CN104456700A - Heat supply device and temperature control system of bathroom - Google Patents
Heat supply device and temperature control system of bathroom Download PDFInfo
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- CN104456700A CN104456700A CN201410583280.3A CN201410583280A CN104456700A CN 104456700 A CN104456700 A CN 104456700A CN 201410583280 A CN201410583280 A CN 201410583280A CN 104456700 A CN104456700 A CN 104456700A
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Abstract
The invention discloses a heat supply device and a temperature control system of a bathroom. The heat supply device and the temperature control system are applied to the bathroom. The bathroom comprises a top wall face, a bottom top face and a peripheral wall face. The heat supply device comprises a water heater, a water storage tank, a water pump, a first heat radiation device on the top wall face, a second heat radiation device on the peripheral wall face, a first valve and a second valve, the water heater, the water storage tank, the water pump, the first heat radiation device and the second heat radiation device are connected through pipelines, water flow of the water pump and the first heat radiation device is controlled by the first valve, and water flow between the water pump and the second heat radiation device is controlled by the second valve. When the heat supply device is used for heat supply, only hot water is conveyed to the heat radiation devices, the heat radiation devices do not need to be powered up, and potential safety hazards are eliminated. In addition, the stable work of the water heater is guaranteed, and the service life of the heat supply device is prolonged.
Description
Technical field
The present invention relates to Smart Home technical field, more specifically, relate to the temperature control system in a kind of heating plant and bathroom.
Background technology
Along with the progress of society, and economic and scientific and technological developing rapidly, people have no longer been confined to pursue the life of having enough to eat and wear, pressure now has allowed people more focus on household and has enjoyed, to enable people relax, wherein, bathing is the one that household is enjoyed.In addition, while bathing, heating is absolutely necessary a part, existing heating system uses the heating of super bath light irradiation mostly, but the steam in bathroom is larger, adopt the heating of super bath light irradiation to have certain potential safety hazard, once occur that the situation of electric leakage appears in the circuit of super bath lamp, cause unpredictable consequence by the life security of user.
Summary of the invention
In view of this, the invention provides the temperature control system in a kind of heating plant and bathroom, is bathroom heat supply by radiation heat transfer principle, ensure that the life security of user is not compromised.
Be technical scheme provided by the invention below:
A kind of heating plant, be applied to bathroom, described bathroom comprises top wall, bottom wall and four peripheral wall surfaces, described heating plant comprises: water heater, storage tank, water pump, the first heat radiation device being arranged at described top wall, the second heat radiation device being arranged at described four peripheral wall surfaces, the first valve and the second valve, be connected by pipeline between described water heater, storage tank, water pump, the first heat radiation device, the second heat radiation device, wherein
The water inlet end of described storage tank is connected to the water side of described water heater, and the water inlet end of described storage tank is connected to cold water for water end (W.E.) simultaneously, and the water side of described storage tank is connected to the water inlet end of described water pump;
The water side of described water pump is connected to the water inlet end of described first heat radiation device and the water inlet end of the second heat radiation device, the water side of described first heat radiation device and the water side of the second heat radiation device are connected to the water inlet end of described water heater, and the discharge of described water pump and described first heat radiation device is by described first Valve controlling, the discharge between described water pump and described second heat radiation device is by described second Valve controlling.
Preferably, described heating plant also comprises the 3rd heat radiation device and the 3rd valve that are arranged at described bottom wall, the water inlet end of described 3rd heat radiation device is connected to the water side of described water pump, the water side of described 3rd heat radiation device is connected to the water inlet end of described water heater, and the discharge of described water pump and described 3rd heat radiation device is by described 3rd Valve controlling.
Preferably, described first heat radiation device, the second heat radiation device and the 3rd heat radiation device include: housing and the aqueduct being fixedly installed on described enclosure interior, the water inlet end of described aqueduct is connected to the water side of described water pump, and the water side of described aqueduct is connected to the water inlet end of described water heater.
