CN103634965B - Remote controller - Google Patents

Abstract

The invention discloses a remote controller, which is used to control an LED soft color lighting lamp. The remote controller includes a panel, a button detection circuit, a processing circuit and a wireless transceiver circuit. The panel is provided with a plurality of buttons. A plurality of buttons includes a plurality of mode buttons, and the button detection circuit is used to detect events that operate on these buttons; the processing circuit is pre-stored with each mode button one-to-one corresponding to the light mode used to control the LED soft color lighting The mode control signal is used to send the mode control signal corresponding to the operated mode key to the LED soft color lighting lamp through the wireless transceiver circuit. Since the panel is provided with a plurality of mode buttons, the remote controller of the present invention has a mode control function. In addition, users only need to use the mode button to adjust or change scenes, so the control process is simple and fast.

Description

remote control

technical field

The invention relates to a soft color lighting device, in particular to a remote controller for a soft color lighting device.

Background technique

With the advancement of lighting technology and the transformation of people's lifestyles, nightlife has gradually become an indispensable part of people's lives. These nightlife include different life scenes, for example, conference halls, coffee bars, western food restaurants, KTV halls, dance parties, reading rooms and exhibition halls, etc. In addition, the family room also needs to create different living scenes according to the needs of nightlife, such as dining environment, meeting environment, reading environment, chatting environment, music environment and resting environment. These different nightlife scenes often require different tones and different saturations of light for makeup. By installing ceiling lights that emit different colors on the ceiling, different nightlife scenes can be rendered. But these ceiling lamps cannot realize the adjustment of hue and saturation. Therefore, it is of great significance to develop a ceiling lamp capable of adjusting hue and saturation, and a remote controller matched with the ceiling lamp.

In order to overcome the above problems, the Chinese patent with the authorized notification number CN101406104A discloses a control device, which includes a hue selection device, a saturation selection device, a brightness control button and a control device. The hue selection device is used for the user to continuously adjust the hue, the saturation selection device is used for the user to continuously adjust the color saturation, and the brightness control button is used for the user to continuously adjust the color brightness.

This invention allows users to control the continuous color change of LED (Light Emitting Diode, light-emitting diode) lamps, but it does not provide users with color choices for different life scenes, that is, it cannot be controlled in a model, so the control process is complicated, and users control it themselves. Colored light may not be standardized for the scene.

Contents of the invention

The technical problem to be solved by the present invention is to provide a remote controller with a modular control function in order to overcome the defect that the remote controller in the prior art cannot be controlled in a modular manner.

The present invention solves the above technical problems through the following technical solutions:

A remote control for controlling an LED soft color lighting lamp. The remote control includes a panel, a key detection circuit, a processing circuit and a wireless transceiver circuit. The feature is that the panel is provided with a plurality of keys. The plurality of keys includes a plurality of mode keys,

The key detection circuit is used to detect the events of operating these keys;

The processing circuit pre-stores mode control signals corresponding to each mode button one by one for controlling the lighting mode of the LED soft color lighting lamp, and is used to pass the mode control signal corresponding to the operated mode button through the wireless transceiver circuit Send to this LED soft color lighting.

Preferably, the mode buttons include a reading button, a dining button, a guest button, a chat button, a rest button, a TV button, a game button, a music button, a party button, a sleep button and Press the bed button together.

Preferably, the multiple buttons also include an on button and an off button,

The processing circuit is also used to send a start signal for turning on the LED soft-color lighting lamp to the LED soft-color lighting lamp when the on button is operated, and to turn off the LED soft-color lighting lamp when the off button is operated. The off signal of the colored lighting lamp is sent to the LED soft colored lighting lamp.

Preferably, the plurality of buttons also includes four season buttons, and these season buttons are respectively a spring button, a summer button, an autumn button and a winter button,

The processing circuit is pre-stored with the mode control signal for controlling the lighting mode of the LED soft-color lighting lamp corresponding to the spring button, the summer button, the autumn button and the winter button one by one, and is used to communicate with the operated The mode control signals corresponding to the spring button, the summer button, the autumn button and the winter button are sent to the LED soft-color lighting lamp through the wireless transceiver circuit.

