KR101114402B1 - System, terminal and control pannel for managing lighting apparatus unitedly - Google Patents

Abstract

PURPOSE: A system, terminal, and control pad for managing a lighting device are provided to enable a user to easily repair and maintain the control panel by implementing a screen component of the control panel according to the taste of a user. CONSTITUTION: An input unit adds or revises the content of a button according to a function. A storage unit stores software information for generating a screen component of a control panel. An operation unit operates various values according to an inputted operation signal. A terminal(100) generates a screen component of the control panel. A communication module transmits and receives data for controlling a control board and lighting. A lighting control board controls a lighting device by processing the received data. A control panel(200) receives data of a screen component element and displays data.

Description

SYSTEM, TERMINAL AND CONTROL PANNEL FOR MANAGING LIGHTING APPARATUS UNITEDLY}

The present invention relates to a system, a terminal and a control panel for integrally managing a lighting device. In more detail, in order to more effectively manage the lighting apparatus used in the ship, a system for generating a screen component of the control panel of the user's desired form by using a terminal and transmitting the screen component to the control panel through a communication network. , Terminal and control panel.

Korea is a world-class shipbuilding powerhouse, with the world's number one position in terms of volume, orders and backlog. As such strength, the technological advantage of the IT sector is added to manufacturing competitiveness, and the development of technology is actively incorporating IT into the shipbuilding industry, and the movement to simultaneously promote the high value-adding of the shipbuilding industry and differentiation from competitors is becoming visible. Recently, the attention of the world's shipbuilding industry is focused on marine automation. Among the ship automation, it is possible to include a lighting device required for facing, the lighting device is a device necessary for the operation of the ship, such as a direction light, fog light, stop light of the vehicle. Under the International Maritime Collision Prevention Regulation, it is necessary to install equipment to control the navigational lights and traffic lights necessary for the operation of the vessels. By notifying other ships, it is recommended to prevent collisions between ships in advance and to ensure safety. As of January 1, 2009, the International Maritime Organization (IMO) has made mandatory monitoring and control of ship navigation lights.

CONTROL PANEL is used to control the lighting devices required for the voyage of the ship. The control panel refers to a plurality of control panels for various lighting devices, and is often referred to as a group control panel (GCP). Also called.

These control panels are the navigation equipment necessary for the control of lighting devices in the voyage of the ship and are installed in the steering room essentially per ship. Currently, many domestic and foreign companies develop and manufacture control panel technology on their own and install it on ships. Early control panels were built and used to perform functions in a mechanical way simply by switching to control one of the few lighting devices on the ship. However, the mechanical control panel using a switch was not enough to function as a device for controlling a subdivided lighting device as the ship became larger and more advanced.

Therefore, in recent years, the number of controlled lighting is diverse and varied, so that the electronic control is possible to monitor the lighting status as well as the lighting device by manufacturing products using a microcontroller for the production efficiency and management convenience at the production stage. A panel is appearing. However, there are still problems with button electronic control panels that incorporate these microcontrollers.

First, the captains or navigators who operate ships are required to reflect the form of the navigation equipment in their design to suit the taste of the owner (captain or navigator). In case of a control panel that is a demanding equipment and already reflects the design, if a design change request occurs or an error occurs in the manufacturing process, all the design contents, circuits, and equipment of the control panel must be modified. It is hard.

Second, it takes considerable time and manpower to produce control panels that reflect the design. As the ordering method according to the user's request is performed from the design stage of the product to consider the taste of the client, the inefficient manufacturing method, which requires a considerable amount of time and manpower, has been adhered to. This is a serious obstacle to actual shipbuilding equipment companies.

Third, it is difficult to upgrade the product to improve performance or introduce new lighting devices. This is because the control panel reflected in the initial design of shipbuilding is difficult to upgrade for the control by installing new lighting equipment required by the ship afterwards. Cost.

Therefore, the present invention has been made to solve the above-mentioned problems of the prior art, the user-centered design is fully reflected, significantly shortening the product design and manufacturing time, convenient installation and easy to upgrade the control panel in the future Its purpose is to provide a system, terminal and control panel for the integrated management of lighting devices.

