Intelligent ship bathroom system based on artificial intelligence

Abstract

The invention relates to an intelligent ship bathroom system based on artificial intelligence. The intelligent ship bathroom system comprises a bathroom cabin planning module based on whole ship layout and personnel compilation, a use management rule making module based on personnel physiological characteristics, a toilet state indication system module special for commanding personnel, an intelligent function configuration module in a bathroom cabin and a multifunctional design module of cabin materials. The invention relates to a small device and an interactive product module with science and technology and humanized care. Through scientific layout planning, intelligent use management, humanized facility configuration and function design, the problems existing in a traditional ship bathroom cabin are solved, a comfortable, convenient, safe, sanitary and energy-saving bathroom environment is provided for ship personnel, meanwhile, the sense of science and technology and humanized care are highlighted, and the overall quality of a ship is improved.

Description

Technical Field

[0001] The present invention relates to the fields of artificial intelligence technology and ship equipment technology, and in particular to an artificial intelligence-based intelligent bathroom system for ships. Background Art

[0002] There are many problems with traditional ship bathroom cabins.

[0003] (1) In terms of layout, there is a lack of scientific planning. The number, location and space design of bathroom cabins often cannot adapt well to the overall layout and staffing of the entire ship, resulting in inconvenience in the use of some areas or waste of resources.

[0004] (2) In terms of usage management, there is no reasonable time arrangement and rotation rules, which easily leads to conflicts among people, especially in crowded situations, where waiting time is too long. For command personnel, it is impossible to obtain toilet usage status information in a timely manner, which reduces work efficiency.

[0005] (3) In terms of internal facilities and environment, traditional bathroom cabins have single functions, the facilities are not humane enough, and environmental factors such as lighting, temperature and humidity cannot be automatically adjusted according to personnel needs, resulting in poor comfort.

[0006] (4) The cabin materials are difficult to clean and maintain. They lack self-cleaning features and cleaning reminders. Problems with anti-slip floors, wall insulation, and mirror defogging have not been adequately addressed, posing safety risks and inconvenience. Furthermore, water management is not scientific, energy-saving measures are lacking, and waste storage and disposal are not rational.

[0007] Therefore, it is urgent to design an artificial intelligence-based ship intelligent bathroom system to solve the problems existing in the above-mentioned prior art. Summary of the Invention

[0008] In view of this, the present invention provides an artificial intelligence-based ship intelligent bathroom system, which aims to solve the problems existing in traditional ship bathroom cabins through scientific layout planning, intelligent usage management, humanized facility configuration and functional design, and provide ship personnel with a comfortable, convenient, safe, hygienic and energy-saving bathroom environment, while highlighting the sense of technology and humanized care, and improving the overall quality of the ship.

[0009] To achieve the above object, the present invention adopts the following technical solutions:

[0010] An artificial intelligence-based intelligent bathroom system for ships, comprising:

[0011] Bathroom cabin planning module based on ship layout and crewing: This module uses an AI system to create a 3D model of the overall ship layout. This module then determines the appropriate number of bathroom cabins, optimizes their placement, and designs bathroom cabin heights based on ergonomics and ship structural characteristics, taking into account personnel density, activity range, personnel flow patterns, and crewing.

[0012] Usage management rule-making module based on personnel physiological characteristics: The AI system builds a personnel usage behavior model and uses it to predict bathroom cabin usage. It also formulates reasonable rotation and sequencing rules based on personnel's job positions, work priorities, and the urgency of their physiological needs.

[0013] Restroom status indicator system module for commanders: Indicator screens are installed near the commander's work area and frequently used passages to display restroom usage status in real time, provide identity recognition and reminder functions, and can send available restroom location information to their personal terminal devices;

[0014] Intelligent function configuration module inside the bathroom cabin: equipped with intelligent bathroom facilities, intelligent lighting system, intelligent audio system, temperature and humidity control system. These devices are equipped with sensors and intelligent control modules, which can interact with the AI system for real-time data and intelligent linkage, thereby realizing personalized adjustment of facilities, automatic lighting control, music playback and intelligent temperature and humidity adjustment;

[0015] Multifunctional design module for cabin materials: Self-cleaning, anti-slip, and cool-insulating cabin materials are used. Intelligent defoggers are installed on the mirrors in the bathroom cabins, cleaning sensors are installed to provide cleaning reminders, and intelligent garbage storage and discharge systems and intelligent hot water systems are set up to achieve garbage classification, storage, and compression, sewage discharge and treatment, and energy-saving hot water storage and utilization.