Preferably, the plurality of buttons also includes four season buttons, and these season buttons are respectively a spring button, a summer button, an autumn button and a winter button,

The processing circuit prestores mode control parameters corresponding to the spring button, the summer button, the autumn button and the winter button one by one, and is used to correspond to the operated mode button when the mode button and the season button are operated at the same time The mode control signal is superimposed or multiplied by the mode control parameter corresponding to the operated season button, and then sent to the LED soft color lighting lamp through the wireless transceiver circuit.

Preferably, the plurality of keys also includes a brightness increase key and a brightness decrease key, and the processing circuit is also used to increase the brightness of the LED soft-color lighting lamp when the brightness increase key is operated. A signal is sent to the LED soft-color lighting lamp, and a brightness reduction signal for reducing the brightness of the LED soft-color lighting lamp is sent to the LED soft-color lighting lamp when the brightness reduction button is operated.

Preferably, the plurality of keys are physical keys or touch keys.

Preferably, each button has a graphic identification, text identification or video identification.

Preferably, the graphic marks are all cartoon graphic marks, and the video marks are all animation video marks.

Preferably, the plurality of buttons also include a dynamic button and a static button, each mode control signal has a static version with a constant signal value and a dynamic version with a dynamically changing signal value, and the processing circuit is used for the dynamic button When the mode button is operated at the same time, the dynamic version of the mode control signal corresponding to the operated mode button is sent to the LED soft color lighting lamp through the wireless transceiver circuit, and is used to turn the static button and the mode button when the mode button is operated simultaneously. The static version of the mode control signal corresponding to the operated mode key is sent to the LED soft color lighting lamp through the wireless transceiver circuit.

The positive progress effect of the present invention is:

Since the panel is provided with multiple mode buttons, the remote controller has a mode control function. In addition, users only need to use the mode button to adjust or change scenes, so the control process is simple and fast.

Description of drawings

FIG. 1 is a front view of a panel of a remote controller according to Embodiment 1 of the present invention.

FIG. 2 is a schematic structural diagram of a remote controller according to Embodiment 1 of the present invention.

Explanation of reference signs:

LED soft color lighting: 1

The remote controller of this embodiment: 2

Panel: 21 key detection circuit: 22

Processing circuit: 23 Wireless transceiver circuit: 24

detailed description

The preferred embodiments of the present invention are given below in conjunction with the accompanying drawings to describe the technical solution of the present invention in detail.

Example 1

As shown in Figure 1-2, the remote controller 2 of this embodiment includes a panel 21, a button detection circuit 22, a processing circuit 23 and a wireless transceiver circuit 24, the panel 21 is provided with a plurality of buttons, the plurality of The buttons are all physical buttons and include an on button, an off button, multiple mode buttons, a brightness increase button, a brightness decrease button and four season buttons. As shown in Figure 1, the brightness increase button and the brightness decrease button are integrally packaged in the elongated soft color brightness adjustment button and correspond to the "+" mark side of the soft color brightness adjustment button and the soft color brightness adjustment button respectively. Adjust the "-" marked side of the button.

The processing circuit 23 is used to send an opening signal for turning on the LED soft color lighting lamp 1 to the LED soft color lighting lamp 1 when the on button is operated, and to turn off the LED soft color lighting lamp 1 when the off button is operated. The shutdown signal of the LED soft-color lighting lamp 1 is sent to the LED soft-color lighting lamp 1 .

The mode buttons include a reading button, a dining button, a guest button, a chat button, a rest button, a TV button, a game button, a music button, a dance button, a sleep button and a bed button, The processing circuit 23 pre-stores mode control signals corresponding to each mode button one by one for controlling the lighting mode of the LED soft color lighting lamp 1, and is used to pass the mode control signal corresponding to the operated mode button through the wireless The transceiver circuit 24 sends to the LED soft color lighting lamp 1 .

