JP2013239277A - Led lamp with dimmer, incorporating negative ion generator - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an LED lamp with a dimmer, incorporating a negative ion generator capable of maintaining generation of negative ions even in a state of dimming to the maximum darkness.SOLUTION: Since a DC output voltage from a converter 9 can be made constant if a dimming circuit 3 and an LED lamp module 2 are branched and the converter 9 is incorporated, a stable and constant high voltage can be obtained if this output voltage is conducted to a high voltage generating unit 5 for a DC input, and, even in a state of dimming to the maximum darkness, negative ions 10 can be generated continuously from a discharge body 6. Further, when illuminance of the LED lamp becomes nearly minimal by dimming, a dimming circuit output voltage is detected and thereby an operation confirmation LED 12 can be lit.

Description

  The present invention relates to an LED lamp having a negative ion generator.

Conventionally, several lamps having a negative ion generator have been commercialized so far as they can easily obtain an air cleaning action and a relaxation effect (see, for example, Patent Document 1). Currently, bulb-type LED lamps are the mainstream, but they are beginning to be applied to fluorescent LED lamps and ceiling LED lamps. Of course, some ideas were combined with incandescent bulbs, and some bulb-type fluorescent lamps also had negative ion generators. In particular, a bulb-type with a base can be used to replace cigarette smoke and pet odors without an air purifier because it can be used for lighting, air cleaning, and relaxation by simply replacing a conventional lighting device such as a light bulb socket. It has been evaluated in places to worry.
Japanese Patent No. 4504493

  As mentioned in the prior art, LED lamps with this negative ion generator can be used in existing lighting equipment, but naturally, negative ions are not generated when the lights are turned off, and air purification and relaxation effects cannot be obtained. It was in. Such a phenomenon is not possible with a dedicated negative ion air purifier. However, even if it is turned off such as during the daytime, the air must be purified, especially if there are people or pets. Furthermore, although the relaxation effect of negative ions at bedtime is said to bring about a good night's sleep, there is a problem that negative ions are not generated when the light is turned off. The problem to be solved by the present invention is to obtain an LED lamp that can maintain the generation of negative ions even when it is turned off for sleeping.

  With regard to claim 1, the LED lamp has a negative ion generator and has a dimmer, and stably generates negative ions even in the darkest dimming state by an external dimming operation. A diverter circuit and an LED lamp module are branched so as to obtain a converter circuit, and a constant output voltage is led from the converter to a high-voltage generation unit for DC input so that a discharge body can be obtained with a constant high voltage output. In addition, negative ions are continuously generated from the discharge body even in a state where the dimming operation is dimmed to the maximum by the dimming operation. In this way, if a converter is incorporated in the circuit before the high voltage generation unit, the DC output voltage from the converter can be made constant, and if this output voltage is led to the high voltage generation unit for DC input, a stable high voltage can be obtained. Thus, negative ions can be generated from the discharge body.

  With regard to claim 2, when the illuminance of the LED lamp becomes close to the minimum by the dimming operation, it has a function of detecting the dimming circuit output voltage and turning on the LED for operation confirmation. Allow the user to recognize that negative ions are generated even when illuminated.

  According to the present invention, by incorporating the converter into the circuit with the above-described configuration, negative ions can be stably generated even in the darkest and light-adjusted state as far as claim 1 is concerned. It has a useful effect as lighting. Further, as for claim 2, it can be confirmed that negative ions are generated by the operation confirmation LED which is turned on when the illuminance becomes near the minimum by dimming, so that a psychological effect can be expected.

  The circuit concept of the present invention will be described with reference to FIG. 1, FIG. 2, FIG. 3, and FIG. FIGS. 5, 6, 7 and 8 are application images in the embodiments.

  FIG. 1 is a conceptual diagram of a circuit for realizing a dimmable LED lamp 1 incorporating a negative ion generator of the present invention. The converter circuit is provided by branching between the dimming circuit 3 and the LED lamp module 2 so as to be generated, and a constant output voltage is led from the converter 9 to the high-voltage generating unit 5 for direct current input to output a constant high voltage. The discharge body 6 is obtained, and is configured to continuously generate negative ions 10 from the discharge body 6 even in a state where the light is dimly maximally darkened by the light control operation. In this figure, the dimming operation from the outside is performed by the dimming remote controller 7. The voltage output from the dimming circuit 3 is indicated by the waveform indicated by the solid line portion of the original waveform a17 to waveform b18. The voltage output from the dimming circuit 3 is about 20V peak. The discharge body 6 may be a needle-like metal or a bundle of carbon fibers, or a conductive resin or rubber.

