TW202044915A - Aerial lighting apparatus includes at least one flying lamp, a vehicle control device, and a light control device - Google Patents

Abstract

An aerial lighting apparatus includes at least one flying lamp, a vehicle control device, and a light control device. The at least one flying lamp includes a flight carrier, a light module, and a flight control module that can receive a moving signal to control the flight of the flight carrier. The light module has a bracket unit, plural light-emitting parts, and a light control unit in signal connection to the light-emitting parts. The light control unit can receive a light control signal and control the light-emitting parts to execute various light-emitting modes. The vehicle control device can generate and send the moving signal; the light control device can generate and send the light control signal. By the above-mentioned control device, the light-emitting elements can move in the air and produce various lighting effects.

Description

Aerial lighting equipment

The present invention relates to a display device using an array light source, in particular to an aerial lighting device equipped with a light source by a flying vehicle.

An existing light wall includes a base and a plurality of light-emitting elements arranged on the base. The light-emitting elements are used to emit light to produce a display effect at night, which is a common advertising method. Arrange the light-emitting elements into static presentation effects such as company names and trademarks, or use a signal to connect the control system of the light-emitting elements to control the brightness of the light-emitting elements to produce dynamic presentation effects such as marquee and animation , So that the presented information can be observed and appreciated by people in the distance through the transmission of light. However, the light wall can only be installed on the ground, the top of the building or the wall of the building when it is installed, so the installation environment is restricted.

Chinese patent CN208128579U discloses an unmanned aerial vehicle performance control system. Several unmanned aerial vehicles are arranged in the air, and each unmanned aerial vehicle is equipped with a luminous light board to form a light spot in the air, producing the effect of the aforementioned light wall. In terms of static presentation, these drones are not much different from the aforementioned light walls; in terms of dynamic presentation, the dynamic changes of light spots can be achieved by controlling the array of drones to change arrangement, which is limited by the drone’s The movement speed is not as fast as the aforementioned light wall through the light-emitting parts. If you want to achieve this by the light-emitting elements, a large number of drones must be deployed in the air. In addition to the high cost of installation, at the same time The communication technology requirements for operating a large number of unmanned aerial vehicles are also quite high. Therefore, the existing aerial lighting equipment still has room for improvement.

The purpose of the present invention is to provide an aerial lighting device that can overcome at least one of the disadvantages of the prior art.

Therefore, the aerial lighting equipment of the present invention includes at least one flying lamp, a vehicle control device, and a light control device. The at least one flying lamp includes a flying carrier, a light module installed on the flying carrier, and a flight control module installed on the flying carrier and receiving a moving signal to control the flying of the flying carrier, the light module It has a bracket unit, a plurality of light-emitting parts installed on the bracket unit, and a light control unit installed on the bracket unit and signal-connected to the light-emitting parts, the bracket unit has at least one up and down extension for installation of the light-emitting parts The light control unit can receive and control the light-emitting parts to perform various light-emitting functions according to a light control signal; the vehicle control device includes a flight operation module that can be operated to generate the movement signal, and a A first sending module for sending the movement signal to the flight control module; the light control device includes a light control module that can be operated to generate the light control signal, and a light control signal for sending the light control signal The second sending module for the light control unit.

The effect of the present invention is that the at least one flying carrier is used to carry a large number of the light-emitting elements into the air, and various lighting effects can be generated in the air, reducing the flying carrier required to present the lighting effect in the air, and reducing the operation The technology saves deployment costs, and the light control device controls the light-emitting elements to perform various light-emitting functions, which can quickly change the displayed light effect without being limited by the speed of the flying vehicle moving in the air.

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

Referring to FIG. 1, a first embodiment of the aerial lighting equipment of the present invention includes several flying lamps 1, a vehicle control device 2, and a light control device 3. Since these flying lamps 1 have the same structure, for convenience of description, only one flying lamp 1 is taken as an example for structural description.

