CN205980003U - Warm up controlling means and underfloor heating system - Google Patents
Warm up controlling means and underfloor heating system Download PDFInfo
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- CN205980003U CN205980003U CN201620712159.0U CN201620712159U CN205980003U CN 205980003 U CN205980003 U CN 205980003U CN 201620712159 U CN201620712159 U CN 201620712159U CN 205980003 U CN205980003 U CN 205980003U
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Abstract
The utility model discloses a warm up controlling means and underfloor heating system. In the device, the heating space of warming up, divided into at least one region (100), the device includes: receiving module (200) and controller (300), wherein, receiving module (200) for acquire at least one region (100) that the user located in regional (100), controller (300) for locate the user the warm speed increase degree of regional (100) is controlled. The utility model discloses a poor and the user experience subalternation defect of slow, the energy -conserving effect of the medium temperature speed increase degree of prior art can be overcome to the scheme, realizes fast, the energy -conserving effectual beneficial effect of going with user experience of temperature speed increase degree.
Description
Technical field
This utility model belongs to floor heating technical field and in particular to a kind of floor heating control device and ground heating system, especially relates to
And a kind of with position of human body detection floor heating control device and ground heating system.
Background technology
Ground heating system, the rule being radiated upwards using accumulation of heat and the heat on ground itself, carry out conduction of heat from the bottom to top real
Now warm oneself, be one of family's independence heating system of the most comfortable health.Current ground heating system, typically all adopts water circulation
Mode realizing, the water injected system (i.e. ground heating system) after heating, and following according to specified track on floor
Ring is then out, and is heated again.
Because the water circulation of whole system (i.e. ground heating system) is all according to fixing track (for example：The track specified)
Come to run, current direction, discharge etc. are all uncontrollable；Therefore, the heating effect lifting in whole space is not to be clearly distinguished from
's.For example：If the area that ground heating system is heated is larger, but personnel are concentrated mainly on some region again, now temperature
The speed rising can be very slow.
In prior art, have that temperature rise speed is slow, energy-saving effect is poor and the defect such as poor user experience.
Utility model content
The purpose of this utility model is, for drawbacks described above, provides a kind of floor heating control device and ground heating system, to solve
Certainly in prior art, uncontrollable water circulation mode leads to the slow problem of temperature rise speed, reaches the effect of lifting temperature rise speed.
This utility model provides a kind of floor heating control device, the heating space of described floor heating, is divided at least one area
Domain；Described floor heating control device, including：Receiver module and controller；Wherein, described receiver module, for obtaining at least one
Region residing for user in described region；Described controller, for entering to the temperature rise speed in the described region residing for user
Row controls.
Alternatively, each described region, including：Individually outlet and/or single water inlet；Described controller, bag
Include：Discharge control module；Described discharge control module, for the described outlet to the described region residing for user
The discharge of discharge and/or described water inlet is controlled.
Alternatively, described controller, also includes：Outlet water control valve and/or enter water control valve；Described outlet water control valve, with
Described outlet adaptation setting, for, under the control of described discharge control module, carrying out to the discharge of described outlet
Adjust；Described enter water control valve, be adapted to setting with described water inlet, under the control of described discharge control module, right
The discharge of described outlet is adjusted.
Alternatively, each described region, also includes：Water temperature control module；Described water temperature control module, for user
The water temperature of the described water inlet in residing described region is controlled；Correspondingly, described enter water control valve, be additionally operable in described water
Under the control of warm control module, the water temperature of described outlet is adjusted.
Alternatively, described receiver module, is additionally operable to obtain the region no residing for user at least one described region；Institute
State water temperature control module, be additionally operable to turn the ability output being even switched off the described region no residing for user down.
Alternatively, described receiver module, is additionally operable to obtain number increase and decrease in arbitrary described region at least one described region
Change information；Correspondingly, described controller, is additionally operable to adjust the temperature rise speed of corresponding region according to described change information.
Alternatively, described receiver module, for obtaining at least one the described region (100) being collected by sensing module
Region (100) residing for middle user.
Match with said apparatus, this utility model another aspect provides a kind of ground heating system, including：Above-describedly
Warm control device.
Scheme of the present utility model, by controlling water circulation mode, and then lifts temperature rise speed, improves the use of user
Comfort level.
Further, scheme of the present utility model, by testing staff position, using flow-control, lifting personnel are located
The temperature rise speed in region.
