Angle-adjustable metal halide fish luring lamp hanging clamp

Abstract

The invention belongs to the technical field of lamps, and discloses an angle-adjustable metal halide fish luring lamp hanging clamp which comprises a holed part fixed on a mooring rope, an angle-adjustable rotatable holed part and a holed part fixed below a lamp holder. According to the angle-adjustable metal halide fish luring lamp hanging clamp, the direction of a fish luring lamp is adjusted through the angle-adjustable rotatable part with the holes, light can be fully utilized, light loss, power consumption and oil consumption can be reduced, the emission amount of carbon dioxide can be reduced, the carbon neutralization effect is achieved, and the angle-adjustable metal halide fish luring lamp hanging clamp has the advantages of being high in reliability and easy to operate and has a great application market.

Description

Technical Field

[0001] This invention belongs to the field of lighting technology, specifically relating to an adjustable angle metal halide fish attractant lamp clip. Background Technology

[0002] Currently, many fishing boats use metal halide fish-attracting lamps or LED lights for fishing. LED lights are expensive, heavy, have high wind resistance, and poor corrosion resistance; they are not yet in the trial stage and are not widely used. Metal halide lamps are currently the most commonly used on boats because they are inexpensive. However, metal halide lamps have a short lifespan, their 360-degree illumination means much of the light doesn't reach the sea surface, reducing light utilization and resulting in significant light waste. They also have high power and fuel consumption (currently, electricity on boats is generated by burning oil). To improve this, some technologies use reflection to reflect at least half of the light onto the sea surface, improving light source utilization. However, the direction of the reflector cannot be well controlled; sometimes, when rotated onto the lamp holder, the light doesn't reach the sea surface, creating practical difficulties in applying this technology. Currently, metal halide lamps are suspended from metal cables using clamps. Often, two cables are used to prevent the lamp from swaying back and forth with the boat. However, the relative position of the lamp holder and the boat is not always fixed, making it impossible to arbitrarily control their relative direction. If reflector technology is used, the reflector needs to be adjusted to face the sea surface. This requires an adjustable and fixed rotation mechanism between the lamp holder and the cable, a technology currently lacking. This clamp, designed for metal halide lamps with reflective surfaces, rotates the reflector horizontally to face away from the sea surface (as shown in patent CN202120947592.3, a fish-attracting lamp with reflective function), reflecting the light emitted by the lamp onto the sea surface. This improves light utilization, reduces energy consumption, and achieves energy conservation and environmental protection. Summary of the Invention

[0003] To achieve the above objectives, the adjustable angle metal halide fish attractant lamp clamp of the present invention adjusts the direction of the fish attractant lamp through an adjustable angle rotatable perforated component, which can make full use of light, reduce light loss, reduce power consumption and oil consumption, reduce carbon dioxide emissions, and has a carbon neutrality effect. It also has high reliability, simple operation, and a huge application market.

[0004] The technical solution of the present invention is as follows: The adjustable angle metal halide fish attractant lamp clamp includes a cable fixing perforated component, an adjustable angle rotatable perforated component, and a lamp holder fixing perforated component. The cable fixing perforated component includes a screw and nut, a first fixing perforated component on the cable, and a second fixing perforated component on the cable. The adjustable angle rotatable perforated component includes a set screw, an outer rotating perforated component, and an inner rotating perforated component. The lamp holder fixing perforated component includes a perforated strip and a screw and nut. This perforated strip can prevent salt spray. The lamp holder fixing perforated component has at least two holes.

[0005] Furthermore, the first fixing hole component and the second fixing hole component on the cable have a through hole in the middle, and the first fixing hole component and the second fixing hole component on the cable can be fixed to the cable by screws and nuts.

[0006] Furthermore, the first and second fixing perforated components on the cable are perforated strips, which can prevent salt spray.

[0007] Furthermore, of the first fixing hole component and the second fixing hole component on the cable, the first fixing hole component on the cable has at least two holes, and the second fixing hole component on the cable has at least three holes. The second fixing hole component on the cable is connected to the outer rotating hole component or the inner rotating hole component by screws.

[0008] Furthermore, the outer rotating perforated component and the inner rotating perforated component are fixed in relative position by set screws; each of the outer rotating perforated component and the inner rotating perforated component has at least one hole; the outer rotating perforated component is connected to the cable fixed perforated component, and the inner rotating perforated component is connected to the lamp holder fixed perforated component, or the inner rotating perforated component is connected to the cable fixed perforated component, and the outer rotating perforated component is connected to the lamp holder fixed perforated component.

[0009] Furthermore, the outer rotating perforated component or the inner rotating perforated component has a groove into which the lower end of the second fixing perforated component on the cable can be inserted.

