Method for realizing intelligent property management through simulation robot

Abstract

The invention discloses a method for realizing intelligent property management through a simulation robot. The method comprises the steps of information input, patrol, monitoring substitution and personnel configuration optimization. Information of residents and vehicles is input, and an interactive and updated database is established. (the robot does not stop all year round in 24 hours) patrol, and the environment is monitored through visual sensors, infrared sensors, sound sensors and the like. A visual sensor and an intelligent identification algorithm are used for replacing traditional monitoring. Personnel configuration is re-planned, and the cost is reduced. The robot is provided with an intelligent security module, a cleaning module and an information query module. The security module can identify people, invading articles, fire disasters and the like to guarantee safety; the sweeping module automatically sweeps and confirms the garbage condition, and the environment quality is improved; the logistics module accurately distributes expresses and identifies user identities; and the information query module guides the user, provides navigation, recommends facilities and retrieves information, and improves the resident experience. The method has obvious advantages in safety, cost and service, and brings new value to property management.

Description

Technical field:

[0001] The invention relates to a method for realizing intelligent property management through a simulation robot. Background technology:

[0002] In today's society, property management is an important part of ensuring the quality of life of residents, and its management level directly affects the residents' living experience. In the long-term development process, the traditional property management model has exposed many problems that need to be solved.

[0003] In terms of labor costs, traditional property management is highly dependent on manual labor. From gate guards and community patrols to sanitation cleaning and facility maintenance, each link requires a lot of manpower. This not only leads to high labor costs for property management companies, but also requires owners to bear higher property fees. Moreover, manual services are time-limited, making it difficult to provide 24-hour uninterrupted services. During non-working hours, the safety and service quality of the community will decline.

[0004] In terms of efficiency and accuracy, manual operations inevitably lead to negligence and errors. For example, when registering and identifying personnel and vehicle information, manual fatigue or recording errors may lead to inaccurate or missing information, posing a hidden danger to community safety. Traditional patrol methods also have blind spots, making it difficult to fully cover every corner of the community and unable to detect and handle abnormal situations in a timely manner.

[0005] In terms of the diversity of service functions, traditional property management is limited by manpower and technology, and the services it can provide are relatively single. Facing the growing needs of residents, such as intelligent information query, accurate facility positioning guidance, etc., traditional properties are difficult to meet and cannot provide residents with a better and more comprehensive service experience.

[0006] With the rapid development of science and technology, simulation AI robots are gradually entering people's lives. The great breakthroughs made by AI technology in image recognition, voice interaction, and autonomous decision-making have provided new possibilities for solving the difficulties of traditional property management. Applying simulation AI robots to the field of property management is expected to revolutionize the status quo of the property management industry, achieve more scientific, complete, and rigorous property management, and meet residents' pursuit of high-quality life. Summary of the invention:

[0007] The purpose of the present invention is to provide a method for intelligent property management by simulating an AI robot, so as to solve the problems existing in the background technology of traditional property management and make property management more scientific, more complete and more rigorous.

[0008] With the advancement of science, simulated AI robots (hereinafter referred to as AI robots) have come closer to the reality of our lives. The present invention uses AI robots to replace manual labor, which revolutionizes the status quo of the property management industry. Specifically, it includes the following contents:

[0009] 1. Gate AI robot (male): It has a real-life appearance and is endowed with facial recognition capabilities. It can recognize all the information of all people, electric vehicles, and cars in the community. Vehicles and people in the community can enter and exit freely. More detailed information is entered for vehicles and people visiting from outside the community. It also has the function of data update and works 24 hours a day, all year round.

[0010] 2. The patrol AI robot (male) has a real-life appearance. In addition to all the functions of the gate AI robot, it also has the function of subduing bad elements. It is given the function of cleaning up the dirty, messy and poor community, cleaning up the phenomenon of battery vehicles and cars being parked randomly, and improving the environment of the community. In the northern region, it is given the function of snow removal. It works 24 hours a day, all year round.

