KR101495319B1 - Intelligent video monitoring system and method - Google Patents

Abstract

The present invention relates to an intelligent video surveillance system, and a video surveillance system using GPS and wireless communication network is constructed by attaching a control terminal capable of wirelessly transmitting video information to a transportation vehicle.
In order to achieve the above object, according to the present invention, there is provided a real-time vehicle including a GPS receiver, an impact sensor, and at least one vehicle equipped with at least one video recording device, The control unit recognizes the vehicle information from the real-time vehicle operation information received from the at least one controller, and transmits the event information and the event information together with the vehicle location information and the event information to the control server through the wireless communication network The video information is divided into vehicles or drivers and stored in the control DB and the event DB, and the event occurrence related message is transmitted to the mobile terminal of the predetermined administrator. The mobile terminal or client terminal connected through the wired / Users or management And a control service providing server for providing a search result such as a vehicle inquiry / dispatch / announcement / customer management / vehicle locus for each vehicle, which is inquired or searched by an administrator having a right of authority, , And real-time video control to improve transportation effectiveness in the manufacturing and service industries.

Description

TECHNICAL FIELD The present invention relates to an intelligent video monitoring system and method,

The present invention relates to a system and method for intelligent video monitoring, and more particularly, to a system and method for intelligent video monitoring, in which a control terminal is attached to a transportation vehicle to suit the characteristics of a manufacturing industry and a service industry, ) System and provides intelligent video information about events occurring at the location of the real-time vehicle and the operation site through the control terminal, so that the intelligent video control system And methods.

In recent transportation or logistics control system, unlike the existing logistics control center which is fixed in one place, since the terminal incorporating the GPS receiver and the internet web server operated by linking the existing mobile communication network are constructed, Logistics and Vehicle Tracking System based on the Internet web server can communicate information from moving vehicle to control system or from control system to vehicle by real time. It is configured to save various logistics and transportation costs by sending and receiving, and it is possible to connect anywhere in the country regardless of place and time.

However, since the conventional transportation and logistics control system is configured to track the position of the vehicle by using the position information by GPS, it is not possible to directly confirm the site information of the vehicle or the transportation to be carried, There is a problem that the user can not immediately deal with the scene situation when an event occurs due to sudden braking or other reasons.

In recent years, a black box, which is a video recording device for protecting a driver or a vehicle, is installed in a bus, a taxi or a freight transportation vehicle, or an eco-driver serving as an eco-friendly economic driving assistant. In the case of a long- And a digital tachograph (DTG), which is a travel recording device for checking the status and recording it in a digital manner.

In the case of such a digital tachograph, black box or eco driver, all the driving procedures of the vehicle are recorded as images, but this event is used as a data to be able to judge the situation at the time of the event by analyzing the contents of the recorded images. There is a problem that it can not be coped with efficiently immediately.

Therefore, it is possible to confirm the situation at the time of the event immediately by using the image information and to cope with more efficiently and promptly at the time of occurrence of the criminal act in the vehicle or emergency situation such as sudden braking or contact accident in the transportation or logistics control system The need for a control system is increasing.

On the other hand, in Korean Patent Registration No. 10-0544065 (Registered on November 11, 2006), a large-scale local monitoring terminal is configured as a network, A remote video monitoring system and method for monitoring, searching and controlling the remote video monitoring system and method are known, and a control server is separately provided in the 10-0850431 (2008.07.30 registration; remote video monitoring system and its operation method) And a remote video control system and method for allowing a control server to provide a user terminal with a control program necessary for a video control operation are known.

However, in the related art, there is a problem that the terminal of the remote image monitoring system is installed in a fixed place without moving, and it is impossible to apply to a moving vehicle such as a vehicle used for transportation or logistics.

KR 10-0544065 B1 2006.01.11 KR 10-0850431 B1 2008.07.30

The present invention relates to a system and method for real-time collection of GPS position information and a location-based service system using a wireless communication network by attaching a control terminal capable of wireless communication to a transportation vehicle and realizing an event occurrence situation By providing information to the server through the control terminal, the server can check the status of each site in real time and take appropriate measures, so that the intelligent video control that can improve the transportation effect in the manufacturing and service industries through real- System.