[0016] Small devices and interactive product modules that combine a sense of technology with humanistic care: including a smart mirror interactive system, a personalized fragrance release device and an emergency call button, providing information display, health monitoring, video calling, personalized fragrance adjustment and emergency rescue functions.

[0017] Furthermore, the use of the AI system to perform three-dimensional modeling of the overall layout of the entire ship is specifically as follows: in the early stages of ship design, the detailed overall layout drawings of the entire ship and accurate personnel information are completely input into the AI system. The AI system deeply analyzes and processes the massive amount of input data to construct a detailed three-dimensional model of the entire ship.

[0018] Furthermore, the specific method for determining the reasonable number of bathroom cabins is as follows:

[0019] The AI system analyzes the density of people in each area, their range of activities, and patterns of personnel flow. It also combines the ship's crewing, including the number of crew members and the ratio of personnel in different positions, with big data analysis and machine learning algorithms to accurately calculate the appropriate number of bathroom cabins required.

[0020] The specific method for optimizing the layout of the bathroom cabin is as follows:

[0021] Based on the functional zoning and personnel flow of the entire ship, and taking into account the walking distance of personnel from other areas to the bathroom cabin, the smoothness of the passage, and the interaction with other functional areas, the AI system optimizes the layout of the bathroom cabin and sets the bathroom cabin in a place where personnel activities are frequent and easy to reach.

[0022] Furthermore, the AI system constructs a personnel usage behavior model as follows: the AI system collects and analyzes data on personnel's work and rest schedules, work arrangements, daily behavioral habits, and physiological needs, and uses deep learning algorithms to deeply mine and analyze the collected data to construct a personnel usage behavior model.

[0023] Furthermore, the intelligent bathroom facilities include intelligent toilets, intelligent shower heads, and intelligent washbasins;

[0024] Smart toilets use sensor technology to accurately sense people's usage habits and physiological needs; they have multiple flushing modes and the following functions: seat heating, temperature adjustment, and automatic deodorization;

[0025] The smart shower head uses water flow control technology and temperature regulation algorithms to automatically adjust water temperature, water flow intensity and spray pattern;

[0026] The smart washbasin is equipped with an induction faucet, an automatic hand sanitizer dispenser and a quick dryer; the induction faucet uses infrared sensing technology to sense the position of people's hands and automatically supply and stop water; the automatic hand sanitizer dispenser can accurately control the amount of hand sanitizer squeezed out according to people's usage needs; the quick dryer uses efficient hot air technology to dry hands in a short time.

[0027] Furthermore, the intelligent lighting system uses light sensors and intelligent control algorithms to automatically adjust the brightness and color of lights according to different usage scenarios and time;

[0028] The intelligent audio system supports multiple music playback modes, and personnel can select their favorite music or sound effects through a handheld terminal or a control panel in the bathroom cabin;

[0029] The temperature and humidity control system is equipped with temperature and humidity sensors and an intelligent air-conditioning system to monitor the temperature and humidity in the bathroom cabin in real time, and automatically adjust the temperature and humidity according to the season, weather and user needs to maintain a comfortable environment in the bathroom cabin.

[0030] Furthermore, the cabin materials with self-cleaning, anti-slip and heat-insulating functions are specifically as follows:

[0031] The use of self-cleaning cabin materials, the surface of which has a special microstructure that can effectively prevent the adhesion of stains and bacteria, and automatically decompose and remove stains under the action of light or moisture;

[0032] Choose anti-slip floor materials. The anti-slip floor materials have special texture and friction on the surface, which can effectively prevent people from slipping on wet and slippery floors.

[0033] The wall panel material with good thermal insulation performance is used. The wall panel material with good thermal insulation performance can effectively block the cold air from the outside from entering the bathroom cabin. The wall panel material also has a sound insulation function to reduce the interference of external noise.

[0034] Furthermore, an intelligent garbage storage and discharge system is set up, including classified garbage bins, garbage compression devices, monitoring and reminder devices, and liquid garbage and sewage discharge devices;

[0035] Classified trash cans are stored according to the type of garbage;

[0036] The garbage compression device compresses the garbage;

[0037] The monitoring reminder device is used to monitor the fullness of the trash can in real time. When the trash can reaches a certain capacity, it will automatically issue a cleaning reminder. The drainage of liquid garbage and sewage discharge devices is monitored in real time to prevent drainage pipe blockage and sewage leakage.

[0038] Liquid waste and sewage discharge devices are used to discharge liquid waste and sewage to ensure smooth drainage.

[0039] Furthermore, the smart mirror interaction system integrates touch technology, voice recognition technology and display technology, and personnel operate by touching the mirror or using voice commands;

[0040] The personalized aroma release device adopts micro-atomization technology and intelligent control algorithm, allowing people to choose different aromas according to their preferences; the personalized aroma release device automatically adjusts the aroma concentration and release time according to the person's usage time and mood, creating a comfortable bathing atmosphere.

