TWM543968U - Warm environment control device - Google Patents

Description

Warm environment control device

The present invention relates to a warm environment control device, and particularly relates to a situation in which after the use, the human body's excrement can be discharged without acidification, especially that the use environment can be caused by no acid odor. It can achieve anti-acidification, no rancidity, reduce the growth of bacteria, help circulation and metabolism, and can smoothly wick away sweat.

With the improvement of living standards, Chinese people pay more attention to the health and health care of the body. In general folklore therapy, in order to promote blood circulation and metabolism, it is usually used as a health care method through bathing, through a relatively high room temperature environment. It heats the human body to make the body sweat, thereby achieving the health effects of promoting blood circulation and metabolism. The aforementioned bathing methods can be roughly classified into two types: hot water type and no hot water type, such as a hot water type such as a shower, a warm steam or a soaking hot spring; and a non-hot water type such as a sand bath or a rock bath. At this stage, as a bathing method with little or no burden on the body, it is constantly being vigorously promoted by a bath without a hot water-sand bath or a rock bath.

In the case of the above-mentioned sand bath, the body is mainly lying in a bath or a concave chamber, and then sand (usually quartz) is heated and returned to a suitable temperature, and then covered on the human body, and the inside of the human body is generated by using the sand temperature. It has a warming effect and accelerates blood circulation and has the effect of beauty. Therefore, it has become more and more popular among the public in recent years. Although the existing sand bath equipment can obtain the expected health care effect, due to the use, the human body is almost completely covered with sand, and when the sand bath is completed, the surface of the sand will be adhered and mixed with people. The dirt, sweat, dander and other pollutants that are metabolized by the skin of the body, this is not only a health problem for the next user, but also a variety of bacteria are likely to grow in the space environment of high temperature and damp heat, and more likely to be produced. The serious problem of infectious diseases is also the most unstoppable thing for the consumer. Although the manufacturer will clean the sand directly, it still cannot effectively remove the dirt adhering to the surface of the sand. The dirt will still be mixed in the sand pile, which will cause the sewage and dirt to be discharged. In addition, since the sand bath system covers the human body by heating the sand to achieve a warming effect, it is not possible to adjust the heat energy according to the needs of the user, and it is impossible to maintain the ambient temperature, because the heated sand grains will eventually lose heat due to the heat release.

In the case of the above-mentioned rock bath, there is a type in which the user lies on a slate, and the slate releases far infrared rays to achieve a health effect such as promoting blood circulation; the other is a rock disk heated by a suitable heat source. The user is lying on the body and sweating the body; therefore, the above-mentioned two devices are mainly characterized by the so-called "hot springs or bathing facilities", which can easily taste the hot spring atmosphere. However, due to the nature of the conventional equipment, it is very difficult to adjust the heat energy emitted by the heat source. Therefore, it is very difficult to adjust the heat energy according to the needs of the user; and, using conventional equipment, the air usually becomes stale, and the ambient temperature It is also impossible to maintain the same temperature as the set temperature throughout the bath time, because the conventional equipment has a heat loss phenomenon. In addition, like the sand bath, when the rock bath is carried out, the dirt discharged from the human skin metabolism will adhere to the surface of the rock disk, causing acidification, rancidity, and easily becoming a hotbed of bacteria, which may cause hygiene.

Therefore, in order to maintain the health of the public, it is necessary to find a solution to the cleaning of the covering materials such as sand covering the human body or the rock plates lying on it. Therefore, the general practitioners cannot meet the needs of the user in actual use.

The main purpose of this creation is to overcome the above problems encountered in the prior art and to provide a control for a proper use condition (temperature control at 43 ° C ± 5 ° C, humidity control below 25%), allowing the user to It can resist acidification, odor, and can reduce the growth, perspiration, circulation and metabolism of bacteria. The cleaning only needs to be cleaned with water or cleaned with essential oil, because after the use of this creation, the human body's excrement can be discharged without acidification, and the device can make the use environment have no acid. A warm environment control device that produces odor, achieves acid-fastening, non-corrosive odor, reduces the growth of bacteria, assists circulation and metabolism, and can smoothly wick away sweat.

