb of the existing bathroom heater has waterproof performance, but metal fittings in the bathroom heater body are not waterproof, namely, metal in the body is still conductive, and risks such as power supply short circuit and the like can be caused if water is splashed;

the working principle of the existing bathroom heater is that the temperature of a bathroom is raised through the heat radiation of a heating bubble, but the bathroom heater can only heat a local area radiated by the heat radiation, and cannot warm the whole bathroom, and the temperature of the bathroom is not uniform. The heating mode of the bathroom heater heat radiation makes people warm up and cool down (head and feet are cool), does not meet the requirement of human body heat comfort, and is very easy to cause respiratory tract infection for the old, children and the weak.

The prior art also discloses a steam warmer which is provided with a patent number CN101493239B and is matched with an electric water heater for use, and the warmer has the following defects:

1. limited fogging capacity, less or less than ideal fogging effect

The steam warmer described in this patent utilizes the hot water produced by the original household electric water heater to be ejected oppositely through two nozzles oppositely arranged in the sprayer, so as to generate a large amount of water mist by impact, and then the water mist is further atomized by collision through the metal net to form micron-sized mist beads to be emitted into the bathroom. Because the atomizing nozzle and the two-time impact atomizing are utilized for atomizing, the atomizing capacity is limited by the pressure of hot water from the water heater, obviously, the pressure of the hot water is not too high (required by people for bathing), and the equipment is not designed related to pressurization, so the atomizing capacity of the equipment is limited, and the atomizing effect is not ideal.

2. The diffusion and circulation of hot water mist are insufficient, the overall heat supply of the bathroom is uneven, or the use comfort is poor

The diffusion and circulation of the hot water mist generated by the steam warmer described in the patent only depend on the natural diffusion from the mist outlet, and no functional module corresponding to the diffusion and circulation of the hot water mist is designed. This can make hot water smoke concentrate near the fog outlet, and the hot water smoke is thin in other positions of bathroom of keeping away from the fog outlet, and hot water smoke diffusion, circulation dynamics are not enough promptly, can lead to the whole heat supply in bathroom inhomogeneous, and is great to the use comfort degree influence.

3. The heating time is longer

The steam warmer disclosed by the patent is tested by the China Shanghai test center, and is proved to reach 30.1 ℃ after being heated for 3min and 32.3 ℃ after being heated for 6min under the conditions that the outdoor temperature is 9 ℃, the indoor temperature is 13.4 ℃ and the bathroom volume is 2.6m 3; the temperature is maintained for 3min, 23.2 deg.C, 6min, 21.5 deg.C, and 9min, 18.0 deg.C. Wherein the insulation data was tested without using a shower. The temperature rise time is an important index of hot water mist heat supply and heating, the efficiency of hot water mist heat supply equipment is represented, the efficiency is closely related to the use comfort level and the convenience, and the temperature rise time of the equipment provided by the patent still has a great space for improving the temperature rise time although the instant heating cannot be realized by utilizing the hot water mist heat supply and heating.

5. Is not intelligent enough and convenient

The steam warmer disclosed by the patent is not provided with a related functional module for accurately monitoring and controlling the temperature and the humidity of the bathroom in real time, and the generation and the stop of hot water mist are manually operated before bathing every time and a considerable time is required to wait; in addition, if the bathing time is long, the heat supply capacity of the hot water mist is rapidly reduced or the basic requirement of thermal comfort of the human body is not met, the hot water mist is generated by manual operation, and the bathing is complicated. Therefore, the realization of the heating function is rough, convenient and intelligent.

6. In the water pipe between this patent three-way valve to this steam room heater, can keep the cold water (called inefficacy hot water) that forms by the hot water cooling after last use, this partial inefficacy hot water quantity itself is little, only causes a small amount of wastes, nevertheless influences the use of this steam room heater. The steam warmer which uses little water and is not designed with relevant solutions is difficult to treat, needs considerable time to discharge and influences the next heating time of the equipment to a certain extent.

