Bathroom control system and method and bathroom mirror

Abstract

The invention provides a bathroom control system and method and a bathroom mirror, and relates to the technical field of bathroom systems.The bathroom control system comprises a human body identity collection module, a master control module, a temperature sensing control module, a multimedia atmosphere control module and a man-machine interaction module; the main control module is connected with the user, scans the face of the user and transmits data to the main control module, and the main control module starts all equipment in a bathroom based on human body recognition, synchronously judges the identity of the user and is interconnected with a mobile terminal APP of the user according to the identity; the human body identity recognition module is adopted to recognize a human body and scan the face of a user, so that the master control module determines the identity of the user and cooperates with mobile terminal APP interconnection, user preference collection and control scheme determination, and the multimedia atmosphere control module executes the control scheme and adjusts the light fragrance and multimedia display content of a bathroom, thereby meeting the preference and demand of the user; automatic adjustment is achieved, and more convenience and humanization are achieved.

Description

Technical Field

[0001] The present invention relates to the technical field of bathroom systems, and in particular to a bathroom control system, method and bathroom mirror. Background Art

[0002] Bathroom refers to a room for people to take a bath. Different bathroom equipment can be designed according to the needs of the user group to achieve the purpose of convenience, safety, easy cleaning and good appearance. Bathroom facilities include showers, bathtubs, washbasins, etc., aiming to provide a comfortable and private environment for personal hygiene care;

[0003] With the continuous development of smart home technology, people's requirements for quality of life are getting higher and higher. Traditional bathroom equipment can no longer meet the modern people's needs for convenience, personalization and comfort. At present, most of the smart bathroom products on the market focus on the intelligence of a single function, such as smart toilets, smart shower systems, etc., lacking a comprehensive system that can automatically adjust the bathroom atmosphere and multimedia display content according to user habits. Often in the bathroom, users use mobile phone playback to meet this demand, which is not convenient and humane. Therefore, the present invention proposes a bathroom control system, method and bathroom mirror to solve the problems existing in the prior art. Summary of the invention

[0004] In view of the above problems, the present invention proposes a bathroom control system, method and bathroom mirror, which adjust the lighting, fragrance and multimedia display content of the bathroom to meet the user's preferences and needs, and automatically adjust to be more convenient and user-friendly.

[0005] To achieve the purpose of the present invention, the present invention is implemented through the following technical solutions: a control system for a bathroom, including a human identity acquisition module, a master control module, a temperature sensing control module, a multimedia atmosphere control module and a human-computer interaction module, wherein the human identity recognition module is used to recognize a human body entering a bathing area in a bathroom, scan a user's face, and transmit the data to the master control module, wherein the master control module starts all bathroom equipment based on human body recognition, and simultaneously determines the user's identity, interconnects with the user's mobile terminal APP according to the identity, determines the user's preferences, and formulates a control plan;

[0006] The multimedia atmosphere control module executes the proposed control plan to adjust the lighting, fragrance and multimedia display content of the bathroom. The human-computer interaction module includes a voice control module and a display and playback module. The display and playback module is connected to the multimedia atmosphere control module to display multimedia content and the proposed control plan. The voice control module is used to receive the user's voice instructions and transmit them to the main control module to customize the control plan. The temperature sensing control module is used to collect the outdoor temperature and indoor temperature of the current positioning point, and automatically adjust the temperature and water temperature in the bathroom after analysis and calculation.

[0007] A further improvement is that the human identity acquisition module includes a human infrared probe and a facial scanning probe, which are located in the bathing area of ​​the bathroom, and are wirelessly connected to the main control module for data transmission. The human infrared probe has a timing module, and after scanning the human body for a specified time, the facial scanning probe is started to collect the face.

[0008] A further improvement is that the master control module is located in the cloud control center, and the master control module includes a data acquisition module, a local database, an analysis and comparison module, a start-up and shutdown module, and a solution generation module. The data acquisition module is used to wirelessly connect to the human identity acquisition module to collect human signals and facial data.

