CN111582884B - Student sharing pick-up system and method - Google Patents
Student sharing pick-up system and method Download PDFInfo
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- CN111582884B CN111582884B CN202010367513.1A CN202010367513A CN111582884B CN 111582884 B CN111582884 B CN 111582884B CN 202010367513 A CN202010367513 A CN 202010367513A CN 111582884 B CN111582884 B CN 111582884B
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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Abstract
The invention discloses a student sharing pick-up system and a student sharing pick-up method, wherein the system comprises: travel information acquisition equipment, a student sharing pickup platform and position information acquisition equipment; the method comprises the steps that travel information acquisition equipment acquires student travel information of a client to be matched and driver travel information of a driver to be matched, a student sharing receiving platform determines a target client, a target driver and a student sharing receiving task according to the student travel information and the driver travel information, position information acquisition equipment acquires current client position information of the target client and current driver position information of the target driver, determines a current task state of the student sharing receiving task according to the current client position information, the current driver position information and the student sharing receiving task, and the student sharing receiving platform determines reminding information according to the current task state and sends the reminding information to the target client; therefore, the receiving and delivering efficiency of students can be improved, and the safety of sharing travel of the students is enhanced.
Description
Technical Field
The invention relates to the field of sharing travel, in particular to a student sharing pick-up system and method.
Background
At present, students are mainly picked up and sent by parents, school buses and public transportation and the like. However, the above-mentioned several pick-up and delivery methods have respective limitations. For example, there are more and more families of dual workers, which causes that parents and students' work and rest times are hard to match; the number of regular school buses is small, and all requirements cannot be met; taking public transportation means takes longer. Therefore, how to realize the sharing and delivering of students and how to ensure the safety of the delivering process of students is a technical problem to be solved.
The foregoing is provided merely for the purpose of facilitating understanding of the technical solutions of the present invention and is not intended to represent an admission that the foregoing is prior art.
Disclosure of Invention
The invention mainly aims to provide a student sharing pick-up and delivery system and a student sharing pick-up and delivery method, and aims to solve the technical problems of how to realize student sharing pick-up and delivery and how to guarantee safety of a student pick-up and delivery process in the prior art.
In order to achieve the above object, the present invention provides a student sharing pick-up system including: travel information acquisition equipment, a student sharing pickup platform and position information acquisition equipment;
the travel information acquisition equipment is used for acquiring student travel information of the client to be matched and driver travel information of the driver to be matched, and sending the student travel information and the driver travel information to the student sharing receiving platform;
The student sharing receiving and sending platform is used for determining a target client, a target driver end and a student sharing receiving and sending task according to the student travel information and the driver travel information, and sending the student sharing receiving and sending task to the position information acquisition equipment;
the position information acquisition equipment is used for acquiring current client position information of the target client and current driver position information of the target driver side, determining a current task state of the student sharing receiving task according to the current client position information, the current driver position information and the student sharing receiving task, and sending the current task state to the student sharing receiving platform;
the student sharing and delivering platform is further used for determining reminding information according to the current task state and sending the reminding information to the target client.
Preferably, the student sharing pickup system further comprises: an authentication device;
the verification device is used for acquiring parent information and student information of the client to be verified, and judging whether the client to be verified passes user verification according to the parent information and the student information;
The verification device is further configured to take the client to be verified as a client to be matched when the client to be verified passes user verification, and determine whether the client to be matched inputs a driver information verification instruction;
the verification device is further configured to obtain, when the client to be matched inputs the driver information verification instruction, driver information and vehicle information of the client to be matched, and determine whether the client to be matched passes driver verification according to the driver information and the vehicle information;
the verification device is further configured to use the client to be matched as the driver end to be matched when the client to be matched passes the driver verification.
Preferably, the location information obtaining device is further configured to obtain current client location information of a target client and current driver location information of the target driver, and determine a current route of the target driver according to the current client location information and the current driver location information;
the position information acquisition equipment is also used for determining the current task state of the student sharing pick-up task according to the current route and the student sharing pick-up task, and sending the current task state to the student sharing pick-up platform.
Preferably, the student sharing pickup system further comprises: an image acquisition device;
the image acquisition equipment is used for acquiring the current task state and determining an image acquisition strategy according to the current task state;
the image acquisition equipment is also used for acquiring the driver image information of the target driver end according to the image acquisition strategy and sending the driver image information to the student sharing pick-up platform;
correspondingly, the student sharing receiving and sending platform is further used for determining reminding information according to the driver image information and the current task state and sending the reminding information to the target client.
Preferably, the student sharing pickup platform is further configured to match the student travel information with the driver travel information, take a client to be matched corresponding to the student travel information that is successfully matched as a target client, and take a driver to be matched corresponding to the driver travel information that is successfully matched as a target driver;
the student sharing receiving and sending platform is further used for determining a student sharing receiving and sending task according to the successfully matched student travel information and driver travel information, and sending the student sharing receiving and sending task to the position information acquisition equipment.
Further, in order to achieve the above object, the present invention also provides a student sharing pick-up method, which is applied to a student sharing pick-up system, the system comprising: travel information acquisition equipment, a student sharing pickup platform and position information acquisition equipment; the method comprises the following steps:
the travel information acquisition equipment acquires student travel information of a client to be matched and driver travel information of a driver to be matched, and sends the student travel information and the driver travel information to the student sharing receiving platform;
the student sharing and receiving platform determines a target client, a target driver end and a student sharing and receiving task according to the student travel information and the driver travel information, and sends the student sharing and receiving task to the position information acquisition equipment;
the position information acquisition equipment acquires current client position information of the target client and current driver position information of the target driver, determines a current task state of the student sharing receiving task according to the current client position information, the current driver position information and the student sharing receiving task, and sends the current task state to the student sharing receiving platform;
And the student sharing and delivering platform determines reminding information according to the current task state and sends the reminding information to the target client.