Disclosure of Invention

The present invention is to provide a bathroom multifunction heating apparatus using hot water mist for body-around heating, which can alleviate the above problems.

In order to alleviate the above problems, the technical scheme adopted by the invention is as follows:

the invention provides a bathroom multifunctional heating device for heating a human body by surrounding hot water mist, which comprises a control module, a mist generating device, an atomizing box, a hot water mist conveying channel, a bathroom humidity sensor and a bathroom temperature sensor, wherein a fan is arranged in the hot water mist conveying channel;

the atomizing device is a submersible ultrasonic atomizer and is arranged at the bottom in the atomizing box in a submerged manner, the atomizing box is provided with an atomizing box water outlet pipe provided with a solenoid valve I and an atomizing box water inlet pipe provided with a solenoid valve II, and a water temperature sensor and a water level sensor are arranged in the atomizing box;

one port of the hot water mist conveying channel is an air inlet arranged in a bathroom, the other port of the hot water mist conveying channel is a hot water mist outlet communicated with the bathroom, and the atomization box is communicated with the hot water mist conveying channel and is positioned between the hot water mist outlet and the fan;

the control module is simultaneously in signal connection with the electromagnetic valve I, the electromagnetic valve II, the fan, the submersible ultrasonic mist generator, the bathroom humidity sensor, the bathroom temperature sensor, the water temperature sensor and the water level sensor.

The technical effect of the technical scheme is as follows: compared with the traditional bathroom heater, the equipment has the characteristics of energy conservation, high efficiency and high comfort level, and does not cause harm to human bodies; compared with the traditional steam heater, the steam heater is not influenced by water pressure, is less influenced by water temperature, has obviously improved fogging effect, can circularly diffuse water mist in a bathroom, has uniform heat supply, can always keep hot water with proper temperature and suitable for generating hot mist in an atomization box of a submersible ultrasonic wave atomizer, does not have the problem of difficult treatment of failure hot water, and has higher heating efficiency in use; for traditional steam heater, this equipment is more accurate to the control of bathroom temperature and humidity, and control bathroom temperature and humidity that can be accurate quick make the body of bathroom feel the temperature and keep the required suitable value when the human body is bathed always, use comfortable more and convenient.

Optionally, the control module is a single chip microcomputer control module.

Furthermore, the control module is in signal connection with the electromagnetic valve I through an electromagnetic relay I, is in signal connection with the electromagnetic valve II through an electromagnetic relay II, and is in signal connection with the fan and the submersible ultrasonic mist generator through an electromagnetic relay III.

Optionally, the hot water mist outlet is a vertically downward bell mouth.

The technical effect of the technical scheme is as follows: is beneficial to the diffusion of hot water mist in the bathroom.

Optionally, the hot water mist delivery channel is arranged horizontally, the submersible ultrasonic mist generator is positioned below the hot water mist delivery channel, and the wall of the atomizing box is fixed with the channel wall of the hot water mist delivery channel into a whole.

Optionally, the water temperature sensor is located below the water level sensor.

Optionally, the water level sensor is a resistive water level sensor.

In order to make the aforementioned objects, features and advantages of the present invention comprehensible, embodiments accompanied with figures are described in detail below.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings needed to be used in the embodiments will be briefly described below, it should be understood that the following drawings only illustrate some embodiments of the present invention and therefore should not be considered as limiting the scope, and for those skilled in the art, other related drawings can be obtained according to the drawings without inventive efforts.

FIG. 1 is a schematic view showing the installation of the multifunctional bathroom heating apparatus in a bathroom in an embodiment;

FIG. 2 is an electrical control block diagram of the multifunctional bathroom heating apparatus according to the embodiment;

FIG. 3 is a schematic circuit diagram of the multifunctional bathroom heating apparatus according to the embodiment;

in the figure: 1-submersible ultrasonic wave fog generator, 2-solenoid valve I, 3-atomization box water outlet pipe, 4-atomization box water inlet pipe, 5-solenoid valve II, 6-hot water fog delivery channel, 7-fan, 8-atomization box, 9-water temperature sensor, 10-water level sensor, 11-air inlet, 12-hot water fog outlet, 13-bathroom humidity sensor, 14-bathroom temperature sensor, 15-bathroom, 16-singlechip control module, 17-electromagnetic relay I, 18-electromagnetic relay II, 19-electromagnetic relay III.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. The components of embodiments of the present invention generally described and illustrated in the figures herein may be arranged and designed in a wide variety of different configurations.