Further, scheme of the present utility model, by heating space is divided into multiple regions, then is detected by sensor
Region at people in space, then controls the injection of current so that the region that people is located is injected by central flow
Discharge is relatively many, and then accelerates the temperature rise speed in this region.
Thus, scheme of the present utility model, by heating space is divided into multiple regions, detects region residing for user,
And controlling the water circulation mode detecting gained region, the uncontrollable water circulation mode in prior art that solves leads to temperature rise speed
Spend slow problem, thus, overcome that temperature rise speed in prior art is slow, energy-saving effect is poor and the defect of poor user experience, realize temperature
Lifting speed is fast, good energy-conserving effect and the good beneficial effect of Consumer's Experience.
Other features and advantages of the utility model will illustrate in the following description, and, partly from description
In become apparent, or by implement this utility model and understand.
Below by drawings and Examples, the technical solution of the utility model is described in further detail.
Brief description
Fig. 1 is the structural representation of an embodiment of floor heating control device of the present utility model；
Fig. 2 is the structural representation of another embodiment of floor heating control device of the present utility model；
Fig. 3 is the structural representation of an embodiment of heating Spacial domain decomposition in ground heating system of the present utility model；
Fig. 4 is the knot of an embodiment of discharge control module and water temperature control module in ground heating system of the present utility model
Structure schematic diagram, wherein, flow cavitation result valve, connect corresponding region；
Fig. 5 is the schematic flow sheet of an embodiment of the control method of ground heating system of the present utility model；
Fig. 6 is the schematic flow sheet of an embodiment of energy-efficient treatment in method of the present utility model；
Fig. 7 is the schematic flow sheet of an embodiment of dynamic regulation in method of the present utility model.
In conjunction with accompanying drawing, in this utility model embodiment, reference is as follows：
100- the 1st region；200- the 1st receiver module；300- controller；302- discharge control module；304- the 1st water outlet
Control valve；306- water temperature control module；308- the 1st discharge control valve.
Specific embodiment
For making the purpose of this utility model, technical scheme and advantage clearer, concrete below in conjunction with this utility model
Embodiment and corresponding accompanying drawing are clearly and completely described to technical solutions of the utility model.Obviously, described embodiment
It is only a part of embodiment of this utility model, rather than whole embodiments.Based on the embodiment in this utility model, this area
All other embodiment that those of ordinary skill is obtained under the premise of not making creative work, broadly falls into this utility model
The scope of protection.
According to embodiment of the present utility model, there is provided a kind of floor heating control device, as shown in Figure 1 of the present utility modelly
The structural representation of one embodiment of warm control device.In this floor heating control device, the heating space of described floor heating, it is divided into
At least one region 100；This floor heating control device can include：Receiver module 200 and controller 300.
For example：Heating space can be carried out region division, the size in each region can according to practical service environment Lai
Fixed.Heating space can be divided into n region, n is natural number herein.For example：1st region, the 2nd region ... ..., the n-thth area
Domain, may refer to the example shown in Fig. 3.
In one example, described receiver module 200, can be used for obtaining user at least one described region 100
Residing region 100.
Alternatively, described receiver module 200, can be used for obtaining at least one the described area being collected by sensing module
Region 100 residing for user in domain 100.
Alternatively, described sensing module, can include：Infrared sensor, pressure transducer, changing sensor, temperature pass
At least one of sensor.
For example：A position of human body detection receiver module can be joined in each region, for detecting in space (i.e. this region)
The distribution of personnel.
For example：Receiver module needs to distinguish according to the synchronous coding that carries out of current region numbering.
For example：Receiver module is not limited to pressure detecting to the detection of personnel positions, also includes other inspection such as shape changing detection
Survey mode.
In one example, described controller 300, can be used for the temperature rise speed to the described region 100 residing for user
Degree is controlled.
For example：When receiver module detects current region someone, detection signal feedwater flow control module now can be returned.
Wherein, this return information (detection signal returning) includes current region whether detected by someone and sensor
The information such as pressure.
Thus, by subregion is carried out to the heating space of floor heating, gather the use information in each area by receiver module, and then
Use information according to each area carries out the corresponding control of temperature rise speed, realize the heating of someone's area preference, region nobody when reduce
The effect of ability output, reliability is high.
In an optional embodiment, controller 300, can include：Flow cavitation result module 302 and/or water temperature control
Module 306.
With reference to the structural representation of another embodiment of floor heating control device of the present utility model shown in Fig. 2, enter one
The structure of step explanation controller 300.
In an optional example, each described region 100, can include：Individually outlet and/or individually enter water
Mouthful.