  FIG. 2 is a diagram in which circuits from the dimming circuit 3 to the converter 9, the high voltage generating unit 5, and the discharge body 6 are extracted. The voltage to be displayed is one example, and the output from the light control circuit 3 is as shown by a solid line (waveform b18). This voltage is converted into a constant DC voltage 12V by the converter 9 (waveform c19). To do. In this way, the output voltage of the DC high voltage generating unit 5 can be fixed at, for example, -4 KV using this DC voltage as a power source. Thus, even if the output voltage from the dimming circuit 3 is lowered to about 20 V near the limit by the external dimming device, the output voltage from the high voltage generating unit 5 is kept constant by the converter 9 and the discharge body 6 From this, negative ions 10 can be continuously generated. That is, even when the illuminance of the LED lamp is near the minimum, the release of negative ions 10 is maintained.

  FIG. 3 is a conceptual diagram of a circuit for realizing a dimmable LED lamp 1 incorporating a negative ion generator according to the present invention. The dimming operation from the outside is performed by using an existing dimming controller 8 in a wired manner. Is.

  FIG. 4 shows a function for detecting the output voltage from the dimming circuit 3 and turning on the operation confirmation LED 12 when the illuminance of the LED lamp becomes near the minimum by the dimming operation. The circuit conceptual diagram which made it possible for a user to recognize that the negative ion 10 was generate | occur | produced also in the lighted state. This figure shows extracted circuits from the dimming circuit 3 to the converter 9, the high voltage generation unit 5, and the discharge body 6.

  FIG. 5 shows an embodiment of the present invention in which the dimming operation is performed by wire using the existing dimming controller 8.

  FIG. 6 shows an embodiment of the present invention in which the ceiling ceiling LED lamp module 13 is subjected to the dimming operation by the dimming remote controller 7.

  FIGS. 7 and 8 show an embodiment in which the dimmable LED lamp 1 incorporating the negative ion generator of the present invention is used by using a table lamp 15 with dimmer.

  FIG. 7 shows an embodiment in a normal lighting state, and shows an image in which the LED lamp is also lit and negative ions 10 are generated.

  FIG. 8 shows an image of the function of turning on the operation confirmation LED 12 so that the user can recognize that the negative ions 10 are generated even when the light is adjusted to the darkest level.

  Since negative ions can be stably generated even when the light is dimly maximally dimmed, it can be used as an air purifying illumination for a bedroom.

It is a circuit conceptual diagram of the LED lamp with a dimmer incorporating the negative ion generator of this invention. It is the circuit conceptual diagram of this invention which extracted a part of FIG. It is a circuit conceptual diagram of this invention at the time of connecting the existing light control controller to the circuit of FIG. FIG. 3 is a circuit conceptual diagram of the present invention in which an LED for confirmation is turned on by detecting an output voltage of a dimming circuit in the vicinity of a voltage that is dimmed to the maximum. It is a figure which shows the Example which installs the LED lamp with a light controller which incorporates the negative ion generator of this invention in a ceiling, and light-controls with the existing light control controller. It is a figure which shows the Example which light-controls the LED lamp with a dimmer which incorporates the negative ion generator of this invention with a remote control. It is a figure which shows the Example when using the LED lamp with a dimmer which incorporates the negative ion generator of this invention for a table lamp with a dimmer. It is a figure which shows the state at the time of dimming to the maximum when using the LED lamp with a dimmer which incorporates the negative ion generator of this invention for a table lamp with a dimmer.

DESCRIPTION OF SYMBOLS 1 LED lamp with a dimmer incorporating a negative ion generator 2 LED lamp module 3 Dimming circuit 4 Receiving part 5 High voltage generation unit 6 Electric discharge body 7 Dimming remote control 8 Existing dimming controller 9 Converter 10 Negative ion 11 LED lamp Light emission from 12 LED for operation check
13 Ceiling LED lamp module 14 Dimming signal 15 Table lamp with dimmer 16 Dimming dial 17 Waveform a
18 Waveform b
19 Waveform c

Claims (2)

LED lamp with negative ion generator and built-in dimmer, dimming circuit so that negative ions can be stably generated even in the darkest dimming state by external dimming operation Branching between the LED lamp modules, a converter circuit is provided, and a constant output voltage is led from the converter to a high-voltage generating unit for direct current input so that a discharge body can be obtained with a constant high voltage output. A dimmable LED lamp having a built-in negative ion generator configured to continuously generate negative ions from the discharge body even in the darkest dimmed state.
When the illuminance of the LED lamp becomes near the minimum by the dimming operation, it has a function to detect the dimming circuit output voltage and turn on the LED for operation confirmation. The LED lamp with a dimmer incorporating the negative ion generator according to claim 1, wherein the LED lamp is constructed so that a user can recognize that the negative ion is generated.