Thus, the following detailed description of the embodiments of the present invention, presented in the figures, is not intended to limit the scope of the invention, as claimed, but is merely representative of selected embodiments of the invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

In the description of the present invention, it should be noted that the terms "upper", "lower", "horizontal", "inner", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings or orientations or positional relationships conventionally put in use of products of the present invention, and are only for convenience of description and simplification of description, but do not indicate or imply that the devices or elements referred to must have specific orientations, be constructed in specific orientations, and be operated, and thus, should not be construed as limiting the present invention.

Examples

Referring to fig. 1, 2 and 3, the present embodiment provides a bathroom multifunctional heating device using hot water mist to surround human body for heating, which includes a control module, a mist generating device, an atomizing box 8, a hot water mist conveying channel 6, a bathroom humidity sensor 13 and a bathroom temperature sensor 14, wherein a fan 7 is installed in the hot water mist conveying channel 6; the atomizing device is a submersible ultrasonic atomizer 1 which is arranged at the bottom in an atomizing box 8 in a submerged manner, the atomizing box 8 is provided with an atomizing box water outlet pipe 3 provided with an electromagnetic valve I2 and an atomizing box water inlet pipe 4 provided with an electromagnetic valve II 5, and a water temperature sensor 9 and a water level sensor 10 are also arranged in the atomizing box; one port of the hot water mist conveying channel 6 is an air inlet 11 arranged in a bathroom, the other port of the hot water mist conveying channel 6 is a hot water mist outlet 12 communicated with a bathroom 15, and the atomizing box 8 is communicated with the hot water mist conveying channel 6 and is positioned between the hot water mist outlet 12 and the fan 7; the control module is simultaneously in signal connection with the electromagnetic valve I2, the electromagnetic valve II 5, the fan 7, the submersible ultrasonic mist generator 1, the bathroom humidity sensor 13, the bathroom temperature sensor 14, the water temperature sensor 9 and the water level sensor 10.

In this embodiment, the control module is 51 the single chip microcomputer control module 16.

In this embodiment, the control module is in signal connection with the electromagnetic valve I2 through the electromagnetic relay I17, is in signal connection with the electromagnetic valve II 5 through the electromagnetic relay II 18, and is in signal connection with the fan 7 and the submersible ultrasonic mist generator 1 through the electromagnetic relay III 19.

In the present embodiment, the hot water mist outlet 12 is a bell mouth facing vertically downward.

In the present embodiment, the hot water mist transporting passage 6 is arranged horizontally, the submersible ultrasonic atomizer 1 is located below the hot water mist transporting passage 6, and the chamber wall of the atomizing chamber 8 thereof is fixed integrally with the passage wall of the hot water mist transporting passage 6.

In the present embodiment, the water temperature sensor 9 is located below the water level sensor 10.

In this embodiment, the number of the hot water mist outlets 12 and the air inlets 11 can be designed according to the size of the hot water mist outlets 12 and the air inlets 11, and the larger the opening is, the smaller the number can be designed, and vice versa.

This embodiment utilize hot water fog to encircle multi-functional heating equipment in bathroom of human body formula heating, back in installing bathroom 15, with the hot water export intercommunication of the entrance point of atomizing case inlet tube 4 and water heater, and the exit end of atomizing case outlet pipe 3 can directly lead to the urinal, atomizing case 8's volume is not big, itself water yield is just not big, consequently the water that uses is few, there is the warm water that is used for atomizing in the atomizing case 8 for a long time, can insulate against heat to the locular wall of atomizing case 8 and handle, in order to reduce calorific loss.

