Wireless smart home system

Abstract

The invention discloses a wireless smart home system, and relates to the technical field of smart home, and the wireless smart home system comprises a smart table charging area identification module, a smart table wireless charging unit, a smart table charging heat dissipation unit and a local database. Real-time charging power adjustment is carried out on the wireless charging area of the intelligent table, so that the occurrence rate of the problem that a mobile phone battery is overheated is reduced, the service life of a mobile phone of a user is guaranteed, and the heating hazard coefficient of the wireless charging area to which the intelligent table belongs at the current monitoring time point is analyzed according to the distance between the user and the intelligent table. The rotating speed of the fan is intelligently adjusted, the influence of the noise of the cooling fan on a user is reduced while the heating harm of the wireless charging area is reduced, and the heating value of the wireless charging area to which the intelligent table belongs is transferred to the heating area under the condition that the user starts the heating function, so that the power consumption waste of the intelligent table is reduced.

Description

Technical Field

[0001] The present invention relates to the technical field of smart home, and in particular to a wireless smart home system. Background Art

[0002] Wireless charging technology is applicable to a variety of smart home devices, such as smartphones, tablets, smart watches, etc., so more and more smart homes are equipped with wireless charging technology. Among them, smart tables, as a standing home for home entertainment and office, can bring users a better charging experience when equipped with wireless charging technology. Therefore, it is necessary to configure smart tables for intelligent wireless charging.

[0003] Prior art, such as the invention patent application with announcement number: CN116995786A, discloses an artificial intelligence-based intelligent control system for mobile phone charging, the system includes: This invention is based on the constructed wireless charger status monitoring module, which analyzes the two usage states of the wireless charger: plug-in charging and offline charging, thereby better facilitating people's arrangements, and also eliminating the step of preparing a portable power supply in advance when people go out, making people's lives more convenient.

[0004] Prior art, such as the invention patent application with announcement number: CN112838642B, discloses a device and system for fast wireless charging, the system comprising: this invention sets the fixed base and the charging base separately, places the fast charging PCB board with more serious heat generation inside the fixed base, and the charging base of this invention uses a wireless charging coil to charge the smart device, without the need for wiring, which is more beautiful. The fast charging identification module and the charging detection module of this invention can identify the charged smart device. When not charging, this invention is in standby mode, saving energy. This fast wireless charging system can quickly charge the smart device, reduce the charging waiting time, and is convenient to use.

[0005] With regard to the above scheme, it can be seen that the current wireless charging home system lacks certain attention to adjusting the charging power of the wireless charging area of ​​the smart table in real time according to the real-time status of the user's mobile phone. When the user's mobile phone is placed in the wireless charging area on the smart table for charging, the problem of overheating of the mobile phone battery is inevitable. If the charging power is not adjusted at this time, the life of the user's mobile phone will be reduced. At the same time, there is a lack of attention to the heat dissipation and heating operations according to the heat generated by the wireless charging area of ​​the smart table. The wireless charging area of ​​the smart table is prone to heat generation during the charging process. Therefore, the heat needs to be discharged or transferred to ensure the normal use of the wireless charging area. When the user turns on the heating function, if the waste heat generated in the wireless charging area is not transferred, it will cause energy waste, thereby increasing the power consumption of the smart table. Summary of the invention

[0006] The purpose of the present invention is to provide a wireless smart home system that solves the problems existing in the background technology.

[0007] In order to solve the above technical problems, the present invention adopts the following technical solutions: The present invention provides a wireless smart home system, including: a smart table charging area identification module, which is used to determine whether the user's mobile phone can be charged when the user places the mobile phone in the wireless charging area of ​​the smart table. If not, the user is prompted, otherwise, the smart table wireless charging unit is executed.

[0008] The smart table wireless charging unit is used to obtain the characteristic values ​​of various data information of the user's mobile phone, analyze the charging plan of the wireless charging area to which the smart table belongs, and perform charging operations.

[0009] The smart table wireless charging unit includes: a mobile phone information acquisition module and a charging plan determination module.

[0010] The mobile phone information acquisition module is used to determine whether the user allows the acquisition of various data information of the mobile phone. If allowed, the model of the user's mobile phone, the current maximum capacity of the battery, and the remaining power percentage are obtained.