Preferably, described first heat radiation device, the second heat radiation device and the 3rd heat radiation device all also comprise: accumulation of heat radiating layer, and described accumulation of heat radiating layer wraps up described aqueduct.
Preferably, described first heat radiation device, the second heat radiation device and the 3rd heat radiation device are tabular heat radiation device.
Preferably, described first valve, the second valve and the 3rd valve are magnetic valve.
Preferably, described aqueduct is PPR aqueduct.
A kind of temperature control system of bathroom, be applied to bathroom, described bathroom comprises top wall, bottom wall and four peripheral wall surfaces, and described temperature control system comprises: heating plant, body temperature induction installation, first environment temperature sensing device, second environment temperature sensing device and controller;
Described heating plant is above-mentioned heating plant;
Described body temperature induction installation is for responding to body temperature temperature;
Described first environment temperature sensing device is for responding to the environment temperature for thermal region of described first heat radiation device, and described second environment temperature sensing device is for responding to the environment temperature for thermal region of described second heat radiation device;
And, described controller is used for according to described body temperature temperature by controlling described first valve and the second valve, control described water pump respectively with the discharge of described first heat radiation device and the second heat radiation device, to regulate the temperature for thermal region for thermal region and the second heat radiation device of described first heat radiation device.
Preferably, described heating plant comprises the 3rd heat radiation device and the 3rd valve that are arranged at described bottom wall, the water inlet end of described 3rd heat radiation device is connected to the water side of described water pump, the water side of described 3rd heat radiation device is connected to the water inlet end of described water heater, and the discharge of described water pump and described 3rd heat radiation device is by described 3rd Valve controlling, and, described temperature control system also comprises the 3rd environment temperature induction installation, described 3rd environment temperature induction installation is for responding to the environment temperature for thermal region of described 3rd heat radiation device,
Described 3rd valve by the control of described controller, to control the discharge of described water pump and described 3rd heat radiation device, with regulate described 3rd heat radiation device for the temperature of thermal region.
Preferably, described temperature control system also comprises: ambient humidity induction installation and air exhausting device, and wherein, described ambient humidity induction installation is for responding to the ambient humidity in described bathroom, and ambient humidity is when being greater than default humidity, control described air exhausting device to the dry dehumidifier in described bathroom by described controller.
Compared to existing technology, technical scheme provided by the invention at least has one of following advantage:
The temperature control system in a kind of heating plant provided by the invention and bathroom, wherein, be applied to bathroom, described bathroom comprises top wall, bottom wall and four peripheral wall surfaces, described heating plant comprises: water heater, storage tank, water pump, be arranged at the first heat radiation device of described top wall, be arranged at the second heat radiation device of described four peripheral wall surfaces, first valve and the second valve, described water heater, storage tank, water pump, first heat radiation device, be connected by pipeline between second heat radiation device, wherein, the water inlet end of described storage tank is connected to the water side of described water heater, and the water inlet end of described storage tank is connected to cold water for water end (W.E.) simultaneously, the water side of described storage tank is connected to the water inlet end of described water pump, the water side of described water pump is connected to the water inlet end of described first heat radiation device and the water inlet end of the second heat radiation device, the water side of described first heat radiation device and the water side of the second heat radiation device are connected to the water inlet end of described water heater, and the discharge of described water pump and described first heat radiation device is by described first Valve controlling, the discharge between described water pump and described second heat radiation device is by described second Valve controlling.
As shown in the above, technical scheme provided by the invention, when using heating plant to carry out heat supply, only has hot water delivery to heat radiation device, and without the need to powering up heat radiation device, eliminate potential safety hazard, ensure that the life security of user is not compromised when using this heating plant; And, first heat radiation device and the second heat radiation device all can by respective Valve controlling, discharge in it is flowed into control water pump, and then regulate separately for the temperature of thermal region, namely two heat radiation devices all can control separately respective heat supply temperature, and then can be different according to the temperature of bathroom zones of different, and adopt heat radiation device separately to zones of different heat supply, improve the comfortableness of bathing.In addition, by the setting of storage tank and valve, by storage tank stored hot water, and by the discharge between Valve controlling water pump and heat radiation device to reach the object regulating temperature, and adopt corresponding measure to change hot water temperature without the need to water heater, and then ensure that the steady operation of water heater, improve the service life of heating plant.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments of the invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the accompanying drawing provided.