In one example, described discharge control module 302, can be used for the described region 100 residing for user
The discharge of described outlet and/or the discharge of described water inlet be controlled.
For example：There is oneself independent current gateway in each region, and unification is connected in discharge control module, current
There are N road current gateway, wherein N in amount control module>=n.
Thus, by discharge control module, more precisely, more reliably discrepancy discharge can be controlled, and then preferably
The temperature rise speed of lifting respective regions, property easy to use is good.
Alternatively, can also include：Outlet water control valve 304 and/or enter water control valve 308.
For example：Discharge control module can carry out Macro or mass analysis to the receiver module returned data of regional, and then right
The size of valve is controlled, regulating water flow.
In one example, described outlet water control valve 304, can be adapted to setting with described outlet, can be used in institute
State under the control of discharge control module 302, the discharge of described outlet is adjusted.
For example：The outlet of each road current has a single flow control valve that discharge is controlled, stream
The big I of amount is adjusted by the size of valve.
In one example, described enter water control valve 308, be adapted to setting with described water inlet, described enter water control valve
(308), it is adapted to setting with described water inlet, under the control of described discharge control module (302), to described outlet
Discharge be adjusted.
Thus, by the water control valve that comes in and goes out, can be more convenient, more be accurately controlled water flow, and then more preferably be lifted
Temperature rise speed, Consumer's Experience is good.
In one example, described water temperature control module 306, can be used for the described region 100 residing for user
The water temperature of described water inlet is controlled.
For example：Corresponding water inlet all collects together, and the unified water temperature control module that returns is processed, referring to Fig. 4
Shown example.
In one example, described enter water control valve 308, can be also used for the control in described water temperature control module 306
Under, the water temperature of described water inlet is adjusted.By entering water control valve, can be more convenient, more compactly realize into coolant-temperature gage,
The aperture of flow controls, and control reliability is high.
Thus, by water temperature control module, respective regions are entered with the control of coolant-temperature gage, flow, is conducive to improving temperature rise regulation
Efficiency, and then preferably lifting Consumer's Experience and energy-saving effect.
In an optional example, described receiver module 200, can be also used for obtaining at least one described region 100
Region 100 no residing for user.
Correspondingly, described water temperature control module 306, can be also used for turning the described area being even switched off no residing for user down
The ability output in domain 100.
For example：If whole space is all not detected by personnel existing, now system can be reduced by water temperature control module
The ability output of (i.e. ground heating system), allows space maintain the temperature of a more energy-conservation, or it is defeated directly to close ability
Go out, to be checked measure people exist or the operation such as remotely control after ability open system.
Thus, by nobody when reduce be even switched off ability output, energy-saving effect can be lifted, the feature of environmental protection is good, human nature
Change.
In an optional example, described receiver module 200, can be also used for obtaining at least one described region 100
The change information of arbitrary described region 100 number increase and decrease.
For example：Normally in the case of nobody, the pressure data that receiver module returns is a relatively stable numerical value, and once
Someone enters this region, and the data of return will change, and the size according to variable quantity may determine that current region again
Number is how many.
Correspondingly, described controller 300, is additionally operable to adjust the temperature rise speed of corresponding region 100 according to described change information
Degree.
For example：Receiver module detects the 1st region and the 9th region presence of people, and the pressure value that the 1st region returns becomes
Change amount relatively will be twice than the 9th region, now it is considered that the 1st region there may be how personal.Discharge control module
The size of the corresponding outlet valve in the 1st region and the 9th region after determining above-mentioned return information, can be adjusted.For example：1st
Region is maximum, and take second place in the 9th region, other regions are less.Normally stably count when the pressure value in the 1st region or the 9th region becomes again
It was demonstrated that people, not in this region, now can suitably turn down corresponding valve during value.
Thus, by the change information according to respective regions number, real-time adjustment temperature rise speed, one conveniently ensure that user
The comfort level using, is on the other hand conducive to energy-conserving and environment-protective, and flexible adjustment is good.
Through substantial amounts of verification experimental verification, using the technical scheme of the present embodiment, by controlling water circulation mode, and then lifted
Temperature rise speed, improves the comfort of user.
According to embodiment of the present utility model, additionally provide a kind of ground heating system corresponding to floor heating control device.This ground
Heating system can include：Above-described floor heating control device.
In one example, in this ground heating system, can include：Position of human body detection receiver module is (for example：Receiver module
200), discharge control module is (for example：Discharge control module 302), water temperature control module (for example：Water temperature control module
306).
