CN205261262U - An anion LED daylight purification lamp - Google Patents

Abstract

The utility model discloses an anion LED sunlight purification lamp, including heat dissipation strip, lamp shade and the LED light source installed on the lamp body, the both ends of lamp body are provided with the electrical apparatus box, install anion generator and segmentation controller in the electrical apparatus box, and the segmentation controller controls the start-up of anion generator and LED light source, and the electrical apparatus box outer wall is fixed with at least one transmitting head that is connected with the anion generator electricity through the transmission line; the LED sunlight purification lamp is used as a carrier to release negative oxygen ions, so that illumination can be realized, air purification, sterilization, dust removal, disinfection, smoke elimination and the like can be realized, the negative oxygen ions required by people at any time can be brought, and the purposes of improving air quality and realizing healthy illumination are achieved.

Description

An anion LED daylight purification lamp

【Technical field】

The utility model relates to the field of lighting, in particular to an anion LED daylight purification lamp.

【Background technique】

Fluorescent lamps are a very common lighting product, and are widely used in offices, hotels, indoor public places, home lighting, especially in kitchens, bathrooms and other places. With more and more types of decorative materials used in interior decoration, the quality of furniture is also becoming more and more diverse, and indoor air quality has also brought different degrees of pollution. Now people are concerned about the indoor air environment, office environment, home When the environmental requirements are getting higher and higher, how to quickly purify the indoor air has become a concern for everyone.

The selection of special air purifiers and disinfectors, in addition to the high cost and high maintenance costs, is not very stable for the quality of air purification and takes up indoor space. In the past, there were similar LED negative ion products, but their functions were single and their appearance was ugly. The main manifestations are: 1. Lighting and negative ions cannot work separately. When lighting is not needed, negative ions cannot work. When negative ions are needed, lighting must also work together This will either waste the power consumption of the light source, or the function of negative ions cannot be better utilized, which is extremely inhumane; 2. The color temperature (or color) of the light source is single, and a light source has only one color temperature (or color); 3. There is no fixture to hide and beautify the emitter, and the appearance is ugly; 4. Also because there is no emitter fixture to hide the emitter, when it is necessary to use a steel needle as the emitter, the appearance of the product has the danger of harming the human body.

【Content of utility model】

In order to solve the above technical difficulties, the utility model provides an LED daylight purification lamp with novel structure and capable of generating negative ions and plasma.

The technical scheme that the utility model solves its technical problem adopts is:

An anion LED daylight purification lamp, comprising a heat dissipation strip installed on a lamp body, a lampshade and an LED light source, two ends of the lamp body are provided with an electrical box, and an anion generator and a section controller are installed in the electrical box. The segment controller controls the negative ion generator and the LED light source to start, and the outer wall of the electrical box is fixed with at least one emitter that is electrically connected to the negative ion generator through the emission line.

Preferably, the connection between the outer wall of the electrical box and the emitter head is provided with a fixing piece, a metal ring, a fixing nut and a sheath for installing and fixing the emitter head, the fixing piece is installed on the outer wall of the electrical box, and one end of the emitter head penetrates through the sheath The fixing part is connected to the negative ion generator, and the metal ring at the upper end of the sheath is connected to the negative ion generator through the power cord. Whether the power cord connecting the negative ion generator and the metal ring is connected can be freely controlled artificially, when plasma or active oxygen is needed , can be connected together.

Preferably, when the negative ion generator only needs to generate negative ions without plasma, the settings of the metal ring and the fixing nut can be cancelled.

Preferably, the emitting head is a carbon steel needle, activated carbon brush, carbon rod or graphene material.

Preferably, the emitting head can be one or two anion emitting heads of different shapes and materials mixed for use.

Preferably, the fixing member is made of metal, ceramic or plastic.

The beneficial effects of the utility model are:

The utility model uses the LED daylight purification lamp as a carrier to release negative oxygen ions, and its negative ion generator can work together with the LED light source at the same time, or can work separately from the negative ion generator and the LED light source, and can also be controlled to illuminate or generate negative ions alone. Save resources without causing waste; realize not only lighting, but also air purification, sterilization, dust removal, disinfection, smoke elimination, etc., and can bring negative oxygen ions that people need all the time, so as to improve air quality and realize healthy lighting. Purpose.

