CN111563242A - Electric vehicle management system and method - Google Patents
Electric vehicle management system and method Download PDFInfo
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- CN111563242A CN111563242A CN202010284421.7A CN202010284421A CN111563242A CN 111563242 A CN111563242 A CN 111563242A CN 202010284421 A CN202010284421 A CN 202010284421A CN 111563242 A CN111563242 A CN 111563242A
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- 238000013475 authorization Methods 0.000 claims abstract description 33
- 238000012795 verification Methods 0.000 claims abstract description 33
- 238000004891 communication Methods 0.000 claims description 71
- 238000007726 management method Methods 0.000 claims description 47
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/30—Authentication, i.e. establishing the identity or authorisation of security principals
- G06F21/31—User authentication
- G06F21/32—User authentication using biometric data, e.g. fingerprints, iris scans or voiceprints
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01C—MEASURING DISTANCES, LEVELS OR BEARINGS; SURVEYING; NAVIGATION; GYROSCOPIC INSTRUMENTS; PHOTOGRAMMETRY OR VIDEOGRAMMETRY
- G01C21/00—Navigation; Navigational instruments not provided for in groups G01C1/00 - G01C19/00
- G01C21/26—Navigation; Navigational instruments not provided for in groups G01C1/00 - G01C19/00 specially adapted for navigation in a road network
- G01C21/34—Route searching; Route guidance
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
- G06V40/00—Recognition of biometric, human-related or animal-related patterns in image or video data
- G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
- G06V40/16—Human faces, e.g. facial parts, sketches or expressions
- G06V40/172—Classification, e.g. identification
Abstract
The invention discloses an electric vehicle management system and method, and relates to the technical field of vehicle management; the system comprises a server for identifying a driver, a camera arranged on a vehicle and used for acquiring a head portrait of the driver, and a driver verification module, wherein the driver verification module is used for acquiring information of the head portrait of the driver by the camera and sending the information to the server; the method comprises the steps of S1 inputting tasks, S2 acquiring driver identities and S3 verifying the driver identities, S3 verifying the driver identities, comparing the executant identities with the driver identities by a server, and generating authorization identity information and sending the authorization identity information to a main board of a corresponding vehicle by the server when the driver identities are consistent with the executant identities; the electric vehicle management system realizes high management efficiency and good management effect of the electric vehicle through the server, the camera, the driver verification module and the like.
Description
Technical Field
The invention relates to the technical field of vehicle management, in particular to an electric vehicle management system and method.
Background
At present, the electric office vehicle occasionally has the phenomenon of private use of a bus, unnecessary vehicle consumption is caused, operation cost is increased, and a safety accident can be seriously formed.
For example, a formal driver of an electric power company makes a small-difference detour and a private accident in the office process, so that the driving mileage of the vehicle is additionally increased. Due to private use of the bus, not only is oil and gas resources of a company consumed in private, but also the use time of the bus is occupied in private, so that public resources of a power company are wasted seriously. The serious person borrows the electric power company vehicle for other people, and serious potential safety hazards or accidents are caused by the fact that the driving qualification of other people is poor or the driving experience is insufficient.
The private internet is an internet which is specially used in the power company.
Problems with the prior art and considerations:
how to solve electric vehicle management efficiency lower, the relatively poor technical problem of effect.
Disclosure of Invention
The invention aims to provide an electric vehicle management system and method, which realize high electric vehicle management efficiency and good management effect through a server, a camera, a verification driver module and the like.
In order to solve the technical problems, the technical scheme adopted by the invention is as follows: the utility model provides an electric vehicle management system is including the server that is used for discerning the driver and set up the camera that is used for acquireing driver's head portrait and verify driver's module on the vehicle, the camera passes through wireless communication device and special internet and is connected and communicate with the server, verifies driver's module for the information transmission that the camera acquireed driver's head portrait sends to the server, and the driver's head portrait information that the server received the camera and sent, and the server is with driver's head portrait information traverse staff's database and find corresponding driver's identity.
The further technical scheme is as follows: the driver verification module is also used for inputting the identity information of an executor executing the driving task on the car dispatching list into the server by the administrator, the server compares the identity of the executor with the identity of the driver, and when the identity of the driver is consistent with the identity of the executor, the server generates and sends out authorized identity information; and when the identity of the driver is inconsistent with the identity of the executor, the server generates and sends out identity warning information.
The further technical scheme is as follows: the driver verification system further comprises an information input device, wherein the information input device is connected with and communicates with the server to verify the driver module, the information input device is further used for inputting the identity information of the executor into the server, and the server sends the identity alarm information to a display of the server; the information input device is a keyboard, and the keyboard is in wired connection with the server and is in one-way communication with the server.
The further technical scheme is as follows: the driver verification system further comprises a mobile terminal, wherein the mobile terminal is connected with the server through a wireless communication device and a special internet and is in two-way communication with the server to verify the driver module, the mobile terminal is further used for inputting the identity information of an executor into the server through the mobile terminal, and the server sends the identity alarm information to the mobile terminal; the mobile terminal is a smart phone or a tablet computer.
The further technical scheme is as follows: the mobile terminal comprises a first mobile terminal used by an administrator and a second mobile terminal used by an executor, wherein the first mobile terminal and the second mobile terminal are respectively connected with the server through a wireless communication device and a special internet to verify a driver module, the first mobile terminal and the second mobile terminal are also used for inputting identity information of the executor into the server through the first mobile terminal, driving request information is sent to the server through the second mobile terminal, the server sends an image calling instruction to the camera and activates the camera, and the server sends identity warning information to the first mobile terminal and the second mobile terminal respectively.
The further technical scheme is as follows: the system comprises a server, a vehicle main board and an authorized driving module, wherein the server is connected with and communicates with the vehicle main board through a wireless communication device and a special internet; and the driver verification module is also used for the server to intermittently identify the identity of the driver.
