CN109907955A - Heating stove or water heater and its control method with massage module - Google Patents
Heating stove or water heater and its control method with massage module Download PDFInfo
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 title claims abstract description 161
- 238000010438 heat treatment Methods 0.000 title claims abstract description 40
- 238000000034 method Methods 0.000 title claims abstract description 21
- JEGUKCSWCFPDGT-UHFFFAOYSA-N h2o hydrate Chemical compound O.O JEGUKCSWCFPDGT-UHFFFAOYSA-N 0.000 claims abstract description 12
- 238000002485 combustion reaction Methods 0.000 claims description 24
- 230000008859 change Effects 0.000 claims description 12
- 230000009471 action Effects 0.000 claims description 8
- 238000010348 incorporation Methods 0.000 claims description 3
- 238000013461 design Methods 0.000 abstract description 4
- 238000010586 diagram Methods 0.000 description 11
- 238000002169 hydrotherapy Methods 0.000 description 8
- 230000009466 transformation Effects 0.000 description 6
- 230000000694 effects Effects 0.000 description 5
- 230000001932 seasonal effect Effects 0.000 description 3
- 238000012360 testing method Methods 0.000 description 3
- 230000005540 biological transmission Effects 0.000 description 2
- 238000011017 operating method Methods 0.000 description 1
- 238000002360 preparation method Methods 0.000 description 1
- 230000000638 stimulation Effects 0.000 description 1
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Abstract
Specifically a kind of heating stove with massage module of the present invention；It includes being arranged in heating stove and by the domestic water water pipe and control module of heating stove heat exchange module；It is characterized in that: further including booster pump and bypass pipe, bypass pipe is connected to domestic water water pipe, and water servomechanism and check valve are also in series on bypass pipe, and the opening of the check valve flows out direction towards water flow；The booster pump is connected between the inlet segment of domestic water water pipe and heating stove heat exchange module.This heating stove uses above-mentioned design and above-mentioned massage control method, and terminal with compact integral structure is illustrated and can be applied on general heating stove, is embodied as most of heating stoves and provides the possibility of additional function, improves the compatibility of product.Meanwhile this control method can be achieved at the same time the control to water temperature and hydraulic pressure by control module；And the control method of incremental will not cause hydraulic pressure to impact internal watercourses, therefore will not reduce the service life of internal watercourses component.
Description
Technical field
The present invention relates to household appliance technical field, specifically a kind of heating stove or water heater and its control with massage module
Method.
Background technique
Heating for residential area dual-purpose type heating stove on the market at present, under life water exit mode can only constant temperature and pressure water supply, nothing
The life effluent functions of method offer alternating temperature transformation；And the water heater of existing some alternating temperatures or transformation function on the market, all can only
It is provided simultaneously with the transformation one of which function that relents；And current these products on the market, there is following these problems: 1, increasing
Pressure will lead to water route flow velocity and changes in flow rate, and in the state that burner flame keeps stablizing, the variation of flow velocity, flow be will lead to
Cold water uneven heating is even, so as to cause water outlet not constant temperature the problem of.2, intense pressure brought by booster pump changes, and will reduce heat
The weak parts such as the service life that hydrophone water route components use, especially plastic products, each component junction.
Summary of the invention
It is an object of the present invention to overcome drawbacks described above, water temperature and hydraulic pressure can be adjusted simultaneously to realize by providing one kind
The heating stove of massage functions.
In order to achieve the above object, the present invention is implemented as follows:
A kind of heating stove or water heater with massage module comprising be arranged in body and by the life of heat exchange module
With water water pipe and the control module controlled body；It is characterized in that: further including booster pump and bypass pipe, the bypass pipe
Both ends be connected to respectively with the inlet segment of domestic water water pipe and water exit end, water servomechanism and list are also in series on bypass pipe
To valve, the opening of the check valve flows out direction towards water flow；The booster pump be connected on the inlet segment of domestic water water pipe with
Between heating stove heat exchange module.
