Fish attracting lamp system and control method thereof

Abstract

The present invention discloses a fish attracting lamp system and a control method thereof, and relates to the technical field of fishing tools. The fish attracting lamp system comprises a variable light source module, an environmental information acquisition module and a control module; the control method of the fish attracting lamp system comprises: (1) the environmental information acquisition module detects environmental information of the area to be fished, wherein the environmental information comprises water depth and water visibility; (2) the control module controls the variable light source module according to the environmental information to obtain target illumination data; the implementation of the present invention can provide a variety of modes of fish attracting spectra, improve the aggregation of various fish species, and increase the catch.

Description

Technical Field

[0001] The invention relates to the technical field of fishing tools, and in particular to a fish attracting lamp system and a control method thereof. Background Art

[0002] Fish attracting lights are an indispensable tool in the process of marine fishing operations, and they play important roles such as attracting and gathering fish. When fishing in different sea areas in my country, the penetration of light in seawater varies greatly due to the different average depths of the sea areas. Therefore, as one of the core parts of fish attracting lights, the composition of spectra in different bands is one of the key factors that determine the performance of fish attracting lights. The combination of spectral bands that does not match the fishing area is the main reason for the relatively low fish attracting performance of most fish attracting lights on the market.

[0003] At present, most fish attracting lamps use traditional metal halide lamps as fish attracting lamps, which have high luminous intensity but low light efficiency. There are also a few optically optimized LED new fish attracting lamps, but they do not have the function of intelligently changing light color to match the fishing area. Fish attracting lamps with a single spectrum mode cannot simultaneously meet the fishing operations in waters with different depths and different fish species, thereby limiting the amount of fish caught at sea and ultimately affecting economic benefits. Summary of the invention

[0004] The technical problem to be solved by the present invention is to provide a control method for a fish attracting lamp system, which can provide a variety of modes of fish attracting light spectrum, improve the aggregation of various fish, and increase the catch.

[0005] Another technical problem to be solved by the present invention is to provide a fish attracting lamp system.

[0006] In order to solve the technical problem of the present invention, the present invention provides a control method of a fish attracting light system, the fish attracting light system comprising:

[0007] A variable light source module, comprising a template and a first LED lamp bead, a second LED lamp bead, a third LED lamp bead and a fourth LED lamp bead arranged on the template;

[0008] An environmental information acquisition module is used to detect environmental information of the waters to be fished;

[0009] A control module, used for regulating the variable light source module according to the environmental information to obtain target illumination data;

[0010] The target irradiation data includes a first fish collection spectrum, a second fish collection spectrum and a third fish collection spectrum; wherein, in the first fish collection spectrum, the light in the band below 300nm accounts for 0%, the light in the band of 300-400nm accounts for 2-5%, the light in the band of 401-500nm accounts for 15-25%, the light in the band of 501-600nm accounts for 50-60%, the light in the band of 601-700nm accounts for 15-25%, the light in the band of 701-800nm ​​accounts for 5-7%, and the light in the band above 801nm accounts for 0%;

[0011] In the second set of fish spectra, the light in the band below 300nm accounts for 0%, the light in the band of 300-400nm accounts for 0.1-1%, the light in the band of 401-500nm accounts for 30-40%, the light in the band of 501-600nm accounts for 40-50%, the light in the band of 601-700nm accounts for 15-25%, the light in the band of 701-800nm ​​accounts for 3-8%, and the light in the band above 801nm accounts for 0%;

[0012] In the third set of fish spectra, the light in the band below 300nm accounts for 0%, the light in the band of 300-400nm accounts for 0.1-3%, the light in the band of 401-500nm accounts for 50-60%, the light in the band of 501-600nm accounts for 35-47%, the light in the band of 601-700nm accounts for 1-10%, the light in the band of 701-800nm ​​accounts for 1-8%, and the light in the band above 801nm accounts for 0%;

[0013] The control method comprises:

[0014] (1) The environmental information acquisition module detects environmental information of the area to be fished, wherein the environmental information includes water depth and water visibility;

[0015] (2) The control module controls the variable light source module according to the environmental information to obtain the target illumination data;

[0016] If the water depth of the area to be fished is less than 50m and the water visibility is greater than 15m, the variable light source module is controlled to obtain the first fish collection spectrum;

[0017] If the water depth of the area to be fished is less than 50m and the water visibility is less than or equal to 15m, the variable light source module is controlled to obtain the third fish spectrum;

[0018] If the water depth of the area to be fished is ≥1000m and the water visibility is >15m, the variable light source module is controlled to obtain the second fish spectrum;

[0019] If the water depth of the area to be fished is ≥1000m and the water visibility is ≤15m, the variable light source module is controlled to obtain the third fish spectrum;

[0020] If the water depth of the area to be fished is 50m≤1000m, the variable light source module is controlled to obtain the third fish spectrum.