[0011] The charging scheme determination module is used to analyze the battery loss coefficient of the user's mobile phone, evaluate the initial charging power of the wireless charging area to which the smart table belongs, obtain the initial surface temperature value of the user's mobile phone and the initial temperature value of the wireless charging area to which the smart table belongs, and start charging, obtain the charging interval monitoring time from the local database, perform monitoring once every charging interval monitoring time from the start of charging, obtain the surface temperature value and real-time remaining power percentage of the user's mobile phone in the wireless charging area to which the smart table belongs at the current monitoring time point, analyze the charging power target adjustment value of the wireless charging area to which the smart table belongs at the current monitoring time point, and perform real-time adjustment until the user's mobile phone is charged to the current maximum capacity of the battery.

[0012] The smart table charging and cooling unit is used to determine whether the user turns on the heating function when charging in the wireless charging area of ​​the smart table, and to adjust the speed of the heat transfer fan and the cooling fan in the wireless charging area of ​​the smart table and to start the fan.

[0013] The smart table charging and cooling unit includes: a charger status monitoring module and a fan control module.

[0014] The charger status monitoring module is used to obtain the temperature value of the wireless charging area to which the smart table belongs at the current monitoring time point, obtain the distance between the smart table and each user at the current monitoring time point, and analyze the heating hazard coefficient of the wireless charging area to which the smart table belongs at the current monitoring time point.

[0015] The fan control module is used to determine whether the user turns on the heating function when charging in the wireless charging area of ​​the smart table. If not, the speed of the cooling fan in the wireless charging area of ​​the smart table at the current monitoring time point is analyzed, and the cooling fan is started for heat dissipation. If so, the target heating temperature value set by the user and the temperature value of the heating area of ​​the smart table at the current monitoring time point are obtained to determine whether the waste heat generated by the charger of the smart table at the current monitoring time point can meet the user's heating needs. If not, the speed of the heat transfer fan in the wireless charging area of ​​the smart table at the current monitoring time point and the heating power supply power of the heating area are analyzed. If they can be met, the speed of the heat transfer fan in the wireless charging area of ​​the smart table at the current monitoring time point and the auxiliary heat dissipation speed of the cooling fan are evaluated, and the heat transfer fan and the cooling fan in the wireless charging area of ​​the smart table are turned on.

[0016] The beneficial effects of the present invention are as follows: (1) The smart table charging area identification module of the present invention determines whether the user's mobile phone can be wirelessly charged, thereby facilitating subsequent analysis.

[0017] (2) The smart table wireless charging unit of the present invention adjusts the charging power of the wireless charging area of ​​the smart table in real time according to the data information of the user's mobile phone, thereby reducing the occurrence rate of mobile phone battery overheating and ensuring the service life of the user's mobile phone.

[0018] (3) The charging and cooling unit of the smart table of the present invention adjusts the rotation speed of the cooling fan of the wireless charging area in real time by analyzing the heating hazard coefficient of the wireless charging area to which the smart table belongs at the current monitoring time point. Considering that the cooling fan inevitably generates noise when rotating, the present invention intelligently adjusts the fan speed according to the distance between the user and the smart table, thereby reducing the heating hazard of the wireless charging area and the impact of the cooling fan noise on the user. In addition, when the user turns on the heating function, the heat generated by the wireless charging area to which the smart table belongs is transferred to the heating area, thereby reducing the power consumption of the heating area and reducing the power consumption waste of the smart table. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0020] Figure 1 It is a schematic diagram of the system module of the present invention. DETAILED DESCRIPTION

[0021] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0022] Reference Figure 1 As shown, the present invention provides a wireless smart home system, including: a smart table charging area identification module, a smart table wireless charging unit, a smart table charging heat dissipation unit and a local database.

[0023] It should be noted that the smart table charging area identification module is connected to the smart table wireless charging unit, the smart table wireless charging unit is connected to the smart table charging and cooling unit, and the local database is connected to the smart table wireless charging unit and the smart table charging and cooling unit.