The control method of the massage module of the heating stove or water heater, including
Step 1 sets massage duration to control module；
Step 2, control module issue control signal to combustion system, booster pump and water servomechanism；
Initial temperature is adjusted to T0 by step 3, combustion system,
Step 4, booster pump complete one of following movement according to the instruction of control module；
Step 4.1, booster pump complete a pressure change period in time t, comprising: the high pressure section of time t ', at this time
Hydraulic pressure is PH；The low pressure section that time is t-t ', hydraulic pressure is PL at this time, and all period total durations are ttotal；
Step 4.2, booster pump are fed back according to the signal of discharge pressure sensor, and the pump power of adjustment pressurization at any time maintains hydraulic pressure
In P0；
Step 4.3, booster pump complete a pressure change period in time t, comprising: the high pressure section of time t ', at this time
Hydraulic pressure is PH；The low pressure section that time is t-t ', hydraulic pressure is PL at this time, and all period total durations are ttotal；
Step 5, water servomechanism complete following movement according to the instruction of control module, echo with step 4；
Step 5.1, the amount of water servomechanism incorporation water outlet cold water are in cyclically-varying, if each cycle duration is t, then t '
Water servomechanism is closed in period, and water servomechanism, all period total duration t are opened in the t-t ' periodtotal；
Step 5.2, water servomechanism are completed an action cycle in time t, water servomechanism within the t ' period from close to
It opens, closes from reaching within the t- t ' period, all period total durations are ttotal；
Step 5.3, water servomechanism are also completed an action cycle in time t, and water servomechanism is within the t ' period from closing
To opening, close within the t- t ' period from reaching, all period total durations are ttotal；
Step 6, control module issue control signal to combustion system, booster pump and water servomechanism, restore default work,
In, booster pump and water servomechanism stopping movement, temperature before combustion system makes water temperature return back to T0；
In above-mentioned steps, t, t ', the value of PH, PL, T0 be arranged by producer, ttotalValue by user from 5,10,15,20,
25, it selects in 30, time of day is minute；
Step 7 repeats the purpose that step 1 realizes repeated massage to step 6.
The control method of the massage module of the heating stove or water heater, when by massaging total to control module input
Length, variation in water pressure range extreme value, water temperature variation range extreme value realize personalized massage program input.
Heating stove or water heater are used into above-mentioned design and above-mentioned massage control method, terminal with compact integral structure is illustrated and can
Applied to the possibility on general heating stove or water heater, being embodied as most of heating stoves or water heater offer additional function, improve
The compatibility of product.Meanwhile this control method can be achieved at the same time the control to water temperature and hydraulic pressure by control module；And
The control method of incremental will not cause hydraulic pressure to impact internal watercourses, therefore will not reduce the use longevity of internal watercourses component
Life.
Detailed description of the invention
Fig. 1 is the pipeline structure schematic diagram of heating stove or hot period.
Fig. 2 is the operation panel schematic diagram of this massage module.
Fig. 3 is one schematic diagram one of this massage module embodiment.
Fig. 4 is one schematic diagram two of this massage module embodiment.
Fig. 5 is one schematic diagram three of this massage module embodiment.
Fig. 6 is two schematic diagram one of this massage module embodiment.
Fig. 7 is two schematic diagram two of this massage module embodiment.
Fig. 8 is two schematic diagram three of this massage module embodiment.
Fig. 9 is three schematic diagram one of this massage module embodiment.
Figure 10 is three schematic diagram two of this massage module embodiment.
Figure 11 is three schematic diagram three of this massage module embodiment.
Specific embodiment
As shown in Figure 1, having the heating stove or water heater of massage module comprising be arranged in heating stove and pass through heating
The domestic water water pipe 2 of furnace heat exchange module 1 and the control module that heating stove is controlled；It further include booster pump 3 and side
The both ends of siphunculus 4, the bypass pipe 4 are connected to the inlet segment of domestic water water pipe 2 and water exit end respectively, on bypass pipe 4 also
It is in series with water servomechanism 5 and check valve 6, the opening of the check valve flows out direction towards water flow；The booster pump 3 is connected on
Between the inlet segment and heating stove heat exchange module 1 of domestic water water pipe 2.
