CN201156835Y

CN201156835Y - Lamp control device

Info

Publication number: CN201156835Y
Application number: CNU2008200922589U
Authority: CN
Inventors: 黎煜刚
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-02-04
Filing date: 2008-02-04
Publication date: 2008-11-26
Anticipated expiration: 2018-02-04

Abstract

The utility model relates to a lamp signal control device which comprises a housing (1), a battery (7) arranged in the housing (1), a printed circuit board (6) provided with a microcontroller and a radio frequency module, and a touch panel (4) embedded on the housing (1) and a printing material (5) under the touch panel (4). Color patterns on the printing material (5) is directly corresponding to desired light colors of a target lamp or a lamp system; the microcontroller detects the press positions in a sensing region on the touch panel (4) to determine corresponding control commands, and the radio frequency module transmits corresponding control commands to control the target lamp or lamp system in wireless way. The lamp signal control device has humane user interface, convenient usage, safety, high reliability, portability and long useful life.

Description

Light controller

Technical field

The utility model relates to a kind of light controller, more particularly, relates to a kind of on-mechanical formula hommization light controller that is used for controlling various illuminations or decorative lamp.

Background technology

The ON/OFF of traditional lighting and the control of the mechanical type of brightness have been used for many years, because of it is realized easily, but many shortcomings are arranged, the risk problem that the configuration problem of the complexity the when problem of aging of cost problem, control panel and electric wire when for example the problem of aging of the mechanical part of switch, control panel, plastics and spring and so on, the problem owing to electric arc or the loose contact that oxidation caused, switch, control panel and electric wire are installed, multichannel control, highly moist operational environment shock by electricity down etc.

The utility model content

The technical problems to be solved in the utility model is, above-mentioned defective at prior art, a kind of light controller is provided, also be hommization, user interface close friend, easily, simply and more direct method reach the light controller of multi-functional control, for single or multiple lightings controls provide safe and reliable solution.

The technical scheme that its technical problem that solves the utility model adopts is: a kind of light controller is provided, comprise shell, place the battery in the shell, also comprise the printed circuit board (PCB) that is provided with microcontroller and radio-frequency module, and be embedded in contact panel on the shell and the printing material below the contact panel, multicolour pattern on the printing material is directly corresponding to the target light fixture of wanting or the glow color of lamp system, microcontroller detects the pressing position of the sensitive zones on the contact panel, and determine control commands corresponding thus, radio-frequency module sends control commands corresponding with wireless mode and comes controlled target light fixture or lamp system.

In light controller described in the utility model, described contact panel is divided into two sensitive zones, one of them sensitive zones is used for the color of controlled target light fixture or lamp system, another sensitive zones is used for carrying out the control of general utility functions, and a slice printing material of two sensitive zones below contact panel indicated.

In light controller described in the utility model, be printed on the indication that Maxwell's colour triangle shape is used as color control input on the printing material, described Maxwell's colour triangle shape is corresponding to the control of the color on contact panel sensitive zones, blend of colors algorithm default in this sensitive zones and the microcontroller is relevant, the input area of controlling as color; Sensitive zones on the printing material on the remaining area relative contact panel, be comprise that brightness regulation, color settings storage, color settings are aroused, light fixture ON/OFF and the various program schema function general utility functions control input area in being controlled at.

Implement light controller of the present utility model, have following beneficial effect: user interface meets hommization, easy to use, safe and reliable property height, portable, long service life.

Description of drawings

The utility model is described in further detail below in conjunction with drawings and Examples, in the accompanying drawing:

Fig. 1 is the floor map of a preferred embodiment of the utility model light controller;

Fig. 2 is the end view of a preferred embodiment of the utility model light controller;

Fig. 3 is the circuit theory diagrams of a preferred embodiment of the utility model light controller.

Embodiment

Illustrated in figures 1 and 2 is the floor map and the end view of a preferred embodiment of non-mechanical type hommization control device.As shown in Figure 2, it comprises shell 1, places printed circuit board (PCB) 6 and battery 7 in the shell 1, is embedded in the contact panel 4 on the shell 1 and the printing material 5 of the colour under it.

Relevant electronic hardware is printed circuit board (PCB) 6 and the radio-frequency module that is provided with above, microcontroller, passive electronic and battery 7 for example, be placed on touch panel below.Whole on-mechanical formula hommization light controller is protected by plastic casing 1.

Multicolour pattern on the printing material 5 is directly corresponding to the target light fixture of wanting or the glow color of lamp system, microcontroller detects the pressing position of the sensitive zones on the contact panel 4, and determine control commands corresponding thus, radio-frequency module sends control commands corresponding with wireless mode and comes controlled target light fixture or lamp system.

More particularly, contact panel 4 is divided into 2,3 two sensitive zones as shown in Figure 1, one of them sensitive zones 2 is the input areas that are used for determining the glow color control of target light fixture or lamp system, another sensitive zones 3 is the input areas that are used for carrying out the control of general or additional function, and two sensitive zones a slice printing materials 5 below contact panel 4 are respectively indicated.The Maxwell's colour triangle shape that is printed on the printing material 5 is corresponding to the sensitive zones on the contact panel 42, and this Maxwell's colour triangle shape is used for the input indication purpose of control of the color of lamp luminescence, is convenient to user's operation.