[0024] It should also be noted that the local database is used to store the charging interval monitoring duration, the initial maximum battery capacity of each model of mobile phones, the target charging power of each model of mobile phones in each remaining power percentage interval, the charging power drop value corresponding to each battery loss coefficient interval, the surface temperature value of the user's mobile phone in the wireless charging area to which the smart table belongs at the last monitoring time point, the charging power temperature drop value corresponding to each temperature threat coefficient interval, the appropriate upper limit value and the appropriate lower limit value of the cooling fan speed corresponding to each heating hazard coefficient interval, the noise hazard distance corresponding to each speed interval, the target required heat of the heating area corresponding to each difference interval, the heat increase value corresponding to each temperature increase value interval, the speed of the heat transfer fan corresponding to each heat increase value interval, the heating power supply power corresponding to each lack of heat value interval, the speed of the heat transfer fan corresponding to each target required heat interval, and the auxiliary heat dissipation speed corresponding to each heat residual value interval.

[0025] The smart table charging area identification module is used to determine whether the user's mobile phone can be charged when the user places the mobile phone in the wireless charging area of ​​the smart table. If not, the user is prompted. Otherwise, the smart table wireless charging unit is executed.

[0026] In a specific embodiment, the determination of whether the user's mobile phone can be charged is made by using an existing wireless charging protocol comparison method to determine whether the user's mobile phone complies with the wireless charging protocol adapted to the wireless charging area of ​​the smart table. If so, it is determined that the user's mobile phone is allowed to charge; otherwise, it is determined that the user's mobile phone cannot be charged.

[0027] The smart table charging area identification module of the present invention determines whether the user's mobile phone can be wirelessly charged, thereby facilitating subsequent analysis.

[0028] The smart table wireless charging unit is used to obtain characteristic values ​​of various data information of the user's mobile phone, analyze the charging scheme of the wireless charging area to which the smart table belongs, and perform charging operations.

[0029] It should be noted that the data information includes: the model of the user's mobile phone, the current maximum capacity of the battery, and the percentage of remaining power.

[0030] In a specific embodiment of the present invention, the smart table wireless charging unit includes: a mobile phone information acquisition module and a charging plan determination module.

[0031] The mobile phone information acquisition module is used to determine whether the user allows the acquisition of various data information of the mobile phone. If allowed, the model of the user's mobile phone, the current maximum capacity of the battery, and the remaining power percentage are obtained.

[0032] In a specific embodiment, the method for determining whether the user is allowed to obtain the data information of the mobile phone is as follows: by authorizing the user for data information, if the user allows data authorization, determining whether the user is allowed to obtain the data information of the mobile phone.

[0033] In a specific embodiment, the method for obtaining the model of the user's mobile phone, the current maximum capacity of the battery, and the remaining power percentage is: obtaining the model of the mobile phone, the current maximum capacity of the battery, and the remaining power percentage through the user's mobile phone terminal.

[0034] The charging scheme determination module is used to analyze the battery loss coefficient of the user's mobile phone, evaluate the initial charging power of the wireless charging area to which the smart table belongs, obtain the initial surface temperature value of the user's mobile phone and the initial temperature value of the wireless charging area to which the smart table belongs, and start charging, obtain the charging interval monitoring time from the local database, perform monitoring once every charging interval monitoring time from the start of charging, obtain the surface temperature value and real-time remaining power percentage of the user's mobile phone in the wireless charging area to which the smart table belongs at the current monitoring time point, analyze the charging power target adjustment value of the wireless charging area to which the smart table belongs at the current monitoring time point, and perform real-time adjustment until the user's mobile phone is charged to the current maximum capacity of the battery.

[0035] In a specific embodiment of the present invention, the battery loss coefficient of the user's mobile phone is analyzed by a specific analysis method: the initial maximum battery capacity of each model of mobile phones is obtained from a local database, and based on the model of the user's mobile phone, the initial maximum battery capacity a of the user's mobile phone is mapped.

[0036] Calculate the battery loss coefficient of the user's mobile phone based on the current maximum battery capacity b of the user's mobile phone .

[0037] In a specific embodiment of the present invention, the initial charging power of the wireless charging area to which the smart table belongs is evaluated, and the specific evaluation method is: obtaining the target charging power of each model of mobile phone in each remaining power percentage interval from the local database, and mapping the target charging power of the wireless charging area to which the smart table belongs according to the model and remaining power percentage of the user's mobile phone.