As shown in Fig. 2, the control method of the massage module of above-mentioned heating stove or water heater, including
Step 1 sets massage duration to control module；
Step 2, control module issue control signal to combustion system, booster pump and water servomechanism；
Initial temperature is adjusted to T0 by step 3, combustion system,
Step 4, booster pump complete one of following movement according to the instruction of control module；
Step 4.1, booster pump complete a pressure change period in time t, comprising: the high pressure section of time t ', at this time
Hydraulic pressure is PH；The low pressure section that time is t-t ', hydraulic pressure is PL at this time, and all period total durations are ttotal；
Step 4.2, booster pump are fed back according to the signal of discharge pressure sensor, and the pump power of adjustment pressurization at any time maintains hydraulic pressure
In P0；
Step 4.3, booster pump complete a pressure change period in time t, comprising: the high pressure section of time t ', at this time
Hydraulic pressure is PH；The low pressure section that time is t-t ', hydraulic pressure is PL at this time, and all period total durations are ttotal；
Step 5, water servomechanism complete following movement (echoing with step 4) according to the instruction of control module；
Step 5.1, the amount of water servomechanism incorporation water outlet cold water are in cyclically-varying, if each cycle duration is t, then t '
Water servomechanism is closed in period, and water servomechanism, all period total duration t are opened in the t-t ' periodtotal；
Step 5.2, water servomechanism are completed an action cycle in time t, water servomechanism within the t ' period from close to
It opens, closes from reaching within the t- t ' period, all period total durations are ttotal；
Step 5.3, water servomechanism are also completed an action cycle in time t, and water servomechanism is within the t ' period from closing
To opening, close within the t- t ' period from reaching, all period total durations are ttotal；
Step 6, control module issue control signal to combustion system, booster pump and water servomechanism, restore default work,
In, booster pump and water servomechanism stopping movement, temperature before combustion system makes water temperature return back to T0；
In above-mentioned steps, t, t ', the value of PH, PL, T0 be arranged by producer, ttotalValue by user from 5,10,15,20,
25, it selects in 30, time of day is minute；
Step 7 repeats the purpose that step 1 realizes repeated massage to step 6.
The control method of the massage module of the heating stove or water heater, when by massaging total to control module input
Length, variation in water pressure range extreme value, water temperature variation range extreme value realize personalized massage program input.
Illustrate the control method and operating principle of massage module in the present invention below by way of further operating procedure:
Embodiment one,
As shown in Fig. 3 ~ Fig. 5, variation in water pressure is controlled under constant water temperature: hydraulic pressure continuously can be changed by control booster pump, it is real
Bump sense in existing certain time to human body；By being incorporated to the bypass pipe of water servomechanism, constant temperature is kept；
Specific implementation:
By the set key on display screen, " massage of constant temperature transformation " mode is selected, and sets massage duration ttotal, default 15
Minute > > > electric controller receives display screen signal, and calling is parameter-embedded, to combustion system, booster pump and bypass pipe water servo
Initial temperature is adjusted to T0 > > > booster pump and completes a pressure change in time t by device transmission control signal > > > combustion system
Changing the period (includes: the high pressure section for the time being t ', hydraulic pressure is PH at this time；Time is the low pressure section of (t-t '), and hydraulic pressure is at this time
PL), all period total durations are ttotalThe amount that > > > bypass pipe mixes water outlet cold water is also in cyclically-varying, Mei Gezhou
Water servomechanism is closed when the phase in a length of t(t ' period, water servomechanism is opened in (the t-t ') period), all period total durations
ttotal> > > keeps leaving water temperature by the cooperation relationship between the parameter-embedded adjustment booster pump of electric controller and water servomechanism
Constant temperature > > > as completion total duration ttotalAfterwards, constant temperature transformation mode is automatically exited from, booster pump is out of service, and bypass pipe stopping is mixed
Water, temperature > > > reply life water termostat water exit mode before combustion system makes water temperature return back to T0；
Supplementary explanation
1. wherein: t, t ', the value of PH, PL, T0 be arranged by producer, ttotalValue by user from 5,10,15,20,25,30
Selection, unit are as follows: minute；
2. booster pump controls variation in water pressure, bypass pipe water servomechanism controls constant temperature, but between booster pump and water servomechanism
Cooperation relationship needs to obtain by test, after obtaining the relationship, is arranged by embedded programming into electric controller, real
Now automatically control.