[0010] The first fixed perforated component, the second fixed perforated component, the first screw and nut, the outer rotating perforated component, the inner rotating perforated component, the set screw, the second screw and nut, and the perforated strip on the cable can all be made of stainless steel, which can resist salt spray corrosion and maintain strength. All of the above components are made of materials with salt spray resistance.

[0011] Compared with the prior art, the beneficial effects of the present invention are as follows: This clamp, used with a metal halide lamp featuring a reflective surface, rotates the reflective surface of the fish-attracting lamp horizontally to the side facing away from the sea surface (as shown in patent CN202120947592.3, a fish-attracting lamp with reflective function). This reflects the light emitted by the lamp onto the sea surface, improving light utilization, reducing energy consumption, and achieving energy conservation and environmental protection. Currently, patent CN201520790707.7, an adjustable fish-attracting lamp fishing boat, allows adjustment of the entire position of the fish-attracting lamp; the required device is relatively... It is large, heavy, and expensive. The weight of the light fixture that needs to be moved is also heavy. When used for fishing, the adjustment device needs to be rotated to place the fish light on the sea surface. The rotation process will change the center of gravity of the hull (causing it to deviate from its center position, as it is easier to deviate from the center position because it rotates outward), which will affect the boat's wind resistance. Furthermore, the entire rotation cannot be used in conjunction with the fish-attracting light with reflective function patent CN202120947592.3, as the light emitted by the fish-attracting light of this patent cannot be transmitted to the sea surface. Compared to the adjustable fish-attracting light type fishing boat of CN201520790707.7, this invention has the advantages of small size, light weight, low cost, no need to move the fish-attracting light during fishing (it is adjusted during installation), simple operation, no impact on the hull's center of gravity, no impact on the hull's wind resistance, and no need for additional power for adjustment during use (it is adjusted during installation, and only needs to be rotated during use). Through this device, in conjunction with the fish light with a reflective mirror, light can be fully utilized, light loss can be reduced, electricity consumption can be reduced, fuel consumption can be reduced, thereby reducing carbon dioxide emissions. This invention has a carbon neutrality effect, is worthy of widespread promotion, and has extremely high practical value. Attached Figure Description

[0012] Figure 1 This is a schematic diagram of the metal halide fish attractant lamp hanging clamp structure in this embodiment; Figure 2 This is a partial schematic diagram of the metal halide fish attractant lamp clamp in this embodiment; Figure 3 This is a partial schematic diagram (groove position) of the metal halide fish attractant lamp clamp in this embodiment.

[0013] List of reference numerals in the attached diagram: 11. First fixing component with hole on the cable; 12. Second fixing component with hole on the cable; 13. First screw and nut; 21. Outer rotating component with hole; 22. Inner rotating component with hole; 23. Top screw; 24. Groove; 31. Second screw and nut; 32. Perforated strip; 4. Cable; 5. Fish light; 6. Fish light reflector; 7. Fixing lamp holder. Implementation

[0014] The present invention will be further illustrated below with reference to the accompanying drawings and specific embodiments. It should be understood that the following specific embodiments are for illustrative purposes only and are not intended to limit the scope of the invention.

[0015] Example: Figure 1 and Figure 2 An adjustable angle metal halide fish attractant lamp clamp according to an embodiment of the present invention is shown, specifically including: a cable fixing component with holes, an adjustable angle rotatable component with holes, and a lamp holder fixing component with holes.

[0016] Furthermore, the cable fixing hole component includes a screw nut 13, a first fixing hole component 11 on the cable, and a second fixing hole component 12 on the cable.

[0017] Furthermore, the first fixing perforated component 11 and the second fixing perforated component 12 on the cable have a through hole in the middle, and the first fixing perforated component 11 and the second fixing perforated component 12 on the cable can be fixed to the cable 4 by screws and nuts 13. Before fixing, the rotation angle of the adjustable angle rotatable perforated component needs to be adjusted so that the fish lamp reflector 6 is aligned with the sea surface. Then, the rotation angle between the outer rotating perforated component 21 and the inner rotating perforated component 22 is fixed by the set screw 23, so that the light emitted by the fish lamp 5 is always aligned with the sea surface. In this way, by adjusting the rotation angle between the fixed lamp holder 7 and the cable, the fish lamp reflector 6 is controlled to face the sea surface, improving the light utilization rate of the fish lamp, reducing light waste, reducing power consumption, and reducing the fuel consumption of the boat's engine.

[0018] Furthermore, the first fixing perforated component 11 and the second fixing perforated component 12 on the cable are perforated sheet strips, which can prevent salt spray.

[0019] Furthermore, of the first fixing hole component 11 and the second fixing hole component 12 on the cable, the first fixing hole component 11 on the cable has at least two holes, and the second fixing hole component 12 on the cable has at least three holes. The second fixing hole component 12 on the cable is connected to the outer rotating hole component 21 or the inner rotating hole component 22 by screws.