For the purpose of the above, the present invention is a warm environment control device, which comprises: a casing, which is combined with a switching element to form a space environment, the inner side wall of the casing is a tannic acid plate, and the tantalum acid plate is provided. a thermal insulation object; a bed unit is disposed in the housing for a user to lie down, the bed unit includes a bed body, and a heating plate body disposed on the bed body, The bed system comprises a metal mesh layer, a concrete layer and a heat insulating layer stacked upwards in sequence; a heat coil unit comprises a concrete panel, and a plurality of concrete panels are installed in the heating plate body. a coil between the body of the bed and a heater connected to the plurality of coils, each of the coils passing through the heat generated by the heater penetrates the concrete panel via heat conduction to heat the heating plate; An air conditioning unit, which cooperates with a surrounding area of the bed unit, is disposed in an inner side wall of the casing defining a space environment connected to the bed unit, for filtering, humidifying, and sterilizing the oxygen-containing air in the atmosphere In the space environment The space environment is controlled to a range of required temperature and humidity values, and the temperature and humidity changes in the space environment are sensed to output a temperature and humidity information of the casing; a temperature measuring unit is disposed on the outer edge of the heater, In order to control the start-stop state of the heater, the heater is adjusted according to the temperature of the bed unit that the user needs to maintain, and the heat is sensed. The temperature of the thermal energy generated by the coil unit outputs a temperature information; a physiological sensing unit connected to the user body for sensing the physiological function of the user's body to output a physiological signal; a wireless transceiver unit Wireless communication is connected to the air conditioning unit, the temperature measuring unit and the physiological sensing unit to receive and forward the temperature and humidity information of the housing, the temperature information and the physiological signal; a server and the wireless transceiver unit The connection includes an operation unit, a physiological database, an automatic protection unit, and a cloud communication unit, and the physiological database, the automatic protection unit and the cloud communication unit are respectively connected to the operation unit, and the operation unit is used for Receiving and analyzing the temperature and humidity information inside the casing, the temperature information and the physiological signal to generate different numerical ranges to present physiological information of the user to indicate the physiological state thereof, and setting the use time by the automatic protection unit, Safety system for leaking and powering off, adjusting the start and stop operation of the temperature measuring unit, and monitoring the air quality and oxygen content in the housing And a mobile device that receives the physiological information through the cloud communication unit, and the mobile device has an application (APP) form loading thermal environment control detection program for the user to view The physiological information is used to generate an instruction to the server, so that the server sets the usage time, controls the heating temperature of the heater, and controls the temperature and humidity value range of the air conditioning unit to improve to meet the user's The best physiological state.

In the above embodiment of the present creation, the thermal insulation material is ceramic plate, graphite, diatomaceous brick, or diatomaceous earth coated on the silicate plate.

In the above embodiment of the present creation, the heating plate system is a ceramic plate or graphite.

In the above embodiment of the present creation, the metal mesh layer is a steel mesh.

In the above embodiment of the present creation, the concrete layer and the concrete panel are reinforced. Reinforced Concrete (RC).

In the above embodiment, the heat coil unit further includes a water purifier connected to the heater, and a pressurizing motor connected to the water purifier, the water purifier is provided with a water source inlet, and each A water inlet end of a coil is connected to the pressurizing motor, and a water outlet end of each coil is connected to the water purifier, and the heater heats the water in the water purifier and is supplied through the pressurizing motor A circulation effect is generated in which water in the water purifier enters each coil and is returned to the water purifier, and hot water flows through each coil to heat the bed unit.

In the above embodiment of the present creation, the plurality of coils are electric heating coils or hot water coils.

In the above embodiment of the present creation, the air conditioning unit includes a temperature and humidity sensor, a filter, an ultraviolet sterilizer, and a humidifier.

In the above embodiment of the present creation, the temperature and humidity value range is controlled at 43 ° C ± 5 ° C and the humidity is controlled below 25%.

In the above embodiment of the present creation, the physiological sensing unit is a blood pressure sensor, a heart rate recorder, a body temperature sensor, a pulse sensor, a blood oxygen sensor, and a blood glucose sensor, and the physiological unit Information includes blood pressure, heart rate variance (HRV) rate, body temperature, pulse, oxygen saturation, and blood glucose.

