TWM601314U - Atmosphere lamp - Google Patents

Abstract

This creation is about an atmosphere lamp, including a lamp body; a first light source is fixed to the lamp body, divided into sixty equal scales; a second light source is fixed to the lamp body, and the color temperature can be changed to produce different colors; A control unit is fixed to the lamp body, has a timing function, and correspondingly outputs a first signal to the first light source according to the time change of each minute to control the scales of the first light source corresponding to each It lights up in minutes, and the control unit outputs a second signal to the second light source according to the twelve hours of changes in the morning and afternoon of each day, so that the second light source changes according to the changes of each hour The position and color temperature when it emits light. In order to simulate the changes of the sky in different periods of time in nature, and as a time display.

Description

Atmosphere lighting

This creative department is about a kind of lamp structure that can simulate the change of the sky in different periods of time in nature, and as a time display.

At present, the common atmosphere lamp structure, such as the new type "DIY atmosphere lamp" patent case No. M532543 announced on November 21, 105 of the Republic of China. It discloses: a base unit and a circuit module installed on the base unit, at least one light-emitting unit, a power supply unit, a switch, and a lampshade unit. The base unit includes a first magnetic attraction, the circuit module is electrically connected to the light-emitting unit, the power supply unit, and the switch, and the lampshade unit is arranged on the base unit and has light permeability, and It includes a supporting member, a plurality of covering members optionally covering the outside of the supporting member, and a plurality of second magnetic members fixed on the supporting member. The second magnetic members can be connected to the first A magnetic attraction piece attracts each other. The lampshade unit is detachably covered on the base unit, and the covering pieces can be optionally covered on the outside of the support piece, so that the covering pieces can be replaced at any time according to the needs of users.

Although the previous patent case allows consumers to replace the covering parts according to their needs, so as to achieve the purpose of changing the bright color of the atmosphere lamp and changing the visual situation. However, it will be troublesome, time-consuming and laborious to replace it completely manually.

Therefore, there is the invention No. I612846 "Situational Simulation Lighting Device" patent case announced on January 21, 107 of the Republic of China. The polar body matrix can generate light of different colors and lighting modes; an environmental brightness sensing unit is used to sense the light of the natural environment; a controller with an analog control program can be based on the environment sensed by the environmental brightness sensing unit Light, adjust the brightness of different colors of LEDs in the LED matrix and control their actions; the situational simulation lighting device can simulate the light of different situations such as sky blue, white clouds and sunlight, as well as lighting modes, and then Provide a lighting effect close to the natural environment.

Although the previous patent has the functions of simulating the light and lighting mode of the natural environment, it cannot automatically change the color temperature of the light according to the change of time to match the light at the time, and it cannot prompt the time change at any time, so it is not in use. Ideally.

This creation is to solve the above-mentioned shortcomings of conventional atmosphere lamps. Therefore, this creation provides an atmosphere lamp, which is provided with a lamp body; a first light source is fixed to the lamp body, and the first light source is arranged in a circular distribution and is arranged on the periphery of the first housing. The first light source is divided into sixty equal scales; a second light source is fixed to the lamp body, the second light source is arranged in a ring distribution, and the second light source is divided into twelve levels The number of sub-scales, and the color temperature can be changed to produce different colors; a control unit is fixed to the lamp body, the control unit is electrically connected to the first light source and the second light source, and the control unit has a The timing function is based on the time change of each minute, and correspondingly output a first signal to the first light source to control the scales of the first light source to light up every minute, and the control unit according to each day There are twelve-hour changes in the morning and afternoon, and a second signal is correspondingly output to the second light source, so that the second light source changes its light-emitting position and color temperature according to the hourly change.

The lamp body includes a base, a first housing, a lamp ring cover, a second housing, a shaft plate and a lamp housing. The first housing is fixed to the base, and the lamp ring cover is Fixed on the periphery of the shell, the second shell is clamped and fixed to the first shell through a latching portion of the shaft plate, and the lamp housing is clamped to the shaft plate.

The above-mentioned first light source is arranged on the periphery of the first housing and covered with the lamp ring cover.

The second light source is fixed to the shaft plate and covered with the lamp housing.

The above-mentioned control unit is arranged inside the base.

The above-mentioned first light source is an LED with a marquee gradual lighting pattern.

The second light source is an LED whose color temperature can be changed to produce different colors.

The above-mentioned control unit outputs the second signal corresponding to the color temperature value of different time to the second light source according to the time change of each hour, so as to change the position and color of the second light source when it emits light.

The variation range of the above color temperature value is between 2000K and 9000K.

The above-mentioned control unit is connected with a mains plug or built-in power supply to supply the required power.

The above technical features have the following advantages:

1. Use electronic technology to combine the concept of LED lights and color temperature changes, and use the cold and warm colors of the lights to create a life situation, so that the atmosphere lamps can change over time, and simulate the lighting effects of the changing sky at different times in nature.

2. Introduce the changes of the natural weather in different periods of time into the room, and you can feel the situation and interest of the changing weather in the early morning, during the day, at sunset, and at night all the time.

