CN110111498B - Shared skateboard leasing system and method based on public transportation - Google Patents
Shared skateboard leasing system and method based on public transportation Download PDFInfo
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- CN110111498B CN110111498B CN201910287341.4A CN201910287341A CN110111498B CN 110111498 B CN110111498 B CN 110111498B CN 201910287341 A CN201910287341 A CN 201910287341A CN 110111498 B CN110111498 B CN 110111498B
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Abstract
The invention relates to a shared skateboard leasing system based on public transportation, and belongs to the technical field of public transportation. The shared sliding plate is arranged under a bus seat, at a bus platform and at a subway exit, a special shared sliding plate storage cabinet is arranged at the bus platform and the subway exit, the shared sliding plate can be used by two modes of scanning two-dimensional codes and scanning a camera, the cameras are arranged at the entrance and the exit of the bus, after a passenger enters, the cameras perform facial recognition and data storage on the shared sliding plate, if the passenger performs shared binding, the bound passenger can directly use the sliding plate without scanning the two-dimensional codes, the cameras are also arranged at the bus platform and the shared sliding plate storage cabinet at the subway exit, the bound person does not need to scan the two-dimensional codes, the short-distance transfer problem can be solved, meanwhile, the travel data of each person can be recorded through the cameras, and the traffic can be further optimized.
Description
Technical Field
The invention relates to a shared skateboard leasing system and method based on public transportation, and belongs to the technical field of public transportation.
Background
Along with the acceleration of the urbanization process, the cities are enlarged continuously, meanwhile, the traffic is richer, the demand of people on public transportation is larger and larger, so that the public transportation should be developed preferentially in the development of modern cities, while developing transportation to meet the demands of people, some inconvenient places are generated, because the demand of public transportation is huge, therefore, it is impossible to set bus stations or subway stations at every place, resulting in that the distances between some bus stations and between the bus stations and the subway stations are far, and the bus stations can only be transferred by walking or driving, the problems of too long transfer distance, frequent transfer and the like seriously affect the running efficiency of public transportation, bring great inconvenience to passengers, meanwhile, for the traffic department, the planning of urban public transport is further difficult to promote. In view of the above, a shared sliding plate leasing system based on public transportation is provided, the shared sliding plate is arranged on a bus, at a bus station and at a subway exit, the shared sliding plate can be quickly, simply and conveniently moved between bus stations and between the bus stations and the subway station by using the shared sliding plate, the transfer problem between the bus stations and the subway station is solved, data can be collected to optimize the number of bus routes and buses and perform further urban planning.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: a shared sliding plate leasing system and method based on public transport are provided, wherein the shared sliding plate is arranged under a bus seat, at a bus platform and at a subway exit, special shared sliding plate storage cabinets are arranged at the bus platform and the subway exit, and the shared sliding plate can be used in two modes of scanning a two-dimensional code and scanning a camera.
The user can bind the shared sliding plate system, after binding, the user does not need to scan a two-dimensional code when using the sliding plate every time, the user can use the system only by scanning through a camera, the cameras are arranged at the entrance and the exit of the bus, after the passenger enters the bus, the camera performs facial recognition and data storage on the system, if the passenger is bound, when the passenger needs to use the sliding plate, the camera detects whether the passenger carries the sliding plate when getting off the bus, if the passenger carries the system, the bound passenger can directly use the sliding plate without scanning the two-dimensional code, and the two-dimensional code scanning is not needed. The sharing sliding plate can solve the transfer problem between bus stations and between the bus stations and the subway stations, and people can move between the bus stations and the subway stations by means of the sharing sliding plate.
The technical scheme of the invention is as follows: a shared skateboard leasing system based on public transport comprises a shared skateboard 1, a camera 2, a shared skateboard storage cabinet 3, a single chip microcomputer 4, a wireless communication module and a database;
the camera 2, the shared sliding plate 1, the wireless communication module, the database and the single chip microcomputer 4 are connected, and when people need to use the shared sliding plate, the two-dimensional code on the shared sliding plate 1 is scanned and the camera is scanned for use;
when the shared skateboard is used in a camera scanning mode, a user stores face information of the user by binding the shared skateboard system, data collected by the camera 2 is stored in the database through the wireless communication module, and the data information collected by the camera 2 is analyzed and processed through the computer to judge whether a passenger uses the shared skateboard or not, and at the moment, two-dimensional code scanning is not needed;
when the system is used in a scanning mode through the camera 2, when the camera 2 scans that passengers carry the shared sliding plate 1, the switch of the shared sliding plate 1 is turned on, and when the shared sliding plate 1 is stored in the storage cabinet 3 when the charging is started, the camera 2 carries out facial recognition again, the single chip microcomputer 4 analyzes the facial information, and when the user is analyzed to be the user who uses the shared sliding plate in a charging mode, the single chip microcomputer 4 sends an instruction at the moment so that the charging is finished; the shared sliding plate system is used for user registration to bind a corresponding payment mode and store user facial information, so that payment and use are integrated, code scanning operation is not needed, and the user can use the system conveniently.
