Intelligent park full-intelligent management system and management method thereof

Abstract

The invention discloses a smart park full-intelligent management system and a management method thereof. The intelligent park full-intelligent management system comprises a personnel management system, an administrative management system, a safety management system and an ERP system. The personnel management system comprises an employee information management module, an attendance management module and a going-out management module, the attendance management module is used for carrying out attendance registration and statistics on employees, and the going-out management module is used for carrying out business trip and leave application and statistics on the employees; the administrative management system comprises a vehicle management module, a canteen management module, a dormitory management module and a visitor management module; the safety management system comprises a video monitoring module and an authorized area management module, and the authorized area management module is used for providing passage of corresponding authorized area gates and elevator floors according to the authority of employees and information registered by visitors; the ERP system is connected with the attendance management module, the going-out management module, the canteen management module and the dormitory management module. The method is applied to the technical field of smart parks.

Description

Technical Field

[0001] The present invention is applied to the technical field of smart parks, and in particular relates to a smart park full-intelligent management system and a management method thereof. Background Art

[0002] As urbanization accelerates, parks expand in size and become more complex in function. Traditional management models are inefficient, waste resources, and pose many safety risks. For example, energy management is extensive, traffic management is chaotic, and systems lack coordination.

[0003] With the development, smart parks have emerged to solve the problems and needs of traditional parks. Smart parks use cloud computing, the Internet of Things and other technologies to sense, detect, analyze, control and integrate the key links of park operations, thereby improving park operation efficiency, reducing operating costs, and enhancing innovation, service and management capabilities; however, the current smart parks still have certain limitations. For example, the smart parks on the market are relatively fragmented between the sections. OA is a system, HR management is a system, and park management is another system. The systems need to manually import data and associate references, which has not reached intelligence; there are also management functions such as personnel authority management, dining management, salary accounting management, parking space management, etc. that are not intelligent enough and still require manual intervention to manage. This not only increases the cost of human resources, but also there is a certain risk of omissions in manual management. Summary of the invention

[0004] The technical problem to be solved by the present invention is to overcome the deficiencies of the prior art and provide a smart park full intelligent management system and a management method thereof with reasonable design, coordinated work of various systems and resource saving.

[0005] The technical solution adopted by the present invention is: the present invention includes a smart park full intelligent management system and a management method thereof, wherein the smart park full intelligent management system includes a personnel management system, an administrative management system, a security management system and an ERP system;

[0006] The personnel management system includes an employee information management module, an attendance management module, and an out-of-town management module. The employee information management module is used to input employee information and set corresponding permissions. The attendance management module is used to register and count employee attendance. The out-of-town management module is used to count employee business trips and leave applications.

[0007] The administrative management system includes a vehicle management module, a canteen management module, a dormitory management module and a visitor management module. The vehicle management module is used to register and release employee vehicles, company administrative vehicles and logistics vehicles. The canteen management module is used to calculate the number of people who need to eat on the day by the difference between the number of people who are present on the day counted by the attendance management module and the number of people who go on business trips after clocking in on the day counted by the out-of-office management module, and register the employees who have meals. The dormitory management module is used to register the information of employees who need accommodation and the expenses incurred by accommodation. The visitor management module is used to register the information of visitors entering the park.

[0008] The security management system includes a video monitoring module and an authorized area management module. The video monitoring module is used to integrate the camera monitoring images, access control records, and intrusion alarm information of the park to achieve all-round security monitoring of the park. The authorized area management module is used to provide access to the corresponding authorized area gates and elevator floors according to the employee's authority and visitor registration information;

[0009] The ERP system is connected to the attendance management module, the out-of-town management module, the canteen management module and the dormitory management module respectively, and is used to calculate the employee's monthly salary based on the employee's attendance, out-of-town, canteen meal allowance and dormitory accommodation expenses.

[0010] Furthermore, the employee information management module is used to input employee information, which includes basic employee information, authority registration information, and face recognition information, and binds the basic employee information and authority registration information to the chip of the ID card, which also includes a locator.

[0011] Furthermore, employees enter business trip information in the out-of-town management module, and the business trip information includes the business trip location, business trip matters, expected business trip time, and whether the company's administrative vehicle needs to be used. The out-of-town management module cooperates with a third-party taxi-hailing system to directly implement the taxi-hailing function in the out-of-town management module, and through the in-depth cooperation between the management system and the third-party taxi-hailing system, payment can be made directly through the management system. After approval by the department, if the number of company administrative vehicles is greater than the required number, the third-party taxi-hailing system will be used to call a taxi for employees with a short business trip distance and a long expected business trip time.

