TWM545881U - Water temperature control system of water heater - Google Patents

Description

Water heater water temperature control system

This creation is related to a water temperature control system for water heaters, especially one that can automatically adjust the water temperature according to the usage history of different users and the current temperature. All user history of use is recorded in the cloud and acted through the user. The water heater water temperature control system is very convenient for the operation of the device.

The traditional domestic water heater is usually used by more than one person, and can only fix a certain outlet water temperature, but the temperature of the water that everyone is accustomed to may be different. The same domestic water heater cannot be automatically adjusted to different outlet temperatures for different users. In addition, there are currently two cases in which the external temperature is automatically cooled or heated, and the case can be automatically adjusted with the temperature. It is a related case, which is briefly described as follows: [1] The Republic of China invention patent No. I561778 "heat storage type electricity" The automatic control method of the hot water control temperature of the water heater, which is mainly used to automatically adjust the heating temperature (a certain fixed heating temperature) in response to detecting the ambient temperature, but cannot be automatically adjusted according to the water temperature of different people. [2] The Republic of China new patent No. M496117 "a solar water heater and water heater auxiliary heating system", which is equipped with an atmospheric temperature sensor, although it can be used to sense the atmospheric temperature and adjust the water temperature, but it is also impossible to rely on different people. The customary water temperature is automatically adjusted. In view of this, it is necessary to develop a technique that can solve the above disadvantages.

The purpose of this creation is to provide a water temperature control system for a water heater, which can automatically adjust the water temperature according to the usage history of the different users and the current temperature, and all the user's usage history are recorded in the cloud, and through the user. The operation of the mobile device is very convenient. In particular, the problem that this creative is to solve is that traditional water heaters cannot change the water temperature and other problems for different users. The technical means for solving the above problems is to provide a water temperature control system for a water heater, comprising: a cloud host unit having a total database and an instant temperature acquisition module; and a plurality of user control units respectively wirelessly connecting the The cloud host unit is provided for use by a user, each user control unit having a user serial number corresponding to the user; the user control unit having a mobile device software module and an input interface a module and a mobile network transmission module, the input interface module is configured to input a person's customary water temperature value, and the mobile network transmission module is configured to transmit the personal habit water temperature value to the total database storage The total database has a plurality of personal habitual water temperature values; at least one water heater is connected to the cloud host unit, and has a water heater serial number, a heating unit, a control unit, and a water heater transmission unit; The heating device is configured to heat the supplied cold water into hot water and output the control portion for adjusting the heating temperature of the heating portion; The water heater transmission unit is configured to connect the water heater to the cloud host unit; thereby, when any of the users opens the water heater through the input interface module, one of the following temperature control modes is performed: [a] Automatic control mode: The user control unit transmits the user serial number to the cloud host unit, and the water heater transmits the water heater serial number to the cloud host unit; and when the user does not input the personal habit water temperature value, the cloud host unit Through the instant temperature acquisition module of the local area, the instant temperature of the location of the user is instantly captured, and the personal temperature water temperature value corresponding to the user serial number is obtained from the total database, and the closest is The instant temperature is further transmitted to the control unit to control the water temperature of the heating unit to control the water temperature of the heating unit; [b] active control mode: the user control department Transmitting the user serial number to the cloud host unit, and the water heater transmits the water heater serial number to the cloud host unit; and when the user inputs the personal habit water temperature value The cloud host system obtains the instantaneous temperature of the location of the user through the instant temperature acquisition module of the local area, and records it in the total database, and the cloud host department is the customary water temperature value of the pen. It is transmitted to the control unit to make the water temperature of the heating unit correspond to the individual's customary water temperature value. The above objects and advantages of the present invention will be readily understood from the following detailed description of the embodiments and the accompanying drawings. The following examples are used in conjunction with the drawings to illustrate the creation in detail:

