KR20140000090A - 'controlling method of in-door led light' and 'multi-function in-door led light' - Google Patents

Abstract

The present invention relates to an indoor LED light and, more specifically, to an indoor LED light wherein an indoor LED stand operates in a new way, limits the conventional stage operation method from breaking away of the indoor LED light, and achieves various lighting effects related to health and entertainment.

Description

Indoor LED lighting control and multifunction indoor LED lighting {'Controlling Method of In-door LED light' and 'Multi-function In-door LED Light'}

The present invention relates to indoor LED lighting, and in detail, a new operation method of indoor LED lighting and indoor LED lighting that can satisfy various users by realizing various lighting effects by connecting various lighting contents to indoor LED lighting. It is about.

Indoor LED lighting is developed from existing fluorescent or incandescent lamps to realize low power consumption by using LEDs, and by setting several color temperature (Kelvin temperature) values, repair mode, creative mode, language mode, sleep mode By naming the lamp, the monotony of the existing fluorescent lamp or incandescent lamp was removed.

However, conventional indoor LED lighting allows only limited selection of several levels already specified in brightness and color temperature control, causing inconvenience to users, and various effects despite the development of analog to digital using LED. It has a limitation in the early stage of indoor LED lighting that does not fully utilize the advantages of digital that can be implemented.

The present invention was created to solve the problem of the conventional LED lighting that can be selected only a few limited steps in brightness and color temperature adjustment as described above, and does not fully utilize the advantages of digital lighting, digital but analog In addition to operation, it aims to bring various LED lighting effects to indoor LED lighting.

In order to achieve the above technical problem, the present invention includes an LED light emitting plate including an LED for emitting light; A touch panel, which is a user interface that reflects a user's intention of contact through contact; The present invention provides an indoor LED lighting device having a basic device configuration in which a lighting unit for generating lighting control signals in conjunction with a touch panel and transmitting lighting control signals to an LED light emitting board is programmed.

In addition, in order to achieve the above technical problem, the touch panel and the circuit unit are the core, and the touch panel supports both a method of controlling a light by moving a contact surface while maintaining a contact after contact and a method of controlling a contact by only a simple contact. Should be. The circuit part can support the selection of each lighting mode as well as the on / off mode of the LED lighting device by simple touch of the touch panel.If the lighting is controlled by moving the contact surface without releasing the touch panel, Changes in brightness, changes in color temperature, and the speed of each light's change pattern should be designed so that it can be controlled in a continuous, ie linear fashion, without breaking in a few steps for human perception. In addition, the circuit unit must be programmed so that various lighting modes can be input as lighting contents so that the user can select a desired lighting mode through the touch panel.

According to the present invention, the user can freely select and adjust the color temperature and brightness desired by the user using the touch panel to adjust the linear feeling, even in areas such as repair mode, creative mode, sleep mode, and learning mode according to the color temperature and brightness. You can build your own optimized environment, so you can use the brightness and color temperature of your lighting as best as you can. In addition, the user can provide a variety of lighting content by programming a combination of various brightness change pattern, color temperature change pattern, LED lighting pattern to the circuit unit to control the lighting signal in conjunction with the touch panel, and the user adjusts the speed control of the change pattern By using this technology, the indoor LED lighting device to which the present technology is applied can be utilized as a lighting device that shows various entertainment effects such as Christmas, party, horror film, fireball, love mood, and make-up / fashion coordination lighting. It can also be used as a lighting device that supports physical rhythm improvement effects such as sleep induction, concentration improvement, depression depression, insomnia relief, and mood change, and thus, it can be used as a multifunctional comprehensive lighting device by breaking away from the existing simple lighting.