[0012] Furthermore, the canteen management module counts the number of diners based on the difference between the number of people on attendance and the number of people who apply to go out without dining after clocking in, and records the meal expenses, and registers the meal subsidy for the number of people who go out.

[0013] Furthermore, the visitor management module applies for visitor invitation through the management system APP or mini program. The visitor enters the visiting time, information of the employee being visited, visiting person information and facial information, and whether the visitor drives himself. If the visitor drives himself, the license plate number must also be entered. After the visitor information is recorded and approved, the visitor enters the smart park through face or license plate number, and through the permission of the employee being visited information, the visitor's regional permission is opened, allowing the visitor to enter the area specified by the employee being visited.

[0014] Furthermore, the management system also includes an intelligent service system, which includes an information release module, a public broadcast module, a property management module and an attendance large-screen display module. The information release module is used to release information and has a query function. The property management includes an energy consumption statistics module for each area and an energy consumption optimization module. The attendance large-screen display module is used to display a list of employees on leave, employees away, and attendance abnormalities.

[0015] Furthermore, the smart park full intelligent management method comprises the following steps:

[0016] S1. Input the internal staff information and corresponding level authority of the park through the personnel management system;

[0017] S2. Employees clock in every day through the attendance management module and enter the corresponding work area according to their authority level. The clock-in data is uploaded to the ERP system, and the total number of attendances for the day is sent to the canteen management module;

[0018] S3. If there is a need to go out, the corresponding out-of-town request is made through the out-of-town management module, and it is released after approval. The number of out-of-town employees who have been recorded in the attendance clock-in and do not need to eat is uploaded to the ERP system, and the sum of the number of data is sent to the canteen management module;

[0019] S4. If there is a visitor request, the visitor invitation application is made through the visitor management module. The visitor enters the visit time, the employee information being visited, the visitor information, the facial information, whether to have a meal, and whether to drive. If driving, the license plate number must also be entered. After the visitor information is recorded and approved, the visitor enters the smart park through the face or license plate number, and through the permissions of the employee information being visited, the visitor's regional permissions are opened, allowing the visitor to enter the area specified by the employee being visited;

[0020] S5. The canteen management module receives the total number of attendance, the total number of out-of-towners who do not need to eat, and the total number of visitors who eat, and calculates the actual number of people eating on that day. The canteen management module also has a temporary meal reporting module and a meal delivery module.

[0021] S6. The ERP system connects to the data uploaded by the attendance management module, the out-of-office management module, the canteen management module and the dormitory management module respectively and calculates the monthly salary of the employees.

[0022] Furthermore, if the visitor drives himself or herself, he or she enters the park by entering the license plate number, and is guided to park in the visitor parking area through the management system's mini-program, APP or visitor card, and then is guided to the designated visitor area. The visitor card includes a display, a second locator, a speed sensor, an integrated chip, a wireless transceiver module and a voice player. The display is used to display a map of the park, and in combination with the second locator and the voice player, guides the customer to navigate to the specific parking space number of the designated visitor parking area. If the visitor does not park according to the specific parking space number, the smart park can determine the visitor's specific parking space number through the visitor's vehicle's driving trajectory map and speed sensor combined with the park's positioning, and update the parking space information of the visitor parking area.

[0023] The beneficial effects of the present invention are: 1. By connecting the attendance management module, the out-of-office management module, the canteen management module and the dormitory management module through the ERP system, the monthly salary of the employees can be effectively calculated; 2. The canteen management module can effectively know the required number of diners in advance to avoid excessive waste of food; 3. The out-of-office management module can effectively improve the utilization rate of the company's administrative vehicles, reduce taxi costs, and save overall vehicle costs; 4. The visitor management module can effectively guide visitors to the authorized area, and can effectively and quickly find parking spaces and update the real-time situation of parking spaces in the visitor parking area in real time. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] Figure 1 It is a schematic diagram of the principle of the present invention;

[0025] Figure 2 This is a schematic diagram of a visitor card. DETAILED DESCRIPTION