Furthermore, the camera 2 adopts a face recognition technology, two cameras are arranged on one bus, the two cameras are respectively arranged at the entrance and the entrance of the bus, the camera 2 is also arranged at the exit of the bus station and the subway station and is used for collecting image data of users, and the data collected by the camera 2 is transmitted to a database for storage through a wireless communication module; after the data collected by the camera 2 are stored in the database, the computer analyzes and calculates the data, compares the data with the user facial information of the database, finds out corresponding facial information to confirm the user information, transmits an instruction to the singlechip 4 through the wireless communication module, and sends the instruction by the singlechip 4.
Further, sharing slide 1 adopts current folding electric scooter, and holistic structure has the slide that supplies the people to stand for the bottom, and bottom slide front end has a handle, can adjust the height of handle through adjusting the turn button on the handle vaulting pole, and this sharing slide 1 adopts lithium cell group to supply power, makes its effective continuation of journey, and sharing slide 1 is collapsible, after folding, the wheel can expose, then the user just can drag the walking, when using the end, the user also need put back after it is folding.
Furthermore, the two-dimensional code is arranged on the shared sliding plate 1, and the shared sliding plate is directly used or bound firstly and then used by scanning the two-dimensional code; if the mobile phone is directly used, the user logs in the payment treasure or the WeChat to deliver the deposit through the mobile phone, then the mobile phone starts to be used, the cost is accumulated according to the use time of the user, the payment treasure or the WeChat is used for deducting the cost, the cost is settled after the use is finished, and the user clicks the mobile phone again to finish the use to settle the cost after the use is finished; if binding is carried out firstly, facial information of the user and identity card information of the user are uploaded through camera shooting of the mobile phone, the uploaded facial information data and the identity card information are stored in a database, the user who binds does not need to pay deposit, when the shared sliding plate is used later, the user can use the shared sliding plate by scanning the two-dimensional code or directly scanning the camera, and the camera does not need to scan the two-dimensional code again.
Further, the shared sliding plate 1 is connected with the single chip microcomputer 4, when a user scans a two-dimensional code or performs camera scanning to perform facial recognition, data operated by the user can be stored in the database through the wireless communication module, meanwhile, the single chip microcomputer 4 receives information data from the database through the wireless communication module, the computer analyzes and calculates the data, and transmits an instruction to the single chip microcomputer 4 through the wireless communication module, if the instruction accords with a use principle, the single chip microcomputer 4 sends an instruction to open the electric switch of the shared sliding plate 1 and unlock the wheel lock, the user can use the shared sliding plate, if the instruction does not accord with the use principle, the electric switch of the shared sliding plate 1 is always in a closed state, and the wheel lock cannot be unlocked, so that the situation that the shared sliding plate is used without payment without authorization is prevented.
Further, the shared sliding plate 1 is arranged at a bus, a bus stop and a subway exit; on the bus, a shared sliding plate storage cabinet 3 is arranged under part of seats of the bus and is used for conveniently storing the shared sliding plate 1 so as to prevent the shared sliding plate from sliding along with the movement of the bus; a shared sliding plate storage cabinet 3 is arranged at the bus station and the subway exit, and the shared sliding plate 1 is stored in the storage cabinet and is used by users needing to use.