[0041] Furthermore, an emergency call button is set in a conspicuous position in the bathroom cabin. The emergency call button is made of waterproof and durable materials. The emergency call button is used to send a distress signal in an emergency. The distress signal will be transmitted to the ship's monitoring center and the terminal devices of relevant personnel in a timely manner to ensure that personnel can receive timely rescue. The AI system records the time, location and related information of the emergency call, providing strong support for subsequent rescue work

[0042] Compared with the prior art, the present invention has the following beneficial effects:

[0043] (1) In the early stage of ship design, a three-dimensional detailed model of the entire ship is constructed using the bathroom cabin planning module based on the overall ship layout and personnel establishment. Combined with the personnel distribution density, activity range, personnel flow pattern and personnel establishment, the reasonable number of bathroom cabins is determined and the layout of the bathroom cabins is optimized. The reasonable number of bathroom cabins and scientific layout planning can reduce the walking distance and time cost of personnel, improve utilization efficiency and avoid waste of resources.

[0044] (2) By using the usage management rule formulation module based on the physiological characteristics of personnel, reasonable rotation sorting rules are formulated according to the personnel's job position, work priority and the urgency of their physiological needs, thereby reducing the waiting time of personnel.

[0045] (3) Intelligent bathroom facilities, lighting, background music, temperature and humidity control and other functions provide people with a comfortable and convenient bathing environment, relieve stress and improve the quality of life.

[0046] (4) The use of materials with self-cleaning, anti-slip, cold-insulating, and mirror-defog functions effectively prevents people from slipping, catching cold, and obstructed vision, ensuring personnel safety. The self-cleaning function and cleaning reminder function of the cabin materials reduce the workload and frequency of cleaning, reducing maintenance costs. The intelligent garbage storage and discharge system enables garbage classification, storage, and compression, facilitating subsequent processing and recycling. The intelligent hot water system automatically adjusts the water temperature according to the user's usage needs and time, making water use convenient and saving energy.

[0047] (5) The intelligent mirror interactive system and the personalized fragrance release device are set up to reflect the sense of technology and humanistic care. The setting of the emergency call button ensures that when a person encounters an emergency during use, a distress signal can be quickly sent out, thereby ensuring that the person can receive timely rescue. Other features and advantages of the present invention will be explained in the subsequent description, and part of them will become obvious from the description, or can be understood by practicing the present invention. The objects and other advantages of the present invention can be achieved and obtained by the structures indicated in the description and the drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0048] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the following is a brief introduction to the drawings required for use in the embodiments or the description of the prior art. Obviously, the drawings described below are some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying any creative work.

[0049] Figure 1 The figure shows the architecture of the ship intelligent bathroom system based on artificial intelligence according to an embodiment of the present invention. DETAILED DESCRIPTION

[0050] To make the objectives, technical solutions, and advantages of the embodiments of the present invention more clear, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings 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 making creative efforts shall fall within the scope of protection of the present invention.

[0051] The embodiment of the present invention proposes an artificial intelligence-based ship intelligent bathroom system, as shown in the attached Figure 1 As shown, the ship intelligent bathroom system includes: a bathroom cabin planning module based on the overall ship layout and personnel establishment, a usage management rule formulation module based on the physiological characteristics of personnel, a toilet status indication system module dedicated to command personnel, an intelligent function configuration module inside the bathroom cabin, a multifunctional design module for cabin materials, and small devices and interactive product modules with a sense of technology and humanized care.

[0052] Bathroom cabin planning module based on the overall ship layout and staffing: The AI system is used to perform three-dimensional modeling of the overall ship layout. Combined with the personnel distribution density, activity range, personnel flow patterns and staffing, the module determines the appropriate number of bathroom cabins, optimizes the layout of bathroom cabins, and designs the spatial height of bathroom cabins based on ergonomics and ship structure characteristics.

[0053] The use of the AI system to perform three-dimensional modeling of the overall layout of the entire ship is specifically as follows: in the early stages of ship design, the detailed overall layout drawings of the entire ship and accurate personnel information are completely input into the AI system. The AI system deeply analyzes and processes the massive amount of input data to construct a three-dimensional detailed model of the entire ship. In the three-dimensional model of the entire ship, the AI system simulates the flow of personnel in different areas, and through the study of a large amount of historical data and industry standards, uses machine learning algorithms to accurately calculate the usage needs of personnel in each area.