Referring to Figures 1 and 2, the present invention is a water heater water temperature control system including a cloud host unit 10, a plurality of user control units 20, and at least one water heater 30. The cloud host unit 10 has a total database 11 and a local instant temperature acquisition module 12. The plurality of user control units 20 are respectively wirelessly coupled to the cloud host unit 10 and are respectively used by a user 90. Each user control unit 20 has a user serial number 20A, which should be used by the user. 90. The user control unit 20 has a mobile device software module 21, an input interface module 22 and a mobile network transmission module 23, and the input interface module 22 is used to input a person's customary water temperature value (22A, 22B..., 22N), the mobile network transmission module 23 is configured to transmit the personal habitual water temperature value to the total database 11 for storage. The total database 11 has a plurality of personal habitual water temperature values (22A). , 22B..., 22N). The water heater 30 is connected to the cloud host unit 10 and has a water heater serial number 31, a heating unit 32, a control unit 33, and a water heater transmission unit 34. The water heater serial number 31 is exclusively for the water heater 30; the heating portion 32 is for heating and supplying cold water to be supplied, and the control portion 33 is for adjusting the heating temperature of the heating portion 32. The water heater transmission unit 34 is configured to connect the water heater 30 to the cloud host unit 10. Therefore, when any of the users 90 turns on the water heater 30 through the input interface module 22, one of the following temperature control modes is performed: [a] Automatic control mode: the user control unit 20 is facing the cloud The host unit 10 transmits the user serial number 20A, and the water heater 30 transmits the water heater serial number 31 to the cloud host unit 10. And when the user 90 does not input the personal habit water temperature value (for example, 22A), the cloud host unit 10 transmits the instantaneous temperature of the location of the user 90 through the local instant temperature obtaining module 12. And from the total database 11, the personal temperature water temperature value (22A, 22B..., 22N) corresponding to the user number 20A is taken, and the person who is closest to the instant temperature is used, and then the personal habitual water is used. The temperature value (for example, 22A) is transmitted to the control unit 33 for controlling the water temperature of the heating unit 32 to correspond to the individual's customary water temperature value (22A). [b] Active Control Mode: The user control unit 20 transmits the user serial number 20A to the cloud host unit 10, and the water heater 30 transmits the water heater serial number 31 to the cloud host unit 10. And when the user 90 inputs the personal habit water temperature value (for example, 22A), the cloud host unit 10 transmits the instant temperature of the user 90 through the local instant temperature obtaining module 12, and records the instantaneous temperature of the user 90. In the total database 11, the cloud host unit 10 transmits the personal temperature water temperature value (for example, 22A) to the control unit 33, so that the water temperature of the heating unit 32 corresponds to the personal water temperature value. (22A). In practice, the water heater 30 can be plural, and each water heater serial number 31 represents the water heater 30. Regarding the implementation of this case, a simplified situation is set up. There are three families under the system (as shown in Figure 1, which are referred to as A, B and C from left to right), each with a water heater. Among them, the water heater identification numbers of households A, B and C are 00001, 00002, and 00003 respectively (see Table 1 below). (Table I)         <TABLE border="1" borderColor="#000000" width="_0001"><TBODY><tr><td> order</td><td> water heater serial number</td><td> user serial number </ Td><td> User set time</td><td> User set temperature</td><td> User location</td><td> Temperature when the user is the location</td><td> User set time</td><td> ... </td></tr><tr><td> 1 </td><td> 00001 </td><td> U001 </td><td> 201703011730 </td><td> 41°C </td><td> 408 </td><td> 41°C </td><td> 201702200805 </td><td> ... </td></tr ><tr><td> 2 </td><td> 00001 </td><td> U002 </td><td> 201703012144 </td><td> 43°C </td><td> 408 < /td><td> 40°C </td><td> 201702200910 </td><td> ... </td></tr><tr><td> 3 </td><td> 00002 </td ><td> U003 </td><td> 201702251232 </td><td> 42°C </td><td> 402 </td><td> 38°C </td><td> 201701081130 </td ><td> ... </td></tr><tr><td> 4 </td><td> 00002 </td><td> U004 </td><td> 