Furthermore, on the bus, when a passenger enters the bus, a camera at an entrance identifies the facial information of the passenger, the acquired data is stored in the database through the wireless communication module, when the passenger is on the bus, the camera observes, if the passenger is observed to take out the shared sliding plate at the bottom of the seat, the observed data is also stored in the database, when the passenger gets off the bus, the camera at an exit identifies the facial information of the passenger, the acquired data is stored in the database through the wireless communication module, the computer analyzes and calculates the data and compares the data with the facial information of the user in the database to find out the corresponding facial information so as to confirm the user information, and transmits an instruction to the single chip microcomputer through the wireless communication module, and firstly judges whether the passenger is bound with the shared sliding plate system through the facial information, if the user is not bound, the shared skateboard 1 cannot open the switch and open the wheel lock, if the user is bound, the user can directly use the shared skateboard by observing that the user takes the shared skateboard to get off the bus through the camera 2 arranged at the outlet of the bus, the single chip microcomputer can send an instruction to open the electric switch of the shared skateboard 1 and unlock the wheel lock, meanwhile, the charging is started, the user does not need to carry out the step of scanning the two-dimensional code, when the user arrives at the bus station or the outlet of the subway station to be reached after the use is finished, the camera is scanned again at the shared skateboard storage cabinet 3, at the moment, the camera 2 carries out face recognition and data storage again, the single chip microcomputer analyzes the face information again, and when the user is analyzed to be the user who is using the shared skateboard in a charging mode, the single chip microcomputer can send an instruction to finish the charging and close the electric switch of the shared, and locking the wheel lock.
Further, sharing slide 1 adopts wireless charging technology, is equipped with wireless charging module in the sharing slide storing compartment 3, and wireless charging adopts prior art, utilizes the electromagnetic induction principle to carry out wireless charging to the sharing slide, and when sharing slide 1 was put back sharing slide storing compartment 3, will begin automatically to carry out wireless charging.
Furthermore, the camera 2 collects the bus travel data of each person, when a person gets on the bus, the camera at the entrance can perform facial recognition on the person, the station at the getting-on position at the moment is recorded, the collected facial information and the recorded station information are transmitted to the database for storage through the wireless communication module, when the person gets off the bus, the camera at the exit also performs facial recognition on the person and records the station, the collected facial information and the recorded station information are transmitted to the database for storage through the wireless communication module, the bus travel route of the person is analyzed through the station information recorded when the person gets on or off the bus, and the bus route and the number of buses are optimized and further urban planning are performed through recording the travel information of each person; for a user who is bound with a sharing system or directly uses a sharing skateboard, further travel data acquisition is carried out on the user, on a bus, a camera acquires the bus travel data of the user and the travel data using the sharing skateboard, and if the user does not use the sharing skateboard, only the route of the user taking the bus is recorded; if the user uses the shared sliding plate, the user can record the station where the user uses the shared sliding plate to start when getting off to record the bus route, and when the user finishes using, the user can record the bus station or the subway station where the user finishes using, and the recorded data is stored in the database; when a user uses the shared sliding plate to move between a bus station and a subway station or between bus stations, facial data are collected through the camera and the stations of starting and ending of use are recorded, and recorded route data are stored in the database; by analyzing the travel data of users using shared skateboards, the number of shared skateboards launched at different sites can be further optimized.
A shared skateboard leasing method based on public transportation, the method comprising the steps of:
The working principle of the invention is as follows: when the passenger used the sharing slide, two-dimensional code and camera scanning dual mode on the accessible scanning sharing slide used, scan through the two-dimensional code, the user can select direct use or bind the back and reuse, the user accessible that needs to bind binds sharing slide system and stores the facial information of oneself, the data accessible wireless communication module of camera collection stores in the database, when needs use the sharing slide, the user can carry out facial discernment before the camera, carry out analysis and calculation through the computer to data, judge whether the passenger used sharing slide, then needn't carry out the two-dimensional code scanning this moment, people can rely on this sharing slide to remove between bus station and subway station.
The invention has the beneficial effects that: the shared sliding plate is arranged on the bus, the bus station and the subway station exit, so that the transfer problem among the buses can be solved, when the buses need to be transferred or the buses and the subways need to be transferred, if the transfer distance is not very close or not very far, the walking time is taken, and the taxi taking is not cost-effective, so that the transfer problem of people can be effectively facilitated by adopting the shared sliding plate, the shared sliding plate can be used quickly and simply, the problem that the transfer can be completed with less walking and less cost of people is solved, and the requirements of people on quick transfer and low-cost transfer are met; meanwhile, the arranged camera can acquire the travel data of each person, and the bus route and the number of buses can be optimized and further urban planning can be carried out by analyzing the acquired data.
Drawings
FIG. 1 is a schematic view of a bus storage sled of the present invention;
FIG. 2 is an exterior view of a bus stop according to the present invention;
FIG. 3 is a view of the shared skillet of the present invention;
FIG. 4 is a partial circuit logic diagram of the present invention;
FIG. 5 is a logic diagram of the single chip microcomputer control of the present invention.