[0038] The charging power drop value corresponding to each battery loss coefficient interval is obtained from the local database. According to the battery loss coefficient of the user's mobile phone, the charging power battery loss drop value of the wireless charging area to which the smart table belongs is mapped. The charging power battery loss drop value is subtracted from the target charging power of the wireless charging area to which the smart table belongs, so as to obtain the initial charging power of the wireless charging area to which the smart table belongs.

[0039] In a specific embodiment, the initial surface temperature value of the user's mobile phone and the initial temperature value of the wireless charging area of ​​the smart table are obtained by a specific method: the initial surface temperature value of the user's mobile phone and the initial temperature value of the wireless charging area of ​​the smart table are obtained through a temperature sensor.

[0040] In a specific embodiment, the surface temperature value and real-time remaining power percentage of the user's mobile phone in the wireless charging area to which the smart table belongs at the current monitoring time point are obtained, and the specific obtaining method is: obtaining the surface temperature value of the user's mobile phone in the wireless charging area to which the smart table belongs at the current monitoring time point through a temperature sensor, and obtaining the real-time remaining power percentage of the user's mobile phone in the wireless charging area to which the smart table belongs at the current monitoring time point through a mobile phone terminal.

[0041] In a specific embodiment of the present invention, the charging power target adjustment value of the wireless charging area to which the smart table belongs at the current monitoring time point is analyzed, and the specific analysis method is: according to the real-time remaining power percentage of the user's mobile phone in the wireless charging area to which the smart table belongs at the current monitoring time point, and according to the target charging power of each model of mobile phone in each remaining power percentage interval, the target charging power of the wireless charging area to which the smart table belongs at the current monitoring time point is mapped .

[0042] The surface temperature value q of the user's mobile phone in the wireless charging area of ​​the smart table at the last monitoring time point is obtained from the local database, and the surface temperature value q of the user's mobile phone in the wireless charging area of ​​the smart table at the current monitoring time point is obtained. , and based on the initial surface temperature value A of the user's mobile phone, calculate the temperature rise threat coefficient of the user's mobile phone in the wireless charging area of ​​the smart table at the current monitoring time point , where e is represented by a natural constant.

[0043] Obtain the charging power temperature drop value corresponding to each temperature threat coefficient interval from the local database, and map it to obtain the charging power temperature drop value of the wireless charging area to which the smart table belongs at the current monitoring time point .

[0044] According to the charging power battery loss decrease value B of the wireless charging area to which the smart table belongs, calculate the charging power target adjustment value of the wireless charging area to which the smart table belongs at the current monitoring time point .

[0045] The smart table wireless charging unit of the present invention adjusts the charging power of the wireless charging area of ​​the smart table in real time according to various data information of the user's mobile phone, thereby reducing the occurrence rate of the problem of overheating of the mobile phone battery and ensuring the service life of the user's mobile phone.

[0046] The smart table charging and cooling unit is used to determine whether the user turns on the heating function when charging in the wireless charging area of ​​the smart table, and to adjust the speed of the heat transfer fan and the cooling fan in the wireless charging area of ​​the smart table and to start the fan.

[0047] In a specific embodiment of the present invention, the smart table charging and cooling unit includes: a charger status monitoring module and a fan control module.

[0048] The charger status monitoring module is used to obtain the temperature value of the wireless charging area to which the smart table belongs at the current monitoring time point, obtain the distance between the smart table and each user at the current monitoring time point, and analyze the heating hazard coefficient of the wireless charging area to which the smart table belongs at the current monitoring time point.

[0049] The fan control module is used to determine whether the user turns on the heating function when charging in the wireless charging area of ​​the smart table. If not, the speed of the cooling fan in the wireless charging area of ​​the smart table at the current monitoring time point is analyzed, and the cooling fan is started for heat dissipation. If so, the target heating temperature value set by the user and the temperature value of the heating area of ​​the smart table at the current monitoring time point are obtained to determine whether the waste heat generated by the charger of the smart table at the current monitoring time point can meet the user's heating needs. If not, the speed of the heat transfer fan in the wireless charging area of ​​the smart table at the current monitoring time point and the heating power supply power of the heating area are analyzed. If they can be met, the speed of the heat transfer fan in the wireless charging area of ​​the smart table at the current monitoring time point and the auxiliary heat dissipation speed of the cooling fan are evaluated, and the heat transfer fan and the cooling fan in the wireless charging area of ​​the smart table are turned on.

