CN205881197U - Intelligent management system of parking lot - Google Patents

Abstract

The utility model relates to the technical field of parking lot management, in particular to an intelligent management system for a parking lot. The parking lot intelligent management system includes an access control system, a billing system, a system management center, a parking space control system, and a user terminal; the user terminal includes a display device, an input device, and a payment device. The display device is used to display parking space information; the input device is used to handle parking registration or query the location of the parked vehicle; the payment device is used to pay the parking fee; after paying the parking fee, the system management center sends a command to the controller When the safety lock is turned off, the car owner must drive out of the parking space within the time set by the system, otherwise the safety lock will be opened automatically, and the car owner must pay the parking fee again before driving out; only a small number of personnel are required to be stationed and managed, saving manpower and material resources; further guarantee It improves the efficiency of the use of parking spaces and prevents the waste of resources caused by irregular parking.

Description

A parking lot intelligent management system

technical field

The utility model relates to the technical field of parking lot management, in particular to an intelligent management system for a parking lot.

Background technique

The means of transportation facilitate people's lives, but with the explosive growth of the number of vehicles, the scale of the parking lot is getting bigger and bigger, and the problems of management difficulty and inconvenient use are becoming more and more prominent. The parking situation in the large parking lot cannot be shared with the car owner in real time, causing the car owner to be unable to find a parking space after entering the parking lot. The manual charging at the exit is inefficient, which not only causes traffic congestion in the parking lot, but also consumes a lot of time for the car owner. With the expansion of large parking lots, especially commercial parking lots, the demand for parking lot guides, toll collectors, and security personnel has increased, resulting in an increase in the labor cost of the parking lot, and increased the operating and management costs of the parking lot. . There is an urgent need to develop an intelligent parking lot management system to solve the problems of hard to find existing parking spaces, difficult to find a car when picking up a car, low safety factor, high labor intensity and low efficiency of management, and at the same time, it can also avoid problems caused by charging management. Negligence causes financial cash loss and low parking space utilization rate due to irregular parking by car owners.

The utility model provides an intelligent management system for a parking lot to solve the above existing problems.

Utility model content

The technical problem to be solved by the utility model is to overcome the existing defects and provide an intelligent management system for the parking lot.

In order to solve the above technical problems, the utility model provides the following technical solutions:

The utility model is an intelligent parking lot management system, which includes an access control system, a billing system, and a system management center, a parking space control system, and a user terminal; The terminal and the billing system are connected by communication for information transmission, information storage and transmission instructions.

The user terminal includes a display device, an input device and a payment device. The display device is used to display parking space information; the input device is used to handle parking registration or query the location of parked vehicles; the payment device is used to pay parking fees.

The parking space control system includes a controller and a safety lock installed on each parking space. The safety lock is turned on when the parking space is free, and the system management center sends a command to the controller to close the safety lock after the vehicle is registered, and the owner must park the vehicle within the time set by the system. After paying the parking fee, the system management center sends a command to the controller to close the safety lock, and the owner must drive out of the parking space within the time set by the system, otherwise the safety lock will open automatically, and the owner must pay the parking fee again before driving out.

The access control system includes a camera for capturing vehicle information, a storage device for recording vehicle information entering and leaving the parking lot, and an opening and closing door (gate) for controlling vehicles entering the parking lot, which belongs to auxiliary security equipment.

The payment device is used to pay for parking.

When the user parks, he needs to select a certain parking space from the vacant parking spaces displayed on the display device, input the license plate number through the input device to register for parking, and at the same time, the camera takes pictures and files them. The license plate number information is transmitted to the system management center, and at the same time the system management center sends commands to the opening and closing door, the controller, and the billing system respectively, so that the opening and closing door is opened, the safety lock is closed, and billing starts.

When the user picks up the car, he inputs the license plate number through the input device, and the system management center sends the registration information of the license plate to the billing system, and the billing system sends the payable fees to the payment device and the display device respectively through the system management center. After the car owner completes the payment, the system management center sends an order to the parking space controller to close the safety lock.

Further, the parking lot intelligent management system also includes a vehicle entry and exit guidance system. The entry and exit guidance system is controlled by the system management center, and includes guidance electronic display screens arranged at intersections and parking space prompt electronic display screens arranged on each parking space.

Further, it also includes an induction one-way door at the exit of the parking lot, which is used for vehicles to drive out of the parking lot autonomously, and at the same time prevents vehicles from entering the parking lot from the exit, and also avoids setting manual charges at the exit. Efficiency has caused the current situation of congestion at the exit of the parking lot.