[0026] like Figure 1 and Figure 2As shown, in this embodiment, the present invention includes a fully intelligent management system for a smart park and a management method thereof, wherein the fully intelligent management system for a smart park includes a hardware terminal component, a smart park digital processing platform, a personnel management system 1, an administrative management system 2, a security management system 3 and an ERP system 4; the hardware terminal components include a mobile terminal, a PC terminal, an attendance machine, an access control machine, a surveillance camera and a gate, etc. The hardware terminal components include a mobile terminal, a PC terminal, an attendance machine, an access control machine, a surveillance camera and a gate, etc. The digital processing platform for the smart park is used to receive information from the personnel management system 1, the administrative management system 2, and the security management system 3 and to organize, count, and analyze the information into data results for management needs, and at the same time send the data related to salary accounting to the ERP system 4 for final calculation, and the calculation of the ERP system 4 includes salary accounting, reimbursement, etc.

[0027] The personnel management system 1 includes an employee information management module 11, an attendance management module 12, and an out-of-town management module 13. The employee information management module 11 is used to input employee information and set corresponding permissions through a mobile terminal, a PC terminal, or an attendance machine. The attendance management module 12 is used to register and count the attendance of employees through the attendance machine. The out-of-town management module 13 is used to count and count employee business trips and leave applications through a mobile terminal or a PC terminal.

[0028] The administrative management system 2 includes a vehicle management module 21, a canteen management module 22, a dormitory management module 23 and a visitor management module 24. The vehicle management module 21 is used to register employee vehicles, company administrative vehicles, logistics vehicles and visitor vehicles through a mobile terminal or a PC terminal, and to manage and release vehicles through surveillance cameras and gates. The canteen management module 22 is used to calculate the number of people who need to eat on the day by the difference between the number of people who are on duty on the day counted by the attendance management module 12 and the number of people who go on business trips after clocking in on the day counted by the outgoing management module 13, and to register the employees who have meals; the dormitory management module 23 is used to register the information of employees who need accommodation and the expenses incurred by accommodation through a mobile terminal or a PC terminal, and the visitor management module 24 is used to register the information of visitors entering the park through a mobile terminal or a PC terminal;

[0029] The security management system 3 includes a video monitoring module, an authorized area management module and a perception layer module. In the perception layer module, various sensors are deployed, such as environmental sensors (temperature and humidity, light, air quality, etc.), security sensors (cameras, infrared detectors, access control sensors, etc.), energy sensors (electricity meters, water meters, gas meters, etc.), and equipment status sensors (used to detect the operating status of various equipment in the park, such as elevators, air conditioners, etc.), to collect various data of the park in real time, and send various data to the park's smart park digital processing platform through the data transmission layer. The smart park digital processing platform includes a data processing center, and the data processing center includes a data storage module, which uses big data storage technology to store massive data; data cleaning and The analysis module uses data mining algorithms to clean, denoise and analyze the original data to extract valuable information, such as energy consumption anomaly analysis and equipment failure prediction; the intelligent decision-making module generates decision instructions such as equipment operation and maintenance plans, energy allocation strategies, and security emergency plans based on the analysis results and preset rules; the video surveillance module is used to integrate the camera monitoring images, access control records, and intrusion alarm information of the park to achieve all-round security monitoring of the park, use intelligent image recognition technology to automatically identify and warn suspicious personnel and vehicles, and link the access control system to restrict access and other operations to ensure the safety of the park. The authorized area management module is used to provide access to the corresponding authorized area gates and elevator floors according to the employee's authority and visitor registration information;

[0030] The ERP system 4 is used to connect to the attendance management module 12, the out-of-town management module 13, the canteen management module 22 and the dormitory management module 23 collected by the smart park digital processing platform, and combine with the labor contract in the data storage library, and authenticate the labor contract to determine the employee's salary calculation rules, so as to calculate the employee's monthly salary through the employee's attendance, out-of-town, canteen dining allowance and dormitory accommodation expenses.

[0031] In this embodiment, the employee information management module 11 is used to enter employee information, which includes basic employee information, authority registration information, and face recognition information. The basic employee information and authority registration information are bound to the chip of the ID card. The ID card also includes a locator 1 and a wireless transceiver. Each building in the park is also equipped with a base station controller, and each floor of each building is equipped with a floor locator 3. Therefore, the activity trajectory and specific location of each employee can be known through the ID card. This design can also be developed secondary to know the usage of the toilets on each floor, whether there are empty toilets and other information, that is, whether the toilet position with a specific number on the floor has an ID card to judge whether the toilet is in use.

