CN105910287A - Water heater system, wearable equipment and water heater adjusting method - Google Patents
Water heater system, wearable equipment and water heater adjusting method Download PDFInfo
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- CN105910287A CN105910287A CN201610258840.7A CN201610258840A CN105910287A CN 105910287 A CN105910287 A CN 105910287A CN 201610258840 A CN201610258840 A CN 201610258840A CN 105910287 A CN105910287 A CN 105910287A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24H—FLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEAT-GENERATING MEANS, e.g. HEAT PUMPS, IN GENERAL
- F24H9/00—Details
- F24H9/20—Arrangement or mounting of control or safety devices
- F24H9/2007—Arrangement or mounting of control or safety devices for water heaters
Abstract
The invention discloses a water heater system. The water heater system comprises wearable equipment and a water heater. The wearable equipment comprises a first communication module, a first control module connected with the first communication module and a motion sensing and collecting module connected with the first control module. The water heater comprises a second communication module and a second control module connected with the second communication module. The motion sensing and collecting module is used for detecting the user swing condition of the wearable equipment so as to obtain a user instruction, the first control module generates corresponding control parameters according to the user instruction, and the first communication module sends the control parameters to the second communication module. The second communication module receives the control parameters and sends the control parameters to the second control module, and the second control module adjusts the hot water output quantity and/or the water output temperature according to the control parameters; and thus, real-time remote control can be effectively achieved, operation is convenient, and the user experience effect is good. The invention further discloses the wearable equipment and a water heater adjusting method.
Description
Technical field
The present invention relates to technical field of electric appliances, be related specifically to a kind of water-heater system and Wearable, water heater control method.
Background technology
Water heater is the household electrical appliance commonly used during people live, and user is during using water heater, because of the shower custom difference of individual, different to the demand of water temperature, discharge.When water heater is adjusted, needs to regulate and control on water heater body, and water heater is not typically installed in bathroom, thus operation is inconvenient for；If being adjusted by the water mixing valve in bathroom, then it is difficult to obtain accurate, appropriate water temperature, the regulation and control of discharge.For overcoming these defects, water-heater system and Wearable, water heater control method are improved.
Summary of the invention
The technical problem to be solved is to provide for a kind of water-heater system and Wearable, water heater control method, and it can not only effectively realize in real time, remote control, and easy to operate, and Consumer's Experience is effective；Also facilitate user in bathing experience, discharge or water temperature are regulated and controled.
The present invention solves its technical problem and the technical scheme is that a kind of water-heater system, including Wearable and water heater, wherein, described Wearable includes first communication module, the first control module being connected with described first communication module, the action induction acquisition module that is connected with described first control module；Described water heater includes second communication module, the second control module being connected with this second communication module；Described action induction acquisition module swings the situation of described Wearable to obtain user instruction for detecting user, first control module generates according to user instruction and controls parameter accordingly, and described control parameter is sent to second communication module by described first communication module；Described second communication module receives described control parameter, and described control parameter is sent to the second control module, and the second control module regulates hot water output and/or the leaving water temperature of water heater according to described control parameter.
The water-heater system that the embodiment of the present invention proposes, described Wearable arranges action induction acquisition module, this action induction acquisition module swings the situation of described Wearable to obtain user instruction for detecting user, user instruction is changed into corresponding control parameter and is sent to water heater by described Wearable, makes water heater according to described control parameter regulation hot water output and/or leaving water temperature.So user can arbitrarily regulate hot water output and/or the leaving water temperature of water heater by swinging Wearable, greatly facilitate user when taking a shower to water temperature, the control of discharge, effectively realizing real-time, remote control, easy to operate, Consumer's Experience is effective.
Further, described Wearable is intelligent watch or Intelligent bracelet.
Further, when action induction acquisition module detect user with 360 swings clockwise arms, then the first control module generates the control parameter increasing hot water output；When action induction acquisition module detects that user waves arm counterclockwise with 360, then the first control module generates the control parameter reducing hot water output.
Yet further, when action induction acquisition module detects that user swings up and down arm, then the first control module generates the control parameter improving leaving water temperature；When action induction acquisition module detects user's horizontal hunting arm, then the first control module generates the control parameter reducing leaving water temperature.