[0054] The specific method for determining the reasonable number of bathroom cabins is as follows:

[0055] The AI system analyzes the density of people in each area, their range of activities, and patterns of personnel flow. It also combines the ship's crewing, including the number of crew members and the ratio of personnel in different positions, with big data analysis and machine learning algorithms to accurately calculate the appropriate number of bathroom cabins required.

[0056] For example, for densely populated living and working areas, the number of bathroom cabins should be appropriately increased to meet the needs of personnel; for example, for areas where crew members concentrate on resting, the AI system analyzes factors such as the number of crew members, rest time patterns, and daily activity range, and combines ergonomic principles to determine the reasonable number of bathroom cabins required in the area.

[0057] The specific method for optimizing the layout of the bathroom cabin is as follows:

[0058] Based on the functional zoning and personnel flow of the entire ship, and taking into account the walking distance of personnel from other areas to the bathroom cabin, the smoothness of the passage, and the interaction with other functional areas, the AI system optimizes the layout of the bathroom cabin, setting the bathroom cabin in a place where personnel activities are frequent and easy to reach, reducing personnel's walking distance and time cost.

[0059] At the same time, considering the usage characteristics of different areas, bathrooms in crew rest areas and entertainment areas can be set up separately to improve efficiency and comfort. In addition, bathrooms will not be placed near areas with high environmental requirements, such as restaurants and meeting rooms, to reduce the impact of odor and noise.

[0060] The space height of the designed bathroom cabin is as follows:

[0061] Combining ergonomic principles and the structural characteristics of the ship, the AI system determines the spatial height of the bathroom cabin. Based on factors such as the average height of the human body, the range of activities, and the structural characteristics of the ship, the AI system uses big data analysis and simulation technology to determine the most suitable spatial height. For areas used for standing, such as showers and washbasins, sufficient height is ensured to prevent people from feeling oppressed; for toilet areas, the spatial height is reasonably set considering the sitting and standing posture of people to improve the comfort of use. At the same time, according to the navigation environment and usage needs of the ship, different spatial height designs are adopted for different types of bathroom cabins (such as bathroom cabins for ordinary crew members, bathroom cabins dedicated to command leaders, etc.).

[0062] Designers can carefully adjust and optimize the preliminary plan generated by the AI system based on actual conditions, ultimately determining the number, location, and floor height of the bathroom cabins. During the shipbuilding process, construction and installation are carried out strictly in accordance with the determined plan.

[0063] In the early stage of ship design, a bathroom cabin planning module based on the overall ship layout and staffing is used to construct a three-dimensional detailed model of the entire ship. Combined with the personnel distribution density, activity range, personnel flow patterns and staffing, the reasonable number of bathroom cabins is determined and the layout of the bathroom cabins is optimized. A reasonable number of bathroom cabins and scientific layout planning can reduce the walking distance and time cost of personnel, improve utilization efficiency and avoid waste of resources.

[0064] Usage management rule-making module based on personnel physiological characteristics: The AI system builds a personnel usage behavior model and uses it to predict the usage of bathroom cabins. At the same time, based on the personnel's job position, work priority and the urgency of their physiological needs, the AI system formulates reasonable rotation and sorting rules.

[0065] The AI system collects and analyzes data on people's daily routines, work schedules, daily behaviors, and physiological needs. Using deep learning algorithms, it conducts in-depth mining and analysis of this data to build a behavioral model of people's use. Based on this behavioral model, the AI system can accurately predict the probability of people using bathroom cabins and their peak and trough usage at different time periods. For example, the demand for bathroom cabins increases significantly after breakfast, after dinner, and before and after waking and going to bed.

[0066] A rotation system prioritizes access for specific personnel and monitors usage status in real time to notify those in line. Busy command personnel and special operations personnel are given priority access based on their work priorities and urgency. For ordinary crew members, access is arranged chronologically or randomly. The system also monitors bathroom usage in real time, automatically notifying the next person in line when a bathroom becomes available.

[0067] When someone needs to use the bathroom, they are quickly and accurately identified using a card or facial recognition technology. The AI system immediately arranges their use according to pre-set rules and displays real-time queue information on a prominent screen, including the number of people currently waiting and the estimated wait time. The system also continuously monitors actual user usage and dynamically adjusts usage rules based on real-time data to ensure their rationality and effectiveness.

[0068] By utilizing the usage management rule formulation module based on the physiological characteristics of personnel, reasonable rotation and sorting usage rules are formulated according to the personnel's job position, work priority and the urgency of their physiological needs, thus reducing the waiting time of personnel.

[0069] Toilet status indication system module dedicated to commanders: Indicator screens are set up near the commander's work area and frequently used passages to display the toilet usage status in real time. It has identity recognition and reminder functions and can send available toilet location information to their personal terminal devices.