[0021] As an improvement of the above technical solution, the first fish-collecting spectrum has two peaks, namely 450nm and 600nm, and the relative illumination at the 450nm peak and the 600nm peak is the same.

[0022] As an improvement of the above technical solution, in step (2), the second LED lamp bead, the third LED lamp bead, and the fourth LED lamp bead are turned off, and only the first LED lamp bead is turned on, and the first fish collecting spectrum is obtained by adjusting the driving power value of the first LED lamp bead.

[0023] As an improvement of the above technical solution, the first LED lamp bead includes a first blue light LED chip and a yellow phosphor layer arranged outside the first blue light LED chip; the peak wavelength of the first blue light LED chip is 440-450nm.

[0024] As an improvement of the above technical solution, the second fish collecting spectrum has two peaks, namely 450nm and 510nm, and the relative illuminance at the 510nm peak is 60-70% of the relative illuminance at the 450nm peak.

[0025] As an improvement of the above technical solution, in step (2), the first LED lamp bead and the fourth LED lamp bead are turned off, and the second LED lamp bead and the third LED lamp bead are turned on, and the second fish collection spectrum is obtained by adjusting the driving power values ​​of the second LED lamp bead and the third LED lamp bead;

[0026] Among them, the ratio of the luminous flux of the second LED lamp bead to that of the third LED lamp bead is (1-4):(1-4).

[0027] As an improvement of the above technical solution, the second LED lamp bead is provided with a second blue light LED chip, whose peak wavelength is 470-480nm;

[0028] The third LED lamp bead comprises a third blue light LED chip and a green phosphor layer arranged outside the third blue light LED chip; the peak wavelength of the third blue light LED chip is 440-450nm.

[0029] As an improvement of the above technical solution, the third fish collecting spectrum has two peaks, namely 470nm and 510nm, and the relative illuminance at the 510nm peak is 95-99% of the relative illuminance at the 470nm peak.

[0030] As an improvement of the above technical solution, in step (2), the first LED lamp bead, the second LED lamp bead, and the third LED lamp bead are turned off, and only the fourth LED lamp bead is turned on, and the third fish collecting spectrum is obtained by adjusting the driving power value of the fourth LED lamp bead.

[0031] As an improvement of the above technical solution, the fourth LED lamp bead includes a fourth blue light LED chip and a green light LED chip; the peak wavelength of the fourth blue light LED chip is 440-450nm, and the peak wavelength of the green light LED chip is 520-530nm.

[0032] Correspondingly, the present invention also discloses a fish attracting lamp system, which comprises:

[0033] A variable light source module, comprising a template and a first LED lamp bead, a second LED lamp bead, a third LED lamp bead and a fourth LED lamp bead arranged on the template;

[0034] An environmental information acquisition module, used to detect environmental information of the water area to be fished; the environmental information includes one or more of water depth, water temperature, water visibility, and water salinity;

[0035] A control module, used for regulating the variable light source module according to the environmental information to obtain target illumination data;

[0036] The target irradiation data includes a first fish collection spectrum, a second fish collection spectrum and a third fish collection spectrum; wherein, in the first fish collection spectrum, the light in the band below 300nm accounts for 0%, the light in the band of 300-400nm accounts for 2-5%, the light in the band of 401-500nm accounts for 15-25%, the light in the band of 501-600nm accounts for 50-60%, the light in the band of 601-700nm accounts for 15-25%, the light in the band of 701-800nm ​​accounts for 5-7%, and the light in the band above 801nm accounts for 0%;

[0037] In the second set of fish spectra, the light in the band below 300nm accounts for 0%, the light in the band of 300-400nm accounts for 0.1-1%, the light in the band of 401-500nm accounts for 30-40%, the light in the band of 501-600nm accounts for 40-50%, the light in the band of 601-700nm accounts for 15-25%, the light in the band of 701-800nm ​​accounts for 3-8%, and the light in the band above 801nm accounts for 0%;

[0038] In the third set of fish spectra, the light in the band below 300nm accounts for 0%, the light in the band of 300-400nm accounts for 0.1-3%, the light in the band of 401-500nm accounts for 50-60%, the light in the band of 501-600nm accounts for 35-47%, the light in the band of 601-700nm accounts for 1-10%, the light in the band of 701-800nm ​​accounts for 1-8%, and the light in the band above 801nm accounts for 0%.