3. initial temperature T0 is arranged, it is possible to prevente effectively from thermostatic control fails caused by changing because of seasonal inflow temperature
The case where；
4. high-low pressure section PH, PL is arranged, it is possible to prevente effectively from leading to the different feelings of body-sensing hydraulic pressure because of intake pressure difference
Condition, to guarantee massage effect；
Embodiment two,
As shown in Fig. 6 ~ Fig. 8, the variation of constant water press control water temperature: booster pump is not run, by controlling bypass pipe water servo
Device changes to control water temperature, realizes the stimulation to human body；
Specific implementation:
By the set key on display screen, " hydrotherapy of constant pressure alternating temperature " mode is selected, and sets hydrotherapy duration ttotal, default 15 points
Clock > > > electric controller receives display screen signal, and calling is parameter-embedded, sends out to combustion system, booster pump and bypass pipe water servomechanism
Send control signal > > > combustion system that initial temperature is adjusted to T0 > > > booster pump anti-according to the signal of discharge pressure sensor
Hydraulic pressure is maintained P0 > > > bypass pipe water servomechanism and completes a movement in time t by feedback, the pump power of adjustment pressurization at any time
Period (water servomechanism from closing to opening, was closed from reaching within (t- the t ') period within the t ' period), all period total durations
For ttotalTheoretically leaving water temperature can also be generated using t as the period for > > >, total duration ttotalThe variation of periodical water temperature (from existing
There is temperature to be down to specific low temperature TL, then be returned to existing temperature) > > > as completion total duration ttotalAfterwards, constant pressure change is automatically exited from
Warm mode, bypass pipe stop water mixing, and temperature > > > replys life water termostat water exit mode before combustion system makes water temperature return back to T0；
Supplementary explanation
1. wherein: t, t ', TL, T0 be arranged by producer；ttotalValue selected from 5,10,15,20,25,30 by user, it is single
Position are as follows: minute；
2. the variation range of leaving water temperature is determined by bypass pipe water size, i.e., the folding amplitude acted by water servomechanism is determined
It is fixed, namely the control signal deciding issued from electric controller to water servomechanism；And the value of the signal parameter, it needs by specifically testing
It obtains；Automatic control program is realized by embedded electric controller；
3. initial temperature T0 is arranged, it is possible to prevente effectively from the hydrotherapy temperature difference is unconspicuous caused by changing because of seasonal inflow temperature
Situation, to guarantee hydrotherapy effect；
4. constant water pressure P0 is arranged, it is possible to prevente effectively from causing body surface to experience different feelings to water temperature because of intake pressure variation
Condition, to guarantee hydrotherapy effect；
Embodiment three,
As shown in Fig. 9 ~ Figure 11, hydraulic pressure and water temperature change simultaneously: can continuously change hydraulic pressure by control booster pump, realize one
It fixes time the interior bump sense to human body；And the bypass pipe by having water servomechanism, consecutive variations water temperature are realized to people
The thermal stimulus of body；
Specific implementation:
By the set key on display screen, " massage of alternating temperature transformation " mode is selected, and inputs hydro-therapeutic massage duration ttotal, default
15 minutes > > > electric controller receives display screen signal, and calling is parameter-embedded, to combustion system, booster pump and bypass pipe water servo
Initial temperature is adjusted to T0 > > > booster pump and completes a pressure change in time t by device transmission control signal > > > combustion system
Period (includes: the high pressure section for the time being t ', hydraulic pressure is PH at this time；Time is the low pressure section of (t-t '), and hydraulic pressure is at this time
PL), all period total durations are ttotal> > > bypass pipe water servomechanism also completes an action cycle (water in time t
Servomechanism from closing to opening, was closed from reaching within (t- the t ') period within the t ' period), all period total durations are ttotal >>
> by the cooperation relationship between the parameter-embedded adjustment booster pump of electric controller and water servomechanism, keeping leaving water temperature is also in week
Phase property variation (be down to low temperature TL from original temperature T0, then be down to low temperature TLL, then rise to TL, finally return back to T0) > > > when
Complete total duration ttotalAfterwards, pressure and temperature varying mode is automatically exited from, booster pump is out of service, and bypass pipe stops water mixing, combustion system
Temperature > > > reply life water termostat water exit mode before making water temperature return back to T0；
Supplementary explanation
1. wherein: t, t ', the value of T0, TL, TLL, PH, PL is by producer's self-setting；ttotalValue by user from 5,10,15,
20, it selects in 25,30, unit are as follows: minute；
2. it is in cyclically-varying that booster pump, which controls hydraulic pressure, it is in cyclically-varying that bypass pipe water servomechanism, which controls water temperature, but is pressurized
Cooperation relationship between pump and water servomechanism needs to pass through test and obtains, after obtaining the relationship, passes through embedded programming
It is arranged into electric controller, realizes and automatically control.
3. initial temperature T0 is arranged, it is possible to prevente effectively from the hydrotherapy temperature difference is unknown caused by changing because of seasonal inflow temperature
Aobvious situation, to guarantee hydrotherapy effect；
4. high-low pressure section PH, PL is arranged, it is possible to prevente effectively from leading to the different feelings of body-sensing hydraulic pressure because of intake pressure difference
Condition, to guarantee massage effect；
Example IV,
The control mode of user customized hydraulic pressure and water temperature realizes the personal hydrotherapy/massage functions formulated.