For example：Floor heating (i.e. floor panel heating), is with whole ground as radiator, by the heat in flooring radiation layer
Matchmaker, is uniformly heated whole ground, is conducted from the bottom to top using the rule that accumulation of heat and the heat on ground itself radiate upwards, comes
Reach the purpose of heating.Floor heating is occurred typically in the form of system, i.e. referred to as ground heating system.
For example：Ground heating system, can include：Thermal source, pipeline and corresponding auxiliary material.
In one example, the control process of this ground heating system, can include：
(1), first, in the erection stage of this ground heating system, need heating space to carry out region division, each region big
Little can be determined according to practical service environment.Heating space can be divided into n region, n is natural number herein.For example：1st
Region, the 2nd region ... ..., the n-th region, may refer to the example shown in Fig. 3.
In an alternative example, the division in region mainly the layout according to space formulating, quantity does not limit, but need not
Divide too little, in order to avoid causing the waste of receiver module.
(2) there is oneself independent current gateway in each region, and unification is connected in discharge control module, discharge
N road current gateway, wherein N are had on control module>=n.The outlet of each road current has a single flow-control
Valve is controlled to discharge, and the big I of flow is adjusted by the size of valve, and corresponding water inlet all collects
Together, the unified water temperature control module that returns is processed, example shown in Figure 4.
In an alternative example, receiver module is not limited to wire transmission with the signal transmission of discharge control module
Or it is wirelessly transferred.
(3) in addition, a position of human body detection receiver module can be joined in each region, for detecting space (i.e. this region)
The distribution of interior personnel.Receiver module needs to distinguish according to the synchronous coding that carries out of current region numbering.When receiver module detection
To current region someone, detection signal feedwater flow control module now can be returned.Wherein, this return information (inspection returning
Survey signal) include the current region whether information such as someone and the pressure detected by sensor.
In an alternative example, receiver module is not limited to pressure detecting to the detection of personnel positions, also includes shape
Become other detection mode such as detection.
Discharge control module can carry out Macro or mass analysis to the receiver module returned data of regional, and then to valve
Size is controlled, regulating water flow.In the case of normally unmanned, pressure data that receiver module returns be one relatively stable
Numerical value, once and someone enters this region, the data of return will change, and be may determine that according to the size of variable quantity again
The number of current region is how many.
For example：Receiver module detects the 1st region and the 9th region presence of people, and the pressure value that the 1st region returns becomes
Change amount relatively will be twice than the 9th region, now it is considered that the 1st region there may be how personal.Discharge control module
The size of the corresponding outlet valve in the 1st region and the 9th region after determining above-mentioned return information, can be adjusted, can be preferential
The temperature rise speed of lifting people region, to improve human comfort.For example：1st region is maximum, and take second place in the 9th region, Qi Taqu
Domain is less.When the pressure value in the 1st region or the 9th region becomes normal stability number again it was demonstrated that people is not in this region, this
When can suitably turn down corresponding valve.
For example：When people is not in this region, can be mainly controlled by adjusting water outlet flow, discharge
Can not be controlled, the current of all water inlets take together return water temperature control module and heated.
If (4) whole space is all not detected by personnel's presence, now system can be reduced (i.e. by water temperature control module
Ground heating system) ability output, allow space maintain the temperature of a more energy-conservation, or can directly close ability output,
To be checked measure people exist or the operation such as remotely control after ability open system.
Thus, by the above-mentioned control to discharge, it is possible to achieve someone's area preference heat, region nobody when reduce energy
The function of power output.
The process realized by the system of the present embodiment and function essentially correspond to the device shown in aforementioned Fig. 1 to Fig. 2
Embodiment, principle and example, therefore not detailed part in the description of the present embodiment, may refer to mutually speaking on somebody's behalf in previous embodiment
Bright, will not be described here.
Through substantial amounts of verification experimental verification, using the technical solution of the utility model, by testing staff position, using stream
Amount controls the temperature rise speed of lifting personnel region.
According to embodiment of the present utility model, additionally provide a kind of controlling party of the ground heating system corresponding to ground heating system
Method, the schematic flow sheet of an embodiment of the control method of ground heating system of the present utility model as shown in Figure 5.This ground heating system
Control method can include：
At step S110, above-described ground heating system is divided at least one described region 100.
For example：Heating space is divided into multiple regions.
For example：In the erection stage of this ground heating system, need heating space to carry out region division, the size in each region
Can be determined according to practical service environment.Heating space can be divided into n region, n is natural number herein.For example：1st area
Domain, the 2nd region ... ..., the n-th region, may refer to the example shown in Fig. 3.
At step S120, obtain the region 100 residing for user at least one described region 100.
For example：By the region at people in sensor detection space.
For example：A position of human body detection receiver module can be joined in each region, for detecting in space (i.e. this region)
The distribution of personnel.Receiver module needs to distinguish according to the synchronous coding that carries out of current region numbering.When receiver module detects
Current region someone, now can return detection signal feedwater flow control module.Wherein, this return information (detection returning
Signal) include the current region whether information such as someone and the pressure detected by sensor.
For example：Receiver module is not limited to pressure detecting to the detection of personnel positions, also includes other inspection such as shape changing detection
Survey mode.
At step S130, the temperature rise speed in the described region 100 residing for user is controlled.
For example：By central flow control current injection so that the discharge injected of region that is located of people relatively
Many, and then accelerate the temperature rise speed in this region.
Thus, by subregion is carried out to the heating space of floor heating, gather the use information in each area by receiver module, and then
Use information according to each area carries out the corresponding control of temperature rise speed, and reliability is high, and property easy to use is good.
In an optional example, in step s 130, the temperature rise speed in the described region 100 residing for user is carried out
Control, can include：When each described region 100 includes individually described outlet, to the described region residing for user
100 discharge of described outlet and/or the discharge of described water inlet are controlled.
For example：There is oneself independent current gateway in each region, and unification is connected in discharge control module, current
There are N road current gateway, wherein N in amount control module>=n.The outlet of each road current has a single flow control
Valve processed is controlled to discharge, and the big I of flow is adjusted by the size of valve.
For example：Discharge control module can carry out Macro or mass analysis to the receiver module returned data of regional, and then right
The size of valve is controlled, regulating water flow.
Thus, the temperature rise speed of personnel region by testing staff position, is lifted using flow-control.
In an optional example, in step s 130, the temperature rise speed in the described region 100 residing for user is carried out
Control, can also include：When each described region 100 also includes individually described water inlet, described in residing for user
The water temperature of the described water inlet in region 100 is controlled.
For example：Corresponding water inlet all collects together, and the unified water temperature control module that returns is processed
Thus, by the control to outlet flow and/or the control to water inlet water temperature, flow etc., it is possible to achieve have
The heating of people's area preference, region nobody when reduce the effect of ability output, Consumer's Experience can be greatly promoted.
In an optional embodiment, in conjunction with step S110 to step S130, can also include：The step of energy-efficient treatment
Suddenly.
With reference to the schematic flow sheet of an embodiment of energy-efficient treatment in method of the present utility model shown in Fig. 6, enter one
Step explanation combines step S110 to the detailed process of the energy-efficient treatment of step S130.
Step S210, obtains the region 100 no residing for user at least one described region 100.
Step S220, turns the ability output being even switched off the described region 100 no residing for user down.
For example：If whole space is all not detected by personnel existing, now system can be reduced by water temperature control module
The ability output of (i.e. ground heating system), allows space maintain the temperature of a more energy-conservation, or it is defeated directly to close ability
Go out, to be checked measure people exist or the operation such as remotely control after ability open system.
Thus, by nobody when reduce be even switched off ability output, energy-saving effect can be lifted, the feature of environmental protection is good, human nature
Change.
In an optional embodiment, in conjunction with step S110 to step S130, can also include：The step of dynamic regulation
Suddenly.
With reference to the schematic flow sheet of an embodiment of dynamic regulation in method of the present utility model shown in Fig. 7, enter one
Step explanation combines step S110 to the detailed process of the dynamic regulation of step S130.
Step S310, obtains the change information of number increase and decrease in arbitrary described region 100 at least one described region 100.
For example：Normally in the case of nobody, the pressure data that receiver module returns is a relatively stable numerical value, and once
Someone enters this region, and the data of return will change, and the size according to variable quantity may determine that current region again
Number is how many.
For example：Receiver module detects the 1st region and the 9th region presence of people, and the pressure value that the 1st region returns becomes
Change amount relatively will be twice than the 9th region, now it is considered that the 1st region there may be how personal.
Step S320, according to described change information, adjusts the temperature rise speed of corresponding region 100.
For example；Discharge control module, after determining above-mentioned return information, can adjust the 1st region and the 9th region pair
Answer the size of outlet valve.