The equipment can realize the following functions:

1. hot water level and temperature protection function of atomization box 8 of submersible ultrasonic mist generator 1

In order to protect the water level in the atomization box 8 and achieve the purposes of normal work of the submersible ultrasonic mist generator 1 and high hot water mist fogging efficiency, the electromagnetic valve II 5 and the water level sensor 10 work together under the coordination of the 51 single-chip microcomputer control module 16.

When the water level of the hot water in the atomization box 8 is just lower than the preset lowest water level, the water level sensor 10 transmits a low water level abnormity (electric signal) back to the 51 single-chip microcomputer control module 16, the 51 single-chip microcomputer control module 16 is electrified after running in real time to enable the electromagnetic valve II 5 to be switched from a normally closed state to a communicated state, and the atomization box 8 is replenished with hot water; when the water level of the hot water is just higher than the preset highest water level, the water level sensor 10 transmits a high water level abnormity (electric signal) back to the 51 single-chip microcomputer control module 16, and the 51 single-chip microcomputer control module 16 is powered off after running in real time to enable the electromagnetic valve II 5 to be switched from a communication state to a normally closed state, and the hot water supply is stopped.

In order to protect the temperature of hot water in the atomization box 8 and meet the basic requirement that the hot water mist can be produced for heating, when the temperature of the hot water in the atomization box 8 is just lower than the preset minimum water temperature, the water temperature sensor 9 transmits a low water temperature abnormity (electric signal) back to the 51 single-chip microcomputer control module 16, the 51 single-chip microcomputer control module 16 is electrified after running in real time, so that the electromagnetic valve I2 and the electromagnetic valve II 5 are both switched from a normally closed state to a communicated state, the hot water with higher temperature enters the atomization box 8 for supplement, and the hot water with lower temperature is discharged through the atomization box water outlet pipe 3; when the temperature of the hot water in the atomization box 8 is just higher than the preset highest water temperature, the water temperature sensor 9 transmits a high water temperature abnormity (electric signal) back to the 51 single-chip microcomputer control module 16, and the 51 single-chip microcomputer control module 16 is electrified after running in real time to enable the electromagnetic valve I2 and the electromagnetic valve II 5 to be switched to a normally closed state from a communicated state, so that the temperature of the hot water in the atomization box 8 has certain heat supply and heating capacity.

2. Hot water mist fogging function

In order to realize that hot water effectively generates hot water mist in the atomizing box 8 so as to achieve the purpose of heating by utilizing the hot water mist, the submersible ultrasonic mist generator 1 under the control of the 51 singlechip control module 16 is used for atomizing.

Because the hot water mist has certain heat preservation and moisture preservation capacity, and the temperature and humidity change in a certain small range is not enough to change the relative constancy of the body sensing temperature of the bathroom, so that the thermal comfort of the human body is influenced, the submersible ultrasonic mist generator 1 is controlled by the 51 singlechip control module 16 to work intermittently under the normal working condition (proper hot water level and water temperature) created by the hot water level and the water temperature in the atomizing box 8, the generated hot water mist is prevented from being surplus after the purpose of heating and heat supply is achieved, and meanwhile, the energy consumption can be substantially reduced by the operation.

3. Hot water mist circulation function

In order to realize the circulation of air in a bathroom and balance the body feeling temperature of the bathroom, realize the purposes of heating all-round for bathing users and improving the bathing comfort of the users, the fan 7 under the control of the 51 single-chip microcomputer control module 16 is used as circulating power to circulate hot water mist (bathroom → hot water mist conveying channel 6 → bathroom).

After being generated by the atomization box 8, the hot water mist enters the bathroom from the hot water mist outlet 12 (arranged on the ceiling of the bathroom) under the action of the fan 72 to supply heat for users, and the air inlet 11 is arranged in the bathroom.