[0039] As an improvement of the above technical solution, the environmental information acquisition module includes a water body depth acquisition unit and a water body visibility acquisition unit;

[0040] The control module includes an information processing unit, a rectifier unit and an electric energy distribution unit, wherein the electric energy distribution unit is used to distribute the electric energy value output by the rectifier unit to adjust the target driving electric energy value of different LED lamp beads input into the variable light source module.

[0041] The implementation of the present invention has the following beneficial effects:

[0042] The control method of the fish attracting lamp system of the present invention adopts the first LED lamp bead, the second LED lamp bead, the third LED lamp bead and the fourth LED lamp bead to modulate together to obtain three modes of fish attracting lamp spectra. The three modes of fish attracting lamp spectra can be applied to different usage scenarios, enhance the aggregation of different fish species and increase the catch. Furthermore, by judging the environmental information of the fishing waters, different fish attracting lamp spectra are used in different fishing areas to further increase the catch. BRIEF DESCRIPTION OF THE DRAWINGS

[0043] Figure 1 Schematic diagram of the composition of a fish attracting lamp system in one embodiment of the present invention;

[0044] Figure 2 is a spectrum diagram of spectrum 1 obtained in Example 1 of the present invention;

[0045] Figure 3 is a spectrum diagram of spectrum 2 obtained in Example 1 of the present invention;

[0046] Figure 4 is a spectrum diagram of spectrum 3 obtained in Example 1 of the present invention;

[0047] Figure 5 It is a flow chart of the control method of the fish attracting lamp system in embodiment 2 of the present invention. DETAILED DESCRIPTION

[0048] In order to make the purpose, technical solutions and advantages of the present invention more clear, the present invention will be further described in detail below in conjunction with specific implementation methods.

[0049] refer to Figure 1 The present invention provides a fish attracting lamp system, which includes: a variable light source module 1, an environmental information acquisition module 2 and a control module 3; wherein the variable light source module 1 includes a template and a first LED lamp bead 11, a second LED lamp bead 12, a third LED lamp bead 13 and a fourth LED lamp bead 14 arranged on the template, and also includes a circuit element for driving each LED lamp bead.

[0050] Among them, the first LED lamp bead includes a blue light LED chip and a yellow phosphor layer arranged outside the blue light LED chip; wherein, the peak wavelength of the blue light LED chip is 440-450nm; exemplarily, the peak wavelength of the blue light LED chip is 440nm, 442nm, 444nm, 446nm or 448nm, but not limited to this.

[0051] Among them, the second LED lamp bead is provided with a blue light LED chip, whose peak wavelength is 470-480nm; exemplarily, the peak wavelength of the blue light LED chip is 470nm, 472nm, 474nm, 476nm or 478nm, but not limited thereto.

[0052] The third LED lamp bead includes a blue LED chip and a green phosphor layer disposed outside the blue LED chip; wherein the peak wavelength of the blue LED chip is 440-450nm, exemplarily 440nm, 442nm, 444nm, 446nm or 448nm, but not limited thereto.

[0053] Among them, the fourth LED lamp bead is provided with a blue light LED chip and a green light LED chip; wherein, the peak wavelength of the blue light LED chip is 440-450nm, exemplarily 440nm, 442nm, 444nm, 446nm or 448nm, but not limited thereto; the peak wavelength of the green light LED chip is 520-530nm, exemplarily 520nm, 522nm, 524nm, 526nm or 528nm, but not limited thereto.

[0054] The template may be a light source board, but is not limited thereto. Preferably, when arranging the LED lamp beads, the spacing between the LED lamp beads of different colors is kept uniform.

[0055] Among them, the environmental information acquisition module 2 is mainly used to detect the environmental information of the water area to be fished. Specifically, the environmental information includes one or more of water depth, water temperature, water visibility, and water salinity, but is not limited thereto. Preferably, in one embodiment of the present invention, the environmental information acquisition module 2 includes a water depth acquisition unit 21 and a water visibility acquisition unit 22; more specifically, the water depth acquisition unit 21 can be a positioning unit (such as GPS or Beidou, but not limited thereto), and the water depth information of the water area to be fished can be obtained according to the location information of the water area obtained by the positioning unit, combined with the existing hydrological information.