The processing circuit 23 is also used to send a brightness increase signal for increasing the brightness of the LED soft color lighting lamp 1 to the LED soft color lighting lamp 1 when the brightness increase button is operated, and to send the brightness increase signal to the LED soft color lighting lamp 1 when the brightness decrease button is operated At this time, the brightness reduction signal for reducing the brightness of the LED soft-color lighting lamp 1 is sent to the LED soft-color lighting lamp 1 .

These season buttons are respectively a spring button, a summer button, an autumn button and a winter button, and the processing circuit 23 pre-stores one-to-one correspondence with the spring button, the summer button, the autumn button and the winter button. Control the mode control signal of the lighting mode of the LED soft color lighting lamp 1, and be used to pass the mode control signal corresponding to the operated spring button, summer button, autumn button and winter button through the wireless transceiver circuit 24 Send to this LED soft color lighting lamp 1.

When wishing to turn on the LED soft color lighting lamp, the user only needs to press the button on the panel 21, and the button detection circuit 22 will automatically detect the input signal of the button and send it to the processing circuit 23, and the processing circuit 23 will The start signal for turning on the LED soft-color lighting lamp 1 is sent to the LED soft-color lighting lamp 1, and the LED soft-color lighting lamp 1 will turn on and emit light. When adjusting, the user can press other buttons in Fig. 1 except the on button and the off button as required, for example, if the user needs a reception environment, he only needs to press the reception button at this time, and the processing circuit 23 The control signal of the visitor mode is automatically sent to the LED soft color lighting lamp 1 through the wireless transceiver circuit 24 . In addition, if the customer dislikes that the meeting environment is too bright, the user can also use the brightness reduction button to reduce the brightness of the light. When closing, the user only needs to press the close button.

Example 2

The remote controller 2 of this embodiment and the embodiment 1 have many identical parts, and these identical parts will not be repeated here. The structural difference between this embodiment and Embodiment 1 is mainly that: the processing circuit pre-stores mode control parameters corresponding to the spring button, the summer button, the autumn button and the winter button one by one, and is used to switch between the mode button and the season button. When the buttons are operated at the same time, the mode control signal corresponding to the operated mode button is superimposed or multiplied by the mode control parameter corresponding to the operated season button, and then sent to the LED soft color lighting lamp 1 through the wireless transceiver circuit 24 .

The remote controller of this embodiment can realize the combination of any season button and any mode button, so as to add richer modes, realize more precise selection, and better match the comfort of the environment. For example, the spring dance can be designed in warm and soft tones, the spring dance can be designed in passionate tones, the autumn dance can be designed in light and elegant tones, and the winter dance can be designed in solemn and solemn tones.

Of course, other colors and tones can also be used. The above example is only to illustrate that the remote controller of this embodiment can realize the combination of any season button and any mode button, which not only has a more reasonable structure but also has a better control effect.

Example 3

The remote controllers of this embodiment and Embodiment 2 have many identical parts, and these identical parts will not be repeated here. The structural difference between this embodiment and Embodiment 2 mainly lies in that the plurality of buttons also include a dynamic button and a static button, and each mode control signal has a static version with a constant signal value and a dynamic version with a dynamically changing signal value. Version, the processing circuit 23 is used to send the dynamic version of the mode control signal corresponding to the operated mode button to the LED soft color lighting lamp 1 through the wireless transceiver circuit 24 when the dynamic button and the mode button are operated at the same time, And it is used to send the static version of the mode control signal corresponding to the operated mode button to the LED soft color lighting lamp 1 through the wireless transceiver circuit when the static button and the mode button are operated at the same time.

For example, if the user presses the autumn button, dining button and static button sequentially through the remote controller, the wireless transceiver circuit 24 sends the static version of the autumn dining mode control signal to the LED soft color lighting lamp 1, and the LED soft color lighting Lamp 1 emits a light yellow light fixedly. When there is another need, the user presses the autumn button, dining button and dynamic button in turn through the remote controller, and the wireless transceiver circuit 24 sends the dynamic version of the autumn dining mode control signal to To the LED soft-color lighting lamp 1, the LED soft-color lighting lamp 1 alternately emits light yellow light, light green light, light blue light and duck yellow light.