[0009] A further improvement is that the local database is used to connect to the user's mobile terminal APP. After the user registers his identity in the mobile terminal APP, the mobile terminal APP stores the user's preferences for various multimedia data, and stores the data in a storage unit corresponding to the user in the local database. The database in the storage unit is updated regularly according to the user's preferences. The mobile terminal APP provides the user with modification permissions for the user to customize and modify the preferred content.

[0010] A further improvement is that the analysis and comparison module is used to analyze and compare the facial signals, compare the facial signals with the facial data registered by the user's mobile terminal APP, and after a successful comparison, determine the identity of the user, and pre-start all bathroom devices through the start-stop module. When the comparison is unsuccessful and the identity of the user cannot be determined, the control authority over all bathroom devices is stopped. When the human infrared probe does not recognize the human body within the specified time, the start-stop module shuts down all bathroom devices.

[0011] A further improvement is that: the solution generation module is connected to the user's storage unit, and after the user's identity is determined, data is downloaded from the Internet according to the user's preferences for various multimedia data, and a multimedia solution is formulated for the music, news, and video data displayed and played by the display and playback module. At the same time, an atmosphere solution for adjusting the lights and aromatherapy machines is formulated and merged into a control solution. The multimedia atmosphere control module is located locally in the bathroom, and the multimedia atmosphere control module is connected to the solution generation module through a network, and drives all bathroom equipment to execute the solution according to the control solution.

[0012] Further improvements are: the voice control module and the display and playback module are both built into the bathroom mirror in the bathroom. The display and playback module is a display module sealed in the bathroom mirror, which is used to play multimedia content and music, and synchronously timestamp the currently proposed control plan for display. The voice control module is a noise reduction microphone, which is used to collect the user's voice commands and transmit them to the main control module, and customize the currently displayed multimedia plan and atmosphere plan according to the user's current voice commands.

[0013] Further improvements are: the temperature sensing control module includes a networked positioning module, an indoor temperature sensing module and a temperature calculation algorithm. The networked positioning module connects to the WIFI of the current location, locates according to the IP address, and thus collects the outdoor temperature of the current location. The indoor temperature sensing module is used to collect the current temperature in the bathroom. The temperature calculation algorithm is used to calculate the room temperature and water temperature that meet human comfort based on the outdoor temperature at the current location and the current temperature in the bathroom. The temperature calculation algorithm outputs the calculation results to the air conditioner, bathroom heater and water heater, executes the calculation results, and automatically adjusts the room temperature and water temperature.

[0014] A method for controlling a bathroom comprises the following steps:

[0015] When a user enters the bathing area in the bathroom, the human identification module recognizes the human body for a specified time interval and then scans and collects the user's face;

[0016] The master control module determines the user's identity, activates all bathroom equipment, determines the user's preferences based on the user's mobile terminal APP data, and formulates a control plan;

[0017] The multimedia atmosphere control module adjusts the lighting and fragrance of the bathroom according to the control scheme, and controls the display and playback module to display the multimedia content and control scheme;

[0018] The voice control module collects the user's voice commands and customizes the adjustment control scheme;

[0019] The temperature control module automatically adjusts the temperature and water temperature in the bathroom to a temperature suitable for the human body according to the current outdoor temperature and indoor temperature.

[0020] When the user leaves the bathing area in the bathroom and the human body is no longer recognized after a specified period of time, all devices are turned off.

[0021] A bathroom mirror comprises a mirror body, a display and playback module, a voice control module, a cache module and a communication module. The display and playback module is sealed and installed with the mirror body and is used to display multimedia content. The voice control module is installed with the mirror body and is used to collect voice commands of the user. The communication module is used to communicate with the main control module to receive display content and upload voice commands. The cache module is used to cache display content and voice commands.

