KR20110076151A - Ilustrator remote-management system using ubiquitous sensor network - Google Patents

Abstract

PURPOSE: A USB based lighting simulation managing system is provided to monitor and control a current situation in real time by applying ubiquitous network technology to a lighting simulator management system. CONSTITUTION: A simulation control unit identifies an object image to be displayed. An auxiliary memory unit stores dimming simulation data. A control unit repeatedly controls the on and off of the lighting device corresponding to the preset time of a control timer. A lighting sink node unit receives and collects image data from the control unit. A ZigBee communication unit transmits the requests of an administrator and the lighting sink node unit to the control unit.

Description

UIS-based lighting simulation management system {Ilustrator remote-management system using Ubiquitous Sensor network.}

The present invention relates to a UBS-based lighting simulator management system, by using a ubiquitous sensor network or a remote controller to detect the current state of the lighting image to be displayed in real time to maintain continuous control management on the light display device as it is to be displayed The present invention relates to a USB lighting simulation management system.

At present, the annual power consumption in our country has been increasing rapidly in recent years.

As the daily living time is extended to 24 hours and the continuous operation of modernized heavy and chemical industrial facilities for advanced industrial society throughout the year, many cities and industrial facilities are needed. Many neighboring facilities also require a lot of lighting.

In addition, anyone would have experienced the lighting is not difficult even during the bright day, it was not easy to see the problem that the lighting is not turned on by the failure in the dark street.

This is because the lighting is turned off and management is performed manually, which is out of the manager's view, or the problem is caused by the lack of managers.

Recently, the operation of various industrial facilities for the advancement and the change of the power consumption culture have occurred, and among them, the lighting facility is one of the items consuming a lot of power, it is true that the current lighting system wastes a lot of unnecessary power.

However, lighting is one of the inevitable factors for industrial sites and welfare, and efficient management thereof is required.

In addition, the necessity of lighting facilities is increasing to places where proximity is not easy due to changes in the environment of human living and installation of various facilities, and meeting the needs has been made possible by remote control using wireless.

Therefore, there is a demand for a system that can collect the current situation of the lighting fixtures in real time and operate the appropriate control in real time without difficulty of installation and maintenance.

Therefore, the present invention has been proposed in view of the problems of the prior art as described above, and an object of the present invention is to combine the ubiquitous network technology with the lighting simulator management system so that the present situation can be remotely monitored and managed in real time. .

Another object of the present invention is to analyze the image data transmitted from the auxiliary storage device in real time to simulate the image to be illuminated in real time to be able to derive immediately to the light display device.

In order to achieve the problem to be solved by the present invention,

USS based lighting simulator management system according to an embodiment of the present invention,

Realizes the type of illumination image, illumination timing and illumination intensity according to the dimming image shown on the simulation display device, and the illumination that interacts with the dimming image which freely adjusts the illumination speed by controlling the simulation display speed and periodically performs the lighting stop and operation The present invention relates to a device and an illumination method and a method of providing dimming contents, wherein a lighting device which interacts with a dimming simulation image is stored in an auxiliary memory device according to a display device showing a star simulation of dimming and according to an identification of a target image to be displayed by a simulation controller. Call the dimming simulation data is executed, and is connected to the simulation display device through the input and output control unit to show the simulation image of the dimming, the simulation control unit is connected to the lighting control unit A control unit for repeatedly controlling illumination and illumination stop for a predetermined time determined by the control timer according to the dimming control code identification of the unknown identification unit; Connected to the simulation control unit of the control unit is illuminated at the time of image projection through the start and stop of the dimming to stop the illumination at the end of the dimming, and the predetermined time determined by the control timer and the illumination and illumination stop according to the above-described dimming start It characterized in that it comprises a lighting unit to be repeatedly operated until.

The management system according to the present invention having the above configuration and action detects the current state of the lighting image to be displayed in real time by using a ubiquitous sensor network or a remote controller to maintain continuous control management on the lighting display device as it is to be displayed. It will be able to provide a USB-based LED lighting simulation management system.

1 is a schematic configuration diagram of a USS based lighting simulator management system according to an embodiment of the present invention.

2 is a control board block diagram of a USB based lighting simulator management system according to an embodiment of the present invention.

