KR20110075926A - Acoustic mode with a waterfall feature lighting - Google Patents

Abstract

A support unit 100 that serves to support the entire device; Water sound sound body fixedly coupled to the upper end of the support unit 100; Water tank unit 200 connected to the lower end of the support unit 100; The body portion Lighting unit 400 is located at the top and responsible for the overall lighting; Lighting device having a waterfall-type sound function consisting of a supply pipe 300 connected to the water sound acoustic main body 500 in the water tank unit 200

Description

Acoustic mode with a waterfall feature lighting

The present invention includes a support 100 that serves to support the entire apparatus; A water sound acoustic body fixedly coupled to an upper end of the support part 100;

A water tank unit 200 connected to a lower end of the support unit 100; an illumination unit 400 positioned at an upper end of the body part and responsible for overall lighting; a supply pipe connected to the water sound acoustic body 500 in the water tank unit 200 It relates to a lighting device having a waterfall type sound function consisting of a furnace (300).

In recent years, the lighting equipment generally used in homes and offices has undergone many changes not only for functional aspects but also for ornamental purposes.

The lighting device manufactured for such a contemplative use provides visual beauty depending only on the shape of the lighting device, but has a problem in that it does not provide pleasure to hearing, which is part of the human sense.

20-2004-0005797

An object of the present invention is to provide a lighting device that can produce an acoustic effect that also generates an acoustic molding value by using a lighting structure that produces a visual effect in order to solve the above problems.

The present invention and the support portion 100 that serves to support the entire device to solve the above problems; A water sound acoustic body fixedly coupled to an upper end of the support part 100;

A water tank unit 200 connected to a lower end of the support unit 100; an illumination unit 400 positioned at an upper end of the body part and responsible for overall lighting; a supply pipe connected to the water sound acoustic body 500 in the water tank unit 200 It relates to a lighting device having a waterfall type sound function consisting of a furnace (300).

The present invention has the effect of providing a lighting device that can generate the sound effect to generate an acoustic molding value by using a lighting structure that produces a visual effect in order to solve the above problems.

Referring to Figures 1 to 2 the configuration of the present invention for achieving the above object is as follows.

1 is a perspective view of a lighting device having a waterfall sound function according to the present invention, Figure 2 is a rear perspective view of a lighting device having a waterfall sound function according to the present invention.

The main configuration of the present invention, the support portion 100 that serves to support the entire device; An air cleaner and an acoustic body fixedly coupled to an upper end of the support part 100; An upper box fixedly coupled to an upper end of the acoustic body to form a clean air discharge unit; An operation unit located at an upper front of the support unit 100 and operating an overall function of the device or indicating an operation state of the device; An air suction part disposed at a lower front surface of the support part 100 to filter dust by sucking air in the room; A clean air discharge part disposed inside the upper box to discharge purified air; A slope portion located at the front of the acoustic main body and flowing down the water discharged from the purified water extraction unit while forming various quadrangles; Located at the top of the support portion 100 and the water tank unit 200 for receiving and storing the purified water flowing down the slope; Located at the top of the acoustic body and located at the bottom of the upper box and the purified water extraction unit for discharging purified water to the slope; An illumination unit 400 positioned at the bottom of the upper box and responsible for the overall illumination of the apparatus; An air duct installed vertically on an inner rear surface of the body to move the sucked air through the air suction unit; A supply pipe 300 installed vertically on an inner rear side of the body and an air duct side to move purified water; An acoustic main body 500 positioned at both sides of the main body and outputting a desired sound among sounds stored in a memory according to a user's selection; Located in the middle of the air duct anion and ozone generating unit for generating anion and ozone; Characterized in that made.

Since the electric circuit configuration is classified based on the electrical operation process to explain the operation process of the present invention, it is different from the mechanical configuration of FIGS. 1 to 2 described above, and the same configuration is represented by a different code. According to the present invention, there is provided a system control unit for controlling an entire apparatus; An air purifying unit configured to detect an air pollution state in the room under the instruction of the system controller and to drive an ion and ozone generating device, a suction fan, and a discharge fan; A water supply purifying unit configured to detect a contamination state of water quality by operating the system control unit and operate a UV lamp and a water pump; An audio control unit for generating sound effects by outputting sound stored in a memory according to the control of the system control unit; An illumination unit 400 which blinks an illumination lamp under the control of the system controller; A power supply unit supplying AC and DC power to the system control unit and each device unit; A remote controller for remotely controlling the devices; Consists of.