[0022] The beneficial effects of the present invention are:

[0023] 1. The present invention adopts a human identity recognition module to identify the human body and scan the user's face, thereby the master control module determines the user's identity, cooperates with the mobile terminal APP to interconnect, collects the user's preferences, determines the control plan, and the multimedia atmosphere control module executes the control plan to adjust the bathroom's lighting, fragrance and multimedia display content to meet the user's preferences and needs, and automatically adjusts, which is more convenient and humane.

[0024] 2. The mobile terminal APP of the present invention stores the user's preferences for various multimedia data, and updates them regularly according to the user's preferences. It also provides the user with modification permissions for the user to customize the preferred content. When in the bathroom, voice commands can also be issued through the voice control module to customize the adjustment control plan. In summary, the plan is diversified, which is convenient for following the changes in user preferences and meeting the user's real-time needs.

[0025] 3. The human infrared probe of the present invention is equipped with a timing module. After scanning the human body for a specified time, the subsequent process is started to avoid false triggering of equipment startup. If the human body is not recognized within the specified time, the shutdown module is started to shut down all bathroom equipment. The whole process is automated, which is more convenient and avoids wasting energy.

[0026] 4. The present invention locates and collects the outdoor temperature at the current location and the temperature in the current bathroom through the temperature sensing control module, thereby calculating the room temperature and water temperature that meet the human comfort level, and automatically adjusts the room temperature and water temperature, making the bathroom more comfortable and diversified in function.

[0027] 5. The present invention integrates both the voice control module and the display and playback module into the bathroom mirror, which saves space in the bathroom. When using the bathroom mirror, the displayed multimedia content and the currently executed control can be viewed, which is more intuitive and convenient. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] Figure 1 It is a schematic diagram of the system of the present invention;

[0029] Figure 2 The present invention is a flow chart of the method. DETAILED DESCRIPTION

[0030] In order to deepen the understanding of the present invention, the present invention will be further described in detail below in conjunction with examples. The examples are only used to explain the present invention and do not constitute a limitation on the protection scope of the present invention.

[0031] Embodiment 1

[0032] according to Figure 1As shown, this embodiment proposes a control system for a bathroom, including a human identity acquisition module, a master control module, a temperature sensing control module, a multimedia atmosphere control module and a human-computer interaction module. The human identity recognition module is used to recognize a human body entering the bathing area in the bathroom, scan the user's face, and transmit the data to the master control module. The master control module starts all bathroom equipment based on human body recognition, and simultaneously determines the user's identity, interconnects with the user's mobile terminal APP according to the identity, determines the user's preferences, and formulates a control plan;

[0033] The multimedia atmosphere control module executes the proposed control scheme, adjusts the bathroom's lighting, fragrance and multimedia display content, the human-computer interaction module includes a voice control module and a display and playback module, the display and playback module is connected to the multimedia atmosphere control module, displays multimedia content and the proposed control scheme, the voice control module is used to receive the user's voice command, and transmit it to the master control module, customize the adjustment control scheme, the temperature control module is used to collect the outdoor temperature and indoor temperature of the current positioning point, and automatically adjust the temperature and water temperature in the bathroom after analysis and calculation. When in use, the human identity recognition module is used to identify the human body and scan the user's face, so that the master control module determines the user's identity, cooperates with the mobile terminal APP to interconnect, collects the user's preferences, and determines the control scheme. The multimedia atmosphere control module executes the control scheme, adjusts the bathroom's lighting, fragrance and multimedia display content to meet the user's preferences and needs, and automatically adjusts, which is more convenient and humane.

[0034] The human identity acquisition module includes a human infrared probe and a facial scanning probe, which are located in the bathing area of ​​the bathroom, and are wirelessly connected to the master control module for data transmission. The human infrared probe has a timing module, which starts the facial scanning probe for face acquisition after scanning the human body for a specified time. The human infrared probe has a timing module, which starts the subsequent process after scanning the human body for a specified time to avoid false triggering of the device. If the human body is not recognized within the specified time, the shutdown module is started to shut down all bathroom equipment. The whole process is automated, which is more convenient and avoids wasting energy.