According to the present invention, a terminal for generating a screen component of the control panel including a background image, an illumination control button and an illumination state indicator; And a control panel that receives data of screen components of the control panel generated by the terminal and displays the data on the screen, wherein the control panel includes a navigation panel for controlling a navigation light, a signal panel for controlling a signal light, and an external light. It provides a system for integrated management of the lighting device, characterized in that it comprises an external panel for controlling.

The terminal may include an input unit configured to receive a user's operation signal; A storage unit for storing software information for generating screen elements of the control panel; An arithmetic unit that calculates various calculated values in accordance with an operation signal input through the input unit by using software information stored in the storage unit; A display unit for displaying various calculation values calculated through the operation unit as screen components of the control panel; An interface unit for exchanging data between the control panel and the screen element; And a control unit controlling functions of the interface unit, the input unit, the storage unit, the operation unit, and the display unit.

The software information may be information for generating screen elements of a control panel including a background image used for the navigation panel, a signal panel, and an external panel, an illumination control button, and an illumination state display.

The input unit may include a function classification unit for each menu type for a navigation panel, a signal panel, and an external panel; A function generator for each menu type for generating contents of buttons for each function of the navigation panel, signal panel, or external panel; And a function correction for each menu type for adding and modifying the contents of each function button.

The display unit may display a background image, an illumination control button, and an illumination state display of the navigation panel, the signal panel, or the external panel according to the input contents of the input unit.

The control panel may include a display unit for displaying screen elements of the control panel generated in the terminal; A control board controlling the display unit and the lighting control board using data of screen elements of the control panel generated in the terminal; And it characterized in that it comprises a lighting control board for controlling the lighting device through communication with the control board.

The display unit may be configured as a touch screen type monitor, and the control panel may include an illumination sensor which automatically adjusts the brightness of the monitor by detecting a change in brightness around the control panel; And a touch sensitivity control unit capable of adjusting the sensitivity of the touch screen type monitor.

The control board may include a first interface unit for receiving data of screen elements of the control panel generated in the terminal; A storage unit for storing a program for displaying the data transmitted through the first interface unit and a program for controlling the lighting device; A second interface unit communicating with the lighting control board in a serial communication method; And a control unit controlling the first interface unit, the storage unit, and the second interface unit.

On the other hand, the lighting control board is a communication module for transmitting and receiving data for the lighting control with the control board; And a controller for controlling the lighting apparatus by processing the data received from the communication module.

On the other hand, the system is characterized in that it further comprises a communication network for transmitting the data of the screen element of the control panel generated in the terminal to the control panel by wire communication.

On the other hand, the wired communication method is characterized in that the serial communication using any one of RS-232, RS-422, RS-485 and power line communication.

In addition, the present invention is a menu type for generating the contents of each function button for the navigation panel, the signal panel and the function panel for each menu type for the navigation panel, the signal panel and the external panel while receiving the user's operation signal An input unit including a function generation unit for each function and a function correction unit for each menu type for adding and modifying the contents of each function button; Stores software information for generating screen components of the control panel, wherein the software information includes screen images of a control panel including a background image used for a navigation panel, a signal panel and an external panel, an illumination control button, and an illumination state display. A storage unit including information for generating a; An arithmetic unit configured to calculate various calculated values in accordance with an operation signal input through the input unit using software information stored in the storage unit; Display various calculation values calculated through the operation unit as a screen component of the control panel, the background image of the navigation panel, a signal panel or an external panel, an illumination control button and an illumination state display according to the input contents of the input unit. A display unit to be displayed; An interface unit for exchanging data between the control panel and the screen element; And a control unit for controlling the functions of the interface unit, the input unit, the storage unit, the operation unit, and the display unit.

In addition, the present invention is composed of a touch screen type monitor, a display unit for displaying the screen elements of the control panel generated in the terminal; A first interface unit for controlling the display unit and the lighting control board using data of screen elements of the control panel generated in the terminal, and receiving data of screen elements of the control panel generated in the terminal; A storage unit for storing a program for controlling the lighting device and a program for displaying the data transmitted through the first interface unit, a second interface unit and a first interface unit, the storage unit and the first interface to communicate in serial communication with the lighting control board A control board including a control unit for controlling the two interface units; And a controller for controlling a lighting device through communication with the control board, a communication module for transmitting and receiving data for controlling the lighting with the control board, and a controller for processing the data received from the communication module to control the lighting device. Provides a control panel for integrated management of lighting devices including control boards.