Preferably, the student sharing pickup system further comprises a verification device; the travel information acquisition equipment acquires student travel information of a client to be matched and driver travel information of a driver to be matched, and before the step of transmitting the student travel information and the driver travel information to the student sharing receiving and delivering platform, the method further comprises the following steps:
the verification device acquires parent information and student information of a client to be verified, and judges whether the client to be verified passes user verification according to the parent information and the student information;
when the client to be verified passes user verification, the verification device takes the client to be verified as a client to be matched, and judges whether the client to be matched inputs a driver information verification instruction or not;
when the driver information verification instruction is input by the client to be matched, the verification equipment acquires the driver information and the vehicle information of the client to be matched, and judges whether the client to be matched passes the driver verification according to the driver information and the vehicle information;
And when the client to be matched passes the driver verification, the verification equipment takes the client to be matched as the driver to be matched.
Preferably, the location information obtaining device obtains current client location information of the target client and current driver location information of the target driver, determines a current task state of the student sharing receiving task according to the current client location information, the current driver location information and the student sharing receiving task, and sends the current task state to the student sharing receiving platform, and specifically includes:
the position information acquisition equipment acquires current client position information of a target client side and current driver position information of the target driver side, and determines a current route of the target driver side according to the current client position information and the current driver position information;
the position information acquisition equipment determines the current task state of the student sharing receiving and sending task according to the current route and the student sharing receiving and sending task, and sends the current task state to the student sharing receiving and sending platform.
Preferably, the student sharing pickup system further comprises: an image acquisition device; the student sharing and delivering platform determines reminding information according to the current task state, and before the step of sending the reminding information to the target client, the student sharing and delivering platform further comprises:
The image acquisition equipment acquires the current task state and determines an image acquisition strategy according to the current task state;
the image acquisition equipment acquires the driver image information of the target driver end according to the image acquisition strategy and sends the driver image information to the student sharing pick-up platform;
correspondingly, the step that the student sharing and delivering platform determines reminding information according to the current task state and sends the reminding information to the target client specifically comprises the following steps:
and the student sharing and delivering platform determines reminding information according to the driver image information and the current task state and sends the reminding information to the target client.
Preferably, the step of determining, by the student sharing receiving and sending platform, a target client, a target driver end, and a student sharing receiving and sending task according to the student travel information and the driver travel information, and sending the student sharing receiving and sending task to the location information obtaining device includes:
the student sharing and delivering platform matches the student travel information with the driver travel information, takes a client to be matched corresponding to the student travel information which is successfully matched as a target client, and takes a driver to be matched corresponding to the driver travel information which is successfully matched as a target driver;
And the student sharing and receiving platform determines a student sharing and receiving task according to the successfully matched student travel information and driver travel information, and sends the student sharing and receiving task to the position information acquisition equipment.
According to the student sharing receiving and sending platform, a target client, a target driver end and a student sharing receiving and sending task are determined according to the student travel information and the driver travel information, the student sharing receiving and sending task is sent to the position information obtaining device, the position information obtaining device obtains current client position information of the target client and current driver position information of the target driver end, a current task state of the student sharing receiving and sending task is determined according to the current client position information, the current driver position information and the student sharing receiving and sending task, and the student sharing receiving and sending platform determines reminding information according to the current task state and sends reminding information to the target client; therefore, the receiving and delivering efficiency of students can be improved, and the safety of sharing travel of the students is enhanced.
Drawings
FIG. 1 is a block diagram of a first embodiment of a student sharing pick-up system of the present invention;
FIG. 2 is a block diagram of a second embodiment of the student sharing pick-up system of the present invention;
FIG. 3 is a flow chart of a first embodiment of the student sharing pick-up method of the present invention;
fig. 4 is a flowchart of a second embodiment of the student sharing pick-up method of the present invention.
The achievement of the objects, functional features and advantages of the present invention will be further described with reference to the accompanying drawings, in conjunction with the embodiments.
Detailed Description
It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.
Referring to fig. 1, fig. 1 is a block diagram showing the construction of a first embodiment of the student sharing pick-up system of the present invention. The student sharing pickup system includes: travel information acquisition device 10, student sharing pickup platform 20, and location information acquisition device 30.
The trip information obtaining device 10 is configured to obtain student trip information of a client to be matched and driver trip information of a driver to be matched, and send the student trip information and the driver trip information to the student sharing pickup platform.
It should be noted that the travel information obtaining device 10 may be an electronic device such as a mobile phone, a computer, etc. having man-machine interaction and network connection functions. The travel information obtaining device 10 may obtain, through software installed in the device, student travel information input by a client to be matched and driver travel information of a driver to be matched, and may also directly obtain, through functions such as voice recognition, student travel information of the client to be matched and driver travel information of the driver to be matched, where the student travel information may include a student name, a student school, a home position, a school departure time, a school number, a school departure time, a school number, a first travel time, a pickup plan, and the like; the travel information of the driver can comprise a home address, a school departure time, a school college spelled seat number and a first travel time, wherein the school college and the school college can be selected singly or in multiple ways.
It should be understood that, the travel information acquiring device 10 may send the student travel information and the driver travel information to the student sharing receiving platform through a network transmission manner such as 5G, internet of things, internet of vehicles, etc. the student travel information and the driver travel information may be sent to the student sharing receiving platform.