The working principle of the multifunctional bathroom heating equipment for heating by surrounding human body with hot water mist is as follows:

according to the working mechanism of the equipment, the hot water mist has the following two supply conditions: a. the hot water mist continuously enters a bathroom, and the body sensing temperature of the bathroom is continuously increased to be just higher than the preset highest body sensing temperature or the highest body sensing temperature (which is a lower value) which can be reached by the hot water at the temperature as a result of the promotion; b. the hot water mist stops being generated and supplied to the bathroom, and the sensible temperature in the bathroom can be kept relatively constant for a certain time and then reduced. The self-adaptive control of the body feeling temperature of the bathroom during bathing provides good bathing experience for users, and is realized through the following procedures.

When the user opened equipment heat supply heating, hot water fog hazing function and the relevant part of hot water fog circulation function all got into operating condition, and equipment supplies hot water fog to the bathroom, makes bathroom humiture rise, and body feeling temperature rises, and hot comfort level improves.

Real-time temperature and humidity parameters of a bathroom are collected by a bathroom humidity sensor 13 and a bathroom temperature sensor 14; then 51, the singlechip control module 16 calculates the body sensing temperature under the current temperature and humidity condition through the collected temperature and humidity parameters, compares the body sensing temperature with the preset highest body sensing temperature or the highest body sensing temperature (which is a lower value) which can be reached by the hot water at the water temperature, and controls the relevant parts of the hot water mist fogging function and the hot water mist circulation function to stop working until the preset value is reached, and enters an intermittent working state; and when the real-time sensible temperature in the bathroom is reduced to be lower than the relatively constant value, the 51 single-chip microcomputer control module 16 controls relevant parts of the hot water mist atomizing function and the hot water mist circulating function to work again, and the sensible temperature in the bathroom is increased.

Compared with the prior art, the equipment has the following advantages:

this equipment and bathroom heater compare:

1. adopts a new concept heat supply mode

The device is different from a traditional heating method for simply increasing the temperature of a bathroom heater, the device fully applies the concept of body sensing temperature, the temperature and the humidity of the bathroom are increased at the same time, the body sensing temperature is adaptively increased, and the purpose of heating the bathroom is achieved by a new-concept heating mode; the device makes full use of the existing hot water in the water heater, effectively generates hot water mist in the atomization box, supplies the hot water mist into the bathroom, simultaneously improves the temperature and the humidity of the bathroom, improves the body sensing temperature of the bathroom, and achieves the purpose of heating by utilizing the hot water mist.

2. Energy-saving high-efficiency

The existing hot water resources are fully utilized: in general, the temperature and the humidity of the equipment are changed by fully utilizing the heat energy of hot water mist and the attribute of the hot water mist for humidifying air, the body sensing temperature is improved through system self-adaptation, and compared with the traditional radiation type heating, the consumption of a large amount of electric energy is reduced (generally, the power of a bath heater is more than 1100W); in detail, the equipment atomizes hot water by adopting ultrasonic waves, and the energy consumption is reduced by 90% compared with that of heating type atomization generally considered in the industry; meanwhile, a large amount of energy consumption is reduced due to intermittent work of the device, because the water vapor pressure is high and the hot water mist has certain heat preservation and moisture preservation capacity when the device works, the heat dissipation of air in a bathroom is slower than that of ordinary air, the temperature and the humidity can be maintained for a long time, and the temperature and humidity change in a certain small range is not enough to change the relative constancy of the body sensing temperature of the bathroom, so that the system can work again until the body sensing temperature of the real-time body is reduced to the outside of a set interval after a certain time, the electric energy consumption is reduced, and the body sensing temperature in the bathroom is.

3. The hot water fog surrounding type omnibearing balanced heat supply has high use comfort

The traditional bathroom heater is abandoned, a heating mode that the traditional bathroom heater utilizes heat radiation of a heating bulb is utilized, the generated hot water mist is uniformly diffused to all places of a bathroom by utilizing a hot water mist circulation module, balanced heat supply of the bathroom is realized, and the difference between the bathroom heater heat supply mode and the equipment heat supply mode is different from the difference between the dry-frying and the soup boiling of food. Not only improves the safety, but also avoids the embarrassment of 'upper heating and lower cooling' of the bath warmer, and greatly improves the shower comfort of users.