[0011] 3. Sanitation cleaning AI robot (female): It has a human-like appearance and is capable of cleaning elevators, corridors and outdoor environments. In the future, owners will no longer have to take their garbage downstairs to a collection point. Instead, they can set up a small trash can in a suitable place in the corridor. The owner can place it at the door, and the AI ​​robot will collect and deliver it to the collection point, working 24 hours a day, all year round.

[0012] 4. Maintenance worker AI robot (male): has a human appearance and is endowed with daily maintenance skills. It undertakes daily maintenance work for owners in need.

[0013] The advantages of the present invention are as follows:

[0014] 1. Comprehensive information management and security advantages

[0015] Accurate information entry and real-time interaction

[0016] By entering all the information of residents (including name, ID number, room number, facial features, etc.) and vehicles (license plate number, vehicle model, owner information) in the community, and establishing an information database that interacts with the simulation robot in real time and can be updated and maintained, the refined management of community residents and vehicles is achieved. This method enables the robot to accurately identify legal members in the community, effectively prevent illegal intrusion of outsiders and vehicles, and provide a solid foundation for community security.

[0017] 24-hour patrol and multi-sensor monitoring

[0018] Multiple simulation robots equipped with mobile devices patrol the community 24 hours a day, covering the community roads, parking lots and public areas. Using multiple sensors such as visual sensors, infrared sensors, and sound sensors, the robots can monitor the surrounding environment in real time and promptly detect various abnormal situations such as intrusion by outsiders, abnormal parking of vehicles, fire hazards, abnormal sounds, etc. Compared with traditional manual patrols, this patrol method is more comprehensive and efficient, and there are no blind spots in monitoring in time and space, which greatly enhances the community's security prevention capabilities.

[0019] Intelligent recognition algorithm helps monitoring replacement

[0020] Relying on visual sensors and advanced intelligent recognition algorithms, the robot can accurately identify people and vehicles in the community, while ensuring or even exceeding the security monitoring effect of traditional monitoring systems, while eliminating the entire traditional monitoring system. This not only reduces hardware costs and maintenance costs, but also avoids safety hazards caused by monitoring equipment failures or blind spots, making community security monitoring more intelligent and efficient.

[0021] 2. Advantages of efficient personnel and cost management

[0022] Staffing optimization and cost reduction

[0023] According to the management capabilities of the simulation robot, the staffing of property management is re-planned, and the original management mode that relies on more manpower is transformed into a mode of collaborative management with fewer people and simulation robots. This optimization measure greatly reduces residents' expenditure on property management, improves the economic benefits of property management, and also avoids problems such as fatigue and negligence that may occur due to human management, making management more stable and efficient.

[0024] 3. Comprehensive service enhancement advantages brought by multifunctional modules

[0025] Smart security module ensures safety

[0026] The robot uses artificial intelligence image recognition technology to accurately identify people, intruding objects, smoke and fire. This allows the robot to not only prevent illegal intrusion by outsiders during patrols, but also to promptly warn and deal with potential security threats such as fires, further improving the safety protection level of the community and protecting the lives and property of residents.

[0027] Intelligent cleaning module improves environmental quality

[0028] It uses artificial intelligence sonar to avoid pedestrians, obstacles and buildings, and uses AI planning algorithms to autonomously plan cleaning routes and complete cleaning of designated areas. It also uses image recognition technology to confirm whether the garbage has been cleaned and generate reports. This series of functions realizes the automation and intelligence of community cleaning work, improves cleaning efficiency and quality, keeps the community environment clean, and improves the living comfort of residents.

[0029] Information query module optimizes user experience

[0030] It guides users to their destinations through image recognition and speech synthesis technologies, provides navigation services by locating users in real time using multi-sensor technology, and recommends facility locations, builds virtual maps, and provides information retrieval services with the help of artificial intelligence technology. These functions greatly facilitate residents' travel and information search within the community, and enhance their sense of belonging and satisfaction with the community.