Meanwhile, the display unit includes a touch screen type monitor, and the control panel includes: an illumination sensor for automatically adjusting the brightness of the monitor by detecting a change in brightness around the control panel; And a touch sensitivity control unit capable of adjusting the sensitivity of the touch screen type monitor.

The present invention has been developed to facilitate the design reflection according to the operating preferences of the device operator has the effect of producing an emotional smart control panel that satisfies the user's needs as much as possible.

In addition, the present invention significantly reduces the design and manufacturing time in the production stage of the control panel, there is an advantage that can minimize the cost per production time.

In addition, the present invention can easily perform the maintenance and functional enhancement of the control panel after installation of the control panel, there is an additional cost low effect.

1 is a block diagram of a system according to an embodiment of the present invention.
2 is a diagram illustrating a configuration of a terminal according to an embodiment of the present invention.
3 is a diagram illustrating a screen configuration of an input unit and a display unit of a terminal according to an exemplary embodiment of the present invention.
4 is a diagram illustrating a screen configuration diagram of an input unit and a display unit among terminals according to an exemplary embodiment of the present invention.
5A to 5D are diagrams illustrating screen configurations of a function classification unit for each menu type of an input unit of a terminal according to an exemplary embodiment of the present invention.
5E is a diagram illustrating in detail a screen configuration diagram of a function generating unit for each menu type among input units of a terminal according to an exemplary embodiment of the present invention.
6 is a view showing the configuration of a control panel according to an embodiment of the present invention.
7 is a view showing the configuration of a control board of the control panel according to an embodiment of the present invention.
8 is a view showing the configuration of the lighting control board of the control panel according to an embodiment of the present invention.
9A is a diagram illustrating a basic configuration of a navigation light control panel which is an embodiment of a control panel according to an embodiment of the present invention.
9B is a view showing the basic configuration of a signal light control panel which is another embodiment of a control panel according to an embodiment of the present invention.
9C is a diagram illustrating a basic configuration of an outside light control panel according to another embodiment of the control panel according to the embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used as much as possible even if displayed on different drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

1 is a view showing the configuration of a system according to an embodiment of the present invention, Figure 2 is a view showing the configuration of a terminal according to an embodiment of the present invention, Figure 3 is a terminal according to an embodiment of the present invention 4 is a diagram illustrating a screen configuration diagram of an input unit and a display unit. FIG. 4 is a diagram illustrating a screen configuration diagram of an input unit and a display unit among terminals according to an embodiment of the present invention. FIGS. 5A to 5D illustrate embodiments of the present invention. FIG. 5E illustrates a screen configuration diagram of a function classification unit for each menu type among the input units of the terminal, and FIG. 5E illustrates a screen configuration diagram of the function generation unit for each menu type among the input units of the terminal according to an embodiment of the present invention. 6 is a view showing the configuration of a control panel according to an embodiment of the present invention, Figure 7 is a view showing the configuration of a control board of the control panel according to an embodiment of the present invention, 8 is a view showing the configuration of the lighting control board of the control panel according to an embodiment of the present invention, Figure 9a is a view showing the basic configuration of a navigation light control panel of an embodiment of the control panel according to an embodiment of the present invention 9B is a view showing a basic configuration of a signal light control panel which is another embodiment of a control panel according to an embodiment of the present invention, and FIG. 9C is an outer light control which is another embodiment of a control panel according to an embodiment of the present invention. It is a figure which shows the basic structure of a panel.

Referring to FIG. 1, a system 10 for integrally managing a lighting device includes a terminal 100, a control panel 200, and a communication network 300.

The terminal 100 serves to generate a screen component of the control panel 200 including a background image, an illumination control button, and an illumination state display. In this case, the terminal 100 may be any one of a desktop computer, a notebook computer, and a PDA as a communicable computer device. The control panel 200 includes a navigation panel for controlling a navigation lamp, a signal panel for controlling a signal lamp, and an external panel for controlling an external lamp. Referring to FIG. 2, the terminal 100 includes an input unit 110, a storage unit 120, a calculator 130, a display unit 140, an interface unit 150, and a controller 160.