[0050] It should be noted that the heating function of the heating area is provided by electric heating wire.

[0051] It should also be noted that when the waste heat generated by the charger belonging to the smart table at the current monitoring time point can meet the user's heating needs, it is allowed that the target demand heat of the heating area belonging to the smart table at the current monitoring time point is equal to the heat gain value of the wireless charging area at the current monitoring time point, and in this case, the speed of the cooling fan is 0.

[0052] In a specific embodiment, the temperature value of the wireless charging area to which the smart table belongs at the current monitoring time point is obtained, and the distance between the smart table and each user at the current monitoring time point is obtained. The specific acquisition method is: obtaining the distance between the smart table and each user at the current monitoring time point through an infrared ranging sensor.

[0053] In a specific embodiment of the present invention, the heat hazard coefficient of the wireless charging area to which the smart table belongs at the current monitoring time point is analyzed by a specific analysis method: based on the initial temperature value D of the wireless charging area, and based on the temperature value D of the wireless charging area to which the smart table belongs at the current monitoring time point , calculate the heat hazard coefficient of the wireless charging area of ​​the smart table at the current monitoring time point .

[0054] In a specific embodiment, the determination of whether the user turns on the heating function when charging in the wireless charging area of ​​the smart table is performed by using the heating switch button of the smart table to determine whether the user turns on the heating function when charging in the wireless charging area of ​​the smart table.

[0055] In a specific embodiment of the present invention, the speed of the cooling fan in the wireless charging area to which the smart table belongs at the current monitoring time point is analyzed, and the specific analysis method is as follows: the appropriate speed upper limit value and the appropriate speed lower limit value of the cooling fan corresponding to each heating hazard coefficient interval and the noise hazard distance corresponding to each speed interval are obtained from the local database, and the appropriate speed upper limit value of the cooling fan in the wireless charging area to which the smart table belongs at the current monitoring time point is mapped. and the lower limit of the suitable speed , and map the noise hazard distance of the appropriate speed upper limit of the cooling fan in the wireless charging area of ​​the smart table at the current monitoring time point .

[0056] According to the distance between the smart table and each user at the current monitoring time point, extract the distance between the smart table and the nearest user at the current monitoring time point , calculate the speed of the cooling fan in the wireless charging area of ​​the smart table at the current monitoring time point ,in Represents the logical symbol "AND".

[0057] In a specific embodiment, the target heating temperature value set by the user and the temperature value of the heating area to which the smart table belongs at the current monitoring time point are obtained by a specific method: the target heating temperature value set by the user and the temperature value of the heating area to which the smart table belongs at the current monitoring time point are obtained through a temperature sensor.

[0058] In a specific embodiment of the present invention, the determination of whether the waste heat generated by the charger belonging to the smart table at the current monitoring time point can meet the user's heating needs is based on a specific analysis method: based on the target heating temperature value set by the user and the temperature value of the heating area belonging to the smart table at the current monitoring time point, the difference between the heating area belonging to the smart table at the current monitoring time point and the target heating temperature is calculated.

[0059] The target heat demand of the heating area corresponding to each difference interval is obtained from the local database, and the target heat demand of the heating area to which the smart table belongs at the current monitoring time point is mapped.

[0060] According to the initial temperature value of the wireless charging area and the temperature value of the wireless charging area to which the smart table belongs at the current monitoring time point, the temperature rise value of the wireless charging area to which the smart table belongs at the current monitoring time point is calculated.

[0061] The heat gain value corresponding to each temperature rise value interval is obtained from the local database, and the heat gain value of the wireless charging area to which the smart table belongs at the current monitoring time point is mapped.