[0031] With the continuous upgrading and improvement in the application process of robots, it will eventually be possible to fully cover all the functional deficiencies of traditional properties, develop more humane and modern property services, and use technological means to replace traditional property management. While generally reducing the expenditures of property owners, it will make people's lives more comfortable and harmonious, and truly play the role of property services for the public.

[0032] In summary, this method of realizing intelligent property management through simulation robots has significant advantages in terms of security, cost control and comprehensive service improvement, bringing a new model and higher value to community property management. Specific implementation method:

[0033] For the purpose of the following detailed description, it should be understood that the present invention may adopt various alternative changes and step sequences, unless expressly specified to the contrary. In addition, except in any operating examples, or otherwise indicated, all numbers representing the amount of ingredients used in the specification and claims should be understood to be modified by the term "about" in all cases. Therefore, unless otherwise indicated, the numerical parameters set forth in the following specification and the attached claims are approximate values ​​that vary according to the desired performance to be obtained by the present invention. At least it is not intended to limit the application of the doctrine of equivalents to the scope of the claims, and each numerical parameter should at least be interpreted according to the number of reported significant figures and by applying ordinary rounding techniques.

[0034] Notwithstanding that the numerical ranges and parameters setting forth the broad scope of the invention are approximations, the numerical values ​​set forth in the specific examples are reported as precisely as possible. Any numerical value, however, inherently contains certain errors necessarily resulting from the standard deviation found in their respective testing measurements.

[0035] In addition, it should be understood that any numerical range described herein is intended to include all subranges subsumed therein. For example, a range of "1 to 10" is intended to include all subranges between (and including) the stated minimum value of 1 and the stated maximum value of 10, i.e., having a minimum value equal to or greater than 1 and a maximum value equal to or less than 10.

[0036] Example

[0037] A method for realizing intelligent property management by using a simulation robot, specifically comprising the following steps:

[0038] 1) Information entry step: The resident information and vehicle information of the entire community are entered into the storage system of the simulation robot in advance, and an information database is established to store and manage the entered information. The database interacts with the simulation robot in real time and has data update and maintenance functions;

[0039] 2) Patrol step: deploy multiple simulation robots to conduct 24-hour uninterrupted patrols in the community. During the patrol, the simulation robots use their own sensors to monitor the surrounding environment in real time;

[0040] 3) Monitoring replacement step: Relying on the visual sensors and intelligent recognition algorithms of the simulation robot, people and vehicles in the community are identified and monitored, thereby eliminating the entire traditional monitoring system while ensuring the safety monitoring effect of the community;

[0041] 4) Personnel allocation optimization steps: According to the management capabilities of the simulation robot, the personnel allocation of the community property management is re-planned, and the management mode that originally required more personnel is adjusted to a mode of collaborative management with fewer personnel and simulation robots, thereby reducing residents' expenses on property management.

[0042] Preferably, the resident information in step 1) includes but is not limited to name, ID number, room number, and facial feature information.

[0043] Preferably, the vehicle information in step 1) includes license plate number, vehicle model, and owner information.

[0044] Preferably, the simulation robot in step 2) is equipped with a moving device and can move autonomously within the community roads, parking lots and public areas.

[0045] Preferably, the sensors in step 2) include but are not limited to visual sensors, infrared sensors, and sound sensors to detect intrusion by outsiders, abnormal parking of vehicles, fire hazards, and abnormal sounds.

[0046] Preferably, the intelligent recognition algorithm in step 3) can analyze the image information collected by the visual sensor in real time, accurately identify outsiders and vehicles, and promptly feed back relevant information to the property management center.

