View allAll Photos Tagged Sensor
Optically Stimulated Luminescence-based radiation detectors developed by researchers at Pacific Northwest National Laboratory, can be used to detect special nuclear materials being smuggled into the country via sea containers. Also known as smart sensors, these battery-operated detectors are strategically located inside sea containers and information is collected via wireless personal digital assistants.
For more information, visit www.pnl.gov/news/
Terms of Use: Our images are freely and publicly available for use with the credit line, "Courtesy of Pacific Northwest National Laboratory." Please use provided caption information for use in appropriate context.
Canon G12 sensor. The dust you see on the sensor is less than when I took it apart. This is pretty much what destroyed the camera.
The precipitation sensor was installed about 5 feet above the surface on the piling in the foreground, with power connected through a nearby Climate Reference Network box (background).
Terms of Use: Our images are freely and publicly available for use with the credit line, “Image courtesy of the U.S. Department of Energy Atmospheric Radiation Measurement (ARM) user facility.”
My CCD sensor before cleaning. Dust and stains all over! It was even dirtier before this shot, these are the stains that I wasn't able to remove with air.
To see how dirty your sensor is, focus to infinity, set aperture to smallest setting and point your camera at a light even source, eg. a white computer monitor.
DreamVu Inc come with handy technology Obstacle Detection Sensor. Detecting obstacles as high as needed for your robot and its payload. Give you correct vision, which often very difficult. Shop our product now.
Mutsuko Hatano, Professor, Tokyo Institute of Technology, Japan during the session "Diamond Sensors.Explore" at the World Economic Forum - AMNC 17, Annual Meeting of the New Champions in Dalian, People's Republic of China 2017. Copyright by World Economic Forum / Ciaran McCrickard
see the line running horizontally through the entire photo. can anybody please tell me what this means? ( out of cam )
An exploded view of the AuroraWatchNet remote sensor enclosure. Commercially-available soil pipe is used to provide an enclosure which is waterproof and can be partially buried to provide a stable temperature for the fluxgate sensor. The top section remains above ground for access and to enable wireless communication with the Raspberry Pi.
This unit works in combination with the red light camera and senses when a car has gone through the red light.
My prototype temperature sensor at work in my office, while my $6.00 cast iron chicken looks on. This board automatically posts the temperature to a mySQL database, and its associated webpage displays the temperature over time. Story of what it does is at... http://www.ka1kjz.com/861/temperature-webpage-update/
Assembled AuroraWatchNet magnetometer sensor unit. The lower PCB is a Calunium v2.0 microcontroller board, the upper PCB is the FLC100 shield. This contains a Ciseco XRF radio module (blue PCB). The FLC100 magnetometer is located on a remote PCB (not shown).
This is our remote temperature and depth sensor. It's designed to be mounted on a bridge facing south. The solar panel and battery keep the system (in the battery box) up and taking temperature and depth samples. The idea is that we can measure temperature and depth in areas of the Hudson where the winter ice would destroy (utterly destroy) anything in the water.
This is a picture I created for the tfttf 48 hour challenge. Image sensors shot on glass and illuminated from above and below. These are CMOS sensors made by Omnivision.
New sensors. More intelligent apps. Mobile-connected smart objects. Wearables. LTE. Augmented reality. Multi-platform development tools. Precision indoor location sensing. Ultra HD. Flexible screens. The list of anticipated future mobile technologies goes on and on.
On April 23, NYC Media Lab and Razorfish presented an evening of demos and discussion on Mobile Futures to learn what’s on the verge of commercialization, what’s still in the lab, and what advances will change the nature of media and communications in the future.
Learn more at www.nycmedialab.org.
A close-up view of the light sensor employed by the phase detection autofocus system in the DSLR camera I took apart after its shutter failed. The horizontal and vertical rows of dark rectangles are the light-sensitive elements. Horizontal rows detect vertical edges in the scene, and vertical rows detect horizontal edges.
The 5 mm scale bar drawn at the bottom of the frame shows the size of the sensor chip. The resolution of the 4k version of this photo is about 3 µm per pixel.
It was a clear day and I had meant to do a dust/oil sensor check anyway, so f/16 + focus to infinity + point at the sky and here we are. Shutter actuation count is 3,585 so I'm above the anecdotal 3,000 shutter releases when the dust/oil problem is supposed to go away or be reduced.
There is visibly more dust on the sensor now than there was on the last check, although it's still not bad and mostly in the upper-left corner. I have been swapping lenses quite a bit lately, too. I might try to do a sensor clean soon.
Fun fact: the orange light on the right is inspired by a similar device attached to some types of city maintenance machines.
Low light camera sensor from NTU Singapore.
Copyright gratefully acknowledged and belongs to original author
Rockwell Automation Expands Sensor Offering with New Stainless Steel Sensors
Visit phx.corporate-ir.net/phoenix.zhtml?c=196186&p=irol-ne... to view full news
release text.
Rockwell Automation Expands Sensor Offering with New Stainless Steel Sensors
Visit phx.corporate-ir.net/phoenix.zhtml?c=196186&p=irol-ne... to view full news
release text.