3. At night, it will automatically control the light to change its brightness as time changes. At night, it will automatically reduce the brightness. The light will not be too glaring and will not affect the user's rest and sleep.

4. The way the first light source and the second light source light up to display the time is the same as the clockwise rotation mode of a general clock axis. Users can infer the current approximate time based on their existing knowledge of the clock concept.

Please refer to the first and second figures, this creative embodiment includes: a lamp body 1, a first light source 2, a second light source 3 and a control unit 4, in which:

The lamp body 1 is set in the shape of a clock for being hung on the wall. The lamp body 1 includes a base 11, a first housing 12, a lamp ring cover 13, a second housing 14, a shaft plate 15 and a lamp housing 16 in sequence (as shown in the third figure). The first housing 12 is fastened to the base 11 and fixed to the periphery of the first housing 12 by the lamp ring cover 13. The second housing 14 is fixed by a locking portion 151 of the shaft plate 15 extending through and being locked to the first housing 12, and the lamp housing 16 is fixed to the shaft plate 15.

The first light source 2 is fixed to the first housing 12. The first light source 2 is an LED with a gradual lighting pattern like a marquee. The first light source 2 is arranged in a ring-shaped distribution, and is arranged on the periphery of the first housing 12, and uses the light ring The cover 13 is covered. The circular distribution of the first light source 2 corresponds to sixty minutes per hour, and is divided into sixty equal scales according to the clock panel.

The second light source 3 is fixed to the shaft plate 15 and covered by the lamp housing 16. The second light source 3 is an LED whose color temperature can be changed to produce different colors. In addition, the second light source 3 is arranged in an annular distribution, and is arranged on the periphery of the shaft plate 15 and is covered by the lamp housing 16. The circular distribution of the first light source 2 corresponds to twelve hours in the morning and afternoon of each day, and is divided into twelve equal scales according to the clock panel.

The control unit 4 is arranged inside the base 11, and the control unit 4 is electrically connected to the first light source 2 and the second light source 3, so that the first light source 2 can be controlled like a marquee gradually. Turn on, and control the second light source 3 to change its position and color temperature. The control unit 4 has a timing function, which can output a first signal to the first light source 2 according to the time change of each minute, so that the first light source 2 corresponds to the change of each minute, and the The scale corresponding to the sixty division lights up. In addition, the control unit 4 further outputs a second signal to the second light source 3 for twelve hours of changes in the morning and afternoon of each day, so that the second light source 3 corresponds to changes in each hour, and Change its light-emitting position and color temperature. The changeable color temperature change of the second light source 3, as shown in the fourth figure, is the color temperature value and its color corresponding to the twelve-hour time change in the morning and afternoon of each day. For example, at six o'clock in the morning, the control unit 4 outputs the second signal to control the second light source 3 at the hour hand position at six o'clock in the morning to emit light. The color temperature of the second light source 3 is about 9000K, and the color is biased toward blue. At two o'clock in the afternoon, the control unit 4 outputs the second signal to control the second light source 3 at the hour hand position at two o'clock in the afternoon to emit light. The color temperature of the second light source 3 is about 4000K, and the color is biased toward yellow. At 6 o'clock in the afternoon, the control unit 4 outputs the second signal to control the second light source 3 at the position of the hour hand at 6 o'clock in the afternoon to emit light. The color temperature of the second light source 3 is about 3000K, and the color is biased to orange. In addition, the control unit 4 can be connected to an external mains plug 41, or a power source (such as a battery) can be built in to supply the power required for its operation.

When in use, as shown in the first and fifth pictures, the lamp body 1 can be hung at any position in the room, and then the control unit 4 can have twelve hours in the morning and afternoon each day Change to control the second light source 3 to change its light-emitting position and color temperature value. For example, at nine o'clock in the morning, the control unit 4 will output the second signal to the second light source 3, and control the second light source 3 at the hour hand position at nine o'clock in the morning to light up. The color temperature of the second signal is approximately 6000K, so the color of the light emitted by the second light source 3 can be controlled to light blue (please refer to the fourth picture), so as to simulate the atmosphere of the changing sky in the daytime in nature, using the second light source 3 The illuminated lighting effects are brought into the room. Also, if it is one o’clock noon, the color temperature value of the second signal output by the control unit 4 to the second light source 3 is about 5000K to control the second light source 3 located at one o’clock noon to emit light. 3 The color of the light emitted is light yellow [please refer to the fourth picture] to simulate the change of the sky at noon in nature, and generate different atmospheres in the room. At five o'clock in the afternoon, the color temperature value of the second signal output from the control unit 4 to the second light source 3 is about 2000K,

To control the second light source 3 at the position of the hour hand at 5 o'clock in the afternoon to emit light, the color of the light emitted by the second light source 3 is biased to light orange (please refer to the fourth picture) to simulate the nature at dusk The sky changes, creating a different atmosphere in the room.