[0070] Special restroom status indicators are installed near the command staff's work area and frequently used passageways. These indicators are connected to sensors inside the restroom compartments. These sensors utilize IoT technology to accurately monitor restroom usage in real time. Based on this sensor information, the indicators display each restroom's status in real time, including whether it's occupied, unoccupied, or being cleaned. Different colors and icons are used to distinguish different statuses, such as green for unoccupied, red for occupied, and yellow for being cleaned.

[0071] When a commander approaches the restroom status indicator, the system automatically identifies them and notifies them of the nearest available restroom location through voice prompts or vibration alerts. Furthermore, if the commander has pre-set a restroom request, the system will promptly send a reminder to their personal device, such as a smartwatch, when a restroom becomes available, ensuring they can quickly and easily find the right one.

[0072] Intelligent function configuration module inside the bathroom cabin: equipped with intelligent bathroom facilities, intelligent lighting system, intelligent audio system, temperature and humidity control system. The above equipment is equipped with sensors and intelligent control modules, which can interact with the AI system for real-time data and intelligent linkage, thereby realizing personalized adjustment of facilities, automatic lighting control, music playback and intelligent adjustment of temperature and humidity.

[0073] Intelligent bathroom facilities, including smart toilets, smart shower heads, and smart sinks.

[0074] Smart toilets feature multiple flushing modes, seat heating, temperature adjustment, and automatic deodorization, allowing for personalized settings based on user habits and physiological needs. Leveraging sensor technology, smart toilets can precisely sense a user's habits and physiological needs. For example, pressure and infrared sensors identify a user's sitting posture and location, automatically adjusting parameters such as seat heating temperature, flushing mode, and water flow intensity. Smart toilets also feature automatic deodorization, using a built-in air purification device to monitor and remove odors in real time.

[0075] Smart showerheads automatically adjust water temperature, flow intensity, and spray patterns. They can also connect to users' smart devices to pre-set bathing preferences. Using water flow control technology and temperature regulation algorithms, smart showerheads precisely adjust water flow based on pre-set bathing parameters, such as water temperature, flow intensity, and spray pattern. Users can also interact with the smart showerhead via handheld devices or voice commands, achieving a more convenient and personalized bathing experience.

[0076] The smart handwashing station is equipped with a sensor faucet, an automatic hand sanitizer dispenser, and a quick dryer, providing a convenient and hygienic handwashing experience. The sensor faucet uses infrared sensing technology to quickly and accurately detect the position of a person's hands, automatically dispensing and stopping water, avoiding cross-infection caused by manual operation. The automatic hand sanitizer dispenser precisely controls the amount of hand sanitizer dispensed based on the person's needs, providing a hygienic and convenient handwashing experience. The quick dryer uses efficient hot air technology to dry hands in a short time, saving time and energy.

[0077] The intelligent lighting system utilizes light sensors and intelligent control algorithms to automatically adjust light brightness and color based on different usage scenarios and time of day. During the day, the light maintains a moderate brightness, using natural white light to provide clear illumination. At night, the light dims to a warm yellow, creating a warm and comfortable atmosphere. The light automatically turns on when a person enters the bathroom and turns off when they leave, saving energy. Furthermore, the light color and flashing pattern can be adjusted based on the user's mood and needs, providing soft, colored lighting for a relaxing bath, for example.

[0078] The smart audio system supports multiple music playback methods, including Bluetooth, Wi-Fi, and online music playback. Users can select their favorite music and sound effects using a handheld device or a control panel within the bathroom. During the bathing process, relaxing and uplifting music can be played to relieve stress and enhance comfort. The system also recommends appropriate music based on different time periods and usage scenarios, such as energizing music in the morning and soothing music in the evening.

[0079] The temperature and humidity control system, equipped with temperature and humidity sensors and an intelligent air conditioning system, monitors the temperature and humidity inside the bathroom in real time. It automatically adjusts the temperature and humidity based on the season, weather, and user needs to maintain a comfortable environment. In summer, the temperature and humidity are lowered to provide a cool bathing environment; in winter, they are raised to prevent colds. The system also dynamically adjusts based on user activity, such as increasing the temperature and humidity appropriately while bathing.

[0080] Intelligent bathroom facilities, lighting, background music, temperature and humidity adjustment functions provide people with a comfortable and convenient bathing environment, relieve stress and improve the quality of life.

[0081] Multifunctional design module of cabin materials: cabin materials with self-cleaning, anti-slip and heat-insulating functions are used, intelligent defogger devices are installed on the mirrors of the bathroom cabins, cleaning sensors are installed to give them a cleaning reminder function, and intelligent garbage storage and discharge systems and intelligent hot water systems are set up to realize garbage classification, storage and compression, sewage discharge treatment and energy-saving storage and utilization of hot water.

