TWM543207U - Lamp and lighting system with composite spectrum - Google Patents

Description

Luminaires and lighting systems with composite spectrum

This creation relates to a luminaire, and in particular to a luminaire with a composite spectrum suitable for use on fishing vessels and an illumination system using the same.

Fishing vessels are vessels used for offshore fishing for fisheries. They are available in a wide variety of materials and can be constructed from a variety of materials such as wood, steel and fiberglass.

In the fishing operation, the fishing boat is lured by the characteristics of the fish, the taste of the bait, the temperature and the movement (such as the bait that will move with the water), most of which are used during night fishing. A lighting system with a trapping effect allows for better catch. In general, as shown in Figure 1, when fishermen carry out fishing operations through conventional lighting systems, they often use searchlights to find sea areas with more fish in the sea and attract fish to gather. Then the fishing boats are driven to The sea area, using the light frame in the lighting system, will be placed on both sides of the fishing boat (port and starboard) to project white light to the white light fixture about 30 meters below the surface of the water to project the sea area, so that the fish can be led to the light Sexually concentrated in the interval of about 30 meters below the water surface to the surface of the water; because fishing equipment such as general fishing nets can only catch fish within about 5 meters, then gradually open the wavelength of red light to about 5 meters below the surface. The red light fixture R of the ruler gradually turns off the white light fixture W, so that the fish group can be trapped in the range of about 5 meters from the water surface to the water surface, so that the fishermen can use the fishing tackle, the fishing device and the fishing net for fishing.

However, as described above, the white light fixture W and the red light fixture R can project a depth of up to about 25 meters, and the conventional red light fixture R has only a single wavelength and only penetrates to the surface. About 5 meters down; this way, when the white light fixture is turned off, it is easy to make the fish that have been trapped under the water surface for about 5 to 30 meters. The fish will be scared and quickly dissipated because of the sudden loss of light. Go, so even the length of the fishing gear will be in vain. Furthermore, the conventional white light fixture W and the red light fixture R only utilize the characteristics that the fish group is attracted by light, and cannot be trapped in temperature and motion (fish bait that moves with water flow), and thus cannot It is a pity that the fishermen are effectively caught in the cluster of fish within about 5 meters from the surface of the water to the surface of the water, so that the catch can no longer rise upwards, and the fuel of the fishing boat that causes the single-fishing trip is wasted.

In addition, in the conventional lighting system, the power switch is directly disposed on the white light fixture W and the red light fixture R. During operation, the fisherman must turn on or off to the position of the white light fixture W and the red light fixture R, not only It is quite inconvenient to use, and it is easier to disperse the fishing group because the white light fixture and the red light fixture R switch are not controlled.

In view of the above-mentioned problems of the prior art, the purpose of the present invention is to provide a red light that can project different wavelengths to different depths under the water surface to reduce the depth difference from the white light projection, so that most of the fish can be clustered. A luminaire and lighting system with a composite spectrum that enhances catches in areas close to the surface of the sea.

According to the purpose of the present invention, a luminaire with a composite spectrum is proposed, which is suitable for being disposed in a fishing boat. The luminaire with a composite spectrum includes at least one luminaire, the luminaire includes at least one light board, a lamp housing, and can emit a red light emitting component group and a infrared light emitting component group capable of emitting an infrared light; and the light panel is disposed in the lamp housing or disposed inside the lamp housing, the lamp housing is provided with a light output a light exiting the red light and the infrared light; wherein the red light emitting element is disposed on the light board, or the infrared light emitting element is disposed on the light board, or the red light is emitted The component group and the infrared light emitting component group are disposed on the light panel.

According to the above technical feature, the red light emitting element group includes at least one of a first red light emitting element capable of emitting a first red light wavelength and a second red light emitting element capable of emitting a second red light wavelength.

According to the above technical feature, in an embodiment, the first red light wavelength is between 590 nm and 610 nm, and the second red light wavelength is between 610 nm and 630 nm.

According to the above technical feature, in an embodiment, the first red light wavelength is between 590 nm and 610 nm, and the second red light wavelength is between 650 nm and 670 nm.

According to the above technical feature, in an embodiment, the first red light wavelength is between 610 nm and 630 nm, and the second red light wavelength is between 650 nm and 670 nm.

According to the above technical feature, the red light emitting element group further includes a third red light emitting element capable of emitting one of the third red light wavelengths.

According to the above technical feature, the first red light wavelength, the second red light wavelength, and the third red light wavelength are different.

According to the above technical feature, in an embodiment, the first red light wavelength is between 590 nm and 610 nm, the second red light wavelength is between 610 nm and 630 nm, and the third red light wavelength is between 650 nm. Between 670nm.

According to the above technical feature, the infrared light emitting element group includes at least one of a first infrared light emitting element capable of emitting a wavelength of a first infrared light and a second infrared light emitting element capable of emitting a wavelength of a second infrared light.

According to the above technical feature, the first infrared light wavelength is between 730 nm and 840 nm, and the second infrared light wavelength is between 840 nm and 1000 nm.

