KR102185229B1 - Vehicle black box installation work management system and method - Google Patents

Abstract

The present invention relates to a system for managing vehicle black box installation work, which selects a black box installer and allocates black box installation work to the selected black box installer when receiving a black box installation request online, provides the black box installer with guidance for installation work by vehicle type and black box model, remotely checks and supervises a work status of the black box installer, and reports work progress to a customer who requests black box installation to increase the quality of a black box installation service and a method thereof. According to the present invention, the system comprises: a main server selecting a black box installer and allocating black box installation work to the selected black box installer when receiving a black box installation request online, providing the black box installer with a work process display screen by vehicle type and black box model, remotely checking and supervising a work status of the black box installer, and reporting work progress to a customer who requests black box installation; a work management terminal connected to the main server through a network and providing interworking information with a camera unit; and the camera unit connected to the work management terminal and capturing a work site in a remote shooting mode, a manual shooting mode, and a night shooting mode.

Description

Vehicle black box installation work management system and method}

This invention relates to a system and method for managing the installation work of a black box for a vehicle. In more detail, when a request to install a black box is received online, a black box installation engineer is selected and the black box installation work is assigned to the black box installation engineer. It guides the installation work by vehicle type and black box model, checks and supervises the work status of the black box installer remotely, and reports the progress of work to the customer requesting the black box installation, thereby improving the quality of the black box installation service. It relates to a vehicle black box installation work management system and method.

In the event of a traffic accident, a vehicle black box is a trend that is almost indispensable to vehicle drivers because it enables a clear determination of the accident situation, the cause of the accident, and the accident responsibility.

For reference, a technology related to a method of installing a black box in which various cables are not exposed to the outside has excellent aesthetics, and the cable does not deviate from the black box even by an external shock, and the angle of the camera can be easily adjusted. -It has been disclosed in "Black Box and Its Installation Method" of 2018-0107551 (published on October 02, 2018).

In order for a vehicle driver to install a black box on his or her vehicle, there is a method of visiting a black box-equipped sales office or receiving an installer's business trip service from the black box-equipped sales office to install it.

In the black box-equipped sales office, in order to improve the quality of the black box installation service, the black box installation engineer is trained on the installation work, the black box installation engineer is supervised, and the black box installation request customer reports the work progress. However, due to an increase in management cost, it is not being serviced properly.

Patent Publication Publication No. 10-2018-0107551

An object of the present invention is to solve the conventional problems as described above, and when a black box installation request is received online, a black box installation engineer is selected and a black box installation work is assigned, and the black box installation engineer is assigned by vehicle type and Vehicle black, which guides the installation work for each black box model, checks and supervises the work status of the black box installer remotely, and reports the progress of work to the customer requesting the black box installation to improve the quality of the black box installation service. It is to provide a box installation work management system and method.

As a means to achieve the above object, the configuration of the system of the present invention is, when a black box installation request is received online, a black box installation engineer is selected and the black box installation work is assigned, and the black box installation engineer is assigned by vehicle type and black. It provides a work process display screen for each box model, remotely checks and supervises the work status of the black box installer, and reports the work progress to the customer requesting the black box installation, and the main server and the above-described main server through the network. If it includes a work management terminal that is connected and provides interlocking information with the camera unit, and a camera unit that is connected to the work management terminal and is used to shoot a work site in remote shooting mode, manual shooting mode, and night shooting mode. desirable.

The configuration of the system of the present invention includes a 360-degree camera that photographs a work site in which a work is in progress and generates an object detection signal when an object moves, and is combined with the 360-degree camera to support the 360-degree camera. A camera support to be used, a 360-degree lighting that generates an object detection signal when an object moves while projecting light on the work site, a lighting support that is combined with the 360-degree lighting to support the 360-degree lighting, and converts AC power into DC power. It is preferable to include an AC adapter to be supplied.

The configuration of the system of the present invention includes: a first motion sensor that generates an object detection signal when an object moves, a photographing module unit that converts optical information input through the lens into image information, and the first motion sensor. 1The motion sensor and the photographing module part are seated and the camera rotation mechanism part that adjusts the photographing direction of the photographing module part when rotated, and the zoom function and the tilt function of the photographing module part are controlled, and image information captured by the photographing module part is image information. And a camera control unit for controlling rotational driving of the camera rotation mechanism according to any one of mode information selected from a remote shooting mode, a manual shooting mode, and a night shooting mode set in the main server, and the conversion in the shooting module unit. A camera communication module unit that transmits image information to the main server, a component receptor accommodating the camera control unit and the camera communication module, a connection socket protruding from the lower portion of the component receptor, and a GPS receiver for receiving GPS location information It is preferable if it is made including.

The configuration of the system of this invention is that the 360-degree illumination is composed of a second motion sensor that generates an object detection signal when an object is moving, and a plurality of light emitting diodes integrated to emit light when power is supplied. For electrically connecting a module part, a lighting rotation mechanism part for rotating the light-emitting module part, a lighting control part for controlling the light-emitting module part and the lighting rotation mechanism part, and the lighting control part and the camera communication module part of the 360 degree camera It is desirable to include an interlocking cable.