[0047] Preferably, the simulation robot comprises

[0048] Smart security module:

[0049] 1a) The robot uses artificial intelligence image recognition technology to identify people monitored by the security system;

[0050] 1b) The robot uses artificial intelligence image recognition technology to identify intruding objects;

[0051] 1c) The robot uses artificial intelligence image recognition technology to identify smoke and fire detected by the security system;

[0052] Intelligent cleaning module:

[0053] 2a) The robot uses artificial intelligence sonar to avoid pedestrians, obstacles and buildings;

[0054] 2b) The robot uses AI planning algorithms to autonomously plan the cleaning route and complete the cleaning of the designated area;

[0055] 2c) During the cleaning process, the robot uses image recognition technology to identify whether the garbage has been cleaned (including snow removal) and generates a cleaning record report;

[0056] Smart logistics module:

[0057] 3a) The robot delivers the express to the designated location according to the task assigned by the management center;

[0058] 3b) The robot identifies the user through facial recognition technology;

[0059] 3c) The robot identifies the user through biometrics and voice recognition technology;

[0060] 3d) The robot identifies the identity of the authorized person through face recognition technology, voice recognition technology, and biometric recognition technology;

[0061] 3e) The robot uses artificial intelligence technology to recognize user expressions;

[0062] 3f) The robot uses facial recognition and voice recognition technology to confirm whether the user is the legal owner;

[0063] Information query module:

[0064] 4a) The robot uses image recognition technology and speech synthesis technology to guide the user to the place the user needs to go;

[0065] 4b) The robot uses multi-sensor technology to locate the user in real time and provide navigation services for the user;

[0066] 4c) The robot recommends the location of facilities to users through artificial intelligence technology;

[0067] 4d) The robot uses 3D reconstruction technology to build a virtual map to provide query services;

[0068] 4e) Robots provide information retrieval services to users through artificial intelligence technology.

[0069] Specific embodiment 1: Intelligent property management of small residential areas

[0070] Community Overview and Preparation

[0071] This is a small residential community with 200 residents and about 100 vehicles. First, the information entry step is carried out. The names, ID numbers, room numbers, facial features of all residents, as well as the license plate numbers, vehicle models, and owner information of the vehicles are entered into the storage system of the simulation robot, and an information database that interacts with it in real time is established. Two property management personnel are assigned to update and maintain the database, such as changes in resident information or new vehicle registrations.

[0072] Patrol and monitoring implementation

[0073] Three simulation robots were deployed to conduct 24-hour patrols in the community. These robots are equipped with mobile devices and can move freely on community roads, parking lots and public areas. The robot's visual sensors, infrared sensors and sound sensors work together to monitor the environment in real time. During one patrol, the robot's infrared sensor detected an abnormal temperature rise near a residential building, which was suspected to be a fire hazard, and the visual sensor captured smoke images. The robot immediately fed back this information to the property management center after analyzing it through an intelligent recognition algorithm. The center quickly notified relevant personnel to conduct inspections and handle the situation, avoiding possible fire accidents.

[0074] Staffing and cost optimization

[0075] Originally, the property management of the community required 6 security personnel, 2 monitoring room duty personnel and 2 patrol personnel. After the introduction of the simulation robot, the number was adjusted to 2 management personnel (responsible for robot monitoring and information processing), 2 technical maintenance personnel (to ensure the normal operation of the robot) and 3 simulation robots. Through this staffing optimization, the monthly property management cost was reduced by about 30%, and the property management fees of residents were also reduced accordingly.

[0076] Multifunctional service experience

[0077] When Mr. Zhang, a resident of the community, was walking in the community, he wanted to check the location of the fitness facilities in the community. He asked a passing simulation robot, and the robot recommended the nearest fitness facility to him through artificial intelligence technology, and guided him to the destination through image recognition technology and speech synthesis technology. At the same time, express delivery in the community is also completed by robots. The robot uses facial recognition technology to accurately deliver the express to the recipients, greatly improving the efficiency of express delivery. Residents are very satisfied with this intelligent property management model.

[0078] Specific embodiment 2: Intelligent property management of medium-sized residential areas

[0079] Community information entry and system construction

[0080] This is a medium-sized community with 500 households and about 300 vehicles. The property staff entered detailed information about residents and vehicles into the database of the simulation robot system as required, and ensured that the database interacted with the robot in real time and could be updated and maintained normally. To this end, a three-person information management team was specially established to handle daily information updates and possible problems.