According to the above technical feature, the red light emitting device group can include at least a plurality of the first red light emitting elements capable of emitting the first red light wavelength and a plurality of the second red light emitting light capable of emitting the second red light wavelength. And an infrared light emitting element group comprising at least a plurality of the first infrared light emitting elements capable of emitting the first infrared light wavelength and a plurality of the second infrared light emitting elements capable of emitting the second infrared light wavelength.

According to the above technical feature, the red light emitting element group further includes a plurality of the third red light emitting elements capable of emitting the third red light wavelength.

According to the above technical feature, the plurality of the first red light emitting elements, the plurality of the second red light emitting elements, the plurality of the first infrared light emitting elements, and the plurality of the second infrared light emitting elements are separated by the same component They are disposed on the light board in a manner that is not adjacent to each other.

According to the above technical feature, the plurality of the first red light emitting elements, the plurality of the second red light emitting elements, the plurality of the first infrared light emitting elements, and the plurality of the second infrared light emitting elements are arranged in a ring shape The light panel is disposed to form a plurality of annular arrays, and the adjacent annular arrays are different light emitting elements. .

According to the above technical feature, the first red light emitting element, the second red light emitting element, the third red light emitting element, the first infrared light emitting element and the second infrared light emitting element are circular or rectangular. .

According to the above technical feature, the first red light emitting element, the second red light emitting element, the third red light emitting element, the first infrared light emitting element, and the second infrared light emitting element are light emitting diodes (LED, Light-emitting diode).

According to the above technical features, a plurality of the lamps having the composite spectrum constitute a lighting device.

According to the purpose of the present invention, a lighting system is further provided, which comprises a plurality of lighting devices, the lighting device comprising a composite spectrum lamp as described above and a control panel; wherein the control panel comprises a plurality of controllers Each of the controllers is electrically connected to each of the lighting devices.

According to the above technical feature, the control panel further includes a main switch, and each of the controllers respectively includes a power switch, and each of the power switches is electrically connected to the main switch and electrically connected to the luminaire with the composite spectrum. .

According to the above technical feature, the controller further includes a brightness adjustment switch electrically connected to the power switch and the luminaire having a composite spectrum, and the brightness adjustment switch can adjust the luminaire with the composite spectrum Luminous brightness.

According to the above technical features, each of the controllers further includes a plurality of brightness adjustment switches, and the plurality of lamps having the composite spectrum are grouped and electrically connected to the brightness adjustment switches, and the brightness adjustment switch can The illuminance of the luminaire with the composite spectrum of each group is adjusted separately.

According to the above technical feature, each of the controllers further includes a plurality of brightness adjustment switches, wherein each of the brightness adjustment switches is electrically connected to each of the lamps having the composite spectrum, and the brightness adjustment switch can respectively adjust each of the devices. Luminous brightness of a composite spectrum of lamps.

In summary, the luminaire and lighting system of the composite spectrum has the following characteristics:

1. The creation can simultaneously illuminate the water to different depths through a group of red light-emitting elements having a plurality of red wavelengths, thereby attracting the fish to the sea area within about 5 meters below the water surface to the surface of the water. In turn, the catch can be increased.

2. The infrared light emitted by the infrared light illuminating element group having the wavelength of the infrared light can be used to form a bait-like action on the sea surface by using the wave of the sea surface to generate a temperature similar to the fishing lure, and the temperature is generated by the heat radiation; therefore, the creation uses the In addition to the characteristics of light attraction to fish, the use of specific wavelengths of infrared radiation to the surface of the sea and the waves create waves that resemble the characteristics of the bait swimming, subtly transforming the infrared into a similar bait and generate temperature by thermal radiation. In order to increase the attraction of fish, the fish can be concentrated close to the sea surface, which can enhance the effect of trapping fish.

3. This creation can control the size of the switches and light sources of each lamp from the far end through the setting of the control panel, which is convenient and instant in operation and use.

4. The light-emitting component of the creation uses a light-emitting diode, which not only consumes less power, but also achieves energy-saving and power-saving effects. The heat energy emitted by the light-emitting diode is also low, so that the fishermen can be lifted out. The safety of the fish and protect the fishermen's skin and fish ecology from light sources.

In order to understand the technical characteristics, content and advantages of the creation and the effects that can be achieved by the examiner, the author will use the drawings in detail and explain the following in the form of the examples, and the drawings used therein The subject matter is only for the purpose of illustration and supplementary instructions. It is not necessarily the true proportion and precise configuration after the implementation of the original creation. Therefore, the proportions and configuration relationships of the attached drawings should not be interpreted or limited in the actual implementation scope. First described.

