CN108765757A - A kind of shared bicycle parking position bootstrap technique based on credit value adjustment - Google Patents

Abstract

A shared bicycle parking location guidance method based on credit value adjustment, using a positioning system to divide the shared bicycle parking area into different categories, after parking, the user's parking location can be obtained through the positioning system, and the user's parking area is matched by a server. According to different matching results, different message prompts and vehicle voice prompts are given to the user. After prompting the user, the system reacquires the vehicle positioning information within the set time and matches again. During this period, the verification module will verify the information of the user who scanned the code twice before and after to ensure that the same user can scan the code to unlock for free during the countdown period. This method can effectively reduce the phenomenon of random parking and parking, and can reduce the frequency of use of users with low credit through the operation of the reward and punishment module, which is more convenient for most users.

Description

A shared bicycle parking location guidance method based on credit value adjustment

technical field

The invention relates to the technical field of operation and management of shared bicycles, in particular to a parking position guidance method for shared bicycles based on credit value adjustment.

Background technique

As a new thing, shared bicycles have received widespread attention and application. Because of the convenience of shared bicycles and the characteristics of riding and parking, they are popular, but at the same time, there are a series of problems such as parking indiscriminately, occupying sidewalks and hindering traffic. On the one hand, with the widespread application of positioning systems in shared bicycles and the development of electronic fence technology, as well as the joint efforts of enterprises and the government to promote the implementation of the standardization project of urban shared bicycle parking areas, the standardized parking areas of shared bicycles can be distinguished on the map , combined with the positioning system can identify the parking area of shared bicycles.

On the other hand, in order to standardize user behavior, shared bicycle companies have begun to implement the user real-name system, which has also included credit in the evaluation system for car use standards. Since the importance of credit in society is self-evident, in the application of positioning systems, Establishing a credit-based method and system for regulating the parking location of shared bicycles, using the positioning system to standardize the user's car use behavior, and reflecting the results to personal credit for management will greatly promote parking regulation. At present, many domestic enterprises with relatively high market shares, such as ofo, Mobike, Yonganxing, and Hellobike, have cooperated with Alipay to introduce Sesame Credit as a credit value consideration. In the process of operation, the function of credit value is mainly reflected in whether you can ride without a deposit or ride for free. With continuous improvement, users' behaviors have been added for credit evaluation. However, due to the lack of technical support and process in the evaluation The system has not achieved obvious results, and the problem of random parking and parking is still serious.

Contents of the invention

The purpose of the present invention is to provide a method for guiding shared bicycle parking positions based on credit value adjustment.

The technical scheme that realizes the object of the present invention is as follows:

A shared bicycle parking position guidance method based on credit value adjustment, including

Step 1: After the smart lock module of the shared bicycle is locked, it sends a positioning request to the server; the positioning module of the server completes the positioning of the shared bicycle according to the positioning request, and transmits the location information to the matching module of the server;

Step 2: The matching module matches the location information of the shared bicycle according to the existing parking area information; if the matching is successful, the credit value of the user who uses the shared bicycle is increased; otherwise, the matching unsuccessful information is sent to The user terminal of the user who uses the shared bicycle, and the shared bicycle;

Step 3: The timing module of the server starts;

Step 4: After the user terminal receives the information that the matching is unsuccessful, a pop-up message prompts; after the shared bicycle receives the information that the matching is unsuccessful, it activates the voice module to issue a voice prompt;

Step 5: If within the time limit determined by the timing module, the user terminal scans the QR code of the shared bicycle to request unlocking, then the verification module of the shared bicycle sends a free request to the server, and at the same time sends an unlock signal to the The smart car lock module of the shared bicycle is unlocked, and then steps 1 and 2 are repeated, and the server billing module responds to the free service request without billing; If the two-dimensional code of the shared bicycle requests to unlock the signal, or the location information after the shared bicycle is locked does not match successfully, then the credit value of the user using the shared bicycle is adjusted and reduced.

The invention utilizes the positioning system to divide the shared bicycle parking area into different categories. After the parking is finished, the user's parking position can be obtained through the positioning system, the server is used to match the user's parking area, and the user is given different message prompts and messages according to different matching results. Vehicle voice prompt, after the system prompts the user, it will reacquire the vehicle positioning information within the set time and match it again; During the countdown interval, it is free to scan the code to unlock, and according to the matching judgment result of the re-parking position, the user's credit value will be increased or decreased according to the judgment result. This method can effectively reduce the phenomenon of random parking and parking, and can reduce the frequency of use of users with low credit through the operation of the reward and punishment module, which is more convenient for most users.

