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I love the way the colors came out on this one. It's sort of like a cross between terra cotta and maybe southwestern, but with a healthy dose of vintage antique paint layers. I have this one listed, but I might have to rescue it and make something for myself out of it.
Copyright © 2013 by Ginger Davis Allman The Blue Bottle Tree, all rights reserved.
Componentes de la Coral Universitaria de la Universidad de La Laguna, en Tenerife en noviembre de 1974.
Cedida por D. Juan Manuel López RamÃrez
Archivo: Alumni ULL
Schwinn Voyageur 1986 _
This was a recent (1985) model with a heavy steel cradle assembly. These are still often copied and sold as inexpensive modern replacement seatposts.
Date code = December 1985
DSCF1853a
Unfinished mechanical room room is right behind the rack. All the wiring is already there. Just need grommets.
Active components of the tireflies. The circular structure is a coil spring, which we are seeing end-on. When the structure is bumped, the spring bends until it hits one of the walls around it. When that happens, the circuit turns on and blinks for a little while. A neat trick is to instead force it to blink all day long by making the spring touch the walls all the time.
Read more about this project here.
EUROBIKE, 28 August 2014. Lectures on LEV Components within the LEV Components Special Exhibition.
Read the article: extraenergy.org/main.php?language=en&category=&su...
EUROBIKE, 28 August 2014. Lectures on LEV Components within the LEV Components Special Exhibition.
Read the article: extraenergy.org/main.php?language=en&category=&su...
Joline Blais prompts participants to design burritos from ingredients gathered a local South LA markets and based on permaculture principles, during Still Water: What Networks Need to Thrive at the School of Cinematic Arts Gallery, University of Southern California.
Part of Redesigning Reality, a series sponsored by USC's Visions and Voices [web-app.usc.edu/ws/eo2/calendar/113/event/893758].], Media Arts and Practice PhD program [imap.usc.edu/]. and Institute for Multimedia Literacy [iml.usc.edu].
Serious restoration work started at Statfold at the start of October. This is a view of the engine removed from the chassis, shows the surface deterioration it had suffered.
4th. October 2016. Photo courtesy Nick Noon
This old Aveling Barford dump truck is the "gate guard" at a private landfill site in Wellington. Was the modified Ergomatic cab door an original fitment I wonder??
EUROBIKE, 28 August 2014. Lectures on LEV Components within the LEV Components Special Exhibition.
Read the article: extraenergy.org/main.php?language=en&category=&su...
Here are the pieces I cut out that would later be part of the charging station. It took a long time and lots of swearing.
The main component of CT/X-ray Contrast Media is iodine. The Iodinated Contrast Media is a colorless, transparent, slightly viscous liquid. At present, the CT contrast agents can be mainly divided into ionic and non-ionic, according to the osmotic pressure can be divided into hypertonic, isotonic and hypotonic. Currently, non-ionic, isotonic or hypotonic Contrast Media are used clinically. When the CT contrast medium is injected, 97% of the contrast media can be directly excreted from the kidneys within 1 day.
Reasonable Use of Iodinated Contrast Agents
Evaluate patient benefits/risks before use
History of allergies: Patients who have previously experienced moderate to severe anaphylactoid reactions to iodinated contrast agents or patients with a history of allergies requiring treatment are at an increased risk of having an allergic reaction to CT dye.
Kidney function: iodinated contrast agents can cause acute kidney injury, and patients should be evaluated for related risks before the surgery.
Combination medication: drugs that may increase the risk of adverse reactions to iodinated contrast agents: neuroleptics and antidepressants, interleukin-2, beta-blockers, metformin.
Situations where iodinated contrast agents should be used with caution: lung and heart diseases, catecholamine secreting tumours, pregnant and lactating women, myeloma and macroglobulinemia, myasthenia gravis, homocystinuria.
Contraindication: uncured patients with hyperthyroidism.
Dose limit for iodinated contrast agents
On the premise of satisfying imaging/diagnosis, the minimum dose of iodinated contrast agents should be used.
For low-risk patients, the total dose of types of contrast agents had better be controlled within 300 ~ 400 ml.
Maximum dose of iodinated radiocontrast dye
Method I *: 5 ml × body weight (kg)/serum creatinine (mg/dl) (not more than 300 ml) [refer to Cigarroa calculation formula]
Method II: 3.7 times creatinine clearance [according to 2011 ACCF/AHAUA/NSTEMI Treatment Guidelines]
For those with severe renal insufficiency, try to choose an imaging method that does not require iodine-based contrast agents or a non-imaging method that can provide sufficient diagnostic information.
Avoid repeated use of the diagnostic dose of an iodinated contrast agent in a short period of time. If repeated use is indeed necessary, it is recommended that the interval between two MRI contrast agent applications be ≥14 days.
Other precautions for the use of iodinated contrast agents
Preheating: Before using an iodinated contrast agent, it is recommended to heat the contrast agent to 37 °C and place it in a thermostat.
Hydration: It is recommended to hydrate patients within 6 to 12 hours before using an iodinated contrast agent to within 24 hours after use. Hydration method: Intra-arterial drug users are advised to receive intravenous rehydration and oral rehydration concomitantly, and oral rehydration is recommended for intravenous drug users.
Stay and observation: After the injection of the iodine-based contrast media, the patient needs to stay and be observed for 30 minutes before leaving the examination room.
Establish an emergency channel: Establish an emergency rapid support mechanism for the rescue of adverse reactions caused by iodinated contrast agents with the emergency room or other clinical related departments to ensure that after an adverse reaction occurs, clinicians can promptly rush to the rescue scene for rescue if necessary.
Prevention and Management of Vascular Extravasation of Iodinated Contrast Agents
Prevention
Choose appropriate blood vessels for venipuncture and operate carefully; when using a high-pressure syringe, choose a puncture needle and catheter that match the injection flow rate; properly fix the puncture needle; communicate with the patient and get cooperation.
Management
Mild extravasation: Most injuries are minor and need no treatment. However, the patient should be instructed to keep observing. If the extravasation worsens, the patient should seek medical attention in time. For individuals with significant pain, common cold and hydropathic compresses can be given locally.
Moderate and severe extravasation: â‘ raise the affected limb to promote blood return. â‘¡ Use 50% magnesium sulfate moisturizing cold compress in the beginning, and after 24-hours change to magnesium sulfate moisturizing hot compress, or use mucopolysaccharide ointment for topical application, or use 0.05% dexamethasone for local hydropathic compress. â‘¢ Those with severe contrast agent extravasation should be given oral dexamethasone 5 mg/time tid for 3 consecutive days on the basis of topical drug use. â‘£ If necessary, consult a clinician for medication.
The brakes were by far the biggest cause for concern, once the loco was disassembled. All the components were heavily worn.
4th. October 2016. Photo courtesy Nick Noon
The lower part of one of the topsides arrives for loading. In the background are the Nacells where the turbine blades attach to.
Alisha and Amy cutting components during a workshop I convened to produce furniture for future publics, part of What Happens to Us a project that examines democracy as a system of community formation
​Communities don’t just happen, they’re made.
Curated by Marsha Bradfield and Amy McDonnell
Modern entry in Google Sketchup made from components uploaded to the Sketchup Library by Crestview Doors.
First the image was converted into a set data vectors in format (x,y,r,g,b), one for each pixel in image.
Then this 5D-data was projected to 2D-space using principal component analysis, The resulting image was rebuilt based on that reduced information.