Please refer to FIG. 2 and FIG. 3 at the same time. The composite luminaire 12 of the present invention can be adapted to be disposed on a fishing boat (not shown) for use in attracting fish and collecting fish. A luminaire 12 having a composite spectrum, comprising at least one light plate 123, a lamp housing 124, a red light emitting element group 121 capable of emitting a red light, and an infrared light illuminating element group 122 capable of emitting an infrared light; The light board 123 is disposed on the lamp housing 124 or disposed inside the lamp housing 124. The lamp housing (124) is provided with a light exit opening 125 for allowing the red light and the infrared light to be emitted. The light emitting element group 121 is disposed on the light board 123, or the infrared light emitting element group 122 is disposed on the light board 123, or the red light emitting element group 121 and the infrared light emitting element group 122 are disposed on the light board 123. In the embodiment of FIG. 2 and FIG. 3 , the red light emitting element group 121 and the infrared light emitting element group 122 are disposed on the light board 123 , and the light board 123 is disposed inside the lamp housing 124 . This is a preferred embodiment. The structure of the luminaire 12 having the composite spectrum may have a rectangular shape, as shown in FIG. 2, but is not limited thereto.

The red light having a red light wavelength of the red light emitted by the red light emitting element group 121 is between about 590 nm and about 670 nm, and is capable of penetrating to a depth of about 12 meters below the water surface, thus as described in the prior art. When the white light fixture is turned off, the fish that have gathered about 30 meters below the water surface to the surface of the water are still maintained at least about 12 meters below the surface of the water, and the fish culture of the prior art only maintains the water to the surface. At about 5 meters below, the creation has at least about 7 meters of catchment; and the fish between about 12 meters and about 30 meters below the surface of the water and the 25 meters depth of the prior art. In contrast, this creation has only a fault of 18 meters, which greatly reduces the factors that the prior art said that the fish are frightened and quickly dissipated due to the sudden loss of light, and this creation has thus improved the efficiency of the fishing. Moreover, since the illumination of the red light-emitting element group 121 is such that there is still light about 12 meters below the water surface, even a fish group of about 12 meters to about 30 meters below the water surface is subjected to red light above. Attracting and swimming around the surface of the water to about 12 meters below the surface of the water, compared with the previous technology, the distance of the fish swimming in this stage is reduced by about 7 meters to reach the area with light and Stable aggregation, so this creation reduces the factors that flock the fish and are quickly dissipated.

The infrared light emitted by the infrared light emitting element group 122 has an infrared light wavelength of between about 730 nm and about 1000 nm, which is capable of illuminating the water surface and penetrating to a depth of about 3 meters below the water surface due to penetration to The infrared light system under the water surface can provide heat radiation, and the water temperature in the area of about 3 meters below the water surface to the water surface is higher than the water temperature in the area of about 5 meters to about 12 meters below the water surface. The aforementioned action of the red light-emitting element group 121 is concentrated on a fish group of about 12 meters below the water surface to the surface of the water, and is attracted by a higher water temperature and more concentrated in a region of about 3 meters below the water surface to the water surface. Then, the infrared light that is irradiated on the water surface can provide heat radiation, so the temperature at which the water surface is formed is higher than the water temperature in the region of about 3 meters below the water surface to the water surface, which makes the accumulation between the water surface and the water surface about 3 The fish in the area of the metric area swims closer to the surface of the water. In addition, since the waves on the sea surface are fluctuating, the infrared light irradiated on the water surface can provide the heat radiation in addition to the above, and unexpectedly, due to the reflection and refraction of the infrared light on the water surface, a feeding motion illusion resembling a fishing bait is formed. This further makes the above-mentioned fish that gathers about 3 meters below the water surface to the surface of the water, and swims closer to the water surface.

Compared with the prior art, the fish group is maintained at a distance of about 5 meters from the water surface to the water surface, and the present invention has effectively enabled the fish group by the arrangement of the red light-emitting element group 121 and the infrared light-emitting element group 122. Gather the water surface to less than 5 meters below the surface of the water, even closer to the surface of the water; this allows shorter fishing gear to be used during fishing, reducing the weight of fishing gear and increasing the number of fishing gear that can be carried by fishing vessels, accidentally reducing the fishing boat's Fuel consumption. Moreover, this creation effectively gathers the fish to the surface of the water to less than 5 meters below the surface of the water. Even if the fishing gear of the same length as the prior art is used, it can be concentrated on the surface of the water because the fish are attracted by temperature and eating illusion. Less than 5 meters in the area, thus increasing the catch of a single fishing and shortening the fishing time of the fishing boat, reducing the fuel consumption of the fishing boat can also increase the use turnover rate of the fishing vessel, the fishing company therefore The cost of purchasing multiple fishing vessels can be reduced.

In the embodiment of FIG. 2, the lamp 12 includes a light board 123, and the red light emitting element group 121 and the infrared light emitting element group 122 may be disposed on the rectangular light board 123, wherein the red light emitting element The group 121 includes a first red light emitting element 1211 capable of emitting a first red light wavelength and a second red light emitting element 1212 capable of emitting a second red light wavelength, and further comprising a third capable of emitting a third a third red light emitting element 1213 having a red light wavelength; and the infrared light emitting element group 122 includes a first infrared light emitting element 1221 capable of emitting a first infrared light wavelength and capable of emitting a second infrared light wavelength One of the second infrared light emitting elements 1222. In a preferred embodiment, the first red light emitting element 1211, the second red light emitting element 1212, the third red light emitting element 1213, the first infrared light emitting element 1221, and the second infrared light The light-emitting element 1222 can be designed to be circular or rectangular, and preferably can be a light-emitting diode.