In the above embodiment of the present creation, the server is a personal computer or an industrial PC (IPC).

In the above embodiment, the computing unit is a Central Processing Unit (CPU), a Micro Control Unit (MCU), or a Micro Processing Unit (MPU).

In the above embodiment of the present creation, the mobile device is a notebook computer, a smart phone, a tablet computer, or a wearable device.

In the above embodiment of the present creation, the switching element is a hatch, and the casing is in the shape of an egg type, a ship type or a space capsule.

In the above embodiment of the present creation, the switching element is a door panel, and the housing is in the shape of a room type.

In the above embodiment of the present invention, the automatic protection unit automatically adjusts the internal impedance according to the temperature change of the heater to adjust the start and stop operation of the temperature output unit to the heater to prevent the temperature of the heater from being too high. Or too low.

1‧‧‧shell

11‧‧‧矽酸板

12‧‧‧Insulation objects

2‧‧‧Bed unit

21‧‧‧ bed body

22‧‧‧heated plate

211‧‧‧metal mesh

212‧‧‧ concrete layer

213‧‧‧Insulation

3‧‧‧Hot coil unit

31‧‧‧Concrete panels

32‧‧‧ coil

33‧‧‧heater

34‧‧‧Water purifier

341‧‧‧Water source entrance

35‧‧‧Pressure motor

4‧‧‧Air conditioning unit

5‧‧‧ Temperature measurement unit

6‧‧‧Physical sensing unit

7‧‧‧Wireless transceiver unit

8‧‧‧Server

81‧‧‧ arithmetic unit

82‧‧‧Physical database

83‧‧‧Automatic protection unit

84‧‧‧Cloud Communication Unit

9‧‧‧Mobile devices

Figure 1 is a schematic diagram of the architecture of the warm environment control device.

Figure 2 is a schematic diagram of the structure of the hot coil unit of the present creation.

Please refer to the "Figure 1 and Figure 2" diagrams for the architecture of the creation of the warm environment control device and the structure of the hot coil unit of the creation. As shown in the figure: This creation is a warm environment control device, which comprises a casing 1, a bed unit 2, a heat coil unit 3, an air conditioning unit 4, a temperature measuring unit 5, and a physiological sensing. The unit 6, a wireless transceiver unit 7, a server 8, and a mobile device 9 are formed.

The housing 1 mentioned above is combined with a switching element (not shown) to form a space environment. The inner side wall of the housing 1 is a tantalum plate 11, and the thermal acid plate 11 is provided with a thermal insulation member 12 . And the thermal insulation article 12 is a ceramic plate, graphite, diatomaceous brick, or diatomaceous earth coated on the silicate plate.

The bed unit 2 is disposed in the housing 1 for a user to lie. The bed unit 2 includes a bed body 21 and a heating plate 22 disposed on the bed body 21, The bed body 21 is composed of a metal mesh layer 211, a concrete layer 212, and a heat insulating layer 213 which are sequentially stacked upward, and the heating plate body 22 is a ceramic plate or graphite; wherein the metal mesh layer 211 is a steel mesh. The concrete layer is Reinforced Concrete (RC).

The heat coil unit 3 includes a concrete panel 31, a plurality of coils 32 mounted in combination with the concrete panel 31 and located between the heating plate body 22 and the bed body 21, and a plurality of coils 32. The heaters 33 are connected, and the heat energy generated by each of the coils 32 through the heaters 33 is transmitted through the concrete panel 31 via heat conduction to heat the heating plate body 22. Among them, the concrete panel is reinforced concrete.

The air conditioning unit 4 cooperates with a surrounding area of the bed unit 2, and is disposed in an inner side wall of the casing 1 defining a space environment connected to the bed unit 2 for filtering and humidifying the oxygen-containing air in the atmosphere. After sterilization, the environment is injected into the space environment, and the space environment is controlled to a range of required temperature and humidity values, and the temperature and humidity changes in the space environment are sensed to output a temperature and humidity information of the casing. The air conditioning unit 4 includes a temperature and humidity sensor, a filter, an ultraviolet sterilizer, and a humidifier.