In addition, the air purifying unit and the air pollution detection sensor for detecting the degree of pollution of the indoor air again; A suction fan that sucks externally contaminated air in response to an instruction of a system control unit when it is determined that air needs to be purified as a result of the air pollution detection; A dust collecting unit having an ionizing collecting filter to remove dust from the sucked air; Ion and ozone generating device for neutralizing and purifying the air passing through the dust collecting unit with negative ions; A discharge fan configured to pass clean air through the ion and ozone generators and to be discharged outwardly; A display unit displaying an operation state of the air purifying unit; It is configured, The water purification unit and the water pollution detection sensor for detecting the pollution state of the water again; A UV lamp for generating ultraviolet rays to sterilize the contaminated water when the air pollution detection result determines that it is necessary to purify the water quality or to operate the waterfall by a user; A water pump for circulating water to operate the waterfall; A display unit which displays an operating state of the waterfall to the outside; Is configured, The acoustic main body 500 is a memory for storing a variety of sound input in advance; A selection unit for selecting a desired sound among sounds stored in the memory; A speaker for transmitting the selected sound to the outside; Consists of the illumination unit 400 and the illumination sensor for sensing the illumination of the room again; A switch for lighting the illumination; A lighting lamp for illuminating the light according to the operation of the switch; The power supply unit includes: a DC power supply unit supplying DC power to a control unit such as a system control unit and a display unit; An AC power supply unit for supplying AC power to various fans and lamps; consist of.

Referring to the operation of the present invention configured as described above are as follows.

First, if the air pollution detection sensor, which constantly monitors the air pollution level, judges that the air pollution level has exceeded the standard value previously inputted, immediately start the suction fan, the discharge fan, the ion and ozone generator, and the dust collector. The display shows that the air purifier is in operation. Here, the method of indicating that the air purifier is in operation is not particularly limited, but the LED method is the simplest and cheapest. In some cases, however, various display methods may be adopted, such as a method of generating sound or lighting a lamp to indicate an operation state of the device.

Even if the next water quality is detected by the pollution sensor or the water quality is not contaminated, if the user operates the waterfall for decorative purposes, the system control unit immediately instructs the power supply to turn on the UV lamp and operate the water pump. The UV lamp is turned on to sterilize according to the instructions of the system controller, and the water pump circulates water to operate the waterfall. When the waterfall is operated through the above process, oxygen in the atmosphere is naturally supplied to the water to help the water's self-cleaning ability. In addition, it is indicated by the display that the water purification unit is in operation. The display method used here can be the same as in the case of the air purifying unit.

Then, if the user selects a desired sound effect, a sound selected from various sounds previously inputted into the memory such as a waterfall sound, a stream sound, a bird sound, or a music sound is output through the speaker. The acoustic main body 500 may not necessarily be interlocked with the water purification unit, but may be interlocked according to a user's selection, or may be controlled by the system controller to operate independently.

In addition, the illuminance sensor of the lighting unit 400 constantly monitors the illuminance of the room, and when the illuminance falls below the reference value, the switch immediately operates to turn on the illuminator. Here, the lamp is automatically activated by the normal illumination sensor, but it can be manipulated to operate manually when needed by the user.

Various electrical devices constituting the present invention as described above may be operated by a control panel installed on the upper end of the support portion 100 or remotely controlled by a remote control.

Herein, the present invention further describes a mechanical operation process of purifying air, circulating water, and filtering and purifying water in the present invention. First, the air pollution sensor detects that the indoor air is polluted, When the discharge fan, the ion and ozone generating unit, and the dust collecting filter operate, the indoor contaminated air is sucked through the suction port installed at the lower end of the support unit 100. At this time, the air filter installed inside the suction port is a combination of thin metal wires in a dense mesh shape, and is negatively charged. Therefore, the coarse dust contained in the air passing through the air filter is mechanically filtered by the net and at the same time fine dust that can pass through the net is adsorbed by the negatively-shaped net-like air filter is electrically filtered. . Subsequently, the air filtered to fine dust is neutralized as it passes through the anion and ozone generating unit installed in the middle of the air duct, and is converted to a clean air containing some anion and ozone, and is discharged back to the room through the air duct through the air duct. The discharge fan installed in the discharge unit performs an auxiliary function to help the clean air to be discharged more smoothly.

Here, the oxygen generator may be further installed at the upper end of the anion and ozone generator to supply more oxygen to the clean air passing through the anion and the ozone generator, thereby making the clean air more comfortable. Such a technique corresponds to a simple application of the present invention and can be achieved without great technical difficulties by a simple design change.

Next, when the user manually operates or circulates the water by a sensor that detects a pollution state of the water, the water pump installed in the water tank unit 200 is operated and the water contained in the water tank is supplied to the supply pipe. Take 300, pumped up to the temporary storage tank of the outlet.

On the other hand, the clean air discharged to the clean air discharge part is mixed with the water splashed from the waterfall and serves to enrich the dissolved oxygen of the water. It outputs sound that gives the enemy pleasure. At this time, the lighting is turned on in the flowing part of the water to enhance the visual effect of the waterfall.

1 is a perspective view of a lighting device having a waterfall type sound function according to the present invention

Figure 2 is a rear perspective view of the lighting device having a waterfall sound function according to the present invention

Claims (3)

A support part 100 serving to support the entire apparatus; A water sound acoustic body fixedly coupled to an upper end of the support part 100; A water tank part 200 connected to a lower end of the support part 100; An illumination unit 400 positioned at an upper end of the body part and responsible for overall lighting; Lighting device having a waterfall type sound function consisting of a supply pipe 300 connected to the water sound acoustic main body 500 in the water tank unit 200 The method of claim 1, Lighting device having a waterfall sound function, characterized in that it comprises an air suction unit in the above The method of claim 1, Lighting device having a waterfall sound function characterized in that it comprises an air duct in the above

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