[0032] In this embodiment, employees enter business trip information in the out-of-town management module 13, and the business trip information includes the business trip location, business trip matters and expected business trip time, and whether the company's administrative car is needed. The out-of-town management module 13 cooperates with a third-party taxi-hailing system to directly implement the taxi-hailing function in the out-of-town management module 13, and through the in-depth cooperation between the management system and the third-party taxi-hailing system, payment can be made directly through the management system. After approval by the department, if the number of company administrative cars is greater than the number required, the third-party taxi-hailing system is used to call a taxi for employees with a short business trip distance and a long expected business trip time.

[0033] In this embodiment, the canteen management module 22 counts the number of diners based on the difference between the number of people on attendance and the number of people who apply to go out without dining after clocking in, and records the meal expenses, and registers the meal subsidy for the number of people who go out.

[0034] In this embodiment, the visitor management module 24 makes a visitor invitation application through the management system APP or mini program. The visitor enters the visiting time, the information of the employee being visited, the visiting person information and facial information, and whether the visitor drives by himself. If the visitor drives by himself, the license plate number must also be entered. After the visitor information is recorded and approved, the visitor enters the smart park through the face or license plate number, and through the authority of the employee being visited information, the visitor's regional authority is opened, allowing the visitor to enter the area specified by the visited employee. The smart park includes a Beidou positioning system. Visitors can use the smart park's mini-program or APP or collect a visitor card 6 after entering the park. They can be navigated and guided through any of the mini-program, APP or visitor card 6, and enter the designated permission area. They can take the elevator to the designated floor through face recognition or visitor card 6. The visitor card 6 includes a display 61, a locator 2, a speed sensor, an integrated chip, a wireless transceiver module and a voice player 62. The display 61 is used to display a map of the park, and in combination with the locator 2 and the voice player 62, guide customers to navigate to the specific parking space number of the designated visitor parking area. If the visitor does not park according to the specific parking space number, the smart park can determine the visitor's specific parking space number through the visitor's vehicle's driving trajectory map and speed sensor combined with the park's positioning, and update the parking space information of the visitor parking area, so as to guide the vehicle to quickly find an empty parking space, alleviate traffic congestion, and improve the utilization rate of the parking lot. The specific judgment method The judgment is made through the peak graph of speed. Since the driving speed of the car is much faster than the walking speed of the person after getting off the car, the speed of the parking process is set to drop to zero when the car is parked, and then the walking speed after getting off the car is basically stable in the range of 0.1-1.5m / s. The position determined by the low peak of this speed can be considered as the specific parking space number. After the visitor gets off the car, he is guided to the designated building number according to the map, and enters the gate system of the building through the visitor's face or visitor card permissions entered in advance. At this time, the elevator will dispatch an empty elevator in advance according to the location of the visitor to wait. After the visitor arrives at the elevator, he will go to the designated floor again through the visitor's face or visitor card permissions; this design can also directly guide the employee to the employee's position according to the locator of the employee's ID card being visited, or directly guide the visitor to the pre-set reception room; when the visitor leaves, the visitor can also be guided to the specific parking space in the visitor parking area, and the speed is used to judge again that the visitor's car has left the parking space and re-marked as an empty parking space.

[0035] In this embodiment, the management system also includes an intelligent service system 5, which includes an information release module 51, a public broadcast module 52, a property management module 53 and an attendance large-screen display module 54. The information release module 51 is used to release information and has a query function. The property management includes energy consumption statistics modules for each area and an energy consumption optimization module. This design is used to monitor energy consumption in real time, analyze energy consumption trends, and intelligently regulate energy supply according to the needs of different areas and time periods and personnel conditions, such as automatically adjusting the brightness of park street lights, air-conditioning temperature settings, etc., to achieve energy saving and consumption reduction. The attendance large-screen display module 54 is used to display a list of employees on leave, employees away, and attendance abnormalities.

[0036] In summary, this smart park fully intelligent management system breaks down the barriers between the OA system, HR management system, and park management system. Through the integrated platform of the smart park, it realizes the unified collection and shared reference of data, reduces the redundancy of the system, and achieves the ultimate goal of intelligence, informatization, and high efficiency, solving the pain points of smart park management in the current market.