201702251420 </td><td > 40°C </td><td> 402 </td><td> 36°C </td><td> 201701071720 </td><td> ... </td></tr><tr><td> 5 </td><td> 00002 </td><td> U005 </td><td> 201702 251648 </td><td> 43°C </td><td> 406 </td><td> 40°C </td><td> 201701071830 </td><td> ... </td></tr ><tr><td> 6 </td><td> 00003 </td><td> U006 </td><td> 201702231830 </td><td> 41°C </td><td> 406 < /td><td> 45°C </td><td> 201701072122 </td><td> ... </td></tr><tr><td> . . . </td><td> . </td><td> . . . </td><td> . . . </td><td> . . . </td><td> . . . </td><td> . </td><td><img wi="40" he="74" file="02_image001.gif" img-format="jpg"></img>. . . </td><td> < /td></tr></TBODY></TABLE> There are 2 users 90 in the family, and their user identification numbers are U001 and U002 respectively. There are 3 users 90 in the B family, and their user identification numbers are U003, U004, U005. There is one user 90 in the C family, and the user identification number is U006. Among them: User identification number U001 user water temperature setting history simplified description including (as shown in Figure 2): [Nth pen] 3/1, set 41 degrees, location code is 408 (for example: on behalf of Taichung City Nanxun District), the temperature of the place was 21 degrees. [N+1] 2/28, set 43 degrees, location code is 408, when the temperature of the place is 18 degrees. [N+2 pen] 2/27, set 42 degrees, the location code is 408, when the temperature of the place is 19 degrees. Therefore, if the user 90 of 3/2 selects the "active temperature control mode", that is, using the user control unit 20 (for example, a mobile phone) to input the personal habit water temperature value (for example, 39 degrees), the water heater 30 will The outlet water temperature was controlled to be 39 degrees. Of course, if the user 20 of the 3/2 selects the "intelligent temperature control mode", the cloud host unit 10 transmits the instantaneous temperature of the location of the user through the local temperature acquisition module 12, for example, 19 degrees, and then From the total database 11, the personal temperature water temperature value (22A, 22B, ..., 22N) corresponding to the user number 20A is taken, and the person who is closest to the instant temperature is used, and then the person is accustomed to the water temperature. The value (for example, 22A) is transmitted to the control unit 33, and the water temperature of the heating unit 32 is adapted to the individual's customary water temperature value (22A). Referring to Figure 3, assuming that the instant temperature of the user's location is 21 degrees, the closest one is [Nth pen], and the user's set temperature is returned to the water heater, which returns 41 degrees. To control the water temperature of the water heater 30 to be 41 degrees. In case there are multiple strokes, you can select one of the most recent times or the nearest N average, or change to the average, and you can modify the adjustments as appropriate. Referring to Figure 4, if the instantaneous temperature of the user's location is 18 degrees, two 18 degrees are displayed in the instant temperature information of the user's location in the recent user water temperature setting history, which are 2/28 and 2/ respectively. 26, and the user set the temperature for these two days is 43 degrees and 41 degrees, so take the average = (43 + 41) / 2 = 42, and finally control the water temperature of the water heater is 42 degrees. It is also possible that it does not correspond. At this point, it is possible to resolve and find the closest one. The advantages and functions of this creation are as follows: [1] The water temperature can be automatically adjusted according to the usage history of different users and the current temperature. When the weather is hot, the case can find the set temperature in the cloud record that meets the user's habits at that time. Otherwise, when the weather is cold, the case can be found in the cloud record to meet the user habits of the weather. The setting temperature is very close to the personal usage habits of each user. [2] All usage history of users is recorded in the cloud. Since all user usage history is uploaded to the cloud and recorded, for water heater manufacturers, big data analysis can be performed to improve products or provide more value-added services. [3] It is very convenient to operate through the user's mobile device. The user of the case controls the switching and temperature setting of the water heater through the user's mobile device, so the operation is very convenient. The above is only a detailed description of the present invention by way of a preferred embodiment, and any modifications and variations of the embodiments are possible without departing from the spirit and scope of the present invention.       

