TWM543956U - Multiple color-temperature light bulb system - Google Patents

Description

Multicolor temperature bulb system

The present invention relates to a bulb system, and more particularly to a multi-color bulb system.

In order to facilitate the lighting needs of various occasions, many lamps are installed with a multi-stage switch, which is convenient for the user to switch the brightness of the lamp device by operating the lamp switch provided on the wall. For more convenient user control of the lamps, some lamps are even equipped with a wireless remote control, which is convenient for the user to remotely switch the lighting function of the lamps at various positions. However, because there are quite a lot of remote controls in the home, if you add the remote control of the light, it will only make the user search for the remote control of the required appliances in many remote controls every time. In addition, when the user wants to make the luminaire in the home have the function of remote control or multi-stage switching adjustment, it is usually necessary to remove the luminaire, and additionally add a wireless communication module and a multi-segment switching control module, this work is usually It is not possible for the general user to operate the changes by himself. It is necessary to ask a professional hydropower technician to assist in the installation, which is quite inconvenient.

With the advancement of technology, mobile devices can communicate with many electrical appliances, such as controlling TVs, multimedia playback devices and computers. Therefore, integrating remote control lights into mobile devices will be the future development trend.

Accordingly, it is an object of the present invention to provide a multicolor temperature bulb system that improves at least one of the disadvantages of the prior art.

Thus, the novel multi-color temperature bulb system includes a bulb device and a mobile device. The light bulb device includes a bulb housing, a plurality of light-emitting modules disposed on the bulb housing and capable of being driven to generate different colors of light, and a light-emitting module disposed on the bulb housing and connected to the light-emitting module and capable of being And a dimming module for driving the illumination of the illumination modules, and a first wireless communication module disposed on the bulb housing and connected to the dimming module. The mobile device includes a gravity sensing module capable of sensing a shaking change corresponding to outputting a gravity sensing signal, a light control module connected to the gravity sensing module, and a signal connected to the light control module a second wireless communication module wirelessly communicating with the first wireless communication module. The light control module can receive and analyze the gravity sensing signal and output a light control signal for controlling the light control module to control the light emitting module, and drive the second wireless communication module to the first wireless communication The module sends the light control signal.

The utility model has the advantages that: the light bulb device is provided with a plurality of light-emitting modules of different color lights, and the mobile device can remotely remotely control the light-emitting device to switch color light and adjust brightness by shaking, so that the user can directly use the mobile device as a mobile device. Remote control of the remote control of the light bulb device.

Referring to Figures 1 and 2, an embodiment of the novel multi-color temperature bulb system includes a bulb assembly 3 and a mobile device 4 to which the signal is coupled. The mobile device 4 may be a mobile phone, a tablet computer or a smart watch and glasses, but the implementation is not limited to the above categories.

The light bulb device 3 includes a bulb housing 31, and a plurality of light emitting modules 32, a dimming module 33 and a first wireless communication module 34 respectively disposed in the bulb housing 31. The bulb housing 31 is designed to directly replace the conventional power-saving bulb, and is convenient to be directly screwed to the general lamp holder 900.

The light-emitting modules 32 are LEDs that are mounted in the bulb housing 31 and can be driven to generate different color lights, and can be driven to adjust the brightness. The dimming module 33 can be driven by a light control signal sent by the mobile device 4 to control the activation and deactivation of the illumination modules 32 and control the brightness of the illumination modules 32. The first wireless communication module 34 wirelessly transmits a pairing signal for a period of time when the entire light bulb device 3 starts to be powered on, and the pairing signal can be scanned by the mobile device 4 for pairing.

The mobile device 4 includes a command library 41, a gravity sensing module 42, a sound pickup module 43, a second wireless communication module 44, and a light control module 45. The command library 41 stores a plurality of color light control commands and a plurality of brightness control commands. Each color light control command is provided with a track information and a voice information, and each brightness control command is also provided with a track information and a voice information.

The gravity sensing module 42 can sense a change in the movement trajectory of the entire mobile device 4 and correspondingly output a gravity sensing signal. The pickup module 43 can pick up the speech voice of the user 800 and output a voice signal. The second wireless communication module 44 can be activated to scan the pairing signal sent by the first wireless communication module 34, and paired with the first wireless communication module 34 by the pairing signal. In this embodiment, the second wireless communication module 44 and the first wireless communication module 34 transmit signals through the Bluetooth communication technology, but in implementation, in other implementations of the present invention, Communication is carried out by other common radio communication methods.