Thus, by the change information according to respective regions number, real-time adjustment temperature rise speed, one conveniently ensure that user
The comfort level using, is on the other hand conducive to energy-conserving and environment-protective, and flexible adjustment is good.
The process realized by the method for the present embodiment and function essentially correspond to the system shown in aforementioned Fig. 3 and Fig. 4
Embodiment, principle and example, therefore not detailed part in the description of the present embodiment, may refer to mutually speaking on somebody's behalf in previous embodiment
Bright, will not be described here.
Through substantial amounts of verification experimental verification, using the technical solution of the utility model, by heating space is divided into multiple areas
Domain, then by the region at people in sensor detection space, then passes through the injection of central flow control current so that people
The discharge that the region being located is injected is relatively many, and then accelerates the temperature rise speed in this region.
To sum up, skilled addressee readily understands that, on the premise of not conflicting, above-mentioned each advantageous manner can from
Combined by ground, be superimposed.
The foregoing is only embodiment of the present utility model, be not limited to this utility model, for this area
Technical staff for, this utility model can have various modifications and variations.All of the present utility model spirit and principle within,
Any modification, equivalent substitution and improvement made etc., should be included within right of the present utility model.
Claims (8)
1. a kind of floor heating control device, it is characterised in that the heating space of described floor heating, is divided at least one region
(100)；
Described floor heating control device, including：Receiver module (200) and controller (300)；Wherein,
Described receiver module (200), for obtaining the region (100) residing for user at least one described region (100)；
Described controller (300), for being controlled to the temperature rise speed in the described region (100) residing for user.
2. device according to claim 1 is it is characterised in that each described region (100), including：Individually outlet
And/or single water inlet；
Described controller (300), including：Discharge control module (302)；
Described discharge control module (302), for the current of the described outlet to the described region (100) residing for user
The discharge of amount and/or described water inlet is controlled.
3. device according to claim 2 is it is characterised in that also include：Outlet water control valve (304) and/or enter water management
Valve (308)；Wherein,
Described outlet water control valve (304), is adapted to setting with described outlet, in described discharge control module (302)
Under control, the discharge of described outlet is adjusted；
Described enter water control valve (308), be adapted to setting with described water inlet, in described discharge control module (302)
Under control, the discharge of described outlet is adjusted.
4. device according to claim 3 is it is characterised in that also include：Water temperature control module (306)；
Described water temperature control module (306), the water temperature for the described water inlet to the described region (100) residing for user is entered
Row controls；
Correspondingly, described enter water control valve (308), be additionally operable under the control of described water temperature control module (306), to described go out
The water temperature at the mouth of a river is adjusted.
5. device according to claim 4, it is characterised in that described receiver module (200), is additionally operable to obtain at least one
Region (100) no residing for user in described region (100)；
Described water temperature control module (306), is additionally operable to turn the ability being even switched off the described region (100) no residing for user down
Output.
6. the device according to one of claim 1-5, it is characterised in that described receiver module (200), is additionally operable to obtain extremely
The change information of arbitrary described region (100) number increase and decrease in a few described region (100)；
Correspondingly, described controller (300), is additionally operable to adjust the temperature rise speed of corresponding region (100) according to described change information
Degree.
7. the device according to one of claim 1-5 is it is characterised in that described receiver module (200), for obtaining by passing
Region (100) residing for user at least one described region (100) that sense module collects.
8. a kind of ground heating system is it is characterised in that include：Described floor heating control device as arbitrary in claim 1-7.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620712159.0U CN205980003U (en) | 2016-07-06 | 2016-07-06 | Warm up controlling means and underfloor heating system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620712159.0U CN205980003U (en) | 2016-07-06 | 2016-07-06 | Warm up controlling means and underfloor heating system |
Publications (1)
| Publication Number | Publication Date |
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| CN205980003U true CN205980003U (en) | 2017-02-22 |
Family
ID=58023502
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620712159.0U Active CN205980003U (en) | 2016-07-06 | 2016-07-06 | Warm up controlling means and underfloor heating system |
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| Country | Link |
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| CN (1) | CN205980003U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106051910A (en) * | 2016-07-06 | 2016-10-26 | 珠海格力电器股份有限公司 | Floor heating control device, floor heating system and control method of floor heating system |
-
2016
- 2016-07-06 CN CN201620712159.0U patent/CN205980003U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106051910A (en) * | 2016-07-06 | 2016-10-26 | 珠海格力电器股份有限公司 | Floor heating control device, floor heating system and control method of floor heating system |
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