The student sharing and receiving platform 20 is configured to determine a target client, a target driver end, and a student sharing and receiving task according to the student travel information and the driver travel information, and send the student sharing and receiving task to the location information acquiring device.
It may be understood that the student sharing receiving platform 20 determines a target client, a target driver end and a student sharing receiving task according to the student travel information and the driver travel information, and sends the student sharing receiving task to the location information obtaining device, where the student travel information and the driver travel information are matched, a client to be matched corresponding to the matched student travel information is used as the target client, a driver to be matched corresponding to the matched driver travel information is used as the target driver end, the student sharing receiving task is determined according to the matched student travel information and the driver travel information, and the student sharing receiving task is sent to the location information obtaining device.
It should be understood that the student sharing and delivering platform 20 matches the student travel information with the driver travel information may be to match a home position, a school departure time, a school number of people, a first travel time, a delivery plan, etc. in the student travel information, and a home address, a school departure time, a school collectible seat number, a first travel time, etc. in the driver travel information.
The student sharing pick-up task may include a departure time, a pick-up start point, a pick-up route, a pick-up end point, student information, driver information, an estimated arrival time, a pick-up fee, and the like.
The location information obtaining device 30 is configured to obtain current client location information of the target client and current driver location information of the target driver, determine a current task state of the student sharing receiving task according to the current client location information, the current driver location information and the student sharing receiving task, and send the current task state to the student sharing receiving platform.
It should be understood that the location information acquiring device 30 acquires the current client location information of the target client and the current driver location information of the target driver may acquire the current client location information of the target client and the current driver location information of the target driver through at least one of global positioning system (Global Positioning System, GPS) information, beidou navigation information, and internet of things information.
It should be understood that the location information acquiring apparatus 30 determines the current task state of the student sharing pick-up task according to the current client location information, the current driver location information, and the student sharing pick-up task may be classified into a departure process, a travel process, and an arrival process.
The starting process may be: acquiring the current time t and extracting the departure time t from the student sharing task 1 Estimated time of arrival t 2 When t<t 1 At the time, Δt is calculated 1 ＝t 1 -t, wherein Δt 1 Is the first time difference and judges deltat 1 Whether the preset first threshold is smaller than a preset first threshold, wherein the preset first threshold can be 10 minutes; when Deltat 1 When the command of reaching the start point of the student is not input by the target driver end, setting the current task state of the student sharing pick-up task as 'driver delay'; when the target driver side inputs an instruction of reaching a child start point, judging whether the current driver position information is within a preset range of the pick-up start point in the student sharing pick-up task, for example, the preset range can be 1 km; setting a current task state of the student sharing pick-up task as "driver late" when the current driver position information is not within a preset range of a pick-up start point in the student sharing pick-up task; when the current driver position information is shared and sent by the students Setting the current task state of the student sharing pick-up task as 'driver normally arrives' when the pick-up start point in the task is within a preset range; when the current task state is 'driver normally arrived', judging whether the client arrives at the position of the driver end according to the current client position information, and when the client does not arrive at the position of the driver end, starting timing to obtain time t 3 And judge t 3 Whether the preset second threshold is smaller than a preset second threshold, wherein the preset second threshold can be 5 minutes; when t 3 When the current task state of the student sharing pick-up task is smaller than a preset second threshold value, updating the current task state of the student sharing pick-up task to 'student normal arrival'; when t 3 When the current task state of the student sharing pick-up task is larger than a preset second threshold value, updating the current task state of the student sharing pick-up task to 'student late';
the driving process may be: comparing the current client position information and the current driver position information with a pickup route in the student sharing pickup task in real time, and updating the current task state of the student sharing pickup task into a route abnormality when judging that the driver end deviates from the pickup route according to the current client position information and the current driver position information;
The arrival process may be: acquiring the current time t' and extracting the departure time t from the student sharing task 1 Estimated time of arrival t 2 When t'>t 2 At the time, Δt is calculated 2 ＝t'-t 2 Wherein Δt is 2 Is the second time difference and judges deltat 2 Whether less than a preset third threshold, wherein the preset third threshold may be 10 minutes; when Deltat 2 When the current task state of the student sharing pick-up task is smaller than a preset third threshold value, updating the current task state of the student sharing pick-up task to be 'normal reaching end point'; when Deltat 2 And when the current task state of the student sharing pick-up task is larger than a preset third threshold value, updating the current task state of the student sharing pick-up task to be 'arrival end late'.
The student sharing and delivering platform 20 is further configured to determine a reminder according to the current task state, and send the reminder to the target client.
It may be understood that the student sharing receiving platform 20 may determine the reminding information according to the current task state, and send the reminding information to the target client by searching for the reminding information corresponding to the current task state in a preset mapping relationship table, and send the reminding information to the target client, where the preset mapping relationship table includes a correspondence between the current task state and the reminding information. The preset mapping relation table can be set by a user according to actual demands of the user, or can be set by a designer of the student sharing platform according to test results. For example, when the current task state is "line abnormality", the alert message is determined to be "student off-line, please verify-! Sending the reminding information to a target client; and the reminding information can also be sent to a user side preset by the target client side.
According to the method, student travel information of a client to be matched and driver travel information of a driver to be matched are obtained through the travel information obtaining device, the student travel information and the driver travel information are sent to the student sharing receiving platform, the student sharing receiving platform determines a target client, a target driver end and a student sharing receiving task according to the student travel information and the driver travel information, the student sharing receiving task is sent to the position information obtaining device, the position information obtaining device obtains current client position information of the target client and current driver position information of the target driver end, determines a current task state of the student sharing receiving task according to the current client position information, the current driver position information and the student sharing receiving task, sends the current task state to the student sharing receiving platform, and the student sharing receiving platform determines reminding information according to the current task state and sends the reminding information to the target client; therefore, the receiving and delivering efficiency of students can be improved, and the safety of sharing travel of the students is enhanced.