The light control module 45 includes a track analysis unit 451, a color light control unit 452, a brightness control unit 453, and a voice control unit 454. The trajectory analysis unit 451 analyzes the movement trajectory represented by the gravity sensing signal output by the gravity sensing module 42 and outputs a trajectory information correspondingly.

The color light control unit 452 compares the trajectory information outputted by the trajectory analysis unit 451, and compares the corresponding color light control command from the instruction library 41, and drives the second wireless communication module 44 to wirelessly transmit a light control command. Light control signal.

The brightness control unit 453 compares the trajectory information outputted by the trajectory analysis unit 451, and compares the corresponding brightness control command from the instruction library 41, and drives the second wireless communication module 44 to wirelessly transmit a brightness control command. Light control signal.

The voice control unit 454 compares the corresponding color light control command or the brightness control command from the command library 41 according to the voice signal output by the sound collection module 43, and drives the second wireless communication module 44 to wirelessly transmit. The light control signal containing the color light control command or the brightness control command is compared.

When the multi-color temperature bulb system is used, the bulb device 3 can be mounted on the general lamp holder 900. When the lamp holder 900 is turned on by the light switch fixed to the wall, the bulb device 3 is powered on. A wireless communication module 34 sends the pairing signal. The user 800 can activate the second wireless communication module 44 of the mobile device 4 to scan the pairing signal for pairing. After the second wireless communication module 44 is successfully coupled to the first wireless communication module 34, the light control module 45 of the mobile device 4 can be operated to remotely control the light bulb device 3.

When the light bulb device 3 is to be switched to the illumination light of different color temperatures, the user 800 can generate the required light control signal by shaking the mobile device 4, for example, shaking up and down as shown by the arrow 701 in FIG. 7 Arrow 702 is rocked left and right, or other shaking mode. When the user 800 shakes the mobile device 4 in a specific trajectory, the gravity sensing module 42 outputs a gravity sensing signal correspondingly. The trajectory analysis unit 451 analyzes the gravity sensing signal to output a trajectory information.

The color light control unit 452 and the brightness control unit 453 respectively analyze whether the instruction library 41 has a corresponding instruction according to the track signal. When the color light control unit 452 compares the corresponding color light control command, the second wireless communication module 44 is driven to wirelessly transmit the light control signal containing the color light control command. When the brightness control unit 453 compares the corresponding brightness control command, the second wireless communication module 44 is driven to wirelessly transmit the light control signal containing the brightness control command.

The dimming module 33 of the light bulb device 3 is driven by the color light control command of the light control signal received by the first wireless communication module 34, and correspondingly controls the lighting and closing of the light emitting module 32, thereby The colored light emitted by the illumination modules 32 that are driven to illuminate can cooperate to produce illumination light of a desired color temperature. The dimming module 33 is driven by the brightness control command of the lamp control signal received by the first wireless communication module 34, and correspondingly controls all the light-emitting modules 32 that are currently activated to emit light to increase or decrease the brightness of the light. .

In addition, the user 800 can also drive the mobile device 4 to remotely switch the illumination by the voice device. The user 800 can activate the pickup module 43 to pick up its voice and output a voice signal correspondingly. The voice control unit 454 analyzes the voice signal, and compares the corresponding color light control command or brightness control command from the command library 41, and drives the second wireless communication module 44 to send a light control containing the compared command. Signal. The dimming module 33 is driven by the command in the lamp control signal received by the first wireless communication module 34, and correspondingly controls the illumination module 32 to emit light and turn off to generate illumination light of a corresponding color temperature, or It is to control all the light-emitting modules 32 that are activated to emit light to increase or decrease the brightness.

In summary, the light bulb device 3 is provided with a plurality of light-emitting modules 32 capable of generating different color lights, and the light-modulating module 33 can control the light-emitting or not and brightness of the light-emitting modules 32, and the first wireless The design of the communication module 34 can be directly communicated with the mobile device 4, and the design of the light control module 45 of the mobile device 4 is convenient for the user 800 to use the mobile device 4 as a remote controller for remotely controlling the light bulb device 3. The required light control signal can be generated by shaking the mobile device 4 by a specific trajectory, thereby controlling the light bulb device 3 to switch the color light and the brightness.