Reference numbers in fig. 1-3: 1-sharing a skateboard; 2-a camera; 3-sharing a sliding plate storage cabinet; 4, a single chip microcomputer; 501-a wireless transmitting device; 502-wireless receiving device.
Detailed Description
The invention is further described with reference to the following figures and specific examples.
Example 1: as shown in fig. 1-5, a shared skateboard leasing system based on public transportation comprises a shared skateboard 1, a camera 2, a shared skateboard storage cabinet 3, a single chip microcomputer 4, a wireless communication module and a database;
the camera 2, the shared sliding plate 1, the wireless communication module, the database and the single chip microcomputer 4 are connected, and when people need to use the shared sliding plate, the two-dimensional code on the shared sliding plate 1 is scanned and the camera is scanned for use;
when the shared skateboard is used in a camera scanning mode, a user stores face information of the user by binding the shared skateboard system, data collected by the camera 2 is stored in the database through the wireless communication module, and the data information collected by the camera 2 is analyzed and processed through the computer to judge whether a passenger uses the shared skateboard or not, and at the moment, two-dimensional code scanning is not needed;
when the system is used in a scanning mode through the camera 2, when the camera 2 scans that passengers carry the shared sliding plate 1, the switch of the shared sliding plate 1 is turned on, and when the shared sliding plate 1 is stored in the storage cabinet 3 when the charging is started, the camera 2 carries out facial recognition again, the single chip microcomputer 4 analyzes the facial information, and when the user is analyzed to be the user who uses the shared sliding plate in a charging mode, the single chip microcomputer 4 sends an instruction at the moment so that the charging is finished; the shared sliding plate system is used for user registration to bind a corresponding payment mode and store user facial information, so that payment and use are integrated, code scanning operation is not needed, and the user can use the system conveniently.
Furthermore, the camera 2 adopts a face recognition technology, two cameras are arranged on one bus, the two cameras are respectively arranged at the entrance and the entrance of the bus, the camera 2 is also arranged at the exit of the bus station and the subway station and is used for collecting image data of users, and the data collected by the camera 2 is transmitted to a database for storage through a wireless communication module; after the data collected by the camera 2 are stored in the database, the computer analyzes and calculates the data, compares the data with the user facial information of the database, finds out corresponding facial information to confirm the user information, transmits an instruction to the singlechip 4 through the wireless communication module, and sends the instruction by the singlechip 4.
Further, sharing slide 1 adopts current folding electric scooter, and holistic structure has the slide that supplies the people to stand for the bottom, and bottom slide front end has a handle, can adjust the height of handle through adjusting the turn button on the handle vaulting pole, and this sharing slide 1 adopts lithium cell group to supply power, makes its effective continuation of journey, and sharing slide 1 is collapsible, after folding, the wheel can expose, then the user just can drag the walking, when using the end, the user also need put back after it is folding.
Furthermore, the two-dimensional code is arranged on the shared sliding plate 1, and the shared sliding plate is directly used or bound firstly and then used by scanning the two-dimensional code; if the mobile phone is directly used, the user logs in the payment treasure or the WeChat to deliver the deposit through the mobile phone, then the mobile phone starts to be used, the cost is accumulated according to the use time of the user, the payment treasure or the WeChat is used for deducting the cost, the cost is settled after the use is finished, and the user clicks the mobile phone again to finish the use to settle the cost after the use is finished; if binding is carried out firstly, facial information of the user and identity card information of the user are uploaded through camera shooting of the mobile phone, the uploaded facial information data and the identity card information are stored in a database, the user who binds does not need to pay deposit, when the shared sliding plate is used later, the user can use the shared sliding plate by scanning the two-dimensional code or directly scanning the camera, and the camera does not need to scan the two-dimensional code again.
Further, the shared sliding plate 1 is connected with the single chip microcomputer 4, when a user scans a two-dimensional code or performs camera scanning to perform facial recognition, data operated by the user can be stored in the database through the wireless communication module, meanwhile, the single chip microcomputer 4 receives information data from the database through the wireless communication module, the computer analyzes and calculates the data, and transmits an instruction to the single chip microcomputer 4 through the wireless communication module, if the instruction accords with a use principle, the single chip microcomputer 4 sends an instruction to open the electric switch of the shared sliding plate 1 and unlock the wheel lock, the user can use the shared sliding plate, if the instruction does not accord with the use principle, the electric switch of the shared sliding plate 1 is always in a closed state, and the wheel lock cannot be unlocked, so that the situation that the shared sliding plate is used without payment without authorization is prevented.
