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more arduino hacking. I just wrote a 'driver' for this chip, today and now I can get C-degrees directly on the i2c bus. even better, I can connect 8 of these (varying the a0..a2 bits) and have 1 temp chip per heatsink! ;)
source code:
Capteur d'un APN Kodak EasyShare CX7300 (focus stacking).
Image composée de 13 photos assemblées avec CombineZP.
This is the human interface for the contraption. The backbone is an Arduino Mini Pro. It's connected to the camera unit via a 315mhz RF link and takes input from the user via five potentiometers and three pushbuttons
Feb. 2007 - In February 2007 the SBX successfully traveled from Hawaii to the waters of the Aleutian Island chain of Alaska. It departed Pearl Harbor, Hawaii on Jan. 3, and conducted numerous sea trials and exercises while en route to Alaska, and also continued the calibration of the X-band radar mounted on top of the ocean-going platform. Learn more at www.mda.mil/system/sensors.html.
Agfa Optima Sensor (~1982)
Solitar lens 1:2,8/40mm
Paratronic shutter 1/30-1/1000
Zone focus
CDS light meter
The advance lever double functions as rewind lever, after the rewind button is pressed.
This camera was made in Portugal
Sales Manager
Jack Wu
Mobile: 86-136 9983 9394
Skype: wellwaytech
Email: jack@wellwaytech.com
MSN: jack@wellwaytech.com
LED light shower features:
1. three types: temperature sensor(red, green,blue), rainbow, single color.
2. introductions:
(1).temperature sensor led light shower:
a) when temperature is less than 32 degree, the led shower will light green.
b) when temperature is between 33 to 41 degree, the led shower will light blue.
c) when temperature is between 42 to 45 degree,the led shower will light red.
d) when temperature is higher than 46 degree, the led shower will flash red.
(2).rainbow led light shower:
a) Color is not related with the temperature.
b)Seven colors flash in turn.
(3).single color led light shower:
a) Color is not related with the temperature.
b) Seven colors for you to choose.
c) You can only choose one color for each shower head.
3. Advantages:
a) It needs no battery. High-tech water power device is placed inside. It will
light when there is water flow.
b) For the temperature sensor type, you can judge the temperature directly so
that you don't have to adjust the water valve frequently. It's very convenient.
Even the power is off, it can also light only if there is water flow. It's
multifunctional.
c) It's safe. The voltage it generates is only 3.6v. Only when the voltage is higher
than 38v, people can feel the current and it's dangerous. What's more, water
flow and the circuit are seperated.
d) It has got international certifications. They are CE and ROHS.
4. terms of payment: T/T, paypal
5.delivery time: within 7 days
6.life time: 6000hours
7.product and package can be designed according to customers' requirments.
Customer Satisfaction:
Please do not hesitate to contact us if you have any questions or concerns before or after your purchase. We are committed to your 100% satisfaction.
Feedback:
Since your feedback is very important to our business`s development, we sincerely invite you to leave positive feedback for us if you are satisfied with our product and service. It`ll just take you 1 minute. Thank you!
Bubo scandiacus
© All Rights Reserved 2014. Please do not copy or use in any form without explicit permission from Anuj Raj
Sensor in original position was reading approx 5 degrees higher than ambient. Re-positioning resulted in correct temperature readings.
Code available here - github.com/ibuildrockets/NixieTemperatureDisplay
Cheyenne crew members, from left to right, Foreman II Lineman Ron Miller and Linemen Jeremy Watson and Taylor Pauley install a base station on a lattice steel structure on the Ault-to-Hayden 345-kilovolt line. This base station will receive data from the sensors placed on the lines and also gather data on local weather conditions. Then the base station will transmit the data to an Electric Power Research Institute server so it can be analyzed. Using this data, maintenance crews and engineers hope to discover why two lines in Wyoming are failing and if different configurations may prevent more damage. (Photo by Ed Hunt)
Satellite: Sentinel-2. Sensor: MSI (MultiSpectral Instrument).
Visualization RGB: Index NDSI (Normalised Difference Snow Index) Based on combination of bands (B3 - B11)/(B3 + B11)
La imagen tiene 168 km de ancho (aprox.)
