Second, on the cleaning of the microscope: Eyepiece surface Objective surface Condenser surface Base light source outlet Inside the eyepiece tube 1. Do not use alcohol ether mixture on plastic surface. 2 , the lens surface is prohibited to dry the lens paper wipe 3 , the objective lens can not be dismantled and shockproof Olympus microscope : http:// 10000Hz High Frequency LiDAR Module 10000 Hz is one of our 2021 new solutions products,which can be widely used in drone postioning, car anti-collision, intelligent traffic monitoring etc. with high accuracy. We support customized service of different frequency(100hz,200hz,300hz,400hz,1000hz,5000hz,10000hz etc.), you can choose the suitable design. And the LiDAR module is a small size with 43*35*21mm, customers can be integrated to their measure device easily. If you meed any documents(PDF files etc.) of JRT high frequency LiDAR distance sensor, please contact us now. 10000Hz High Frequency LiDAR Module,LiDAR,High Frequency LiDAR Module,10000Hz LiDAR Module Chengdu JRT Meter Technology Co., Ltd , https://www.infrareddistancesensor.com
Some key features may help:
Accuracy: ±3~5cm(<50m) /±1%(>50m)
Range: 0.1-200m
Resolution: 1cm
Frequency: 100/200/400/1k/5k/10khz
Laser type: 905nm,Class I
Size: 43*35*21mm
Weight: 20g
Input voltage: 8-36V
[Microscope knowledge] use and cleaning of Olympus microscope
Use and cleaning of Olympus microscope
First, the method of use:
1. Microscope retrieval: 1 holding the mirror arm in the right hand; 2 holding the lens holder in the left hand; 3 placed on the chest.
2. Rotation of the microscope: 1 the lens barrel is facing forward, the mirror arm is facing backwards; 2 is placed on the table in front of the observer's seat, leaning to the left side of the body to facilitate the left eye to observe inside the eyepiece; 3 placed on the inside of the table, away from the table edge About 5cm.
3. Opposite light: 1 Rotate the coarse quasi-focus spiral to make the lens barrel rise slowly, then rotate the converter to align the low magnification objective lens with the light passing hole; 2 Turn the shutter (or sheet aperture) with your finger to make the maximum aperture pair The light is perforated, the left eye is gazing into the eyepiece, and the mirror is rotated to make it face the light source, so that the brightness in the field of view is uniform.
4. Use of low magnification objective lens: 1 Turn the coarse eccentric spiral by hand to make the lens cylinder slowly descend, while the two eyes gaze at the objective lens from the side, and stop when the objective lens is separated from the slide of the stage by 2 to 3 mm. 2 Use the left eye to look into the eyepiece (note that the right eye should be squatting at the same time), and turn the coarse focus screw to make the lens tube rise slowly until you see the object. If it is not clear, you can adjust the fine focus spiral until it is clear.
5. Use of high magnification objective lens: Before using the high magnification objective lens, you must first find the observed object with a low magnification objective lens, and adjust it to the center of the field of view, then turn the converter and change the high magnification lens. After switching to a high power mirror, the brightness in the field of view becomes darker, so a larger aperture is generally used and the concave surface of the mirror is used, and then the fine focus spiral is adjusted. The number of objects viewed is reduced, but the volume becomes larger.
6. Use of Mirrors: Mirrors are often used in conjunction with a shutter (or aperture) to adjust the brightness in the field of view. The mirrors are flat and concave. For light, if the field of view is too strong, use the plane of the mirror. If the light is still too strong, use a smaller aperture. Conversely, if the light in the field is weak, use a larger aperture or use a mirror. Concave.
Bleach:
Alcohol ether mixture: The ratio of anhydrous alcohol to anhydrous ether is 3 to 7.
Direction and location of wiping
Wiping parts include: