TWM524422U - Handheld lighting device and lighting control system - Google Patents

Description

Hand-held lighting device and lighting control system

The present invention relates to a lighting system, and more particularly to a hand-held lighting device and a lighting control system for a concert.

In recent years, with the advancement of sound and light technology, the lighting effects of the concert scene have become more and more dazzling, and the combination of lighting and music can create various emotional atmospheres, such as excitement, soft sensation or warmth and touching. In order to increase the participation of the audience, some people have developed a concert lighting control system, which includes a central control device and several handheld lighting devices for the user to hold. The central control device first sets a corresponding control command to be output at a specific time or condition before the concert, and can also be manually operated to select a control command to be output during the concert. The handheld light-emitting devices can receive a control command sent by the central control device to emit a specific color light. Through the central control device, all the handheld lighting devices of the concert can be controlled to produce a variety of lighting visual effects.

However, when the central control device is programmed, it is necessary to set the flicker frequency, the illuminating color, the brightness change, etc. of the hand-held illuminating device to be controlled at a specific time or condition, which is quite complicated and cumbersome, and the organizer is holding Before the concert, it takes a considerable amount of time and labor costs in the programming controller.

Accordingly, it is an object of the present invention to provide a hand-held lighting device that simplifies programming and control.

Therefore, another object of the present invention is to provide a lighting control system that simplifies programming and control.

Therefore, the handheld light-emitting device of the present invention is suitable for connecting a signal to a central control device and receiving a control command issued by the central control device, the handheld light-emitting device comprising a handheld device and a light-emitting unit respectively mounted on the handheld device , a receiving unit and a dimming unit. The dimming unit signal is connected to the illuminating unit and the receiving unit, and includes a selection module, and a plurality of control modules respectively corresponding to the specific control commands and configured to control the illuminating unit to perform a specific illuminating mode. The module can receive the control command sent by the central control device through the receiving unit, and activate the corresponding control module according to the received control command, and each of the control modules can control the light emitting unit to perform a specific lighting mode when activated.

Thus, the novel lighting control system includes a central control device and a plurality of said hand-held lighting devices. The central control device comprises a transmitting unit and a central control unit connected to the transmitting unit. The central control unit has a plurality of control commands built therein, and one of the control commands can be sent through the transmitting unit. Each handheld light device signal is connected to the central control device.

The function of the novel is to send a standardized control command through the central control device to correspondingly activate the control module that has been modularly designed in the handheld light-emitting device, thereby controlling the light-emitting unit to emit light, which can simplify the programming of the central control device. The complexity of manipulation.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same reference numerals.

Referring to Figures 1, 2 and 3, a first embodiment of the novel lighting control system comprises a central control unit 1 and a plurality of hand-held lighting units 2.

The central control device 1 comprises a transmitting unit 11 for connecting the handheld light-emitting devices 2 with a wireless signal, and a central control unit 12 for connecting the transmitting unit 11 with a signal. The central control unit 12 can be placed in a control center of a concert, can be operated by a field controller of the organizer, and can be connected to the sending unit 11 via a signal line signal, but in practice, wireless communication technology can also be used. The transmitting unit 11 is connected by a signal.

The central control unit 12 includes a programmed controller 121 and a manual controller 122. The programming controller 121 has a plurality of control commands built therein, each of which has a mode code, and the programming controller 121 is pre-designed to output a corresponding control command at a specific time or condition, for example, when singing according to a song. The program outputs a plurality of control commands with preset schedules. The manual controller 122 also has built-in control commands for manual operation to select output control commands, so that the organizer can manually control the handheld light-emitting devices 2 according to site requirements.

The transmitting unit 11 can be driven by the programming controller 121 and the manual controller 122, and wirelessly transmit signals containing control commands to the handheld light-emitting devices 2, thereby adjusting the light-emitting modes of the handheld light-emitting devices 2, when implemented. The transmitting unit 11 can transmit data through a long-distance wireless transmission technology such as infrared rays, and is installed in the entire concert site, and can send signals in all directions to control the surrounding handheld lighting device 2.

Each of the hand-held lighting devices 2 includes a hand-held device 21, and a light-emitting unit 22 respectively mounted to the hand-held device 21, a receiving unit 23 that can wirelessly receive control commands from the central control device 1, and a dimming unit 24. The hand-held device 21 has a long handle-shaped hand-held portion 211 for holding, and a hollow light-transmitting shell portion 212 attached to the top end of the hand-held portion 211 to allow light to pass outward, but in practice, because the hand-held device The structure type of 21 is quite large, and the improvement focus of the present invention is not limited to this embodiment.