The structural representation of a kind of heating plant that Fig. 1 provides for the embodiment of the present application;
The structural representation of a kind of heat radiation device that Fig. 2 provides for the embodiment of the present application;
The structural representation of the another kind of heating plant that Fig. 3 provides for the embodiment of the present application;
The temperature control system structural representation in a kind of bathroom that Fig. 4 provides for the embodiment of the present application;
The temperature control system structural representation in the another kind of bathroom that Fig. 5 provides for the embodiment of the present application.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
As described in background, existing heating system uses the heating of super bath light irradiation mostly, but the steam in bathroom is larger, the heating of super bath light irradiation is adopted to have certain potential safety hazard, once occur that the situation of electric leakage appears in the circuit of super bath lamp, cause unpredictable consequence by the life security of user.
Based on this, the embodiment of the present application provides the temperature control system in a kind of heating plant and bathroom, and shown in composition graphs 1 ~ 5, the heating plant provide the embodiment of the present application and the temperature control system in bathroom are described in detail.
With reference to figure 1, be the structural representation of a kind of heating plant that the embodiment of the present application provides, wherein, heating plant, is applied to bathroom, and bathroom comprises top wall, bottom wall and four peripheral wall surfaces, and heating plant comprises:
Water heater 1, storage tank 2, water pump 3, be arranged at the first heat radiation device 4 of top wall, be arranged at the second heat radiation device 5, first valve 6 and the second valve 7 of four peripheral wall surfaces, be connected by pipeline between water heater 1, storage tank 2, water pump 3, first heat radiation device 4, second heat radiation device 5, wherein
The water inlet end of storage tank 2 is connected to the water side of water heater 1, and the water inlet end of storage tank 2 is connected to cold water for water end (W.E.) 8 simultaneously, the water side of storage tank 2 is connected to the water inlet end of water pump 3, optionally, storage tank 2 also comprises discharge ends, discharges for during dilutional hyponatremia in storage tank 2;
The water side of water pump 3 is connected to the water inlet end of the first heat radiation device 4 and the water inlet end of the second heat radiation device 5, the water side of the first heat radiation device 4 and the water side of the second heat radiation device 5 are connected to the water inlet end of water heater 1, and the discharge of water pump 3 and the first heat radiation device 4 is controlled by the first valve 6, the discharge between water pump 3 and the second heat radiation device 5 is controlled by the second valve 7.
From in foregoing, wherein, water heater is used for heating the water be circulated in it, namely heats the water that heat radiation device transfers in it, and then the water after heating transfers in storage tank by water heater;
The water inlet end of storage tank is connected with the water side of water heater for water end (W.E.) with cold water simultaneously, and then the hot water that storage water heater provides, and when quantity of circulating water reduces to a certain degree, provides the water yield by cold water for water end (W.E.);
Water pump supplies water to the first heat radiation device and the second heat radiation device simultaneously, and the discharge between water pump and heat radiation device passes through Valve controlling, and then by the control of discharge, regulate heat radiation device to the thermoregulator object for thermal region to reach;
First heat radiation device and the second heat radiation device carry out heat supply to the region arranged separately respectively, namely the first heat radiation device is arranged at the top wall in bathroom, by to designs such as thermal-radiating sizes, to reach the object to the subregion heat supply of top, bathroom, and, second heat radiation device is arranged at four peripheral wall surfaces in bathroom, by designs such as the sizes to the second heat radiation device, to reach the circumferential center direction subregion heat supply in bathroom four, when using heating plant to carry out heat supply, hot water is only had to transfer to heat radiation device by water pump, and without the need to powering up heat radiation device, eliminate potential safety hazard.