In addition, the present invention provides information by recording the digital tachograph (DTG), eco-drive and drive recorder of a transportation vehicle by vehicle or driver automatically, and by constructing a video security information system through a drive recorder, And to provide an intelligent video control system capable of improving efficiency.

According to an aspect of the present invention, there is provided a system for controlling vehicle operation using position information and state information of a vehicle transmitted from a terminal mounted on at least one vehicle, the system comprising: A GPS receiver for receiving and calculating positional information, a shock sensor for detecting sudden braking or external shock or sudden braking applied to the vehicle and generating event information of the vehicle, and at least one video running recorder And real time vehicle driving information including one or more information selected from the position information by the GPS receiver, the event information by the impact sensor, and the video driving record information by the video driving recorder is collected To the control service providing server through the wireless communication network Real time vehicle driving information received from at least one control terminal, one or more control terminals, and recognizes the vehicle information and identifies the event image information received together with the vehicle position information and the event information by vehicle or driver, Transmits a message related to an event occurrence to a mobile terminal of a predetermined administrator, receives customer information from a mobile terminal or a client terminal connected via a wired / wireless communication network and stores the received customer information in a customer DB, A control service for searching real-time site information of each vehicle related to the trajectory of each vehicle for each vehicle inquiry / search / dispatch / announcement / customer management / vehicle management / Providing server , An intelligent video control system also.

In the video surveillance system of the present invention, the control terminal includes a key input unit having a plurality of keys for operating a user key to generate a set value according to each key input, A state display unit for displaying an operation state of the control terminal and an input / output of a terminal peripheral or a connection state of the control terminal, a state display unit for displaying an operation state of the control terminal, And controls the overall operation of the control station according to a set value or a control command input through a program storage unit, a data storage unit, a key input unit, or a touch screen for separately storing the drive program necessary for the operation and the related data required for the program drive, One or more input / output ports and one or more USB ports Vehicle information including the location information of the vehicle, one or more pieces of information selected from the event information and the event image information from the GPS receiver, the impact sensor, and the at least one video recording and reproducing apparatus mounted on the vehicle through each port, A WCDMA communication unit that is driven by wireless communication control of a main control unit and supports data communication in a high mobility state by a wideband code division multiple access method, and a WCDMA communication unit that is driven by a wireless communication control of a main control unit And a Wi-Fi communication unit for supporting ultra-high-speed data communication in a short distance through a wireless broadband Internet access using radio communication radio waves.

In the video surveillance system of the present invention, the control terminal collects the vehicle driving information in real time and transmits the collected information to the control service providing server through the wireless communication network whenever the event occurs due to sudden braking of the vehicle or external shock detection in the impact sensor. The vehicle operation information of the control terminal includes terminal identification information uniquely assigned to each control terminal, current position information of the vehicle calculated by the GPS receiver, event information indicating whether an event has occurred, And event image information of the vehicle.

In the video surveillance system of the present invention, the control station collects the vehicle operation information in real time at predetermined time intervals and transmits the collected information to the control service providing server through the wireless communication network. The vehicle operation information at this time is unique to each control terminal The terminal identification information given, and the current position information of the vehicle calculated by the GPS receiver.

In the video surveillance system of the present invention, the control station collects the vehicle operation information in real time at predetermined positions and transmits the collected information to the control service providing server through the wireless communication network. The vehicle operation information at this time is unique for each control terminal The terminal identification information given thereto, and all the video running record information of the vehicle recorded by the video running recorder.

In the video surveillance system of the present invention, the control terminal confirms whether the vehicle is traveling or not, and transmits driving information of the vehicle through WCDMA communication when the vehicle is running. When the vehicle is in the car, And transmits the driving information of the vehicle to the vehicle.

In the video surveillance system of the present invention, the control service providing server receives the real-time vehicle driving information wirelessly transmitted through the WCDMA communication from the control terminal, recognizes the vehicle using the terminal identification information, The control server stores the event information classified by the driver into the control DB, and stores the event image information received together with the event information included in the vehicle driving information into the event database by vehicle or driver, An event management server for generating and transmitting to the mobile terminal of a predetermined administrator a customer information received from a client terminal connected through a wired or wireless communication network and storing the received customer information in a customer DB, Or by an administrator with administrator privileges. Real-time operation information of each vehicle involved in the local vehicle lookup / dispatcher / Announcements / Customer Care / vehicle-specific operation trajectory request to search for in each DB will be characterized in that it comprises a client-server offering to the client terminal or the administrator terminal.