The configuration of the system of the present invention includes a 360-degree camera that photographs a work site where work is in progress and generates an object detection signal when an object moves, and an object detection signal when the object moves while projecting light on the work site. And an external battery for supplying DC power to the 360-degree camera and 360-degree lighting to generate a. It is preferable to include a hanging string attached to the external battery.

In the configuration of the present invention, when the installer selects one of the black box configuration units on the work process display screen through the key input unit, the work management terminal downloads and stores information on the configuration unit from the database of the main server. After doing so, it is preferable to output it in a pop-up manner through the display unit.

As a means for achieving the above object, the configuration of the method of the present invention includes the steps of confirming whether there is a request for installing a black box from the customer computer through the network when the operation of the main server starts, and the main server is black from the customer computer. If there is a request to install a box business trip, it informs the black box installers along with information on the vehicle model and the black box model, and among the black box installers who want to perform the installation work, the black box closest to the customer's vehicle The step of selecting an installer and assigning work, and checking whether there is a request for the work process display screen according to the vehicle type and the black box model from the task management terminal of the assigned black box installer, and the vehicle model and the black box model from the black box installer. When there is a request for the work process display screen according to the step of providing it by the main server, the ID of the camera unit linked to the work management terminal of the assigned black box installer is checked, and remote shooting mode, manual shooting mode, The main server receives and stores the work site shooting information according to the night shooting mode, the main server monitors whether the work is proceeding normally by detecting individual objects from the received photorealistic images of the work site, and the black box It is desirable to include a step in which the main server reports on the progress of the work to the customer computer of the travel installation request.

In this invention, when a request to install a black box is received online, the black box installation engineer can be assigned a black box installation work, and the black box installation engineer can guide the installation work by vehicle type and by black box model. It has the effect of improving the service quality of the black box installation by allowing remote confirmation and supervision of the work status of the black box and checking the work progress to the customer requesting the installation of the black box.

1 is a block diagram of a vehicle black box installation work management system according to an embodiment of the present invention.
2 is a view showing a work process display screen of a work management terminal of the vehicle black box installation work management system according to an embodiment of the present invention.
3 is a configuration diagram of a camera unit of a system for managing installation work of a black box for a vehicle according to an embodiment of the present invention.
4 is a detailed configuration diagram of a 360-degree camera of the camera unit of the vehicle black box installation work management system according to an embodiment of the present invention.
5 is another configuration diagram of a camera unit of the vehicle black box installation work management system according to an embodiment of the present invention.
6 is a detailed configuration diagram of a 360-degree illumination of a camera unit of a vehicle black box installation work management system according to an embodiment of the present invention.
7 is an operation flowchart of a method for managing installation work of a black box for a vehicle according to an embodiment of the present invention.

Hereinafter, in order to describe in detail enough that a person of ordinary skill in the art can easily implement the present invention, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings. Other objects, features, and operational advantages, including the object, operation, and effect of the present invention, will become more apparent by the description of the preferred embodiment.

For reference, the embodiments disclosed herein have been presented by selecting the most preferable embodiments to aid understanding of those skilled in the art among various possible examples, and the technical idea of the present invention is necessarily limited or limited only by the presented embodiments. Rather, various changes, additions, and changes including equivalents or substitutes are possible within the scope of the technical idea of the present invention.

In addition, the expressions of terms or words used in the specification and claims of the present application are defined on the basis of the principle that the inventor can appropriately define the concept of terms in order to explain his or her invention in the best way. , It should not be interpreted as being limited to a conventional or dictionary meaning, and should be interpreted as a meaning and concept consistent with the technical idea of the present invention. As an example, the expression in the singular includes a plurality of expressions unless clearly defined otherwise in the context, and the expression about the direction is set based on the position expressed on the drawing for convenience of description, and is "connected" or "connected" The expression "become" includes not only direct connection or connection, but also connection or connection through other elements in the middle. In addition, the expression "~unit" includes a unit realized using hardware, a unit realized using software, a unit realized using both hardware or software, and one unit is one or more hardware or software. It may be realized using, or two or more units may be realized using one piece of hardware or software.

As shown in Figure 1, the configuration of the vehicle black box installation work management system according to an embodiment of the present invention, when a black box installation request is received online, a black box installation engineer is selected to perform the black box installation work. It assigns and provides the black box installer a work process display screen by vehicle type and black box model, remotely checks and supervises the work status of the black box installer, and reports the progress of work to the customer requesting the installation of the black box. The server 10 and the work management terminal 30 connected to the main server 10 through the network 20 and providing interworking information with the camera unit 40, and the work management terminal 30 It is connected to and comprises a camera unit 40 for shooting a work site in a remote shooting mode, a manual shooting mode, and a night shooting mode.