Wherein, described Wearable and water heater carry out radio communication, such as Wearable and carry out radio communication by bluetooth or wi-fi etc. with water heater；Or described Wearable carries out radio communication by mobile terminal and described water heater, and Bluetooth communication between the most described Wearable and mobile terminal, between mobile terminal with water heater, wi-fi communicates；Or Bluetooth communication between described Wearable and mobile terminal, and mobile terminal passes through wireless router, wi-fi communication connection is carried out between cloud computing platform and water heater, specifically, Wearable obtains user instruction, and control parameter accordingly according to user instruction generation, mobile terminal receives described control parameter and sends to wireless router, sent to cloud computing platform by wireless router again, described control parameter is sent to water heater by cloud computing platform again via wireless router, to control water heater, wherein user can be according to self to coolant-temperature gage, the use habit of water consumption, it is stored in cloud computing platform by controlling parameter accordingly, so as user's water.
A kind of Wearable that another aspect of the present invention embodiment proposes, the first control module including first communication module, being connected with described first communication module, the action induction acquisition module being connected with described first control module, this action induction acquisition module swings the situation of described Wearable to obtain user instruction for detecting user, first control module generates according to user instruction and controls parameter accordingly, and by first communication module, described control parameter is sent to water heater, to regulate hot water output and/or the leaving water temperature of water heater.In the present embodiment, Wearable is provided with action induction acquisition module, this action induction acquisition module swings the situation of described Wearable to obtain user instruction for detecting user, user instruction is changed into corresponding control parameter and is sent to water heater by described Wearable, makes water heater according to described control parameter regulation hot water output and/or leaving water temperature.So user can arbitrarily regulate hot water output and/or the leaving water temperature of water heater by swinging Wearable, greatly facilitate user when taking a shower to water temperature, the control of discharge, effectively realizing real-time, remote control, easy to operate, Consumer's Experience is effective.
As the further improvement of Wearable described in the embodiment of the present invention, when action induction acquisition module detect user with 360 swings clockwise arms, then the first control module generates the control parameter increasing hot water output；When action induction acquisition module detects that user waves arm counterclockwise with 360, then the first control module generates the control parameter reducing hot water output.
Yet further, when action induction acquisition module detects that user swings up and down arm, then the first control module generates the control parameter improving leaving water temperature；When action induction acquisition module detects user's horizontal hunting arm, then the first control module generates the control parameter reducing leaving water temperature.
The control method of a kind of water heater that another aspect of the invention embodiment proposes, comprises the following steps:
The situation acquisition being swung Wearable by detection user controls parameter accordingly, and Wearable described here is Intelligent bracelet or intelligent watch；
If be detected that user with 360 swings clockwise arms to swing Wearable, then generate increase hot water output control parameter；If be detected that user waves arm counterclockwise to swing Wearable with 360, then generate the control parameter reducing hot water output；The described increase control parameter of hot water output, the control parameter of described minimizing hot water output are sent to water heater, to realize being adjusted the heat outputting water yield of water heater by described Wearable.
As the control method of water heater described in the embodiment of the present invention, user to swing Wearable by swinging arm, is controlled parameter accordingly to generate, thus realizes the regulation of the hot water output to water heater.
Yet further, obtain the corresponding step controlling parameter in the situation swinging Wearable above by detection user also to include:
If be detected that user is by swinging up and down arm to swing up and down Wearable, then generate the control parameter improving leaving water temperature；If be detected that user by horizontal hunting arm with horizontal hunting Wearable, then generate the control parameter reducing leaving water temperature；The control parameter of the raising control parameter of leaving water temperature, described reduction leaving water temperature is sent to water heater by described Wearable, realizes being adjusted the hot water temperature of water heater simultaneously.
Accompanying drawing illustrates:
Fig. 1 is the block diagram of the water-heater system of the embodiment of the present invention；
Fig. 2 is the block diagram of the water-heater system of another embodiment of the present invention；
Fig. 3 is the block diagram of the water-heater system communication mode of further embodiment of this invention；
Fig. 4 is the block diagram of the Wearable of the embodiment of the present invention；
Fig. 5 is the block diagram of the water heater control method of the embodiment of the present invention；
Fig. 6 is the block diagram of the water heater control method of another embodiment of the present invention.
Reference
Wearable 01, first communication module 10, the first control module 11, action induction acquisition module 12, water heater 02, second communication module 20, the second control module 21, mobile terminal 03, third communication module 31, the 3rd control module 32.