In the video monitoring system of the present invention, the control service providing server includes a WAP (WAP) server for supporting wireless Internet access and data communication by the mobile terminal, video running of the vehicle wirelessly transmitted through the WiFi communication from the control terminal And a video management server that receives the record information, recognizes the vehicle using the terminal identification information, and records the video running record information of the corresponding vehicle by vehicle or driver, and stores the divided information in the image DB.

According to another aspect of the present invention, there is provided a GPS receiver comprising: a GPS receiver for receiving GPS signals from satellites to calculate position information; a GPS receiver for detecting an external shock or sudden braking applied to the vehicle, A control unit mounted on at least one driving vehicle equipped with at least one video recording and recording apparatus for recording driving information of a vehicle, and a control unit for controlling the vehicle control service And a control server for providing a control service providing server for providing a control service to the vehicle control server, wherein the control terminal comprises: And one or more pieces of information selected from the video-running record information And transmits the real-time vehicle driving information to the control service providing server through the wireless communication network. The server receives the real-time vehicle driving information transmitted wirelessly from the control terminal through the WCDMA communication, And storing the real-time position information of the vehicle in the control database by the vehicle or driver, and storing the event image information received together with the event information included in the vehicle operation information in the event DB in the event DB Or a driver, and generating a corresponding event generation related message corresponding to the event information, and transmitting the message to the mobile terminal of the predetermined administrator.

In the intelligent video control method of the present invention, the control service providing server receives the video transmission record information of the vehicle wirelessly transmitted from the control station through the WiFi communication at the pre-designated location, recognizes the vehicle by the terminal identification information, Storing the driving record information by vehicle or driver and storing the driving log information in an image DB, receiving the customer information from the client terminal connected to the control service providing server through the wired / wireless communication network, storing the customer information in the customer DB, The real time driving information of each vehicle related to the vehicle inquiry / dispatch / notice / notice / customer management / driving locale for each region inquired or searched by the member authenticated user or administrator having authority of administrator connected through the server Or providing to an administrator terminal, A may be configured to further include.

According to the present invention, a location-based service system using GPS location information and a wireless communication network is constructed, and event image information generated in the field such as the location and the running state of the real-time vehicle through the control terminal is provided to the control service providing server in real time Therefore, it is possible to take appropriate measures quickly in a state in which the monitoring service providing server can check the situation of each site in real time in real time, and it is possible to improve the transportation effect in the manufacturing and service industries through real- There is an advantage.

In addition, the present invention provides information by recording driving record information of a digital tachograph (DTG), an eco-drive, and a drive recorder of a transportation vehicle automatically by a vehicle or a driver by a control service providing server, System can be built to protect the driver and improve the efficiency of the manager's work.

1 is a block diagram schematically illustrating an overall configuration of an intelligent video surveillance system according to the present invention.
Fig. 2 is a detailed circuit diagram of the control terminal of Fig. 1;
FIG. 3 is a flowchart illustrating an operation performed by a control terminal when collecting vehicle driving information in the intelligent video control method according to the present invention.
4 is a flowchart illustrating an operation performed by a control service providing server when collecting vehicle driving information in the intelligent video monitoring method according to the present invention.
FIG. 5 is a flowchart illustrating an operation performed by a control service providing server when an inquiry and a search request are made by a client terminal or an administrator terminal in the intelligent video control method according to the present invention.
6A to 6G are reference views illustrating service screens provided by a control service providing server upon inquiry and search request of a client terminal or an administrator terminal in the intelligent video control method according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the configuration and operation of an intelligent video monitoring system and method according to the present invention will be described in detail with reference to the accompanying drawings.

It is to be understood that the words or words used in the present specification and claims are not to be construed in a conventional or dictionary sense and that the inventor can properly define the concept of a term in order to describe its invention in the best possible way And should be construed in light of the meanings and concepts consistent with the technical idea of the present invention. Therefore, it should be understood that the embodiments described herein and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and that various equivalents and modifications may be substituted for them at the time of the present application shall.