The input unit 110 receives a user's operation signal. The input unit 110 may have various forms such as a keyboard, a mouse, a touch pad, and a touch screen. The input unit 110 may input an operation signal for a screen component of the control panel 200 desired by the user. 3 and 4, the input unit 110 includes a function classification unit 111 for each menu type, a function generation unit 112 for each menu type, and a function correction unit 113 for each menu type. The function classification unit 111 for each menu type indicates a type of function for each menu type for a navigation panel, a signal panel, and an external panel. The functional classification unit 111 for each menu type is largely classified into a file menu, a navigation panel menu, a signal panel menu, and an external panel menu. The addition of a panel menu for navigation lights, signal lights, external lights, etc. It is possible. Referring to FIG. 5A, the file menu includes a save, load, and exit menu. The storage menu is a menu used to directly save each panel type and then save the menu. The recall menu is a menu used to load a panel type other than the panel type stored in the storage menu from another storage medium. to be. The end menu is used to terminate a task of designating each panel type in the terminal 100. Navigation panel menus, signal panel menus and external panel menus are menus that can be called up for each type of panel already stored for the panel to be used. 5B to 5D illustrate the shapes of the navigation panel menu, signal panel menu, and external panel menu.

The function generator 112 for each menu type serves to generate the contents of each function button for the navigation panel, signal panel, and external panel. Referring to FIG. 5E, the panel delete button 112a is a button used to delete an open window of each panel type. The grid button 112b is a button that draws a grid pattern on each panel background of the display unit 140. For example, the grid button 112b inserts and releases a grid of blue lines on each panel background. Is possible. The control delete button 113c is a button used to delete the button and the LED generated on the display unit 140. The comfort selection button 112d is a button for selecting an open comfort port, and is indicated as Comfort 1, Comfort 2, Comfort 3, or the like. The current panel transmit button 112e serves to transmit the selected comfort to the control board 220 of the control panel 200 through serial communication. The port connection release button 112f is a button for releasing serial communication or the like when serial communication is completed with the control board 220 of the control panel 200. In addition, the button generating unit 112g serves to generate a button for determining the position of the lighting existing in the ship, the color of the lighting, and the like. The buttons are not pre-determined, but are basically configured by pre-inserting texts for frequently used buttons. The texts of the buttons may be configured differently according to the owner or the ship operator. The text or the position of the button with respect to the generated buttons can be modified.

The function correction unit 113 for each menu type serves to add and modify the contents of the buttons for each function. Referring to FIG. 5E, the function correction unit 113 for each menu type not only indicates the properties of buttons and LEDs for the currently selected panel, but also serves to add and modify contents of the buttons and LEDs for the selected panel. .

The storage unit 120 stores software information for generating screen elements of the control panel 200. The software information is information for generating screen elements of the control panel 200 including a background image used for the navigation panel, the signal panel and the external panel, an illumination control button, and an illumination state display. Of course, the storage unit 120 may store a program that can be generated by updating screen components of the control panel 200 for other lighting devices in the ship, in addition to the navigation panel, the signal panel, and the external panel.

The operation unit 130 calculates various calculated values in accordance with an operation signal input through the input unit 110 using software information stored in the storage unit 120.

The display unit 140 displays various calculated values calculated by the operation unit 130 as screen elements of the control panel 200. 3 and 4, the control panel 111 is displayed on the display unit 140 by an operation signal input according to the components 111, 112, 113 of the input unit 110, that is, the input contents of the input unit 100. Screen components of 200 may be, for example, data of screen components for a navigation panel, a signal panel, or an external panel (including a background image, lighting control buttons and lighting status indicators) such as buttons (including text) and LED lamps. In the form of: Accordingly, the terminal 100 generates data of the screen elements of the control panel 200 by using various calculation values corresponding to the manipulation signals through the manipulation signals input from the input unit 100 to display the display unit 140. Display through. Referring to FIG. 5E, the display unit 140 displays a type of a background image of a panel desired by a user of the terminal 100, a function and location of an illumination control button, a color and a type of an illumination state display, and the like.