Detailed description of the invention: embodiments of the invention are described below in detail, and the example of described embodiment is shown in the drawings, and label identical in the most each figure represents same or like part.The embodiment described below with reference to accompanying drawing is exemplary, is only used for explaining the present invention, and is not understood to limitation of the present invention.Following disclosure provides many different embodiments or the example different structure realizing the present embodiment.Repeat reference numerals and/or letter in different embodiments in the present invention, this repetition is for purposes of simplicity and clarity, itself does not indicate the relation between discussed various embodiment.
The water-heater system proposed according to embodiments of the present invention is described with reference to the accompanying drawings.
Embodiment one, sees Fig. 1, the water-heater system in the present embodiment, and including Wearable 01 and water heater 02, described Wearable 01 is intelligent watch or Intelligent bracelet.Described Wearable 01 and water heater 02 are connected by radio communication, and such as Wearable 01 carries out radio communication by the communication such as bluetooth, Wi-fi and water heater 02.
Described Wearable 01 includes first communication module 10, the first control module 11 being connected with described first communication module 10, the action induction acquisition module 12 that is connected with described first control module 11；Described water heater 02 includes second communication module 20, the second control module 21 being connected with this second communication module 20；Described action induction acquisition module 12 swings the situation of described Wearable 01 to obtain user instruction for detecting user, first control module 11 generates according to user instruction and controls parameter accordingly, and described control parameter is sent to second communication module 20 by described first communication module 10；Described second communication module 20 receives described control parameter, and described control parameter is sent to the second control module 21, and the second control module 21 is according to the hot water output of described control parameter regulation water heater 02.
Specifically, user is when taking a shower, by swinging arm to drive Wearable 01 to swing, when in Wearable 01 action induction acquisition module 12 detect user with 360 swings clockwise arms, then the first control module 11 generates the control parameter increasing hot water output；When action induction acquisition module 12 detects that user waves arm counterclockwise with 360, then the first control module generates the control parameter reducing hot water output.User can arbitrarily regulate the hot water output of water heater by swinging Wearable 01, has greatly facilitated user's control when taking a shower to discharge, has effectively realized real-time, remote control, and easy to operate, Consumer's Experience is effective.
Embodiment two, see Fig. 2, water-heater system in the present embodiment, including Wearable 01, water heater 02, mobile terminal 03, described Wearable 01 is intelligent watch or Intelligent bracelet, and described intelligent terminal 03 can be smart mobile phone based on platforms such as Android, iOS, PC or panel computer.Described Wearable 01 is connected with water heater 02 radio communication by mobile terminal 03.
Described Wearable 01 includes first communication module 10, the first control module 11 being connected with described first communication module 10, the action induction acquisition module 12 that is connected with described first control module 11；Described mobile terminal 03 includes the 3rd control module 31, the third communication module 30 being connected with the 3rd control module 31, the fourth communication module 32 that is connected with the 3rd control module 31；Described water heater 02 includes second communication module 20, the second control module 21 being connected with this second communication module 20.Described first communication module 10 and third communication module 30 are bluetooth module, and described second communication module 20 and fourth communication module 32 are wi-fi module.
Described action induction acquisition module 12 swings the situation of described Wearable 01 to obtain user instruction for detecting user, first control module 11 generates according to user instruction and controls parameter accordingly, and control described first communication module 10 described control parameter is sent to the third communication module 30 of mobile terminal 03, then controlled fourth communication module 32 by the 3rd control module 31 to send described control parameter to water heater 02, the second communication module 20 of water heater 02 receives described control parameter, and described control parameter is sent to the second control module 21, second control module 21 is according to the hot water output of described control parameter regulation water heater 02, leaving water temperature.User can arbitrarily regulate the hot water output of water heater, leaving water temperature by swinging Wearable 01, has greatly facilitated user when taking a shower to discharge, the control of water temperature, effectively realizes real-time, remote control, and easy to operate, Consumer's Experience is effective.
Specifically, user is when taking a shower, by swinging arm to drive Wearable 01 to swing, when in Wearable 01 action induction acquisition module 12 detect user with 360 swings clockwise arms, then the first control module 11 generates the control parameter increasing hot water output；When action induction acquisition module 12 detects that user waves arm counterclockwise with 360, then the first control module generates the control parameter reducing hot water output；When action induction acquisition module 12 detects that user swings up and down arm, then the first control module 11 generates the control parameter improving leaving water temperature；When action induction acquisition module 12 detects user's horizontal hunting arm, then the first control module 11 generates the control parameter reducing leaving water temperature.User can arbitrarily regulate the hot water output of water heater, leaving water temperature by swinging Wearable 01, has greatly facilitated user when taking a shower to discharge, the control of water temperature, effectively realizes real-time, remote control, and easy to operate, Consumer's Experience is effective.