FIG. 1 is a block diagram schematically illustrating an overall configuration of an intelligent video surveillance system according to the present invention. As shown in the figure, the video surveillance system includes a GPS receiver 1, a shock sensor 2, One or more control units 10 which collect vehicle driving information from the driving recorder 3 and communicate with each other through a wireless communication network such as WCDMA or Wi-Fi, a plurality of DBs, and a firewall 101 and a switch hub 102 And a control service providing server 100 having a plurality of servers 110-150 and DBs 210-240 connected to a wired / wireless communication network through a network.

The control terminal 10 includes a GPS receiver 1 for receiving a GPS signal from a satellite and calculating position information, a shock detector 2 for detecting an external shock or sudden braking applied to the vehicle, And a digital tachograph 3a or a traveling recorder 3b (for example, a black box for recording driving information as an image) or an environmentally friendly traveling recorder 3c (for example, an eco-friendly economic driving assistant such as an eco driver) (For example, a rental car, a general business vehicle, a cargo transportation, a taxi, a remicon, a dump truck, etc.) equipped with at least one video recording and recording apparatus 3 for recording driving information of a vehicle The position information of the real time vehicle by the GPS receiver 1, the event information of the real time vehicle by the impact sensor 2, And transmits the collected information to the control service providing server 100 through the wireless communication network.

The control service providing server 100 recognizes the vehicle information from the real-time vehicle driving information received from each control terminal 10 and stores the real-time position information of the vehicle by vehicle or driver and stores it in the control DB 210, When the event information is included in the vehicle driving information, the event image information received together with the event information is classified by vehicle or driver and stored in the event DB 220. In addition, And receives customer information from the mobile terminal 20 or the client terminal 30 connected via a wired / wireless communication network and stores the received customer information in the customer DB or a member authenticated user or administrator authority Vehicle inquiry / dispatch / Notice / Customer management / Vehicle-specific service Searching for real-time field information of the respective vehicle relating to the enemy in each DB, and provides to the client terminal 30 or administrator terminal 50. The Reference numeral 40 denotes an external server provided in a customer's computer room, and 41a to 41n are field terminals connected to a customer's computer room server.

The control terminal 10 includes a key input unit 11, a touch screen 12, a status display unit 13, a program storage unit 14a, and a data storage unit 14b. A main control unit 15, and a WCDMA communication unit 16a and a Wi-Fi communication unit 16b.

The key input unit 11 includes a plurality of keys for operating a user key, and generates a set value corresponding to each key input.

The touch screen 12 senses whether a character or graphic displayed on the screen is in contact with the user, receives an instruction from an external user, and displays a command execution result for driving or controlling the program.

The status display section 13 displays status of operation of the control terminal (for example, power on / off) and input / output of the peripheral device (for example, whether GPS signal is received or shock is detected or USB connection status) (WCDMA communication or WiFi communication).

The program storage unit 14a and the data storage unit 14b separately store the driving programs and data necessary for the operation of the control terminal.

The main control unit 15 controls the overall operation of the control terminal according to a set value or a control command input through the key input unit 11 or the touch screen 12 and controls one or more input / output (I / O) A universal serial bus (USB) port, and is connected to the GPS receiver 1, the impact sensor 2, and one or more video recording and recording apparatuses 3 mounted on the vehicle through respective ports. Thus, the main control unit 15 can collect vehicle driving information including the location information of the vehicle, the event information, and the event image information through the respective ports.

In the main control unit 15, the vehicle driving information is set in advance by a program, for example, as a time value set in advance by the manager so as to track the movement and trajectory of the vehicle in a predetermined cycle (for example, (For example, a place where the vehicle does not move and can be a place where Wi-Fi communication can be performed, for example) or an event occurrence (for example, when a sudden braking operation or an output of an impact detector occurs) (WCDMA or WiFi) to the control service providing server 100. The vehicle operation information transmission operation in the main control section 15 is illustrated in Fig.

In case of transmission of vehicle driving information by occurrence of an event, the main control unit 15 calculates the driving information of the vehicle at the time of the occurrence of the event when sudden braking of the vehicle or an external shock detection is generated in the impact detector 2 (WCDMA) to the control service providing server 100. At this time, the travel information of the vehicle transmitted from the main control unit 15 to the control service providing server 100 is transmitted to the control service providing server 100 through the wireless communication network The current position information of the vehicle calculated by the GPS receiver 1, the event information indicating whether an event has occurred, and the event image information of the vehicle recorded in the video running recorder 3 at the time of occurrence of the event .