The interface unit 150 exchanges data of screen components of the control panel 200 and the control panel 200. The selected comfort (in the form of a control panel) by clicking the current panel transmission button 112e is transmitted to the control board 220 of the control panel 200 through the interface unit 150 and the communication network 300. That is, the interface unit 150 serves as a transmitter for transmitting the screen elements of the control panel 200 generated in the terminal 100 to the control panel 200, and when the communication network 300 is wired. The interface unit 150 may be configured in a format of a protocol suitable for a communication cable to transfer data of the screen element to the control panel 200 in a serial communication method. If the communication network 300 is wireless, the interface unit 150 may be configured in a protocol format for a communication method such as Bluetooth, Zigbee, or infrared communication.

The controller 160 controls the functions of the interface unit 150, the input unit 110, the storage unit 120, the operation unit 130, and the display unit 140.

Referring to FIG. 6, the control panel 200 includes a display unit 210, a control board 220, an illumination control board 230, an illuminance sensor 240, and a touch sensitivity controller 250. The display unit 210 displays the screen elements of the control panel 200 generated by the terminal 100 and may be configured as a touch screen monitor. The touch screen type monitor is driven while the monitor is touched using a human hand on a rectangular monitor. The touch screen method has an effect of operating the control panel 200 much more conveniently than the conventional switch type or button type.

The control board 220 controls the display unit 210 and the lighting control board 230 using data of screen elements of the control panel 200 generated by the terminal 100. Referring to FIG. 7, the control board 220 includes a first interface unit 221, a storage unit 222, a second interface unit 223, and a controller 224. The first interface 221 serves to receive data of screen elements of the control panel 200 generated by the terminal 100. The storage unit 222 stores a program for displaying data transmitted through the first interface unit 221 and a program for controlling a lighting device. The program is a program for arranging the screen elements of the control panel 200 received from the terminal 100 into buttons representing each function on the display unit 210 of the control panel 200 and assigning functions to the buttons. . The second interface unit 223 communicates with the lighting control board 230 in a serial communication method. The controller 224 controls the first interface unit 221, the storage unit 222, and the second interface unit 223.

The lighting control board 230 controls the lighting device through communication with the control board 220. Referring to FIG. 8, the lighting control board 230 processes the data received from the communication module 231 and the communication module 231 for transmitting and receiving data for light control with the control board 220 and the lighting. Controller 232 to control the device.

The illuminance sensor 240 detects a change in brightness around the control panel 200 to automatically adjust the brightness of the monitor, and the touch sensitivity controller 250 may adjust sensitivity of the touch screen type monitor. Can be. Therefore, the control panel 200 has an advantage of extending the life of the LCD backlight used in the touch screen by automatically adjusting the brightness of the monitor according to the change in brightness around the control panel 200. In addition, since the control panel 200 can adjust the sensitivity of the touch screen to a high sensitivity or a low sensitivity, there is an effect of preventing a malfunction of the touch screen.

The communication network 300 transmits data of screen elements of the control panel 200 generated by the terminal 100 to the control panel 200 through wired communication. The wired communication method is a serial communication method using any one of RS-232, RS-422, RS-485, and power line communication. Of course, the communication network 300 may be a wireless communication network such as Bluetooth, Zigbee or infrared communication.

Referring to FIGS. 9A to 9C, functions of each screen element of the control panel 200, that is, the group control panel GCP, which have received the screen elements of the control panel 200 from the terminal 100 are described. Let's look at it.

First of all, GCP is a device that controls navigation lights, signal lights, and external lights (work lights) required during navigation. The GCP consists of a navigation light control panel, a signal light control panel, and an outside light control panel. Of course, the configuration of an additional control panel for the other lighting devices other than the above-described lighting can be added as many as possible.

The navigation light control panel controls navigation lights, the signal light control panel controls signal lights, and the outside light control panel controls equipment for work lights. The navigation light control panel and the signal light control panel are equipment for controlling the navigation lights and signal lights necessary for the operation of the ship according to the International Maritime Collision Prevention Rule. In accordance with the regulations, it will inform other ships of the charity's dynamics to prevent collision between ships in advance and to ensure safety. The outside light control panel controls a variety of flood lights (FLOOD LIGHT) and searchlight (SEARCH LIGHT) and the like to facilitate the operation on the ship.

Referring to FIG. 9A, the navigation light control panel includes a navigation light control button, a navigation light up lamp display, a navigation light down lamp display, a navigation light position display, a function key, a power supply. It is comprised of a status display part and a power switch.

