CN110660264A - A system and method for automatically switching parking spots for shared cars - Google Patents

Abstract

The invention discloses a system for sharing an automobile capable of automatically switching parking spots, and aims to provide a system and a method for sharing the automobile capable of automatically switching the parking spots, wherein the system and the method have the technical scheme that the system comprises a monitoring module, a processor, a sending module and a mobile phone terminal used by a user when the user uses the automobile, wherein the monitoring module, the processor and the sending module are installed on a barrier gate at a parking spot and are sequentially connected; the information transmission among the monitoring module, the processor and the sending module which are connected in sequence depends on the transmission of frequency signals through special optical fibers; the monitoring module mainly utilizes a camera to identify vehicles entering and exiting, transmits the vehicles to the processor, compares the vehicles with the preset parking quantity stored in the storage module in the processor, and judges whether the parking quantity in the parking spot reaches a peak value or not; the processor is mainly used for processing the information transmitted by the monitoring module, automatically searching another better parking spot nearby a destination for a user and transmitting the parking spot to the transmitting module; the invention is suitable for the field of shared intelligent traffic.

Description

A system and method for automatically switching parking spots for shared cars

technical field

The invention relates to the field of shared intelligent transportation, in particular to a system and method for automatically switching parking points for shared vehicles.

Background technique

With the rapid rise of the sharing economy, while the development of shared bicycles is in full swing, shared cars are also developing rapidly, and a large number of shared cars have been put into the market. Because shared cars are more convenient and faster than public transportation, and more economical than taxis and special cars, and now people basically have driver's licenses, shared cars quickly became popular among users after they were put into the market, and it also changed people's travel to a great extent. Way.

However, due to the short development time of shared cars, there are still many shortcomings in the market. For example, parking spots for shared cars are a big problem. Many car sharing companies do not have special parking spots, but rent parking spots. As a result, there are not many parking spaces at each parking spot, and the distance between each parking spot is relatively long. Therefore, some users set the parking spot when they start to use the car, but when they arrive at the parking spot, they find that there is no vacant parking spot at the selected parking spot. The reason is that other shared cars parked first during the driving process. However, the user is not reminded, and the final result is that the user needs to find another parking spot after arriving, which wastes the user's time and money, and also wastes public resources.

SUMMARY OF THE INVENTION

In order to solve the above parking spot problem of shared cars, the present invention proposes a system and method for automatically switching parking spots during the running of shared cars, which can save user time and money and efficiently utilize shared car resources.

The technical scheme of the present invention includes: a monitoring module, a processor, a sending module and a mobile phone terminal used when a user uses a car, which are installed on the barrier at the gate of the parking point and connected in sequence.

The monitoring module mainly uses the camera to identify the vehicles entering and exiting the parking spot, and transmits it to the processor, and compares it with the preset parking quantity stored in the storage module in the processor to determine whether the parking quantity in the parking spot reaches a peak value;

The function of the processor is mainly to process the information from the monitoring module and automatically find another optimal parking spot near the destination for the user and transmit it to the sending module;

The sending module is mainly used to send the information transmitted by the processor to the user's mobile phone terminal;

The user mobile terminal mainly accepts the information sent by the sending module, and makes selection confirmation.

The system for automatically switching parking spots for a shared car also includes a mature shared car system, which mainly includes a vehicle positioning system. After opening the car software on the mobile phone, the user can query the basic information of the vehicle (such as: where the vehicle is located). Location and distance, license plate, vehicle mileage, etc.); and the car software will record the information of each car and upload it to the cloud data center to facilitate the necessary communication with the staff of the shared car company in the later stage.

The technical solution of the present invention also proposes a method for automatically switching parking points for shared vehicles, including the following specific steps:

a. When the user scans the code to use the car, he first enters his destination on the user's mobile phone terminal, selects the best parking spot near the destination, and establishes a connection with the selected parking spot. After confirming, the navigation starts; Complete the connection between the mobile phone terminal bluetooth and the car bluetooth. If the mobile terminal and the vehicle position exceed a certain distance (usually the actual effective distance is 3-5 meters), the connection will be automatically disconnected, so as to remind the user, and the user should take corresponding measures to solve it (such as : The user gets off the car temporarily to do something and the connection is disconnected. In this case, the connection will be automatically connected after the user comes back. There is no special consideration for this situation. Return, if allowed, you can put the mobile phone terminal on the vehicle until the subsequent driver drives the vehicle to the destination to end the trip. If the situation does not allow the mobile phone terminal to continue to be placed on the vehicle, the subsequent driver will log in this time. The car account will continue to be connected until the end of the car trip);

b. The monitoring module of the selected parking spot during the driving process will monitor the number of remaining parking spaces at the parking spot in real time. If there is always a vacant parking space at the parking spot during the driving process, step h is performed, otherwise, step c is performed;