The further technical scheme is as follows: the system comprises a vehicle, a server, a wireless communication device, an approval path module, a task destination information input server, a navigation device and a server, wherein the navigation device is arranged on the vehicle, is connected with the server through the wireless communication device and a special internet and is in two-way communication; when the task destination is inconsistent with the navigation destination, the server generates and sends out path alarm information; when the navigation device finds that the vehicle deviates from the recommended navigation route, path deviation warning information is generated and sent to the server.
An electric vehicle management method is based on a server for identifying a driver, a mainboard of a vehicle, a first mobile terminal for a manager to use, a second mobile terminal for a executor to use and a camera arranged on the vehicle for acquiring a head portrait of the driver, wherein the mainboard, the first mobile terminal, the second mobile terminal and the camera of the vehicle are respectively connected with and communicated with the server through a wireless communication device and a special Internet, the method comprises the steps of S1 entering a task, S2 acquiring the identity of the driver and S3 verifying the identity of the driver, S2 acquiring the identity of the driver, the information of the head portrait of the driver acquired by the camera is sent to the server, and the server receives the head portrait information of the driver, traverses the head portrait information of the driver through a staff database and acquires the corresponding identity of the driver; s3, verifying the identity of the driver, comparing the identity of the executor with the identity of the driver by the server, generating identity warning information by the server and sending the identity warning information to the first mobile terminal or the second mobile terminal when the identity of the driver is inconsistent with the identity of the executor, and executing S2 to collect the identity of the driver; and when the identity of the driver is consistent with the identity of the executor, the server generates authorization identity information and sends the authorization identity information to the main board of the corresponding vehicle.
The further technical scheme is as follows: the S1 types in the task, the administrator types in the vehicle dispatching list information through the first mobile terminal, the first mobile terminal sends the vehicle dispatching list information to the server and stores the vehicle dispatching list information, and the vehicle dispatching list information comprises information of the identity of an executor executing the driving task and the task destination.
The further technical scheme is as follows: also based on a navigation device for vehicle navigation provided on a vehicle, the navigation device being connected to and communicating with a server through a wireless communication device and a private internet, further comprising the steps of S4 approving a route, S5 driving navigation, S6 checking a driver' S identity, and S7 checking a route,
s4 approval of the path, a driver inputs a navigation destination into the navigation device, the navigation device generates a recommended navigation path according to the navigation destination, the navigation device sends the navigation destination and the recommended navigation path to a server, the server compares the task destination with the navigation destination, when the task destination is inconsistent with the navigation destination, the server generates path warning information and sends the path warning information to the corresponding navigation device, the first mobile terminal or the second mobile terminal, and the step of S4 approval of the path is executed; when the task destination is consistent with the navigation destination, the server generates authorization path information and sends the authorization path information to a corresponding navigation device;
s5 driving navigation, wherein the main board of the vehicle receives the authorization identity information sent by the server, activates and allows driving, and the navigation device receives the authorization path information sent by the server and allows navigation;
s6 checking the driver identity, delaying the server for a period of time, wherein the period of time ranges from one second to one hour, traversing the received driver head portrait information through the employee database and acquiring the corresponding driver identity, comparing the executive identity with the driver identity by the server, and executing S7 checking the path when the driver identity is consistent with the executive identity; when the identity of the driver is inconsistent with the identity of the executor, the server generates identity alarm information, the server sends the identity alarm information to the navigation device, the navigation device receives the identity alarm information sent by the server and gives an alarm, the server sends the identity alarm information to a main board of a corresponding vehicle, the main board of the vehicle receives the identity alarm information sent by the server and prohibits driving, and the server sends the identity alarm information to the first mobile terminal or the second mobile terminal;
s7 checking the route, generating information that the driving route is normal when the navigation device knows that the vehicle is positioned on the recommended navigation route and sending the information to the server, receiving the information that the driving route is normal sent by the navigation device by the server, and executing S6 checking the identity of the driver; and when the navigation device finds that the vehicle deviates from the recommended navigation route, generating path deviation warning information and sending the path deviation warning information to the server, receiving the path deviation warning information sent by the navigation device by the server and respectively forwarding the path deviation warning information to the first mobile terminal and the second mobile terminal, and executing S6 to check the identity of the driver.
Adopt the produced beneficial effect of above-mentioned technical scheme to lie in:
the utility model provides an electric vehicle management system, it passes through server, camera and verification driver module etc. and it is high to have realized electric vehicle management efficiency, and the management is effectual.
The electric vehicle management method has the advantages that the steps of inputting tasks through S1, collecting the identity of a driver through S2, verifying the identity of the driver through S3 and the like are achieved, and high management efficiency and good management effect of the electric vehicle are achieved.
See detailed description of the preferred embodiments.
Drawings
FIG. 1 is a schematic block diagram of embodiment 1 of the present invention;
fig. 2 is a schematic block diagram of embodiment 2 and embodiment 3 of the present invention;
FIG. 3 is a schematic block diagram of embodiment 4 of the present invention;
FIG. 4 is a schematic block diagram of embodiment 5 of the present invention;
fig. 5 is a schematic block diagram of embodiment 6 and embodiment 7 of the present invention;
FIG. 6 is a schematic block diagram of embodiment 8 of the present invention;
fig. 7 is a flowchart of embodiment 9 of the present invention.
Detailed Description
The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are only a part of the embodiments of the present application, and not all of the embodiments. The following description of at least one exemplary embodiment is merely illustrative in nature and is in no way intended to limit the application, its application, or uses. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present application.
In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present application, but the present application may be practiced in other ways than those described herein, and it will be apparent to those of ordinary skill in the art that the present application is not limited to the specific embodiments disclosed below.