The present invention is a indoor LED lighting device, by introducing a digital touch panel that can control the lighting with an analog-like linear feeling by moving the contact surface as it is, to escape the limited level of brightness and color temperature adjustment, feel free linear without step Adjusting brightness, color temperature and frequency of light changes is the first key of this technology. In addition, by interlocking with this touch panel, various indoor lighting contents can be utilized in indoor LED lighting devices, so that various lighting contents are programmed so that indoor LED lighting devices can be utilized as multi-functional indoor lighting devices instead of simple indoor lighting devices. As a second technical core, this application can maximize the utilization of the indoor LED lighting device.

More specifically, the brightness adjustment is performed by linearly moving the contact surface in one direction after contact so that a touch such as a finger touch occurs in the introduced touch panel. The brightness gradually brightens with a feeling, and if you continuously move the contact surface on the opposite side, the brightness gradually darkens with a linear feeling without breaking step by step until the brightness reaches the minimum value. In addition, color temperature can be adjusted by touching the introduced touch panel to enter color temperature control mode and continuously moving the contact surface in one direction like brightness control mode. It gradually changes to the maximum value in one sense and keeps moving to the opposite side so that the color temperature of the brightness combination of the arrayed LEDs does not break step by step but gradually changes to the minimum value in a linear sense.

In addition, in the linear brightness control and the linear color temperature control of the above-described LED, when the user blocks the contact with the touch panel when the desired brightness or color temperature is reached, the brightness or color temperature no longer changes.

The above-described linear brightness and color temperature adjustments are made possible by computer programming of the circuit part linked with the touch panel, and when the LEDs are adjusted, each of the arranged LEDs does not turn on and off, but rather the intensity of each arranged LED light. To adjust. Since it is a digital method, it is not strictly linear, but sets a lot of continuous line steps. Therefore, the core of linear control is that it is recognized as a linear adjustment rather than a few steps for the user to recognize.

The second core of the technology relates to circuitry in which various lighting contents are programmed in conjunction with an adjustable touch panel. The indoor LED lighting device to which the present technology is applied has various entertainment modes that are somewhat similar to the outdoor LED billboards, and many functions that can be utilized as lighting contents such as sleep / sleep induction mode, relaxation mode, concentration improvement mode, and infrared mode as lighting contents. By programming the circuit part and adjusting and selecting these programmed modes with a touch panel, the purpose of the indoor LED lighting device to be a fun and practical multifunctional luminaire rather than a simple LED light.

Entering the entertainment mode through the touch panel allows you to select Christmas mode, club / party mode, siren / emergency mode, music beat mode, affection / mood mode, horror mode, fireworks mode, etc. Each mode may be provided with one or two or more lighting patterns corresponding to the name of each mode as a sub mode, and may select a sub mode with the touch panel and adjust the speed of light change with the touch panel. The Christmas mode consists of lighting patterns such that each LED is turned on and blinks so that the atmosphere of the Christmas tree comes out, and the siren / emergency mode consists of lighting patterns in which an urgent atmosphere is created such as a siren emergency light. Affection / mood mode consists of a light pattern that is softly lit and flashes at night, horror mode consists of a light pattern suitable for fear atmosphere, and fireworks mode is a lighting pattern so that the shape of firecrackers popping in the night sky is realized on the LED panel. Configure The music beat mode is composed of various beat patterns so that the LED lights are changed according to various beats like the beat box, and the music beat mode lights like the music of each matching beat make the atmosphere more alive. The makeup coordination mode is bright and color temperature formed in various environments such as sunny day, cloudy day, rainy day, snowy day, morning, lunch, afternoon, sunset twilight, indoor, outdoor, incandescent lamp, fluorescent lamp, office, drawing room, auditorium, etc. , Set the value to suit each environment mode, program the value to the circuit, and select the lighting of the environment where the user is mainly active, and then make-up, dress-up, and photographing the lighting in the actual activity area. Make sure you have the make-up, costume coordination and photography you intended. In addition, the EX2 mode can be enriched by the programming of the LED, the touch panel, and the circuit part.