[0062] If the heat increase value of the wireless charging area to which the smart table belongs at the current monitoring time point is less than the target heat demand of the heating area at the current monitoring time point, it is judged that the heat generated by the charger to which the smart table belongs at the current monitoring time point cannot meet the user's heating needs. Otherwise, it is judged that the heat generated by the charger to which the smart table belongs at the current monitoring time point can meet the user's heating needs.

[0063] In a specific embodiment, the analysis of the rotational speed of the heat transfer fan in the wireless charging area and the heating power in the heating area of ​​the smart table at the current monitoring time point is carried out by obtaining the rotational speed of the heat transfer fan corresponding to each heat gain value interval from a local database, and mapping the rotational speed of the heat transfer fan in the wireless charging area of ​​the smart table at the current monitoring time point according to the heat gain value of the wireless charging area of ​​the smart table at the current monitoring time point.

[0064] According to the target demand heat of the heating area to which the smart table belongs at the current monitoring time point, and according to the heat gain value of the wireless charging area to which the smart table belongs at the current monitoring time point, the missing heat value of the heating area to which the smart table belongs at the current monitoring time point is calculated, and the heating power supply power corresponding to each missing heat value interval is obtained from the local database, and the heating power supply power of the heating area to which the smart table belongs at the current monitoring time point is mapped.

[0065] In a specific embodiment of the present invention, the speed of the heat transfer fan and the auxiliary heat dissipation speed of the heat dissipation fan in the wireless charging area to which the smart table belongs are evaluated at the current monitoring time point, and the specific evaluation method is: obtaining the speed of the heat transfer fan corresponding to each target demand heat interval from the local database, and mapping the speed of the heat transfer fan in the wireless charging area to which the smart table belongs at the current monitoring time point according to the target demand heat of the heating area to which the smart table belongs at the current monitoring time point.

[0066] According to the target required heat of the heating area to which the smart table belongs at the current monitoring time point, and according to the heat gain value of the wireless charging area to which the smart table belongs at the current monitoring time point, the heat residual value of the wireless charging area to which the smart table belongs at the current monitoring time point is calculated.

[0067] The auxiliary heat dissipation speed corresponding to each heat residual value interval is obtained from the local database, and the auxiliary heat dissipation speed of the cooling fan in the wireless charging area to which the smart table belongs at the current monitoring time point is mapped.

[0068] The charging and cooling unit of the smart table of the present invention analyzes the heating hazard coefficient of the wireless charging area to which the smart table belongs at the current monitoring time point, and adjusts the rotation speed of the cooling fan in the wireless charging area in real time. Taking into account that the cooling fan inevitably generates noise when rotating, the present invention intelligently adjusts the fan speed according to the distance between the user and the smart table, thereby reducing the heating hazard in the wireless charging area and the impact of the cooling fan noise on the user. When the user turns on the heating function, the heat generated in the wireless charging area to which the smart table belongs is transferred to the heating area, thereby reducing the power consumption in the heating area and reducing the power consumption waste of the smart table.

[0069] The above contents are merely examples and explanations of the concept of the present invention. Those skilled in the art may make various modifications or additions to the specific embodiments described or replace them in a similar manner. As long as they do not deviate from the concept of the invention or exceed the scope defined by the present invention, they shall all fall within the protection scope of the present invention.

Claims

1. A wireless smart home system, characterized in that: include: The smart table charging area identification module is used to determine whether the user's mobile phone can be charged when the user places the mobile phone in the wireless charging area of ​​the smart table. If not, the user is prompted. Otherwise, the smart table wireless charging unit is executed; The smart table wireless charging unit is used to obtain the characteristic values ​​of various data information of the user's mobile phone, analyze the charging scheme of the wireless charging area to which the smart table belongs, and perform charging operations; The smart table charging and cooling unit is used to determine whether the user turns on the heating function when charging in the wireless charging area of ​​the smart table, and to adjust the speed of the heat transfer fan and the cooling fan in the wireless charging area of ​​the smart table and to start the fan.