Specific implementation:
By the set key on display screen, select " customized hydro-therapeutic massage " mode > > > into customized hydro-therapeutic massage circle
Face: it 1. selects to click " water temperature " and pulls down column, initial water temperature T0 is selected from drop-down list, defaulting initial water temperature is that " life water is permanent
Water temperature under warm constant voltage mode "；2. selection click " water temperature variation range " pull down column, wherein having " constant temperature, -4 DEG C, -7 DEG C, -10
DEG C, room temperature " 5 options, default option is " constant temperature ", and user can therefrom select one；3. selection click " variation in water pressure
Range " pulls down column, wherein have " constant pressure ,+0.05MPa ,+0.10MPa ,+0.15MPa ,+0.20MPa ,+0.25MPa ,+
Totally 8 options, default option are " constant pressure " to 0.30MPa ,+0.35MPa ", and user can therefrom select one；4. user inputs
Hydro-therapeutic massage duration ttotal, 15 minutes > > > electric controller of default receives display screen signal, call it is parameter-embedded, to combustion system,
Booster pump and bypass pipe water servomechanism send control signal > > > combustion system and initial temperature are adjusted to value set by user
T0 > > > booster pump is completed a pressure change period (to include: the high pressure section for the time being t ', hydraulic pressure is at this time in time t
PH；Time is the low pressure section of (t-t '), and hydraulic pressure is PL at this time), all period total durations are ttotal> > > bypass pipe water is watched
Take device also completed in time t an action cycle (water servomechanism within the t ' period from closing to opening, in (t- the t ') time
Close in section from reaching), all period total durations are ttotal> > > is by the parameter-embedded adjustment booster pump of electric controller and water servomechanism
Between cooperation relationship, keeping leaving water temperature is also in that cyclically-varying (is down to low temperature TL from setting temperature T0, then is down to low
Then warm TLL rises to TL, finally returns back to T0) > > > as completion total duration ttotalAfterwards, pressure and temperature varying mode is automatically exited from, is increased
Press pump is out of service, and bypass pipe stops water mixing, and temperature > > > reply before combustion system makes water temperature return back to user setting T0 is given birth to
Running water constant-temperature effluent mode；
Supplementary explanation
1. wherein: t, t ', the value of T0, TL, TLL, PH, PL is by producer's self-setting；ttotalValue by user from 5,10,15,
20, it selects in 25,30, unit are as follows: minute；
2. the temperature in " water temperature " drop-down list is determined by attainable temperature under itself life aqueous mode of heating stove；
3. the detailed description on " water temperature variation range " drop-down column in " the customized hydro-therapeutic massage mode of DIY ":
When a. selecting " constant temperature, -4 DEG C, -7 DEG C, -10 DEG C " this 4 options, extent of alternating temperature exists: between " TX~60 DEG C ".If current
Temperature T0 may exceed " TX~60 DEG C " range after the variation of -4 DEG C or -7 DEG C or -10 DEG C, then pulling down the option
(or do not show or not optional) is closed on column；(Tx refers to: under current inflow temperature, minimum load when heating stove stablizes burning
Attainable minimum temperature, for being lower than the temperature of TX, heating stove is unable to reach.In any case, TX > inflow temperature.)
When b. selecting " room temperature " option, depending on water temperature is by environment water temperature, heating stove does not burn (or stop burning), but life water
Line pressurization pump operation, bypass pipe water servomechanism are closed, and thus can achieve the function of changing hydraulic pressure under room temperature；
4. the detailed description on " variation in water pressure range " drop-down column in " the customized hydro-therapeutic massage mode of DIY ":
Heating stove life hydraulic pressure design specification are as follows: 0.08~0.8MPa, it is contemplated that human body is to the tolerance of hydraulic pressure, by massaging water
Press range setting are as follows: 0.08~0.45MPa；If the hydraulic pressure of certain option exceeds " 0.08~0.45MPa " model after booster pump is pressurized
It encloses, then the option closes (or do not show or not optional) on a display screen；
See following table, "○" indicates that the option is opened for data preparation, and "×" indicates that the option is closed:
Remarks: 0.35MPa should not exceed according to GB50015-2003 3.3.5A residential architecture pipe feed pressure of registering one's residence；
This heating stove uses above-mentioned design and above-mentioned massage control method, and terminal with compact integral structure is illustrated and can be applied to generally adopt
On radiator, it is embodied as most of heating stoves and the possibility of additional function is provided, improve the compatibility of product.Meanwhile this controlling party
Method can be achieved at the same time the control to water temperature and hydraulic pressure by control module；And the control method of incremental will not be to internal water
Road causes hydraulic pressure to impact, therefore will not reduce the service life of internal watercourses component.