【Description of drawings】

Fig. 1 is a structural principle diagram of the utility model.

【detailed description】

A kind of negative ion LED daylight purification lamp, as shown in Figure 1, comprises the cooling strip 8 that is arranged on the lamp body, lampshade 10 and LED light source 7, is provided with electrical box 6 at the two ends of lamp body, is installed in the electrical box 6 Negative ion generator 4 and segment controller 11, segment controller 11 controls negative ion generator 4 and LED light source 7, electrical box 6 outer walls are fixed with at least one emitting head 3 electrically connected with negative ion generator 4 by power cord, wherein , the emitter 3 can be a carbon steel needle, activated carbon brush, carbon rod or graphene material, and the emitter 3 can also be mixed with emitters of different shapes and materials.

Continuing as shown in Figure 1, there is also a fixture 1, a metal ring 5, a fixing nut 50 and a sheath 2 for installing and fixing the launcher 3 at the connection between the outer wall of the electrical box 6 and the launcher 3, and the fixture 1 is made of metal or ceramics. Or made of plastic material, the fixing part 1 is installed on the outer wall of the electrical box 6; one end of the emitter 3 penetrates through the sheath 2 into the fixing part 1 and is connected with the anion generator 4. When plasma or active oxygen needs to be generated, the protective Cover 2 upper metal ring 5 is connected with negative ion generator 4 by power cord. Whether the power line of the negative ion generator 4 is connected to the metal ring 5 can be freely controlled artificially. When plasma or active oxygen is needed, they can be connected together. If only negative ions are needed and no plasma is needed, the metal ring and the fixing nut can be canceled setting.

When in use, the LED daylight purification lamp is used as a carrier to release negative ions, and its negative ion generator can work together with the LED light source at the same time, or the negative ion generator and LED light source can work separately, so as to save resources and not cause waste; realize both lighting and It can also purify, sterilize, remove dust, disinfect, eliminate smoke, etc., and bring negative oxygen ions that people need all the time, so as to improve air quality and achieve healthy lighting.

The embodiments described above are only preferred embodiments of the present utility model, and are not intended to limit the scope of implementation of the present utility model. new type of protection.

Claims (6)

1. an anion LED daylight Cleaning luminaire, comprises the heat sink strip, lampshade and the LED that are installed on lamp bodyLight source, is characterized in that:

The two ends of described lamp body are provided with electrical appliance kit, and anion generator and segmentation control are installed in electrical appliance kitDevice, segmentation controller control anion generator and LED light source start, and electrical appliance kit outer wall is fixed with at least oneThe emitting head being connected with anion generator by the line of departure.

2. a kind of anion LED daylight Cleaning luminaire according to claim 1, is characterized in that: described electricityDevice outer box wall and emitting head junction are provided with installs fixture, becket, the hold-down nut of fixed transmission head and protectsCover, fixture is installed on electrical appliance kit outer wall, and one end of emitting head penetrates in fixture and anion by sheathGenerator connects, and the becket of sheath upper end is connected with anion generator by power line, connects anion and sends outThe power line of raw device and becket whether be connected can be artificial freely control.

3. a kind of anion LED daylight Cleaning luminaire according to claim 1 and 2, is characterized in that: instituteIf when stating anion generator and only need to producing anion and do not want plasma, can cancel becket and fixing spiral shellFemale.

4. a kind of anion LED daylight Cleaning luminaire according to claim 1 and 2, is characterized in that: instituteStating emitting head is carbon steel pin, active carbon brush, carbon rod or grapheme material.

5. a kind of anion LED daylight Cleaning luminaire according to claim 1 and 2, is characterized in that: instituteStating emitting head can be the negative ion emission head mixing use of one or two difformity, unlike material.

6. a kind of anion LED daylight Cleaning luminaire according to claim 2, is characterized in that: described solidIt is metal, pottery determining part or plastic material is made.