Sleep induction mode is a mode that induces sleep by stimulating the melatonin secretion by stimulating the human brain by introducing the EEG zone of the human body, which is mainly measured when the melatonin hormone that causes drowsiness is secreted into the LED brightness change frequency or color temperature change frequency to be. It can be implemented as an LED light emitting panel by programming the indoor circuit part and selecting it as a touch panel. The sleep mode is a mode that induces a good night's sleep by stimulating the human brain by introducing the brainwave region of a person, which is mainly measured when a person sleeps, to the LED brightness change frequency or color temperature change frequency. Both sleep and sleep modes can be used in conjunction with the timer function. The sleep / sleep induction function can be implemented as an LED light emitting panel by programming the LED lighting device circuit part for indoor use and selecting the touch panel.

The diversion mode is a mode that induces endorphin or dopamine secretion by stimulating the human brain by introducing human EEG zones, which are mainly measured when human endorphins or dopamines are secreted, into the LED brightness change frequency or color temperature change frequency. It can contribute to a person's mood, relaxation, depression, and stress relief. The indoor LED lighting device circuit part can be programmed to be selected as a touch panel to be implemented in an LED light emitting panel.

Concentration Enhancement Mode identifies the EEG zones that are mainly measured when a person meditates or needs work, and reflects the frequency corresponding to this zone to the LED brightness change frequency or color temperature change frequency. Is a lighting mode to improve. The indoor LED lighting device circuit part can be programmed to be selected as a touch panel to be implemented in an LED light emitting panel.

In the function of inducing a specific purpose by reflecting the region band corresponding to a specific EEG region in the LED brightness to the change frequency of the LED light, the present invention provides a indoor LED as soon as the user selects the function for the specific EEG region It can be reflected in the light change frequency, or the LED light change frequency for indoor use is implemented in the frequency range of the purpose for which the time gap is sequentially intended, starting with no light change at first, so that the user hardly feels shock. You can also tune in to the intended region of EEG. This function is also implemented by programming a circuit unit that is interlocked with the touch panel.

Infrared mode adopts the LED that emits infrared rays to stimulate the scalp in the indoor LED lighting device of the present invention, the function of stimulating the user's scalp by infrared rays to make the user's scalp and hair healthy. The function of infrared rays is sometimes used in products other than the stand, and the technology of the present invention is intended to introduce the effect of infrared rays into indoor LED lighting devices, and the applied touch panel uses infrared rays. It is implemented by programming the circuit part so that it can be used according to the user's state by adjusting the intensity of the light.

The present inventors indoor LED lighting device to develop a variety of lighting content to be uploaded and downloaded to the indoor LED lighting device of the present invention.

Claims (18)