The first red light wavelength is between 590 nm and 610 nm, and the second red light wavelength is between 610 nm and 630 nm; or the first red light wavelength is between 590 nm and 610 nm, and the first The two red light wavelengths are between 650 nm and 670 nm; or the first red light wavelength is between 610 nm and 630 nm, and the second red light wavelength is between 650 nm and 670 nm; of course, the creation The red light emitting device group 121 can simultaneously adopt the first red light emitting element 1211, the second red light emitting element 1212, and the third red light emitting element 1213, wherein the first red light wavelength is between 590 nm and Between 610 nm, the second red light wavelength is between 610 nm and 630 nm and the third red light wavelength is between 650 nm and 670 nm; optimally, the first red light wavelength is 590 nm, the second The red light wavelength is 620 nm and the third red light wavelength is 660 nm. The first red wavelength can penetrate to about 12 meters below the surface of the water to attract a group of fish from about 12 meters to about 30 meters below the surface of the water, attracted to the surface of the water to about 12 degrees below the surface of the water. The interval of the meter is aggregating; the second red wavelength can penetrate to about 7 meters below the surface of the water to attract the fish from the surface of the water to about 12 meters below the surface of the water to the surface of the water. Approximately 7 meters in the range of swimming; the second red wavelength can penetrate to about 5 meters below the surface of the water to attract the fish from the water surface to about 7 meters below the water surface to the water surface to Approximately 5 meters below the surface of the water swims together. The design uses the design of the first red light emitting element 1211, the second red light emitting element 1212 and the third red light emitting element 1213 to gradually attract the fish to the water surface for fishing operations.

The first infrared light wavelength is between 730 nm and 840 nm, and the second infrared light wavelength is between 840 nm and 1000 nm. The wavelength of the first infrared light penetrates to a depth of about 3 meters below the water surface, and can provide heat radiation to cause an area water temperature of about 3 meters from the water surface to the water surface to be higher than other water depths below the water surface. Therefore, the first red light wavelength, the second red color of the first red light emitting element 1211, the second red light emitting element 1212, and the third red light emitting element 1213 in the red light emitting element group 121 are received. The light wavelength and the third red light wavelength gradually increase the fish population to the surface of the water and gather on the water surface to about 5 meters below the water surface, which is generated by the thermal radiation of the first infrared light wavelength. The attraction of higher water temperatures is more concentrated in the area between the water surface and the water surface about 3 meters. The second infrared light wavelength is capable of illuminating the water surface, and is capable of providing heat radiation. Therefore, the temperature at which the water surface is formed is higher than the temperature below the water surface, so that the fish that gathers on the water surface to about 3 meters below the water surface gathers more on the water surface. In addition, since the waves on the sea surface are fluctuating, the infrared light of the wavelength of the second infrared light that is irradiated on the water surface can generate the heat radiation in addition to the foregoing, and the infrared light of the wavelength of the second infrared light is incident on the water surface to form a wave reflection. With the refraction, the feeding illusion of a swimming action similar to the bait is formed, so that the fish that gathers on the surface of the water to about 3 meters below the surface of the water gathers more on the surface of the water. The thermal radiation of the infrared light at the wavelength of the second infrared light and the feeding illusion provide the dual effect of attracting the fish to the water surface.

In an embodiment, please refer to FIG. 3 and FIG. 4 together. As shown in FIG. 4, the illuminator can be provided with a plurality of the red light emitting device groups 121 and a plurality of the infrared light illuminating device groups 122, and the red light emitting device group 121 and the infrared light illuminating The component groups 122 can be arranged in a spaced arrangement. The plurality of red light emitting element groups 121 and the plurality of the infrared light emitting element groups 122 can provide more illumination intensity than a single one of the red light emitting element groups 121 and the single one of the infrared light emitting element groups 122, which is advantageous for The fish group is gathered; and the arrangement of the spaced-apart arrangement can be provided in the irradiation area, and the red light and the infrared light are uniformly arranged, so that the fish group can uniformly appear in the irradiation area without being excessively concentrated in the irradiation area. Part of it is crowded and causes some fish to swim out of the fishing area.

In another embodiment, referring to FIG. 5, the red light emitting device group 121 of the present invention may further include a plurality of the first red light emitting elements 1211, a plurality of the second red light emitting elements 1212, and a plurality of The third red light emitting element 1213, the infrared light emitting element group 122 may further include a plurality of the first infrared light emitting elements 1221 and a plurality of the second infrared light emitting elements 1222. a plurality of the first red light emitting elements 1211, a plurality of the second red light emitting elements 1212, a plurality of the third red light emitting elements 1213, a plurality of the first infrared light emitting elements 1221, and a plurality of the second infrared The light emitting element 1222 can be disposed on the light board 123. The configuration of multiple components can avoid the risk that a fishing vessel will face a single component failure during the offshore operation and cannot replace the component immediately. Once this risk may make it impossible to achieve the aforementioned effect of gradually attracting the fish to the surface of the water or the effect is impossible. Fully play.

