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Seemingly making a pleasant gesture to the photographer! I went for the black background this time to contrast with the white.
Battelle researchers developed a unique load sensor in the 1980s which, when attached to an operating dragline, transmitted load data to a remote receiver. Lowell Strope demonstrates how data from this experiment indicated that loads on wire ropes used in surface mining are much higher than previously thought.
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Still some dust on there, but not so bad.
I used the same curve as in the before picture to exaggerate the dust.
This is an out of focus shot of my lcd screen. The darkness on the left edge is probably because of the way I was holding the camera or variation in the lcd brightness exaggerated by the curve.
before I did the curve, it just looked all white. I curved it heavily.
Three AGFA Sensor cameras together: the AGFAMATIC 100 Sensor, the AGFA Optima Flash Sensor and the AGFA Selectronic S Sensor.
Here's a picture of my Arduino wired up to a motion sensor - here's the full write-up and code to get it working: antipastohw.blogspot.com/2007/12/arduino-with-radion-shac...
OK, I reluctantly admit that there are times when I'm _not_ the biggest geek in the room. But if you want the title, you'll really have to earn it.
Crank position sensor installed with the little cable duct cleaned up and back in place using a couple of new M6 nuts as I couldn't figure out how to get the old clips to reinstall.
The sensor just sends a pulse to the ECU triggered by the notches on the damper wheel thingy going past.
I suspect that this is also the source of the engine rev information and that the position is actually sent by the bit of the wheel that has the notches missing
22nd January 2011 - 365 day 22. The other day, when I was cleaning my camera's sensor, I noticed some attractive iridescent patterns illuminated by my head torch. So I recreated the moment for today's picture.
The BFS 33M true color sensor succeeds where existing RGB sensors reach their limits by using the lab color space. The BFS33M uses fiber optic cable based optics allowing the placement of the detection optics in very tight spaces. The sensor also provides seven channels and three digital outputs for set-point detection and can use the serial interface to not only configure the unit, but also output color data to perform color evaluations.
A visit to Times Square in Manhatten, NYC. A rather cool Spring Saturday afternoon, brings the people out. There were more people in some of the blocks, than I would see in my travels all day in Philadelphia. It's hard to explain the magic of this city. Take a look at the large version of this photo and scan over the faces.
Here is all the stuff I used. This is the Copper Hill Wet/Dry kit I photographed earlier, plus a medium Giottos blower I bought separately a few weeks ago.
The blower didn't remove much dust. The wet cleaning removed a lot of the dust, but there was still some left. I went back with the brush to try to remove some. I removed a little, but the rest was going nowhere or only moved around. I'd say the blower and the brush are only marginally effective. I ended up doing the wet clean from left to right three times (three separate cleanings/swipes). There was one stubborn piece of dust at the lower right, so I tried swiping from bottom to top. This alternative was mentioned in the cleaning instructions. Swiping bottom to top twice did the trick. In the end, the sensor basically got 5 cleanings.
I did take a test image at f/22 after the cleaning, and I do still have some dust on the sensor. I have less dust, and the dust is smaller than before. I am somewhat disappointed because the sensor looked totally clean to me through the loupe. I don't know if it is possible to have a 100% dirt/dust-free sensor after a cleaning. I've heard of people getting their camera back after a professional cleaning with dust still on the sensor. I guess there is only so much that can be done.
I have only taken a handful of images since the cleaning, so I cannot draw any conclusions about the efficacy of the cleaning.
All of the wires are run from the dash back to the hatch area where they get plugged into the 4 sensors. after they are tied in, they are tied up neatly and hidden out of sight and out of the way.
For more information on our backup sensor options, go to www.MobileEdgeOnline.com
The half-moon shaped hole is used as an access port for the serial connection and servo motors, allowing cables to be routed through it when the box is closed.
This is an image taken with f32 before I tried to remove any dust from the sensor. The red circles are the dust particles which were not removed after a few blows with a Giotto's air rocket.
I don't have nike+ shoes, so I made this pouch using the tutorial @ www.web-goddess.org/archive.php/postID/6190