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D&D Performance Enterprises builds exhausts for Harley-Davidson motorcycles. Each exhaust pipe is dyno tuned to deliver the deep Harley rumble and increase performance. The 2007 pipes come with the O2 sensor bungs installed. D&D performance exhaust pipes are delivered in show quality chrome or midnight black. See the full line of custom Harley-Davidson exhaust pipes at www.danddexhaust.com.
Here's a touch sensor. Just touch the bare wires on the lower right part of the board and the LED lights!
The researchers collected information on seawater at Heron Reef using an integrated sensor network. Credit: David I. Kline
another drawing class another marker measured drawing done ;) handphone camera ok small sensor = low quality picture.
Sensors are able to measure temperature, humidity, pressure, sound, light, magnetism, acceleration and various chemical properties in their vicinity. This installation illustrates how quickly and efficiently such sensors work.
credit: Kristefan Minski
Self explanatory. Showing that if the camera allows it one can almost fill the entire 4x5" film surface with shots taken with the GFX and then stitch them to a panorama. Something like what happens with the Gigapixel Gigapans.
Balluff's new liquid-based inclination sensors measure the deviation on a horizontal axis of up to 360°. With an extremely high accuracy of 0.1°C, a resolution of 0.01° and a temperature drift of just 0.01% /10K, they are the ideal choice for solar -thermal power plant and renewable energy applications that require angle measurement or constant rotary monitoring.
BSI inclination sensors feature a robust metal housing with an IP 67 enclosure rating that is easily installed into systems with limited space due to their compact housing size. With an expanded temperature range of -40°C to + 85°C, they are ideal for outdoor applications.
UC San Diego engineers have developed a wearable patch that could provide personalized cooling and heating at home, work, or on the go. The soft, stretchy patch cools or warms a user’s skin to a comfortable temperature and keeps it there as the ambient temperature changes. It is powered by a flexible, stretchable battery pack and can be embedded in clothing. Researchers say wearing it could help save energy on air conditioning and heating.
Full story: jacobsschool.ucsd.edu/news/news_releases/release.sfe?id=2788
Photos by: David Baillot/UC San Diego Jacobs School of Engineering
After a race car left the track at Eastern Creek motor racing circuit, NSW, Australia.
20 May 2006
Canon 350D (Rebel XT) with Canon 70-300 IS lens @ 300mm (~480mm)
ISO 800 1/500 @ F8 available light
IMG_3604
This 5-mm-wide sample holder features a flat platform for attaching a sample of material, surrounded by three suspended chip sensors that are connected via gold wires to the sample. The sensors include one heater (white in appearance) to supply heat to the sample, and two thermometers (gold in appearance) to measure that heat as it travels through the sample. This sample holder was designed and assembled by Shermane Benjamin.
Photo credit: Stephen Bilenky/National MagLab
Ha, wow i'm up WAYYYYYY to late at night, misspelled "a while" well there it is. Not important enough to fix. LOL
Had my curtain repaired by Nikon, and they scratched the Sensor! Had it back for 3 months, just wrote it off as welded dust, but got frustrated and looked at it with a loupe and it is a SCRATCH! Having no way of proving this, I am probably going to have to pay Nikon to fix thier mistake.
*Note, I use a rocketblower for most of my dust issues, and Sensor Swabs, with Eclipse for the tough stuff. Spare me messages saying I did this, no one swipes the swab UP on the sensor.*
The green thing is a proximity sensor that you'll see on most any thrill ride and in many other applications. A proximity sensor can detect a metal target in their sensing field (usually an inch away or so) using induction. They help the controller know where trains are located, what position the loading gates are in, if the brakes are open or closed, and other operational aspects of a ride.
On the OSU campus, Ben McCamish, Eduardo Cotilla-Sanchez, and Ziwei Ke work with a new sensor technology designed to gain a better understanding of the local electric grid. (Photo courtesy of Oregon State University)