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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
Bob and Kyle prepare the openings that were drilled for the installation of the backup sensors.
For more information on our backup sensor options, go to www.MobileEdgeOnline.com
... and I cropped out the worst ones.
I liked this photo too much not to post it. Someday when I have more time, I'll remove the sensor dust.
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.
I just cleaned my image sensor for the first time. I was super nervous, 'cause everyone is always telling me that you can damage them so easily. However, the $75 per-cleaning cost of having it done in-house at a local camera shop, or the prospect of being without my camera for 2-6 weeks if I do it through my best-buy plan is just unacceptable.
With some keen advice from my fellow flickr friends, I found copper hill images and bought their mega dslr kit. Tonight, I used it for the first time.
Although this test is far from perfect, you will plainly see a difference. I didn't get all of the dust off the sensor this first time, but I chalk that up to going extra easy to lessen the chances that I'd do more harm than good. Tomorrow, I'll know for sure how well I did, but the system sure seems to work, and the instructions are very helpful. Woohoo!
*note: these photos are just the blue channel, as that's where you could best see the scum all over my sensor.
Ice crystals growing on an anemometer at our field site in Barrow, Alaska. Photographed with Nikon D90 DSLR.
Honorable mention in the 2017 Visionaries in Technology student contest.
Image by Wright Nicholas, PhD candidate.
Very cool new wireless sensor monitors ECG. The sensor is between 2 and 2.5 inches. The two round labels on the white sensor backing are each about the size of a dime.
If you want to use this image, ask permission PRIOR to use. Don't be a thief - under most circumstances, I'm quite reasonable.
Copyright 2011 - Alan B.
Taken with the Agfa Silette LK Sensor on Agfa HD 200 as part of the 52 Cameras in 52 Weeks project at 52retro.blogspot.co.uk/
A small pressure sensor is placed in the bottom of the prosthesis to evaluate and quantify axial loading of the residual limb with in the prosthesis. We hope to deveop this technology into and affordable and every day application of all amputees
If we learned anything at CES this past January, it’s that sensors are pervasive in every new cool tech getting to market these days. And health is definitely leading the way in this sensor proliferation. Constant tracking and monitoring through interconnected devices opens up unlimited possibilities for disease management and prevention leading up to new and remarkable business opportunities. Get the ins-and-outs of how these sensors can play to both individuals and enterprises and what companies are now doing with all of this data.
Steve Kovsky, Senior Manager Digital Content, Websense @skovsky
Christine Robins, CEO, BodyMedia @bodymedia
Aidan Petrie, Co-Founder and Chief Innovation Officer, Ximedica @Ximedica
Steve Zadig, Co-founder and COO,VitalConnect @vital_connect
Chris Holbert, CEO, SecuraTrac @SecuraTrac
**http://summersummit.digitalhealthsummit.com/ - The Digital Health Summer Summit takes a deep dive into what it takes to build a successful digital health venture. It's a unique opportunity for entrepreneurs (and intrapreneurs) to hear industry veterans and key industry players share their lessons learned and best practices.
Official Hashtag: #DigiHealthSD
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3 IR sensors with I2C interfaces (I2C=It from HVWTech.com) give Hexateuthis a view of the path ahead.
See it in action: www.youtube.com/watch?v=KnhxiLVCiaw
Pedelec sensor optimum position so as not to interfere with the crucial Brompton fold. It has to go on the non crack side to work correctly. The sensor ring was a tight fit and required a little modification.
1-İnce ve sağlam kalem tipi sensör ünitesi
2-Hareketli parçalar için kullanıldığında bile bükülmeye dayanıklı kablo 3-Çalışırken değiştirilebilir.
4- 2 noktalı destek yapısına sahip kaymalı yataklar, yanal yüklere karşı mükemmel direnç sağlar.
5-Yüksek doğruluk: Yüksek hassasiyetli sensör kafası 0,1 µm çözünürlüğe ve maks. Tam aralık için 1 µm ve maks. Dar aralık için 0.5 um. Yüksek çözünürlüklü CMOS sensörleri, farklı okuma konumlarında farklı yarık desenlerine sahip cam ölçeklerini okuyarak hareket miktarını ölçer. Bu, yüksek hızlı ölçüm işlemlerinde bile doğru ölçümler sağlar. Ayrıca, sistem açıldığında mekanik sıfır pozisyon çalışmalarını ortadan kaldırır.
6-Yukarı itme etkisine direnç: Ani bir yukarı itme etkisi meydana gelse bile, ortaya çıkan yük sadece sensör ünitesinin alt kısmına uygulanır. Mil durdurucu cam ölçekleri üzerindeki etkiyi en aza indirir.
7-Maks. Uç sapma miktarı 35μm
Here I've just installed the three sensor breakouts which we'll be using for the time being. The top left board is the Sparkfun breakout for the LIS302DL I2C accelerometer. The bottom left board is Jordi Muñez's awesomely tiny DIY-Drones LISY300AL gyro breakout. And the bottom right board is one of my ever-trusty Sparkfun IDG300 gyro breakouts. (The same one from my original 5v prototype from a year ago using the Wii Nunchuck instead of a glove... I should repost that original video which is still only on Facebook).
Typenummer 73104402 12V 12.95. De sensor bleef maar willekeurige vloeistof niveau fouten geven (de rode stop lamp op het dashboard) terwijl het kvs reservoir helemaal gevuld was. Uiteindelijk het dekseltje eraf gesneden, waarna een printplaatje met electronica tevoorschijn kwam...
06/18/18 - Portland launched the Smart City PDX Traffic Safety Sensor Project. A partnership between the City of Portland, AT&T, Current by GE, Intel and Portland General Electric, the project has installed 200 traffic safety sensors on three of Portland's most dangerous streets: 122nd between Burnside and Duke; SE Hawthorne between 11th and 46th; and SE Division between 11th and 122nd.
The sensors will help traffic safety engineers design safer streets by compiling information about: how people use streets, including where they typically walk, bike and drive; how fast people are driving.
On Monday, June 18th, Mayor Ted Wheeler joined city officials and the project's partners to celebrate the project and Portland's overall Smart City efforts.
Photos by Sarah Petersen