Further, the shared sliding plate 1 is arranged at a bus, a bus stop and a subway exit; on the bus, a shared sliding plate storage cabinet 3 is arranged under part of seats of the bus and is used for conveniently storing the shared sliding plate 1 so as to prevent the shared sliding plate from sliding along with the movement of the bus; a shared sliding plate storage cabinet 3 is arranged at the bus station and the subway exit, and the shared sliding plate 1 is stored in the storage cabinet and is used by users needing to use.
Furthermore, on the bus, when a passenger enters the bus, a camera at an entrance identifies the facial information of the passenger, the acquired data is stored in the database through the wireless communication module, when the passenger is on the bus, the camera observes, if the passenger is observed to take out the shared sliding plate at the bottom of the seat, the observed data is also stored in the database, when the passenger gets off the bus, the camera at an exit identifies the facial information of the passenger, the acquired data is stored in the database through the wireless communication module, the computer analyzes and calculates the data and compares the data with the facial information of the user in the database to find out the corresponding facial information so as to confirm the user information, and transmits an instruction to the single chip microcomputer through the wireless communication module, and firstly judges whether the passenger is bound with the shared sliding plate system through the facial information, if the user is not bound, the shared skateboard 1 cannot open the switch and open the wheel lock, if the user is bound, the user can directly use the shared skateboard by observing that the user takes the shared skateboard to get off the bus through the camera 2 arranged at the outlet of the bus, the single chip microcomputer can send an instruction to open the electric switch of the shared skateboard 1 and unlock the wheel lock, meanwhile, the charging is started, the user does not need to carry out the step of scanning the two-dimensional code, when the user arrives at the bus station or the outlet of the subway station to be reached after the use is finished, the camera is scanned again at the shared skateboard storage cabinet 3, at the moment, the camera 2 carries out face recognition and data storage again, the single chip microcomputer analyzes the face information again, and when the user is analyzed to be the user who is using the shared skateboard in a charging mode, the single chip microcomputer can send an instruction to finish the charging and close the electric switch of the shared, and locking the wheel lock.
Further, sharing slide 1 adopts wireless charging technology, is equipped with wireless charging module in the sharing slide storing compartment 3, and wireless charging adopts prior art, utilizes the electromagnetic induction principle to carry out wireless charging to the sharing slide, and when sharing slide 1 was put back sharing slide storing compartment 3, will begin automatically to carry out wireless charging.
Furthermore, the camera 2 collects the bus travel data of each person, when a person gets on the bus, the camera at the entrance can perform facial recognition on the person, the station at the getting-on position at the moment is recorded, the collected facial information and the recorded station information are transmitted to the database for storage through the wireless communication module, when the person gets off the bus, the camera at the exit also performs facial recognition on the person and records the station, the collected facial information and the recorded station information are transmitted to the database for storage through the wireless communication module, the bus travel route of the person is analyzed through the station information recorded when the person gets on or off the bus, and the bus route and the number of buses are optimized and further urban planning are performed through recording the travel information of each person; for a user who is bound with a sharing system or directly uses a sharing skateboard, further travel data acquisition is carried out on the user, on a bus, a camera acquires the bus travel data of the user and the travel data using the sharing skateboard, and if the user does not use the sharing skateboard, only the route of the user taking the bus is recorded; if the user uses the shared sliding plate, the user can record the station where the user uses the shared sliding plate to start when getting off to record the bus route, and when the user finishes using, the user can record the bus station or the subway station where the user finishes using, and the recorded data is stored in the database; when a user uses the shared sliding plate to move between a bus station and a subway station or between bus stations, facial data are collected through the camera and the stations of starting and ending of use are recorded, and recorded route data are stored in the database; by analyzing the travel data of users using shared skateboards, the number of shared skateboards launched at different sites can be further optimized.
A shared skateboard leasing method based on public transportation, the method comprising the steps of:
The single chip microcomputer 4 is provided with a communication serial port, the communication serial port is connected with a computer, the single chip microcomputer 4 is only used for connecting a sensor and receiving a sensor signal, the sensor signal is received by the single chip microcomputer 4 and then transmitted to the computer, and the computer carries out deep processing, so that the processing efficiency is improved.