Referring to fig. 2, fig. 2 is a block diagram of a second embodiment of the student sharing and pickup system according to the present invention, and the second embodiment of the student sharing and pickup system according to the present invention is proposed based on the embodiment shown in fig. 1 described above.
In this embodiment, the student sharing pickup system further includes: a verification device 40;
the verification device 40 is configured to obtain parental information and student information of a client to be verified, and determine whether the client to be verified passes user verification according to the parental information and the student information.
It should be noted that the parent information may be a parent name, a mobile phone number, an identification card number, an emergency contact name, an emergency contact mobile phone number, etc.; the student information may be student name, gender, number, identification number, school information, class information, relationship with parents, home address, locator number, etc.
It should be understood that, the verification device 40 determines, according to the parental information and the student information, whether the client to be verified passes the user verification, or not, may compare the parental information and the student information with the household information of the household system and the student information of the educational student system, and determine, according to the comparison result, whether the client to be verified passes the user verification.
The verification device 40 is further configured to take the client to be verified as a client to be matched when the client to be verified passes user verification, and determine whether the client to be matched inputs a driver information verification instruction.
It may be appreciated that the verification device 40 may take the client to be verified as the client to be matched when the client to be verified passes the user verification, and determine whether the client to be matched inputs the driver information verification instruction.
The verification device 40 is further configured to obtain, when the client to be matched inputs the driver information verification instruction, driver information and vehicle information of the client to be matched, and determine whether the client to be matched passes the driver verification according to the driver information and the vehicle information.
The driver information may be a driver license number, violation information, etc., and the vehicle information may be a vehicle model number, a frame number, etc.
It should be understood that, the verification device 40 determines, according to the driver information and the vehicle information, whether the client to be matched passes the driver verification, or may compare the driver information and the vehicle information with the driving information in the traffic system, and determine, according to the comparison result, whether the client to be matched passes the driver verification.
The verification device 40 is further configured to take the client to be matched as the driver side to be matched when the client to be matched passes the driver verification.
It should be understood that the verification device may take the client to be matched as the driver's end to be matched when the client to be matched passes the driver verification.
In this embodiment, the student sharing pickup system further includes: an image acquisition device 50;
the image acquisition device 50 is configured to acquire the current task state, and determine an image acquisition policy according to the current task state.
It should be appreciated that the image capturing device may determine an image capturing policy according to the current task state, and may determine an image capturing period according to the current task state, and use the image capturing period as the image capturing policy. For example, when the current task state is "normal running", the image acquisition period is set to once every five minutes; when the current task state is "line anomaly", the image acquisition period is set to once every 30 seconds.
The image acquisition device 50 is further configured to acquire driver image information of the target driver according to the image acquisition policy, and send the driver image information to the student sharing pickup platform.
It should be understood that the image capturing device 50 may capture the driver image information of the target driver side according to the image capturing policy, which may be driving bitmap image information, surrounding environment image information, and student image information, according to the image capturing period.
Correspondingly, the student sharing pickup platform 20' is further configured to determine a reminder according to the driver image information and the current task state, and send the reminder to the target client.
It is understood that the student sharing and delivering platform 20' may determine the reminding information according to the driver image information and the current task state by analyzing the driver image information and determining the reminding information according to the analysis result and the current task state. For example, when the driver image information is analyzed and the fatigue driving behavior of the driver is determined according to the analysis result and the current task state, the driver fatigue driving is judged to be-! "send to target client".
According to the embodiment, parental information and student information of a client to be verified are obtained through the verification equipment, whether the client to be verified passes user verification is judged according to the parental information and the student information, the client to be verified is taken as a client to be matched when the client to be verified passes user verification, whether the client to be matched inputs a driver information verification instruction is judged, driver information and vehicle information of the client to be matched are obtained when the client to be matched inputs the driver information verification instruction, whether the client to be matched passes driver verification is judged according to the driver information and the vehicle information, and the client to be matched is taken as a driver to be matched when the client to be matched passes driver verification; therefore, the user information can be audited, and the identity authenticity of the user can be ensured;
According to the method, the current task state is obtained through the image obtaining device, the image obtaining strategy is determined according to the current task state, the driver image information of the target driver end is obtained according to the image obtaining strategy, the driver image information is sent to the student sharing receiving and sending platform, the student sharing receiving and sending platform determines reminding information according to the driver image information and the current task state, and the reminding information is sent to the target client end, so that the driver end can be monitored in real time, and student safety is ensured.
Referring to fig. 3, the student sharing and receiving system of the present invention provides a student sharing and receiving method, and fig. 3 is a flow chart of a first embodiment of the student sharing and receiving method of the present invention, where the student sharing and receiving system includes: travel information acquisition equipment, a student sharing pickup platform and position information acquisition equipment;
the student sharing and delivering method comprises the following steps:
step S10: the travel information acquisition equipment acquires student travel information of a client to be matched and driver travel information of a driver to be matched, and sends the student travel information and the driver travel information to the student sharing receiving and sending platform.
The travel information acquisition equipment can be electronic equipment with man-machine interaction and network connection functions, such as a mobile phone and a computer. The travel information acquisition equipment can acquire the student travel information input by the client to be matched and the driver travel information of the driver to be matched through software installed in the equipment, and can also directly acquire the student travel information of the client to be matched and the driver travel information of the driver to be matched through functions such as voice recognition, wherein the student travel information can comprise student names, school of students, home positions, school departure time, school number of students, first travel time, pick-up plan and the like; the travel information of the driver can comprise a home address, a school departure time, a school college spelled seat number and a first travel time, wherein the school college and the school college can be selected singly or in multiple ways.