The temperature measuring unit 5 is disposed on the outer edge of the heater 33 for controlling the start and stop state of the heater 33, and adjusting the operation of the heater 33 according to the temperature of the bed unit 2 that the user needs to maintain, At the same time, the temperature of the heat energy generated by the heat coil unit 3 is sensed to output a temperature information.

The physiological sensing unit 6 can be connected to the user body to sense the user body The physiological function of the body to output a physiological signal.

The wireless transceiver unit 7 is wirelessly connected to the air conditioning unit 4, the temperature sensing unit 5 and the physiological sensing unit 6 to receive and forward the temperature and humidity information of the housing, the temperature information and the physiological signal.

The server 8 is connected to the wireless transceiver unit 7, and includes an operation unit 81, a physiological database 82, an automatic protection unit 83, and a cloud communication unit 84, and the physiological database 82 and the automatic protection unit 83. And the cloud communication unit 84 is respectively connected to the operation unit 81. The operation unit 81 is configured to receive and analyze the internal temperature and humidity information of the casing, the temperature information and the physiological signal to generate different numerical ranges to present one of the users. The physiological information indicates the physiological state, and the automatic protection unit 83 performs the setting of the use time, the safety system for leaking and powering off, adjusting the start and stop operation of the temperature measuring unit, and monitoring the air quality and oxygen content in the housing. . The automatic protection unit 83 automatically adjusts the internal impedance according to the temperature change of the heater 33 to adjust the start and stop operation of the heater unit 5 to the heater 33 to prevent the temperature of the heater 33 from being too high or Too low.

The mobile device 9 and the server 8 receive the physiological information through the cloud communication unit 84. The mobile device 9 has an application (APP) form loading thermal environment control detection program for the user to view. The physiological information is accordingly generated to the server 8, and the server 8 is set to use time, control the heating temperature of the heater 33, and control the temperature and humidity range of the air conditioning unit 4 to improve to meet the requirements. The best physiological state of the user. If so, a new warm environment control device is constructed by the above disclosed device.

The above switching element may be a hatch, and the housing 1 may be an egg type, a ship type or a space capsule. Modeling; the switching element can be a door panel, and the housing 1 is in the shape of a room.

The above plurality of coils 32 are electric heating coils or hot water coils. Taking the hot water coil as an example, the hot coil unit 3 further includes a water purifier 34 connected to the heater 33, and a pressurizing motor 35 connected to the water purifier 34. The water purifier 34 is provided. There is a water source inlet 341, and the water inlet end of each coil 32 is connected to the pressurizing motor 35, and the water outlet end of each coil 32 is connected to the water purifier 34, and the water is heated by the heater 33. The water in the device 34 is supplied through the pressurizing motor 35 to generate a circulation effect that allows the water in the water purifier 34 to enter each of the coils 32 and then return to the water purifier 34. The hot water flows through each plate. The tube 32 is heated inside the tube 32.

When used, the present invention takes the house-shaped casing 1 as an example, laying a metal mesh layer 211 on the floor to make it flat, and then stacking the concrete layer 212 and the heat insulating layer 213 in order to form the bed body 21 (in the egg-shaped shell) The bed body of the bed unit in the body can omit the metal mesh layer). The bed body 21 is a hot coil unit 3, which transmits heat energy through a plurality of coils 32 through the concrete panel 31 via heat conduction to heat the heating plate body 22, so as to lie on the heating plate body 22. Take a warm bath. The authorizes the temperature of the use condition to be controlled at 43 °C ± 5 °C, and the humidity is controlled below 25%, so that the entire space environment can be set to constant temperature/humidity; during the period, the physiological sensing signal of the user is measured by the physiological sensing unit 6, for example, Blood pressure sensor, heart rate recorder, body temperature sensor, pulse sensor, blood oxygen sensor, and blood glucose sensor, etc., measure the user's blood pressure, heart rate variance (HRV) Rate, body temperature, pulse, oxygen saturation, and blood sugar.