c. If the monitoring module detects that there are vehicles parked in all the parking spaces of the parking spot during the driving process, that is, the number of parking spaces reaches a peak value, then transmit the information to the processor;

d. The processor analyzes and processes the information transmitted by the monitoring module, obtains the conclusion that there is no vacant parking space at the parking spot, and automatically finds a better parking spot near the destination for the user and transmits all the information to the sending module;

e. the sending module receives the information transmitted by the processor and sends it to the user's mobile phone terminal;

f. after the user mobile terminal receives the information sent by the sending module, select whether to automatically switch the preferred parking spot, if not, end the method, and the user manually selects the parking spot to go, otherwise step g is performed;

g. The user mobile terminal chooses to automatically switch to the best parking spot, then the mobile terminal automatically navigates to the route of the best parking spot, and also establishes a connection with the best parking spot, and repeats steps b to f;

h.. The user finally arrives at the selected parking spot and parks the vehicle safely. After the vehicle is turned off, the Bluetooth of the mobile phone is automatically disconnected from the Bluetooth of the vehicle. After the car is returned successfully, the mobile phone terminal is disconnected from the parking spot when exiting the car interface of the mobile phone terminal. End this ride.

The present invention has the following beneficial effects:

The invention effectively solves a class of problems that the current user often encounters in the process of using the car. For example, after the user arrives at the initially selected parking spot, he finds that there is no parking space at the parking spot. On the way after the parking spot, other shared cars parked at the parking spot but did not inform the user. The occurrence of such problems will first affect the user's trip planning, and the user can only find a new parking spot after he arrives and finds that there is no parking space (similar problems may occur after arriving at the new parking spot), wasteful The user's time and occupation of shared cars reduce the use efficiency of vehicles, waste money and public resources. This invention will effectively solve the above problems, save time and money for users, greatly improve the efficiency of shared cars, and also in the system. Allocate more reasonable allocation and use of each parking spot.

Description of drawings

Fig. 1 is a structural diagram of the parking point device of the shared car can automatically switch the parking point system according to the present invention;

FIG. 2 is a flow chart of the method for automatically switching parking points for a shared car according to the present invention.

Detailed ways

The present invention will be further described below with reference to the accompanying drawings and specific embodiments.

Please refer to FIG. 1 and FIG. 2 , the shared car system of the present invention that can automatically switch parking spots includes a monitoring module 1, a processor 2, a sending module 3 and a monitoring module 1, a processor 2, a sending module 3 and The mobile terminal used by the user when using the car.

As shown in FIG. 1 , the monitoring module 1 , the processor 2 , and the sending module 3 installed at the parking spot are connected in sequence.

The monitoring module 1 mainly uses the camera to identify the vehicles entering and exiting the parking spot, and transmits it to the processor 2, and compares it with the preset parking quantity stored in the storage module in the processor 2 to determine whether the parking quantity in the parking spot reaches the peak value. ;

The function of the processor 2 is mainly to process the information transmitted from the monitoring module 1 and automatically find another optimal parking spot near the destination for the user and transmit it to the sending module 3 .

The sending module 3 is mainly used for sending the information from the processor 2 to the user terminal.

The user terminal mainly accepts the information sent by the sending module 3 and makes selection confirmation.

As shown in FIG. 2 , the method for automatic switching of parking points for shared cars proposed by the present invention includes the following specific steps:

a. When the user scans the code to use the car, he first enters his destination on the user's mobile phone terminal, selects the best parking spot near the destination, and establishes a connection with the selected parking spot. After confirming, the navigation starts; Complete the connection between the mobile phone terminal bluetooth and the car bluetooth. If the mobile terminal and the vehicle position exceed a certain distance (usually the actual effective distance is 3-5 meters), the connection will be automatically disconnected, so as to remind the user, and the user should take corresponding measures to solve it (such as : The user gets off the car temporarily to do something and the connection is disconnected. In this case, the connection will be automatically connected after the user comes back. There is no special consideration for this situation. Return, if allowed, you can put the mobile terminal on the vehicle until the subsequent driver drives the vehicle to the destination to end the trip. If the situation does not allow the mobile terminal to continue to be placed on the vehicle, the subsequent driver will log in this time. The car account will continue to be connected later until the end of the car trip);

b. The monitoring module 1 of the selected parking spot during the driving process will monitor the number of remaining parking spaces at the parking spot in real time. If there is always a vacant parking space at the parking spot during the driving process, step h is performed, otherwise step c is performed;

c. If the monitoring module 1 detects that there are vehicles parked in all the parking spaces of the parking spot during the driving process, that is, the number of parking spaces reaches a peak value, then the information is transmitted to the processor 2;

d. The processor 2 analyzes and processes the information transmitted by the monitoring module 1, obtains the conclusion that there is no vacant parking space at the parking spot, and automatically finds the best parking spot near the destination for the user and transmits all the information to the sending module. 3;