Embodiment three, see Fig. 2 and 4, the present embodiment and the communication differred primarily in that between Wearable 01, water heater 02, mobile terminal 03 of embodiment two, the present embodiment includes Wearable 01, water heater 02, mobile terminal 03, wireless router, cloud computing platform.User swings described Wearable to obtain user instruction, generate according to this user instruction simultaneously and control parameter accordingly, and parameter transmission will be controlled to mobile terminal 03 by Blue-tooth communication method, mobile terminal 03 is sent to wireless router by wi-fi communication mode after receiving this control parameter, sent to cloud computing platform by wireless router again, described control parameter is sent to water heater by cloud computing platform again via wireless router, to realize the control to water heater, wherein user can according to self to coolant-temperature gage or/and the use habit of water consumption, it is stored in cloud computing platform by controlling parameter accordingly, so that user calls.
The Wearable proposed according to embodiments of the present invention is described with reference to the accompanying drawings.
Seeing Fig. 3, the Wearable 01 in the present embodiment includes first communication module the 10, first control module 11, action induction acquisition module 12.
Described first communication module 10 is bluetooth module or wi-fi module, is connected for carrying out radio communication with mobile terminal 03 or water heater 02.Described action induction acquisition module 12 swings the situation of described Wearable 01 to obtain user instruction for detecting user, action induction acquisition module 12 is connected with the first control module 11, so when action induction acquisition module 12 detect user with 360 swings clockwise arms, then the first control module 11 generates the control parameter increasing hot water output；When action induction acquisition module 12 detects that user waves arm counterclockwise with 360, then the first control module 11 generates the control parameter reducing hot water output；When action induction acquisition module 12 detects that user swings up and down arm, then the first control module 11 generates the control parameter improving leaving water temperature；When action induction acquisition module 12 detects user's horizontal hunting arm, then the first control module 11 generates the control parameter reducing leaving water temperature.
After first control module 11 generates above-mentioned control parameter, and it is sent directly to water heater 02 by first communication module 10, or is sent to water heater 02 by mobile terminal 03, make water heater 02 according to described control parameter regulation hot water output and leaving water temperature.Such user can arbitrarily regulate hot water output and the leaving water temperature of water heater by swinging Wearable, has greatly facilitated user when taking a shower to water temperature, the control of discharge, effectively realizes real-time, remote control, and easy to operate, Consumer's Experience is effective.
The control method of the water heater proposed according to embodiments of the present invention is described with reference to the accompanying drawings.
The control method of a kind of water heater, sees Fig. 5, comprises the following steps:
Step 101: the situation acquisition being swung Wearable by detection user controls parameter accordingly；Wearable described here is Intelligent bracelet or intelligent watch, facilitates user to be worn in wrist, to swing this wearable device.
Step 102: if be detected that user with 360 swings clockwise arms to swing Intelligent bracelet or intelligent watch, then generating increases the control parameter of hot water output.User needs to obtain larger amount of hot water, can be constantly with 360 swings clockwise arms, to obtain the hot water being gradually increased the water yield.
Step 103: if be detected that user waves arm counterclockwise to swing Intelligent bracelet or intelligent watch with 360, then generate the control parameter reducing hot water output.User needs to obtain small amount of hot water, constantly can wave arm counterclockwise with 360, to obtain the hot water gradually decreasing the water yield.
Step 104: the described increase control parameter of hot water output, the control parameter of described minimizing hot water output are sent to water heater, to realize being adjusted the heat outputting water yield of water heater by described Intelligent bracelet or intelligent watch.