The server 8 is a central processing unit (CPU) and a microcontroller (Micro Control Unit) equipped with computing power. MCU) or Micro Processing Unit (MPU) for personal computers or industrial PCs (Industrial PCs, IPCs). The server 8 can receive the internal temperature and humidity information, temperature information and physiological signals transmitted by the wireless transceiver 7 via the network to analyze the interior of the housing generated by the air conditioning unit 4, the temperature measuring unit 5 and the physiological sensing unit 6. Temperature and humidity information, temperature information and physiological signals to establish physiological information of the user. At the same time, the obtained physiological information is uploaded to the mobile device 9, which can be a notebook computer, a smart phone, a tablet computer, or a wearable device, for the user to view the physiological information, or further for the hospital to view the user's body. The warm bath information of the process is used as a reference, and the physiological information can be stored in the physiological database 82.

Therefore, the warm environment control device proposed by the present invention can be controlled under a suitable use condition (temperature control at 43 ° C ± 5 ° C, humidity control below 25%), so that the user's body can be acid-resistant, not rancid It can reduce the growth, perspiration, circulation and metabolism of bacteria. The cleaning only needs to be cleaned with water or cleaned with essential oil, because after the use of this creation, the human body's excrement can be discharged without acidification, and the device can make the use environment have no acid. It produces odor, achieves acid-proof, non-corrosive odor, reduces the growth of bacteria, helps circulation and metabolism, and can smoothly wick away sweat.

In summary, the creation is a warm environment control device that can effectively improve various shortcomings of the conventional use, and can be controlled under a suitable use condition (temperature control at 43 ° C ± 5 ° C, humidity control below 25%), Allows the user to resist acidification, rancidity, and reduce bacterial growth, perspiration, circulation and metabolism. The cleaning only needs to be cleaned with water or cleaned with essential oil, because after the use of this creation, the human body's excrement can be discharged without acidification, and the device can be used. The use of the environment does not produce acid odor, achieve acidification, no rancidity, reduce the growth of bacteria, help circulation and metabolism, and smooth sweating, etc., so that the creation of this creation can be more progressive, more practical, more user-friendly It must have met the requirements of the new patent application and filed a patent application in accordance with the law.

However, the above descriptions are only preferred embodiments of the present invention, and the scope of the present invention cannot be limited by this; therefore, the simple equivalent changes and modifications made by the scope of the patent application and the contents of the new manual are All should remain within the scope of this creation patent.

1‧‧‧shell

11‧‧‧矽酸板

12‧‧‧Insulation objects

2‧‧‧Bed unit

21‧‧‧ bed body

22‧‧‧heated plate

211‧‧‧metal mesh

212‧‧‧ concrete layer

213‧‧‧Insulation

3‧‧‧Hot coil unit

31‧‧‧Concrete panels

32‧‧‧ coil

33‧‧‧heater

4‧‧‧Air conditioning unit

5‧‧‧ Temperature measurement unit

6‧‧‧Physical sensing unit

7‧‧‧Wireless transceiver unit

8‧‧‧Server

81‧‧‧ arithmetic unit

82‧‧‧Physical database

83‧‧‧Automatic protection unit

84‧‧‧Cloud Communication Unit

9‧‧‧Mobile devices

Claims (16)