[0035] The master control module is located in the cloud control center, and the master control module includes a data acquisition module, a local database, an analysis and comparison module, a start-up and shutdown module, and a solution generation module. The data acquisition module is used to wirelessly connect to the human identity acquisition module to collect human signals and face data. The local database is used to connect to the user's mobile terminal APP. After the user registers his identity in the mobile terminal APP, the mobile terminal APP stores the user's preferences for various multimedia data, and stores the data in the storage unit corresponding to the user in the local database. The database in the storage unit is updated regularly with the user's preferences. The mobile terminal APP provides the user with the permission to modify the content of the user's preferences. When in use, the mobile terminal APP stores the user's preferences for various multimedia data, and updates them regularly with the user's preferences. It also provides the user with the permission to modify the content of the user's preferences. When in the bathroom, voice commands can also be issued through the voice control module to customize the control scheme. In summary, the scheme is diversified, which is convenient to follow the changes in the user's preferences and meet the user's real-time needs.

[0036] The analysis and comparison module is used to analyze and compare the face signal, compare the face signal with the face data registered by the user's mobile terminal APP, and after the comparison is successful, the user's identity is determined, and all bathroom equipment is pre-started through the start-up and shutdown module. When the comparison is unsuccessful and the user's identity cannot be determined, the control authority of all bathroom equipment is stopped. When the human infrared probe does not recognize the human body within the specified time, the start-up and shutdown module shuts down all bathroom equipment. When the user's identity cannot be determined, the automatic authority to control all bathroom equipment is stopped, and the user needs to control it manually.

[0037] The solution generation module is connected to the user's storage unit. After the user's identity is determined, data is downloaded from the Internet according to the user's preferences for various multimedia data, and a multimedia solution for the music, news, and video data displayed and played by the display and playback module is formulated. At the same time, an atmosphere solution for adjusting the lighting and aromatherapy machine is formulated and merged into a control solution. The multimedia atmosphere control module is located locally in the bathroom. The multimedia atmosphere control module is connected to the solution generation module through a network, and drives all bathroom devices to execute the solution according to the control solution. User preference analysis, algorithm selection: Use collaborative filtering, content-based filtering or hybrid recommendation algorithms to analyze the user's multimedia data preferences. Collaborative filtering: Recommend content by analyzing the user's historical behavior (such as clicks, views, likes, etc.) and the behavior of similar users. Content-based filtering: Recommend based on the content characteristics of the multimedia data itself (such as music genres, video themes, news categories, etc.). Data download and screening, algorithm selection: Use web crawler technology to download multimedia data from the Internet, and combine data cleaning and screening algorithms to ensure the quality and relevance of the data. Multimedia plan formulation, algorithm selection: Based on user preferences and data analysis results, use intelligent scheduling algorithms to formulate multimedia playback plans, and reasonably arrange the playback order and duration of music, news, and videos based on factors such as time, user active time, and content popularity. Atmosphere plan formulation, algorithm selection: Combine sentiment analysis and environmental perception technology, and use automatic control algorithms to adjust lights and aromatherapy machines. Sentiment analysis: Analyze the user's current emotional state or activity scene (such as relaxation, work, party, etc.) to determine the tone of the atmosphere. Environmental perception: Use sensors to monitor indoor light, temperature and other environmental factors, and automatically adjust the brightness and color temperature of lights, as well as the amount of mist and fragrance of aromatherapy machines. Comprehensive control plan merging, algorithm selection: Use integrated control algorithms to merge multimedia playback plans and atmosphere adjustment plans into a comprehensive control plan. Integrated control: Dynamically adjust multimedia playback content and atmosphere settings based on user behavior and preferences, as well as the current environmental status, to achieve seamless connection and coordination between the two. Simultaneously establish a user feedback mechanism to collect user satisfaction data on multimedia playback and atmosphere adjustment for continuous optimization of control plans.