The light-emitting unit 22 is driven by the light-adjusting unit 24 to emit light toward the light-transmitting shell portion 212, so that light is transmitted through the light-transmitting shell portion 212. In the embodiment, the light-emitting unit 22 is driven to be emitted. Multi-color LEDs of different color, but when implemented, they can also be monochromatic LEDs, lasers or general bulbs.

The dimming unit 24 is connected to the light-emitting unit 22 and the receiving unit 23, and has a selection module 241 and a plurality of control modules 242 respectively corresponding to specific control commands. The selection module 241 can receive a control command sent by the central control device 1 through the receiving unit 23, and activate the corresponding control module 242 according to the received control command.

Each control module 242 corresponds to a standardized mode code, and each control module 242 has been preset to modularly control the lighting unit 22 to perform a specific lighting mode. For example, the mode code corresponding to one of the control modules 242 is 001, and the illumination unit 22 can be modularly controlled to perform the first illumination mode; wherein the mode code corresponding to the other control module 242 is 010. And the module 2 can be modularly controlled to perform the second illumination mode. When the selection module 241 receives the control instruction with the mode code 010 through the receiving unit 23, the control corresponding to the mode code 010 is started. The module 242 controls the illumination unit 22 to perform the second illumination mode.

In this embodiment, each control module 242 has a blinking control sub-module 243 and a color control sub-module 244. When the control module 242 is activated, the flash control sub-module 243 is configured to control the illumination unit 22 to blink, and the color control sub-module 244 is configured to control the color of the illumination unit 22 to emit light. For example, the blinking control sub-module 243 is pre-set with the lighting time of the lighting unit 22, for example, 0.07 s, and the dark time, for example, 0.21 s. The color control sub-module 244 is pre-configured with the lighting unit 22 . A glowing color, such as blue. Through the modular design of the control module 242, the illumination unit 22 can be controlled to perform illumination in a standardized manner.

When the programming controller 121 of the new lighting control system is programmed, since the control modules 242 of the dimming unit 24 have been modularly designed in the handheld lighting device 2, the programmer is designing the programming controller 121. When the mode code corresponding to the illumination mode is to be set according to the standardized mode code, it is only necessary to set the mode code corresponding to the illumination mode, as illustrated by the above example, if the programmer desires that the handheld light-emitting device 2 can One illumination mode emits light for 20 seconds, and then emits light for 15 seconds in the second illumination mode. As long as the programming controller 121 is designed, the control command with the mode code 001 can be outputted for 20 seconds, and then the mode code is 010. The control command is 15 seconds, and it is no longer necessary to spend time defining the flicker frequency and the illuminating color of the handheld illuminating device 2, which simplifies programming complexity and saves time.

When the concert starts, the new lighting control system can control the handheld lighting device 2 to change the lighting mode according to the pre-designed programming of the programming controller 121. In addition, during the concert, the organizer also The manual control unit 122 can be configured to send specific control commands to the handheld light-emitting devices 2. Since the control modules 242 of the dimming unit 24 are modularly designed in the handheld light-emitting device 2, the programmer is When the manual controller 122 is operated, the manual controller 122 only needs to output the mode code and the control command corresponding to the light-emitting mode, which is illustrated by the above example, and the number can be set in the manual controller 122. If the organizer wants the handheld light-emitting device 2 to emit light in the first illumination mode, one of the buttons capable of outputting the control command with the mode code 001 can be directly pressed; and the organizer wants to enable the handheld light to be illuminated. When the device 2 emits light in the second illumination mode, the other button capable of outputting the control command with the mode code 010 can be directly pressed, and thus, The complexity of manipulating the manual controller 122 can be simplified.

When the handheld lighting devices 2 are triggered by the control command to perform a specific lighting mode, a specific lighting visual effect can be simultaneously generated, thereby uniformly creating a control atmosphere atmosphere.

In summary, the novel lighting control system, through the design of the central control device 1 and the handheld light-emitting device 2, can send a standardized control command via the central control device 1 to correspondingly activate the modular design for handheld illumination. The control module 242 of the device 2, in turn, controls the illumination mode of the illumination unit 22, thereby simplifying the complexity of programming and manipulation of the central control device 1 and saving programming time, so that the purpose of the present invention can be achieved.

