KR100796448B1 - A lighting device of water shedding consist of a set of nozzle, lamp and valve in the underwater - Google Patents

Abstract

A lighting device of water shedding with a set of nozzles, lamps and valves in the underwater is provided to make the installation work, dissembling work and maintenance of lighting convenient. A lighting device of water shedding with a set of nozzles, lamps and valves in the underwater includes nozzles(11), a structure(14), a unit for controlling the direction of light, a coupling structure, waterproof power supply connectors(16,17) and a structure with solenoid valves(20). The nozzle is disposed on the upper side of the structure on which a lamp or an LED is disposed. A circular hole is formed on the center of the structure with a lamp, and a female screw is formed inside the hole to be coupled with a male screw formed on the outside of the coupling structure. The direction of the light is controlled by a motor.

Description

A Lighting Device of Water Shedding consist of a Set of Nozzle, Lamp and Valve in the Underwater}

1: A set of underwater fountain lighting device showing one embodiment according to the present invention

2 is a set of underwater fountain lighting device showing another embodiment according to the present invention

Figure 3: Waterproof joint box for power supply designed and manufactured according to the present invention

4 is a structure in which the lamp is designed and manufactured according to the present invention

 <Description of Number in Drawing>

11; Nozzle 12; Fastening means

13; Fastening structure upper end 14; Structure where the lamp is located

15; Female thread formed in the center of the structure where the lamp is located

16; Male connector for powering the lamp

17; Female connector for powering the lamp

18; Lower part of fastening structure

19; Tightening means fastened with 18 external threads

20; Solenoid valve 21; Fastening Structure

31; Joint box 32; Electronic controller

33, main connector (male)

34, 35, 36, 37; Male (male) 38, 39, 40, 41; Connector Female

42; Main connector (female)

51; Structure 52 for illumination; Clear glass or clear synthetic paper

53; Female threaded hole 54; Lands

55; Red lamp 56; Blue lamp

57; Green lamp

The present invention is configured to form a fountain of various colors by fastening the water nozzle and the structure of the LED, the lamp of the three primary colors of light, or a lamp attached to each other to form a fountain to form a fountain, The present invention relates to a submersible fountain lighting device designed and manufactured by forming a set of solenoid valves that control a fountain nozzle to form a fountain of water.

Underwater fountain lighting device combined with a nozzle of a fountain installed in many fountains or reservoirs in the city of the prior art has a large hole in the center of the structure for underwater lighting to facilitate the combination of the structure and the fountain nozzle for underwater lighting separately There is a problem that there is a high risk of theft and damage is formed by inserting the form, and the lower part of the structure for underwater lighting is not provided with a connector for a separate connection, the wire for supplying power is several tens of meters It is not easy to install the lighting device because it is connected to the meter long, there is a problem that takes a lot of time when dismantling, difficult to maintain and high cost of maintenance.

Another related art related thereto is disclosed in the related art such as underwater lighting in the Utility Model Registration No. 20-029388, but the combination of the nozzle and the nozzle having a wide or wide inlet can not be formed, the lamp is composed of a single color It is not possible to produce fountains of various colors, and it is not equipped with means to control the water discharged by the nozzles, so it is impossible to make fountains with various patterns at the height of water of various shapes, and the wires for supplying power to the lights are long. There is a problem that it is not easy to assemble and dismantle.

The technical problem to be achieved by the present invention is to recognize the problems with the prior art as described above, is installed in a fountain or reservoir in the city, the nozzle for ejecting water to achieve a beautiful night view, and the nozzle is coupled with the nozzle The lamps or LEDs with the three primary colors of light to make the night scene beautiful by giving illumination of various colors to the fountains emitted to the fountain, and the structures where the lamps or LEDs with the three primary colors of the light are located Fastening structure designed to be fastened so that the fastening structure, and the solenoid valve for controlling the spraying time of the water supplied to the nozzle for spraying the water is installed fixed to the lower portion of the structure in which the lamp or LED having the three primary colors of light is located Submersible water fountain lighting device formed of a set of attached structures The purpose is to provide.