In addition, it should be noted that, the storage tank that the embodiment of the present application provides, also can comprise the first water inlet end, the second water inlet end and water side, that is cold water is connected the different water inlet end of storage tank for water end (W.E.) with the water side of water heater.And, different heat radiation device all can by respective Valve controlling, discharge in it is flowed into control water pump, and then regulate separately for the temperature of thermal region, namely different heat radiation devices all can control separately respective heat supply temperature, and then can be different according to the temperature of bathroom zones of different, and adopt heat radiation device separately to zones of different heat supply, improve the comfortableness of bathing.In addition, by the setting of storage tank and valve, by storage tank stored hot water, and by the discharge between Valve controlling water pump and heat radiation device to reach the object regulating temperature, and adopt corresponding measure to change hot water temperature without the need to water heater, and then ensure that the steady operation of water heater, improve the service life of heating plant.
Shown in figure 1, the heating plant that the embodiment of the present application provides also comprises the 3rd heat radiation device 9 and the 3rd valve 10 that are arranged at bottom wall, the water inlet end of the 3rd heat radiation device 9 is connected to the water side of water pump 3, the water side of the 3rd heat radiation device 9 is connected to the water inlet end of water heater 1, and the discharge of water pump 3 and the 3rd heat radiation device 9 is controlled by the 3rd valve 10, so more omnibearing for carrying out heat supply in bathroom.
Optionally, in order to save space, and more large-area heat supply, shown in figure 2, be the structural representation of a kind of heat radiation device that the embodiment of the present application provides, wherein, the heat radiation device (i.e. the first heat radiation device, the second heat radiation device and the 3rd heat radiation device) that the embodiment of the present application provides comprising: housing 41 and aqueduct 42, wherein, aqueduct 42 can be covered with in housing 41 by the setting of twin flue, and aqueduct is PPR aqueduct.And the heat radiation device that the embodiment of the present application provides is tabular heat radiation device, has saved installing space greatly.In addition, in order to ensure the better heat supply of heat radiation device, the heat radiation device that the embodiment of the present application provides also comprises: accumulation of heat radiating layer, accumulation of heat radiating layer parcel aqueduct, by the setting of accumulation of heat radiating layer, heat radiation device better can be made to carry out heat supply to for thermal region, improve heating efficiency.In addition, the embodiment of the present application provides the first valve, the second valve and the 3rd valve are magnetic valve.
Further, shown in figure 3, be the structural representation of the another kind of heating plant that the embodiment of the present application provides, wherein, water heater can be air-source water heater.Concrete,
Heating plant comprises: water heater 1, storage tank 2, water pump 3, be arranged at the first heat radiation device 4 of top wall, be arranged at the second heat radiation device 5, first valve 6 and the second valve 7 of four peripheral wall surfaces, be connected by pipeline between water heater 1, storage tank 2, water pump 3, first heat radiation device 4, second heat radiation device 5, wherein
Storage tank 2 comprises water inlet end, water side and discharge ends, and the water inlet end of storage tank 2 is connected to the water side of water heater 1, and the water inlet end of storage tank 2 is connected to cold water for water end (W.E.) 8 simultaneously, and the water side of storage tank 2 is connected to the water inlet end of water pump 3;
The water side of water pump 3 is connected to the water inlet end of the first heat radiation device 4 and the water inlet end of the second heat radiation device 5, the water side of the first heat radiation device 4 and the water side of the second heat radiation device 5 are connected to the water inlet end of water heater 1, and the discharge of water pump 3 and the first heat radiation device 4 is controlled by the first valve 6, the discharge between water pump 3 and the second heat radiation device 5 is controlled by the second valve 7; And,
Water heater 1 comprises: compressor 11, outdoor heat exchanger 12, choke valve 13 and indoor heat exchanger 14, and wherein, refrigerant boil down to HTHP cold media gas exports in indoor heat exchanger 12 by compressor 11; And HTHP cold media gas is in indoor heat exchanger 12, by carrying out release heat after heat exchange with water, and then water is heated, and the hot water after heating is exported in storage tank, and export condensed high normal pressure and temperature cooling medium liquid body to choke valve 13; Condensed high normal pressure and temperature cooling medium liquid state through the throttling of choke valve 13 laggard enter outdoor heat exchanger 12, and by carrying out heat exchange with air or water in outdoor heat exchanger 12, namely absorbing heat of vaporization is to enter in compressor 11 second compression again after cold media gas.