In the indoor LED lighting device, the brightness of the LED is controlled by the touch panel, and the brightness is controlled by moving the touch surface of the touch panel in one direction as it is, without changing the brightness in several steps that a human can recognize. The indoor LED lighting device, characterized in that the brightness changes by a linear feeling to the human feeling, one direction is bright and the other is dark.
In the indoor LED lighting device that can realize the color temperature change, the color temperature is controlled by adjusting the color combination of the LED with the touch panel, and the color temperature is adjusted by moving the contact surface of the touch panel in one direction as it is. Indoor LED lighting device, characterized in that the color temperature changes in a linear feeling to the human feeling without breaking in a few perceptible steps. In addition, one direction of the movement of the touch surface of the touch panel, the color temperature is increased, the opposite direction is the indoor LED lighting device characterized in that the color temperature is lowered.
In indoor LED lighting device, the brightness and color temperature of LED are controlled by touch panel, and the change of brightness or color temperature can be recognized by human by moving the touch surface of touch panel in one direction. Indoor LED lighting device, characterized in that the change in brightness or color temperature is made by a linear feeling to the human being without breaking. In addition, one direction of the movement of the touch surface of the touch panel increases the brightness or color temperature, the opposite direction is the indoor LED lighting device characterized in that the brightness or color temperature is lowered.
The indoor LED lighting device, the indoor LED lighting device, characterized in that the user can adjust the speed of the repeated change pattern when the change pattern of the brightness or color temperature of the LED is programmed in the circuit.
In the indoor LED lighting device, the brightness or color temperature is changed by the beat pattern of the music beat box, and the circuit part in which various beat patterns are programmed, and the brightness change or color temperature of the beat pattern that matches the music desired by the user Indoor LED lighting device, characterized in that you can choose to change.
In the indoor LED lighting device, there is a change in the order of turning on and turning off each of the LEDs arranged, or a change in the brightness or color temperature of each LED, and various patterns of the order of turning on and turning off each LED or a sequential change of brightness of each LED. The pattern can be programmed in the circuit, and the indoor LED lighting device, characterized in that the user can select a specific pattern from the various patterns of the sequence of turning on and turning off each of the LEDs or sequential various change patterns of each LED
In indoor LED lighting device having a health purpose such as stimulating a human brain wave to improve sleep induction or concentration, relaxation, depression, insomnia relief, frequency of LED brightness change or color temperature change such as brain wave of the purpose Is not implemented immediately at the time of user selection, but is started in the absence of a change in brightness or color temperature, and is programmed in the circuit to be gradually changed to the frequency of the corresponding purpose at intervals so as not to shock the user. LED lighting device
In the indoor LED lighting device, it is possible to irritate the user's scalp and hair by installing an LED emitting infrared light, the indoor LED lighting device
In the indoor LED lighting device, various lighting contents such as brightness change pattern, color temperature change pattern, EEG stimulation pattern, turn on / off sequence change pattern, speed of change pattern can be uploaded, downloaded or remotely controlled using a communication solution. Indoor LED lighting device characterized in that
In the indoor LED stand, the indoor LED stand, characterized in that the magnetic induction power supply plate for the wireless charging of the self-induction method is installed on the bottom plate that is in close contact with the floor surface and serves as the weight of the indoor LED stand.
In the indoor LED lighting device, when the stand is on / off, the LEDs are turned on and off all at once, and are programmed in the circuit unit to have a specific lighting pattern and a specific lighting pattern as sequential lighting and lighting. Indoor LED lighting
Indoor LED lighting device, characterized in that the illumination is made by reflecting the frequency range band corresponding to human brain waves when human hormones such as endorphins and dopamine are secreted in the brightness change or color temperature change frequency of the LED LED lighting device
Indoor LED lighting device, characterized in that the illumination is made by reflecting the frequency range band corresponding to the human brain waves when the person is fully rested and wakes up completely in the morning to the brightness change or color temperature change frequency of the LED LED lighting device
Indoor LED lighting device, the indoor LED is characterized in that the illumination is reflected by reflecting the frequency range of the brightness or color temperature change frequency of the LED corresponding to the human brain wave mainly measured when the hormone melatonin secreted Lighting device
In the indoor LED lighting device, the indoor LED lighting device, characterized in that the illumination is made by reflecting the frequency band corresponding to the brain wave measured mainly when the person takes a good night's sleep on the LED brightness change or color temperature change frequency.
Indoor LED lighting device, rainy day, snowy day, cloudy day, sunny day, indoor, outdoor, office, parlor, auditorium, banquet hall, fluorescent light, incandescent light, morning, lunch, afternoon, evening, dusk, etc. LED lighting device for indoors, characterized in that the user can select the illumination of the environment to be used by programming the circuit part with the lighting environment content by combining each or a combination of brightness and color temperature environment
In the indoor LED lighting device, the indoor LED lighting device, characterized in that the illumination is made by reflecting the frequency range of the brain wave measured mainly when a person meditates to the frequency of the LED brightness change or color temperature change
In indoor LED lighting devices, the brightness or color temperature changes when the linear feeling is not broken in several steps for human perception.