Still another object of the present invention is to form a female screw in the hole formed in the center of the structure in which the lamp is located for underwater lighting to connect the fastening structure formed with a male screw on the outside in the form of a short pipe in the middle, and coupled to the lower portion A solenoid valve is attached and fastened to control the water supplied to the nozzle of the fountain, and it is designed and manufactured to be fastened to the structure in which the nozzle having various shapes is located at the top. It is to make maintenance easy.

Another object of the present invention is to install the LED or lamp that generates the light of the three primary colors of red, green and blue (RGB) fixed to the structure in which the lamp is located for underwater lighting and control the amount of power supply of red To control the brightness of the green and blue lamps differently to produce different colors of light, or to combine the three colors of light with the same amount of light to produce different colors of light or to control the direction of the light of each lamp. In order to create a beautiful fountain.

Still another object of the present invention is to attach a waterproof power connector in order to efficiently supply the power supplied to the lamp or LED at the bottom of the structure in which the lamp or LED is located for underwater lighting, power supply line connection work, It is to facilitate maintenance work and dismantling work.

Another object of the present invention is to be coupled to the waterproof joint box having a plurality of connectors to efficiently supply power to a plurality of fountain nozzles at the same time to configure a set to control a plurality of fountain nozzles and lighting devices at the same time, It is designed to produce beautiful fountains and lights by simultaneously controlling the fountains and the lights at the power control unit installed outside or underwater.

The present invention is configured to form a fountain of various shapes by fastening the structure having a nozzle for ejecting water to form a fountain and the LEDs of the three primary colors of light, red, green and blue colors, to form a fountain of various colors, The present invention relates to a submersible fountain lighting device comprising a set of solenoid valves that can control a fountain nozzle to produce.

Hereinafter, with reference to the accompanying drawings illustrating the configuration and operation of the embodiment of the present invention, the configuration and operation of the present invention shown and described in the drawings will be described as at least one or more embodiments, whereby the present invention described above The technical idea and its core composition and operation are not limited.

It looks at the drawings to facilitate the understanding of the present invention. 1 is a block diagram of a water fountain lighting device set showing an embodiment according to the present invention, Figure 2 is a block diagram of a water fountain lighting device set showing another embodiment according to the present invention. 3 illustrates a waterproof joint box for power supply designed and manufactured according to the present invention, and FIG. 4 illustrates a structure in which a lamp designed and manufactured according to the present invention is located.

The present invention is installed in a fountain or reservoir in the city, the nozzle for ejecting water to achieve a beautiful night view, and a lamp having three primary colors of light to beautify the night view by giving illumination of various colors to the fountain ejected by the nozzle is ejected to the nozzle Or a fastening structure designed to easily connect a structure in which an LED is located, a fountain nozzle of various types, a lamp having a three primary colors of light or an LED attached structure, and a structure having a solenoid valve attached thereto, and the Submersible water fountain lighting equipment designed and manufactured with one set of structure attached to solenoid valve for controlling the supply of water supplied to the nozzle for spraying water, which is fixed to the lower part of the structure where the lamp or LED having the three primary colors of light is located It is about.

The present invention is designed and manufactured as a set of a nozzle for ejecting water, a structure equipped with a color lamp or LED for illumination and a solenoid valve for controlling the injection of water injected into the nozzle, assembling and installing and disassembling easily It saves time and labor costs due to dismantling, and it is easy to exchange with various kinds of nozzles when necessary, and it is designed and manufactured to produce beautiful color fountain. Components according to the present invention will be described based on embodiments.

EXAMPLES

Example 1

A first embodiment of the present invention will be described with reference to the drawings. The present invention provides a nozzle of the fountain 11, which is installed to produce a fountain of various types in the fountain, reservoir or various places in the city and the fountain nozzle 11 is connected to the fountain nozzle 11 and the illumination of various colors to be ejected from the nozzle. In order to create a beautiful night view by attaching a lamp or LED (55, 56, 57, LED) consisting of three primary colors (RGB) of light (14 in Fig. 1) and screws or other fastening means can be firmly assembled It has a configuration. The various types of fountain nozzles 11 and the structures 20 with lights (14 of FIG. 1) and the structures 20 with solenoid valves positioned at the lower ends of the structures with lights (14 of FIG. 1) are firmly fastened to each other. The fastening structure 21 has a male thread formed on the outside in the form of a short pipe with a hole formed in the center designed to be manufactured.