[0082] Self-cleaning function: Using self-cleaning cabin materials, such as nano-coating materials, features a special microstructure on the surface that effectively prevents stains and bacteria from adhering. In response to light or moisture, these materials automatically break down and remove stains. For example, using self-cleaning materials on areas prone to stains, such as toilet linings, shower walls, and floors, significantly reduces cleaning workload and frequency. Furthermore, the materials possess antibacterial properties, inhibiting bacterial growth and reproduction, ensuring a hygienic bathroom environment.

[0083] Anti-slip flooring: Choose flooring materials with excellent anti-slip properties, such as non-slip tiles or rubber mats. These materials have a special surface texture and friction, effectively preventing slips on wet and slippery surfaces. During installation, strictly follow construction specifications to ensure the floor is smooth and anti-slip. Additionally, place anti-slip warning signs on the floor to remind people to pay attention to safety.

[0084] Cooling wall panels: Using wall panels with excellent thermal insulation properties, such as polyimide foam panels or vacuum insulation panels, effectively blocks cold air from entering the bathroom, maintaining warmth. These panels also provide sound insulation, reducing external noise. During installation, the panels are sealed with materials such as sealing strips to ensure both thermal and sound insulation.

[0085] Mirror Defog: Install an intelligent defog device, such as an electrically heated defog film or ultrasonic defogger, on bathroom mirrors. When fog appears on the mirror, the system automatically activates the defogger to quickly remove the mist, ensuring clear visibility. Furthermore, sensors monitor the mirror's humidity in real time, enabling preemptive defog activation to prevent fogging. The defogger intelligently adjusts the power and duration of the defogger based on factors such as the level of fog and ambient temperature, ensuring the mirror remains clear and visible.

[0086] Cleaning Reminders: Cleaning sensors are installed in bathrooms to monitor the cleanliness level in real time. When stains accumulate to a certain level or a preset cleaning interval is reached, the system issues a cleaning reminder via voice prompts, flashing lights, or text messages to the cleaning staff's terminal. The system also records the time and content of each cleaning for management and statistical purposes.

[0087] An intelligent waste storage and discharge system is installed, including classified waste bins, waste compression devices, monitoring and reminder devices, and liquid waste and sewage discharge devices. The classified waste bins can store waste by type, facilitating subsequent processing and recycling. The waste compression devices can compress waste, reducing its volume and improving storage efficiency. The monitoring and reminder devices monitor the fullness of the waste bins in real time, automatically issuing cleaning reminders when the bins reach a certain capacity. Liquid waste and sewage are discharged through liquid waste and sewage discharge devices to ensure smooth drainage and avoid water accumulation and odor. The monitoring and reminder devices also monitor drainage in real time to prevent problems such as blockages in drainage pipes and sewage leaks. Furthermore, drainage can be recycled and reused, such as using bathing wastewater for toilet flushing after filtration and purification, thereby improving the efficiency of water resource utilization.

[0088] The intelligent hot water system, equipped with a large-capacity hot water storage tank and a high-efficiency heating device, automatically adjusts the water temperature based on user needs and time of day. Sensors monitor the hot water temperature and level in real time. When the water temperature falls below a set point or the water level drops below a certain height, the heating device automatically activates to reheat and replenish the water. Based on user habits and historical data, the system uses intelligent predictive algorithms to prepare the appropriate amount of hot water in advance, ensuring that users always have access to hot water at the right temperature. Furthermore, the large-capacity hot water storage tank is wrapped in insulation material to minimize heat loss and achieve energy savings. For drainage, efficient drainage pipes and pumps ensure rapid drainage. Furthermore, drainage water can be recycled and reused, such as using bathing wastewater for toilet flushing, thereby improving water resource efficiency.

[0089] The use of self-cleaning, anti-slip, cool-insulating, and mirror-defogged materials effectively prevents slips, colds, and obstructed vision, ensuring personnel safety. The cabin materials' self-cleaning and cleaning reminder features reduce cleaning workload and frequency, lowering maintenance costs. An intelligent waste storage and discharge system enables waste sorting, storage, and compression, facilitating subsequent processing and recycling. An intelligent hot water system automatically adjusts water temperature based on user needs and time of day, ensuring convenient water use and saving energy.

[0090] Small devices and interactive product modules that combine a sense of technology with humanistic care: including a smart mirror interactive system, a personalized fragrance release device and an emergency call button, providing information display, health monitoring, video calling, personalized fragrance adjustment and emergency rescue functions.