Further, it also includes an automatic ticket issuing system. If the car owner needs to issue an invoice, he only needs to enter the license plate number on the automatic ticketing system installed at the exit of the parking lot, and the automatic ticketing system will automatically call the parking fee for this time and issue the ticket.

Further, the system management center is also connected with a voice broadcast module.

Further, the time requirement for the car owner to leave the parking space after paying the parking fee is clearly reminded through the user terminal.

The above-mentioned connection generally refers to the communication connection. When the parking lot intelligent management system is used, the car owner selects a vacant parking space from the display device through the user terminal at the entrance of the parking lot and enters the license plate number for parking registration. At the same time, the access control system takes pictures and files them. The opening and closing door is opened, and the billing system starts billing at the same time. At the same time, the system management center sends the parking space and registration information to the parking space controller, and the controller closes the safety lock. After the vehicle enters the selected parking space, the system will automatically open the safety lock after a certain period of time to ensure the safety of the vehicle.

When the car owner picks up the car, he first inputs the license plate number through the user terminal, and the system management center sends the registration information of the license plate to the billing system and then sends it to the payment terminal after completing the billing. After the car owner completes the payment, the system management center sends the payment information to the parking space controller, automatically closes the safety lock, and the car owner drives the car out of the parking space.

If the owner forgets the parking location, he can input the license plate number through the user terminal and find the location of his vehicle on the display device.

When the parking space is free, the safety lock is on. After the vehicle is registered, the system management center sends a command to close the safety lock. After entering the parking space and stopping, the owner will open the safety lock independently. After the safety lock is enabled, the vehicle will be prevented from driving out of the parking space. . When the car owner picks up the car, after paying the parking fee by himself, the controller instructs to close the safety lock, and the car owner can drive out of the parking space. After the car owner successfully pays to the system management center through the payment system, the management center sends a command to the controller to close the safety lock, and the vehicle can drive out without obstacles, realizing the intelligent management of unattended charging in large parking lots. The first purpose of safety lock setting is safety, and the second is to make the car owner standardize parking, so that one car cannot occupy two people, or the car is not parked within the specified range.

The beneficial effects achieved by the utility model are:

(1) Cardless management, which saves the three wastes produced by industrial manufacturing, optimizes the living environment, and achieves the effect of energy saving and environmental protection;

(2) The parking lot only needs very few personnel to be stationed and managed, saving manpower and material resources;

(3) The utilization efficiency of the parking space is further guaranteed, and the waste of resources caused by irregular parking is prevented.

Description of drawings

Fig. 1 is a structural representation of the utility model;

Fig. 2 is the workflow diagram of the parking lot intelligent management system when the user parks;

Fig. 3 is a working flow chart of the parking lot intelligent management system when the user picks up the car.

detailed description

The specific implementation of the present utility model will be further described in detail below in conjunction with the accompanying drawings and examples. The following examples are used to illustrate the utility model, but not to limit the scope of the utility model.

As shown in FIG. 1 , a parking lot intelligent management system of the present invention includes a system management center 1 , an access control system 2 , a parking space control system 3 , a user terminal 4 , and a billing system 5 . The system management center 1 is respectively connected with the access control system 2, the parking space control system 3, the user terminal 4, and the billing system 5, and performs information transmission, information storage and transmission instructions. The access control system 2 includes a camera 6, a storage device 7, and an opening and closing door 8, which are used to record vehicle information entering and leaving the parking lot and control vehicles entering the parking lot, and belong to auxiliary safety equipment; the parking space control system 3 includes a safety lock 9 and a controller 10. The user terminal 4 includes a display device 11, an input device 12 and a payment device 13. The display device 11 is used for displaying parking space information, querying the location of parked vehicles and handling parking registration. The input device 12 is used for the vehicle owner to input the vehicle information for registering or querying the position of the parked vehicle. The payment device 13 is used to pay for parking.

The system management center 1 is generally installed on a computer and is located at the entrance and exit of the parking lot. The camera 6 and the opening and closing door 8 of the access control system 2 are installed at each entrance and exit of the parking lot. The safety lock 9 and the controller 10 of the parking space control system 3 are installed on each parking space.

When the parking space is free, the safety lock 9 is in an open state; after the vehicle is registered, the safety lock 9 is closed, and the vehicle will enter the parking space within 10 minutes and stop firmly, otherwise the safety lock 9 will be automatically opened. After the car owner pays the parking fee to the system management center 1 through the payment device 13, the system management center 1 sends an order to the controller 10 to close the safety lock 9. After paying the parking fee, you must drive out of the parking space within 10 minutes, otherwise the safety lock 9 will be opened automatically, and the car owner must pay the parking fee again before driving out.