The type of the singlechip 4 used in the system is AT89C51, and the type of the camera 2 is OV6620
As shown in fig. 4, the wireless communication module is divided into a transmitting part (wireless transmitting device 501) and a receiving part (wireless receiving device 502), and since the memory of the single chip microcomputer 4 is limited and cannot store data, a data storage needs to be expanded outside the single chip microcomputer 4. A62256 data memory is selected in the system, in order to enable the frequency of the single chip microcomputer 4 to be the same as the frequency of stored data, a latch with the model 74LS373 is added in front of an external memory, an LE pin of the latch is connected with an ALE pin of the single chip microcomputer 4, and therefore a latch jumping signal is the same as the crystal oscillator frequency of the single chip microcomputer 4. When the latch receives the jump signal, the data can be transmitted to the external expansion memory; in order to ensure the operation of the singlechip 4, a reset circuit is added to the singlechip 4. The reset circuit has the following functions: when the power-on reset can reset the internal memory, synchronize internal and external clock signals and voltage fluctuation or instability, the reset circuit delays the circuit until the circuit is stable, and the singlechip 4 is recovered to a normal running state through the reset circuit when a program has an error; the camera 2OV6620 is connected with P1.0-P1.7 by eight switches respectively to simulate eight-bit input of the camera 2; the wireless transmitting circuit is a common transmitter circuit, and due to the fact that a sound meter device is used, the circuit works very stably, and even if the antenna, the sound meter or other parts of the circuit are held by hands, transmitting frequency cannot drift. It is therefore apparent that the transmission employs a circuit using a sound meter device; the receiver of the wireless receiving circuit can use a super regenerative circuit or a super heterodyne circuit, the super regenerative circuit has low cost and low power consumption which can reach about 100uA, and the well-adjusted sensitivity of the super regenerative circuit is almost as good as that of a super heterodyne receiver with one-stage high amplification, one-stage oscillation, one-stage frequency mixing and two-stage intermediate amplification. The process is described as follows: after the user scans the code, the wireless communication transmitter of the shared skateboard 1 communicates with the system and receives the information through the wireless receiver 502. If the user has bound the information, the information collected by the camera 2 is compared with the information of a database (composed of a memory 74LS373 and an external memory 62256, the information is stored in the external memory, and the singlechip 4 calls the information through the memory) to use the skateboard.
While the present invention has been described in detail with reference to the embodiments shown in the drawings, the present invention is not limited to the embodiments, and various changes and modifications can be made within the knowledge of those skilled in the art without departing from the spirit of the present invention.
Claims (9)
1. A shared skateboard leasing system based on public transportation is characterized in that: the system comprises a shared sliding plate (1), a camera (2), a shared sliding plate storage cabinet (3), a single chip microcomputer (4), a wireless communication module and a database;
the camera (2), the sharing sliding plate (1), the wireless communication module, the database and the single chip microcomputer (4) are connected, and when people need to use the sharing sliding plate, the sharing sliding plate is used in two modes of scanning the two-dimensional code on the sharing sliding plate (1) and scanning the camera;
when the mobile phone is used in a camera scanning mode, a user stores face information of the user by binding a shared sliding plate system, data collected by a camera (2) is stored in a database through a wireless communication module, and the data information collected by the camera (2) is analyzed and processed through a computer to judge whether the user uses the shared sliding plate, so that two-dimensional code scanning is not needed;
when the mobile phone is used in a scanning mode through the camera (2), when a user carries the shared sliding plate (1) by scanning through the camera (2), a switch of the shared sliding plate (1) is turned on, and when the shared sliding plate (1) is stored in the shared sliding plate storage cabinet (3) when the mobile phone is charged, the camera (2) carries out face recognition again, the face information is analyzed by the singlechip (4), and the singlechip (4) sends an instruction when the user is analyzed to be the user who uses the shared sliding plate in a charging mode, so that the charging is finished; the shared skateboard system is used for registering users, binding corresponding payment modes and storing facial information of the users at the same time, so that the payment and the use are integrated, code scanning operation is not needed, and the users can use the shared skateboard system conveniently;
when a user enters a bus on the bus, a camera at an entrance identifies the facial information of the user, the acquired data is stored in a database through a wireless communication module, the camera observes when the user is on the bus, if the user is observed to take out a shared sliding plate at the bottom of a seat, the observed data is also stored in the database, when the user gets off the bus, the camera at an exit identifies the facial information of the user, the acquired data is stored in the database through the wireless communication module, a computer analyzes and calculates the data and compares the data with the facial information of the user in the database to find out the corresponding facial information so as to confirm the user information, and transmits an instruction to a single chip microcomputer through the wireless communication module, firstly, whether the user is bound with the shared sliding plate system is judged through the facial information, if the user is not bound, the shared skateboard (1) will not open the switch and open the wheel lock, if binding, the single chip will send out an instruction to open the electric switch of the shared skateboard (1) and unlock the wheel lock, if the user is observed to take off the shared skateboard by the camera (2) arranged at the exit of the bus, the user can directly use the shared skateboard without the step of two-dimensional code scanning, when the user arrives at the exit of the bus station or the subway station to be reached after the use is finished, the camera scanning is carried out again at the shared skateboard storage cabinet (3), at this time, the camera (2) again carries out face recognition and data storage, the single chip analyzes the face information, analyzes that the user is the user who is using the shared skateboard in charge, at this time, the single chip will send out an instruction to finish the charging, and close the electric switch of the shared skateboard, and locking the wheel lock.