Referring to FIG. 1 , FIG. 2 and FIG. 4 , the second embodiment of the novel lighting control system is different from the first embodiment in that each control module 242 does not have the blinking control sub-module 243 and has A brightness control sub-module 245, when the control module 242 is activated, the brightness control sub-module 245 of the control module 242 controls the light-emitting unit 22 to gradually and gradually illuminate. In practice, the brightness control sub-module 245 can control the brightness of the light-emitting unit 22 through a variable resistor, and periodically change the brightness of the light-emitting unit 22, and the color control sub-module 244 can simultaneously control the light control unit 244. The color of the light-emitting unit 22 that emits light.

In addition, the dimming unit 24 can also include the control modules 242 of the first embodiment, and the control modules 242 of the second embodiment, or the control modules 242 can also be used. There is only one flashing control sub-module 243 (see FIG. 3), a color control sub-module 244 or a brightness control sub-module 245, so that the central control device 1 can have more changes during the concert. The handheld light-emitting devices 2 are controlled in situ.

However, the above is only the embodiment of the present invention, and when it is not possible to limit the scope of the present invention, all the simple equivalent changes and modifications according to the scope of the patent application and the contents of the patent specification are still This new patent covers the scope.

1‧‧‧Central control unit
11‧‧‧Send unit
12‧‧‧Central Control Unit
121‧‧‧Programming controller
122‧‧‧Manual controller
2‧‧‧Handheld lighting device
21‧‧‧Handheld
211‧‧‧Handheld Department
212‧‧‧Transparent shell
22‧‧‧Lighting unit
23‧‧‧ Receiving unit
24‧‧‧ dimming unit
241‧‧‧Selection module
242‧‧‧Control Module
243‧‧‧Flicker control submodule
244‧‧‧Color Control Submodule
245‧‧‧Brightness control sub-module

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: Figure 1 is a schematic diagram illustrating a first embodiment of the novel light control system; Figure 2 is a functional block diagram FIG. 3 is a functional block diagram illustrating the internal architecture of a control module of the embodiment; and FIG. 4 is a functional block diagram illustrating a second implementation of the novel lighting control system An internal architecture of a control module.

1‧‧‧Central control unit

11‧‧‧Send unit

12‧‧‧Central Control Unit

121‧‧‧Programming controller

122‧‧‧Manual controller

2‧‧‧Handheld lighting device

22‧‧‧Lighting unit

23‧‧‧ Receiving unit

24‧‧‧ dimming unit

241‧‧‧Selection module

242‧‧‧Control Module

Claims (8)

A hand-held lighting device is adapted to connect a signal to a central control device and receive a control command from the central control device, the handheld lighting device comprising: a handheld device, and a light emitting unit respectively mounted on the handheld device a receiving unit and a dimming unit, wherein: the dimming unit signal is connected to the lighting unit and the receiving unit, and includes a selecting module, and a plurality of respectively corresponding to the specific control command and having preset control of the lighting unit a control module of a specific illumination mode, wherein the selection module can receive a control command sent by the central control device through the receiving unit, and activate a corresponding control module according to the received control command, and each control module is started The illumination unit can be controlled to perform a specific illumination mode. The hand-held lighting device of claim 1, wherein one of the control modules has a flashing control sub-module, and when the control module is activated, the flashing control sub-module of the control module controls the The light emitting unit emits light in a blinking manner. The hand-held lighting device of claim 1, wherein one of the control modules has a brightness control sub-module, and when the control module is activated, the brightness control sub-module of the control module controls the The light-emitting unit gradually glows gradually. The hand-held lighting device of claim 1, 2 or 3, wherein the lighting unit can be driven to emit light of different colors, one of the control modules having a color control sub-module, the control When the module is activated, the color control sub-module of the control module controls the color of the illumination unit. The hand-held lighting device of claim 1, 2 or 3, wherein the control command has a mode code, wherein each control module corresponds to a mode code of a specific control command, and the selection module can be based on the received control command The mode code starts the control module corresponding to the mode code of the control command. The hand-held lighting device of claim 4, wherein the control command has a mode code, wherein each control module corresponds to a mode code of a specific control command, and the selection module can be based on a mode of the received control command The code number starts a control module corresponding to the mode code of the control command. The hand-held lighting device of claim 4, wherein the lighting unit is an LED that can be driven to emit light of different colors. A lighting control system comprising: a central control device comprising a transmitting unit and a central control unit connected to the transmitting unit, wherein the central control unit has a plurality of control commands built therein, and the control unit can transmit the control through the transmitting unit One of the instructions; and a plurality of hand-held lighting devices as claimed in any one of claims 1 to 7, each hand-held lighting device signal being coupled to the central control device.