When the vehicle driving information is transmitted at a predetermined period (time), the main control unit 15 checks whether or not the time has passed, and determines whether the time set in advance by the manager so as to track the movement and trajectory of the vehicle And transmits the collected information to the control service providing server 100 through the wireless communication network. At this time, the control information is transmitted from the main control unit 15 to the control service providing server 100 And the current position information of the vehicle calculated by the GPS receiver 1. [0040] The present invention is not limited to the above embodiments,

When the vehicle driving information is transmitted from the predetermined position (time), the main control unit 15 transmits all the video driving record information of the vehicle to the control service providing server 100 through the wireless communication network WiFi At this time, the driving information of the vehicle transmitted from the main control unit 15 to the control service providing server 100 includes terminal identification information uniquely assigned to each control terminal, and recording information recorded by the video running recorder 3 And includes all the video recording information of the vehicle.

The WCDMA communication unit 16a is driven by the wireless communication control of the main control unit 15 and supports data communication in a high mobility state using a wideband code division multiple access . Thus, the control terminal 10 confirms whether the vehicle is running or not, and when the vehicle is running, it is possible to transmit the running information of the vehicle through the WCDMA communication.

The wireless fidelity communication unit 16b is driven by the wireless communication control of the main control unit 15 and supports high-speed data communication in a short distance through a wireless broadband Internet connection using wireless communication radio waves. Thus, the control terminal 10 can confirm whether or not the vehicle is wearing the garage, and can transmit all the video recording record information recorded when the vehicle is once driven by the WiFi communication when the vehicle is in the garage.

The control service providing server 100 includes a control server 110, an event management server 120, a WAP server 130, a video management server 140, and a client server 150.

The control server 110 receives real-time vehicle driving information wirelessly transmitted through the WCDMA communication from the control terminal 10, identifies the vehicle using the terminal identification information, classifies the real-time location information of the corresponding vehicle by vehicle, And car position control and video control are performed using location / image information.

The event management server 120 checks whether or not event information is included in the vehicle driving information received from the control terminal 10, and if the event information is included, 220 for each vehicle or driver, and also generates a corresponding event generation related message corresponding to the event information and transmits it to the mobile terminal 20 of the predetermined administrator.

A WAP (WAP) server 130 supports wireless Internet access and data communication by one or more mobile terminals 20.

The video management server 140 receives all the video recording information recorded at the time of one-time operation of the vehicle wirelessly transmitted through the WiFi communication from the control terminal 10, recognizes the vehicle using the terminal identification information, And stores the information in the image database 230 by dividing the information by vehicle or driver.

The client server 150 receives customer information from the client terminal 30 connected via a wired / wireless communication network, stores the received customer information in the customer DB 240, and transmits a member authenticated user or administrator authority connected through the wired / The real time driving information of each vehicle related to the vehicle inquiry / dispatch / announcement / announcement / customer management / operation trajectory for each region inquired or searched by the owner manager is retrieved from each DB and provided to the client terminal 30 or the manager terminal 50 do.

FIG. 3 is a flowchart illustrating an operation performed by the control terminal when collecting vehicle driving information in the intelligent video control method according to the present invention. In the control terminal 10, it is determined whether an event occurs or a pre- S101, S103, S104), and selectively collects the location information of the GPS receiver 1, the event information of the impact detector 2, and the video running record information of the video running recorder 3 in each case, Or WiFi) to the control service providing server 100 (S102, S105, and S106).

FIG. 4 is a flowchart illustrating an operation performed by the control service providing server when collecting vehicle operation information in the intelligent video control method according to the present invention. In the control service providing server 100, (WCDMA), recognizes the vehicle by using the terminal identification information in the vehicle driving information, stores the real time location information of the vehicle by vehicle or user, stores the information in the control DB 210, (S201 to S203) of recognizing the current position of the vehicle, and confirming whether or not the event information is included in the received vehicle driving information, and transmitting the event image information received together with the event information to the event DB 220 And stores the classified event information, and generates corresponding event occurrence related messages corresponding to the event information, (S204 to S206), which are transmitted to the mobile terminal 20 of the wireless terminal 10, are sequentially performed. The mobile terminal 20 receives the video transmission record information of the vehicle wirelessly transmitted through the WiFi communication from the control terminal 10 arriving at the designated position, (S207, S208) of recognizing the vehicle and storing the video running record information of the vehicle by vehicle or driver and storing the classified information in the video DB 230 is selectively executed.