The navigation light control button is MAST HEAD LIGHT (FORE), ST'BD SIDE LIGHT, PORT SIDE LIGHT, RADAR MAST HEAD LIGHT, STERN LIGHT, ANCHOR LIGHT (FORE MAST), ANCHOR LIGHT (STERN POST), NUC / RAM LIGHT ( UPPER), RAM LIGHT (MIDDLE) and NUC / RAM LIGHT (LOWER) buttons are on and off.

The power state display unit is composed of CONTROL SOURCE, MAIN SOURCE, EM'CY SOURCE, MAIN SOURCE FAIL, EM'CY SOUCE FAIL. The CONTROL SOURCE is lit when the system power (24 VDC) is supplied, and the MAIN SOURCE is lit when the main power (AC220V) is normally supplied and the EM'CY SOURCE is lit when the emergency (24 VDC) power is normally supplied. The MAIN SOURCE FAIL turns on when a problem occurs in the main power supply, and the EM'CY SOUCE FAIL turns on when a problem occurs in the emergency power source.

The function keys consist of BUZZER STOP, LAMP & BUZZER TEST, SYSTEM TEST, SWITCH LOCK, UP button, and DOWN button. The UP button has a triangle shape and the DOWN button has an inverted triangle shape. The BUZZER STOP functions to stop the buzzer and the LAMP & BUZZER TEST functions to test the buzzer of the navigation light control panel itself (buzzer ON of the navigation light control panel). The system test functions the navigation light setting state test (navigation light ON / OFF) function, and the switch lock functions to lock all the switches (the navigation light control button, the function key, the power switch). The UP button functions to gradually increase the brightness of the monitor screen when the navigation light control panel is operating on the monitor, and the DOWN button is a reverse function of the UP button function, that is, the navigation light control panel is operating on the monitor. When the brightness of the monitor screen is gradually darkened, each of the seven levels.

The power switch is POWER ON and POWER OFF. When the power is in a normal state, the main power source and the EM'CY (EMERGENCY) source light yellow, and the main power supply (AC220V) is turned on. . In addition, if there is a problem with the main power, the MAIN SOURCE is turned off, the MAIN SOURCE FAIL is lit red, the EM'CY SOURCE is lit yellow, the buzzer is sounded and the emergency power (DC24V) is operated. The buzzer does not sound. And when the emergency power problem occurs, the EM'CY SOURCE light goes out, the red light on the EM'CY SOURCE FAIL turns on the yellow light on the MAIN SOURCE, the buzzer rings, it operates on the main power, and when the normal state is restored The buzzer doesn't ring.

The operation method of the navigation light control panel, that is, the ON / OFF operation of the navigation light and the operation when a lamp abnormality occurs are as follows.

The operation of the navigation light control panel is operated by pressing the navigation light control button, each of which is individually controlled by the navigation light control button, the navigation light position display unit is turned on together, and indicates the navigation light position turned on. When the navigation light control button is pressed once, the navigation light up lamp display part is turned on and the navigation light position display part is kept in an ON state.

Further, when the navigation light control button is pressed once more, the navigation light up lamp display is turned off, the navigation light down lamp display is turned on, and the navigation light position display is turned on.

When the navigation light control button is pressed once more, the navigation light down lamp display is turned off and the navigation light position display is kept off.

When the abnormality of the lamp of the navigation light control panel is described, when the navigation light error occurs when the navigation light up lamp display part is ON, the navigation light up lamp display part is turned off and the navigation light up lamp display part blinks ( At this time, the voyage light continues to flash.) The navigation light down lamp display unit is automatically switched to the navigation light down lamp display unit. Thus, the navigation light position display unit is maintained in the ON state.

In addition, when the navigation light error occurs when the navigation light down lamp display is ON, the navigation light down lamp display is turned off and the navigation light down lamp display is flickering (then continue to flash until the replacement of the navigation light) automatically the navigation The lamp is switched to the up lamp display and the navigation lamp up lamp display is turned ON. Thus, the navigation light position display unit is maintained in the ON state.

And when both the navigation light up and down lamp display is abnormal, both the navigation light up and down lamp display is turned off and the navigation light up and down lamp display is flickering (then continue to flash until the lamp replacement) The position display section is turned off.