10‧‧‧Cloud Hosting Department
11‧‧‧ total database
12‧‧‧Local Instant Temperature Acquisition Module
20‧‧‧User Control Department
20A‧‧‧user serial number
21‧‧‧Mobile device software module
22‧‧‧Input interface module
23‧‧‧Mobile Network Transmission Module
22A, 22B, 22N‧‧‧ Personal habitual water temperature
30‧‧‧Water heater
31‧‧‧Water heater serial number
32‧‧‧ heating department
33‧‧‧Control Department
34‧‧‧Water Heater Transmission Department
90‧‧‧Users

Fig. 1 is a schematic diagram of the present creation. Fig. 2 is a schematic diagram showing the control conditions of the first type of outlet water temperature of the present invention. Fig. 3 is a schematic diagram showing the control conditions of the second outlet water temperature of the present invention. Schematic diagram of control conditions for three outlet water temperatures

10‧‧‧Cloud Hosting Department

11‧‧‧ total database

12‧‧‧Local Instant Temperature Acquisition Module

20‧‧‧User Control Department

20A‧‧‧user serial number

21‧‧‧Mobile device software module

22‧‧‧Input interface module

23‧‧‧Mobile Network Transmission Module

22A, 22B, 22N‧‧‧ Personal habitual water temperature

30‧‧‧Water heater

31‧‧‧Water heater serial number

32‧‧‧ heating department

33‧‧‧Control Department

34‧‧‧Water Heater Transmission Department

90‧‧‧Users

Claims (2)

A water heater water temperature control system includes: a cloud host unit having a total database and an instant temperature acquisition module; a plurality of user control units respectively wirelessly connecting the cloud host unit and respectively providing one The user control unit has a user serial number corresponding to the user; the user control unit has a mobile device software module, an input interface module, and a mobile network transmission. a module, the input interface module is configured to input a person's habitual water temperature value, and the mobile network transmission module is configured to transmit the personal habit water temperature value to the total database storage, the total database has a plurality of The person is accustomed to the water temperature value; at least one water heater is connected to the cloud host unit, and has a water heater serial number, a heating unit, a control unit and a water heater transmission unit; the water heater serial number is exclusive to the water heater, and the heating unit is And the control unit is configured to adjust the heating temperature of the heating part; the water heater transmission part is for the heat The device is connected to the cloud host unit; thereby, when any of the users opens the water heater through the input interface module, one of the following temperature control modes is performed: [a] automatic control mode: the user control department Transmitting the user serial number to the cloud host unit, and the water heater transmits the water heater serial number to the cloud host unit; and when the user does not input the personal habit water temperature value, the cloud host unit transmits the local temperature through the local area. Obtaining a module, instantly capturing the instantaneous temperature of the location of the user, and extracting from the total database the personal temperature water temperature value corresponding to the user serial number, which is closest to the instant temperature, and further Passing the personal habitual water temperature value to the control unit for controlling the water temperature of the heating unit to correspond to the individual's customary water temperature value; [b] active control mode: the user control unit transmits the cloud control unit to the cloud host unit The user serial number, and the water heater transmits the water heater serial number to the cloud host unit; and when the user inputs the personal habit water temperature value, the cloud host unit Through the instant temperature acquisition module of the local area, the instant temperature of the location of the user is instantly captured and recorded in the total database, and the cloud host unit transmits the personal habit water temperature value to the control unit. The water temperature of the heating portion is adapted to the individual's customary water temperature value. The water heater water temperature control system according to claim 1, wherein: the water heater is plural; the water heater serial number represents the corresponding water heater.