[0037] In this embodiment, the smart park full intelligent management method includes the following steps:

[0038] S1. Enter the internal staff information and corresponding level authority of the park through the personnel management system 1;

[0039] S2. Employees punch in their attendance cards every day through the attendance management module 12 and enter the corresponding work area according to the employee's authority level, and upload the punch card data to the ERP system 4, while the total number of attendance for the day is sent to the canteen management module 22;

[0040] S3. If there is a need to go out, the corresponding outgoing request is made through the outgoing management module 13, which is released after approval, and the number of employees who have been recorded in the attendance clock-in and do not need to eat is uploaded to the ERP system 4, and the sum of the number of data is sent to the canteen management module 22;

[0041] S4. If there is a visitor request, the visitor invitation application is made through the visitor management module 24. The visitor enters the visit time, the employee information being visited, the visitor information, the facial information, whether to have a meal, and whether to drive by himself. If driving by himself, the license plate number must also be entered. After the visitor information is recorded and approved, the visitor enters the smart park through the face or license plate number, and through the permission of the employee information being visited, the visitor's regional permission is opened, allowing the visitor to enter the area specified by the employee being visited;

[0042] S5. The canteen management module 22 receives the total number of attendance, the total number of field staff who do not need to eat, and the total number of visitors who eat, and calculates the actual number of people eating that day, and the canteen management module 22 also has a temporary meal reporting module and a meal delivery module;

[0043] S6. The ERP system 4 is connected to the data uploaded by the attendance management module 12, the out-of-office management module 13, the canteen management module 22 and the dormitory management module 23 respectively and calculates the monthly salary of the employees.

[0044] In this embodiment, if the visitor drives himself, he enters the park by entering the license plate number, and is guided to park in the visitor parking area through the mini-program or APP of the management system or the visitor card 6, and then guided to enter the designated visitor area, wherein the visitor card 6 includes a display 61, a locator 2, a speed sensor, an integrated chip, a wireless transceiver module and a voice player 62. The display 61 is used to display a map of the park, and in combination with the locator 2 and the voice player 62, guides the customer to navigate to the specific parking space number of the designated visitor parking area. If the visitor does not park according to the specific parking space number, the smart park can determine the specific parking space number of the visitor through the driving trajectory map of the visitor vehicle and the speed sensor combined with the positioning of the park, and update the parking space information of the visitor parking area.

[0045] Although the embodiments of the present invention are described with practical solutions, they do not constitute limitations on the meaning of the present invention. For those skilled in the art, it is obvious to modify the implementation scheme and combine it with other solutions based on this description.

Claims

1. A fully intelligent management system for a smart park, characterized by: It includes personnel management system (1), administrative management system (2), safety management system (3) and ERP system (4); The personnel management system (1) comprises an employee information management module (11), an attendance management module (12), and an out-of-office management module (13); the employee information management module (11) is used to input employee information and set corresponding permissions; the attendance management module (12) is used to register and count employee attendance; and the out-of-office management module (13) is used to review, approve, and count employee business trips and leave applications; The administrative management system (2) comprises a vehicle management module (21), a canteen management module (22), a dormitory management module (23) and a visitor management module (24). The vehicle management module (21) is used to register and manage employee vehicles, company administrative vehicles, logistics vehicles and visitor vehicles, and the canteen management module (22) is used to calculate the number of employees who need to eat on the day by the difference between the number of people who are present on the day counted by the attendance management module (12) and the number of people who are on business trips after clocking in on the day counted by the outing management module (13), and register the employees who have meals. The dormitory management module (23) is used to register the information of employees who need accommodation and the fees incurred by accommodation, and the visitor management module (24) is used to register the information of visitors entering the park; The security management system (3) comprises a video monitoring module and an authorized area management module. The video monitoring module is used to integrate the camera monitoring images, access control records, and intrusion alarm information of the park to realize all-round security monitoring of the park. The authorized area management module is used to provide access to the corresponding authorized area gates and elevator floors according to the authority of the employees and the information registered by the visitors. The ERP system (4) obtains the employee attendance from the attendance management module (12), the out-of-town allowance from the out-of-town management module (13), the canteen dining allowance from the canteen management module (22) and the accommodation fee from the dormitory management module (23), and then calculates the employee's monthly salary.

2. The smart park full intelligent management system according to claim 1 is characterized by: The employee information management module (11) is used to input employee information, which includes basic employee information, authority registration information, and face recognition information, and binds the basic employee information and authority registration information to the chip of the ID card, which also includes a locator.