The work management terminal 30 communicates with the camera unit 40 to determine whether the black box installation engineer is guided by the work of each vehicle type and the black box model, and checks whether the work being constructed at the black box installation work site is sequentially proceeding. As for transmitting the linkage information to the main server 10, a separate dedicated terminal may be used, or a dedicated app may be installed and used in a general terminal owned by a black box installer.

As the general terminals, communication terminals such as smartphones with Internet access, palmtops, personal digital assistants (PDAs), portable multimedia players (PMP), UMPC (Ultra-mobile PC), MID (Mobile Internet Device) ) Can be used.

The work management terminal 30 includes a key input unit 31, a memory unit 32, a control unit 33, a wireless transmission/reception unit 34, and a display unit 35.

The key input unit 31 is composed of a key button, and includes a plurality of key buttons for inputting a request signal required to grasp the operation by vehicle type and black box type in three dimensions, and zoom-in through the camera unit 40 And a key button for performing a zoom-out function.

The key input unit 31 includes not only physical key buttons but also software key buttons using a touch screen installed on the display unit 35. The touch screen is provided by laminating a liquid crystal display and a touch panel. When a user applies a predetermined pressure by touching a certain area on the screen through a hand or a writing implement, information input using a touch screen, The position to which the pressure is applied is sensed and processed as touch panel data, which is recognized by the control unit 33 and received as a key input.

The control unit 33 performs a control function of extracting the work process display screen from the memory unit 32 and outputting it through the display unit 35 when there is a request to provide information on the work process display screen through the key input unit 31. .

In the database (DB) of the main server 10, there is stored a work process display screen showing how the black box configuration units are sequentially installed according to the work process progress order of each car type. When requesting the work process display screen information corresponding to the black box model and vehicle type at the work site through the input unit 31, the work process display screen information is transmitted from the main server 10 to the wireless communication unit of the work management terminal 30 ( After downloading and storing in the memory unit 32 through 34), the installer outputs it through the display unit 35 so that it can be viewed as shown in FIG. 2.

In addition, when the black box installer selects one of the black box configuration units on the work process display screen through the key input unit 31, the control unit 33 stores information on the corresponding configuration unit in the database of the main server 10. It is downloaded from the wireless communication unit 34 to the memory unit 32 and stored thereafter, and then outputted through the display unit 35 in a pop-up method.

In addition, the main server 10 determines whether the order of the black box installation work is correct or incorrect by using the work site shooting information photographed through the camera unit 40 to display the display unit 35 of the work management terminal 30. By guiding the installer through to the installer, the installer can correct it.

When the camera unit 40 captures the actual image of the work site, the main server 30 detects the vector shooting information of the work site, and then, the vector in the database of 3D virtual space modeling for the black box configuration unit. Detects a 3D model that matches the photographing information, detects each individual object in the detected 3D model, and creates matching information by matching each object on the real image with individual objects of the 3D model. , The detected attribute value and matching information of the 3D model are transmitted to the work management terminal 30 side.

The work management terminal 30 activates each object on the live image by combining the matching information transmitted to the live image, and outputs the live image in which each object is activated to the display unit 35, and then touches the objects. When an input is detected, attribute information of the object is displayed through the display unit 35.

3 is a configuration diagram of a camera unit of a vehicle black box installation work management system according to an embodiment of the present invention, and Fig. 4 is a 360-degree camera of the camera unit of the vehicle black box installation work management system according to an embodiment of the present invention. It is a detailed configuration diagram, and FIG. 5 is a detailed configuration diagram of a 360-degree illumination of the camera unit of the vehicle black box installation work management system according to an embodiment of the present invention.

As shown in Fig. 3, the camera unit 40 of the vehicle black box installation work management system according to an embodiment of the present invention includes a 360 degree camera 1, a camera support 2, and a 360 degree illumination 3 , Including a lighting support (4), an AC adapter (7).

The 360-degree camera 1 is installed around the work site so as to photograph the entire work site in which the work is in progress, and is mounted and driven on the camera support 2.

The 360 degree camera 1, as shown in Figs. 3 and 4, a first motion sensor (1a), a photographing module unit (1b), a camera rotation mechanism unit (1c), a camera control unit (1d), a camera It comprises a communication module unit (1e), a component acceptor (1f), a connection socket (1g), and a GPS receiving unit (1h).

The first motion sensor 1a is composed of an infrared sensor and generates an object detection signal when an object moves.

The first motion sensor 1a is composed of a plurality of pieces, each of which is configured to be capable of changing the sensing direction so as to detect an area in the entire direction of the 360-degree camera 1.

The 360-degree camera 1 can detect motion over an entire area separated by a predetermined distance from the installation point. In addition, the first motion sensor 1a is fixedly coupled to the periphery of the photographing module unit 1b, so that a position in a relative direction according to the photographing direction of the photographing module unit 1b can be detected when detecting a moving object. have.