Example 1:
as shown in figure 1, the invention discloses an electric vehicle management system which comprises a server for identifying a driver, a camera fixed on a vehicle and used for acquiring a head portrait of the driver, and a driver verification module, wherein the camera is connected with the server through a wireless communication device and a special internet and is in one-way communication.
And the driver verification module is used for acquiring the information of the head portrait of the driver by the camera and sending the information to the server, the server receives the head portrait information of the driver sent by the camera, and the server traverses the head portrait information of the driver through the employee database and finds the corresponding identity of the driver.
The server, the camera, the wireless communication device, the dedicated internet and the corresponding communication connection technology are not described herein in detail for the prior art.
Example 1 description of use:
the server receives the head portrait information of the driver from the camera and displays the head portrait information through the display of the server, and the administrator checks the pictures provided by the camera on line in real time through the display of the server so as to check the condition of the driver in the vehicle. A driver in the vehicle is considered normal if the driver is in agreement with an implementer performing a driving task on the vehicle departure list. If the driver in the vehicle is inconsistent with the performer performing the driving task on the dispatch list, the administrator may record and perform corresponding processing. The administrator can contact the executor by telephone at the first time to dissuade and stop the executor from borrowing the vehicle to the driver in time to violate the behavior specified by the company. The administrator can also prevent similar events from happening by a method of issuing a ticket to the executor. The electric vehicle management efficiency is high, effectual.
The server traverses the head portrait information of the driver through the employee database, finds the corresponding driver identity and displays the driver identity through a display of the server, and the administrator checks the information of the driver identity on line in real time through the display of the server so as to check the identity of the driver in the vehicle. In the real work, the administrator does not necessarily know all the executives, and because the administrator does not know the executives, even if the administrator sees the picture of the driver, the administrator cannot necessarily judge whether the driver in the picture is consistent with the executives on the car dispatching list in time and accurately. The identity of the driver is identified through the server, so that the working efficiency is greatly improved, the management efficiency of the electric vehicle is higher, and the effect is better.
Example 2:
the embodiment 2 is different from the embodiment 1 in that the system further comprises an information input device, wherein the information input device is a keyboard, and an administrator generates and sends authorization identity information through the information input device and the server.
As shown in fig. 2, the invention discloses an electric vehicle management system, which comprises a server for identifying a driver, an information input device, a camera fixed on a vehicle and used for acquiring a head portrait of the driver, and a driver verification module, wherein the camera is connected with the server through a wireless communication device and a special internet and is in one-way communication, the information input device is a keyboard, and the information input device is in wired connection with the server and is in one-way communication.
And the driver verification module is used for acquiring information of a driver head portrait by the camera and sending the information to the server, the server receives the driver head portrait information sent by the camera, the server traverses the driver database with the driver head portrait information and finds a corresponding driver identity, and when the driver identity is consistent with the executor identity, the administrator generates and sends authorized identity information through the information input device and the server.
The server, the information entry device, the camera, the wireless communication device, the dedicated internet and the corresponding communication connection technology are not described in detail herein for the prior art.
Example 2 description of use:
the method comprises the steps that a driver enters a vehicle, the driver makes a call and requests a manager to authorize driving, a camera acquires information of a head portrait of the driver and sends the information to a server, the server receives the head portrait information of the driver sent by the camera and displays the head portrait information through a display of the server, and the manager checks a picture provided by the camera on line in real time through the display of the server so as to check the condition of the driver in the vehicle. If the driver in the vehicle is consistent with the executor executing the driving task on the vehicle dispatching list, the administrator generates and sends the authorization identity information through the information input device and the server, and the main board of the vehicle receives the authorization identity information and allows the vehicle to be started. If the driver in the vehicle is inconsistent with the executor performing the driving task on the vehicle dispatch list, the authorized identity information is not sent, and the vehicle is not allowed to be started. According to the technical scheme, the control is performed from the source, personnel do not allow the vehicle to be started, the time of post-communication processing is saved, the management efficiency of the electric vehicle is further improved, and the effect is better.
Example 3:
the difference between the embodiment 3 and the embodiment 2 is that an administrator inputs the identity information of an executor into a server through an information input device, the server compares the identity of the executor with the identity of a driver, and when the identity of the driver is consistent with the identity of the executor, the server generates and sends out authorized identity information.
As shown in fig. 2, the invention discloses an electric vehicle management system, which comprises a server for identifying a driver, an information input device, a camera fixed on a vehicle and used for acquiring a head portrait of the driver, and a driver verification module, wherein the camera is connected with the server through a wireless communication device and a special internet and is in one-way communication, the information input device is a keyboard, and the information input device is in wired connection with the server and is in one-way communication.
The driver verification module is used for enabling an administrator to input identity information of an executor executing a driving task on a car dispatching list into the server through the information input device, the camera acquires information of a head portrait of the driver and sends the information to the server, the server receives the head portrait information of the driver sent by the camera, the server traverses the head portrait information of the driver through the staff database and finds a corresponding driver identity, the server compares the identity of the executor with the identity of the driver, and when the identity of the driver is consistent with the identity of the executor, the server generates and sends authorized identity information.
The server, the information entry device, the camera, the wireless communication device, the dedicated internet and the corresponding communication connection technology are not described in detail herein for the prior art.
Example 3 description of use:
the administrator inputs the identity information of an executor executing a driving task on a vehicle dispatching list into the server through the information input device, a driver enters a vehicle, the camera acquires information of a head portrait of the driver and sends the information to the server, the server receives the head portrait information of the driver sent by the camera, the server traverses the head portrait information of the driver through the staff database and finds a corresponding driver identity, the server compares the identity of the executor with the identity of the driver, when the identity of the driver is consistent with the identity of the executor, the server generates and sends authorization identity information, and a mainboard of the vehicle receives the authorization identity information and allows the vehicle to be started. If the driver in the vehicle is inconsistent with the executor performing the driving task on the vehicle dispatch list, the server does not send the authorized identity information and does not allow the vehicle to be started. According to the technical scheme, only the administrator needs to input the identity information of the executor into the server, the server completes the work of verifying the identity of the driver and managing the vehicle, the working time of the administrator is further saved, the administrator is liberated, the management efficiency of the electric vehicle is further improved, and the effect is better.