3. The smart park full intelligent management system according to claim 2 is characterized by: In the out-of-town management module (13), employees enter business trip information, which includes the business trip location, business trip matters, expected business trip time, and whether the company's administrative car is needed. The out-of-town management module (13) cooperates with a third-party taxi-hailing system to directly implement the taxi-hailing function in the out-of-town management module (13). Through the in-depth cooperation between the management system and the third-party taxi-hailing system, payment can be made directly through the management system. After approval by the department, if the number of company administrative cars is greater than the number required, the third-party taxi-hailing system is used to call a taxi for employees with a short business trip distance and a long expected business trip time.

4. The smart park full intelligent management system according to claim 3 is characterized by: The canteen management module (22) counts the number of diners based on the difference between the number of people on attendance and the number of people who apply to go out after clocking in, and records the meal expenses. The number of people who go out is registered for meal subsidy.

5. The smart park full intelligent management system according to claim 4 is characterized by: The visitor management module (24) makes a visitor invitation application through the management system APP or mini program. The visitor enters the visit time, the information of the employee being visited, the visitor information and facial information, and whether the visitor is driving by himself. If the visitor is driving by himself, the license plate number must also be entered. After the visitor information is recorded and approved, the visitor enters the smart park through the face or license plate number, and through the authority of the employee being visited, the visitor's regional authority is opened, allowing the visitor to enter the area specified by the employee being visited.

6. The smart park full intelligent management system according to claim 1 is characterized by: The management system further comprises an intelligent service system (5), wherein the intelligent service system (5) comprises an information publishing module (51), a public broadcasting module (52), a property management module (53) and an attendance large screen display module (54), wherein the information publishing module (51) is used to publish information and has a query function, the property management module comprises an energy consumption statistics module for each area and an energy consumption optimization module, and the attendance large screen display module (54) is used to display a list of employees on leave, employees away from home and attendance abnormalities.

7. A management method comprising the smart park full intelligent management system according to claim 8, characterized in that: It includes the following steps: S1. Input the internal staff information and corresponding level authority of the park through the personnel management system (1); S2. Employees punch in their attendance cards every day through the attendance management module (12) and enter the corresponding work area according to their authority level, and upload the punch-in data to the ERP system (4). At the same time, the total number of people present on that day is sent to the canteen management module (22); S3. If there is a need to go out, the corresponding out-of-town request is made through the out-of-town management module (13), and it is released after approval. The number of out-of-town employees who have been recorded in the attendance clock-in and do not need to eat is uploaded to the ERP system (4), and the sum of the number of data is sent to the canteen management module (22); S4. If there is a visitor request, the visitor invitation application is made through the visitor management module (24). The visitor enters the visit time, the employee information being visited, the visitor information, the facial information, whether to have a meal, and whether to drive. If driving, the license plate number must also be entered. After the visitor information is recorded and approved, the visitor enters the smart park through the facial or license plate number, and through the permission of the employee information being visited, the visitor's regional permission is opened, allowing the visitor to enter the area specified by the employee being visited; S5. The canteen management module (22) receives the total number of attendance, the total number of out-of-towners who do not need to eat, and the total number of visitors who eat, and calculates the actual number of people eating on that day. The canteen management module (22) also has a temporary meal reporting module and a meal delivery module; S6. The ERP system (4) is connected to the data uploaded by the attendance management module (12), the out-of-office management module (13), the canteen management module (22) and the dormitory management module (23) respectively and calculates the monthly salary of the employees.

8. The fully intelligent management method for a smart park according to claim 7 is characterized in that: If the visitor drives by himself, he enters the park by entering the license plate number, and is guided to park in the visitor parking area through the small program or APP or visitor card (6) of the management system, and then guided to enter the designated visitor area, wherein the visitor card (6) includes a display (61), a second locator, a speed sensor, an integrated chip, a wireless transceiver module and a voice player (62). The display (61) is used to display a map of the park, and in combination with the second locator and the voice player (62), guides the customer to navigate to the specific parking space number of the designated visitor parking area. If the visitor does not park according to the specific parking space number, the smart park can determine the specific parking space number of the visitor through the driving trajectory map of the visitor's vehicle and the speed sensor combined with the positioning of the park, and update the parking space information of the visitor parking area.

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