The photographing module unit 1b converts optical information inputted to the lens into image information, receives optical information from a lens that adjusts focus by an actuator and transmits the optical information to the image sensor, and transmits the light received from the image sensor. It converts into electrical signals, which are video information. In addition, the photographing module unit 1b has a zoom function and a tilt function.

The camera rotation mechanism unit 1c has a first motion sensor 1a and an image capturing module unit 1b mounted thereon, and adjusts the capturing direction of the capturing module unit 1b when rotating. The camera rotation mechanism unit (1c) is configured with a rotation motor for rotating the shooting module unit (1b) so that the shooting module unit (1b) photographs the whole in a 360-degree direction horizontal to the ground surface, and is photographed at the shaft end of the rotation motor. A seating base on which the module unit 1b is seated may be coupled. A photographing angle conversion motor for converting the photographing angle of the photographing module unit 1b is further configured on the seating base to change the photographing angle of the photographing module unit 1b. Accordingly, the camera rotation mechanism unit 1c is formed so that the shooting angle of the shooting module unit 1b is capable of capturing the entire hemispherical area. In this case, the camera rotation mechanism unit 1c is equipped with a hemispherical cover on the outside to prevent dust or foreign matter from entering the camera rotation mechanism unit 1c.

The camera control unit 1d includes a central processing unit and a memory, and executes a preset control command program according to an input. In addition, the camera control unit (1d) controls the zoom function and the tilt function of the photographing module unit (1b), converts the image information photographed by the photographing module unit (1b) into image information, and remote shooting set in the main server (10). Controls the rotational drive of the camera rotation mechanism unit 1c according to any one mode information selected from a mode, a manual shooting mode, and a night shooting mode. The camera control unit 1d controls the rotational driving of the camera control unit 1c according to a preset program according to each mode information. It is configured to perform driving or to be remotely operated by external operation.

The camera communication module unit 1e is a device that performs wireless communication, and performs communication using mobile communication technologies for each generation, such as 3G, 4G, and 5G. More specifically, the camera communication module unit 1e transmits the image information converted by the photographing module unit 1b to the main server 10 by wireless communication. In addition, the camera communication module unit 1e interlocks with the main server 10 to receive information on any one selected from a remote shooting mode, a manual shooting mode, and a night shooting mode set in the main server 10 and receiving the camera control unit. Transfer to (1d). In this case, the camera communication module unit 1e includes a camera ID such as a MAC address or a modem identification number, and transmits the camera ID when performing communication with the main server 10, so that a plurality of 360 It is configured to be able to classify and store image information for each according to the camera ID when the road camera 1 is connected.

The part receptor (1f) is formed of a semi-spherical transparent body, and by accommodating the camera control unit (1d) and the camera communication module inside, the camera control unit (1d) and the camera communication module are not directly touched by foreign substances such as dust or water. To protect. In addition, the part receiving body 1f is provided with a seating base 1f1 in which the camera rotation mechanism 1c is seated in an inner region to provide an area in which the camera rotational mechanism 1c can be rotated.

The connection socket (1g) is protruded and coupled to the lower part of the component receiver (1f), and is electrically connected to the power supply of the 360-degree camera (1) to supply power from the AC adapter (7) or external battery (8). It receives and supplies power to the 360-degree camera (1).

The GPS receiver 1h receives GPS location information, and receives any one mode information selected from a remote shooting mode, a manual shooting mode, and a night shooting mode set in the camera control unit 1d.

The GPS receiving unit 1h monitors the GPS location information when receiving mode information of a remote shooting mode or a night shooting mode, and generates theft risk information when the GPS location information is out of a preset range, and the camera communication module unit It is transmitted to the main server 10 through the communication function of (1e). The main server 10 receiving such theft risk information transmits a text message or alarm information for the theft risk information to the work management terminal 30, so that someone other than the user moves the 360-degree camera 1 And let them know. The user immediately checks the theft situation and establishes a countermeasure accordingly.

The AC adapter unit 7 includes a power supply unit 7a, an AC connection cord unit 7b, a power supply cover body 7c, and a power-side connection terminal 7d, as shown in Figs. 3 and 4 It is done by doing.

The power supply unit 7a is a device that converts AC power into DC power, and is electrically connected to a connection socket 1g to provide a photographing module unit 1b, a camera rotation mechanism unit 1c, a camera control unit 1d, and camera communication. DC power is supplied to the module unit 1e.

The AC connection cord portion 7b is formed in a cord shape with an AC power terminal connected at one end, and is electrically connected to the power supply unit 7a, and electrically connects the power terminal box and the power supply unit 7a at the work site.

The power supply unit cover body 7c is formed in a cylindrical shape, and accommodates the power supply unit 7a so that the power supply unit 7a is seated inside, thereby preventing the power supply unit 7a from being contaminated by external foreign substances. In addition, the power supply unit cover body 7c is formed in a shape in which the insertion region of the connection socket 1g is recessed downward so that the connection socket 1g is inserted. In addition, the (7c) is coupled to the camera mounting plate (2a) of the camera support (2) by a fastening member such as a bolt, in this case, the power supply cover body (7c) is a hole for the socket passage of the camera mounting plate (2a) The connection socket 1g can be inserted by making the insertion area of the connection socket 1g coincide.