The utility model relates to a warm environment control device, which comprises: a casing, which is formed with a switching element to form a space environment, the inner side wall of the casing is a tantalum acid board, and the tannic acid board is provided with a heat insulating material; a bed body The unit is disposed in the housing for a user to lie down, the bed unit includes a bed body and a heating plate body disposed on the bed body, the bed system is composed of a metal mesh layer a concrete layer and a heat insulating layer are sequentially stacked upward; a heat coil unit includes a concrete panel, and a plurality of coils mounted in the concrete panel and located between the heating plate body and the bed body And a heater connected to the plurality of coils, the heat energy generated by each coil passing through the heater penetrates the concrete panel through heat conduction to heat the heating plate body; an air conditioning unit that cooperates with the bed unit a surrounding area disposed in an inner side wall of the casing defining a space environment connected to the bed unit for filtering, humidifying, and sterilizing the oxygen-containing air in the atmosphere into the space environment to make the space environment Control is needed a range of temperature and humidity values, and sensing a change in temperature and humidity in the space environment to output a temperature and humidity information inside the casing; a temperature measuring unit is disposed on the outer edge of the heater to control the start and stop state of the heater Adjusting the operation of the heater according to the temperature of the bed unit to be maintained by the user, and sensing the temperature of the heat generated by the heat coil unit to output a temperature information; a physiological sensing unit, which can The user is connected to the body to sense the physiological function of the user's body to output a physiological signal; a wireless transceiver unit, the wireless communication is connected to the air conditioning unit, the temperature measuring unit and the physiological sensing unit to receive and forward the temperature and humidity information of the housing, the temperature information and the physiological signal; a server, and The wireless transceiver unit is connected to the computing unit, and includes a computing unit, a physiological database, an automatic protection unit, and a cloud communication unit, and the physiological database, the automatic protection unit, and the cloud communication unit are respectively connected to the computing unit. The operation unit is configured to receive and analyze the temperature and humidity information inside the casing, the temperature information and the physiological signal to generate different numerical ranges to present physiological information of the user to indicate the physiological state thereof, and use the automatic protection unit. Setting of time, safety system for leaking and powering off, adjusting start-stop operation of the temperature measuring unit, and monitoring air quality and oxygen content in the housing; and a mobile device that receives the server through the cloud communication unit The physiological information, the mobile device has an application (APP) form loading thermal environment control detection program For the user to view the physiological information and generate an instruction to the server, so that the server sets the usage time, controls the heating temperature of the heater, and controls the temperature and humidity value range of the air conditioning unit, Improved to the best physiological state of the user. The warm environment control device according to claim 1, wherein the heat insulating material is ceramic plate, graphite, diatomaceous brick, or diatomaceous earth coated on the silicate plate. The warm environment control device according to claim 1, wherein the heating plate system is a ceramic plate or graphite. The warm environment control device according to claim 1, wherein the metal mesh layer is a steel mesh. The warm environment control device according to claim 1, wherein the coagulation The soil layer and the concrete panel are Reinforced Concrete (RC). The warm environment control device according to claim 1, wherein the heat coil unit further comprises a water purifier connected to the heater, and a pressurizing motor connected to the water purifier, The water purifier is provided with a water source inlet, and the water inlet end of each coil is connected to the pressurizing motor, and the water outlet end of each coil is connected to the water purifier, and the heater heats the water purifier The water is supplied through the pressurizing motor to generate a circulation effect of allowing water in the water purifier to enter each coil and then returning to the water purifier, and hot water flows through each coil to heat the bed. unit. The warm environment control device according to claim 1, wherein the plurality of coils are electric heating coils or hot water coils. The warm environment control device according to claim 1, wherein the air conditioning unit comprises a temperature and humidity sensor, a filter, an ultraviolet sterilizer and a humidifier. The warm environment control device according to the first aspect of the patent application, wherein the temperature and humidity value range is controlled at 43 ° C ± 5 ° C and the humidity is controlled below 25%. The warm environment control device according to claim 1, wherein the physiological sensing unit is a blood pressure sensor, a heart rate recorder, a body temperature sensor, a pulse sensor, and a blood oxygen sensor. And a blood glucose sensor, and the physiological information includes blood pressure, heart rate variance (HRV) rate, body temperature, pulse, blood oxygen saturation, and blood sugar. The warm environment control device according to claim 1, wherein the server is a personal computer or an industrial PC (IPC). The warm environment control device according to claim 1, wherein the computing unit is a Central Processing Unit (CPU), a Micro Control Unit (MCU), or a Microprocessor (Micro). Processing Unit, MPU). The warm environment control device according to claim 1, wherein the mobile device is a notebook computer, a smart phone, a tablet computer, or a wearable device. The warm environment control device according to claim 1, wherein the switching element is a hatch, and the casing is in the shape of an egg type, a ship type or a space capsule. The warm environment control device according to claim 1, wherein the switching element is a door panel, and the housing is in the shape of a room. According to the warm environment control device of claim 1, wherein the automatic protection unit automatically adjusts the internal impedance according to the temperature change of the heater to adjust the output of the temperature measurement unit to the heater. Actuate to prevent the heater from being too hot or too low.