e. the sending module 3 receives the information transmitted by the processor 2 and sends it to the user's mobile phone terminal;

f. after the mobile phone terminal of the user receives the information sent by the sending module 3, select whether to automatically switch the preferred parking spot, if not, end the method, and the user manually selects the parking spot to go, otherwise step g is performed;

g. The user mobile terminal chooses to automatically switch to the best parking spot, then the mobile terminal automatically navigates to the route of the best parking spot, and also establishes a connection with the best parking spot, and repeats steps b to f;

h. The user finally arrives at the selected parking spot and parks the vehicle safely. After the vehicle is turned off, the Bluetooth of the mobile phone is automatically disconnected from the Bluetooth of the car. After the car is returned successfully, the mobile terminal is disconnected from the parking spot when exiting the car interface of the mobile terminal. End This ride.

The system also includes the now mature car-sharing system, mainly including the vehicle positioning system. After opening the mobile car software, users can query the basic information of the vehicle (such as: location and distance, license plate, vehicle mileage, etc. );

In addition, the car software will record the information of each car and upload it to the cloud data center, which is convenient for the necessary communication with the staff of the car sharing company in the future.

The above are only preferred embodiments of the present invention, and the protection scope of the present invention is not limited to the above-mentioned embodiments, and all technical solutions that belong to the idea of the present invention belong to the protection scope of the present invention. It should be pointed out that for those skilled in the art, some improvements and modifications without departing from the principle of the present invention should also be regarded as the protection scope of the present invention.

Claims (2)

1. A system for sharing automatic switching parking points of an automobile is characterized in that: the system comprises a monitoring module (1), a processor (2), a sending module (3) and a mobile phone terminal used by a user when the user uses a car, wherein the monitoring module (1), the processor (2) and the sending module (3) are installed on a barrier gate at a parking spot and are sequentially connected;

the information transmission among the monitoring module (1), the processor (2) and the sending module (3) which are connected in sequence depends on the transmission of frequency signals through special optical fibers;

the monitoring module (1) mainly utilizes a camera to identify vehicles entering and exiting from a parking spot, transmits the vehicles to the processor (2), compares the vehicles with the preset parking quantity stored in the storage module in the processor (2), and judges whether the parking quantity in the parking spot reaches a peak value or not;

the processor (2) is mainly used for processing the information transmitted by the monitoring module (1), automatically searching another better parking spot nearby a destination for a user and transmitting the parking spot to the transmitting module;

the sending module (3) is mainly used for sending the information transmitted by the processor (2) to the user mobile phone terminal;

the user mobile phone terminal mainly receives the information sent by the sending module (3) and makes selection confirmation.

2. A method for sharing a parking spot of an automobile and capable of automatically switching parking spots is characterized in that: the method comprises the following steps:

a. when a user scans a code and uses a vehicle, firstly inputting a destination of the user at a mobile phone terminal of the user, selecting an optimal parking point near the destination, establishing contact with the selected parking point, and starting navigation to go to after confirmation; meanwhile, after getting on the vehicle, the Bluetooth of the mobile phone terminal is connected with the vehicle-mounted Bluetooth, and if the position of the mobile phone terminal exceeds a certain distance from the vehicle, the connection is automatically disconnected, so that a user is reminded and the user adopts a corresponding method to solve the problem;

b. the monitoring module (1) of the parking point selected in the driving process can monitor the number of the remaining parking spaces of the parking point in real time, if the parking point has the remaining parking spaces all the time in the driving process, the step h is executed, otherwise, the step c is executed;

c. if the monitoring module (1) monitors that vehicles are parked on all parking spaces of the parking spot in the driving process, namely the parking quantity reaches a peak value, the information is transmitted to the processor (2);

d. the processor (2) analyzes and processes the information transmitted by the monitoring module (1) to obtain a conclusion that the parking spot has no vacant parking space, automatically searches a better parking spot near the destination for the user and then transmits all the information to the transmitting module (3);

e. the sending module (3) receives the information transmitted by the processor (2) and then sends the information to a user mobile phone terminal;

f. after receiving the information sent by the sending module (3), the user mobile phone terminal selects whether to automatically switch a better parking spot, if not, the method is ended, the user manually selects a parking spot to be taken, otherwise, the step g is executed;

g. the user mobile phone terminal selects to automatically switch a better parking spot, the mobile phone terminal automatically navigates to the route of the better parking spot, establishes the same relation with the better parking spot, and repeats the steps b to f;

h. and finally, the user arrives at the selected parking point to safely park the vehicle, the mobile phone Bluetooth and the vehicle-mounted Bluetooth are automatically disconnected after the vehicle is flamed out, and after the vehicle is successfully returned, the mobile phone terminal is disconnected from the parking point when the user quits the vehicle interface of the mobile phone terminal, so that the riding process is finished.

Images