It is possible to check whether there is any abnormality by actually turning on / off all the navigation lights. When the SYSTEM TEST button on the function key is pressed, all the navigation light up lamp indicators are turned ON and all the navigation light down lamp indicators are ON. Turn off all navigation lights. The abnormal navigation light is displayed on the navigation light up and down lamp display.

You can also test the buzzer on the navigation light control panel by pressing the BUZZER TEST button on the function key and turning on the buzzer on the navigation light control panel (only operating while pressing the BUZZER TEST button). Check the buzzer status on the light control panel.

It can be interlocked with external bridge watch monitoring system (BWMS) and can be displayed and released when navigation lights are abnormal in interlocking equipment and navigation lights can be controlled. That is, when the navigation light control button is pressed, the navigation light that is pressed the control button is ON / OFF and the state is displayed on the navigation light up and down lamp display unit and the interlock equipment.

In addition, when the navigation light control button in the interlocking equipment is pressed, the navigation light that is pressed the control button is ON / OFF and the status is displayed on the interlocking equipment and the navigation light up and down lamp display.

When an abnormality occurs in the navigation lamp up lamp display unit, the navigation lamp down lamp display unit is switched. When an error occurs in the navigation lamp down lamp display unit, the navigation lamp up lamp display unit is switched. Therefore, the buzzer in the navigation light control panel is turned on and the alarm is displayed on the alarm in the interlocking device. When the BUZZER STOP button on the function key is pressed, the buzzer is turned off and the interlocking device alarm is released.

In addition, the interlocking equipment switches to the navigation lamp down lamp display unit when an error occurs in the navigation lamp up lamp display unit, and switches to the navigation lamp up lamp display unit when an error occurs in the navigation lamp down lamp display unit. Therefore, the buzzer on the navigation light control panel is turned on and the alarm is displayed on the alarm in the interlocking device. When the interlocking device alarm release button is pressed, the interlocking device alarm is released and the buzzer on the navigation light control panel is also OFF.

Referring to FIG. 9B, the signal light control panel includes a traffic light state display unit, a traffic light control button, a power state display unit, and a function key.

The traffic light control button has buttons of RED, WHITE, GREEN, DANGEROUS CARGO LIGHT, HUGE VESSEL, SUEZ CANAL, and functions to turn on / off each of the traffic light status indicators. The DANGEROUS CARGO LIGHT does not need a separate signal lamp PCB because the flicker circuit is built in the signal light control panel.

The function key is composed of LAMP TEST, SWITCH LOCK, UP button, and DOWN button. The UP button has a triangular shape and the DOWN button has an inverted triangle shape. The SWITCH LOCK on the signal light control panel has a function of locking all switches, such as the SWITCH LOCK on the navigation light control panel, that is, a signal light control button and a function key. The function of the UP button and the DOWN button functions as the UP button and the DOWN button on the navigation light control panel and adjusts the brightness of the monitor in the signal light control panel. The LAMP TEST functions to test a lamp of the signal light control panel itself.

The power status indicator has a CONTROL SOURCE, which is lit when the system power (24 VDC) is supplied, such as the CONTROL SOURCE on the navigation light control panel.

The operation method of the signal light control panel, that is, the ON / OFF operation of the traffic light is as follows. Pressing the traffic light control button is operated, and individually controlled by each control button, press the traffic light control button once, the traffic light state display unit is ON, and pressing the traffic light control button once more, the traffic light state display unit is OFF. So the lights in the traffic light are also turned on or off.

Referring to FIG. 9C, the outside light control panel includes a work light state display unit, a work light control button, a power state display unit, and a function key.

The function key is composed of LAMP TEST, SWITCH LOCK, UP button, and DOWN button. The UP button has a triangular shape and the DOWN button has an inverted triangle shape. SWITCH LOCK on the outside light control panel functions to lock all switches, such as SWITCH LOCK on the signal light control panel, that is, to lock a work light control button and a function key. The functions of the UP button and the DOWN button on the outside light control panel function as the UP and DOWN buttons on the navigation light control panel and adjust the brightness of the monitor in the outside light control panel. The LAMP TEST functions to test the lamp of the outside light control panel itself.

The power status indicator has a CONTROL SOURCE, which is lit when the system power (24 VDC) is supplied, such as the CONTROL SOURCE on the navigation light control panel.