In another embodiment, referring to FIG. 6, the red light emitting device group 121 of the present invention includes a plurality of the first red light emitting elements 1211, a plurality of the second red light emitting elements 1212, and a plurality of The third red light emitting element 1213, and the plurality of the first red light emitting elements 1211, the plurality of the second red light emitting elements 1212, and the plurality of the third red light emitting elements 1213 are each arranged in a ring arrangement Forming a plurality of annular arrays on the light board 123, and the adjacent annular arrays are respectively composed of a plurality of the first red light emitting elements 1211, a plurality of the second red light emitting elements 1212, and a plurality of the third The red light emitting elements 1213 are each arranged in an array; the infrared light emitting element group 122 includes a plurality of the first infrared light emitting elements 1221 and a plurality of the second infrared light emitting elements 1222, and the plurality of the first infrared light emitting elements 1221 and a plurality of the second infrared light emitting elements 1222 are respectively disposed on the light board 123 in a ring-shaped arrangement to form a plurality of other annular arrays, and the adjacent ones of the other annular arrays are respectively The first infrared light emitting element 1221 and a plurality of the second infrared light emitting element 1222 arranged in the respective components. The arrangement of the annular array can be provided in the illumination region of the red light of the red light emitting device group 121, and the first red light wavelength, the second red light wavelength, and the third red light wavelength are at various angles. The arrangement of the other annular array is provided in the illumination region of the infrared light of the infrared light emitting element group 122, and the first infrared light wavelength and the second infrared light wavelength are uniformly arranged at various angles. .

Referring to FIG. 7 and FIG. 8 simultaneously, the red light emitting device group 121 of the present invention includes a plurality of the first red light emitting elements 1211, a plurality of the second red light emitting elements 1212, and a plurality of a third red light emitting element 1213, the infrared light emitting element group 122 includes a plurality of the first infrared light emitting elements 1221 and a plurality of the second infrared light emitting elements 1222, and the plurality of the first red light emitting elements 1211, a plurality of the second red light emitting elements 1212, a plurality of the third red light emitting elements 1213, a plurality of the first infrared light emitting elements 1221, and a plurality of the second infrared light emitting elements 1222 are spaced and identical The elements are disposed adjacent to each other on the light board 123. The light board 123 is rectangular in FIG. 6, and the light board 123 is circular in FIG. The arrangement of a plurality of components in a spaced apart manner and the same components are not adjacent to each other, in addition to avoiding the risk that the fishing vessel may not be able to replace the components in real time due to the failure of a single component during offshore operations, and is more capable of making the first red wavelength, The second red light wavelength, the third red light wavelength, the first infrared light wavelength, and the second infrared light wavelength are uniformly arranged to emit light rays at respective angles and positions.

In the above embodiment, the red light emitting device group 121 of the present invention can select only the first red light emitting device 1211 and the second red light emitting device 1212; or the red light emitting device group 121 of the present invention can be selected. The first red light emitting element 1211, the second red light emitting element 1212, and the third red light emitting element 1213 are used.

Through the above, when the luminaire with the composite spectrum of the present invention is used, since the red light-emitting element group of the present invention can simultaneously project a plurality of red wavelengths, the fish group can be gradually attracted by the red wavelength of each band. The fish group can be effectively lured to the sea area 5 meters below the water surface; at the same time, the creation is also provided with the infrared light illuminating element group capable of projecting multiple infrared light bands, by the infrared The infrared light of each band projected by the light-emitting component group can concentrate the fish group within 5 meters below the water surface to the sea surface to improve the efficiency of fishermen's fishing, thereby increasing the overall catch.

Please refer to Figure 9 and Figure 10 together. As shown in the figure, the luminaire 12 having a composite spectrum can be erected on a fishing boat S by a light fixture 11, wherein a plurality of luminaires 12 having a composite spectrum form a lighting device 10. When the fish attracting operation is performed by the light source of the luminaire 12 having the composite spectrum, the number and position can be configured according to requirements. Since the luminaire 12 with the composite spectrum is used for attracting fish, the emitted light of the luminaire 12 having the composite spectrum is projected on the sea surface. The present invention further provides an illumination system (not shown) that includes a plurality of the illumination devices 10 and a control panel 20, wherein the illumination device 10 is electrically connected to the control panel 20.

Then, please refer to Figure 11 to Figure 15 at the same time. The control panel 20 includes a main switch 21 and a plurality of controllers 22 for supplying power to each of the controllers 22, and each of the controllers 22 is shown in FIG. Each of the illumination devices 10 can be electrically connected and signaled, and the controller 22 can be used to turn on or off each of the composite spectrum lamps 12 of the illumination device 10, and to control each of the composite spectrum lamps. 12 source brightness.