[0081] Patrol and monitoring work carried out

[0082] A total of 6 simulation robots were deployed to patrol the community. Late one night, when the robot was patrolling the parking lot, the visual sensor discovered an unregistered vehicle. The intelligent recognition algorithm quickly determined that it was an external vehicle. The robot continued to track and fed back the vehicle information and location to the property management center. At the same time, the sound sensor detected an abnormal sound. The robot went to the source of the sound and found that someone was trying to damage a car. The robot immediately sounded the alarm and notified the property security, preventing the criminal behavior in time. In addition, in the daily monitoring of the community, these robots completely replaced the traditional monitoring system, without any monitoring blind spots, and saved a lot of maintenance costs for monitoring equipment.

[0083] Staff adjustment and cost saving

[0084] Before the introduction of the simulation robot, the community property management required 12 security personnel, 4 monitoring personnel and 4 patrol personnel. Now it has been adjusted to 4 managers (responsible for robot scheduling and information comprehensive processing), 3 technicians (ensuring the technical status of the robots) and 6 simulation robots. Through this optimization, the property management cost is reduced by about 40% per month, effectively reducing the burden on residents.

[0085] Multifunctional module application effect

[0086] The cleaning work of the community is done by the robot of the intelligent cleaning module. The robot uses artificial intelligence sonar to avoid pedestrians, obstacles and buildings, and autonomously completes the cleaning tasks of the community's public areas according to the AI ​​planning algorithm. During the cleaning process, the robot uses image recognition technology to confirm whether the garbage is cleaned up and generates a cleaning record report. Ms. Li, a resident, said that since the intelligent cleaning robot, the community environment has become neater and cleaner. Moreover, when residents need to find the location of a supermarket in the community, the robot of the information query module can provide residents with accurate navigation information through a virtual map constructed by 3D reconstruction technology, which greatly facilitates the lives of residents.

[0087] Specific embodiment 3: Intelligent property management of large high-end residential areas

[0088] Information entry and management

[0089] This large high-end residential community has 1,000 residents and about 600 vehicles. The property management company has invested a lot of energy in information entry, recording various types of information about each resident and vehicle in detail, and has established a highly reliable information database connected to the simulation robot. The database is updated and maintained by a professional team of 5 people, who strictly control the accuracy and timeliness of the information.

[0090] Robot patrol and monitoring to ensure safety

[0091] Twelve powerful simulation robots are deployed in the community to patrol 24 hours a day. These robots are equipped with advanced sensors and intelligent recognition systems. Once, near the community garden, the robot's intelligent security module identified a suspicious person carrying intrusion items through image recognition technology. The robot immediately sounded an alarm and notified the property management center and nearby security guards, while continuously tracking the movement trajectory of the suspicious person to ensure the safety of community residents. In terms of monitoring, the robot completely replaced the traditional monitoring system, and the intelligent recognition algorithm accurately identified people and vehicles in the community. Whether it is day or night, it can ensure the monitoring effect and effectively prevent outsiders from illegally entering the community.

[0092] Staffing optimization and cost control

[0093] The community originally required 20 security personnel, 8 monitoring personnel and 8 patrol personnel for property management. After the introduction of simulation robots, the staffing was adjusted to 6 managers (responsible for overall coordination and robot management), 5 technical support personnel (ensuring the stable operation of the robot system) and 12 simulation robots. This adjustment reduced the monthly property management cost by about 50% and improved the economic benefits of property management.

[0094] Multifunctional services enhance residents’ experience

[0095] The robots of the intelligent logistics module play an important role in the express delivery of the community. Every day, a large number of express parcels can be delivered to residents accurately and quickly. The robot identifies the user's identity through various technologies such as face recognition, voice recognition and biometrics to ensure the safety and accuracy of express delivery. In addition, when residents are active in the community, the robots of the information query module can provide navigation services, recommend surrounding facilities, and provide residents with various information retrieval services through artificial intelligence technology. For example, if Mr. Wang, a resident, wants to know the opening hours of the swimming pool in the community, he only needs to ask the robot to quickly get accurate information. The robots of the intelligent cleaning module also keep the community environment clean and beautiful, further improving the overall quality of the community. Residents are full of praise for this intelligent property management model.