It should be understood that, the travel information obtaining device may send the student travel information and the driver travel information to the student sharing receiving platform through network transmission modes such as 5G, internet of things, internet of vehicles, and the like.
Step S20: and the student sharing and receiving platform determines a target client, a target driver end and a student sharing and receiving task according to the student travel information and the driver travel information, and sends the student sharing and receiving task to the position information acquisition equipment.
It can be understood that the student sharing and receiving platform determines a target client, a target driver end and a student sharing and receiving task according to the student travel information and the driver travel information, and sends the student sharing and receiving task to the position information acquisition device.
It should be understood that the student sharing and pickup platform matches the student travel information with the driver travel information may be to match a home position, a school-on departure time, a school-on number, a school-off departure time, a school-on number, a first travel time, a pickup plan, etc. in the student travel information with a home address, a school-on departure time, a school-on spell-able seat number, a school-off departure time, a school-off spell-able seat number, a first travel time, etc. in the driver travel information.
The student sharing pick-up task may include a departure time, a pick-up start point, a pick-up route, a pick-up end point, student information, driver information, an estimated arrival time, a pick-up fee, and the like.
Step S30: the position information acquisition equipment acquires current client position information of the target client and current driver position information of the target driver, determines a current task state of the student sharing receiving task according to the current client position information, the current driver position information and the student sharing receiving task, and sends the current task state to the student sharing receiving platform.
It should be understood that the location information acquiring device may acquire the current client location information of the target client and the current driver location information of the target driver by at least one of global positioning system (Global Positioning System, GPS) information, beidou navigation information, and internet of things information.
It should be understood that the location information acquiring apparatus determines the current task state of the student sharing pick-up task according to the current client location information, the current driver location information, and the student sharing pick-up task may be classified into a departure process, a travel process, and an arrival process.
The starting process may be: acquiring the current time t and extracting the departure time t from the student sharing task 1 Estimated time of arrival t 2 When t<t 1 At the time, Δt is calculated 1 ＝t 1 -t, wherein Δt 1 Is the first time difference and judges deltat 1 Whether the preset first threshold is smaller than a preset first threshold, wherein the preset first threshold can be 10 minutes; when Deltat 1 When the command of reaching the start point of the student is not input by the target driver end, setting the current task state of the student sharing pick-up task as 'driver delay'; when the target driver side inputs an instruction of reaching a child start point, judging whether the current driver position information is within a preset range of the pick-up start point in the student sharing pick-up task, for example, the preset range can be 1 km; setting a current task state of the student sharing pick-up task when the current driver position information is not within a preset range of a pick-up start point in the student sharing pick-up taskSetting as "driver is late"; when the current driver position information is within a preset range of a pick-up starting point in the student sharing pick-up task, setting a current task state of the student sharing pick-up task as 'driver normally arrives'; when the current task state is 'driver normally arrived', judging whether the client arrives at the position of the driver end according to the current client position information, and when the client does not arrive at the position of the driver end, starting timing to obtain time t 3 And judge t 3 Whether the preset second threshold is smaller than a preset second threshold, wherein the preset second threshold can be 5 minutes; when t 3 When the current task state of the student sharing pick-up task is smaller than a preset second threshold value, updating the current task state of the student sharing pick-up task to 'student normal arrival'; when t 3 When the current task state of the student sharing pick-up task is larger than a preset second threshold value, updating the current task state of the student sharing pick-up task to 'student late';
the driving process may be: comparing the current client position information and the current driver position information with a pickup route in the student sharing pickup task in real time, and updating the current task state of the student sharing pickup task into a route abnormality when judging that the driver end deviates from the pickup route according to the current client position information and the current driver position information;
the arrival process may be: acquiring the current time t' and extracting the departure time t from the student sharing task 1 Estimated time of arrival t 2 When t'>t 2 At the time, Δt is calculated 2 ＝t'-t 2 Wherein Δt is 2 Is the second time difference and judges deltat 2 Whether less than a preset third threshold, wherein the preset third threshold may be 10 minutes; when Deltat 2 When the current task state of the student sharing pick-up task is smaller than a preset third threshold value, updating the current task state of the student sharing pick-up task to be 'normal reaching end point'; when Deltat 2 And when the current task state of the student sharing pick-up task is larger than a preset third threshold value, updating the current task state of the student sharing pick-up task to be 'arrival end late'.
Step S40: and the student sharing and delivering platform determines reminding information according to the current task state and sends the reminding information to the target client.
It may be understood that the student sharing receiving platform may determine the reminding information according to the current task state, and send the reminding information to the target client may search a preset mapping relationship table for the reminding information corresponding to the current task state, and send the reminding information to the target client, where the preset mapping relationship table includes a correspondence between the current task state and the reminding information. The preset mapping relation table can be set by a user according to actual demands of the user, or can be set by a designer of the student sharing platform according to test results. For example, when the current task state is "line abnormality", the alert message is determined to be "student off-line, please verify-! Sending the reminding information to a target client; and the reminding information can also be sent to a user side preset by the target client side.