The water heater provided for the embodiment of the present application is air-source water heater, not only environmental protection, and economize energy.It should be noted that, the air-source water heater provided for the application comprises and is not limited to the above-mentioned a kind of concrete structure provided, and it can also be other structures, does not do concrete restriction to this.In addition, the embodiment of the present application does not do concrete restriction for the type of the water heater provided yet, and needs to select according to actual conditions.
Based on the heating plant that above-described embodiment provides, the embodiment of the present application additionally provides a kind of temperature control system of bathroom, the temperature control system provided by the embodiment of the present application, gives more comfortable, the more healthy bathing of user and enjoys.Shown in figure 4, for the structural representation of a kind of temperature control system that the embodiment of the present application provides, wherein, temperature control system comprises: heating plant 100, body temperature induction installation 300, first environment temperature sensing device 400, second environment temperature sensing device 500 and controller 200;
The heating plant that heating plant 100 provides for above-mentioned any embodiment;
Body temperature induction installation 300 is for responding to body temperature temperature;
First environment temperature sensing device 400 is for responding to the environment temperature for thermal region of the first heat radiation device, and second environment temperature sensing device 500 is for responding to the environment temperature for thermal region of the second heat radiation device;
And, controller 200 is for passing through control first valve and the second valve according to body temperature temperature, control water pump respectively with the discharge of the first heat radiation device and the second heat radiation device, to regulate the temperature for thermal region for thermal region and the second heat radiation device of the first heat radiation device.
As shown in the above, the temperature control system that the embodiment of the present application provides, first need by human body temperature induction installation human body body temperature temperature, and body temperature temperature is transferred in controller carry out analytical calculation, then controller controls the heat supply temperature of heating plant according to body temperature temperature, namely by-pass valve control is passed through, to control the discharge between water pump and each heat radiation device, each heat radiation device its temperature object for thermal region corresponding is regulated to reach, and then according to body temperature temperature, and with reference to factors such as human body temperature-sensitive nerve endings distributions, the temperature of heating plant for thermal region is reasonably regulated, to user with comfortable environment temperature.
Preferably, when heating plant comprises the 3rd heat radiation device and the 3rd valve that are arranged at bottom wall, the water inlet end of the 3rd heat radiation device is connected to the water side of water pump, the water side of the 3rd heat radiation device is connected to the water inlet end of water heater, the water side of the 3rd heat radiation device is connected to the water inlet end of water heater, and the discharge of water pump and the 3rd heat radiation device by the 3rd Valve controlling and, temperature control system also comprises the 3rd environment temperature induction installation, and the 3rd environment temperature induction installation is for responding to the environment temperature for thermal region of the 3rd heat radiation device;
3rd valve by the control of controller, to control the discharge of water pump and the 3rd heat radiation device, with regulate the 3rd heat radiation device for the temperature of thermal region.
Further, based on the temperature control system corresponding to Fig. 4, itself embodiment still provides another kind of temperature control system, shown in figure 5, be the structural representation of the another kind of temperature control system that the embodiment of the present application provides, temperature control system comprises:
Heating plant 100, body temperature induction installation 300, first environment temperature sensing device 400, second environment temperature sensing device 500 and controller 200;
The heating plant that heating plant 100 provides for above-mentioned any embodiment;
Body temperature induction installation 300 is for responding to body temperature temperature;
First environment temperature sensing device 400 is for responding to the environment temperature for thermal region of the first heat radiation device, and second environment temperature sensing device 500 is for responding to the environment temperature for thermal region of the second heat radiation device;
And, controller 200 is for passing through control first valve and the second valve according to body temperature temperature, control water pump respectively with the discharge of the first heat radiation device and the second heat radiation device, to regulate the temperature for thermal region for thermal region and the second heat radiation device of the first heat radiation device.