[0020] Furthermore, the adjustable angle rotatable perforated component includes a set screw 23, an outer rotating perforated component 21, and an inner rotating perforated component 22.

[0021] Furthermore, the outer rotating perforated component 21 and the inner rotating perforated component 22 are fixed in relative position by a set screw 23; each of the outer rotating perforated component 21 and the inner rotating perforated component 22 has at least one hole; the outer rotating perforated component 21 is connected to the cable fixing perforated component, and the inner rotating perforated component 22 is connected to the lamp holder fixing perforated component, or the inner rotating perforated component 22 is connected to the cable fixing perforated component, and the outer rotating perforated component 21 is connected to the lamp holder fixing perforated component.

[0022] Furthermore, the outer rotating perforated component 21 or the inner rotating perforated component 22 has a groove 24 into which the lower end of the second fixing perforated component 12 on the cable can be inserted. The second fixing perforated component 12 on the cable inserted into the groove 24 also has a hole, allowing it to be connected to the outer rotating perforated component 21 or the inner rotating perforated component 22 using screws.

[0023] Furthermore, the perforated component under the lamp holder includes a perforated strip 32 and a screw and nut 31. This perforated strip can prevent salt spray, and the perforated component under the lamp holder has at least two holes.

[0024] This lifting clamp does not need to be moved during use. Before use, simply install it on the upper part of the fish light's lamp holder and connect it to the cable. First, screw the bulb of the fish light with the reflector onto the lower part of the lamp holder. Then, install the lifting clamp on the upper part of the lamp holder and then onto the lower part of the cable. Supporting the lower part of the bulb and lamp holder, loosen the set screw 23 on the lifting clamp and rotate the outer rotating perforated part 21 or the inner rotating perforated part 22 on the lifting clamp. Then, adjust the position of the reflector so that it faces away from the sea surface. This will reflect the light emitted by the bulb onto the sea surface, thus improving light utilization and achieving energy saving.

[0025] It should be noted that the above content merely illustrates the technical concept of the present invention and should not be construed as limiting the scope of protection of the present invention. For those skilled in the art, various improvements and modifications can be made without departing from the principle of the present invention, and all such improvements and modifications fall within the scope of protection of the claims of the present invention.

Claims

1. An adjustable angle metal halide fish attractant lamp clip, characterized in that, The hanging clamp includes a cable-fixed perforated component, an adjustable-angle rotatable perforated component, and a lamp holder-fixed perforated component. The cable-fixed perforated component includes a first screw nut (13), a first cable-fixed perforated component (11), and a second cable-fixed perforated component (12). The adjustable-angle rotatable perforated component includes a set screw (23), an outer rotating perforated component (21), and an inner rotating perforated component (22). The lamp holder-fixed perforated component includes a perforated strip (32) and a second screw nut (31). The perforated strip (32) is a salt spray resistant perforated strip. The lamp holder-fixed perforated component has at least two holes.

2. The adjustable angle metal halide fish attractant lamp clip according to claim 1, characterized in that, The first fixing hole component (11) and the second fixing hole component (12) on the cable are perforated in the middle, and the first fixing hole component (11) and the second fixing hole component (12) on the cable are fixed to the cable (4) by the first screw and nut (13).

3. The adjustable angle metal halide fish attractant lamp clip according to claim 1, characterized in that, The first fixed perforated component (11) and the second fixed perforated component (12) on the cable are perforated sheet strips, and the perforated sheet strips are salt spray resistant perforated sheet strips.

4. The adjustable angle metal halide fish attractant lamp clip according to claim 1, characterized in that, Of the first fixing hole component (11) and the second fixing hole component (12) on the cable, the first fixing hole component (11) on the cable has at least two holes, and the second fixing hole component (12) on the cable has at least three holes.

5. The adjustable angle metal halide fish attractant lamp clip according to claim 1, characterized in that, The second fixed perforated component (12) on the cable is connected to the outer rotating perforated component (21) or the inner rotating perforated component (22) by screws.

6. The adjustable angle metal halide fish attractant lamp clip according to claim 1, characterized in that, The outer rotating perforated component (21) and the inner rotating perforated component (22) are fixed in relative position by set screws. Each of the outer rotating perforated component (21) and the inner rotating perforated component (22) has at least one hole. The outer rotating perforated component (21) is connected to the cable fixing perforated component, and the inner rotating perforated component (22) is connected to the lamp holder fixing perforated component, or the inner rotating perforated component (22) is connected to the cable fixing perforated component, and the outer rotating perforated component (21) is connected to the lamp holder fixing perforated component.

7. The adjustable angle metal halide fish attractant lamp clip according to claim 1, characterized in that, The outer rotating perforated component (21) or the inner rotating perforated component (22) has a groove (24), and the lower end of the second fixed perforated component (12) on the cable is inserted into the groove (24).

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