[0056] Among them, the control module 3 is used to adjust the variable light source module 1 according to the environmental information to obtain the target illumination data. The target illumination data includes a first fish attracting spectrum, a second fish attracting spectrum and a third fish attracting spectrum. Preferably, in one embodiment of the present invention, the control module 3 includes an information processing unit 31, a rectifier unit 32 and an electric energy distribution unit 33, the information processing unit 31 is used to process the environmental information; the electric energy distribution unit 33 is used to distribute the electric energy value output by the rectifier unit 32 to adjust the target driving electric energy value of different LED lamp beads input into the variable light source module 1. Based on the fish attracting lamp system of the above embodiment, different fish attracting spectra can be adjusted according to the environmental information of the water area to be fished, thereby increasing the catch.

[0057] The present invention also provides a control method for the above-mentioned fish attracting lamp system, which comprises:

[0058] (1) The environmental information acquisition module detects the environmental information of the area to be fished;

[0059] Specifically, the environmental information includes one or more of water depth, water temperature, water visibility, and water salinity, but is not limited thereto. Preferably, in one embodiment of the present invention, the environmental information is water depth and water visibility.

[0060] (2) The control module controls the variable light source module according to the environmental information to obtain the target illumination data;

[0061] Specifically, the control module adjusts the driving power values ​​of the first LED lamp bead, the second LED lamp bead, the third LED lamp bead and the fourth LED lamp bead according to the environmental information to obtain a first fish collecting spectrum, a second fish collecting spectrum and a third fish collecting spectrum;

[0062] The driving electric energy value may be one or more of current value, voltage value, and capacitance value, but is not limited thereto. Preferably, it is current value. By adjusting the driving current, the switch state and luminous flux of each color LED lamp bead can be adjusted, thereby obtaining different fish attracting spectra.

[0063] Specifically, in one embodiment of the present invention, the second LED lamp bead, the third LED lamp bead, and the fourth LED lamp bead are turned off, and only the first LED lamp bead is turned on, and the first fish collecting spectrum is obtained by adjusting the driving current of the first LED lamp bead. In the adjusted first fish collecting spectrum, the proportion of light in the band below 300nm is 0%; the proportion of light in the band of 300-400nm is 2-5%, and exemplary ones are 2%, 2.5%, 3%, 3.5%, 4% or 4.5%, but not limited to this; the proportion of light in the band of 401-500nm is 15-25%, and exemplary ones are 16%, 17%, 18%, 19%, 21%, 22% or 24%, but not limited to this; the proportion of light in the band of 501-600nm is 50-60%, and exemplary ones are 2%. The proportion of light in the 601-700nm band is 15-25%, and the proportion of light in the 701-800nm ​​band is 5-7%, and the proportion of light in the 801nm and above bands is 0%. Furthermore, the first fish collection spectrum has two peaks, namely 450nm and 600nm, and the relative illumination at the 450nm peak and the 600nm peak is the same. The first fish collecting spectrum based on this embodiment mainly simulates the spectral composition of sunlight, which can enhance the propagation ability of light in shallower waters (such as shallow sea areas, etc.), while meeting the spectral sensitivity band requirements of diving fish, thereby achieving the purpose of attracting fish living in shallow waters.