[0038] The voice control module and the display and playback module are both built into the bathroom mirror of the bathroom. The display and playback module is a display module sealed in the bathroom mirror, which is used to play multimedia content and music, and synchronously timestamp the currently proposed control plan for display. The voice control module is a noise reduction microphone, which is used to collect the user's voice instructions and transmit them to the master control module, and customize the currently displayed multimedia plan and atmosphere plan according to the user's current voice instructions. The master control module has a built-in voice recognition algorithm to recognize instructions, including a hidden Markov model (HMM), which is a probabilistic model used to describe the generation process of time series data. In speech recognition, HMM assumes that the speech signal is generated by a series of hidden states, each state corresponds to a speech unit (such as a phoneme), and speech recognition is performed by calculating the probability of the observation sequence (speech feature vector) under a given state sequence. HMM is widely used in the field of speech recognition, especially when processing shorter speech segments.

[0039] The temperature sensing control module includes an online positioning module, an indoor temperature sensing module and a temperature calculation algorithm. The online positioning module connects to the WIFI of the current location and locates according to the IP address to collect the outdoor temperature of the current location. The indoor temperature sensing module is used to collect the temperature in the current bathroom. The temperature calculation algorithm is used to calculate the room temperature and water temperature that meet the human comfort level according to the outdoor temperature of the current location and the temperature in the current bathroom. The temperature calculation algorithm outputs the calculation results to the air conditioner, bathroom heater and water heater, executes the calculation results, and automatically adjusts the room temperature and water temperature. The temperature calculation algorithm adopts a thermal comfort model: PMV / PPD model: used to predict the average vote (Predicted MeanVote) and the percentage of dissatisfaction (Predicted Percentage of Dissatisfied). The model takes into account factors such as air temperature, relative humidity, wind speed, average radiation temperature, human metabolic rate and clothing thermal resistance. Adaptive model: Taking into account the differences in adaptability of different regions and people to the thermal environment, the adaptive model (such as aPMV) introduces an adaptability coefficient to correct the standard model. Environmental parameter measurement: Use temperature and humidity sensors to measure the temperature and humidity in the current bathroom. Get the outdoor temperature at the current location, which can be obtained through the meteorological data interface or the local weather station. Calculation steps: Determine the target thermal comfort range: According to PMV or similar models, set a target PMV value (such as 0, indicating a neutral state) and an acceptable percentage of dissatisfaction (such as PPD <10%). Adjust the indoor temperature: According to the current outdoor temperature and the initial temperature in the bathroom, combined with the target PMV value and parameters such as clothing thermal resistance and human metabolic rate, use the thermal comfort model to reversely infer the required indoor temperature. Considering the closedness of the bathroom and the efficiency of the heating / cooling equipment, the calculated indoor temperature needs to be appropriately adjusted. Adjust the water temperature: The adjustment of water temperature usually depends on the direct perception and demand of the human body for water temperature (such as showering, bathing, etc.). In the absence of a specific model to directly calculate the water temperature, a roughly comfortable water temperature range (37℃-40℃) can be set based on empirical values ​​and ergonomic principles.

[0040] Embodiment 2

[0041] according to Figure 2 As shown, this embodiment proposes a bathroom control method, comprising the following steps:

[0042] When a user enters the bathing area in the bathroom, the human identification module recognizes the human body for a specified time interval and then scans and collects the user's face;

[0043] The master control module determines the user's identity, activates all bathroom equipment, determines the user's preferences based on the user's mobile terminal APP data, and formulates a control plan;

[0044] The multimedia atmosphere control module adjusts the lighting and fragrance of the bathroom according to the control scheme, and controls the display and playback module to display the multimedia content and control scheme at the same time; it adjusts the lighting and fragrance of the bathroom and the multimedia display content to meet the user's preferences and needs, and the adjustment is automatic, which is more convenient and humane;

[0045] The voice control module collects the user's voice commands and customizes the adjustment control scheme;

[0046] The temperature control module automatically adjusts the temperature and water temperature in the bathroom to a temperature suitable for the human body according to the current outdoor temperature and indoor temperature. It automatically adjusts the room temperature and water temperature to make the bathroom more comfortable and diversified.