According to the method, student travel information of a client to be matched and driver travel information of a driver to be matched are obtained through the travel information obtaining device, the student travel information and the driver travel information are sent to the student sharing receiving platform, the student sharing receiving platform determines a target client, a target driver end and a student sharing receiving task according to the student travel information and the driver travel information, the student sharing receiving task is sent to the position information obtaining device, the position information obtaining device obtains current client position information of the target client and current driver position information of the target driver end, determines a current task state of the student sharing receiving task according to the current client position information, the current driver position information and the student sharing receiving task, sends the current task state to the student sharing receiving platform, and the student sharing receiving platform determines reminding information according to the current task state and sends the reminding information to the target client; therefore, the receiving and delivering efficiency of students can be improved, and the safety of sharing travel of the students is enhanced.
Referring to fig. 4, fig. 4 is a schematic flow chart of a second embodiment of the student sharing pick-up method according to the present invention, and based on the embodiment shown in fig. 3, the second embodiment of the student sharing pick-up method according to the present invention is proposed.
In this embodiment, the student sharing pickup system further includes: an authentication device and an image acquisition device;
in this embodiment, before the step S10, the method further includes:
step S01: and the verification equipment acquires parent information and student information of the client to be verified, and judges whether the client to be verified passes user verification according to the parent information and the student information.
It should be noted that the parent information may be a parent name, a mobile phone number, an identification card number, an emergency contact name, an emergency contact mobile phone number, etc.; the student information may be student name, gender, number, identification number, school information, class information, relationship with parents, home address, locator number, etc.
It should be understood that, the verification device determines, according to the parent information and the student information, whether the client to be verified passes user verification, or not, may compare the parent information and the student information with household registration information of a household registration system and student information of an educational student registration system, and determine, according to the comparison result, whether the client to be verified passes user verification.
Step S02: and when the client to be verified passes the user verification, the verification equipment takes the client to be verified as a client to be matched, and judges whether the client to be matched inputs a driver information verification instruction or not.
It can be understood that the verification device may take the client to be verified as the client to be matched when the client to be verified passes the user verification, and determine whether the client to be matched inputs the driver information verification instruction.
Step S03: and when the client to be matched inputs the driver information verification instruction, the verification equipment acquires the driver information and the vehicle information of the client to be matched, and judges whether the client to be matched passes the driver verification according to the driver information and the vehicle information.
The driver information may be a driver license number, violation information, etc., and the vehicle information may be a vehicle model number, a frame number, etc.
It should be understood that, the verification device may determine, according to the driver information and the vehicle information, whether the client to be matched passes the driver verification, by comparing the driver information and the vehicle information with driving information in the traffic management system, and determine, according to a comparison result, whether the client to be matched passes the driver verification.
Step S04: and when the client to be matched passes the driver verification, the verification equipment takes the client to be matched as the driver to be matched.
It should be understood that the verification device may take the client to be matched as the driver's end to be matched when the client to be matched passes the driver verification.
In this embodiment, before the step S40, the method further includes:
step S401: the image acquisition device acquires the current task state and determines an image acquisition strategy according to the current task state.
It should be appreciated that the image capturing device may determine an image capturing policy according to the current task state, and may determine an image capturing period according to the current task state, and use the image capturing period as the image capturing policy. For example, when the current task state is "normal running", the image acquisition period is set to once every five minutes; when the current task state is "line anomaly", the image acquisition period is set to once every 30 seconds.
Step S402: the image acquisition equipment acquires the driver image information of the target driver end according to the image acquisition strategy and sends the driver image information to the student sharing pick-up platform.
It should be understood that the image capturing device may capture the driver image information of the target driver according to the image capturing policy, and may capture the driver image information of the target driver according to the image capturing period, where the driver image information may be driving image information, surrounding image information, and student image information.
Accordingly, the step S40 includes:
step S40': and the student sharing and delivering platform determines reminding information according to the driver image information and the current task state and sends the reminding information to the target client.
It can be understood that the student sharing and delivering platform can analyze the driver image information and determine the reminding information according to the driver image information and the current task state, and determine the reminding information according to the analysis result and the current task state. For example, when the driver image information is analyzed and the fatigue driving behavior of the driver is determined according to the analysis result and the current task state, the driver fatigue driving is judged to be-! "send to target client".
According to the embodiment, parental information and student information of a client to be verified are obtained through the verification equipment, whether the client to be verified passes user verification is judged according to the parental information and the student information, the client to be verified is taken as a client to be matched when the client to be verified passes user verification, whether the client to be matched inputs a driver information verification instruction is judged, driver information and vehicle information of the client to be matched are obtained when the client to be matched inputs the driver information verification instruction, whether the client to be matched passes driver verification is judged according to the driver information and the vehicle information, and the client to be matched is taken as a driver to be matched when the client to be matched passes driver verification; therefore, the user information can be audited, and the identity authenticity of the user can be ensured;
According to the method, the current task state is obtained through the image obtaining device, the image obtaining strategy is determined according to the current task state, the driver image information of the target driver end is obtained according to the image obtaining strategy, the driver image information is sent to the student sharing receiving and sending platform, the student sharing receiving and sending platform determines reminding information according to the driver image information and the current task state, and the reminding information is sent to the target client end, so that the driver end can be monitored in real time, and student safety is ensured.
It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or system that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or system. Without further limitation, an element defined by the phrase "comprising one … …" does not exclude the presence of other like elements in a process, method, article, or system that comprises the element.
The foregoing embodiment numbers of the present invention are merely for the purpose of description, and do not represent the advantages or disadvantages of the embodiments.
In the unit claims enumerating several means, several of these means may be embodied by one and the same item of hardware. The use of the words first, second, third, etc. do not denote any order. These words may be interpreted as names.