Claims (3)
1. a kind of heating stove or water heater with massage module comprising be arranged in body and by heat exchange module
Domestic water water pipe and the control module that body is controlled；It is characterized in that: further including booster pump and bypass pipe, the side
The both ends of siphunculus are connected to the inlet segment of domestic water water pipe and water exit end respectively, and water servomechanism is also in series on bypass pipe
And check valve, the opening of the check valve flow out direction towards water flow；The booster pump is connected on the water inlet of domestic water water pipe
Between section and heating stove heat exchange module.
2. the control method of the massage module of heating stove or water heater described in claim 1, it is characterized in that: including
Step 1 sets massage duration to control module；
Step 2, control module issue control signal to combustion system, booster pump and water servomechanism；
Initial temperature is adjusted to T0 by step 3, combustion system,
Step 4, booster pump complete one of following movement according to the instruction of control module；
Step 4.1, booster pump complete a pressure change period in time t, comprising: the high pressure section of time t ', at this time
Hydraulic pressure is PH；The low pressure section that time is t-t ', hydraulic pressure is PL at this time, and all period total durations are ttotal；
Step 4.2, booster pump are fed back according to the signal of discharge pressure sensor, and the pump power of adjustment pressurization at any time maintains hydraulic pressure
In P0；
Step 4.3, booster pump complete a pressure change period in time t, comprising: the high pressure section of time t ', at this time
Hydraulic pressure is PH；The low pressure section that time is t-t ', hydraulic pressure is PL at this time, and all period total durations are ttotal；
Step 5, water servomechanism complete one of following movement according to the instruction of control module, echo with step 4；
Step 5.1, the amount of water servomechanism incorporation water outlet cold water are in cyclically-varying, if each cycle duration is t, then t '
Water servomechanism is closed in period, and water servomechanism, all period total duration t are opened in the t-t ' periodtotal；
Step 5.2, water servomechanism are completed an action cycle in time t, water servomechanism within the t ' period from close to
It opens, closes from reaching within the t- t ' period, all period total durations are ttotal；
Step 5.3, water servomechanism are also completed an action cycle in time t, and water servomechanism is within the t ' period from closing
To opening, close within the t- t ' period from reaching, all period total durations are ttotal；
Step 6, control module issue control signal to combustion system, booster pump and water servomechanism, restore default work,
In, booster pump and water servomechanism stopping movement, temperature before combustion system makes water temperature return back to T0；
In above-mentioned steps, t, t ', the value of PH, PL, T0 be arranged by producer, ttotalValue by user from 5,10,15,20,25,
It is selected in 30, time of day is minute；
Step 7 repeats the purpose that step 1 realizes repeated massage to step 6.
3. the massage module control method of heating stove according to claim 2, it is characterized in that: by being inputted to control module
It massages total duration, variation in water pressure range extreme value, water temperature variation range extreme value and realizes personalized massage program input.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112524678A (en) * | 2020-11-30 | 2021-03-19 | 芜湖美的厨卫电器制造有限公司 | Water supply system |
| CN114165926A (en) * | 2021-11-05 | 2022-03-11 | 华帝股份有限公司 | Fluctuating water pressure control method of gas water heater and gas water heater |
| CN114234437A (en) * | 2021-12-13 | 2022-03-25 | 华帝股份有限公司 | Water heater and control method thereof |
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| CN114165926A (en) * | 2021-11-05 | 2022-03-11 | 华帝股份有限公司 | Fluctuating water pressure control method of gas water heater and gas water heater |
| CN114165926B (en) * | 2021-11-05 | 2023-03-14 | 华帝股份有限公司 | Fluctuating water pressure control method of gas water heater and gas water heater |
| CN114234437A (en) * | 2021-12-13 | 2022-03-25 | 华帝股份有限公司 | Water heater and control method thereof |
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| CN109907955B (en) | 2022-02-22 |
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