[0047] When the user leaves the bathing area in the bathroom and cannot identify the human body for a specified time, all devices will be turned off, which is more convenient and avoids wasting energy.

[0048] Embodiment 3

[0049] This embodiment proposes a bathroom mirror, including a mirror body, a display and playback module, a voice control module, a cache module and a communication module. The display and playback module is sealed and installed with the mirror body, and is used to display multimedia content. The voice control module is installed with the mirror body, and is used to collect the user's voice command. The communication module is used to communicate with the master control module, receive display content and upload voice commands, and the cache module is used to cache display content and voice commands. The voice control module and the display and playback module are both built into the bathroom mirror in the bathroom, which saves space in the bathroom. When using the bathroom mirror, you can see the displayed multimedia content and the currently executed control, which is more intuitive and convenient.

[0050] The present invention adopts a human identity recognition module to identify the human body and scan the user's face, thereby the main control module determines the user's identity, cooperates with the mobile terminal APP to interconnect, collects the user's preferences, determines the control plan, and the multimedia atmosphere control module executes the control plan to adjust the lighting, fragrance and multimedia display content of the bathroom to meet the user's preferences and needs. The automatic adjustment is more convenient and humane, and the mobile terminal APP stores the user's preferences for various multimedia data, and updates them regularly according to the user's preferences. It also provides the user with the authority to modify, which is used for the user to customize the modification of the preferred content. When in the bathroom, voice commands can also be issued through the voice control module to customize the adjustment control plan. In summary, the plan is diversified, which is convenient to follow the changes in the user's preferences and meet the user's real-time needs. At the same time, the human infrared probe has a timing module. After scanning the human body for a specified time, the subsequent process is started to avoid false triggering of the device. After the human body is not recognized within the specified time, the shutdown module is started to shut down all the equipment in the bathroom. The whole process is automated, which is more convenient and avoids wasting energy. In addition, the temperature sensing control module locates and collects the outdoor temperature at the current location and the temperature in the current bathroom, thereby calculating the room temperature and water temperature that meet the human body's comfort level, and automatically adjusting the room temperature and water temperature, making the bathroom more comfortable and diversified. Finally, the voice control module and the display and playback module are both built into the bathroom mirror in the bathroom, saving space in the bathroom. When using the bathroom mirror, you can see the displayed multimedia content and the currently executed control, which is more intuitive and convenient.

[0051] The above shows and describes the basic principles, main features and advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A bathroom control system, comprising a human identity acquisition module, a master control module, a temperature sensing control module, a multimedia atmosphere control module and a human-computer interaction module, characterized in that: The human identity recognition module is used to identify the human body entering the bathing area in the bathroom, scan the user's face, and transmit the data to the master control module. The master control module starts all bathroom equipment based on the human body recognition, and simultaneously determines the user's identity. According to the identity, it connects with the user's mobile terminal APP, determines his preferences, and formulates a control plan; The multimedia atmosphere control module executes the proposed control plan to adjust the lighting, fragrance and multimedia display content of the bathroom. The human-computer interaction module includes a voice control module and a display and playback module. The display and playback module is connected to the multimedia atmosphere control module to display multimedia content and the proposed control plan. The voice control module is used to receive the user's voice instructions and transmit them to the main control module to customize the control plan. The temperature sensing control module is used to collect the outdoor temperature and indoor temperature of the current positioning point, and automatically adjust the temperature and water temperature in the bathroom after analysis and calculation.

2. A bathroom control system according to claim 1, characterized in that: The human identity acquisition module includes a human infrared probe and a facial scanning probe, which are located in the bathing area of ​​the bathroom, and are wirelessly connected to the master control module for data transmission. The human infrared probe has a timing module, and after scanning the human body for a specified time, the facial scanning probe is started to collect the face.

3. A bathroom control system according to claim 2, characterized in that: The master control module is located in the cloud control center, and includes a data acquisition module, a local database, an analysis and comparison module, a start and shut down module, and a solution generation module. The data acquisition module is used to wirelessly connect to the human identity acquisition module to collect human signals and facial data.