The power-side connection terminal 7d is disposed in the insertion region of the connection socket 1g and is electrically connected when the connection socket 1g is inserted in the insertion region of the connection socket 1g. In this case, the power side connection terminal 7d is electrically connected to the power supply unit 7a to supply the DC power converted by the power supply unit 7a to the 360 degree camera 1.

The camera support 2, as shown in FIGS. 3 and 4, is coupled to the 360 degree camera 1 to support the 360 degree camera 1, and the camera seat plate 2a, the camera pole 2b ), including the camera support leg (4c).

The camera mounting plate 2a is formed in a plate shape to provide an area in which the AC adapter 7 can be fastened and coupled by bolts, etc., and when the 360 degree camera 1 is connected to the AC adapter 7 It provides an area in which the 360 degree camera 1 can be seated. In addition, the camera mounting plate (2a) is further formed with a socket passage hole (2a1) so that the part receiver (1f) of the 360-degree camera (1) can be inserted in a state in which the AC adapter part (7) is coupled.

The camera pole (2b) is formed in a rod shape, one end is coupled to the camera mounting plate (2a) and is formed to protrude downward.

The camera pole 2b may be configured in a form in which two rods are fitted and coupled to allow height adjustment. Such a camera pole (2b), when the 360-degree camera (1) is coupled to the camera mounting plate (2a), by allowing the 360-degree camera (1) together with the camera support leg (2c) to be disposed at a certain height, the 360-degree camera (1) and the AC adapter part (7) are made not to be contaminated by foreign substances existing on the floor of the work site.

The camera support leg (4c) is configured in the shape of a triangular leg and is disposed under the camera pole (2b), while the camera pole (2b) is in a state perpendicular to the floor surface of the work site, and a 360-degree camera (1) ) Is supported.

Since the camera support 2 is movable, the 360 degree camera 1 can be moved at a specific point on the work site to take an image.

The 360-degree illumination 3 is configured to be rotatable and irradiates light to illuminate the entire work site, but tracks and irradiates moving objects.

5 is another configuration diagram of a camera unit of the vehicle black box installation work management system according to an embodiment of the present invention.

As shown in FIG. 5, in another configuration of the camera unit 40 of the vehicle black box installation work management system according to an embodiment of the present invention, an external battery 8 is installed instead of the AC adapter 7, It consists of a configuration in which a hanging string (9) is installed instead of the camera support (2).

The external battery 8 includes a battery part 8a, a battery cover body 8b, and a battery connection terminal 8c.

The battery unit (8a) is electrically connected to the connection socket (1g) to supply DC power to the photographing module unit (1b), the camera rotation mechanism unit (1c), the camera control unit (1d), and the camera communication module unit (1e). Will be supplied. Here, the battery unit 8a may be composed of a rechargeable lithium-ion battery, and may be separated from the battery cover body 8b to be described later and replaced when the lifespan is over.

The battery cover body 8b is formed in a cylindrical shape to accommodate the battery part 8a, thereby preventing the battery part 8a from being contaminated by external contaminants. In this case, the battery cover body 8b is formed with a socket insertion region into which the connection socket 1g is inserted, and is detachably coupled with the part receiving body 1f of the 360-degree camera 1. Here, the socket insertion region formed in the battery cover body 8b may have the same shape as the insertion region of the connection socket 1g of the power supply cover body 7c.

The battery connection terminal 8c is disposed in the socket insertion area and is electrically connected when the connection socket 1g is inserted into the socket insertion area. In addition, the battery connection terminal 8c is electrically connected to the battery and supplies DC power supplied from the battery to the connection socket 1g so that the 360-degree camera 1 is driven.

The external battery 8 has a connection socket (1g) insertion region and a socket insertion region formed in the same shape as the AC adapter unit 7 and is supplied with electric power by wire by the AC adapter unit 7 or external battery ( 8) to receive power wirelessly. If the 360 degree camera (1) is fixed and used, the power is continuously supplied from the AC adapter (7) to be driven so that it is fixedly usable, and the 360 degree camera ( 1) When carrying and using, the 360 degree camera 1 is formed to be portable so that it is driven by continuously receiving power from the external battery 8.

Accordingly, when the installer performs the remote photographing mode in order to secure image information on the work situation, the AC adapter unit 7 can be continuously supplied with power to be driven.

In addition, when performing the manual shooting mode in order to secure image information on the work situation, the installer carries the external battery 8 mounted on the 360-degree camera 1, thereby storing image information on the work situation. Can be secured.

The hanging string 9 is formed by extending from the external battery 8 with both ends attached to the external battery 8. When the user wants to photograph a working situation while carrying the 360-degree camera (1), such a hanging string (9) is carried with the external battery (8) connected to the 360-degree camera (1) , Wrap it around the neck or shoulder of the installer so that the installer can get the image information very easily.