A male screw formed on the outside of the fastening structure 21 in a hole (53 in FIG. 4) formed in the center of the structure (14 in FIG. 1) where the lamp or LED (LED) having the three primary colors (RGB) of light is located. The female thread is formed so as to be firmly fastened to each other. The fastening structure 21 is formed to be somewhat longer than the thickness of the structure (14 in Figure 1) where the lamp or LED (LED) is located, the upper end when the fastening structure 21 is inserted into the structure in which the lamp is located And it is preferable to design and manufacture so that the lower end, respectively, but is fastened with the female screw formed in the center of the structure (14 in Figure 1) where the lamp or LED (LED) is located, but the upper and lower parts are separated from each other to form a fastening structure (21) It can be fixed by fastening each.

The fastening means 12 and female fastening means 12 are formed at the lower end of the structure in which the nozzle is located in the upper end 13 of the fastening structure 21 which is fastened to the structure in which the lamp or LED (LED) is located and protrudes down and up and The male screw 13 formed on the upper end of the fastening structure 21 is coupled to each other, and the lower end 13 of the protruding fastening structure 21 has a fastening end having a female screw located at one side of the structure in which the solenoid valve is located ( 19) and the male screw 13 formed at the lower end of the fastening structure 21 is designed and manufactured to be coupled to each other.

The fastening structure is the same diameter or each other in consideration of the diameter of the fastening means 12 formed on the lower end of the structure in which the nozzle is located and the diameter of the fastening means 19 installed on one side of the structure 22 in which the solenoid valve 20 is located. Designed and manufactured in the form of pipes with different diameters, it may be formed integrally, or may be designed and manufactured by separating the upper and lower ends.

The lower portion of the structure in which the lamp or LED (LED) having the three primary colors (RGB) of the light is located (14 in FIG. 1) is consumed while the lamp or the LED emits light in order to extend the life of the lamp or the LED and induce a stable operation. In order to easily discharge the heat generated by the energy can be designed and manufactured in a shape formed with a plurality of heat dissipation protrusions formed with a large surface area.

The structure in which the lamp or the LED (LED) having the three primary colors (RGB) of the light is located (14 in FIG. 1) is required to be completely waterproof so that safety and electrical leakage of workers do not occur, and the three primary colors of the light at the top of the structure The lamps or LEDs of red (55), green (56) and blue (57) colors are mixed and installed roundly at regular intervals, centering on the pipe located in the center, and the lights of lamps or LEDs having different colors, respectively It is possible to mix the colors to produce a fountain with various colors while controlling the brightness of the lights, or to combine the lights by attaching three primary colors (RGB) lamps or LEDs (55, 56, 57) with the same brightness. By controlling the color fountain or by integrating a lamp or LED with a convex lens and controlling the direction of light with each other by using a small motor It is configured to achieve a flow-down fountain.

Convex lens 54 is attached to the front of each lamp or LED (LED) to control the directionality and diffusivity of the light toward the fountain. It can also be configured to create more diversified and beautiful fountain lights by giving means to control the direction of light with a motor.

Transparent glass or LEDs are formed on the upper end of the structure 14 to which the plurality of lamps or LEDs are attached, so that the light generated from the lamps or LEDs can be transmitted while giving a waterproof color so that the lamps or LEDs can be stably operated. Transparent synthetic resin 52 is attached, and is also configured to achieve a perfect waterproof to prevent safety accidents by electrical and to increase the durability of the parts.

Waterproof power supply connector 16 for supplying power to each of the lamps or LEDs (LEDs) is provided at a lower side of the structure 14 in which the lamps or LEDs (LEDs) having the three primary colors (RGB) of the light are located. It is attached and installed to facilitate the installation and maintenance of the submersible fountain lighting device, and when the dismantling is needed, the power line and the structure can be easily separated and dismantled.

The waterproof power supply connector 16 is located in the water to supply power to a structure in which a plurality of lamps or LEDs are located, and a plurality of power supply connectors 34, 35, 36, and 37 are installed. It is configured to be coupled with the waterproof power supply connector of the joint box (31).