Referring to FIG. 12 again, the controller 22 can include a power switch 221 and a brightness adjustment switch 222 electrically connected to each other, wherein the power switch 221 can be used to turn on or off each of the illumination devices 10 . The composite spectrum of lamps 12, and the brightness adjustment switch 222 can be used to control the brightness of the light source of each of the composite spectrum lamps 12.

Referring to FIG. 13 , the main switch 21 is electrically connected to the power switch 221 of each controller 22 , and each of the controllers 22 is electrically connected to each of the lamps 12 having the composite spectrum. Each of the controllers 22 of the embodiment includes a brightness adjustment switch 222, and the brightness adjustment switch 222 is electrically connected to the power switch 221 and electrically connected to the plurality of illumination devices 10 at the same time. The luminaire 12 having a composite spectrum can be used to simultaneously adjust the brightness of the plurality of lamps 12 through the brightness adjustment switch 222.

Referring to FIG. 14 again, in this embodiment, each of the controllers 22 includes a plurality of the brightness adjustment switches 222, and the plurality of the composite spectrum lamps 12 of the illumination device 10 can be grouped. And each group is electrically connected to each of the brightness adjustment switches 222. For example, if there are nine lamps 12 with the composite spectrum, nine of the lamps 12 with the composite spectrum are grouped into three groups. Further connected to a corresponding brightness adjustment switch 222, respectively, wherein each of the brightness adjustment switches 222 can be used to separately adjust the brightness of the light source of the lamp 12 having the composite spectrum of each group. Of course, the power switch 221 can also be set to a plurality of, and each of the power switches 221 can respectively turn on or off the light sources of the lamps 12 of the composite spectrum of each group.

Referring to FIG. 15 again, in this embodiment, each of the controllers 22 also includes a plurality of the brightness adjustment switches 222. Different from the above embodiments, the brightness adjustment switch 222 is used in this embodiment. Correspondingly, one of the lamps 12 having the composite spectrum is electrically connected, so that the lamps 12 of the composite spectrum can independently adjust the brightness of the light source through the brightness adjustment switch 222. Similarly, the power switch 221 can be set to a plurality of, and each of the power switches 221 is coupled to the luminaire 12 having the composite spectrum, so that the luminaires 12 of the composite spectrum can be independently turned on or off. .

Through the above, the present invention can simultaneously or separately adjust the switch and brightness of the composite spectrum lamp through the control panel, in addition to improving the convenience and immediacy of the lamp with the composite spectrum, when deeper When the fish school has been lured by the light source, the fishermen can use the control panel to dim or turn off the light source that shines into the sea area, and brighten the light source projected into the shallow sea area, so that the light source can be adjusted to induce the fish to turn from the deep sea. Travel to the shallow seas to use the method of sequential trapping to achieve the effect of collecting fish, so that fishermen can be more efficient in performing fishing operations. In addition, when the light source of the nearby fishing boat is too strong, the control panel can be used to brighten the light source to prevent the fish from being attracted by other fishing boats.

Specifically, the luminaire and illumination system of the composite spectrum can achieve the following effects: 1. The present invention can simultaneously illuminate the light source to different depths through a red light-emitting component group having a plurality of red wavelengths. In order to reduce the distance difference from the projection of the white light source, when the white light source is turned off, the fish can still be clustered into the sea area within 5 meters below the water surface to the water surface, thereby increasing the catch. 2. The infrared light emitted by the infrared light-emitting component group having a plurality of infrared wavelengths can cause fluctuations in the sea surface and generate temperature, and the method of attracting the fish group can be used to concentrate the fish group close to the sea surface, thereby improving The effect of trapping fish. 3. This creation can control the size of the switches and light sources of each lamp from the far end through the setting of the control panel, which is convenient and instant in operation and use. 4. The light-emitting component of the present invention adopts a light-emitting diode, which not only consumes less power, but also achieves energy-saving and power-saving effects.

Looking at the above, it can be seen that under the previous technology, this creation has indeed achieved the desired effect, and it is not easy for people who are familiar with the art to think about it. Moreover, this creation has not been disclosed before the application, and it has Progressive and practical, it has been in line with the patent application requirements, and the patent application is filed according to law. You are requested to approve the patent application for this piece to encourage creation.

The embodiments described above are only for explaining the technical idea and characteristics of the present invention, and the purpose thereof is to enable those skilled in the art to understand the contents of the present invention and implement them according to the scope of the patent. That is, the equivalent changes or modifications made by the people in accordance with the spirit revealed by this creation should still be covered by the scope of the patent of this creation.