Temperature control system also comprises: ambient humidity induction installation 600 and air exhausting device 700, wherein, ambient humidity induction installation 600 for responding to the ambient humidity in bathroom, and when ambient humidity is greater than default humidity, controls the dry dehumidifier in air exhausting device 700 pairs of bathrooms by controller 200.
The setting of ambient humidity induction installation and air exhausting device, not only can avoid user to occur sultry sensation when bathing, but also can intelligent dehumidifier after user's bathing completes, and ensures that bathroom is dry, avoids the appearance of nourishing the unfavorable conditions such as bacterium.
A kind of heating plant that the embodiment of the present application provides and the temperature control system in bathroom, wherein, be applied to bathroom, bathroom comprises top wall, bottom wall and four peripheral wall surfaces, heating plant comprises: water heater, storage tank, water pump, be arranged at the first heat radiation device of top wall, be arranged at the second heat radiation device of four peripheral wall surfaces, first valve and the second valve, water heater, storage tank, water pump, first heat radiation device, be connected by pipeline between second heat radiation device, wherein, the water inlet end of storage tank is connected to cold water for water end (W.E.) simultaneously, the water side of storage tank is connected to the water inlet end of water pump, the water side of water pump is connected to the water inlet end of the first heat radiation device and the water inlet end of the second heat radiation device, the water side of the first heat radiation device and the water side of the second heat radiation device are connected to the water inlet end of water heater, and the discharge of water pump and the first heat radiation device is by the first Valve controlling, the discharge between water pump and the second heat radiation device is by the second Valve controlling.
As shown in the above, the technical scheme that the embodiment of the present application provides, when using heating plant to carry out heat supply, only has hot water delivery to heat radiation device, and without the need to powering up heat radiation device, eliminate potential safety hazard, ensure that the life security of user is not compromised when using this heating plant; And, first heat radiation device and the second heat radiation device all can by respective Valve controlling, discharge in it is flowed into control water pump, and then regulate separately for the temperature of thermal region, namely two heat radiation devices all can control separately respective heat supply temperature, and then can be different according to the temperature of bathroom zones of different, and adopt heat radiation device separately to zones of different heat supply, improve the comfortableness of bathing.In addition, by the setting of storage tank and valve, by storage tank stored hot water, and by the discharge between Valve controlling water pump and heat radiation device to reach the object regulating temperature, and adopt corresponding measure to change hot water temperature without the need to water heater, and then ensure that the steady operation of water heater, improve the service life of heating plant.
Claims (10)
1. a heating plant, be applied to bathroom, described bathroom comprises top wall, bottom wall and four peripheral wall surfaces, it is characterized in that, described heating plant comprises: water heater, storage tank, water pump, the first heat radiation device being arranged at described top wall, the second heat radiation device being arranged at described four peripheral wall surfaces, the first valve and the second valve, be connected by pipeline between described water heater, storage tank, water pump, the first heat radiation device, the second heat radiation device, wherein
The water inlet end of described storage tank is connected to the water side of described water heater, and the water inlet end of described storage tank is connected to cold water for water end (W.E.) simultaneously, and the water side of described storage tank is connected to the water inlet end of described water pump;
The water side of described water pump is connected to the water inlet end of described first heat radiation device and the water inlet end of the second heat radiation device, the water side of described first heat radiation device and the water side of the second heat radiation device are connected to the water inlet end of described water heater, and the discharge of described water pump and described first heat radiation device is by described first Valve controlling, the discharge between described water pump and described second heat radiation device is by described second Valve controlling.