FIG. 5 is a flowchart illustrating an operation performed by a control service providing server upon inquiry and search request of a client terminal or an administrator terminal in the intelligent video control method according to the present invention, in which the control service providing server 100 transmits / Receives the customer information from the client terminal 30 connected thereto and stores the received customer information in the customer DB 240 and provides a control service screen in step S302 and then transmits the member authorized user or administrator authority connected through the wired / According to the inquiry or search request (S303, S305, S307, S309, S311, S313, S315) by the manager having the navigation service, the control service providing server 100 transmits the vehicle search / dispatch / notice / (FIG. 6A), a vehicle up-and-down direction and a dispatch inquiry screen (FIG. 6B) by searching each DB 210-240 for real-time driving information of each vehicle related to a separate driving / (FIG. 6C), a customer management screen (FIG. 6D), a user information display screen (FIG. 6E), a drive locus display screen (S304, S306, S308, S310, S312, S314, and S316) to the administrator terminal 30 or the administrator terminal 50, respectively.

The overall operation of the intelligent video control method according to the present invention having such a configuration will be described.

First, when the operation of the control terminal 10 is started by driving the vehicle, the control terminal 10 first checks the output of the impact sensor 2 to determine whether an event has occurred (S101). As a result of the event determination, when the event is generated (Y branch of S101), the position information of the GPS receiver 1, the event information of the shock detector 2, and the video running record information of the video running recorder 3 are collected (S102) through the wireless communication network (WCDMA) to the control service providing server 100 and controls to be stored in the event DB 220 through the event management server 120. [ On the other hand, if an event is not generated (N branch of S101), whether the vehicle enters a garage (S103) or whether it is a preset transmission period (time value set in advance by the manager so as to track the movement and trajectory of the vehicle) (S103, S104). As a result of the determination, if the predetermined transmission cycle has been reached (Y branch of S104), the controller 100 collects the terminal identification information and the location information of the vehicle so as to track the movement and trajectory of the vehicle and transmits the terminal identification information and the location information of the vehicle to the control service providing server 100 through the WCDMA. (S105), and control to be stored in the control DB 210 via the control server 110 is continuously repeated until there is an event occurrence or the vehicle enters the garage. When the vehicle is once driven and the vehicle enters the garage (Y branch of S103), it is determined that the vehicle has been driven once, and all the video running record information of the video running recorder 3 is transmitted to the control service providing server (100), and controls it to be stored in the image database (230) through the image server (140).

Next, the control service providing server 100 confirms whether the real-time vehicle operation information transmitted by the control terminal 10 is received through WCDMA or WiFi (S201, S207). When the vehicle operation information is received through WCDMA The real time location information of the vehicle is classified by vehicle or user and stored in the control DB 210 through the control server 110 in step S202. The current position of the vehicle is recognized with the position information (S203).

Then, the control service providing server 100 confirms whether or not event information is included in the received vehicle driving information (S204). If the event information is not included (N branch of S204) The process returns to step S201. If the event information is included (Y branch of S204), the event image information received together with the event information is sorted into the event DB 220 by vehicle or driver by the event management server 120 (S205), generates a corresponding event generation related message corresponding to the event information, and transmits the generated message to the mobile terminal 20 (S206).

If the real-time vehicle operation information transmitted by the control terminal 10 is received through WiFi (Y branch of S207) in the reception confirmation step, it is recognized that the vehicle has arrived at the predetermined position, that is, The control unit 10 receives all the video-running record information of the vehicle wirelessly transmitted through the WiFi communication, recognizes the vehicle by the terminal identification information, classifies the video-running record information of the vehicle by vehicle or driver, (S208) through the image database 140 in the image DB 230, and ends all operations.