From the above description of the embodiments, it will be clear to those skilled in the art that the above-described embodiment method may be implemented by means of software plus a necessary general hardware platform, but of course may also be implemented by means of hardware, but in many cases the former is a preferred embodiment. Based on such understanding, the technical solution of the present invention may be embodied essentially or in a part contributing to the prior art in the form of a software product stored in a storage medium (e.g. ROM/RAM, magnetic disk, optical disk) as described above, comprising instructions for causing a terminal device (which may be a mobile phone, a computer, a server, an air conditioner, or a network device, etc.) to perform the method according to the embodiments of the present invention.
The foregoing description is only of the preferred embodiments of the present invention, and is not intended to limit the scope of the invention, but rather is intended to cover any equivalents of the structures or equivalent processes disclosed herein or in the alternative, which may be employed directly or indirectly in other related arts.
Claims (10)
1. A student sharing pick-up system, the student sharing pick-up system comprising: travel information acquisition equipment, a student sharing pickup platform and position information acquisition equipment;
the travel information acquisition equipment is used for acquiring student travel information of the client to be matched and driver travel information of the driver to be matched, and sending the student travel information and the driver travel information to the student sharing receiving platform;
the student sharing receiving and sending platform is used for determining a target client, a target driver end and a student sharing receiving and sending task according to the student travel information and the driver travel information, and sending the student sharing receiving and sending task to the position information acquisition equipment;
the position information acquisition equipment is used for acquiring current client position information of the target client and current driver position information of the target driver side, determining a current task state of the student sharing receiving task according to the current client position information, the current driver position information and the student sharing receiving task, and sending the current task state to the student sharing receiving platform;
The student sharing and delivering platform is further used for determining reminding information according to the current task state and sending the reminding information to the target client;
the position information acquisition equipment is further used for acquiring the current time, extracting the departure time and the expected arrival time from the student sharing pick-up task, determining a first time difference according to the current time and the departure time, and judging whether the first time difference is smaller than a preset first threshold value or not; when the first time difference is smaller than a preset first threshold value, acquiring whether a target driver end inputs a command of reaching a start point of a student, and when the target driver end does not input the command of reaching the start point of the student, setting the current task state of the student sharing pick-up task as 'driver late'; when the target driver end inputs an instruction of reaching a start point of a student, judging whether the current driver position information is within a preset range of the start point of pickup in the student sharing pickup task; setting a current task state of the student sharing pick-up task as "driver late" when the current driver position information is not within a preset range of a pick-up start point in the student sharing pick-up task; when the current driver position information is within a preset range of a pick-up starting point in the student sharing pick-up task, setting a current task state of the student sharing pick-up task as 'driver normally arrives'; when the current task state is that a driver normally arrives, judging whether the client arrives at the position of the target driver end according to the current client position information, starting timing when the client does not arrive at the position of the target driver end, obtaining time, and judging whether the time is smaller than a preset second threshold value; when the current task state of the student sharing pick-up task is smaller than a preset second threshold value, updating the current task state of the student sharing pick-up task to 'student normal arrival'; when the current task state of the student sharing pick-up task is larger than a preset second threshold value, updating the current task state of the student sharing pick-up task to 'student late'; acquiring current time, determining a second time difference according to the current time and the expected arrival time, and judging whether the second time difference is smaller than a preset third threshold value or not; when the current task state of the student sharing pick-up task is smaller than a preset third threshold value, updating the current task state of the student sharing pick-up task to be 'normal reaching end point'; and when the current task state of the student sharing pick-up task is larger than a preset third threshold value, updating the current task state of the student sharing pick-up task to be 'arrival end late'.
2. The student sharing pick-up system of claim 1, wherein the student sharing pick-up system further comprises: an authentication device;
the verification device is used for acquiring parent information and student information of the client to be verified, and judging whether the client to be verified passes user verification according to the parent information and the student information;
the verification device is further configured to take the client to be verified as a client to be matched when the client to be verified passes user verification, and determine whether the client to be matched inputs a driver information verification instruction;
the verification device is further configured to obtain, when the client to be matched inputs the driver information verification instruction, driver information and vehicle information of the client to be matched, and determine whether the client to be matched passes driver verification according to the driver information and the vehicle information;
the verification device is further configured to use the client to be matched as the driver end to be matched when the client to be matched passes the driver verification.
3. The student sharing pickup system of claim 1, wherein the location information acquisition device is further configured to acquire current client location information of a target client and current driver location information of the target driver, and determine a current route of the target driver according to the current client location information and the current driver location information;
The position information acquisition equipment is also used for determining the current task state of the student sharing pick-up task according to the current route and the student sharing pick-up task, and sending the current task state to the student sharing pick-up platform.
4. The student sharing pick-up system of claim 1, wherein the student sharing pick-up system further comprises: an image acquisition device;
the image acquisition equipment is used for acquiring the current task state and determining an image acquisition strategy according to the current task state;
the image acquisition equipment is also used for acquiring the driver image information of the target driver end according to the image acquisition strategy and sending the driver image information to the student sharing pick-up platform;
correspondingly, the student sharing receiving and sending platform is further used for determining reminding information according to the driver image information and the current task state and sending the reminding information to the target client.
5. The student sharing pickup system of any one of claims 1 to 4, wherein the student sharing pickup platform is further configured to match the student travel information with the driver travel information, and take a client to be matched corresponding to the student travel information that is successfully matched as a target client, and take a driver to be matched corresponding to the driver travel information that is successfully matched as a target driver;
The student sharing receiving and sending platform is further used for determining a student sharing receiving and sending task according to the successfully matched student travel information and driver travel information, and sending the student sharing receiving and sending task to the position information acquisition equipment.