For embodiment 3, the server compares executor identity and driver identity, and when the driver identity was inconsistent with executor identity, the server generated and sent identity alarm message to the display of server, reminds the administrator to know, more makes things convenient for the administrator to use this system, and the administrator knows the violation event emergence more in time, and electric vehicle managerial efficiency further improves, the effect is better.
Example 4:
the difference between the embodiment 4 and the embodiment 3 is that the administrator inputs the identity information of the executor into the server through the mobile terminal, and when the identity of the driver is inconsistent with the identity of the executor, the server generates and sends the identity warning information to the mobile terminal.
As shown in fig. 3, the invention discloses an electric vehicle management system, which comprises a server for identifying a driver, a mobile terminal, a camera fixed on a vehicle and used for acquiring a head portrait of the driver, and a driver verification module, wherein the camera is connected with the server through a wireless communication device and a dedicated internet and is in one-way communication, the mobile terminal is a smart phone, and the mobile terminal is connected with the server through the wireless communication device and the dedicated internet and is in two-way communication.
The driver verification module is used for enabling an administrator to input identity information of an executor executing a driving task on a car dispatching list into the mobile terminal and transmit the identity information to the server, the camera acquires information of a driver head portrait and sends the information to the server, the server receives the driver head portrait information sent by the camera, the server traverses the driver head portrait information through the staff database and finds a corresponding driver identity, the server compares the executor identity with the driver identity, and when the driver identity is consistent with the executor identity, the server generates and sends authorized identity information; and when the identity of the driver is inconsistent with the identity of the executor, the server generates and sends identity alarm information to the mobile terminal.
The server, the mobile terminal, the camera, the wireless communication device, the dedicated internet and the corresponding communication connection technology are not described herein in detail for the prior art.
Example 4 description of use:
the method comprises the steps that an administrator inputs identity information of an executor executing a driving task on a car dispatching list into a server through a mobile terminal, a driver enters a vehicle, a camera acquires information of a head portrait of the driver and sends the information to the server, the server receives the head portrait information of the driver sent by the camera, the server traverses the head portrait information of the driver through a staff database and finds a corresponding driver identity, the server compares the identity of the executor with the identity of the driver, when the identity of the driver is consistent with the identity of the executor, the server generates and sends authorized identity information, and a mainboard of the vehicle receives the authorized identity information and allows the vehicle to be started. If the driver in the vehicle is inconsistent with the executor executing the driving task on the vehicle dispatching list, the server does not send the authorized identity information and does not allow the vehicle to be started; the server generates and sends identity alarm information to the mobile terminal to remind an administrator of knowing. This technical scheme, the administrator types executor's identity information through mobile terminal, realizes administrator's mobile office management, and this system uses more conveniently, nimble, and the server sends identity warning message to remind the administrator to know to mobile terminal, and work efficiency is higher, and the promptness is better, and electric vehicle management efficiency further improves, the effect is better.
Example 5:
embodiment 5 is different from embodiment 4 in that the mobile terminal includes a first mobile terminal for an administrator to use and a second mobile terminal for an executor to use, the first mobile terminal and the second mobile terminal are connected to the server through the wireless communication device and the private internet, respectively, the driver module is verified, the mobile terminal is further configured to enter the identity information of the executor into the server through the first mobile terminal, send driving request information to the server through the second mobile terminal, the server sends an image-calling instruction to the camera and activates the camera, and the server sends the identity warning information to the first mobile terminal and the second mobile terminal, respectively.
As shown in fig. 4, the invention discloses an electric vehicle management system, which comprises a server for identifying a driver, a mobile terminal, a camera fixed on a vehicle and used for acquiring a head portrait of the driver, and a driver verification module, wherein the mobile terminal comprises a first mobile terminal used for an administrator and a second mobile terminal used for an executive, the two mobile terminals are both smart phones, and the camera, the first mobile terminal and the second mobile terminal are respectively connected with the server through a wireless communication device and a dedicated internet and are in two-way communication.
The driver verification module is used for enabling an administrator to input identity information of an executor executing a driving task on a vehicle dispatching list into a first mobile terminal and transmit the identity information to a server, the executor sends driving request information to the server through a second mobile terminal, the server sends an image calling instruction to a camera and activates the camera, the camera obtains information of a head portrait of the driver and sends the information to the server, the server receives the head portrait information of the driver sent by the camera, the server traverses the head portrait information of the driver through a staff database and finds a corresponding driver identity, the server compares the identity of the executor with the identity of the driver, and when the identity of the driver is consistent with the identity of the executor, the server generates and sends authorized identity information; and when the identity of the driver is inconsistent with the identity of the executor, the server generates and respectively sends identity alarm information to the first mobile terminal and the second mobile terminal.
The server, the mobile terminal, the camera, the wireless communication device, the dedicated internet and the corresponding communication connection technology are not described herein in detail for the prior art.