When the inquiry and search request of the client terminal 30 or the administrator terminal 50 occurs in the state where the data is stored as described above, the control service providing server 100 transmits the inquiry and search request to the client terminal 30 (S301) using the data already stored in the customer DB 240 to authenticate the member or the administrator authority. When the authentication is completed (Y branch in S301), the control service screen is presented to the user or the administrator who has completed the authentication (S302), and then the vehicle inquiry request (S303), the dispatch inquiry request (S305) In accordance with an announcement inquiry request (S307), a customer management inquiry request (S309), a user information inquiry request (S311), a vehicle-specific locus inquiry request (S313), and an event image inquiry request (S315) (FIG. 6A), a vehicle up / down / dispatch inquiry screen (FIG. 6B), a known content inquiry screen (FIG. 6C), a customer management inquiry screen (S304, S306, S308, S310) through the client terminal 30 or the manager terminal 50 after the display screen (Fig. 6E), the operation locus display screen (Fig. 6F) , S312, S314, and S316).

Therefore, according to the present invention, it is possible to construct a location based service system using GPS position information and wireless communication network by attaching a control terminal to a transportation vehicle in accordance with characteristics of a manufacturing industry and a service industry, It is possible to provide information such as the position of the real-time vehicle and the operation state using the video control, so that it is possible to check the situation of each site in real time and take appropriate measures quickly, The system automatically records the DTG, the eco-drive and the drive recorder of the transportation vehicle to the driver and provides the information, and the image security information system is built up through the drive recorder, thereby improving the driver protection as well as the theft prevention and the work efficiency.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, Modification is possible. Accordingly, it is intended that the scope of the invention be defined by the claims appended hereto, and that all equivalent or equivalent variations thereof fall within the scope of the present invention.

1: GPS receiver 2: shock detector
3: Video recording device 3a: Digital tachograph (DTG)
3b: Driving recorder 3c: Environmentally friendly driving recorder
10: control terminal 11: key input unit
12: Touch screen 13: Status display
14a: Program storage unit 14b: Data storage unit
15: main control unit 16a: WCDMA communication unit
16b: Wi-Fi communication unit 20: mobile terminal
30: client terminal 40: customer's computer room server
41a to 41n: an external field terminal 50: an administrator terminal
100: control service providing server 101: firewall
102: switch hub 110: control server
120: Event Management Server 130: WAP (WAP) Server
140: video image server 150: client server
210: Control DB 220: Event DB
230: image DB 240: customer DB

Claims (15)