The joint box 31 is fastened to the main connector 33 installed on one side of the joint box 31 through the main connector 42 from a commercial power supply line, underwater, and the power input through the main connector 33. Is branched into a plurality of power supply lines and supplied to each of the connectors 34, 35, 36, and 37, and is configured to supply power to the lamp, LED, and solenoid via the connectors 38, 39, 40, and 41. In addition, the inside of the joint box is provided with a means for controlling the power supplied to the lamp or LED, and an electronic control unit for controlling the power supplied to the solenoid valve on and off. The electronic control unit is designed to produce a beautiful fountain by controlling the illumination of the fountain and the nozzle of the fountain located on the ground or underwater.

Example 2

Embodiment 2 according to the present invention is formed in one set of the nozzle is a jet of water in the first embodiment, a structure having a color lamp for illumination and a structure with a solenoid valve for controlling the injection of water injected into the nozzle Combined with a joint box and a joint box for efficiently supplying the power supply of the fountain required for combining beautiful water fountain lighting devices by combining a plurality of underwater fountain lighting devices, the water is further provided with an electronic control unit for controlling lighting and valves. It relates to a fountain lighting device.

The illumination of the fountain in a plurality of submersible fountain lighting device in which the structure, the nozzle, the fastening structure and the solenoid valve in which the lamp or the LED (LED) with the three primary colors (RGB) designed and manufactured in Example 1 are located are integrally formed. The power supply is connected to the joint box, the power supplied to the joint box is connected to the power and device control unit installed on the ground or underwater.

The power supply unit of the solenoid valve that controls the supply of power to open and close the solenoid valve may be designed or manufactured to be directly supplied to the power supply and the device control unit, or may be supplied with a control unit in water. The power and device control unit controls the power supplied to each joint box and controls each solenoid valve to configure the time that the water is ejected from the nozzles differently to produce a pattern of water ejection in various shapes. At the same time, by controlling the power supplied to each lamp by using the three primary colors of light, controlling the brightness of the three primary lamps or LEDs and mixing them to create a beautiful fountain with various colors as desired, or lamps with RGB colors of the same brightness By combining colors to create a variety of colors while controlling the time the water is ejected from the nozzle to form a fountain with a variety of patterns and colors to create beauty or to control the direction of the lamp or LED using a small motor To create a beautiful fountain have.

The joint box divides the power transmitted from the power supply and the device control unit so that a plurality of connectors are installed to be fastened to the power connection connector installed in the plurality of lighting devices. The power and device control unit opens the solenoid valve. Hardware and a control program for controlling the closing and controlling the brightness of the light of the lamp are built in, and may be configured by using a memory and a microprocessor for performing this or by being coupled with a computer.

A water fountain lighting device composed of a nozzle, a lamp, a solenoid valve, a compression box, and a power supply and a device control unit according to the present invention is installed in a fountain or a reservoir in a city, and ejects water to achieve a beautiful night view. And a structure having a lamp or LED having three primary colors of light, which is connected to the nozzle and emits various colors of illumination to the fountain ejected by the nozzle, to make the night view beautiful, a lamp having various types of fountain nozzles and the three primary colors of the light, or The fastening structure designed and manufactured to easily fasten the structure where the LED is located and the lamp which has the three primary colors of the light are fixedly installed at the lower part of the structure where the LED is located to control the water supplied to the nozzle for spraying the water. The structure with solenoid valve for Assembly and dismantling, and can easily save the labor of the assembly and disassembly by, the industrial applicability is very high by configuring so that the exchange is easy to produce, and the beautiful color fraction in a wide variety of nozzles.

The present invention is installed in a fountain or reservoir in the city, the nozzle for ejecting water to achieve a beautiful night view, and a lamp having three primary colors of light to beautify the night view by giving illumination of various colors to the fountain ejected by the nozzle is ejected to the nozzle Alternatively, the structure in which the LED is located, the fastening structure designed to easily connect the fountain nozzle and the lamp having the three primary colors of the light or the structure in which the LED is located, and the lamp or the LED having the three primary colors of the light are easily formed. Assembly installation, dismantling work by providing a submersible fountain lighting device fixedly installed in the lower part of the structure is installed to form a set of the structure with a solenoid valve for controlling the water supplied to the nozzle for spraying the water And an effect that facilitates maintenance work.