Moreover, since the light bulb device 3 itself has a plurality of light-emitting modules 32 of different color lights and can be remotely controlled by the mobile device 4, the user 800 only needs to mount the light bulb device 3 to the conventional lamp holder 900 and make the light bulb After the device 3 and the mobile device 4 complete the pairing connection, the mobile device 4 can be directly remotely controlled, which can greatly improve the inconvenience of the conventional remote control lamp installation and installation, and is a very convenient and practical multi-color temperature bulb system design. Therefore, it is indeed possible to achieve the purpose of the present invention.

However, the above is only the embodiment of the present invention, and when it is not possible to limit the scope of the present invention, all the simple equivalent changes and modifications according to the scope of the patent application and the contents of the patent specification are still This new patent covers the scope.

3‧‧‧Light bulb device
31‧‧‧Light bulb housing
32‧‧‧Lighting module
33‧‧‧ dimming module
34‧‧‧First wireless communication module
4‧‧‧Mobile devices
41‧‧‧Instruction Library
42‧‧‧Gravity sensing module
43‧‧‧Audio module
44‧‧‧Second wireless communication module
45‧‧‧Light control module
451‧‧‧Track Analysis Unit
452‧‧‧Color control unit
453‧‧‧Brightness control unit
454‧‧‧Voice Control Unit
701, 702‧‧‧ arrows
800‧‧‧Users
900‧‧‧ lamp holder

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: Figure 1 is a perspective view of one embodiment of the novel multi-color temperature bulb system; and Figure 2 is a Functional block diagram.

3‧‧‧Light bulb device

32‧‧‧Lighting module

33‧‧‧ dimming module

34‧‧‧First wireless communication module

4‧‧‧Mobile devices

41‧‧‧Instruction Library

42‧‧‧Gravity sensing module

43‧‧‧Audio module

44‧‧‧Second wireless communication module

45‧‧‧Light control module

451‧‧‧Track Analysis Unit

452‧‧‧Color control unit

453‧‧‧Brightness control unit

454‧‧‧Voice Control Unit

Claims (4)

A multi-color temperature bulb system comprising: a bulb device comprising a bulb housing, a plurality of illumination modules disposed in the bulb housing and capable of being driven to generate different colors of light, and a signal connection disposed on the bulb housing a dimming module capable of being driven to control the illumination of the illumination modules, and a first wireless communication module disposed in the bulb housing and connected to the dimming module; And a mobile device comprising a gravity sensing module capable of sensing a shaking change corresponding to outputting a gravity sensing signal, a light control module connected to the gravity sensing module, and a signal connected to the light control module And a second wireless communication module capable of wirelessly communicating with the first wireless communication module, the light control module can receive and analyze the gravity sensing signal and output a corresponding one for controlling the light adjustment module to regulate the light emitting module The light control signal drives the second wireless communication module to send the light control signal to the first wireless communication module. The multi-color temperature light bulb system of claim 1, wherein the light control module comprises a command library, a track analysis unit, and a color light control unit, wherein the command library stores a plurality of color lights respectively set with specific track information. a control command, the trajectory analysis unit analyzes the gravity sensing signal to determine a trajectory information, and the color light control unit compares the corresponding color light control command from the instruction library according to the trajectory information output by the trajectory analysis unit, and The second wireless communication module is driven to send the light control signal containing the color light control command, and the light control module is driven by the color light control command of the light control signal, and only drives the light emitting module capable of generating corresponding color light to emit light. . The multi-color temperature light bulb system of claim 2, wherein the command library further stores a plurality of brightness control commands that are set with specific track information, the light control module further includes a brightness control unit, and the brightness control unit is configured according to The trajectory information output by the trajectory analysis unit compares the corresponding brightness control command from the instruction library, and drives the second wireless communication module to send the light control signal containing the brightness control command, and the modulating module is The brightness control command of the light control signal drives and synchronously adjusts the brightness of all the light-emitting modules that are currently driven to emit light. The multi-color temperature light bulb system of claim 2 or 3, wherein each color light control command stored in the command library and each brightness control command are respectively set with a voice information, and the mobile device further includes a voice pickup function. a sound collection module for outputting a voice signal, the light control module further includes a voice control unit, and the voice control unit compares the corresponding brightness control command from the instruction library according to the voice signal output by the sound pickup module Or a color light control command, and driving the second wireless communication module to send a light control signal containing the brightness control command or the color light control command.