[0091] The smart mirror interactive system integrates touch, voice recognition, and display technologies. Operators control the mirror by touching it or using voice commands. The system displays information such as time, date, weather, and news, and also provides health monitoring features such as heart rate and blood pressure measurement. Furthermore, users can make video calls through the mirror, making it convenient to communicate with others during bathing. The system personalizes displayed information and functions based on user habits and preferences, enhancing the user experience.

[0092] The personalized aroma release device utilizes micro-atomization technology and intelligent control algorithms, allowing users to select different scents based on their preferences, such as lavender, rose, and lemon. The device automatically adjusts the fragrance concentration and release time based on the user's usage time and mood, creating a comfortable bathing atmosphere. For example, while the user is bathing, the fragrance concentration is increased to create a comfortable and pleasant bathing atmosphere; after the user leaves, the fragrance release is reduced to save energy. The system also recommends appropriate scents based on seasonal and weather changes, such as refreshing scents in summer and warm scents in winter.

[0093] An emergency call button is prominently located within the bathroom cabin and is constructed from waterproof, durable materials. In the event of an emergency, personnel can press the button to send a distress signal. This signal is promptly transmitted to the ship's monitoring center and the terminals of relevant personnel, ensuring prompt assistance. Simultaneously, the AI system records the time, location, and related information of the emergency call, providing strong support for subsequent rescue efforts. After installation, the emergency call button undergoes multiple tests to ensure its reliability and stability.

[0094] The intelligent mirror interaction system and personalized fragrance release device embody a sense of technology and humanistic care. The emergency call button ensures that in the event of an emergency during use, a distress signal can be quickly sent, ensuring that people can receive timely rescue.

[0095] Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or make equivalent replacements for some of the technical features therein; and these modifications or replacements do not cause the essence of the corresponding technical solutions to deviate from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. An artificial intelligence-based intelligent bathroom system for ships, characterized in that: The ship intelligent bathroom system includes: Bathroom cabin planning module based on ship layout and crewing: This module uses an AI system to create a 3D model of the overall ship layout. This module then determines the appropriate number of bathroom cabins, optimizes their placement, and designs bathroom cabin heights based on ergonomics and ship structural characteristics, taking into account personnel density, activity range, personnel flow patterns, and crewing. Usage management rule-making module based on personnel physiological characteristics: The AI system builds a personnel usage behavior model and uses it to predict bathroom cabin usage. It also formulates reasonable rotation and sequencing rules based on personnel's job positions, work priorities, and the urgency of their physiological needs. Restroom status indicator system module for commanders: Indicator screens are installed near the commander's work area and frequently used passages to display restroom usage status in real time, provide identity recognition and reminder functions, and can send available restroom location information to their personal terminal devices; Intelligent function configuration module inside the bathroom cabin: equipped with intelligent bathroom facilities, intelligent lighting system, intelligent audio system, temperature and humidity control system. These devices are equipped with sensors and intelligent control modules, which can interact with the AI system for real-time data and intelligent linkage, thereby realizing personalized adjustment of facilities, automatic lighting control, music playback and intelligent temperature and humidity adjustment; Multifunctional design module for cabin materials: Self-cleaning, anti-slip, and cool-insulating cabin materials are used. Intelligent defoggers are installed on the mirrors in the bathroom cabins, cleaning sensors are installed to provide cleaning reminders, and intelligent garbage storage and discharge systems and intelligent hot water systems are set up to achieve garbage classification, storage, and compression, sewage discharge and treatment, and energy-saving hot water storage and utilization. Small devices and interactive product modules that combine a sense of technology with humanistic care: including a smart mirror interactive system, a personalized fragrance release device and an emergency call button, providing information display, health monitoring, video calling, personalized fragrance adjustment and emergency rescue functions.

2. The artificial intelligence-based ship intelligent bathroom system according to claim 1, characterized in that: The use of the AI system to perform three-dimensional modeling of the overall layout of the entire ship is specifically as follows: in the early stages of ship design, the detailed overall layout drawings of the entire ship and accurate personnel information are fully input into the AI system. The AI system deeply analyzes and processes the massive input data to construct a detailed three-dimensional model of the entire ship.

3. The artificial intelligence-based ship intelligent bathroom system according to claim 2, characterized in that: The specific method for determining the reasonable number of bathroom cabins is as follows: The AI system analyzes the density of people in each area, their range of activities, and patterns of personnel flow. It also combines the ship's crewing, including the number of crew members and the ratio of personnel in different positions, with big data analysis and machine learning algorithms to accurately calculate the appropriate number of bathroom cabins required. The specific method for optimizing the layout of the bathroom cabin is as follows: Based on the functional zoning and personnel flow of the entire ship, and taking into account the walking distance of personnel from other areas to the bathroom cabin, the smoothness of the passage, and the interaction with other functional areas, the AI system optimizes the layout of the bathroom cabin and sets the bathroom cabin in a place where personnel activities are frequent and easy to reach.

