View allAll Photos Tagged Sensor
专业,开发,生产,时间继电器,24小时定时器,计时器,计数器,液面控制器,相序保护器,光电开关,接近开关,电机调速器,电机保护器,相关配套产品,OEM
timer,Timer Relay,24h Timer,Relay,Digital Timer,Sensor,Counter,Protective Relay,Level Switch,Sockets,proximity switch,photoelectric switch,solid state relay,switch power supply,Accessories,OEM
timer relay,24h timer,relay,counter,timer switch,slckets,proximity switch,photoelectric switch
This shot shows - well it is processed a lot different from the previous one - how much cleaner my sensor is. I went to get a cleaning kit, which I did, and while at the shop they used one of those static brushes on my sensor. I think I will now wait until I need to before using the kit. If you look very closely you will actually still find some debris but not much.
A new toy - the controversional Sigma with the special Foveon sensor. A premium compact camera, in the general photographic public most known for the poor ISO performance, high noise levels, low battery life, complicated interface, "just" a 4.6 MPx effective resolution, and a primitive AF system. But there are not many people who actually have used this cameras, or generally Foveon cameras at all...
I bought it for 200 USD from it´s first owner, in perfect condition, with only 600 shots on the shutter (and with two batteries and two hoods). I was just curious about the technology, but it turned out that this is a really great camera for many situations. The metallic body is of premium quality, all perfectly set together. The lens is simply great, ISO 400 is still usable, but by normal occasions ISO 100 is all I need. The interface is better than I expected, easy to use, and manual focusing is extremely simple and effective. When correctly set, the battery holds for 300 shots with no problem. The saving of a picture needs some time, but by shooting with a prime - who is really in a rush? The images are full with details and very sharp, I think that this sensor can counter a 10 MPx Bayer pattern sensor when it comes about details. And the special crisp in the pictures, and the colors - I haven´t seen something like this by other cameras.
The Sigma DP1s is a premium-built camera with a big sensor, some years old but with image quality succesfully countering today´s low-end DSLRs, and any compact camera in the market. It´s not ideal for any situation - but it´s small, easy to wear everywhere, and it´s a lot of fun to use it.
And additionally - the DP1s wasn´t really sold in our country, it was sometimes offered but never sold regularly like the DP1 and DP1x, so it´s quite unique here - and I really like it to have something unique ;-)
This prototype is the Urban Sensor Hack challenge entry of IoT Zürich Meetup and MechArtLab Zürich.
The idea was to build "timid sensor objects", a new breed of citizen sensors that try to look uninteresting and only reveal their sensors once in a while to take a measurement, then retract them again, a bit like a snail.
Using this strategy of camouflage, even delicate sensors could reside in places that humans can reach. Compare this to official sensors in the city which are always ruggedised and often placed out of reach to prevent damage.
The result is the "timid sensor egg", made from a tabletop trash bin, an Arduino, a Servo, two multi-colour LEDs, an LDR and a battery holder - all part of the kit. Plus a BlueSmirf Bluetooth module from Sparkfun. The egg measures brightness and talks to the Internet using a Bluetooth to Pachube Android app we built for another project.
Pictures of the development: goo.gl/YiCLu8
Design files: www.thingiverse.com/thing:166876
Source code: bitbucket.org/tamberg/urbansensorhack and bitbucket.org/tamberg/oktoberfestofthings (BtGateway)
"Urban Sensor Hack Finale: Team Creations" on YouTube: www.youtube.com/watch?v=0ZkNrmfVgLc
After I installed the sensors in the weatherstation: humidity, temperature and air pressure. Fixed to the inside of the weatherstation with tiewraps, cables through the wall.
Knobbed cylinder variation. A straw is placed into a hole and the child finds the cylinder to go in the hole.
ROHM Semiconductor & ROHM Group companies, OKI SEMICONDUCTOR & Kionix exhibiting at Sensors Expo in Rosemont, Illinois, June 2011.
Image processing, motion sensing, bio sensing, wireless network technology, and human interface sensors were shown.