A system for controlling vehicle operation using position information and status information of a vehicle transmitted from a terminal mounted on at least one vehicle, the system comprising:
A GPS receiver for receiving GPS signals from satellites and calculating position information, a shock detector for detecting sudden braking or sudden external shock or sudden braking applied to the vehicle to generate event information of the vehicle, and at least one Wherein the position information of the real time vehicle by the GPS receiver, the event information of the real time vehicle by the impact sensor, and the video information of the real time vehicle by the video recording and reproducing apparatus At least one control unit for collecting at least one or more pieces of information selected from record information and real-time vehicle information including terminal identification information at a predetermined period or at a predetermined position or event occurrence time, and transmitting the collected information to a control service providing server through a wireless communication network;
Real-time position information of the vehicle is recognized from the real-time vehicle driving information received from each control terminal, and the real-time position information of the vehicle is classified by the vehicle or the driver and stored in the control DB. When the event information is included in the vehicle driving information, Information on the event image information received by the vehicle or the driver is stored in the event DB, the event related information is transmitted to the mobile terminal of the predetermined administrator, and the mobile terminal or client terminal connected through the wired / The customer information is received from the customer DB or stored in the customer DB or connected to the customer via the wired / wireless communication network, The real-time scene of each vehicle related to the driving trajectory Information control service providing server searches for each DB provided to the client terminal or the administrator terminal;
And,
The control terminal,
A key input unit having a plurality of keys for operating a user key and generating a set value corresponding to each key input;
A touch screen for detecting whether a character or graphic displayed on the screen is in contact with the user and receiving an instruction from an external user and displaying a command execution result for driving or controlling the program;
A state display unit for displaying an operation state of the control terminal and input / output of the terminal peripheral device or a connection state thereof;
A program storage unit and a data storage unit for separately storing a drive program necessary for operation of the control terminal and related data necessary for program operation;
The control unit controls the overall operation of the control station according to a set value or a control command input through the key input unit or the touch screen. The control unit includes at least one input / output port and at least one universal serial bus (USB) port, The vehicle position information, the event information, and the event image information from the at least one video recording and / or reproducing apparatus, And transmits the collected data to the control service providing server through the wireless communication network;
A WCDMA communication unit driven by a wireless communication control of the main control unit and supporting data communication in a state of high mobility by a wideband code division multiple access (WCDMA) scheme using a spread spectrum technique;
A WiFi communication unit driven by the wireless communication control of the main control unit and supporting ultra-high speed data communication in a short distance through a wireless broadband Internet access using wireless communication radio waves;
And,
The control service providing server,
A control server for receiving real-time vehicle driving information wirelessly transmitted from the control terminal through the WCDMA communication, recognizing the vehicle using the terminal identification information, storing the real-time position information of the vehicle by vehicle or driver, and storing the real-
If the event information is included in the received vehicle driving information, if the event information is included, the event image information received together with the event information is separately stored in the event DB as a vehicle or a driver, An event management server for generating a corresponding event occurrence related message corresponding to the information and transmitting the message to the mobile terminal of a predetermined administrator; And
The customer information is received from the client terminal connected through the wired / wireless communication network and stored in the customer DB, and the local vehicle inquiry requested or inquired by the member authenticated user or the manager having the administrator authority connected through the wired / A client server that searches real time driving information of each vehicle related to the / dispatch / announcement / customer management / operation trajectory from each DB and provides it to a client terminal or an administrator terminal;
A WAP server for supporting wireless Internet access and data communication by the mobile terminal; And
The navigation system receives the video transmission record information of the vehicle wirelessly transmitted from the control terminal via WiFi communication, recognizes the vehicle by the terminal identification information, and records the video transmission record information of the vehicle by vehicle or driver, A video management server;
And,
The control terminal,
And transmits the driving information of the vehicle through the WCDMA communication when the vehicle is running, and transmits the driving information of the vehicle through the WiFi communication when the vehicle is in the garage, And all video recording information recorded when the vehicle is operated by one WiFi communication can be transmitted through the WiFi communication.
delete delete The control terminal according to claim 1,
At a predetermined time, at each of the pre-designated positions, or when an event occurs due to sudden braking of the vehicle or external shock detection in the impact detector, the running information of the vehicle is collected in real time and transmitted to the control service providing server through the wireless communication network Wherein the control unit is configured to control the operation of the system.
delete delete delete delete delete delete delete delete A GPS receiver for receiving GPS signals from satellites and calculating position information, a shock detector for detecting sudden braking or sudden external shock or sudden braking applied to the vehicle to generate event information of the vehicle, and at least one And a control service provision server for providing a vehicle control service by using the driving information of the vehicle wirelessly transmitted from the control terminal In a vehicle control method,
(a) the control terminal transmits one or more pieces of information selected from the position information of the real time vehicle by the GPS receiver, the real time vehicle event information by the impact sensor, and the real time vehicle video recording information by the video recording and playback device Collecting the included real-time vehicle driving information at a predetermined period, a predetermined location, or an event occurrence, and transmitting the collected information to the control service providing server through a wireless communication network;
(b) The control service providing server receives the real-time vehicle operation information transmitted wirelessly through the WCDMA communication from the control terminal, identifies the vehicle by the terminal identification information, and classifies the real- Storing in a database;
(c) The control service providing server checks whether or not event information is included in the received vehicle driving information. If the event information is included in the received vehicle driving information, Generating and storing a corresponding event generation related message corresponding to the event information, and transmitting the message to the mobile terminal of a predetermined administrator; And
(d) The control service providing server receives the video transmission record information of the vehicle wirelessly transmitted through the WiFi communication from the control station at the pre-designated location, recognizes the vehicle by the terminal identification information, Storing the information in the image database by the vehicle or the driver;
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(e) The control service providing server receives customer information from a client terminal connected through a wired / wireless communication network and stores the received customer information in a customer DB, and a member authenticated user or a manager having administrator authority connected via a wired / Searching the respective DB for real-time driving information of each vehicle related to the vehicle inquiry / dispatch / announcement / customer management / driving locus of each vehicle requested by the inquiry or search by the client terminal or the manager terminal,
The control terminal,
And transmits the driving information of the vehicle through the WCDMA communication when the vehicle is running, and transmits the driving information of the vehicle through the WiFi communication when the vehicle is in the garage, And transmitting all the video recording record information recorded when the vehicle is once driven by the WiFi communication. delete delete

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