The flying lamp 1 includes a flying carrier 11, a light module 12 installed and hung under the flying carrier 11, and a flight control that is arranged on the flying carrier 11 and receives a moving signal to control the flying of the flying carrier 11 Module 13. The flying carrier 11 is an unmanned aerial vehicle that can be controlled to fly, so it can move and stay in the air. The implementation is not limited to the unmanned aerial vehicle, as long as it is a vehicle that can be controlled to fly.

The lighting module 12 has a bracket unit 121, a plurality of light-emitting elements 122, a light control unit 123, and a counterweight 124. The support unit 121 has a wire frame 125 connected to the flying carrier 11 and extending up and down. The light-emitting elements 122 are arranged on the wire frame 125 at equal intervals up and down. Each light-emitting element 122 is a single or multiple color-mixed LED lights, which has the advantages of short response time, high brightness, and power saving. It is not limited to LED lights, as long as the light emitting elements 122 can be driven to emit light. The light control unit 123 is installed on the wire frame 125 and is signal-connected to the light-emitting elements 122, and receives a light control signal to control the light-emitting elements 122 to execute different light-emitting modes. The wire frame 125 is a flexible cable and hung on the flight carrier 11; the counterweight 124 is connected to the lower end of the wire frame 125 and has a heavier weight to ensure that the wire frame 125 is carried by the flight carrier 11 into the air The time is to extend up and down.

The vehicle control device 2 includes a flight operation module 21 and a first sending module 22. The flight operation module 21 is used for the user to operate and generate the movement signal. The movement signal is transmitted to the flight control modules 13 through the first sending module 22, so that the flight control modules 13 can follow The movement signal controls the movement of the flying carriers 11 respectively. The movement signal may be multiple sets of spatial coordinate signal units corresponding to the flight carriers 11, and multiple sets of movement direction signal units corresponding to the flight carriers 11, but the movement signal is not the focus of the present invention, so it will not be repeated.

The light control device 3 includes a light control module 31 and a second sending module 32. The light control module 31 is used for the user to operate and generate the light control signal. The light control signal is transmitted to the light control units 123 by the second sending module 32 so that the light control units 123 can The light control signal controls the light-emitting elements 122. The light control signal can be multiple sets of signal units corresponding to the light-emitting functions of the light-emitting elements 122 of the light modules 12, such as brightness, flicker frequency, and color change, so that the light control of the light modules 12 The unit 123 can control the corresponding light emitting elements 122 to perform the corresponding light emitting function respectively.

When the first embodiment of the aerial lighting equipment of the present invention is used, the vehicle control device 2 is operated to cause the flying carriers 11 to fly into the air according to the movement signal and move to corresponding positions respectively. The relative position of each flying carrier 11 and the adjacent flying carrier 11 is fixed. It is preferable that the flying carriers 11 are arranged at equal distances left and right, so that the light-emitting elements 122 are arranged up and down and left and right to form a light array plane 5 , So that each light-emitting element 122 becomes one of the pixels of the light array plane 5. Then, the light control device 3 is used to control the light-emitting elements 122 of the light modules 12 to perform corresponding light-emitting functions. For example, only a few of the light-emitting elements 122 are controlled to be constantly bright, and the other light-emitting elements 122 are constantly dark to form a static pattern in the air; or to make each light-emitting element 122 blink at a different frequency to form a dynamic Such as animation, marquee. While using the light-emitting elements 122 to cooperate to display various lighting effects, the vehicle control device 2 can also be continuously operated to move the flying carriers 11 in any direction while maintaining the relative position, thereby causing the light array plane 5 Move in the air.

Referring to Fig. 2, the flight lamps 1 can also be split into a group of flight queues 6, and the flight lamps 1 in each group of flight queues 6 form a smaller light array plane 5, so that the flight queues 6 can be Several independent light array planes 5 are displayed in the air, and each light array plane 5 can move in the air and produce different lighting effects, so that the observer can feel richer and three-dimensional light effects.

Referring to FIG. 3, a second embodiment of the aerial lighting device of the present invention is different from the first embodiment in: the number of the flying lamps 1 and the structure of the light module 12.