4. A bathroom control system according to claim 3, characterized in that: The local database is used to connect to the user's mobile terminal APP. After the user registers his identity in the mobile terminal APP, the mobile terminal APP stores the user's preferences for various multimedia data, and stores the data in a storage unit corresponding to the user in the local database. The database in the storage unit is updated regularly according to the user's preferences. The mobile terminal APP provides the user with modification permissions for the user to customize and modify the preferred content.

5. A bathroom control system according to claim 4, characterized in that: The analysis and comparison module is used to analyze and compare the facial signal, compare the facial signal with the facial data registered by the user's mobile terminal APP, and after a successful comparison, determine the user's identity and pre-start all bathroom devices through the start-stop module. When the comparison is unsuccessful and the user's identity cannot be determined, the control authority over all bathroom devices is stopped. When the human infrared probe does not recognize the human body within a specified time, the start-stop module shuts down all bathroom devices.

6. A bathroom control system according to claim 5, characterized in that: The solution generation module is connected to the user's storage unit. After the user's identity is determined, data is downloaded from the Internet according to the user's preferences for various multimedia data, and a multimedia solution is formulated for the music, news, and video data displayed and played by the display and playback module. At the same time, an atmosphere solution for adjusting the lights and aromatherapy machines is formulated and combined into a control solution. The multimedia atmosphere control module is located locally in the bathroom. The multimedia atmosphere control module is connected to the solution generation module through a network, and drives all bathroom equipment to execute the solution according to the control solution.

7. A bathroom control system according to claim 6, characterized in that: The voice control module and the display and playback module are both built into the bathroom mirror in the bathroom. The display and playback module is a display module sealed in the bathroom mirror, which is used to play multimedia content and music, and synchronously timestamp the currently proposed control plan for display. The voice control module is a noise reduction microphone, which is used to collect the user's voice commands and transmit them to the main control module, and customize the currently displayed multimedia plan and atmosphere plan according to the user's current voice commands.

8. A bathroom control system according to claim 1, characterized in that: The temperature sensing control module includes an online positioning module, an indoor temperature sensing module and a temperature calculation algorithm. The online positioning module connects to the WIFI of the current location and performs positioning according to the IP address to collect the outdoor temperature of the current location. The indoor temperature sensing module is used to collect the current temperature in the bathroom. The temperature calculation algorithm is used to calculate the room temperature and water temperature that meet the human comfort level based on the outdoor temperature of the current location and the current temperature in the bathroom. The temperature calculation algorithm outputs the calculation results to the air conditioner, bathroom heater and water heater, executes the calculation results, and automatically adjusts the room temperature and water temperature.

9. A bathroom control method, using a bathroom control system as described in any one of claims 1 to 8, characterized in that: The following steps are involved: When a user enters the bathing area in the bathroom, the human identification module recognizes the human body for a specified time interval and then scans and collects the user's face; The master control module determines the user's identity, activates all bathroom equipment, determines the user's preferences based on the user's mobile terminal APP data, and formulates a control plan; The multimedia atmosphere control module adjusts the lighting and fragrance of the bathroom according to the control scheme, and controls the display and playback module to display the multimedia content and control scheme; The voice control module collects the user's voice commands and customizes the adjustment control scheme; The temperature control module automatically adjusts the temperature and water temperature in the bathroom to a temperature suitable for the human body according to the current outdoor temperature and indoor temperature. When the user leaves the bathing area in the bathroom and the human body is no longer recognized after a specified period of time, all devices are turned off.

10. A bathroom mirror, applied to the bathroom control method according to claim 9, characterized in that: It includes a mirror body, a display and playback module, a voice control module, a cache module and a communication module. The display and playback module is sealed and installed with the mirror body for displaying multimedia content. The voice control module is installed with the mirror body for collecting the user's voice commands. The communication module is used to communicate with the main control module, receive display content and upload voice commands. The cache module is used to cache display content and voice commands.

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