Of course, other colors and tones can also be used. The above example is only to illustrate that the remote controller of this embodiment not only has a more reasonable structure but also has a better control effect after adding the dynamic button and the static button.

Example 4

The remote controllers of this embodiment and Embodiment 3 have many identical parts, and these identical parts will not be repeated here. The structural difference between this embodiment and Embodiment 3 mainly lies in that the plurality of keys are touch keys with animated video signs. For example, a prom button could use a video of Snow White and Prince Charming twirling and dancing under the sparkling stars, and a read button could use a video of schoolchildren flipping pages on their desks.

Of course, other key identifications can also be used, such as graphic identification or text identification. The above example is only to illustrate that the remote control of this embodiment is more fashionable after using touch keys, and if video identification is used, it will be more intuitive, beautiful and interesting.

Although the specific embodiments of the present invention have been described above, those skilled in the art should understand that these are only examples, and the protection scope of the present invention is defined by the appended claims. Those skilled in the art can make various changes or modifications to these embodiments without departing from the principle and essence of the present invention, but these changes and modifications all fall within the protection scope of the present invention.

Claims (7)

1. A remote controller, used to control an LED soft color lighting lamp, the remote controller includes a panel, a button detection circuit, a processing circuit and a wireless transceiver circuit, it is characterized in that the panel is provided with a plurality of buttons , the multiple keys include multiple mode keys, The key detection circuit is used to detect the events of operating these keys; The processing circuit pre-stores mode control signals corresponding to each mode button one by one for controlling the lighting mode of the LED soft color lighting lamp, and is used to pass the mode control signal corresponding to the operated mode button through the wireless transceiver circuit Send to this LED soft color lighting, The plurality of buttons also includes a dynamic button and a static button, each mode control signal has a static version with a constant signal value and a dynamic version with a dynamically changing signal value, and the processing circuit is used to simultaneously activate the dynamic button and the mode button When operated, the dynamic version of the mode control signal corresponding to the operated mode button is sent to the LED soft color lighting lamp through the wireless transceiver circuit, and is used to communicate with the operated mode button when the static button and the mode button are operated at the same time. The static version of the mode control signal corresponding to the mode button is sent to the LED soft color lighting through the wireless transceiver circuit, The plurality of buttons also includes four season buttons, and these season buttons are respectively a spring button, a summer button, an autumn button and a winter button, The processing circuit prestores mode control parameters corresponding to the spring button, the summer button, the autumn button and the winter button one by one, and is used to correspond to the operated mode button when the mode button and the season button are operated at the same time The mode control signal is superimposed or multiplied by the mode control parameter corresponding to the operated season button, and then sent to the LED soft color lighting lamp through the wireless transceiver circuit. 2. The remote controller according to claim 1, wherein the mode buttons include a reading button, a dining button, a visitor button, a chat button, a rest button, a TV button, a game button, A music button, a dance button, a sleep button and a wake button. 3. The remote controller according to claim 1, wherein the plurality of buttons further comprise an on button and an off button, The processing circuit is also used to send a start signal for turning on the LED soft-color lighting lamp to the LED soft-color lighting lamp when the on button is operated, and to turn off the LED soft-color lighting lamp when the off button is operated. The off signal of the colored lighting lamp is sent to the LED soft colored lighting lamp. 4. The remote controller as claimed in claim 1, wherein the plurality of buttons further include a brightness increase button and a brightness decrease button, and the processing circuit is also used to use the brightness increase button when the brightness increase button is operated. Send a brightness increase signal to increase the brightness of the LED soft color lighting lamp to the LED soft color lighting lamp, and send a brightness decrease signal for reducing the brightness of the LED soft color lighting lamp when the brightness reduction button is operated Send to this LED soft color lighting. 5. The remote controller according to claim 1, wherein the plurality of buttons are physical buttons or touch buttons. 6. The remote controller according to claim 5, wherein each button has a graphic identification, a text identification or a video identification. 7 . The remote controller according to claim 6 , wherein the graphic marks are all cartoon graphic marks, and the video marks are all animation video marks.