Example 5 instructions:
the method comprises the steps that an administrator inputs identity information of an executor who executes a driving task on a vehicle dispatching list into a server through a first mobile terminal, the executor enters a driving position of a vehicle, the executor sends driving request information to the server through a second mobile terminal, the server sends an image calling instruction to a camera and activates the camera, the camera obtains information of a head portrait of the driver and sends the information to the server, the server receives the head portrait information of the driver sent by the camera, the server traverses the head portrait information of the driver through a staff database and finds a corresponding driver identity, the server compares the executor identity with the driver identity, when the driver identity is consistent with the executor identity, the server generates and sends authorized identity information, and a main board of the vehicle receives the authorized identity information and allows the vehicle to be started. If the driver in the vehicle is inconsistent with the executor executing the driving task on the vehicle dispatching list, the server does not send the authorized identity information and does not allow the vehicle to be started; the server generates and respectively sends identity alarm information to the first mobile terminal and the second mobile terminal, the identity alarm information is sent to the first mobile terminal so as to remind an administrator of timely knowing about violation events, and the identity alarm information is sent to the second mobile terminal so as to remind an executor of not violating rules. According to the technical scheme, the administrator inputs the identity information of the executor through the first mobile terminal to realize the mobile office management of the administrator, the system is more convenient and flexible to use, the server sends the identity warning information to the first mobile terminal to remind the administrator of knowing, the working efficiency is higher, and the timeliness is better; the executive sends the driving request information to the server through the second mobile terminal, the server sends the image calling instruction to the camera and activates the camera, the system starts the camera to work according to the executive request, the camera is prevented from waiting for a long time in a standby mode, the energy is saved, the effective service life of the camera is prolonged, the server sends the identity warning information to the second mobile terminal to remind the executive of not violating the rules and regulations, a better deterrent effect is achieved, the electric vehicle management efficiency is further improved, and the effect is better.
Example 6:
embodiment 6 differs from embodiment 2 in that the system further comprises a vehicle main board and an authorized driving module, the server is connected and communicates with the vehicle main board through a wireless communication device and a private internet, and the authorized driving module is used for sending the authorized identity information to the vehicle main board and allowing driving.
As shown in fig. 5, the invention discloses an electric vehicle management system, which comprises a server for identifying a driver, a main board of a vehicle, an information input device, a camera fixed on the vehicle and used for acquiring a head portrait of the driver, a driver verification module and an authorized driving module, wherein the server is connected with the main board of the vehicle through a wireless communication device and a special internet and is in one-way communication, the camera is connected with the server through the wireless communication device and the special internet and is in one-way communication, the information input device is a keyboard, and the information input device is in wired connection with the server and is in one-way communication.
The driver verification module is used for enabling the camera to acquire information of a driver head portrait and send the information to the server, the server receives the driver head portrait information sent by the camera, the server traverses the driver database with the driver head portrait information and finds the corresponding driver identity, and when the driver identity is consistent with the executor identity, the administrator generates and sends authorization identity information to the authorization driving module through the information input device and the server.
And the authorized driving module is used for sending the authorized identity information to a mainboard of the vehicle by the server, and the mainboard of the vehicle receives the authorized identity information and allows driving.
The server, the main board of the vehicle, the information input device, the camera, the wireless communication device, the dedicated internet and the corresponding communication connection technology are not described in detail herein for the prior art.
Example 6 instructions:
the method comprises the steps that a driver enters a vehicle, the driver makes a call and requests a manager to authorize driving, a camera acquires information of a head portrait of the driver and sends the information to a server, the server receives the head portrait information of the driver sent by the camera and displays the head portrait information through a display of the server, and the manager checks a picture provided by the camera on line in real time through the display of the server so as to check the condition of the driver in the vehicle. And if the driver in the vehicle is consistent with the executor executing the driving task on the vehicle dispatching list, the administrator generates and sends authorization identity information to the main board of the vehicle through the information input device and the server, and the vehicle is allowed to start. If the driver in the vehicle is inconsistent with the executor performing the driving task on the vehicle dispatch list, the authorized identity information is not sent, and the vehicle is not allowed to be started. According to the technical scheme, the control is performed from the source, personnel do not allow the vehicle to be started, the time of post-communication processing is saved, the management efficiency of the electric vehicle is further improved, and the effect is better.
Example 7:
embodiment 7 differs from embodiment 6 in that the driver verification module is also used to intermittently identify the identity of the driver.
As shown in fig. 5, the invention discloses an electric vehicle management system, which comprises a server for identifying a driver, a main board of a vehicle, an information input device, a camera fixed on the vehicle and used for acquiring a head portrait of the driver, a driver verification module and an authorized driving module, wherein the server is connected with the main board of the vehicle through a wireless communication device and a special internet and is in one-way communication, the camera is connected with the server through the wireless communication device and the special internet and is in one-way communication, the information input device is a keyboard, and the information input device is in wired connection with the server and is in one-way communication.
The driver verification module is used for enabling the camera to acquire information of a driver head portrait and send the information to the server, the server receives the information of the driver head portrait sent by the camera, the server traverses the information of the driver head portrait through the staff database and finds the corresponding driver identity, and when the driver identity is consistent with the executor identity, the administrator generates and sends authorization identity information to the authorization driver module through the information input device and the server, and the identity of the driver is identified intermittently.
And the authorized driving module is used for sending the authorized identity information to a mainboard of the vehicle by the server, and the mainboard of the vehicle receives the authorized identity information and allows driving.
The server, the main board of the vehicle, the information input device, the camera, the wireless communication device, the dedicated internet and the corresponding communication connection technology are not described in detail herein for the prior art.
Example 7 instructions:
the method comprises the steps that a driver enters a vehicle, the driver makes a call and requests a manager to authorize driving, a camera acquires information of a head portrait of the driver and sends the information to a server, the server receives the head portrait information of the driver sent by the camera and displays the head portrait information through a display of the server, and the manager checks a picture provided by the camera on line in real time through the display of the server so as to check the condition of the driver in the vehicle. If the driver in the vehicle is inconsistent with the executor performing the driving task on the vehicle dispatch list, the authorized identity information is not sent, and the vehicle is not allowed to be started. And if the driver in the vehicle is consistent with the executor executing the driving task on the vehicle dispatching list, the administrator generates and sends authorization identity information to the main board of the vehicle through the information input device and the server, and the vehicle is allowed to start. In the running process of the vehicle, the administrator checks the picture provided by the camera once every thirty minutes so as to check the condition of the driver in the vehicle, and if the driver is changed midway, the administrator calls to contact the executor to enable the executor to contact the driver to immediately terminate the illegal action. This technical scheme, the identity of discernment driver intermittently, electric vehicle management effect is better.