As shown in Figure 2, the car owner selects a vacant parking space from the display device 11 through the user terminal 4 at the entrance of the parking lot and inputs the license plate number for parking registration, and the camera 6 takes pictures and files them. Opening and closing door 8 is opened, and billing system 5 starts billing simultaneously. At the same time, the system management center 1 sends the parking space and the registration information to the parking space controller 10, and the controller 10 closes the safety lock 9. After the vehicle enters its selected parking space, the safety lock 9 is opened after a certain period of time to ensure vehicle safety.

As shown in FIG. 3 , when the car owner picks up the car, he first inputs the license plate number through the user terminal 4, and the system management center 1 sends the registration information of the license plate to the payment device 13 after the billing system 5 completes the billing. After the car owner completes the payment, the system management center 1 sends the payment information to the parking space controller 10, automatically closes the safety lock 9, and the car owner drives the vehicle out of the parking space.

Finally, it should be noted that: the above is only a preferred embodiment of the utility model, and is not intended to limit the utility model, although the utility model has been described in detail with reference to the foregoing embodiments, for those skilled in the art , it is still possible to modify the technical solutions described in the foregoing embodiments, or perform equivalent replacements for some of the technical features. Any modification, equivalent replacement, improvement, etc. made within the spirit and principles of the present utility model shall be included in the protection scope of the present utility model.

Claims (8)

1. A parking lot intelligent management system, comprising access control system (2), billing system (5), is characterized in that, also comprises system management center (1), parking space control system (3), user terminal (4); The system management center (1) communicates with the access control system (2), the parking space control system (3), the user terminal (4), and the billing system (5) respectively, and performs information transmission, information storage, and transmission instructions; The user terminal (4) includes a display device (11), an input device (12) and a payment device (13); the display device (11) is used to display parking space information; the input device (12) is used to handle parking Registering or inquiring about the location of the parked vehicle; the payment device (13) is used to pay the parking fee; The parking space control system (3) includes a controller (10) and a safety lock (9) installed on each parking space; the safety lock (9) is in an open state when the parking space is free, and the system management center (1) After the vehicle is registered, send a command to the controller (10) to close the safety lock (9), and the owner must park the vehicle within the system setting time; after the owner pays the parking fee, the system management center (1) sends a command to the controller (10) Order to close the safety lock (9), and the car owner drives out of the parking space within the system setting time, otherwise the safety lock (9) will be opened automatically, and the car owner must pay the parking fee again before driving out; The access control system (2) includes a camera (6) for photographing vehicle information, a storage device (7) for recording vehicle information entering and leaving the parking lot, and an opening and closing door (8) for controlling vehicles entering the parking lot. 2. The parking lot intelligent management system according to claim 1, characterized in that, the display device (11) is connected with an input device, displays vacant parking spaces according to registration information, and the car owner selects a vacant parking space through the input device (12). Parking spaces and parking registration. 3. The parking lot intelligent management system according to claim 2, wherein the billing system receives the license plate number by the system management center (1) after the car owner inputs the license plate number to the input device (12) registration information, start billing; then the opening and closing door (8) is opened, and the vehicle enters the parking lot; The license plate number is sent to the billing system (5), and the billing system (5) sends the payable amount to the payment device (13) and the display device (11) through the system management center (1). Billing system (5) stops billing. 4. The parking lot intelligent management system according to claim 3, characterized in that, it also includes a guidance system for driving in and out of vehicles; The parking space on the parking spaces prompts the electronic display screen, guides the electronic display screen and prompts the electronic display screen and is all connected with the system management center (1). 5. The parking lot intelligent management system according to claim 4, further comprising an induction one-way gate located at the exit of the parking lot, and the induction one-way gate is connected with the system management center (1). 6. The parking lot intelligent management system according to claim 5, is characterized in that, also comprises the automatic ticket issuing system that is connected with system management center (1); Described ticket issuing system is installed in the exit position of the parking lot, and the car owner inputs the license plate After the number, the automatic ticket issuing system will issue tickets after calling the parking fee for this time. 7. The parking lot intelligent management system according to claim 6, characterized in that, the system management center (1) is also connected with a voice broadcast system. 8. The parking lot intelligent management system according to claim 1, characterized in that, the system setting time is 5 minutes or 10 minutes, set by the system management center (1), and displayed by the display device (11) to remind the owner.