Description of drawings

Fig. 1 is a schematic diagram of the system structure of the present invention;

Fig. 2 is a flowchart of the present invention;

Fig. 3 is the workflow of the verification module in the present invention.

Detailed ways

The system structure of the present invention is shown in Figure 1, including: a positioning template, an intelligent car lock module, a voice module, a server, a user terminal, a timing module, a credit module, a reward and punishment module, a matching module, and a verification module.

The shared bicycle itself is equipped with a positioning device, and the positioning module includes but is not limited to a positioning system such as GPS to locate the location of the shared bicycle.

The smart car lock module can be unlocked by scanning the code and manually locked after the car is used. The smart car lock module can be connected to the server and upload the status of the shared bicycle to the server.

After the shared bicycle is locked, the server issues a positioning task after receiving the locking signal, and the positioning system uploads the matching task to the matching module of the server after completing the positioning task.

The server background divides parking areas and prohibited parking areas on the map according to the standardized parking system. Specifically divided into: gray no-parking areas, recommended parking areas, and ordinary parking areas. By setting different areas, users can be guided to parking norms. After receiving the information that the shared bicycle smart lock has completed locking, the server determines the parking location of the shared bicycle. If the parking location is in a gray restricted area, it will send a parking warning to the user, which can be a text message or an APP message prompt, and at the same time activate the voice carried by the shared bicycle. The module uses voice to prompt or alarm, reminding the user to park the vehicle in the parking area within the specified time. If the parking location is in a recommended parking area, such as an area with an electronic fence or other areas with high car frequency, the user can be prompted or rewarded by SMS or APP message.

The voice module is used for when the task of matching the user's parking position with the pre-divided parking area is completed, according to the judgment result sent by the server to the voice module, if the match is successful, the user can be voiced to remind the user that parking has been successfully regulated; if the result does not match, then A voice alarm is issued to remind the user to complete the rearrangement within the specified time.

The user terminal can use the mobile communication device to complete the unlocking and locking operations, and can receive the message sent by the server and can use the shared bicycle system map to view the parking area and the parking prohibition area.

The timing module is used to record the riding time of the entire order. The main function in the present invention is to supervise the user to rearrange the illegally parked vehicle as soon as possible. Then trigger the timing function, and the timing duration is set by the enterprise according to the needs. Within the timing interval, the user of the previous order can scan the code to open the smart lock for free, park the car again within the specified time and complete the task of closing the lock. After positioning and matching, the final matching result is judged to be standard parking, and then the user can get credit rewards and other discounts Or it will not be included in the deduction of credit value. At the end of the timing, the smart car lock module still has not detected the signal of scanning the code to unlock, or the scanning code and unlocking start verification, but the verification result is not the same user, which means that the matching fails and the credit is deducted. The purpose of implementing free code scanning and unlocking here is to guide users to park correctly.

The verification module is used to start the verification module to verify the user information after the server receives a new unlock prompt within the specified time for re-parking the vehicle. No fee is charged. If the verification result shows that the user is not the same user, the previous user will be deemed not to have parked as required, and credit points will be deducted.

The credit module is used to obtain and update the user's credit value, and divide the credit level according to the interval. The original user credit value can be obtained through third parties such as bank credit investigation channels or Alipay Sesame Credit, or a general initial credit value can be given by the shared bicycle company when the user registers, and the credit value can be calculated through the user's car use records afterwards. up and down.

The reward and punishment module is used to implement different reward and punishment systems for users according to their different credit value levels. If the credit value is excellent, good, and good users can obtain benefits such as deposit-free cycling, free cycling, and discounted cycling. The credit value is average, and users with poor credit cannot use reservation functions, monthly cards, coupons and other discounts. At the same time, a system of doubling charges for the same time period will be implemented, thereby reducing the use of bicycles by users with bad credit and ensuring the safety of most shared bicycle users. right.

It should be noted:

The recommended parking area includes the electronic fence area; if the user parks the shared bicycle in the gray no-parking area, the same user can scan the code or enter the password to unlock it for free within the time specified by the system to adjust the vehicle position, and will not be charged again.

The number of times the user can readjust the parking position for free or for a fee can be set according to the company's situation.

The credit value here can also be compared to the points system.