Another effect of the present invention is to form a female screw in the hole formed in the center of the structure in which the lamp is located for underwater lighting to insert into the fastening structure formed with a male screw externally in the form of a short pipe, the nozzle of the fountain in the lower portion A solenoid valve is attached and fastened to control the water supplied to the upper part.The upper part is designed and manufactured to be fastened to the structure in which the nozzles with various shapes are located. To make it happen.

Another effect of the present invention is to install the LED or lamp that generates the light of the three primary colors of red, green and blue (RGB) in the structure in which the lamp is located for underwater lighting, and to control the amount of power supply of red The brightness of the green and blue lamps are controlled differently to produce light with various colors, or the combination of three colors with the same amount of light to produce light of various colors to create beautiful fountains.

Another effect of the present invention is to attach a waterproof power connector to supply the power supplied to the lamp or LED at the bottom of the structure in which the lamp or LED is located for underwater lighting connection work, maintenance work And to facilitate the dismantling operation.

Another effect of the present invention is to provide a power supply and device control unit and a combination of a joystick box having a plurality of connectors to supply power to a plurality of fountain nozzles at the same time and to control a plurality of fountain nozzles and lighting devices at the same time It is to make beautiful fountain and lighting by constructing.

Claims (8)

In the water fountain lighting apparatus formed of one set, A nozzle positioned above the structure in which the lamp or the LED is located, and spraying water to make a fountain; A structure in which a lamp or an LED is fastened to each other by a fastening means having a screw formed on one side of the structure in which the nozzle is located and a fastening structure having a screw formed thereon, and to illuminate a fountain ejected by the nozzle; A circular hole is formed in the center of the structure in which the lamp or the LED is located, and an internal thread is formed in the hole so as to be engaged with a male screw formed on the outside of the fastening structure, and the convex lens and the lamp or LED are integrally formed. Means for controlling the direction of light with a small motor; A fastening structure for fastening and coupling the nozzle and the structure in which the solenoid valve and the structure in which the lamp or the LED is located; A waterproof power supply connector installed at one side of a lower end of the structure in which the lamp or LED is located and for supplying power to the lamp or LED; And Underwater fountain lighting device is fastened by the structure and the structure for fastening the lamp or the LED, the structure is equipped with a solenoid valve for controlling the supply of water to form a fountain pattern. delete delete delete The method according to claim 1, Lamps or LEDs installed on top of the structure where the lamps or LEDs are located are produced by arranging lamps or LEDs generating red, green, and blue, which are three primary colors of light, at regular intervals adjacent to each other to generate various colors of light. Water fountain lighting device. In water fountain lighting device with color and pattern, A nozzle positioned above the structure in which the lamp or the LED is located, and spraying water to make a fountain; A structure in which a lamp or an LED is fastened to each other by a fastening means having a screw formed on one side of the structure in which the nozzle is located and a fastening structure having a screw formed thereon, and to illuminate a fountain ejected by the nozzle; A fastening structure for fastening and coupling the nozzle and the structure in which the solenoid valve and the structure in which the lamp or the LED is located; A structure which is fastened by the structure in which the lamp or the LED is located and the fastening structure, and which has a solenoid valve attached to control water supply to form a fountain pattern; A waterproof power supply connector installed at one side of a lower end of the structure in which the lamp or LED is located and for supplying power to the lamp or LED; A joint box coupled to the waterproof power supply connector underwater and having a plurality of connectors to supply power to a structure in which a plurality of lamps or LEDs are located; And A plurality of underwater lighting devices comprising a nozzle for ejecting the water, a structure in which a lamp or an LED is located, a structure having a solenoid valve attached thereto, and a fastening structure comprising a set, are fastened with the plurality of underwater lighting devices A water fountain lighting device comprising a power supply and a device control unit for controlling the on-off time of the solenoid valve and controlling a power supply and a device to combine colors of lamps or LEDs composed of three primary colors of light with each other. delete The method according to claim 6, The power supply and device control unit means for controlling the power of the lamp or LED consisting of the three primary colors of the light to make the light of the required color; Underwater fountain lighting device having a means for controlling the opening and closing time of the solenoid valve to control the fountain ejection time to form the pattern of the fountain.

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