nullIn the present embodiment，User can generate, by swinging Intelligent bracelet or intelligent watch, the control parameter increasing or reducing hot water output，And this control parameter is delivered to water heater，To realize the regulation and control to water heater output，Specifically，When user needs to strengthen water outlet of water heater amount，Only need 360 swings clockwise arms so that Intelligent bracelet or intelligent watch 360 clockwise oscillation，If user needs to reduce water outlet of water heater amount，Only need to wave arm counterclockwise with 360 to swing Intelligent bracelet or intelligent watch，Water heater receives corresponding after controlling parameter，Start to contrast current discharge and default discharge，The aperture of the water proportioning valve according to comparing result regulation water heater is with regulating water flow up to preset value，The water flow sensing unit of water heater regulation detected after discharge and feed back to the controller of water heater，Controller judges whether to reach preset value，If being not reaching to, continue regulation，If having reached preset value, water heater controller is according to current discharge、The aperture of current actual water temperature regulating gas proportioning valve is to control gas quantity，Current water temperature is made to keep constant，Water heater controller judges that currently practical leaving water temperature and the set water temperature temperature difference are whether in allowed band，If in allowed limits，Then output sets discharge，The most in allowed limits，Then continuing to adjust water temperature makes water temperature constant.So, the present embodiment can effectively realize the user's real-time, long-range, Intelligent control to water heater, and easy to operate, Consumer's Experience is effective.
As the further improvement of the control method of the water heater described in the present embodiment, as shown in Figure 6, obtain the corresponding step controlling parameter in the situation swinging Intelligent bracelet or intelligent watch above by detection user also to include:
Step 105: if be detected that user is by swinging up and down arm to swing up and down Intelligent bracelet or intelligent watch, then generate the control parameter improving leaving water temperature.User needs to obtain the hot water of higher temperatures, can constantly swing up and down arm, to be gradually increased the temperature of hot water.
Step 106: if be detected that user by horizontal hunting arm with horizontal hunting Intelligent bracelet or intelligent watch, then generate the control parameter reducing leaving water temperature；User needs to obtain the hot water of relatively low temperature, can constantly swing up and down arm, to be gradually reduced the temperature of hot water.
Correspondingly, also include on the basis of above-mentioned steps 104: the control parameter of the raising control parameter of leaving water temperature, described reduction leaving water temperature is sent to water heater by described Intelligent bracelet or intelligent watch, realizes being adjusted the hot water temperature of water heater simultaneously.
Specifically, in the present embodiment, the control parameter that user can generate, by swing Intelligent bracelet or intelligent watch, the control parameter increasing or reducing hot water output, improve or reduce outlet water temperature of water heater, and these control parameters are delivered to water heater, to realize water heater output, the regulation and control of outlet water temperature of water heater, that is, if detecting, user with 360 swings clockwise Intelligent bracelet or intelligent watch, then generates and increases the control parameter of hot water output；If detecting, user waves bracelet or intelligent watch counterclockwise with 360, then generate the control parameter reducing hot water output；If detecting, user swings up and down Intelligent bracelet or intelligent watch, then generate the control parameter improving leaving water temperature；If user's horizontal hunting Intelligent bracelet or intelligent watch being detected, then generate the control parameter reducing leaving water temperature, described Intelligent bracelet or intelligent watch and these are controlled parameter transmission to water heater.Water heater receives corresponding after controlling parameter, controls hot water output, water temperature, and water heater specifically regulates the mode of hot water output and can be found in above-described embodiment.For regulation water temperature, specifically, after water heater receives the corresponding control parameter of regulation water temperature, start to contrast Current Temperatures and user preset temperature, gas proportioning valve aperture according to comparing result regulation water heater, making water temperature reach preset value with control gas quantity, the water temperature after regulation feeds back to water heater controller and judges whether to reach preset value, if having reached required water temperature, exports set water temperature；If the most required water temperature, water temperature after then adjusting proceeds contrast with preset value, water proportioning valve aperture is controlled according to comparing result, reach to regulate the effect of water temperature with adjustment cold water inflow, the water temperature detected feeds back to after regulation controller again contrast with preset value, if reaching, exporting design temperature, if not up to water temperature preset value, then regulating until reaching preset temperature value continuing with gas proportion valve opening and water proportioning valve aperture.Thus effectively realize the user's real-time, long-range, Intelligent control to water heater, easy to operate, Consumer's Experience is effective.
Above-mentioned water-heater system, wearable device, the embodiment of water heater control method are exemplary; it is not considered as limiting the invention; above-described embodiment can be changed, revises, replace and modification by those of ordinary skill in the art within the scope of the invention, described various changes, revises, replaces and modification is the most within the scope of the present invention.
