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I actually shouted "Action" to make the Triggertrap's sound sensor take this photo. Move over Peter Jackson!
This is the EE-SYS313 reflective opto-sensor. It will trigger the generation of notes by the software in the Arduino. The output is simply a TTL-compatible logic signal. Photo by David Henshall.
The tops to the tree like "bombs" are not explosives, they were radios that would let the presence of movement be alerted and then a 2nd bomb would be dropped at the exact location.
Diatoms and inkjet printing are components of this "optofluidic" sensor created at Oregon State University. (Graphic courtesy of Oregon State University)
www.adafruit.com/index.php?main_page=product_info&cPa...
An assortment of the most common sensors used in electronics. 9 sensors and 3 additional components to interface with the 'analog world'. We have some tutorials here, to get you started.
Includes
* Sharp distance sensor with cable - for sensing distance
* Force sensitive resistor - for sensing pressure/force
* Temperature sensor - for measuring from -40 to over +125 degrees C
* Thermistor - another method of sensing temperature
* Hall effect sensor - for sensing a magnet
* Magnet - for use with the hall effect
* Piezo - can be used as a buzzer or a knock sensor
* Ball tilt sensor - for sensing orientation
* Photo cell sensor - for sensing light
* IR sensor - for sensing infrared light pulsing at 38KHz
* IR LED - for use with the IR sensor
Larry Achiampong & David Blandy, Toby Jackson
Saturday 2 - Sunday 17 November, Thursday - Sunday, 12:00pm - 5:00pm
GENERATORprojects
25/26 Mid Wynd Industrial Estate
Dundee, DD1 4JG
GENERATORprojects will present two exhibitions, Genetic Automata and Sensor
Genetic Automata by Larry Achiampong and David Blandy forms the first part of an ambitious new body of works by the artists, exploring race and identity in an age of avatars, video games, and DNA Ancestry testing. Initially commissioned by Arts Catalyst, this exhibition will be shown during NEoN Festival as part of a national tour.
Referencing the history of the theory of evolution, and the relationship between Darwin and his taxidermy teacher John Edmonstone, a freed slave, Genetic Automata raises important questions of invisible histories, eugenics, and segregation, through the lens of historical and contemporary contexts. The video installation combines animation, spoken word and text interspersed with microscopic topographies of varied shades of skin, digital renditions of skin from video games, and film footage of taxidermied bird life from Darwin’s bird skin collection at the Natural History Museum.
Sensor by emerging artist Toby Jackson is an extension of work that he has been developing over the past few years, highlighting the relationships between humans and computers; lived experience, and its digital manipulation. Sensor will use live capture 3D mapping to create an interactive projection which maps and distorts the audience’s movements, dictating the ways in which we interact with the work. The projected images will reference digital avatars via the visual simplifications of those who interact with it, questioning ideas of identity, privacy and anonymity in a world of digital surveillance.This relationship between the artwork and the audience will highlight the precarious power dynamic that exists between humans and computers, encouraging us to disrupt this dynamic, and reclaim control of our own narratives.
Each of these exhibitions discusses the insidious ways in which narratives can be altered and sculpted in order to disseminate ideas which negatively influence collective thinking. encourages us to reconsider our interactions with technology in order to combat this deceptive influence. Genetic Automata urges an awareness of the ways in which historical omissions can contribute to contemporary issues, particularly in relation to racial discrimination and segregation. Ultimately, these exhibitions combine to encourage a heightened awareness of the responsibility that each of us hold to question the information that we are forced to consume.
About the Artists
Larry Achiampong & David Blandy’s work has been shown both within the UK and abroad including Tate Modern, London; The Baltic, Gateshead; Yorkshire Sculpture Park, Wakefied; Fact, Liverpool; BFI London Film Festival, London; Transmediale Festival, Berlin, Germany & Fort Worth Contemporary Arts, Texas, USA. They have been on residencies at Praksis, Oslo in Norway & Wysing Arts Centre, Cambridgeshire. Recent awards include an Elephant Trust award and support from Arts Council England. They have been shortlisted for the Film London Jarman award 2018. Larry Achiampong is represented by Copperfield Gallery, London & David Blandy is represented by Seventeen Gallery, London.
Toby Jackson is a Scotland-based digital artist, who uses innovative technology to create installations which are both interactive and generative. Jackson’s work explores themes of identity, self-expression, surveillance, and censorship, and the ways in which each of these affects – or is effected by – abstract representation of the self in our digital age. Following the critical success of his most recent work Blind Eye, this exhibition marks Jackson’s first solo show since graduating from DJCAD earlier this summer.
Opening/Preview night: Friday 1st November, 6pm – 9pm
Photography Kathryn Rattray
Sensorkule fra Heimdall Powerl monteres på kraftlinje i regionalnettet på Jæren hos Lyse Elnett.
Montører fra Lyse monterer sensorkulen for første gang.
An MCA Cat III Workboat, owned by Aspect Land & Hydrographic Surveys Ltd, of Ayrshire.
The 'Marine Sensor' is road towable, and with a small forward cabin, can deploy from a slipway or boat hoist / crane and able to operate a wide variety of sensors.
Her hulls and catamaran configuration lend a fast transit speed and give good directional stability resulting in high quality survey data.
MCA Cat III Workboat
Length 6.9m
Beam 2.5m
Draught 0.3m
Iautomation is mainly reputed for its presence detector sensors that can be used to monitor stairwells, private garages, galleries and washrooms. Not only this, these products can also be used to monitor warehouses as well as high bay storage. Most importantly, you can also use them to detect through walls. To know more please visit: www.iautomation.com.au
Kyle cleaning out the holes that were drilled in the back bumper.
For more information on our backup sensor options, go to www.MobileEdgeOnline.com
Sensorkule fraHeimdall Power monteres på kraftlinje i regionalnettet på Jæren hos Lyse Elnett.
Montører fra Lyse monterer sensorkulen for første gang.
With no small particles in the air, the IR beam goes straight into the wall of the housing. The wall is black and absorbs a great deal of the radiation. The little fins might be angled in such a way that the reflected radiation bounces around many times, which further attenuates it. Ideally nothing ever hits the sensor. The main purpose of this construction is to allow smoke-carrying air penetrate the walls, but keep ambient light out.
When tiny smoke particles are present in the center of the sensor, they scatter some of the IR light towards the sensor. You hear a very load beep.
Soil moisture sensor, part of the new automatic weather station at Makara Dam, installed under the UNDP-supported project ‘Strengthening Climate Information and Early Warning Systems in Cambodia’. 2018.
© MOWRAM Cambodia
For more information on the project ‘Strengthening Climate Information and Early Warning Systems in Cambodia’, supported by the UN Development Programme and the GEF Least Developed Countries Fund, visit www.kh.undp.org/content/cambodia/en/home/operations/proje...
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
1986 Fender Stratocaster with Fender Lace Sensor Pickups
Fender 1986 USA Strat Original & Case
Fender 1986 USA Stratocaster Original & Case
Box of electronics: what is the aesthetic experience of combining old, lived-in objects and bric-a-brac with the paraphernalia of microcontrollers and electronics? An infra-red sensor uncoils from within an old wooden knick-knack box.
I added an accelerometer (tilt-sensor) in my monome. It's the ADXL-320 with -/+5g sensor:
www.analog.com/en/mems-and-sensors/imems-accelerometers/a...
It was glued to a small piece of rubber on top of the chip. Works like a charm.
Ability to lift up to 150 lbs. of payload. Can fly multiple sensors depending on mission and configuration.