Example 8:
the difference between the embodiment 8 and the embodiment 5 is that the system further comprises a main board of the vehicle, a navigation device, a task entry module, a driving authorization module and an approval path module, a driver verification module and a server for intermittently identifying the identity of the driver.
As shown in fig. 6, the invention discloses an electric vehicle management system, which comprises a server for identifying a driver, a main board of a vehicle, a mobile terminal, a navigation device fixed on the vehicle, a camera for acquiring a head portrait of the driver, a driver verification module, an authorized driving module and an approval path module, wherein the mobile terminal comprises a first mobile terminal used by an administrator and a second mobile terminal used by an executor, the two mobile terminals are both smart phones, the navigation device, the camera, the first mobile terminal and the second mobile terminal are respectively connected with the server through a wireless communication device and a private internet and are in two-way communication, and the server is connected with the main board of the vehicle through the wireless communication device and the private internet and is in one-way communication.
And the task entering module is used for entering information of the identity of an executor executing the driving task and a task destination on the dispatch list into the first mobile terminal by the administrator and forwarding the information to the server.
The driver verification module is used for enabling an executor to send driving request information to the server through the second mobile terminal, the server sends an image calling instruction to the camera and activates the camera, the camera acquires information of a head portrait of the driver and sends the information to the server, the server receives the head portrait information of the driver sent by the camera, the server traverses the head portrait information of the driver through the staff database and finds corresponding driver identity, the server compares the identity of the executor with the identity of the driver, when the identity of the driver is consistent with the identity of the executor, the server generates and sends authorization identity information to the authorized driving module and the approval path module, and the server intermittently identifies the identity of the driver; and when the identity of the driver is inconsistent with the identity of the executor, the server generates and respectively sends identity alarm information to the first mobile terminal and the second mobile terminal.
And the authorized driving module is used for sending the authorized identity information generated by the driver verification module to a mainboard of the vehicle by the server, and the mainboard of the vehicle receives the authorized identity information and allows driving.
The server is used for acquiring the authorized identity information generated by the driver verification module, sending a navigation working instruction to the navigation device and activating the navigation device, the executor inputs a navigation destination through the navigation device, the navigation device generates a recommended navigation route according to the navigation destination, the navigation device sends the navigation destination and the recommended navigation route to the server, the server compares the task destination with the navigation destination, when the task destination is consistent with the navigation destination, the server generates authorized route information and sends the authorized route information to the navigation device, and the navigation device receives the authorized route information sent by the server and allows navigation according to the recommended navigation route; when the task destination is inconsistent with the navigation destination, the server generates path alarm information and sends the path alarm information to the second mobile terminal; and when the navigation device finds that the vehicle deviates from the recommended navigation route, generating path deviation warning information and sending the path deviation warning information to the server, and the server receives the path deviation warning information and respectively sends the path deviation warning information to the first mobile terminal and the second mobile terminal.
The server, the main board of the vehicle, the mobile terminal, the navigation device, the camera, the wireless communication device, the dedicated internet and the corresponding communication connection technology are not described herein in detail for the prior art.
Example 8 instructions:
and the administrator inputs the identity of an executor executing the driving task and the information of the task destination into the server through the first mobile terminal.
And the executor enters the driving position of the vehicle and sends driving request information to the server through the second mobile terminal.
The server sends an image calling instruction to the camera and activates the camera, the camera acquires information of a head portrait of a driver and sends the information to the server, the server receives the head portrait information of the driver sent by the camera, the server traverses the head portrait information of the driver through a staff database and finds a corresponding driver identity, the server compares an executive identity with the driver identity, when the driver identity is consistent with the executive identity, the server generates and sends authorized identity information, and a main board of the vehicle receives the authorized identity information and allows the vehicle to be started. If the driver in the vehicle is inconsistent with the executor executing the driving task on the vehicle dispatching list, the server does not send the authorized identity information and does not allow the vehicle to be started; the server generates and respectively sends identity alarm information to the first mobile terminal and the second mobile terminal, the identity alarm information is sent to the first mobile terminal so as to remind an administrator of timely knowing about violation events, and the identity alarm information is sent to the second mobile terminal so as to remind an executor of not violating rules.
When the identity of the driver is consistent with the identity of the executor, the server generates authorized identity information, the server sends a navigation work instruction to the navigation device and activates the navigation device after acquiring the authorized identity information, the executor enters a navigation destination through the navigation device, the navigation device generates a recommended navigation route according to the navigation destination, the navigation device sends the navigation destination and the recommended navigation route to the server, the server compares the task destination with the navigation destination, when the task destination is consistent with the navigation destination, the server generates authorized path information and sends the authorized path information to the navigation device, and the navigation device receives the authorized path information sent by the server and allows navigation according to the recommended navigation route. And when the task destination is inconsistent with the navigation destination, the server generates path alarm information and sends the path alarm information to the second mobile terminal to remind the driver of correcting the navigation address.
When the navigation device finds that the vehicle deviates from the recommended navigation route, path deviation warning information is generated and sent to the server, the server receives the path deviation warning information and sends the path deviation warning information to the first mobile terminal so as to remind an administrator of timely knowing of the violation event, and the server receives the path deviation warning information and sends the path deviation warning information to the second mobile terminal so as to remind an executor of not violating the violation event.