An operation method of the outside light control panel, that is, an ON / OFF operation of a work lamp and an operation when a lamp error occurs are as follows.

The work light control button is operated by pressing the work light control button individually, and when the work light control button is pressed once, the work light status display part is turned on and when the work light control button is pressed once more, the work light is pressed. The status display section is turned off. Thus, the lights in the work lamp are also turned on or off.

In addition, when a work light abnormality occurs, the work light status display part blinks and the work light status display part is turned on and continues to blink until the work light is replaced.

Each of the control panels can add a function to adjust the brightness of the navigation lights, traffic lights, work lights.

The type or position of the button including various display units and control buttons installed in the control panel 200 can be changed according to the user's requirements, and addition or deletion can be made from the current function according to the user's requirements. can do.

 Accordingly, the type of the control panel 200 includes a navigation panel, a signal panel, and an external panel. However, it is possible to add or delete a type of panel through the terminal 100. The navigation panel, the signal panel, The function and description of the external panel is just one example, and modifications and additions can be made as required by the device operator.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Therefore, the embodiments disclosed in the present specification are intended to illustrate rather than limit the present invention, and the scope and spirit of the present invention are not limited by these embodiments. The scope of the present invention should be construed according to the following claims, and all the techniques within the scope of the present invention should be construed as being included in the scope of the present invention.

10: system
100: terminal
110: input unit
111: Function classification section by menu type
112: Function generation unit for each menu type 112a: Panel delete button 112b: Grid button 112c: Control delete button 112d: Comfort select button 112e: Current panel transfer button 112f: Port disconnect button 112g: Button generator
113: Function correction by menu type
120: storage unit
130: calculation unit
140: display unit
150: interface unit
160:
200: control panel
210: display unit
220: control board 221: first interface unit 222: storage unit 223: second interface unit 224: control unit
230: lighting control board 231: communication module 232: controller
240: light sensor 250: touch sensitivity control unit
300: network

Claims (14)

A function classification unit for each menu type for a navigation panel, a signal panel, and an external panel for receiving a user's operation signal, and a function generation unit for a menu type for generating contents of buttons for each function for the navigation panel, a signal panel, or an external panel. And an input unit including a function correction for each menu type for adding and modifying the contents of the buttons for each function, and software information for generating screen components of the control panel, wherein the software information includes a navigation panel, a signal panel, and an external panel. A storage unit including information for generating screen elements of a control panel including a background image, an illumination control button, and an illumination state display used in the storage unit; and inputted through the input unit using software information stored in the storage unit. An operation unit for calculating various calculation values according to an operation signal, and the operation unit A display unit displaying various calculation values calculated through the control panel as a screen component, and displaying a background image, an illumination control button, and an illumination state display for the navigation panel, signal panel, or external panel according to the input contents of the input unit. And an interface unit for exchanging data between the control panel and the screen component, and a control unit controlling functions of the interface unit, input unit, storage unit, arithmetic unit, and display unit, including a background image, an illumination control button, and an illumination state. A terminal for generating a screen component of a control panel including an indicator light; And
Control the display unit and the lighting control board using the display unit for displaying the screen elements of the control panel generated in the terminal and the data of the screen elements of the control panel generated in the terminal, the control panel generated in the terminal A first interface unit for receiving data of the screen component of the program, a program for displaying the data transmitted through the first interface unit and a storage unit for storing the program for controlling the lighting device, the communication with the lighting control board in a serial communication method A control board including a second interface unit and a control unit for controlling the first interface unit, the storage unit, and the second interface unit, and controlling a lighting device through communication with the control board. Communication module for transmitting and receiving data for processing the data received from the communication module It includes a lighting control board including a controller for controlling the lighting device, the control panel for receiving the data of the screen component of the control panel generated in the terminal to display on the screen;
The control panel includes a navigation panel for controlling navigation lights, a signal panel for controlling signal lights and an external panel for controlling external lights.
delete delete delete delete delete The method of claim 1,
The display unit of the control panel is composed of a touch screen type monitor,
The control panel includes an illumination sensor for automatically adjusting the brightness of the monitor by detecting a change in brightness around the control panel; And
And a touch sensitivity control unit capable of adjusting sensitivity to the touch screen type monitor.
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