Can the smart kettle really sterilize 99 9999 by relying on LED lights?

Definitely not, you can manually wash the lid without worrying about damaging the internal electronics.

I don't think you can do it, you can only kill a small percentage of bacteria.

One bite, but larq can at least make them emergency in special situations. It is reported that ** larq sterilized water bottle than before.

LED photoprecipitation technology expands the 405nm wavelength, where porphyrin reactions are most active.

Porphyrins within bacteria react with specific wavelengths of sunlight to destroy bacterial cells.

At present, the top ranking in China is the Chinese factory of Taiwan Tongjia Optoelectronics, I have cooperated with him for many years, and the defective rate of sterilization and disinfection LED lamp beads is very small.

1. LED light source must be used, LED light source is the best light source at present, suitable for dimming and color mixing.

2. It can automatically turn on and off the lights without manual intervention, saving manual management costs.

3. Combined with sensors, it can detect human activities, achieve on-demand lighting, and save electricity.

4. Computer technology is used to combine the detection signal of the sensor with the variable frequency LED power supply.

5. It can collect the operation data of the lamp, such as power consumption, lighting time, etc.

6. Dual-state inverter intelligent LED lamp and tri-state inverter intelligent LED lamp are typical solutions for inverter intelligent LED lamp.

7. Opening and closing inverter smart lamps, saving money, electricity, and worry, simply and clearly interpreting the advantages of inverter smart LED lights.

Dimmable, nothing high-tech.

From the birth of the first blue LED in 93 to the present, smart LED lighting has developed at an astonishing speed. The service life tends to be rationalized, but there are still considerable advantages compared with traditional light sources; The significant improvement of reliability and the development of heat dissipation materials have made LED manufacturers begin to shift from studying how to reduce the dead light rate to how to improve the quality of smart LED light. The development of packaging technology and chip technology has made smart LEDs constantly refresh the light effect, and at the same time, it is getting closer and closer to the traditional light source; A series of production standards and certifications for smart LED lighting have also been gradually introduced. All this indicates that LED lighting is no longer a green and energy-saving environmental protection concept, but has gradually replaced the traditional light source on the stage.

Many people think that ultraviolet germicidal lamps can only be hung on the ceiling to sterilize the room. But in fact, there are many more uses for ultraviolet germicidal lamps than we think......

Ultraviolet rays are usually divided into three types according to wavelengths: long-wave ultraviolet light with a wavelength of 380 320nm for short-wave UVA, UVB with a wavelength of 320 280nm, and UVC for short-wave ultraviolet light with a wavelength shorter than 280nm. Most of the ultraviolet disinfection lamps currently on the market use short-wave ultraviolet (UVC) at 254nm emitted by mercury lamps.

In terms of shape, one of the most significant features of LED lamps as automotive lamps is that they are actually composed of a large number, small volume and high brightness of lamp particles, which are generally combined into a certain shape, such as a light line or a large overall area. The xenon headlights are generally relatively independent individuals as car lights, and of course, there are also some models that use bixenon headlights.

Of course, the most important thing for the lamp is to illuminate, if these two lamps have to compare the brightness, it must be the LED lamp has an advantage in terms of luminous efficiency. However, the brightness of the LED lamp is sufficient, but the lighting distance is relatively limited compared to the xenon headlight, generally less than 10 meters. The xenon headlights are also bright, but slightly inferior to the LED headlights, although the specific lighting distance is not counted, but it is much farther than the traditional LED headlights.

Secondly, in terms of energy saving, under the use of LED lamps and xenon headlights of the same power, the LED luminous efficiency is higher, although its ability to withstand high temperatures is slightly weaker, and the concentrating effect is slightly worse than that of xenon headlights. There is no doubt that the advantages of LED itself are more energy-saving, and energy saving and environmental protection are the characteristics of LED lights.

1.Application: Xenon lamps are suitable for upgrading high beams when turned on at night. Turning on the LED car lights at night is suitable for upgrading the low beams.

2.Function: The xenon lamp is turned on at night not only to increase the brightness, but also to increase the irradiation distance.

LED lights turn on LED car lights at night, which can reduce eye fatigue more effectively.

Thank you very much for your question!

In the past, I must choose xenon lamps, LED lights do not need to look, mainly because the heat dissipation of LED lamps has not been solved well, and the effect is very poor. But at present, it is too absolute to say that it is good, mainly because the LED lights now have a magnetic levitation cooling fan, and the problem in this regard has been solved.

Comparison of the performance of LED lamps and xenon lamps.

1. Color temperature. The level of color temperature is a parameter that everyone attaches great importance to when modifying, but the color temperature range of LED and xenon lamps is very wide, 3000K-6000K, LED lights and xenon lamps are tied.

2. Brightness. Everyone changes the lights to make the lights brighter, the road clearer, so as to improve the safety factor of night driving, xenon lamps generally 35W can emit 3200 lumens, almost 1W emitted lumens is 91.

LED lights can emit 4200 lumens from 35W and 120 lumens from 1W, which is 30 lumens more than 1W than xenon lamps. In terms of brightness, LED lights win.