2. A wireless smart home system according to claim 1, characterized in that: The smart table wireless charging unit includes: a mobile phone information acquisition module and a charging scheme determination module; The mobile phone information acquisition module is used to determine whether the user allows the acquisition of various data information of the mobile phone. If allowed, the model of the user's mobile phone, the current maximum capacity of the battery, and the remaining power percentage are obtained; The charging scheme determination module is used to analyze the battery loss coefficient of the user's mobile phone, evaluate the initial charging power of the wireless charging area to which the smart table belongs, obtain the initial surface temperature value of the user's mobile phone and the initial temperature value of the wireless charging area to which the smart table belongs, and start charging, obtain the charging interval monitoring time from the local database, perform monitoring once every charging interval monitoring time from the start of charging, obtain the surface temperature value and real-time remaining power percentage of the user's mobile phone in the wireless charging area to which the smart table belongs at the current monitoring time point, analyze the charging power target adjustment value of the wireless charging area to which the smart table belongs at the current monitoring time point, and perform real-time adjustment until the user's mobile phone is charged to the current maximum capacity of the battery.

3. A wireless smart home system according to claim 2, characterized in that: The specific analysis method of analyzing the battery loss coefficient of the user's mobile phone is as follows: Obtain the initial maximum battery capacity of each model of mobile phone from the local database, and map the initial maximum battery capacity a of the user's mobile phone according to the model of the user's mobile phone; Calculate the battery loss coefficient of the user's mobile phone based on the current maximum battery capacity b of the user's mobile phone .

4. A wireless smart home system according to claim 2, characterized in that: The specific evaluation method of evaluating the initial charging power of the wireless charging area to which the smart table belongs is: Obtain the target charging power of each model of mobile phone in each remaining power percentage interval from the local database, and map the target charging power of the wireless charging area to which the smart table belongs according to the model and remaining power percentage of the user's mobile phone; The charging power drop value corresponding to each battery loss coefficient interval is obtained from the local database. According to the battery loss coefficient of the user's mobile phone, the charging power battery loss drop value of the wireless charging area to which the smart table belongs is mapped. The charging power battery loss drop value is subtracted from the target charging power of the wireless charging area to which the smart table belongs, so as to obtain the initial charging power of the wireless charging area to which the smart table belongs.

5. A wireless smart home system according to claim 4, characterized in that: The specific analysis method of analyzing the charging power target adjustment value of the wireless charging area to which the smart table belongs at the current monitoring time point is as follows: According to the real-time remaining power percentage of the user's mobile phone in the wireless charging area of ​​the smart table at the current monitoring time point, and according to the target charging power of each model of mobile phone in each remaining power percentage interval, the target charging power of the wireless charging area of ​​the smart table at the current monitoring time point is mapped. ; The surface temperature value q of the user's mobile phone in the wireless charging area of ​​the smart table at the last monitoring time point is obtained from the local database, and the surface temperature value q of the user's mobile phone in the wireless charging area of ​​the smart table at the current monitoring time point is obtained. , and based on the initial surface temperature value A of the user's mobile phone, calculate the temperature rise threat coefficient of the user's mobile phone in the wireless charging area of ​​the smart table at the current monitoring time point , where e is represented as a natural constant; Obtain the charging power temperature drop value corresponding to each temperature rise threat coefficient interval from the local database, and map the charging power temperature drop value of the wireless charging area to which the smart table belongs at the current monitoring time point ; According to the charging power battery loss decrease value B of the wireless charging area to which the smart table belongs, calculate the charging power target adjustment value of the wireless charging area to which the smart table belongs at the current monitoring time point .

6. A wireless smart home system according to claim 5, characterized in that: The smart table charging and cooling unit includes: a charger status monitoring module and a fan control module; The charger status monitoring module is used to obtain the temperature value of the wireless charging area to which the smart table belongs at the current monitoring time point, obtain the distance between the smart table and each user at the current monitoring time point, and analyze the heating hazard coefficient of the wireless charging area to which the smart table belongs at the current monitoring time point; The fan control module is used to determine whether the user turns on the heating function when charging in the wireless charging area of ​​the smart table. If not, the speed of the cooling fan in the wireless charging area of ​​the smart table at the current monitoring time point is analyzed, and the cooling fan is started for heat dissipation. If so, the target heating temperature value set by the user and the temperature value of the heating area of ​​the smart table at the current monitoring time point are obtained to determine whether the waste heat generated by the charger of the smart table at the current monitoring time point can meet the user's heating needs. If not, the speed of the heat transfer fan in the wireless charging area of ​​the smart table at the current monitoring time point and the heating power supply power of the heating area are analyzed. If they can be met, the speed of the heat transfer fan in the wireless charging area of ​​the smart table at the current monitoring time point and the auxiliary heat dissipation speed of the cooling fan are evaluated, and the heat transfer fan and the cooling fan in the wireless charging area of ​​the smart table are turned on.