In the second embodiment, the number of the flying lamp 1 is only one, and the bracket unit 121 of the light module 12 has a connecting frame 126 connected to the flying carrier 11 and extending left and right, and several The top end is connected to the connecting frame 126 and the bobbin 125 is downwardly oscillated at equal intervals on the left and right. The flying carrier 11 can be a spacecraft, or a large flying machine such as a hot air balloon, so it can carry a heavier weight, and can carry more light-emitting elements 122. The light module 12 of the flying lamp 1 can independently become the light array plane 5 to achieve a static or dynamic lighting effect as in the first embodiment.

It should be particularly noted that the wire racks 125 and the light-emitting elements 122 are not limited to being arranged at equidistant intervals. The wire racks 125 and the light-emitting elements 122 are arranged at equidistant intervals to form a complete The light array plane 5 can then present more diverse lighting effects. In practice, the wire racks 125 and the light-emitting elements 122 may not be arranged at equal distances, but the wire racks 125 and The light-emitting elements 122 only present the required lighting effects.

To sum up, the effect of the aerial lighting device of the present invention is that each flying carrier 11 is used to carry a large number of the light-emitting elements 122, which can reduce the number of flying carriers 11 required to compose the light array plane 5 and reduce the number of flying carriers 11 in the air. The cost of the light array plane 5. At the same time, the light control device 3 controls the light-emitting elements 122 to perform different light-emitting functions, so that the light array plane 5 can quickly change various light effects without being limited by the moving speed of the flying carrier 11. , Can indeed achieve the purpose of the present invention.

However, the above are only examples of the present invention. When the scope of implementation of the present invention cannot be limited by this, all simple equivalent changes and modifications made in accordance with the scope of the patent application of the present invention and the content of the patent specification still belong to This invention patent covers the scope.

1: Flying lamps 11: Flight carrier 12: Lighting module 121: bracket unit 122: light-emitting parts 123: light control unit 124: counterweight 125: wire rack 126: connecting frame 13: Flight control module 2: Vehicle control device 21: Flight operation module 22: The first sending module 3: Lighting control device 31: Light control module 32: The second sending module 5: Light array plane 6: Flight queue

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: Figure 1 is a schematic side view of a first embodiment of the aerial lighting device of the present invention, illustrating the configuration relationship of several flying lamps, a vehicle control device, and a light control device; FIG. 2 is another schematic diagram of the first embodiment, illustrating how the flight lamps are divided into a flight queue; and Fig. 3 is a schematic side view of a second embodiment of the aerial lighting device of the present invention.

1: Flying lamps

11: Flight carrier

12: Lighting module

121: bracket unit

122: light-emitting parts

123: light control unit

124: counterweight

125: wire rack

13: Flight control module

2: Vehicle control device

21: Flight operation module

22: The first sending module

3: Lighting control device

31: Light control module

32: The second sending module

5: Light array plane

Claims (5)

An aerial lighting equipment, including: At least one flying lamp includes a flying carrier, a light module installed on the flying carrier, and a flight control module installed on the flying carrier and receiving a moving signal to control the flying of the flying carrier, the light module It has a bracket unit, a plurality of light-emitting parts installed on the bracket unit, and a light control unit installed on the bracket unit and signal-connected to the light-emitting parts, the bracket unit has at least one up and down extension for installation of the light-emitting parts The light control unit can receive and control the light-emitting parts to perform various light-emitting functions according to a light control signal; A vehicle control device, including a flight operation module that can be operated to generate the movement signal, and a first sending module for sending the movement signal to the flight control module; and A light control device includes a light control module that can be operated to generate the light control signal, and a second sending module for sending the light control signal to the light control unit. The aerial lighting device according to claim 1, wherein the at least one wire frame is flexibly suspended from the flying carrier. The aerial lighting equipment according to claim 2, wherein the bracket unit has a plurality of wire racks arranged at intervals on the left and right, and at least one connecting rack extending left and right to connect the wire racks. The aerial lighting equipment according to claim 2, wherein the bracket unit further has at least one counterweight connected to the lower ends of the wire racks. The aerial lighting equipment according to claim 3, wherein the wire racks are arranged at equal intervals on the left and right, and the light emitting elements installed on each wire rack are arranged at equal intervals on the top and bottom.

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