6. A student sharing pick-up method, wherein the student sharing pick-up method is applied to a student sharing pick-up system, the system comprising: travel information acquisition equipment, a student sharing pickup platform and position information acquisition equipment; the method comprises the following steps:
the travel information acquisition equipment acquires student travel information of a client to be matched and driver travel information of a driver to be matched, and sends the student travel information and the driver travel information to the student sharing receiving platform;
the student sharing and receiving platform determines a target client, a target driver end and a student sharing and receiving task according to the student travel information and the driver travel information, and sends the student sharing and receiving task to the position information acquisition equipment;
the position information acquisition equipment acquires current client position information of the target client and current driver position information of the target driver, determines a current task state of the student sharing receiving task according to the current client position information, the current driver position information and the student sharing receiving task, and sends the current task state to the student sharing receiving platform;
The student sharing and delivering platform determines reminding information according to the current task state and sends the reminding information to the target client;
the position information acquisition equipment acquires current time, extracts departure time and expected arrival time from the student sharing pick-up task, determines a first time difference according to the current time and the departure time, and judges whether the first time difference is smaller than a preset first threshold value; when the first time difference is smaller than a preset first threshold value, acquiring whether a target driver end inputs a command of reaching a start point of a student, and when the target driver end does not input the command of reaching the start point of the student, setting the current task state of the student sharing pick-up task as 'driver late'; when the target driver end inputs an instruction of reaching a start point of a student, judging whether the current driver position information is within a preset range of the start point of pickup in the student sharing pickup task; setting a current task state of the student sharing pick-up task as "driver late" when the current driver position information is not within a preset range of a pick-up start point in the student sharing pick-up task; when the current driver position information is within a preset range of a pick-up starting point in the student sharing pick-up task, setting a current task state of the student sharing pick-up task as 'driver normally arrives'; when the current task state is that a driver normally arrives, judging whether the client arrives at the position of the target driver end according to the current client position information, starting timing when the client does not arrive at the position of the target driver end, obtaining time, and judging whether the time is smaller than a preset second threshold value; when the current task state of the student sharing pick-up task is smaller than a preset second threshold value, updating the current task state of the student sharing pick-up task to 'student normal arrival'; when the current task state of the student sharing pick-up task is larger than a preset second threshold value, updating the current task state of the student sharing pick-up task to 'student late'; acquiring current time, determining a second time difference according to the current time and the expected arrival time, and judging whether the second time difference is smaller than a preset third threshold value or not; when the current task state of the student sharing pick-up task is smaller than a preset third threshold value, updating the current task state of the student sharing pick-up task to be 'normal reaching end point'; and when the current task state of the student sharing pick-up task is larger than a preset third threshold value, updating the current task state of the student sharing pick-up task to be 'arrival end late'.
7. The student sharing pick-up method of claim 6, wherein said student sharing pick-up system further comprises a verification device;
the travel information acquisition device acquires student travel information of a client to be matched and driver travel information of a driver to be matched, and before the step of transmitting the student travel information and the driver travel information to the student sharing pick-up platform, the student sharing pick-up method further comprises:
the verification device acquires parent information and student information of a client to be verified, and judges whether the client to be verified passes user verification according to the parent information and the student information;
when the client to be verified passes user verification, the verification device takes the client to be verified as a client to be matched, and judges whether the client to be matched inputs a driver information verification instruction or not;
when the driver information verification instruction is input by the client to be matched, the verification equipment acquires the driver information and the vehicle information of the client to be matched, and judges whether the client to be matched passes the driver verification according to the driver information and the vehicle information;
And when the client to be matched passes the driver verification, the verification equipment takes the client to be matched as the driver to be matched.
8. The student sharing pickup method as claimed in claim 6, wherein the location information obtaining apparatus obtains current client location information of the target client and current driver location information of the target driver, and determines a current task state of the student sharing pickup task according to the current client location information, the current driver location information, and the student sharing pickup task, and the step of transmitting the current task state to the student sharing pickup platform specifically comprises:
the position information acquisition equipment acquires current client position information of a target client side and current driver position information of the target driver side, and determines a current route of the target driver side according to the current client position information and the current driver position information;
the position information acquisition equipment determines the current task state of the student sharing receiving and sending task according to the current route and the student sharing receiving and sending task, and sends the current task state to the student sharing receiving and sending platform.
9. The student sharing pick-up method as defined in claim 6, wherein the student sharing pick-up system further comprises: an image acquisition device;
the student sharing and delivering platform determines reminding information according to the current task state, and before the step of sending the reminding information to the target client, the student sharing and delivering method further comprises the following steps:
the image acquisition equipment acquires the current task state and determines an image acquisition strategy according to the current task state;
the image acquisition equipment acquires the driver image information of the target driver end according to the image acquisition strategy and sends the driver image information to the student sharing pick-up platform;
correspondingly, the step that the student sharing and delivering platform determines reminding information according to the current task state and sends the reminding information to the target client specifically comprises the following steps:
and the student sharing and delivering platform determines reminding information according to the driver image information and the current task state and sends the reminding information to the target client.
10. The student sharing pickup method according to any one of claims 6 to 9, wherein the student sharing pickup platform determines a target client, a target driver side, and a student sharing pickup task from the student travel information and the driver travel information, and transmits the student sharing pickup task to the location information acquisition device, specifically comprising:
The student sharing and delivering platform matches the student travel information with the driver travel information, takes a client to be matched corresponding to the student travel information which is successfully matched as a target client, and takes a driver to be matched corresponding to the driver travel information which is successfully matched as a target driver;
and the student sharing and receiving platform determines a student sharing and receiving task according to the successfully matched student travel information and driver travel information, and sends the student sharing and receiving task to the position information acquisition equipment.
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