The 360-degree lighting 3 is, as shown in FIGS. 3 and 6, a second motion sensor 3a, a light emitting module 3b, a lighting rotation mechanism 3c, a lighting control part 3d, and interlocking It comprises a cable 3e.

The second motion sensor 3a is composed of an infrared sensor and generates an object detection signal when an object moves.

The second motion sensor (3a) is composed of a plurality, each of the plurality of the sensing direction is configured to be different from each other so as to detect an area of the entire direction of the 360 degree illumination (3), the 360 degree illumination (3) ) Can detect the movement of the entire area away from the installed place.

The light emitting module part 3b is configured in a form in which a plurality of light emitting diodes are integrated, and emits light when power is supplied.

The lighting rotation mechanism part 3c is configured with a rotation motor for lighting for rotating the light emitting module part 3b so that the light emitting module part 3b photographs the whole in a 360-degree direction on a plane horizontal to the ground surface. The light-emitting module part 3b is seated on the shaft end, and the lighting mounting base 3c1 covering the light-emitting module part 3b may be coupled. An illumination angle conversion motor for converting the photographing angle of the light-emitting module unit 3b is further configured on the base 3c1 for mounting the illumination, so that the illumination angle of the light-emitting module unit 3b can be changed.

The lighting control unit 3d is electrically connected to the light emitting module unit 3b to perform a control to turn on or off the power supplied to the light emitting module unit 3b. In addition, when the lighting control unit 3d is electrically connected to the second motion sensor 3a and detects an object by the second motion sensor 3a to generate an object detection signal, the object detection signal is input. In addition, the lighting control unit (3d) is electrically connected to the lighting rotation mechanism unit (3c) to adjust the horizontal rotation angle of the lighting rotation mechanism unit (3c) for the lighting rotation motor, and to adjust the vertical rotation angle of the illumination angle conversion motor. do. In addition, the lighting control unit 3d is electrically connected to the 360 degree camera 1 by a wired cable to interlock with the camera communication module unit 1e, and the night shooting mode is being executed from the camera communication module unit 1e. When information is received, driving is performed with a preset program, and driving is stopped when a mode other than the night photographing mode is being executed from the camera communication module 1e. More specifically, when the night photographing mode is executed at night, the lighting control unit 3d continuously receives an object detection signal from the second motion sensor 3a while first turning off the light emitting module unit 3b. In this case, by turning on the power supplied to the light emitting module unit 3b while the second motion sensor 3a rotates the lighting rotation mechanism unit 3c to the position where the object is detected, the lighting is turned on while tracking the moving object. It should be irradiated, but light is irradiated only when a moving object is detected.

The interlocking cable 3e electrically connects the lighting control unit 3d of the 360 degree illumination 3 and the camera communication module unit 1e of the 360 degree camera 1. When the night photographing mode is executed, the interlocking cable 3e transmits a driving signal related to the execution of the night photographing mode to be input from the camera communication module unit 1e to the lighting control unit 3d.

When a driving signal relating to the execution of the night photographing mode is input, the 360-degree illumination 3 is driven by a pre-programmed setting of the illumination control unit 3d, and the 360-degree camera 1 from the camera communication module 1e When a driving signal for stopping the night photographing mode of) is input, the pre-programmed driving of the lighting control unit 3d is stopped.

The interlocking cable (3e) is electrically connected to the power supply unit (7a) of the 360 degree camera (1), and the power supplied from the power supply unit (7a) is supplied to the light emitting module unit (3b) of the 360 degree illumination unit (3), lighting It is supplied to the rotating mechanism part 3c and the lighting control part 3d, and makes the 360 degree lighting 3 be driven.

When the lighting control unit 3d is driven by receiving power from the power supply unit 7a by an interlocking cable 3e, and a program configured to track a moving object and irradiate light by a preset program is driven, an interlocking cable ( The lighting operation signal is transmitted to the camera communication module 1e to the 360 degree camera 1 through 3e).

The camera communication module unit 1e transmits a lighting operation signal to the main server 10, and the main server 10 transmits a lighting operation signal when the monitoring app of the task management terminal 30 is executed. In the night shooting mode, whether or not the 360-degree illumination (3) operates normally is indicated by an icon or text. Accordingly, the user can check whether the 360-degree illumination 3 is normally operated.

7 is an operation flowchart of a method for managing installation work of a black box for a vehicle according to an embodiment of the present invention.