In addition to using the second light source 3 to simulate a change of twelve hours in the morning and afternoon each day as a time display, the first light source 2 can also be used as a time display of 60 minutes of change per hour. Through its timing function, the control unit 4 can correspondingly output the first signal to the first light source 2 according to the time change of each minute. As shown in the first and sixth figures, for example, at 9:45 in the morning, the control unit 4 outputs the second signal with a color temperature of about 6000K to the second light source 3 to control the second The light source 3 emits light at the nine o'clock position, and the color of the light emitted is light blue (please refer to the fourth picture). At the same time, it outputs the first signal with a time value of forty-five minutes to the first light source 2, so that the forty-five division scale on the first light source 2 lights up in the form of a marquee, so the The number of the forty-five divisions that are lit on the first light source 2, as well as the position and light color of the second light source 3, show that the current time is about 9:45 in the morning. Therefore, in addition to having a situational atmosphere that simulates the changing sky in nature, it can also display time. This creation has changed the perception of the original function of the general atmosphere lamp. In addition to the change of the lighting color, the time recognition of the clock is further used to judge the current approximate time by the position of the light, the change of the color and the scale. The rendering effect of each minute is that the first light source 2 lights up in a clockwise manner through the scale of the marquee form and accumulates. The first light source 2 lights up to form a complete circle, which represents one hour, thus creating fun, Recognizable new creative atmosphere light structure

In addition to this creation, in addition to bringing the atmosphere of the sky at different times in nature, the effect of light is brought into the room, and the control unit 4 will further gradually control the second light source 3 and the first light source as the night time changes The light of 2 is weakened and converted into a backlight mode to become a small night light lighting mode, so that users will not be too bright due to the relationship between the light, and then affect sleep and rest.

Based on the description of the above-mentioned embodiments, when we can fully understand the operation, use and effects of this creation, but the above-mentioned embodiments are only the preferred embodiments of this creation, and the implementation of this creation cannot be limited by this. The scope, that is, simple equivalent changes and modifications made according to the scope of the patent application for this creation and the content of the creation description, are all within the scope of this creation.

1: Lamp body 11: Pedestal 12: The first shell 13: Lamp ring cover 14: second shell 15: Shaft plate 151: Card Control Department 16: Lamp housing 2: The first light source 3: second light source 4: control unit 41: Mains plug

[The first picture] is a three-dimensional exploded view of this creative embodiment.

[Second Picture] is a three-dimensional combined diagram of this creative embodiment.

[Third Figure] is a combined cross-sectional view of this creative embodiment.

[Fourth picture] is a picture of color temperature changes corresponding to different periods of nature in the twenty-four hours of this creative embodiment.

[Fifth Figure] is a schematic diagram of the use of this creative embodiment.

[Figure 6] is a schematic diagram of the lighting positions of the first light source and the second light source in this creative embodiment.

1: Lamp body

11: Pedestal

12: The first shell

13: Lamp ring cover

14: second shell

15: Shaft plate

151: Card Control Department

16: Lamp housing

2: The first light source

3: second light source

4: control unit

41: Mains plug

Claims (10)

An atmosphere lamp, including: A lamp body A first light source is fixed to the lamp body, the first light source is arranged in an annular distribution, and is arranged on the periphery of the first housing, and the first light source is divided into sixty equal scales ； A second light source is fixed to the lamp body, the second light source is arranged in a circular distribution, the second light source is divided into twelve equal scales, and the color temperature can be changed to produce different colors; A control unit is fixed to the lamp body, the control unit is electrically connected to the first light source and the second light source, and the control unit has a timing function, which corresponds to the time change of each minute Output a first signal to the first light source to control the scales of the first light source to light up every minute, and the control unit correspondingly outputs according to the twelve-hour change in the morning and afternoon of each day A second signal is sent to the second light source, so that the second light source changes its light-emitting position and color temperature according to the change of each hour. For example, the atmosphere lamp of claim 1, wherein the lamp body includes a base, a first shell, a lamp ring cover, a second shell, a shaft plate and a lamp shell, and the first shell is fastened On the base, the lamp ring cover is fixed on the periphery of the housing, the second housing is clamped and fixed to the first housing by a latching portion of the shaft plate, and the lamp housing is clamped Fixed to the shaft disk. For example, the atmosphere lamp of claim 2, wherein the first light source is arranged on the periphery of the first housing and covered with the lamp ring cover. Such as the atmosphere lamp of claim 2, wherein the second light source is fixed to the shaft plate and covered with the lamp housing. Such as the atmosphere lamp of claim 2, wherein the control unit is arranged inside the base. Such as the atmosphere lamp of claim 1, wherein the first light source is an LED with a marquee gradual lighting pattern. Such as the atmosphere lamp of claim 1, wherein the second light source is an LED whose color temperature can be changed to produce different colors. For example, the atmosphere lamp of claim 1, wherein the control unit outputs the second signal corresponding to the color temperature value of different time to the second light source according to the time change of each hour, thereby changing the position of the second light source when it emits light And color. Such as the atmosphere lamp of claim 1, wherein the range of the color temperature value is between 2000K and 9000K. For example, the atmospheric lamp of claim 1, wherein the control unit is connected with a mains plug or a built-in power supply to supply the required power.

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