This equipment compares with traditional steam heater:

1. stronger fogging capacity and more ideal atomizing effect

This equipment adopts the ultrasonic wave to rise the fog ware and carries out the fog operation, compares in utilizing atomizing nozzle and twice impact fog, does not receive hydraulic influence, receives the influence of temperature less, and the efficiency of hazing obviously improves, and atomization effect is more ideal.

2. The hot water mist is diffused and circulated with enough force, the bathroom supplies heat evenly, and the use comfort is good

This equipment is except that there is the module of fogging to carry out the formation of hot water smoke, and circulating module diffuses hot water smoke in addition, makes its even diffusion each place in bathroom, has realized the all-round balanced heat supply in bathroom, very big improvement user's shower comfort level.

3. The heating efficiency is higher, and the use is more comfortable and convenient

The heating time is an important index of hot water mist heat supply and heating, the efficiency of hot water mist heat supply equipment is represented, the efficiency is closely related to the use comfort level and the convenience, and the shorter the heating time is, the higher the equipment efficiency is represented although the instant heating cannot be realized by using the hot water mist heat supply and heating. Because this equipment design more efficient fogging module and circulation module, compare in traditional steam room heater fogging capacity stronger, hot water fog diffusion, circulation dynamics are more sufficient, and this equipment intensification efficiency is higher, uses more comfortablely and convenient.

4. More accurate, real-time and intelligent control over bathroom somatosensory temperature

This equipment carries out real-time supervision through temperature, humidity transducer to the temperature and the humidity of bathroom when bathing, through the work of three function module such as body sensing temperature adaptive control system coordinated control atomizing case hot water level and temperature protection module, hot water fog fogging module and hot water fog circulation module that use the singlechip as the core, makes the body sensing temperature in bathroom keep the required suitable value when human body is bathed always, feels temperature's control accurate real-time and intellectuality more to the bathroom.

5. The problem of difficult treatment of ineffective hot water does not exist

When the equipment works, the failed hot water can be judged and processed according to the hot water temperature information returned by the sensor in the atomization box, so that the problem that the failed hot water is difficult to process does not exist in the equipment.

In this patent, a lighting module can be added to be in signal connection with the single chip microcomputer control module to increase the lighting function of the device, and the lighting module is a mature technology in the prior art, so that the embodiment is not described in more detail.

The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. A bathroom multifunctional heating device utilizing hot water mist to surround a human body for heating comprises a control module and a fogging device, and is characterized by further comprising an atomizing box, a hot water mist conveying channel, a bathroom humidity sensor and a bathroom temperature sensor, wherein the atomizing box, the hot water mist conveying channel, the bathroom humidity sensor and the bathroom temperature sensor are arranged in a bathroom;

2. The bathroom multifunctional heating apparatus for surrounding human body heating by hot water mist according to claim 1, wherein the control module is a single chip microcomputer control module.

3. The multifunctional bathroom heating equipment with hot water mist surrounding human body heating function as claimed in claim 2, wherein the control module is in signal connection with the electromagnetic valve I through an electromagnetic relay I, in signal connection with the electromagnetic valve II through an electromagnetic relay II, and in signal connection with the fan and the submersible ultrasonic mist generator through an electromagnetic relay III.

4. The bathroom multifunction heating apparatus for human body surrounding heating using hot water mist according to claim 1, wherein the hot water mist outlet is a bell mouth which is directed downward vertically.

5. The multifunctional bathroom heating apparatus for heating by surrounding human body with hot water mist as claimed in claim 1, wherein the hot water mist transporting passage is horizontally arranged, the submersible ultrasonic wave mist generator is located below the hot water mist transporting passage, and a wall of the atomizing box is fixed integrally with a passage wall of the hot water mist transporting passage.

6. The bathroom multifunction heating apparatus for human body surrounding heating using hot water mist according to claim 1, wherein the water temperature sensor is located below the water level sensor.

7. The bathroom multifunction heating apparatus for body-surrounding heating using hot water mist according to claim 6, wherein the water level sensor is a resistance type water level sensor.