[0064] Specifically, in one embodiment of the present invention, the first LED lamp bead and the fourth LED lamp bead are turned off, and the second LED lamp bead and the third LED lamp bead are turned on, and the second fish collecting spectrum is obtained by adjusting the driving current of the second LED lamp bead and the third LED lamp bead; specifically, by controlling the driving current, the ratio of the luminous flux of the second LED lamp bead and the third LED lamp bead is (1~4):(1~4); exemplary are 1:1, 1:2, 1:3, 2:3, 3:4, but not limited to this. In the adjusted second set of fish spectrum, the light in the band below 300nm accounts for 0%; the light in the band of 300-400nm accounts for 0.1-1%, and exemplarily 0.2%, 0.4%, 0.5%, 0.6%, 0.7% or 0.9%, but not limited to this; the light in the band of 401-500nm accounts for 30-40%, and exemplarily 31%, 32%, 33%, 34%, 36%, 38% or 39%, but not limited to this; the light in the band of 501-600nm accounts for 30-40%, and exemplarily 31%, 32%, 33%, 34%, 36%, 38% or 39%, but not limited to this; The proportion of light is 40-50%, exemplarily 41%, 42%, 43%, 45%, 46%, 47% or 48%, but not limited thereto; the proportion of light in the 601-700nm band is 15-25%, exemplarily 16%, 18%, 19%, 21%, 22% or 24%, but not limited thereto; the proportion of light in the 701-800nm ​​band is 3-8%, exemplarily 3.5%, 4.5%, 5%, 6.5%, 7% or 7.5%, but not limited thereto. The proportion of light in the band above 801nm is 0%. Furthermore, the second fish collection spectrum has two peaks, namely 450nm and 510nm, and the relative illuminance at the 510nm peak is 60-70% of the relative illuminance at the 450nm peak. Based on the second set of fish spectrum of this embodiment, the energy of the blue light band is enhanced, and the penetration of light in water is increased to spread the light to deeper waters as much as possible. At the same time, setting the green light spectrum band to account for the main proportion can also meet the needs of deep-water fish (especially deep-sea fish) for blue-green light sensitivity.

[0065] Specifically, in one embodiment of the present invention, the first LED lamp bead, the second LED lamp bead, and the third LED lamp bead are turned off, and only the fourth LED lamp bead is turned on, and the third fish collecting spectrum is obtained by adjusting the driving current of the fourth LED lamp bead. In the adjusted third fish collecting spectrum, the light in the band below 300nm accounts for 0%; the light in the band of 300-400nm accounts for 0.1-3%, and exemplarily 0.5%, 0.9%, 1.2%, 1.6%, 2.3% or 2.8%, but not limited to this; the light in the band of 401-500nm accounts for 50-60%, and exemplarily 51%, 52%, 53%, 54%, 56%, 58% or 59%, but not limited to this; the light in the band of 501-6 ...%. The proportion of light in the wavelength band of 601-700nm is 35-47%, and exemplary ones are 36%, 37%, 39%, 41%, 43%, 45% or 46%, but not limited thereto; the proportion of light in the wavelength band of 601-700nm is 1-10%, and exemplary ones are 2%, 4%, 5%, 6%, 8% or 9%, but not limited thereto; the proportion of light in the wavelength band of 701-800nm ​​is 1-8%, and exemplary ones are 2%, 3.5%, 4.5%, 5%, 6.5%, 7% or 7.5%, but not limited thereto. The proportion of light in the wavelength band above 801nm is 0%. Furthermore, the third fish spectrum has two peaks, namely 470nm and 510nm, and the relative illuminance at the 510nm peak is 95-99% of the relative illuminance at the 470nm peak. Based on the third fish collection spectrum of this embodiment, the blue and green light spectrum bands are double peaks of almost equal height and occupy the main proportion of the spectrum design, which can greatly enhance the penetration of light in waters with low visibility (such as turbid seawater areas). In addition, the third fish collection spectrum can meet the visual sensitivity needs of most marine fish and can cope with sea areas with low visibility or medium and deep sea environments.

[0066] It should be noted that the proportion of each band of light in each fish-collecting spectrum in the present invention refers to the proportion of the area of ​​the spectrum in this band to the area of ​​the entire spectrum in the spectrum diagram.

[0067] Specifically, in one embodiment of the present invention, the method for selecting the spectrum of the fish attracting lamp according to the environmental information is as follows:

[0068] If the water depth of the area to be fished is less than 50m and the water visibility is greater than 15m, the variable light source module is controlled to obtain the first fish collection spectrum;

[0069] If the water depth of the area to be fished is less than 50m and the water visibility is less than or equal to 15m, the variable light source module is controlled to obtain the third fish spectrum;

[0070] If the water depth of the area to be fished is ≥1000m and the water visibility is >15m, the variable light source module is controlled to obtain the second fish spectrum;

[0071] If the water depth of the area to be fished is ≥1000m and the water visibility is ≤15m, the variable light source module is controlled to obtain the third fish spectrum;

[0072] If the water depth of the area to be fished is 50m≤1000m, the variable light source module is controlled to obtain the third fish spectrum.

