CN202364447U - LED (Light-emitting diode) daylight lamp circuit system - Google Patents

The utility model relates to an adjustable and controllable LED (light-emitting diode) daylight lamp circuit system, comprising an intelligent processing unit, an infrared signal processing module, a key signal processing module, a color temperature detection module, a warm-color constant current group, a warm-color lighting array, a cool-color constant current group, a cool-color lighting array and a power grid transformer. The intelligent processing unit is electrically connected with the infrared signal processing module, the key signal processing module, the color temperature detection module, the warm-color constant current group and the cool-color constant current group; the warm-color lighting array and the cool-color lighting array are respectively and electrically connected with the warm-color constant current group and the cool-color constant current group; and the power grid transformer is electrically connected with the warm-color lighting array and the cool-color lighting array and is also electrically connected with a household supply network.

A kind of LED daylight lamp circuit system

Technical field

The utility model relates to Circuits System, refers in particular to a kind of LED daylight lamp circuit system.

Background technology

The world is increasingly high to environmental protection requirement now, and just all the more so in the use field of electric energy, the LED fluorescent lamp is developed under this background just.The LED fluorescent lamp energy-saving is up to more than 80%, and the life-span is more than 10 times of common fluorescent tube, almost is non-maintaining, does not have the problem that will often change fluorescent tube, ballast, starter, and the expense of saving of getting off half a year approximately just can gain cost.The semi-conductor electricity light source of environmental type, light is soft, and spectroscopic pure helps sight protectio and healthy, and the cold light source of 6000K is given the visually refrigerant impression of people, helps to concentrate on, and raises the efficiency.The LED fluorescent lamp has been one of product of national green energy conservation illuminating engineering focus development Just because of this, is the ideal product that replaces at present traditional fluorescent lamp.

But existing LED fluorescent lamp uses the design of impersonalityization still, and promptly people can't go to regulate the operating state of LED fluorescent lamp as required, and can only receive the operating state of dispatching from the factory and promptly configuring passively.The utility model inventor promptly to the problems referred to above, has proposed a kind of new LED daylight lamp circuit system.

The utility model content

The utility model is to the disappearance of prior art existence, and its main purpose provides a kind of LED daylight lamp circuit system of scalable control.

For realizing above-mentioned purpose; The utility model adopts following technical scheme: a kind of LED daylight lamp circuit system is characterized in that: comprise that intelligent processing unit, infrared signal processing module, push button signalling processing module, colour temperature detection module, warm colour are that constant current group, warm colour are that luminous matrix, cool colour are that constant current group, cool colour are luminous matrix and electrical network power transformation device; Said infrared signal processing module, push button signalling processing module, colour temperature detection module, warm colour are that constant current group and cool colour are that the constant current group all is electrically connected with above-mentioned intelligent processing unit; Said warm colour is that luminous matrix, cool colour are that luminous matrix is that constant current group, cool colour are that the constant current group is electrically connected with above-mentioned warm colour respectively; Said warm colour is that luminous matrix, cool colour are that luminous matrix and intelligent processing unit all are electrically connected with said electrical network power transformation device, and this electrical network power transformation device then is electrically connected with the family expenses power supply network.

After the utility model adopts technique scheme; Its beneficial effect is: above-mentioned infrared signal processing module is through receiving infrared remote-controlled signal; Again it is reached the intelligent processing unit that is electrically connected with it after treatment; Again by intelligent processing unit identification and decoding; Producing frequency is the corresponding modulation peak pulse duration of 1KHz, and then output control is that constant current group and cool colour are the constant current group with the warm colour that this intelligent processing unit is electrically connected, and this warm colour be constant current group and cool colour is that the constant current group is that luminous matrix and cool colour are that luminous matrix realizes regulating LED brightness through controlling said warm colour respectively.In addition, also can detect actual colour temperature, feed back to intelligent processing unit then, calculate the corresponding light quantity ratio of output through the colour temperature that sets in actual colour temperature and the intelligent processing unit being done contrast then through the colour temperature detection module.This applied LED fluorescent lamp of LED daylight lamp circuit system has the light fixture flicker free and controls advantages such as convenient.

Description of drawings

Fig. 1 is the utility model Circuits System block diagram.

Embodiment:

Come the utility model is elaborated below in conjunction with accompanying drawing and specific embodiment: be illustrated in figure 1 as a kind of LED daylight lamp circuit system of the utility model, it is characterized in that: comprise that intelligent processing unit, infrared signal processing module, push button signalling processing module, colour temperature detection module, warm colour are that constant current group, warm colour are that luminous matrix, cool colour are that constant current group, cool colour are luminous matrix and electrical network power transformation device; Said infrared signal processing module, push button signalling processing module, colour temperature detection module, warm colour are that constant current group and cool colour are that the constant current group all is electrically connected with above-mentioned intelligent processing unit; Said warm colour is that luminous matrix, cool colour are that luminous matrix is that constant current group, cool colour are that the constant current group is electrically connected with above-mentioned warm colour respectively; Said warm colour is that luminous matrix, cool colour are that luminous matrix and intelligent processing unit all are electrically connected with said electrical network power transformation device, and this electrical network power transformation device then is electrically connected with the family expenses power supply network.

Focusing on of the utility model; Above-mentioned infrared signal processing module is through receiving infrared remote-controlled signal; Again it is reached the intelligent processing unit that is electrically connected with it after treatment; Again by intelligent processing unit identification and decoding; Producing frequency is the corresponding modulation peak pulse duration of 1KHz, and then output control is that constant current group and cool colour are the constant current group with the warm colour that this intelligent processing unit is electrically connected, and this warm colour be constant current group and cool colour is that the constant current group is that luminous matrix and cool colour are that luminous matrix realizes regulating LED brightness through controlling said warm colour respectively.In addition, also can detect actual colour temperature, feed back to intelligent processing unit then, calculate the corresponding light quantity ratio of output through the colour temperature that sets in actual colour temperature and the intelligent processing unit being done contrast then through the colour temperature detection module.This applied LED fluorescent lamp of LED daylight lamp circuit system has the light fixture flicker free and controls advantages such as convenient.

The above; It only is the preferred embodiment of the utility model; Be not that the technical scope of the utility model is done any restriction; So every technical spirit according to the utility model all still belongs in the scope of the utility model technical scheme any trickle modification, equivalent variations and modification that above embodiment did.

1. a LED daylight lamp circuit system is characterized in that: comprise that intelligent processing unit, infrared signal processing module, push button signalling processing module, colour temperature detection module, warm colour are that constant current group, warm colour are that luminous matrix, cool colour are that constant current group, cool colour are luminous matrix and electrical network power transformation device; Said infrared signal processing module, push button signalling processing module, colour temperature detection module, warm colour are that constant current group and cool colour are that the constant current group all is electrically connected with above-mentioned intelligent processing unit; Said warm colour is that luminous matrix, cool colour are that luminous matrix is that constant current group, cool colour are that the constant current group is electrically connected with above-mentioned warm colour respectively; Said warm colour is that luminous matrix, cool colour are that luminous matrix and intelligent processing unit all are electrically connected with said electrical network power transformation device, and this electrical network power transformation device then is electrically connected with the family expenses power supply network.