As shown in Figure 7, the configuration of the vehicle black box installation work management method according to an embodiment of the present invention, the operation of the main server starts (S10), and the black box business trip installation from the customer computer through the network. Step of checking whether there is a request (S20), and if there is a request to install a black box from the customer's computer, it informs the black box installers along with information on the vehicle model and the black box model, and the black box that wants to perform the installation The step of selecting and assigning work by selecting the black box installer closest to the customer's vehicle from among the installers (S30), and working according to the vehicle type and the black box model from the task management terminal of the assigned black box installer Step of checking whether there is a request for a process display screen (S40), a step of providing a request for a work process display screen according to the vehicle type and the black box model from the assigned black box installer (S50), and the assigned black Checking the ID of the camera unit linked to the work management terminal of the box installer (S60), and work according to the remote shooting mode, manual shooting mode, and night shooting mode from the camera unit linked to the work management terminal of the black box installer Receiving and storing on-site photographing information (S70), detecting individual objects from the received photorealistic images of the work site to monitor whether the work is proceeding normally (S80), and using a black box business trip installation request customer computer It comprises a step (S90) of reporting on the progress of the operation and a step (S100) of terminating the operation.

The operation of the vehicle black box installation work management system and method according to an embodiment of the present invention by the above configuration is as follows.

When the operation of the main server 10 starts (S10), the main server 10 checks whether there is a request for installing a black box from a customer computer (not shown) through the network 20 (S20).

When there is a request to install a black box from a customer's computer, the main server 10 will send it to the black box installers registered in the black box installer pool along with information on the customer's vehicle model and the black box model requested by the customer. Among the black box installation technicians who want to notify the user and perform the installation work, the black box installation engineer closest to the customer's vehicle is selected and assigned to work (S30).

The black box installer who has been assigned a task moves to the work site and installs the camera unit 40 on the work site, and then proceeds to install the black box. First, the 360-degree camera (1) is attached to the camera support (2). Arranged to be positioned at a certain height by the camera pole (2b) and the camera support leg (2c) in the state of being bonded to the mounting plate (2a), and the 360-degree illumination (3) is attached to the lighting mounting plate (4a) of the lighting support (4) It is placed so as to be positioned at a certain height by the lighting pole (4b) and the lighting support leg (4c) in a state that is coupled to the same.

Next, while the black box installer runs the dedicated app of the task management terminal 30, among the icons of preset programs of the monitoring app, the remote shooting mode icon is touched on the touch panel of the task management terminal 30. Then, the camera unit 40 executes the remote photographing mode. In addition, when the black box installer touches the manual shooting mode icon among preset program icons of the dedicated app on the touch panel of the work management terminal 30, the camera unit 40 executes the manual shooting mode, and When the box installer touches the night photographing mode icon among preset program icons of the dedicated app on the touch panel of the task management terminal 30, the camera unit 40 executes the night photographing mode. In addition, when a zoom in/out function is requested through the key input unit 31, the control unit 33 of the work management terminal 30 controls the zoom function lens mounted on the camera unit 40 to be inserted or removed.

In the course of the black box installation work, the black box installation engineer may encounter difficulties in the installation because it is the first vehicle or black box model he encounters, the main server 10 through the work management terminal 30 As a result, a request is made for the work process display screen according to the vehicle type and black box model.

The main server 10 checks whether there is a request for a work process display screen according to the vehicle type and the black box model from the work management terminal 30 (S40), and the work process according to the vehicle type and the black box model from the assigned black box installer. When there is a request for a display screen, it is read out from the database and provided to the work management terminal 30 (S50).

The black box installation engineer reads the operation process display screen according to the vehicle model and the black box model transmitted from the main server 10 and learns it before performing the installation.

On the other hand, the main server 10 checks the ID of the camera unit 40 interlocked with the work management terminal 30 of the black box installer (S60), from the camera unit 40 remote shooting mode, manual shooting mode, Depending on the night photographing mode, the work site photographing information is received and stored (S70),

The main server 10 stores the image captured by the 360 degree camera 1 according to the camera ID of the 360 degree camera 1, the work site name, the vehicle model name, the black box model name, the date and time in a DB format, The DB is separated and stored according to the remote shooting mode, manual shooting mode, and night shooting mode.

First, in the case of the remote shooting mode, the main server 10 receives and stores the image captured by the 360-degree camera 1, but captures the work progress at the work site remotely and sets the date, time, and execution mode in DB format. Will be saved.

Next, in the case of manual shooting mode, the main server 10 receives and stores the image captured by the 360-degree camera 1, but manually photographs the work progress of the work site and sets the date, time, and execution mode in DB format. Will be saved.

In addition, in the case of night shooting mode, the main server 5 photographs an object in conjunction with the 360-degree camera 1 and the 360-degree lighting 3, but the 360-degree lighting 3 is detected by the second motion sensor 3a. In a state in which light is irradiated on a moving object according to an object detection signal, the 360-degree camera 1 photographs an object according to the object detection signal detected by the first motion sensor 1a, and the 360-degree camera 1 shoots. One video is input and saved, but the date, time, and execution mode are saved in DB format.

The task management terminal 30 may be configured as a communication terminal having a display function and a touch panel function, such as a smartphone or tablet PC carried by the installer, and may be configured as a desktop PC or a laptop if necessary. Such a work management terminal 30 interlocks with the camera unit 40 to select a remote shooting mode, a manual shooting mode, and a night shooting mode, and transmit a setting signal to the main server 10 to set the remote shooting mode and the manual shooting mode. The main server 10 may be controlled so that any one of the photographing mode and the night photographing mode is executed.