W‧‧‧White light fixture
R‧‧‧Red light fixture
S‧‧‧ fishing boat
10‧‧‧Lighting device
11‧‧‧Light stand
12‧‧‧Lighting
121‧‧‧Red light emitting component group
1211‧‧‧First red light-emitting element
1212‧‧‧Second red light-emitting element
1213‧‧‧ Third red light emitting element
122‧‧‧Infrared light illuminating element group
1221‧‧‧First infrared light emitting element
1222‧‧‧Second infrared light-emitting element
123‧‧‧light board
124‧‧‧Light shell
125‧‧‧Light outlet
20‧‧‧Control panel
21‧‧‧Main switch
22‧‧‧ Controller
221‧‧‧Power switch
222‧‧‧Brightness adjustment switch

Fig. 1 is a schematic view of a lighting device of the prior art. Fig. 2 is a schematic view showing the structure of a lamp with a composite spectrum lamp. Fig. 3 is a schematic view showing the first configuration of the light-emitting elements of the luminaire with a composite spectrum. Figure 4 is a schematic view showing the second configuration of the light-emitting elements of the lamp of the composite spectrum lamp. Fig. 5 is a third schematic view showing the light-emitting elements of the lamps of the composite spectrum lamp. Figure 6 is a fourth configuration diagram of the light-emitting elements of the luminaire of the composite spectrum lamp. Figure 7 is a fifth schematic diagram of the light-emitting elements of the luminaire of the composite spectrum lamp. Figure 8 is a sixth configuration diagram of the light-emitting elements of the lamp of the luminaire with a composite spectrum. Figure 9 is a schematic view of the structure of the lighting device of the present invention. Figure 10 is a schematic view of the lighting device of the present invention installed on a fishing boat. Figure 11 is a schematic diagram of the control panel of the lighting system of the present invention. Figure 12 is a schematic diagram of the controller of the control panel of the lighting system of the present invention. Figure 13 is a schematic view of a first embodiment of a control panel for a lighting system of the present invention for controlling a luminaire. Figure 14 is a schematic view of a second embodiment of the control panel of the lighting system of the present invention for controlling the luminaire. Figure 15 is a schematic view of a third embodiment of a control panel for a lighting system of the present invention for controlling a luminaire.

12‧‧‧Lighting

121‧‧‧Red light emitting component group

1211‧‧‧First red light-emitting element

1212‧‧‧Second red light-emitting element

1213‧‧‧ Third red light emitting element

122‧‧‧Infrared light illuminating element group

1221‧‧‧First infrared light emitting element

1222‧‧‧Second infrared light-emitting element

123‧‧‧light board

Claims (28)