El NDSI (Indice Diferencial Normalizado de Nieve)permite distinguir las nubes (en blanco en la imagen) de la cubierta de nieve (en azul celeste) porque la nieve absorbe la luz infrarroja de onda corta (NIR) y refleja la luz visible, mientras que las nubes reflejan ambas longitudes de onda
The Sentinel-2 normalised difference snow index can be used to differentiate between cloud and snow cover as snow absorbs in the short-wave infrared light, but reflects the visible light, whereas cloud is generally reflective in both wavelengths. Snow cover is represented in bright vivid blue.
Las aguas del lago Manicouagan ocupan los restos de un antiguo cráter de impacto, originado por el impacto de un asteroide de 5 km de diámetro, que excavó un cráter de unos 100 km de diámetro originalmente. En la actualidad el diámetro del cráter se ha reducido a 72 km debido a la erosión y a los procesos sedimentarios, aunque sus dimensiones le hacen ser el quinto cráter conocido de la Tierra por tamaño.​ El Monte Babel se interpreta como la cima originada por el rebote del suelo fundido tras el impacto. (es.wikipedia.org/wiki/Lago_Manicouagan)
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.
River Dargle Flood Defence Scheme.
These images were taken during the second full week of August 2014. Work is now on-going in this area of the The Slang/Dargle River, involving: -- Site preparation and mobilisation comprising sheetpile flood defence walls.
Meanwhile, work proceeded on core-sample drilling to determine the integrity of the adjacent riverside and riverbank. These UK contractors have been moving this Comacchio 405 crawler tracked rig about the local area, I think the term is 'rotary coring'. Flushing mediums include mud/water recirculation via an on-board mud pump, or air flush via an auxiliary compressor.
Windowless sampling barrels contain plastic liners to retain soil samples.
Liners are removed from sample barrels after drilling.
The use of a plastic liner allows for excellent presentation of high quality samples. The drilling process renders the immediate area into a sea of liquified mud.
Regardless of the weather, waterproof clothing is 'de rigueur'.
Easy access to clean water is a bonus.
D100 focus sensor chip.
Forground leds 6 channels, 6800 lumen, 4 ms.
Zerene 35 stacks 3 um
Nikon D7100 + AFD200/F4 + Mitutoyo M Plan APO 10X.
Mirror up time 1500 ms.
Led flash delay 380 ms
An example of how a sensor clean should be. This is from a Canon 1D mk2N.
On the left, a dirty sensor. After a thorough clean the image to the right shows that it was successful.
View large to see it properly.
Disused "Sensor Test Stand" decaying away in a military equipment junkyard in San Antonio, Texas.
The words "SENSOR TEST STAND" had been stenciled in the top left corner of this unit, and there was a word in front of it, but it had weathered to the point where I couldn't read it for certain, but I think it said "GASKET", which might make sense with the pressure gauges and what not on the unit.
Terrible composition, I know...but I was in a hurry, and this was a one-shot deal.
See an aerial view of this junkyard to get an idea of the size.
Night, full moon, xenon flashlight.
Camera: Olympus E-M1X
Shot with: Pentax K-01 & SMC Pentax-FA 100mm F2.8 Macro
Photo: Thomas Ohlsson Photography
ML8511, 100% crop ( 0.47 mm view ) from UV sensor chip.
Forground leds 6 channels, 6800 lumen, 6 ms.
Zerene 20 stacks 3um
Nikon D7100
AF-S 70-200G-ED 1:4 F200mm F4 @ 200 mm
Mitutoyo M PLAN APO 10X.
Mirror up time 1500 ms.
Time= 500ms.
Led flash delay 380 ms
I first have to clean up this sensor. This is the same problem as in a photo camera sensor. There arises a lot of dust on the window. The only good way to clean it is with a 3M tape strip. Just wipe with a cloth is not working. Befor these recordings, there were hundreds of small impurities on the window. I could not even read the text of the ML8511. You may not touch the sensor with your fingers. This is also mentioned in the manual.
Bottom Shelf: Sock pairing and bundling, rough gradation board, brown stair
Second Shelf Up: Beads on horizontal bar (toddler), knobbed cylinder block and blindfold, sound cylindars
Third Shelf Up: Pink tower, constructive triangles, Pythagoras "board" (DIY of felt, no actual board)
Fourth Shelf up: Temperature tablets, tactile matching (sandpaper) tablets and blindfold, baric tablets
Right: Red rods