The server intermittently recognizes the identity of the driver to prevent the driver from being changed halfway. After the vehicle is allowed to be started, the server compares the identity of the executive person with the identity of the driver once every three minutes, when the driver in the vehicle is inconsistent with the executive person who executes the driving task on the vehicle dispatching list, the server generates and sends the driving prohibition information, and the main board of the vehicle receives the driving prohibition information and limits the vehicle to be started. The server generates and respectively sends identity alarm information to the first mobile terminal and the second mobile terminal, the identity alarm information is sent to the first mobile terminal so as to remind an administrator of timely knowing about violation events, and the identity alarm information is sent to the second mobile terminal so as to remind an executor of not violating rules.
According to the technical scheme, the management efficiency of the electric vehicle is further improved, and the effect is better.
Example 9:
as shown in fig. 7, the present invention discloses an electric vehicle management method, based on a server for identifying a driver, a main board of a vehicle, a first mobile terminal for an administrator to use, a second mobile terminal for a human to use, a camera fixed on the vehicle for obtaining a head portrait of the driver, and a navigation device for vehicle navigation, the main board, the first mobile terminal, the second mobile terminal, the camera, and the navigation device of the vehicle are respectively connected and communicated with the server through a wireless communication device and a dedicated internet, and the method comprises the steps of S1 entering a task, S2 collecting a driver identity, S3 verifying the driver identity, S4 approving a path, S5 driving navigation, S6 checking the driver identity, and S7 checking the path, which are as follows.
S1, a task is input, an administrator inputs car dispatching order information through the first mobile terminal, the first mobile terminal sends the car dispatching order information to the server and stores the car dispatching order information, and the car dispatching order information comprises information of the identity of an executor executing the driving task and the task destination.
S2, acquiring the identity of the driver, acquiring the information of the head portrait of the driver by the camera, sending the information to the server, receiving the information of the head portrait of the driver by the server, traversing the information of the head portrait of the driver through the staff database and acquiring the corresponding identity of the driver.
S3, verifying the identity of the driver, comparing the identity of the executor with the identity of the driver by the server, generating identity warning information by the server and sending the identity warning information to the first mobile terminal or the second mobile terminal when the identity of the driver is inconsistent with the identity of the executor, and executing S2 to collect the identity of the driver; and when the identity of the driver is consistent with the identity of the executor, the server generates authorization identity information and sends the authorization identity information to the main board of the corresponding vehicle.
S4 approval of the path, a driver inputs a navigation destination into the navigation device, the navigation device generates a recommended navigation path according to the navigation destination, the navigation device sends the navigation destination and the recommended navigation path to a server, the server compares the task destination with the navigation destination, when the task destination is inconsistent with the navigation destination, the server generates path warning information and sends the path warning information to the corresponding navigation device, the first mobile terminal or the second mobile terminal, and the step of S4 approval of the path is executed; and when the task destination is consistent with the navigation destination, the server generates authorization path information and sends the authorization path information to the corresponding navigation device.
S5 driving navigation, the main board of the vehicle receives the authorization identity information sent by the server, activates and allows driving, and the navigation device receives the authorization path information sent by the server and allows navigation.
S6 checking the driver identity, delaying the server for one minute, traversing the received driver head portrait information through the staff database and acquiring the corresponding driver identity, comparing the executive person identity with the driver identity by the server, and executing S7 checking the path when the driver identity is consistent with the executive person identity; when the identity of the driver is inconsistent with the identity of the executor, the server generates identity alarm information, the server sends the identity alarm information to the navigation device, the navigation device receives the identity alarm information sent by the server and gives an alarm, the server sends the identity alarm information to the mainboard of the corresponding vehicle, the mainboard of the vehicle receives the identity alarm information sent by the server and prohibits driving, and the server sends the identity alarm information to the first mobile terminal or the second mobile terminal.
S7 checking the route, generating information that the driving route is normal when the navigation device knows that the vehicle is positioned on the recommended navigation route and sending the information to the server, receiving the information that the driving route is normal sent by the navigation device by the server, and executing S6 checking the identity of the driver; and when the navigation device finds that the vehicle deviates from the recommended navigation route, generating path deviation warning information and sending the path deviation warning information to the server, receiving the path deviation warning information sent by the navigation device by the server and respectively forwarding the path deviation warning information to the first mobile terminal and the second mobile terminal, and executing S6 to check the identity of the driver.
The method realizes high management efficiency and good management effect of the electric vehicle. Particularly, in the step of checking the identity of the driver in the S6, the server checks the identity of the driver and the position of the vehicle once every minute, thereby effectively blocking the loophole of changing drivers midway and effectively avoiding the loophole of driving by the driver without following the approval path.
In the method, the recommended navigation route reported by the navigation device can be one or more, and the vehicle is allowed to run by adopting any route only by approval, so that the method is very flexible and convenient to use.
With respect to embodiment 9, the server may also be set to check the driver identity, check the vehicle position every three minutes or every ten minutes, as desired.
Claims (10)
1. An electric vehicle management system characterized by: including the server that is used for discerning the driver and set up the camera that is used for acquireing driver's head portrait and verify driver's module on the vehicle, the camera passes through wireless communication device and special internet and is connected and communicate with the server, verifies driver's module for the information transmission that the camera acquireed driver's head portrait sends to the server, and the driver's head portrait information that the server received the camera and sent, and the server is with driver's head portrait information traverse staff's database and find corresponding driver's identity.
2. The electric vehicle management system according to claim 1, characterized in that: the driver verification module is also used for inputting the identity information of an executor executing the driving task on the car dispatching list into the server by the administrator, the server compares the identity of the executor with the identity of the driver, and when the identity of the driver is consistent with the identity of the executor, the server generates and sends out authorized identity information; and when the identity of the driver is inconsistent with the identity of the executor, the server generates and sends out identity warning information.
3. The electric vehicle management system according to claim 2, characterized in that: the driver verification system further comprises an information input device, wherein the information input device is connected with and communicates with the server to verify the driver module, the information input device is further used for inputting the identity information of the executor into the server, and the server sends the identity alarm information to a display of the server; the information input device is a keyboard, and the keyboard is in wired connection with the server and is in one-way communication with the server.