2. The mass transit-based shared skateboard rental system of claim 1, wherein:
the camera (2) adopts a face recognition technology, two cameras are arranged on one bus, the two cameras are respectively arranged at the entrance and the entrance of the bus, the camera (2) is also arranged at the exit of a bus station and a subway station and is used for collecting image data of a user, and the data collected by the camera (2) is transmitted to a database for storage through a wireless communication module; after the data collected by the camera (2) are stored in the database, the computer analyzes and calculates the data, compares the data with the user facial information of the database, finds out corresponding facial information to confirm the user information, transmits an instruction to the singlechip (4) through the wireless communication module, and sends the instruction by the singlechip (4).
3. The mass transit-based shared skateboard rental system of claim 1, wherein: shared slide (1) adopts current folding electric scooter, holistic structure has the slide that supplies the people to stand for the bottom, bottom slide front end has a handle, can adjust the height of handle through the turn button on adjusting the handle vaulting pole, this shared slide (1) adopts lithium cell group to supply power, make its effective continuation of journey, shared slide (1) is collapsible, after folding, the wheel can expose, then the user just can drag the walking, when using the end, the user also need put back its folding back.
4. The mass transit-based shared skateboard rental system of claim 1, wherein: the two-dimensional code is arranged on the shared sliding plate (1), and the shared sliding plate is directly used or bound firstly and then used by scanning the two-dimensional code; if the mobile phone is directly used, the user logs in the payment treasure or the WeChat to deliver the deposit through the mobile phone, then the mobile phone starts to be used, the cost is accumulated according to the use time of the user, the payment treasure or the WeChat is used for deducting the cost, the cost is settled after the use is finished, and the user clicks the mobile phone again to finish the use to settle the cost after the use is finished; if binding is carried out firstly, facial information of the user and identity card information of the user are uploaded through camera shooting of the mobile phone, the uploaded facial information data and the identity card information are stored in a database, the user who binds does not need to pay deposit, when the shared sliding plate is used later, the user can use the shared sliding plate by scanning the two-dimensional code or directly scanning the camera, and the camera does not need to scan the two-dimensional code again.
5. The mass transit-based shared skateboard rental system of claim 1, wherein: the sharing skateboard (1) is connected with the single chip microcomputer (4), when a user scans a two-dimensional code or a camera scans the two-dimensional code to perform facial recognition, data operated by the user can be stored in a database through the wireless communication module, meanwhile, the single chip microcomputer (4) receives information data from the database through the wireless communication module, a computer analyzes and calculates the data, and transmits an instruction to the single chip microcomputer (4) through the wireless communication module, if the data are in accordance with the use principle, the single chip microcomputer (4) sends out an instruction to open the electric switch of the sharing skateboard (1) and unlock the wheel lock, the user can use the sharing skateboard, if the data are not in accordance with the use principle, the electric switch of the sharing skateboard (1) can be always in a closed state, and meanwhile, the wheel lock cannot be unlocked, so that the situation that the sharing skateboard is used without authorization without payment is.
6. The mass transit-based shared skateboard rental system of claim 1, wherein:
the shared sliding plate (1) is arranged at a bus, a bus station and a subway exit; on the bus, a shared sliding plate storage cabinet (3) is arranged under part of seats of the bus and is used for conveniently storing the shared sliding plate (1) so that the shared sliding plate can not slide along with the movement of the bus; a shared sliding plate storage cabinet (3) is arranged at the bus station and the subway exit, and the shared sliding plate (1) is stored in the storage cabinet and is used by users needing to use.