In this case, the task management terminal 30 is installed and operated with a dedicated app linked with the main server 10 in order to execute each mode information in connection with the main server 10. The dedicated app installed and operated on the task management terminal 30 is programmed so that execution buttons for each of the remote shooting mode, manual shooting mode, and night shooting mode are linked to the touch panel on the screen.

In addition, the main server 10 detects individual objects from the received photorealistic images of the work site and monitors whether the work is proceeding normally, and transmits a warning signal to the work management terminal 30 when an abnormality occurs. By doing this, the black box installer helps to recognize this and correct it (S80).

Next, the main server 10 reports on the progress of the work to the customer computer of the black box travel installation request (S90), and then terminates the operation (S100).

10: main server 20: network
30: task management terminal 31: key input unit
32: memory unit 33: control unit
34: wireless communication unit 35: display unit
40: camera unit

Claims (7)

When a black box installation request is received online, a black box installation engineer is selected and assigned to the black box installation work, and a work process display screen is provided to the black box installation engineer by vehicle type and by black box model, and the work of the black box installation engineer The main server that checks and supervises the situation remotely and reports the progress of work to the customer requesting the installation of the black box,
A work management terminal that is connected to the main server through a network and provides interlocking information with the camera unit;
A black box installation work management system for a vehicle, which is connected to the work management terminal and comprises a camera unit for shooting a work site in a remote shooting mode, a manual shooting mode, and a night shooting mode. The method of claim 1,
The camera unit,
A 360-degree camera that photographs the work site where work is in progress and generates an object detection signal when an object moves,
A camera support coupled to the 360 degree camera to support the 360 degree camera,
360-degree lighting that generates an object detection signal when an object moves while projecting the work site,
A lighting support that is combined with the 360-degree lighting to support the 360-degree lighting,
A vehicle black box installation work management system comprising an AC adapter unit converting and supplying AC power to DC power. The method of claim 1,
The camera unit,
A 360-degree camera that photographs the work site where work is in progress and generates an object detection signal when an object moves,
360-degree lighting that generates an object detection signal when an object moves while projecting the work site,
An external battery that supplies DC power to the 360 degree camera.
A vehicle black box installation work management system, characterized in that comprising a hanging string attached to the external battery. The method of claim 2 or 3,
The 360 degree camera,
A first motion sensor that generates an object detection signal when an object moves,
A photographing module unit that converts optical information input through the lens into image information,
The first motion sensor and the photographing module part is seated, and a camera rotation mechanism part for adjusting the photographing direction of the photographing module part when rotating,
Controls the zoom function and tilt function of the photographing module unit, converts image information photographed by the photographing module unit into image information, and selects any one of a remote photographing mode, a manual photographing mode, and a night photographing mode set in the main server. A camera control unit that controls rotational driving of the camera rotation mechanism according to information,
A camera communication module unit for transmitting the image information converted by the photographing module unit to the main server,
A component receiver accommodating the camera control unit and the camera communication module,
A connection socket protruding from the lower part of the part receptor,
A vehicle black box installation work management system comprising a GPS receiver for receiving GPS location information. The method of claim 4,
The 360 degree lighting,
A second motion sensor that generates an object detection signal when an object moves,
A light-emitting module unit that emits light when a plurality of light-emitting diodes are integrated to receive power,
A lighting rotation mechanism part for rotating the light-emitting module part,
A lighting control part for controlling the light-emitting module part and the lighting rotation mechanism part,
And an interlocking cable for electrically connecting the lighting control unit and the camera communication module unit of the 360-degree camera. The method of claim 1,
When the installation engineer selects one of the black box configuration units on the work process display screen through the key input unit, the work management terminal downloads and stores the information on the configuration unit from the database of the main server, and then the display unit Vehicle black box installation work management system, characterized in that output through a pop-up method. When the operation of the main server starts, the step of checking whether there is a request to install a black box from the customer computer through the network;
The main server informs the black box installers with information on the vehicle model and the black box model when there is a request to install the black box from the customer's computer, and among the black box installers who want to perform the installation, the customer's vehicle is located. Selecting the nearest black box installer and assigning work,
Check if there is a request for the work process display screen according to the vehicle type and black box model from the work management terminal of the assigned black box installer, and if there is a request for the work process display screen according to the vehicle type and black box model from the black box installer, the main The steps the server provides it, and
Checking the ID of the camera unit linked with the task management terminal of the assigned black box installer, and receiving and storing the work site shooting information from the camera unit according to the remote shooting mode, manual shooting mode, and night shooting mode,
The main server monitors whether the work is proceeding normally by detecting individual objects from the received photorealistic image of the work site;
A method for managing installation work of a black box for a vehicle, comprising the step of, by the main server, reporting on the work progress to a customer computer requesting a black box travel installation.

Images