Satellite: Sentinel-2. Sensor: MSI (MultiSpectral Instrument).
Visualization RGB: bands 4 (red), 3 (green), 2 (blue). True color.
La imagen tiene 117 km de ancho (aprox.)
El fiordo de Nuup Kangerlua, en la costa oeste de Groenlandia, donde se encuentra la ciudad de Nuuk. Capital del país, Nuuk es la ciudad dominada por la montaña Sermitsiaq. En la actualidad su población ronda solo unos 16.800 habitantes y es uno de los lugares favoritos de muchos turistas que se aventuran en visitar la costa oeste de la isla helada, junto con el área de Ilulissat, a más de 500 kilómetros al norte de la capital. (www.groenlandia.com/blog/conoce-el-maravilloso-nuuk-en-gr...)
Nuup Kangerlua is a 160 km (99.4 mi) long fjord in the Sermersooq municipality in southwestern Greenland.
Esta imagen ha sido procesada con el navegador EO Browser (apps.sentinel-hub.com/eo-browser) de Sentinel Hub. Sentinel Hub es un motor de procesamiento de datos satelitales, dentro del programa de observación de la Tierra Copernicus (copernicus.eu) de la Unión Europea, operado por la empresa Sinergise. EO Browser es gratuito y fácil de usar. El norte siempre está arriba.
This image has been processed using the EO Browser (apps.sentinel-hub.com/eo-browser) by Sentinel Hub. Sentinel Hub is a satellite data processing engine, within the European Union's Earth observation programme Copernicus (copernicus.eu), operated by the Sinergise company. EO Browser is free and easy to use. North is always up.
Here is a shot of the external dual sensor box. The sensors are set up to line up nearly at the edges of a 35mm SLR film window.
A small switch on the back selects which pair is used for making measurements. In this way curtain shutters that move vertically or horizontally can be measured.
After looking at the sensor for a professional shutter tester, I may make those round holes slits instead.
This complicates the light source, in that it needs to be much more direct, and not just diffused light.
Sensor City is a collaboration between the University of Liverpool and Liverpool John Moores University and is a flagship University Enterprise Zone.
11th January 2011 - 365 day 11. Been having some autofocus problems recently and recent 'big sky' landscape shots showed how mucky my sensor was - so it's inside to investigate.
The autofocus problems appear to have been caused by muck on the mirror and screen - hopefully resolved.
Mucky sensor cleaned with my 'Arctic Butterfly' brush - always a nervous moment.
Application scope: temperature sensor probe tube, sensing tube, shell, temperature probe thermometer protection tube, food-grade BBQ probe temperature tube
Tube heads can be pointed, flat, round, flaring, necking, opposite side, split ends
Both inside and outside are smooth and bright
Materials: stainless steel 316(L), 304(L)
Process: automated non-oil sealing process or deep drawn
The Bottom Bracket Torque Sensor outputs a voltage signal. The signal and the pedal force is linear proportional. Pedal force increases every 10kg, 0.15V voltage changed. The detectable maximum pedal force is 60kg. The input signals into sine wave with the crank angle. The outputs in 0° and 180° are zero. Maximum output is in 90° and 270°. Each rotation of 11.25°, the Bottom Bracket Torque Sensor outputs a speed signal. The shaft rotates a circle with 32 speed signal output.
Product advantages
The advantages include faster start and quicker response. No more temperature drift issue with high reliability in low temperature. Compatibility with standard bottom brackets, more easy to install and flexible length options, custom dimension and compatible with mid-drive motor.
Read the article: extraenergy.org/main.php?language=en&category=&su...
030401-N-0137B-002
St. Ingoes, Md. (Apr. 1, 2003) -- The Aerolight Unmanned Aerial Vehicle (UAV) returns from a successful, groundbreaking flight. Naval Air Systems Command managed the UAV flight path and sensor payloads for 35 minutes before returning controls to the ground station for recovery. The primary applications for the system are tactical reconnaissance and surveillance, target acquisition and gunfire adjustment, and a training system for high-end UAV systems operators. U.S. Navy photo by Amy Behrman. (RELEASED)