4. The electric vehicle management system according to claim 2, characterized in that: the driver verification system further comprises a mobile terminal, wherein the mobile terminal is connected with the server through a wireless communication device and a special internet and is in two-way communication with the server to verify the driver module, the mobile terminal is further used for inputting the identity information of an executor into the server through the mobile terminal, and the server sends the identity alarm information to the mobile terminal; the mobile terminal is a smart phone or a tablet computer.
5. The electric vehicle management system according to claim 4, characterized in that: the mobile terminal comprises a first mobile terminal used by an administrator and a second mobile terminal used by an executor, wherein the first mobile terminal and the second mobile terminal are respectively connected with the server through a wireless communication device and a special internet to verify a driver module, the first mobile terminal and the second mobile terminal are also used for inputting identity information of the executor into the server through the first mobile terminal, driving request information is sent to the server through the second mobile terminal, the server sends an image calling instruction to the camera and activates the camera, and the server sends identity warning information to the first mobile terminal and the second mobile terminal respectively.
6. The electric vehicle management system according to claim 2, characterized in that: the system comprises a server, a vehicle main board and an authorized driving module, wherein the server is connected with and communicates with the vehicle main board through a wireless communication device and a special internet; and the driver verification module is also used for the server to intermittently identify the identity of the driver.
7. The electric vehicle management system according to claim 1, characterized in that: the system comprises a vehicle, a server, a wireless communication device, an approval path module, a task destination information input server, a navigation device and a server, wherein the navigation device is arranged on the vehicle, is connected with the server through the wireless communication device and a special internet and is in two-way communication; when the task destination is inconsistent with the navigation destination, the server generates and sends out path alarm information; when the navigation device finds that the vehicle deviates from the recommended navigation route, path deviation warning information is generated and sent to the server.
8. An electric vehicle management method characterized by: based on a server for identifying a driver, a mainboard of a vehicle, a first mobile terminal for an administrator, a second mobile terminal for executing the use of the driver and a camera arranged on the vehicle and used for acquiring a head portrait of the driver, the mainboard, the first mobile terminal, the second mobile terminal and the camera of the vehicle are respectively connected with and communicated with the server through a wireless communication device and a special Internet, the method comprises the steps of S1 entering a task, S2 collecting the identity of the driver and S3 verifying the identity of the driver, S2 collecting the identity of the driver, the camera acquires the information of the head portrait of the driver and sends the information to the server, and the server receives the head portrait information of the driver, traverses the head portrait information of the driver through a staff database and acquires the corresponding identity of the driver; s3, verifying the identity of the driver, comparing the identity of the executor with the identity of the driver by the server, generating identity warning information by the server and sending the identity warning information to the first mobile terminal or the second mobile terminal when the identity of the driver is inconsistent with the identity of the executor, and executing S2 to collect the identity of the driver; and when the identity of the driver is consistent with the identity of the executor, the server generates authorization identity information and sends the authorization identity information to the main board of the corresponding vehicle.
9. The electric vehicle management method according to claim 8, characterized in that: the S1 types in the task, the administrator types in the vehicle dispatching list information through the first mobile terminal, the first mobile terminal sends the vehicle dispatching list information to the server and stores the vehicle dispatching list information, and the vehicle dispatching list information comprises information of the identity of an executor executing the driving task and the task destination.
10. The electric vehicle management method according to claim 8 or 9, characterized in that: also based on a navigation device for vehicle navigation provided on a vehicle, the navigation device being connected to and communicating with a server through a wireless communication device and a private internet, further comprising the steps of S4 approving a route, S5 driving navigation, S6 checking a driver' S identity, and S7 checking a route,
s4 approval of the path, a driver inputs a navigation destination into the navigation device, the navigation device generates a recommended navigation path according to the navigation destination, the navigation device sends the navigation destination and the recommended navigation path to a server, the server compares the task destination with the navigation destination, when the task destination is inconsistent with the navigation destination, the server generates path warning information and sends the path warning information to the corresponding navigation device, the first mobile terminal or the second mobile terminal, and the step of S4 approval of the path is executed; when the task destination is consistent with the navigation destination, the server generates authorization path information and sends the authorization path information to a corresponding navigation device;
s5 driving navigation, wherein the main board of the vehicle receives the authorization identity information sent by the server, activates and allows driving, and the navigation device receives the authorization path information sent by the server and allows navigation;
s6 checking the driver identity, delaying the server for a period of time, wherein the period of time ranges from one second to one hour, traversing the received driver head portrait information through the employee database and acquiring the corresponding driver identity, comparing the executive identity with the driver identity by the server, and executing S7 checking the path when the driver identity is consistent with the executive identity; when the identity of the driver is inconsistent with the identity of the executor, the server generates identity alarm information, the server sends the identity alarm information to the navigation device, the navigation device receives the identity alarm information sent by the server and gives an alarm, the server sends the identity alarm information to a main board of a corresponding vehicle, the main board of the vehicle receives the identity alarm information sent by the server and prohibits driving, and the server sends the identity alarm information to the first mobile terminal or the second mobile terminal;
s7 checking the route, generating information that the driving route is normal when the navigation device knows that the vehicle is positioned on the recommended navigation route and sending the information to the server, receiving the information that the driving route is normal sent by the navigation device by the server, and executing S6 checking the identity of the driver; and when the navigation device finds that the vehicle deviates from the recommended navigation route, generating path deviation warning information and sending the path deviation warning information to the server, receiving the path deviation warning information sent by the navigation device by the server and respectively forwarding the path deviation warning information to the first mobile terminal and the second mobile terminal, and executing S6 to check the identity of the driver.
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| CN202010284421.7A CN111563242A (en) | 2020-04-13 | 2020-04-13 | Electric vehicle management system and method |
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Application publication date: 20200821 |