A luminaire with a composite spectrum, comprising at least one light board (123), a light shell (124), a red light emitting element group (121) capable of emitting a red light, and one infrared light capable of emitting an infrared light a light emitting element group (122); and the light board (123) is disposed in the lamp housing (124) or disposed inside the lamp housing (124), the lamp housing (124) is provided with a light exit (125); The red light emitting element group (121) is disposed on the light board (123), or the infrared light emitting element group (122) is disposed on the light board (123), or the red light emitting element group (121) And the infrared light emitting element group (122) is disposed on the light board (123). The luminaire having a composite spectrum according to claim 1, wherein the red light emitting element group (121) comprises at least one of the first red light emitting elements (1211) capable of emitting a first red light wavelength and capable of emitting one The second red light emitting element (1212) is one of the second red wavelengths. A luminaire having a composite spectrum according to claim 2, wherein the first red light wavelength is between 590 nm and 610 nm, and the second red light wavelength is between 610 nm and 630 nm. A luminaire having a composite spectrum according to claim 2, wherein the first red light wavelength is between 590 nm and 610 nm, and the second red light wavelength is between 650 nm and 670 nm. The luminaire having a composite spectrum according to claim 2, wherein the first red light wavelength is between 610 nm and 630 nm, and the second red light wavelength is between 650 nm and 670 nm. The luminaire having a composite spectrum according to claim 2, wherein the red light emitting element group (121) further comprises a third red light emitting element (1213) capable of emitting a third red light wavelength. The luminaire of the composite spectrum of claim 6, wherein the first red wavelength, the second red wavelength, and the third red wavelength are different. The luminaire having a composite spectrum according to claim 7, wherein the first red light wavelength is between 590 nm and 610 nm, the second red light wavelength is between 610 nm and 630 nm, and the third red light The wavelength is between 650 nm and 670 nm. The luminaire having a composite spectrum according to claim 1, wherein the infrared ray illuminating element group (122) comprises at least one of the first infrared light illuminating elements (1221) capable of emitting a wavelength of a first infrared light and capable of emitting one A second infrared light emitting element (1222) of one of the second infrared light wavelengths. A luminaire having a composite spectrum according to claim 9, wherein the first infrared light wavelength is between 730 nm and 840 nm, and the second infrared light wavelength is between 840 nm and 1000 nm. The luminaire having a composite spectrum according to claim 1, wherein the red light emitting element group (121) comprises at least one of the first red light emitting elements (1211) capable of emitting a first red light wavelength and capable of emitting one a second red light emitting element (1212) of the second red light wavelength, and the infrared light emitting element group (122) includes at least one of the first infrared light emitting elements (1221) capable of emitting a wavelength of the first infrared light and A second infrared light emitting element (1222) capable of emitting one of the wavelengths of the second infrared light. The luminaire having a composite spectrum according to claim 11, wherein the red light emitting element group (121) further comprises a third red light emitting element (1213) capable of emitting a third red light wavelength. The luminaire having a composite spectrum according to claim 11 or 12, wherein the first infrared light wavelength is between 730 nm and 840 nm, and the second infrared light wavelength is between 840 nm and 1000 nm, the first The red light wavelength is between 590 nm and 610 nm, and the second red light wavelength is between 610 nm and 630 nm. The luminaire having a composite spectrum according to claim 11 or 12, wherein the first infrared light wavelength is between 730 nm and 840 nm, and the second infrared light wavelength is between 840 nm and 1000 nm, the first The red light wavelength is between 590 nm and 610 nm, and the second red light wavelength is between 650 nm and 670 nm. The luminaire having a composite spectrum according to claim 11 or 12, wherein the first infrared light wavelength is between 730 nm and 840 nm, and the second infrared light wavelength is between 840 nm and 1000 nm, the first The red light wavelength is between 610 nm and 630 nm, and the second red light wavelength is between 650 nm and 670 nm. The luminaire of the composite spectrum of claim 12, wherein the first red wavelength, the second red wavelength, and the third red wavelength are different. The luminaire of the composite spectrum according to claim 16, wherein the first infrared light wavelength is between 730 nm and 840 nm, and the second infrared light wavelength is between 840 nm and 1000 nm, the first red light The wavelength is between 590 nm and 610 nm, the second red wavelength is between 610 nm and 630 nm and the third red wavelength is between 650 nm and 670 nm. The luminaire having a composite spectrum according to claim 1, wherein the red light emitting element group (121) comprises at least a plurality of first red light emitting elements (1211) capable of emitting a first red light wavelength and capable of emitting a plurality of second red light emitting elements (1212) having a second red light wavelength, and wherein the infrared light emitting element group (122) comprises at least a plurality of first infrared light emitting elements capable of emitting a first infrared light wavelength ( 1221) and a plurality of second infrared light emitting elements (1222) capable of emitting a second infrared light wavelength. The luminaire having a composite spectrum according to claim 18, wherein the red light emitting element group (121) further comprises a plurality of third red light emitting elements (1213) capable of emitting a third red light wavelength. The luminaire having a composite spectrum according to claim 18 or 19, wherein the plurality of first red light emitting elements (1211), the plurality of second red light emitting elements (1212), and the plurality of first infrared lights The light-emitting element (1221) and the plurality of second infrared light-emitting elements (1222) are disposed on the light panel (123) at intervals and the same elements are not adjacent to each other. The luminaire having a composite spectrum according to claim 18 or 19, wherein the plurality of first red light emitting elements (1211), the plurality of second red light emitting elements (1212), and the plurality of first infrared lights The light emitting element (1221) and the plurality of second infrared light emitting elements (1222) are respectively disposed on the light board (123) in a ring-like arrangement to form a plurality of annular arrays, and the adjacent annular array is Different lighting elements. The luminaire having a composite spectrum according to claim 11 or 18, wherein the first red light emitting element (1211), the second red light emitting element (1212), the first infrared light emitting element (1221), and The second infrared light emitting element (1222) is a light emitting diode. A luminaire having a composite spectrum according to claim 1, wherein the red light has a wavelength between about 590 nm and about 670 nm, and the infrared light has a wavelength between about 730 nm and about 1000 nm. An illumination system comprising at least a plurality of illumination devices (10), the illumination device (10) comprising a plurality of lamps (12) having a composite spectrum as claimed in claim 1; and a control panel (20); The control panel (20) includes a plurality of controllers (22), each of which is electrically connected to each of the illumination devices (10). The lighting system of claim 24, wherein the control panel (20) further comprises a main switch (21), and each of the controllers (22) respectively includes a power switch (221), each of the power switches (221) The electrical switch is electrically connected to the main switch (21) and electrically connected to the luminaire (12) having the composite spectrum. The illumination system of claim 24, wherein the controller (22) further comprises a brightness adjustment switch (222) electrically connected to the power switch (221) and the composite spectrum The luminaire (12), the brightness adjustment switch (222) is capable of adjusting the illuminance of the luminaire (12) having the composite spectrum. The illumination system of claim 24, wherein each of the controllers (22) further comprises a plurality of brightness adjustment switches (222), and the plurality of lamps (12) having the composite spectrum are grouped and individually Each of the brightness adjustment switches (222) is electrically connected, and the brightness adjustment switch (222) is capable of separately adjusting the brightness of the illumination of the lamp (12) having the composite spectrum of each group. The illumination system of claim 24, wherein each of the controllers (22) further comprises a plurality of brightness adjustment switches (222), each of the brightness adjustment switches (222) correspondingly electrically connecting each of the composites The luminaire (12) of the spectrum, the brightness adjustment switch (222) is capable of separately adjusting the illuminance of each of the luminaires (12) having the composite spectrum.