[0073] The present invention is described below with specific embodiments:

[0074] Example 1 Fish Attracting Light System

[0075] The present embodiment provides a fish attracting lamp system, which includes a variable light source, an environmental information acquisition module and a control module. The visible light source includes a template and a first LED lamp bead arranged on the template, a second LED lamp bead, a third LED lamp bead and a fourth LED lamp bead; specifically, the first LED lamp bead is provided with a blue LED chip and a yellow phosphor layer; wherein the peak wavelength of the blue LED chip is 445nm. The peak wavelength of the second LED lamp bead is 474nm. The third LED lamp bead is provided with a blue LED chip and a green phosphor layer; wherein the peak wavelength of the blue LED chip is 446nm. The fourth LED lamp bead is provided with a blue LED chip and a green LED chip; wherein the peak wavelength of the blue LED chip is 446nm; the peak wavelength of the green LED chip is 525nm. The lamp beads are evenly arranged on the light source board.

[0076] Based on the above-mentioned fish attracting lamp system, three spectra of fish attracting lamps can be modulated. The specific modulation methods are as follows:

[0077] (1) Modulation of spectrum 1: Turn off the second, third, and fourth LED beads, and turn on only the first LED bead to obtain spectrum 1; its spectrum diagram is shown in the figure below. Figure 2 shown.

[0078] Specifically, in the fish-collecting spectrum, the light in the band below 300nm accounts for 0%; the light in the band of 300-400nm accounts for 2.4%; the light in the band of 401-500nm accounts for 20.7%; the light in the band of 501-600nm accounts for 50.8%; the light in the band of 601-700nm accounts for 20.6%; the light in the band of 701-800nm ​​accounts for 5.5%; and the light in the band above 801nm accounts for 0%. Furthermore, the fish-collecting spectrum has two peaks, 450nm and 600nm, and the relative illumination at the 450nm peak and the 600nm peak is the same.

[0079] (2) Modulation of spectrum 2: Turn off the first LED and the fourth LED, turn on the second and the third LED, and adjust the driving current so that the ratio of the luminous flux of the second and the third LED is 3.17:1, and obtain spectrum 2. The spectrum diagram is shown in the figure below. Figure 3 shown.

[0080] Specifically, in the fish-collecting spectrum, the light in the band below 300nm accounts for 0%; the light in the band of 300-400nm accounts for 0.7%; the light in the band of 401-500nm accounts for 31.2%; the light in the band of 501-600nm accounts for 41.5%; the light in the band of 601-700nm accounts for 20.3%; the light in the band of 701-800nm ​​accounts for 6.3%; the light in the band above 801nm accounts for 0%. Furthermore, the fish-collecting spectrum has two peaks, 450nm and 510nm, and the relative illuminance at the peak of 510nm is 69.8% of the relative illuminance at the peak of 450nm.

[0081] (3) Modulation of spectrum 3: Specifically, the first LED lamp bead, the second LED lamp bead, and the third LED lamp bead are turned off, and only the fourth LED lamp bead is turned on to obtain spectrum 3; its spectrum diagram is as follows Figure 4 shown.

[0082] Specifically, in the fish-collecting spectrum, the light in the band below 300nm accounts for 0%; the light in the band of 300-400nm accounts for 0.1%; the light in the band of 401-500nm accounts for 52.2%; the light in the band of 501-600nm accounts for 43.6%; the light in the band of 601-700nm accounts for 3.1%; the light in the band of 701-800nm ​​accounts for 1%; and the light in the band above 801nm accounts for 0%. Furthermore, the fish-collecting spectrum has two peaks, 470nm and 510nm, and the relative illuminance at the peak of 510nm is 98.2% of the relative illuminance at the peak of 470nm.

[0083] Example 4

[0084] The present embodiment provides a fish attracting lamp system, which includes a variable light source, a GPS positioning system, a seawater visibility sensor and a controller. The visible light source includes a template and a first LED lamp bead arranged on the template, a second LED lamp bead, a third LED lamp bead and a fourth LED lamp bead; specifically, the first LED lamp bead is provided with a blue LED chip and a yellow phosphor layer; wherein the peak wavelength of the blue LED chip is 445nm. The peak wavelength of the second LED lamp bead is 474nm. The third LED lamp bead is provided with a blue LED chip and a green phosphor layer; wherein the peak wavelength of the blue LED chip is 446nm. The fourth LED lamp bead is provided with a blue LED chip and a green LED chip; wherein the peak wavelength of the blue LED chip is 446nm; the peak wavelength of the green LED chip is 525nm. The lamp beads are evenly arranged on the light source board.