4. The artificial intelligence-based ship intelligent bathroom system according to claim 1, characterized in that: The AI system constructs a personnel usage behavior model as follows: the AI system collects and analyzes data on personnel's work and rest schedules, work arrangements, daily behavioral habits, and physiological needs, and uses deep learning algorithms to deeply mine and analyze the collected data to construct a personnel usage behavior model.

5. The artificial intelligence-based ship intelligent bathroom system according to claim 1, characterized in that: The intelligent bathroom facilities include intelligent toilets, intelligent shower heads, and intelligent washbasins; Smart toilets use sensor technology to accurately sense people's usage habits and physiological needs; they have multiple flushing modes and the following functions: seat heating, temperature adjustment, and automatic deodorization; The smart shower head uses water flow control technology and temperature regulation algorithms to automatically adjust water temperature, water flow intensity and spray pattern; The smart washbasin is equipped with an induction faucet, an automatic hand sanitizer dispenser and a quick dryer; the induction faucet uses infrared sensing technology to sense the position of people's hands and automatically supply and stop water; the automatic hand sanitizer dispenser can accurately control the amount of hand sanitizer squeezed out according to people's usage needs; the quick dryer uses efficient hot air technology to dry hands in a short time.

6. The artificial intelligence-based ship intelligent bathroom system according to claim 5, characterized in that: The intelligent lighting system uses light sensors and intelligent control algorithms to automatically adjust the brightness and color of lights according to different usage scenarios and time; The intelligent audio system supports multiple music playback modes, and personnel can select their favorite music or sound effects through a handheld terminal or a control panel in the bathroom cabin; The temperature and humidity control system is equipped with temperature and humidity sensors and an intelligent air-conditioning system to monitor the temperature and humidity in the bathroom cabin in real time, and automatically adjust the temperature and humidity according to the season, weather and user needs to maintain a comfortable environment in the bathroom cabin.

7. The artificial intelligence-based ship intelligent bathroom system according to claim 1, characterized in that: The cabin materials with self-cleaning, anti-slip and heat-insulating functions are specifically as follows: The use of self-cleaning cabin materials, the surface of which has a special microstructure that can effectively prevent the adhesion of stains and bacteria, and automatically decompose and remove stains under the action of light or moisture; Choose anti-slip floor materials. The anti-slip floor materials have special texture and friction on the surface, which can effectively prevent people from slipping on wet and slippery floors. The wall panel material with good thermal insulation performance is used. The wall panel material with good thermal insulation performance can effectively block the cold air from the outside from entering the bathroom cabin. The wall panel material also has a sound insulation function to reduce the interference of external noise.

8. The artificial intelligence-based ship intelligent bathroom system according to claim 7, characterized in that: Set up an intelligent garbage storage and discharge system, including classified garbage bins, garbage compression devices, monitoring and reminder devices, and liquid garbage and sewage discharge devices; Classified trash cans are stored according to the type of garbage; The garbage compression device compresses the garbage; The monitoring reminder device is used to monitor the fullness of the trash can in real time. When the trash can reaches a certain capacity, it will automatically issue a cleaning reminder. It also monitors the drainage of liquid waste and sewage discharge devices in real time to prevent drainage pipe blockage and sewage leakage. Liquid waste and sewage discharge devices are used to discharge liquid waste and sewage to ensure smooth drainage.

9. The artificial intelligence-based ship intelligent bathroom system according to claim 1, characterized in that: The smart mirror interactive system integrates touch technology, voice recognition technology and display technology, and people operate by touching the mirror or using voice commands; The personalized aroma release device adopts micro-atomization technology and intelligent control algorithm, allowing people to choose different aromas according to their preferences; the personalized aroma release device automatically adjusts the aroma concentration and release time according to the person's usage time and mood, creating a comfortable bathing atmosphere.

10. The artificial intelligence-based ship intelligent bathroom system according to claim 9, characterized in that: An emergency call button is set in a conspicuous position in the bathroom cabin. The emergency call button is made of waterproof and durable materials. The emergency call button is used to send a distress signal in an emergency. The distress signal will be transmitted to the ship's monitoring center and the terminal devices of relevant personnel in a timely manner to ensure that personnel can receive timely rescue. The AI system records the time, location and related information of the emergency call, providing strong support for subsequent rescue work.

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