[0096] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. A method for realizing intelligent property management by using a simulation robot, characterized in that: The specific steps include: 1) Information entry step: The resident information and vehicle information of the entire community are entered into the storage system of the simulation robot in advance, and an information database is established to store and manage the entered information. The database interacts with the simulation robot in real time and has data update and maintenance functions; 2) Patrol step: deploy multiple simulation robots to conduct 24-hour uninterrupted patrols in the community. During the patrol, the simulation robots use their own sensors to monitor the surrounding environment in real time; 3) Monitoring alternative steps: relying on the visual sensors and intelligent recognition algorithms of the simulation robot to identify and monitor people and vehicles in the community; 4) Personnel allocation optimization steps: According to the management capabilities of the simulation robot, the personnel allocation of the community property management is re-planned, and the management mode that originally required more personnel is adjusted to a mode of collaborative management with fewer personnel and simulation robots.

2. A method for realizing intelligent property management by using a simulation robot according to claim 1, characterized in that: The resident information in step 1) includes but is not limited to name, ID number, room number, and facial feature information.

3. A method for realizing intelligent property management by using a simulation robot according to claim 2, characterized in that: The vehicle information in step 1) includes license plate number, vehicle model, and owner information.

4. A method for realizing intelligent property management by using a simulation robot according to claim 3, characterized in that: In the step 2), the simulation robot is equipped with a moving device and can move autonomously within the community roads, parking lots and public areas.

5. A method for realizing intelligent property management by using a simulation robot according to claim 4, characterized in that: The sensors in step 2) include but are not limited to visual sensors, infrared sensors, and sound sensors to detect intrusion by outsiders, abnormal parking of vehicles, fire hazards, and abnormal sounds.

6. A method for realizing intelligent property management by using a simulation robot according to claim 5, characterized in that: The intelligent recognition algorithm in step 3) can analyze the image information collected by the visual sensor in real time, accurately identify outsiders and vehicles, and promptly feed back relevant information to the property management center.

7. A method for realizing intelligent property management by using a simulation robot according to claim 1, characterized in that: The simulation robot comprises Smart security module: 1a) The robot uses artificial intelligence image recognition technology to identify people monitored by the security system; 1b) The robot uses artificial intelligence image recognition technology to identify intruding objects; 1c) The robot uses artificial intelligence image recognition technology to identify smoke and fire detected by the security system; Intelligent cleaning module: 2a) The robot uses artificial intelligence sonar to avoid pedestrians, obstacles and buildings; 2b) The robot uses AI planning algorithms to autonomously plan the cleaning route and complete the cleaning of the designated area; 2c) During the cleaning process, the robot uses image recognition technology to identify whether the garbage has been cleaned (including snow removal) and generates a cleaning record report; Smart logistics module: 3a) The robot identifies the user through facial recognition technology; 3b) The robot identifies the user through biometrics and voice recognition technology; 3c) The robot identifies the identity of the authorized person through face recognition technology, voice recognition technology, and biometric recognition technology; 3d) The robot uses artificial intelligence technology to recognize user expressions; 3e) The robot uses facial recognition and voice recognition technology to confirm whether the user is the legal owner; Information query module: 4a) The robot uses image recognition technology and speech synthesis technology to guide the user to the place the user needs to go; 4b) The robot uses multi-sensor technology to locate the user in real time and provide navigation services for the user; 4c) The robot recommends the location of facilities to users through artificial intelligence technology; 4d) The robot uses 3D reconstruction technology to build a virtual map to provide query services; 4e) Robots provide information retrieval services to users through artificial intelligence technology.