[0085] Specifically, refer to Figure 5 The control method of the fish attracting lamp system is as follows: the GPS system obtains positioning information and determines the location; if it is in the Yellow Sea and Bohai Sea, the seawater visibility sensor is further used to detect the seawater visibility. If the seawater visibility is greater than 15m, the controller controls the variable light source to start the spectrum 1 mode, otherwise the controller controls the variable light source to start the spectrum 3 mode. If it is in the South my country Sea, the seawater visibility sensor is further used to detect the seawater visibility. If the seawater visibility is greater than 15m, the controller controls the variable light source to start the spectrum 2 mode, otherwise the controller controls the variable light source to start the spectrum 3 mode. If it is in the East my country Sea, the controller controls the variable light source to start the spectrum 3 mode.

[0086] The above is a preferred embodiment of the invention. It should be pointed out that a person skilled in the art can make several improvements and modifications without departing from the principle of the invention. These improvements and modifications are also considered to be within the scope of protection of the invention.

Claims

1. A control method for a fish attracting lamp system, characterized in that: The fish attracting lamp system comprises: A variable light source module, comprising a template and a first LED lamp bead, a second LED lamp bead, a third LED lamp bead and a fourth LED lamp bead arranged on the template; An environmental information acquisition module is used to detect environmental information of the waters to be fished; A control module, used for regulating the variable light source module according to the environmental information to obtain target illumination data; The target irradiation data includes a first fish collection spectrum, a second fish collection spectrum and a third fish collection spectrum; wherein, in the first fish collection spectrum, the light in the band below 300nm accounts for 0%, the light in the band of 300-400nm accounts for 2-5%, the light in the band of 401-500nm accounts for 15-25%, the light in the band of 501-600nm accounts for 50-60%, the light in the band of 601-700nm accounts for 15-25%, the light in the band of 701-800nm ​​accounts for 5-7%, and the light in the band above 801nm accounts for 0%; the first fish collection spectrum has two peaks, namely 450nm and 600nm, and the relative illumination at the peak of 450nm and the peak of 600nm are the same; In the second set of fish spectra, the light in the band below 300nm accounts for 0%, the light in the band of 300-400nm accounts for 0.1-1%, the light in the band of 401-500nm accounts for 30-40%, the light in the band of 501-600nm accounts for 40-50%, the light in the band of 601-700nm accounts for 15-25%, the light in the band of 701-800nm ​​accounts for 3-8%, and the light in the band above 801nm accounts for 0%; the second set of fish spectra has two peaks, namely 450nm and 510nm, and the relative illuminance at the peak of 510nm is 60-70% of the relative illuminance at the peak of 450nm; In the third set of fish spectrum, the light in the band below 300nm accounts for 0%, the light in the band of 300-400nm accounts for 0.1-3%, the light in the band of 401-500nm accounts for 50-60%, the light in the band of 501-600nm accounts for 35-47%, the light in the band of 601-700nm accounts for 1-10%, the light in the band of 701-800nm ​​accounts for 1-8%, and the light in the band above 801nm accounts for 0%; the third set of fish spectrum has two peaks, namely 470nm and 510nm, and the relative illuminance at the peak of 510nm is 95-99% of the relative illuminance at the peak of 470nm; The control method comprises: (1) The environmental information acquisition module detects environmental information of the area to be fished, wherein the environmental information includes water depth and water visibility; (2) The control module controls the variable light source module according to the environmental information to obtain the target illumination data; If the water depth of the area to be fished is less than 50m and the water visibility is greater than 15m, the variable light source module is controlled to obtain the first fish collection spectrum; If the water depth of the area to be fished is less than 50m and the water visibility is less than or equal to 15m, the variable light source module is controlled to obtain the third fish spectrum; If the water depth of the area to be fished is ≥1000m and the water visibility is >15m, the variable light source module is controlled to obtain the second fish spectrum; If the water depth of the area to be fished is ≥1000m and the water visibility is ≤15m, the variable light source module is controlled to obtain the third fish spectrum; If the water depth of the area to be fished is 50m≤1000m, the variable light source module is controlled to obtain the third fish spectrum.

2. The control method of the fish attracting light system according to claim 1, characterized in that: In step (2), the second LED lamp bead, the third LED lamp bead, and the fourth LED lamp bead are turned off, and only the first LED lamp bead is turned on, and the first fish collecting spectrum is obtained by adjusting the driving power value of the first LED lamp bead.