As shown in Figures 1 and 2, the USB-based lighting simulator management system of the present invention, the illumination device that interacts with the dimming simulation image is a display device showing a star simulation of dimming, and the target image to be displayed in the simulation controller According to the identification, the dimming simulation data stored in the auxiliary memory device is called and executed, and connected to the simulation display device through the input / output control unit to show simulation images of dimming, and the simulation control unit is connected to the lighting control unit to identify the image. A control unit for repeatedly controlling illumination and illumination stop for a predetermined time determined by a control timer according to the dimming control code identification of the negative; Connected to the simulation control unit of the control unit is illuminated at the time of image projection through the start and stop of the dimming to stop the illumination at the end of the dimming, and the predetermined time determined by the control timer and the illumination and illumination stop according to the above-described dimming start It consists of a lighting unit to be repeatedly operated until.

Of course, the management system according to the present invention includes a zigbee communication module therein, an illumination sink node unit for receiving a control signal for receiving and collecting image data from the control unit and transmitting the collected data to the simulator, and the control unit. If it is determined that the transmission transmits the sensing data to the lighting sink node, and further comprises a ZigBee communication unit for performing a control function by transmitting a request of the administrator and the request of the lighting sink node to the control unit.

As a result, it is possible to realize the type of illumination image, illumination timing and illumination intensity according to the dimming image shown on the simulation display device, and to control the illumination speed freely by adjusting the simulation display speed, and to interact with the dimming image which periodically performs lighting stop and lighting operation. There is a very excellent effect, such as to provide a lighting device and a lighting method and a method of providing dimming content.

In addition, it will be described in detail through the embodiment of the USB-based lighting simulator management system according to the present invention.

In the present invention, a software package capable of simulating 25,600 colors and LED driving patterns on a PC, and a ZigBee communication module for a control board for the development of a USB for a PC to which a Zigbee communication module capable of receiving a selected LED driving pattern is added. And a main control board for driving the selected lighting pattern using the image data received by the Zigbee module, and a remote controller for operating the main control board.

In addition, there is a function to randomly select RGB color and LED driving pattern, a simulator to manage the pattern information by database the selected pattern by customer, a USB module to receive the selected pattern from this simulator and transmit it to the LED lighting control board, The simulator and the USB module, including a Zigbee receiving unit for receiving the LED lighting pattern from the USB module, a main control board for operating the selected lighting pattern, and a remote controller for transmitting the information necessary for driving the LED to the main control board by wireless communication. It has a technical configuration that can be sublimated and developed into an optional LED lighting management system consisting of a Zigbee communication module, a main control board, and an LED oscillation stage.

Due to such a constitutional feature, the signboard lighting is manufactured in a fixed circuit according to a conventional case, and the production time is excessive, the lighting cannot be changed at any time, the operation is difficult, or the selection of various colors is difficult. In order to solve the shortcomings of the LED, it is possible to have the advantage of the effect that the LED lights can be selectively changed / implemented in various colors and lighting patterns according to the customer's inclination.

Those skilled in the art to which the present invention pertains as described above may understand that the present invention may be implemented in other specific forms without changing the technical spirit or essential features of the present invention. Therefore, the above-described embodiments are to be understood as illustrative in all respects and not restrictive.

The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

The present inventors UBS-based lighting simulator remote management system by applying the ubiquitous network technology to the remote management system to collect the current image transmission status in the auxiliary storage device, such as USB in real time through the USN (Ubiquitous Sensor Network) and remotely collect the collected information Real-time control is performed at the time when proper control is required by transmitting to the management system of the system, thereby providing convenience of lighting display management, maintenance, and installation accordingly, and accurate and convenient lighting history management by database of the collected information. It will provide a viable effect that will be widely used in remote control and management of lighting and lighting displays.

1 is a schematic configuration diagram of a USS based lighting simulator management system according to an embodiment of the present invention.

2 is a control board block diagram of a USB based lighting simulator management system according to an embodiment of the present invention.

Claims (1)

The lighting device that interacts with the dimming simulation image includes a display device showing a star simulation of dimming and a dimming simulation data stored in the auxiliary memory device according to the identification of the target image to be displayed in the simulation controller, and executing the input / output control unit. It is connected to the simulation display device to show the simulation image of the dimming, and the simulation control unit is connected to the lighting control unit for a predetermined time determined by the control timer and the illumination and lighting stop in step of dimming according to the dimming control code identification of the image identification unit A control unit repeatedly controlling as many times; Connected to the simulation control unit of the control unit is illuminated at the time of image projection through the start and stop of the dimming to stop the illumination at the end of the dimming, and the predetermined time determined by the control timer and the illumination and illumination stop according to the above-described dimming start USB-based lighting simulator management system comprising a lighting unit to be repeatedly operated until.

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