7. The mass transit-based shared skateboard rental system of claim 1, wherein: sharing slide (1) adopt wireless charging technology, are equipped with wireless module of charging in sharing slide storing compartment (3), and wireless charging adopts prior art, utilizes the electromagnetic induction principle to carry out wireless charging to sharing slide, when sharing slide (1) was put back sharing slide storing compartment (3), will begin automatically and carry out wireless charging.
8. The mass transit-based shared skateboard rental system of claim 1, wherein: the system comprises a camera (2), a database, a wireless communication module, a database and a database, wherein the camera (2) is used for collecting bus travel data of each person, when a person gets on the bus, the camera at an inlet can perform facial recognition on the person and record a station at the getting on position at the moment, the collected facial information and the recorded station information are transmitted to the database for storage through the wireless communication module, when the person gets off the bus, the camera at an outlet also performs facial recognition on the person and records the station, the collected facial information and the recorded station information are transmitted to the database for storage through the wireless communication module, the bus travel route of the person is; for a user who is bound with a sharing system or directly uses a sharing skateboard, further travel data acquisition is carried out on the user, on a bus, a camera acquires the bus travel data of the user and the travel data using the sharing skateboard, and if the user does not use the sharing skateboard, only the route of the user taking the bus is recorded; if the user uses the shared sliding plate, the user can record the station where the user uses the shared sliding plate to start when getting off to record the bus route, and when the user finishes using, the user can record the bus station or the subway station where the user finishes using, and the recorded data is stored in the database; when a user uses the shared sliding plate to move between a bus station and a subway station or between bus stations, facial data are collected through the camera and the stations of starting and ending of use are recorded, and recorded route data are stored in the database; by analyzing the travel data of users using shared skateboards, the number of shared skateboards launched at different sites can be further optimized.
9. A shared skateboard leasing method based on public transport is characterized in that: the method comprises the following steps:
step 1, firstly, when a user needs to use the shared sliding plate, the user uses the shared sliding plate by scanning the two-dimensional code on the shared sliding plate, and at the moment, the user selects to use the shared sliding plate directly or binds the shared sliding plate firstly and then uses the shared sliding plate; if the vehicle-mounted wheel lock is directly used, a user logs in a payment treasure or WeChat to deliver deposit through a mobile phone, then the vehicle-mounted wheel lock is used, the shared sliding plate electric switch is opened by clicking the charging displayed on the mobile phone, the wheel lock is unlocked at the same time, the cost is accumulated according to the using time of the user, the cost is settled after the use is finished, and the user clicks the mobile phone again to finish the use to settle the cost after the use is finished;
step 2, if the mobile phone is bound and then used, the mobile phone is used for shooting and uploading face information and identity card information of the mobile phone, the uploaded face information data and the identity card information are stored in a database, a bound user does not need to pay deposit, the user directly uses the shared sliding plate by scanning a camera when the shared sliding plate is used later, and the camera does not need to scan the two-dimensional code;
step 3, for the user bound with the sharing system, the sharing slide plate is directly used by scanning through a camera, when the user enters the bus on the bus, the camera at the inlet identifies the facial information of the user, the collected data is stored in the database through the wireless communication module, the camera observes when the user is on the bus, if the user is observed to take out the sharing slide plate at the bottom of the seat, the observed data is also stored in the database, when the user gets off the bus, the camera at the outlet identifies the facial information of the user, the collected data is stored in the database through the wireless communication module, at the moment, the database transmits the data information of the user to the singlechip through the wireless communication module, the computer analyzes and calculates the data, and transmits the instruction to the singlechip through the wireless communication module, judging whether the user is bound with the shared skateboard system through facial information, if not, the shared skateboard will not open a switch and unlock a wheel lock, if bound, the user is observed to take off the shared skateboard with the camera, the single chip microcomputer sends an instruction to open an electric switch of the shared skateboard and unlock the wheel lock, and the charging is started, the user can directly use the shared skateboard without the step of scanning a two-dimensional code, when the user arrives at an exit of a bus station or a subway station to be reached after the use is finished, the camera is scanned again at a shared skateboard storage cabinet, at the moment, the camera carries out facial recognition and data storage again, the single chip microcomputer analyzes the facial information, and when the user is analyzed to be the user who is charging to use the shared skateboard, the single chip microcomputer sends an instruction at the moment to finish the charging, and closing the electric switch of the shared sliding plate and locking the wheel lock.
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| CN115019452A (en) * | 2022-04-14 | 2022-09-06 | 江汉大学 | Automatic slide storage system |
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