7. A wireless smart home system according to claim 6, characterized in that: The specific analysis method of analyzing the heating hazard coefficient of the wireless charging area to which the smart table belongs at the current monitoring time point is as follows: Based on the initial temperature value D of the wireless charging area and the temperature value of the wireless charging area to which the smart table belongs at the current monitoring time point , calculate the heat hazard coefficient of the wireless charging area of ​​the smart table at the current monitoring time point .

8. A wireless smart home system according to claim 6, characterized in that: The specific analysis method of analyzing the rotation speed of the cooling fan in the wireless charging area to which the smart table belongs at the current monitoring time point is as follows: Obtain the appropriate upper and lower speed limits of the cooling fan corresponding to each heating hazard coefficient interval and the noise hazard distance corresponding to each speed interval from the local database, and map the appropriate upper speed limit of the cooling fan in the wireless charging area of ​​the smart table at the current monitoring time point. and the lower limit of the suitable speed , and map the noise hazard distance of the appropriate upper limit of the speed of the cooling fan in the wireless charging area of ​​the smart table at the current monitoring time point ; According to the distance between the smart table and each user at the current monitoring time point, extract the distance between the smart table and the nearest user at the current monitoring time point , calculate the speed of the cooling fan in the wireless charging area of ​​the smart table at the current monitoring time point ,in Represents the logical symbol "AND".

9. A wireless smart home system according to claim 6, characterized in that: The specific analysis method for determining whether the waste heat generated by the charger of the smart table at the current monitoring time point can meet the heating needs of the user is as follows: According to the target heating temperature value set by the user and the temperature value of the heating area to which the smart table belongs at the current monitoring time point, the difference between the heating area to which the smart table belongs at the current monitoring time point and the target heating temperature is calculated; Obtain the target heat demand of the heating area corresponding to each difference interval from the local database, and map it to obtain the target heat demand of the heating area to which the smart table belongs at the current monitoring time point; According to the initial temperature value of the wireless charging area and the temperature value of the wireless charging area to which the smart table belongs at the current monitoring time point, the temperature rise value of the wireless charging area to which the smart table belongs at the current monitoring time point is calculated; Obtain the heat gain value corresponding to each temperature rise value interval from the local database, and map it to obtain the heat gain value of the wireless charging area to which the smart table belongs at the current monitoring time point; If the heat increase value of the wireless charging area to which the smart table belongs at the current monitoring time point is less than the target heat demand of the heating area at the current monitoring time point, it is judged that the heat generated by the charger to which the smart table belongs at the current monitoring time point cannot meet the user's heating needs. Otherwise, it is judged that the heat generated by the charger to which the smart table belongs at the current monitoring time point can meet the user's heating needs.

10. A wireless smart home system according to claim 9, characterized in that: The specific evaluation method of evaluating the speed of the heat transfer fan and the auxiliary heat dissipation speed of the heat dissipation fan in the wireless charging area to which the smart table belongs at the current monitoring time point is as follows: The speed of the heat transfer fan corresponding to each target demand heat interval is obtained from the local database, and the speed of the heat transfer fan in the wireless charging area to which the smart table belongs at the current monitoring time point is mapped according to the target demand heat of the heating area to which the smart table belongs at the current monitoring time point; According to the target required heat of the heating area to which the smart table belongs at the current monitoring time point, and according to the heat gain value of the wireless charging area to which the smart table belongs at the current monitoring time point, the heat residual value of the wireless charging area to which the smart table belongs at the current monitoring time point is calculated; The auxiliary heat dissipation speed corresponding to each heat residual value interval is obtained from the local database, and the auxiliary heat dissipation speed of the cooling fan in the wireless charging area to which the smart table belongs at the current monitoring time point is mapped.

Images