The new effects of the new laser gogglessuggest that there is no room for 900 nanometers in the naked eye of humans,and can be seen in the case of a laser shield. The protective mirror's CMOSchip is also sensitive to a laser that has a wavelength of 1064nm, making itconvenient for laser workers to operate non-visible infrared lasers.
Them when adjusting light path withouthaving to use a special infrared CARDS to find the laser points, for 1064 - nmwavelength infrared picosecond laser oscillator, in each lens cavity laser spotlocation on the be clear at a glance. When we introduced the structure of theprotective glasses, explain its control handle to have control of the image ofred, blue, and green three color channel strength, and to adjust the brightnessof the image, and other functions, it is quite useful in the process of laserconditioning.
Titanium laser oscillator within full ofgreen, so dazzling and cannot be directly observed cavity to the unaided eye,even through the goggles electronic image formation, although not dazzling, butperhaps because too deep green eyes still feel uncomfortable, at this time wecan control the operation of the protective glasses handle, lower the intensityof the green color channel in the image.
Whenits strength reduced up to 50% of the original, basic is not dazzling greenpart of the image, when the intensity is reduced to 20%, green component of theimage is the basic disappeared, we can through the handle to the appropriateincrease of the brightness of the image, can get the image, so that canregulate control laser light soft ground.
What kind of image is appropriate, this isdifferent for the individual, the user can adjust the image parameter accordingto his own requirement. People, especially in regulating laser oscillator inlaser before start up, often using fluorescence on the laser light path andadjust various frames, fluorescence generally weak, however, and if thenear-infrared light, also can't see the naked eye, as a result, people ofteninfrared night-vision goggles fluorescent observation location.
But because it is large, it is not veryconvenient to use, if we use our new laser protective glasses, can we see thefluorescence? The answer is yes. Flare is titanium laser oscillatorfluorescence on the goggles into the image, it can be seen that light relativebackground light or obvious, if close or reduce indoor light intensity, theeffect will be even more significant.
As a result of our new laser protectivegoggles with the CMOS optoelectronic image detecting and DSP high-speed digitalimage processing functions, make its have several characteristics describedabove, to adjust and laser application has brought great convenience.
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