2. heating plant according to claim 1, it is characterized in that, described heating plant also comprises the 3rd heat radiation device and the 3rd valve that are arranged at described bottom wall, the water inlet end of described 3rd heat radiation device is connected to the water side of described water pump, the water side of described 3rd heat radiation device is connected to the water inlet end of described water heater, and the discharge of described water pump and described 3rd heat radiation device is by described 3rd Valve controlling.
3. heating plant according to claim 2, it is characterized in that, described first heat radiation device, the second heat radiation device and the 3rd heat radiation device include: housing and the aqueduct being fixedly installed on described enclosure interior, the water inlet end of described aqueduct is connected to the water side of described water pump, and the water side of described aqueduct is connected to the water inlet end of described water heater.
4. heating plant according to claim 3, is characterized in that, described first heat radiation device, the second heat radiation device and the 3rd heat radiation device all also comprise: accumulation of heat radiating layer, and described accumulation of heat radiating layer wraps up described aqueduct.
5. heating plant according to claim 3, is characterized in that, described first heat radiation device, the second heat radiation device and the 3rd heat radiation device are tabular heat radiation device.
6. heating plant according to claim 3, is characterized in that, described first valve, the second valve and the 3rd valve are magnetic valve.
7. heating plant according to claim 3, is characterized in that, described aqueduct is PPR aqueduct.
8. the temperature control system in a bathroom, be applied to bathroom, described bathroom comprises top wall, bottom wall and four peripheral wall surfaces, it is characterized in that, described temperature control system comprises: heating plant, body temperature induction installation, first environment temperature sensing device, second environment temperature sensing device and controller;
Described heating plant is the heating plant described in claim 1 ~ 7 any one;
Described body temperature induction installation is for responding to body temperature temperature;
Described first environment temperature sensing device is for responding to the environment temperature for thermal region of described first heat radiation device, and described second environment temperature sensing device is for responding to the environment temperature for thermal region of described second heat radiation device;
And, described controller is used for according to described body temperature temperature by controlling described first valve and the second valve, control described water pump respectively with the discharge of described first heat radiation device and the second heat radiation device, to regulate the temperature for thermal region for thermal region and the second heat radiation device of described first heat radiation device.
9. the temperature control system in bathroom according to claim 8, it is characterized in that, described heating plant comprises the 3rd heat radiation device and the 3rd valve that are arranged at described bottom wall, the water inlet end of described 3rd heat radiation device is connected to the water side of described water pump, the water side of described 3rd heat radiation device is connected to the water inlet end of described water heater, and the discharge of described water pump and described 3rd heat radiation device is by described 3rd Valve controlling, and, described temperature control system also comprises the 3rd environment temperature induction installation, described 3rd environment temperature induction installation is for responding to the environment temperature for thermal region of described 3rd heat radiation device,
Described 3rd valve by the control of described controller, to control the discharge of described water pump and described 3rd heat radiation device, with regulate described 3rd heat radiation device for the temperature of thermal region.
10. the temperature control system in bathroom according to claim 8, it is characterized in that, described temperature control system also comprises: ambient humidity induction installation and air exhausting device, wherein, described ambient humidity induction installation is for responding to the ambient humidity in described bathroom, and ambient humidity is when being greater than default humidity, control described air exhausting device to the dry dehumidifier in described bathroom by described controller.
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| CN201410583280.3A CN104456700A (en) | 2014-10-27 | 2014-10-27 | Heat supply device and temperature control system of bathroom |
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| CN201410583280.3A CN104456700A (en) | 2014-10-27 | 2014-10-27 | Heat supply device and temperature control system of bathroom |
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| CN104864458A (en) * | 2015-04-14 | 2015-08-26 | 广东美的暖通设备有限公司 | Bathroom heating device and method |
| CN106292566A (en) * | 2015-06-01 | 2017-01-04 | 彭先军 | Wisdom bathroom system and bathroom mirror |
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Application publication date: 20150325 |