The pressure that acts on the contact panel 4 will trigger microcontroller, microcontroller is detected and the

sensitive zones

2 or 3 of the contact panel 4 that record is pressed on pressing position.Microcontroller is determined the color of control lamp luminescence or the control command of brightness or other functions by the algorithm of storage in advance according to the detected pressing position of microcontroller.Maxwell's colour triangle shape on the printing material 5 is corresponding to the sensitive zones on the contact panel 42, is used for the input purpose of control of the color of lamp luminescence.The target light fixture that the user wanted or the glow color of lamp system can be according to determining at the pressing position of this sensitive zones 2.If pressing position is in sensitive zones 2, then microcontroller will be according to the pressing position of sensitive zones 2, operation blend of colors algorithm, calculate and find out the corresponding color control command of pressing position therewith, then, control commands corresponding is sent to radio-frequency module, and radio-frequency module sends control commands corresponding wirelessly, promptly comes the glow color of controlled target light fixture or lamp system with wireless mode.As seen, when the user wants that target light fixture or lamp system carried out color control, only need directly push with printing material 5 on Maxwell's colour triangle shape on the corresponding contact panel 4 of color on sensitive zones 2 get final product, so this light controller meets hommization, easy to use.

Sensitive zones 3 carries out the input of the control of general utility functions, the input of the control of general utility functions such as for example brightness regulation, color settings storage, color settings are aroused, the ON/OFF of lamp or various program schemas.If pressing position is in sensitive zones 3, microcontroller can detect the pressing position of sensitive zones 3 equally, and determine control commands corresponding with this pressing position, equally control commands corresponding is sent wirelessly by radio-frequency module, promptly come controlled target light fixture or lamp system with wireless mode, for example, brightness is increased or reduce etc.

In addition, when implementing the utility model, the control of other some additional functions, for example, the control of flash effect, timing switch lamp supervisor mode capabilities can realize by the control commands corresponding of storing on increase control corresponding icon and microcontroller on the printing material under the position of sensitive zones 35.

Fig. 3 is the circuit diagram of a preferred embodiment of the utility model light controller.As shown in Figure 3, the circuit of light controller comprises microcontroller PIC16F88 chip, voltage stabilizing chip HT7350.The RB7 end of microcontroller PIC16F88 chip and RB6 end are connected to the X-and the X+ output of contact panel 4, the RB5 end of PIC16F88 chip and RB4 end are connected to the Y-and the Y+ output of contact panel 4, RB7 holds also and is connected with RA0 end, RB0 end, and the frequency that is connected with capacitor C 3 and C4 and crystal-vibration-chip Q1 composition between RA7 end and the RA6 end is the crystal oscillating circuit of 4.0MHz.Be connected with the resistance R 2 of 100K Ω between the RA5 end of PIC16F88 chip and the ground, be connected with the resistance R 4 of 100K Ω between RB3 end and the RB7, be in series with resistance R 1 and the indicator light LED1 of 1K Ω between RB2 end and the ground, the VSS end directly links to each other with ground.Button S1 is connected between the RA2 end and ground of PIC16F88 chip, between the RA2 end of PIC16F88 chip and be connected with the resistance R 3 of 100K Ω between the power vd D.

The DATA end of radio-frequency module i.e. No. 3 pins is connected with the RB1 end of PIC16F88 chip, the VCC end of radio-frequency module is connected with the VI end of voltage stabilizing chip HT7350, the VO end of voltage stabilizing chip HT7350 is connected with the vdd terminal of power supply, is parallel with the filter capacitor of 10 μ F between VI and VO end and the ground respectively.The negative pole of diode D1 is connected the VI end of voltage stabilizing chip HT7350, and the positive pole of diode is connected the positive pole of battery BT1, the minus earth of battery BT1.

Know by foregoing circuit, when contact panel 4 is pressed, microcontroller PIC16F88 chip is according to the signal of pushing of the contact panel 4 of RB4, RB5, RB6, RB7 end input, detect the corresponding pressing position on the contact panel 4, and according to detected pressing position, produce control commands corresponding through after the computing, microcontroller sends to control commands corresponding by its RB1 end the DATA end of the radio-frequency module that links to each other with microcontroller PIC16F88 chip, then, the antenna of radio-frequency module sends out control commands corresponding wirelessly.After target light fixture or lamp system receive control commands corresponding, can realize control to light fixture or lamp system.

Claims

1, a kind of light controller, comprise shell (1), place the battery (7) in the shell (1), it is characterized in that, also comprise the printed circuit board (PCB) (6) that is provided with microcontroller and radio-frequency module, and be embedded in printing material (5) below contact panel (4) on the shell (1) and the contact panel (4), multicolour pattern on the printing material (5) is directly corresponding to the target light fixture of wanting or the glow color of lamp system, microcontroller detects the pressing position of the sensitive zones on the contact panel (4), and determine control commands corresponding thus, radio-frequency module sends control commands corresponding with wireless mode and comes controlled target light fixture or lamp system.

2, light controller according to claim 1 is characterized in that, described contact panel (4) is divided into color and selects sensing unit (2) and function control sensing unit (3), and the printing material (5) below contact panel (4) indicates respectively.

3, light controller according to claim 2, it is characterized in that, be printed on the indication that Maxwell's colour triangle shape is used as color control input on the printing material (5), described Maxwell's colour triangle shape is corresponding to the control of the color on the contact panel (4) sensitive zones, blend of colors algorithm default in this sensitive zones and the microcontroller is relevant, the input area of controlling as color; Sensitive zones on all the other area relative contact panels (4) of printing material (5), be comprise that the storage of brightness regulation, color settings, color settings are aroused, light fixture ON/OFF and the various program schema function general utility functions control input area in being controlled at.