3. The control method of the fish attracting light system according to claim 1, characterized in that: The first LED lamp bead includes a first blue light LED chip and a yellow phosphor layer arranged outside the first blue light LED chip; the peak wavelength of the first blue light LED chip is 440-450nm.

4. The control method of the fish attracting light system according to claim 1, characterized in that: In step (2), the first LED lamp bead and the fourth LED lamp bead are turned off, and the second LED lamp bead and the third LED lamp bead are turned on, and the second fish collecting spectrum is obtained by adjusting the driving power values ​​of the second LED lamp bead and the third LED lamp bead; Among them, the ratio of the luminous flux of the second LED lamp bead and the third LED lamp bead is (1~4):(1~4).

5. The control method of the fish attracting light system according to claim 1, characterized in that: The second LED lamp bead is provided with a second blue LED chip, whose peak wavelength is 470-480nm; The third LED lamp bead includes a third blue light LED chip and a green phosphor layer arranged outside the third blue light LED chip; the peak wavelength of the third blue light LED chip is 440-450nm.

6. The control method of the fish attracting light system according to claim 1, characterized in that: In step (2), the first LED lamp bead, the second LED lamp bead, and the third LED lamp bead are turned off, and only the fourth LED lamp bead is turned on, and the third fish collecting spectrum is obtained by adjusting the driving power value of the fourth LED lamp bead.

7. The control method of the fish attracting light system according to claim 1, characterized in that: The fourth LED lamp bead includes a fourth blue light LED chip and a green light LED chip; the peak wavelength of the fourth blue light LED chip is 440-450nm, and the peak wavelength of the green light LED chip is 520-530nm.

8. A fish attracting light system, used to implement the control method of the fish attracting light system as claimed in claim 1, characterized in that: include: A variable light source module, comprising a template and a first LED lamp bead, a second LED lamp bead, a third LED lamp bead and a fourth LED lamp bead arranged on the template; An environmental information acquisition module, used to detect environmental information of the water area to be fished; the environmental information includes one or more of water depth, water temperature, water visibility, and water salinity; A control module, used for regulating the variable light source module according to the environmental information to obtain target illumination data; The target irradiation data includes a first fish collection spectrum, a second fish collection spectrum and a third fish collection spectrum; wherein, in the first fish collection spectrum, the light in the band below 300nm accounts for 0%, the light in the band of 300-400nm accounts for 2-5%, the light in the band of 401-500nm accounts for 15-25%, the light in the band of 501-600nm accounts for 50-60%, the light in the band of 601-700nm accounts for 15-25%, the light in the band of 701-800nm ​​accounts for 5-7%, and the light in the band above 801nm accounts for 0%; the first fish collection spectrum has two peaks, namely 450nm and 600nm, and the relative illumination at the peak of 450nm and the peak of 600nm are the same; In the second set of fish spectra, the light in the band below 300nm accounts for 0%, the light in the band of 300-400nm accounts for 0.1-1%, the light in the band of 401-500nm accounts for 30-40%, the light in the band of 501-600nm accounts for 40-50%, the light in the band of 601-700nm accounts for 15-25%, the light in the band of 701-800nm ​​accounts for 3-8%, and the light in the band above 801nm accounts for 0%; the second set of fish spectra has two peaks, namely 450nm and 510nm, and the relative illuminance at the peak of 510nm is 60-70% of the relative illuminance at the peak of 450nm; In the third set of fish spectrum, the light in the band below 300nm accounts for 0%, the light in the band of 300-400nm accounts for 0.1-3%, the light in the band of 401-500nm accounts for 50-60%, the light in the band of 501-600nm accounts for 35-47%, the light in the band of 601-700nm accounts for 1-10%, the light in the band of 701-800nm ​​accounts for 1-8%, and the light in the band above 801nm accounts for 0%; the third set of fish spectrum has two peaks, namely 470nm and 510nm, and the relative illuminance at the peak of 510nm is 95-99% of the relative illuminance at the peak of 470nm.

9. The fish attracting light system as claimed in claim 8, characterized in that: The environmental information acquisition module includes a water body depth acquisition unit and a water body visibility acquisition unit; The control module includes an information processing unit, a rectifier unit and an electric energy distribution unit, wherein the electric energy distribution unit is used to distribute the electric energy value output by the rectifier unit to adjust the target driving electric energy value of different LED lamp beads input into the variable light source module.

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