The flow chart of the shared bicycle parking location guidance method based on credit value adjustment is shown in Figure 2, which mainly includes the following steps:

S01: the credit module gives the user the original credit value after the user registers and stores it in the server module,

S02: The server sends a positioning command to the positioning system after receiving the lock task completion signal sent by the smart car lock module,

S03: After receiving the positioning instruction, the positioning system uploads the parking position of the user terminal as a matching task to the matching module in the server,

S04: After the matching module receives the matching task, it matches with the received user parking location information according to the background parking area division in advance,

S05: the matching result conforms to the specification, then the successful parked vehicle identification result is sent to the user terminal, and points are added on the basis of the original credit value of the user in the credit module,

S06: If the matching result does not meet the specifications, the identification result of illegal parking will be sent to the user terminal, voice module, and smart car lock module. The server will send the user information to the smart car lock module for temporary storage, and at the same time, the server will send the timing task to the timing module. ,

S07: The user terminal will receive a message prompt from the server, and at the same time, the voice module will activate the voice prompt function after receiving the violation information to remind the user to park the vehicle again;

S08: Within the timing range, the same user scans the code to unlock, the verification module verifies according to the user information stored in the smart car lock module and the verification code scanning user information, and determines whether it is the same user, and sends a free ride to the server after the verification is successful Application;

S09: After the timing module completes a single timing, it uploads the timing task completion information to the server, and the server sends a relocation command to the positioning system to check whether the vehicle is re-parked in the standardized parking area;

S10: repeat S03, S04,

S11: The relocation location matches the standard parking area defined by the server background, that is, to achieve the purpose of standard parking. The server applies for free riding, and repeats S05 and the server passes the free service application. There is no charge for the ride time generated;

S12: The matching module determines that the result is illegal parking, and then sends the determination result to the user terminal, credit module and server module. The user terminal receives a message reminder, and the credit module deducts points based on the user's original credit, and the server does not pass the free ride. Application.

S13: According to the re-matching results, the credit value is raised or lowered, and the reward and punishment module rewards and punishes users based on the credit value

It should be noted that the number of times the user can rearrange the parking space and the single timing interval of the timing module can be determined by the enterprise itself. If the parking is still unsuccessful, repeat S06, S07, S08, S09, and S10 in sequence.

Obtaining the user's original credit value includes giving a unified initial credit value (equivalent to points) after the user completes registration or introducing third-party credit agencies, such as banks and Alipay Sesame Credit.

The shared bicycle smart lock can identify the transition from open to closed state, and send a lock completion signal to the server after the lock is completed.

The user terminal will display the surrounding recommended parking areas, forbidden parking areas and ordinary parking areas according to the positioning, and there will be obvious feature marks on the user terminal interface to help users re-park according to the user terminal prompts.

After receiving the matching task from the positioning system, the matching module in the system server will match the user's parking position contained in the matching task with the parking area previously defined in the server, and according to the matching situation Give the judgment result.

If the result of the judgment is to park in the recommended parking area, the user will be prompted to increase the credit value, the server will update the user's record, and implement rewards, such as coupons, monthly cards or cash red envelopes.

If it is judged that it is parked in a prohibited parking area, the voice module of the shared bicycle will activate the voice prompt or alarm function to prompt the user to park again. The server can also send text messages or APP information prompts to the user, requiring the user to adjust the parking position of the vehicle to a common parking area or a recommended parking area within a specified time. Adjust the parking position of the vehicle within the specified time (for example, 3 minutes), and the repositioning result of the positioning system meets the parking area specifications, and the credit value will not be affected. If it is not completed within the time, the credit value will be reduced and a penalty will be imposed.

Claims (1)

1. a kind of shared bicycle parking position bootstrap technique based on credit value adjustment, which is characterized in that including

Step 1：After the intelligent bicycle lock module of shared bicycle is shut, Location Request is sent to server；The locating module of server The shared bicycle positioning is completed according to Location Request, location information is transmitted to the matching module of server；

Step 2：Matching module matches the location information of the shared bicycle according to existing parking area information；Such as matching Success, then carry out tune increasing to the credit value for using the user of the shared bicycle；Otherwise, it sends and matches failed information to use The user terminal of the user of the shared bicycle and the shared bicycle；

Step 3：The timing module of server starts；

Step 4：After the user terminal receives the failed information of matching, information alert is popped up；The shared bicycle receives matching After failed information, starts voice module and send out voice prompt；

Step 5：Such as within the time limit that timing module determines, the user terminal is scanned the shared bicycle Quick Response Code Request unlocking, then the authentication module of the shared bicycle sends free request and arrives server, while sending unlocking signal described in The intelligent bicycle lock module of shared bicycle is unlocked, later repeatedly step 1 and 2, and server charging module response free service Request is without charging；

Such as exceed the time limit range that timing module determines, does not receive the user terminal and be scanned the shared bicycle Quick Response Code The non-successful match of location information after asking the signal unlocked or the shared bicycle to shut, then to using the shared bicycle The credit value of user adjust and reduce.