Claims (10)
1. a water-heater system, it is characterised in that include Wearable and water heater, wherein,
Described Wearable includes first communication module, the first control module being connected with described first communication module, the action induction acquisition module that is connected with described first control module；
Described water heater includes second communication module, the second control module being connected with this second communication module；
Described action induction acquisition module swings the situation of described Wearable to obtain user instruction for detecting user, first control module generates according to user instruction and controls parameter accordingly, and described control parameter is sent to second communication module by described first communication module；
Described second communication module receives described control parameter, and described control parameter is sent to the second control module, and the second control module regulates hot water output and/or the leaving water temperature of water heater according to described control parameter.
Water-heater system the most according to claim 1, it is characterised in that described Wearable is intelligent watch or Intelligent bracelet.
Water-heater system the most according to claim 2, it is characterised in that
When action induction acquisition module detect user with 360 swings clockwise arms, then the first control module generates the control parameter increasing hot water output；
When action induction acquisition module detects that user waves arm counterclockwise with 360, then the first control module generates the control parameter reducing hot water output.
4. want the water-heater system described in 2 or 3 according to right, it is characterised in that
When action induction acquisition module detects that user swings up and down arm, then the first control module generates the control parameter improving leaving water temperature；
When action induction acquisition module detects user's horizontal hunting arm, then the first control module generates the control parameter reducing leaving water temperature.
5. according to the water-heater system according to any one of claim 1 ~ 3, it is characterised in that described Wearable and water heater carry out radio communication, or described Wearable carries out radio communication by mobile terminal and described water heater.
6. a Wearable, it is characterised in that including:
First communication module；
The first control module being connected with described first communication module；
The action induction acquisition module being connected with described first control module, this action induction acquisition module swings the situation of described Wearable to obtain user instruction for detecting user, first control module generates according to user instruction and controls parameter accordingly, and by first communication module, described control parameter is sent to water heater, to regulate hot water output and/or the leaving water temperature of water heater.
Wearable the most according to claim 6, it is characterised in that
When action induction acquisition module detect user with 360 swings clockwise arms, then the first control module generates the control parameter increasing hot water output；
When action induction acquisition module detects that user waves arm counterclockwise with 360, then the first control module generates the control parameter reducing hot water output.
Wearable the most according to claim 7, it is characterised in that
When action induction acquisition module detects that user swings up and down arm, then the first control module generates the control parameter improving leaving water temperature；
When action induction acquisition module detects user's horizontal hunting arm, then the first control module generates the control parameter reducing leaving water temperature.
9. the control method of a water heater, it is characterised in that comprise the following steps:
The situation acquisition being swung Wearable by detection user controls parameter accordingly；
If be detected that user with 360 swings clockwise arms to swing Wearable, then generate increase hot water output control parameter；
If be detected that user waves arm counterclockwise to swing Wearable with 360, then generate the control parameter reducing hot water output；
The described increase control parameter of hot water output, the control parameter of described minimizing hot water output are sent to water heater, to realize being adjusted the heat outputting water yield of water heater by described Wearable.
The control method of water heater the most according to claim 9, it is characterised in that obtain the corresponding step controlling parameter in the situation swinging Wearable above by detection user and also include:
If be detected that user is by swinging up and down arm to swing up and down Wearable, then generate the control parameter improving leaving water temperature；
If be detected that user by horizontal hunting arm with horizontal hunting Wearable, then generate the control parameter reducing leaving water temperature；
The control parameter of the raising control parameter of leaving water temperature, described reduction leaving water temperature is sent to water heater by described Wearable, realizes being adjusted the hot water temperature of water heater simultaneously.
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| CN201610258840.7A CN105910287A (en) | 2016-04-25 | 2016-04-25 | Water heater system, wearable equipment and water heater adjusting method |
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| CN201610258840.7A CN105910287A (en) | 2016-04-25 | 2016-04-25 | Water heater system, wearable equipment and water heater adjusting method |
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| CN112113017A (en) * | 2020-08-24 | 2020-12-22 | 深圳数联天下智能科技有限公司 | Induction water outlet method, water outlet device, electronic equipment and storage medium |
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| CN107367973A (en) * | 2017-08-22 | 2017-11-21 | 中山乐心电子有限公司 | A kind of bath apparatus that can be controlled by wearable device and control method |
| CN112113017A (en) * | 2020-08-24 | 2020-12-22 | 深圳数联天下智能科技有限公司 | Induction water outlet method, water outlet device, electronic equipment and storage medium |
| CN112113017B (en) * | 2020-08-24 | 2023-02-10 | 深圳数联天下智能科技有限公司 | Induction water outlet method, water outlet device, electronic equipment and storage medium |
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