3. Start speed.

It takes 2 seconds for the xenon lamp to be fully lit, and many people misunderstand the difference between fully lit and lit, and the maximum brightness is reached when it is fully lit, not that it will light up in 2 seconds, and here I want to say a word for the xenon lamp.

LED lights are lit at one point, and there is no delay, which is also one of its major advantages. In terms of lighting, LED lights win.

Fourth, heat dissipation. Xenon lamp technology is mature, this is no problem, LED car lights have newly developed a magnetic levitation fan heat dissipation, that is, APA LED bifocal lens, the use of the fan's active heat dissipation, the use of magnetic levitation design, heat dissipation is not a problem. In this regard, xenon lamps and LED headlights are flat.

From the above 4 aspects of the comparison, the LED lights are slightly better, but it is based on the ARPALED bifocal lens, the use of intelligent cooling fans to make comparisons, if it is other, it is not necessarily, LED lamp heat dissipation is not as good as xenon lamps. As for the better one, there is no way to say, different products, that is, different quality, can only depend on personal preferences.

It depends on the brand and quality of the specific two, on the whole, the current xenon lamp effect is better than the paving effect of LED lamp! In addition to the fast start-up speed of LED, other ones are currently not as good as xenon lamps.

Of course, the brightness is a xenon lamp, but the highest choice of xenon lamp is original, and modification may have an impact on the vehicle line. The LED lights are also brighter and have a longer lifespan.

LED lamps and xenon lamps have their own advantages and disadvantages, and the two are relatively better.

There is no doubt that of course it is good for LED, but it is just the most expensive, xenon lamp because the power is too large, the battery, line and generator are a severe test, the reflective film on the reflector on the lamp is easy to fall off due to high temperature, and the life is much shorter than LED.

It seems that you should choose LED lights, so that relatively speaking, its brightness is better, more energy-saving, and environmentally friendly.

At this stage, the xenon lamp technology is relatively mature, LED is used in the headlights in the light type and heat dissipation problems have not been solved, the focus in the future is LED, such as the new A8 headlights are all composed of LED, so that people can see some hope

Definitely the xenon headlights are good, and they are high-end when they hear the name.

Of course, LED, but it depends on your own financial situation.

LED lights are good, environmentally friendly and energy-saving, high brightness, much better than xenon lamps, if you want to change LED lights, use ARPALED, good light type, high brightness.

There are no smart lights, at most it is multi-functional. Nowadays, everyone calls things with more than two functions intelligence, and even things with more than two uses as intelligence.

The function of the smart lamp is intelligent and it is made of LED lights.

I have LED smart lights here, which are cheap and the quality is guaranteed!! Add 1 8 6 then + 1 7 0 then + 3 6 2 2 so .

LED is photoelectric conversion, the conversion is basically fixed, and the frequency conversion is useless, which is different from the refrigerator.

1. LED inverter lighting refers to the inverter power supply by accepting the control signal to change the working frequency, change the output power of the LED power supply, and thus change the luminous intensity of the LED lamp;

2. The control signal can be controlled by inductive signal and the output control signal of the time controller;

3. For example: after turning on the lights at night, you can set the previous hour, because there are many people traveling, full power operation, and high-brightness lighting; Subsequently, due to the small number of people traveling, the low-power output of the variable frequency power supply is controlled, and the low-power lighting is controlled to save electric energy;

4. In order to be more intelligent and lighting on demand, infrared induction, radar induction and image detection can be used to detect the activity behavior of personnel, and when the movement of people or objects is detected, the variable frequency power supply can be controlled to increase the output power and achieve high-brightness lighting.

5. Due to the use of control signals to control the output power of the variable frequency power supply, the output of the power supply is controlled according to different needs, and the high-power operation and high-brightness lighting are high-power during the travel period of people, and when there are no people traveling or fewer people traveling, low-power output, low-brightness lighting, and energy consumption are saved, so the inverter intelligent LED light can save electricity.

As long as the power is sufficient, the wavelength is suitable.

However, the ultraviolet wavelength with sterilization effect is 200 300nm, and the wavelength emitted by the ultraviolet lamp used for the money detector is around 360nm, and the general ultraviolet LED is used for portable money detectors, so it cannot play a sterilizing role, unless you can buy the ultraviolet high-power LED with a wavelength of 200 300nm

No, the ultraviolet rays of general LED lamps are very weak, and the ultraviolet band used for sterilization: short-wave ultraviolet (UV-C) with a wavelength of 200-280nm (nanometers).

VIS LED (Visible LED): For lighting Blue light: 430 nm -450 nm -470 nm Note is applied to the blue light band, its main component is ingan gan, but its content is low, the capacity is low, not durable, mainly used in the blue band.

Green light: 505 nm -520 nm -540 nm is mainly used in the green light band, and its main components are: the main component of INGAN is: gap alingap, which is the pure green that the human eye can see most clearly in international spectroscopy.

Yellow: 570 nm -590 nm band is mainly used in amber (yellow) Red light: 630 nm -640 nm band is mainly used in red.