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An equipment room houses the “head-end” components that include the Base Station Interface Unit or BIU, and Optical Distribution Unit or ODU and a DAS Management System.
Photo Credit: SoLID Technologies
87570560 :Piction ID--Cylindrical component---Please tag these photos so information can be recorded.---- Digitization of this image made possible by a grant from NEH: NEH and the San Diego Air and Space Museum
王世偉：水生相
Vick Wang: Panorama of Inner Journey
Vick Wang took four years to develop the story and produce the 3D animation, for Panorama of Inner Journey. With components of introduction, elucidation of the theme, transition to another viewpoint, and summary used to deconstruct the animation into different segments. These segments were put into a panoramic visual space where the viewers can freely walk about, with the story developed by the viewers’ different moving flows and paces.
The world in the human mind is like an organic city with hidden energy. As time goes by, the city experiences different stages of birth, expansion, decline, and reconstruction. Various fragments of life’s experiences are transcribed into words, images, and sounds, which are stored in the scenes of the densely packed cityscape. When a viewer walks inside the panoramic space that is covered by audiovisual effects, the infrared sensor device will initiate projections in the style of comic strips. The order of images differs for each viewer based on the person’s walking route. As the animated images are displayed non-linearly and randomly, the way the viewer is walking acts like a real-time editing mechanism for the animation, with the narrative presented in a non-linear and random manner. The story is reinterpreted and organized, as it becomes each viewer’s own story based on the received images and sounds that are reconstructed by each individual’s logic and instinct. Each reinterpreted and recomposed story allows the person to explore a montage-like journey that is uniquely his or her own.
design by tinganho.com
NON-NUCLEAR COMPONENT STORES BUILDING 61 –
Building 61 (Drg No. 1245/53) is a Non-Nuclear Component Stores with attached concrete gantry on four columns projecting over the road to the front (west). Reasons for Designation Building 61 is designated at Grade II for the following principal reasons:
▪︎RARITY – A rare building on a unique site designed to accommodate and service Britain's first nuclear weapon, the ''Blue Danube''. It is the only such surviving facility in the country.
▪︎HISTORICAL ASSOCIATION – The building has outstanding national and international interest for its historical associations with the development of the earliest British nuclear weapons technology during the Cold War, which helped shape Britain's post-war history.
▪︎GROUP VALUE – The building has strong group value with other buildings at RAF Barnham, and was part of the national deployment of nuclear weapons.
▪︎INTACTNESS – Building 61 is largely intact.
Non-nuclear component stores buildings 60 and 61, held the high explosive part of the bomb and its outer casing. The central section of the casing held the high explosive lenses assembled into a large ball with forward sections containing electronics and radars. Owing to the weight and size of ''Blue Danube'', the gantry at the entrance was required to manoeuvre the bomb onto a trolley for storage. Building 61 is currently used as small work units and has blockwork partitioning which is reversible.
▪︎MATERIALS – A reinforced concrete frame and blockwork walls, and a flat concrete roof. ▪︎PLAN – Rectangular, aligned approximately east-west.
▪︎EXTERIOR – Building 61 is surrounded by substantial earth bunds. It has a central recessed entrance flanked by two projecting two storey, flat roofed plant and switch rooms which originally contained plant to maintain a stable environment. The original steel doors remain. The rear elevation has a central door and there are crittall windows to the rear and sides.
▪︎INTERIOR – Originally sub-divided internally into compartments of 11ft x 3ft bays allowing the storage of up to 66 bombs, Building 61 has been partitioned internally to create smaller work units.
Although the site was in use for storage of Mustard Gas and explosives during World War II, it was not until after the end of hostilities that the depot was constructed in its current form. In the early 1950's, the Air Ministry had a continuing need for high explosive bombs and storage facilities for them and was looking ahead to a ''future war in which atomic and thermo-nuclear weapons would be used by both sides''. It is within this historic context that the Special Storage Unit at RAF Barnham was constructed following the issuing of ''Blue Danube'', Britain's first nuclear bomb, to the RAF in November 1953.
The bombs were held in clutches in V-bomber airfields such as RAF Scampton and RAF Wittering and the purpose of the store at RAF Barnham, and the almost identical site at RAF Faldingwoth in Lincolnshire, was to provide maintenance and refurbishment to support the airfields and hold spare warheads. The Air Ministry plan for the Store is dated May 1953, although planning for the facility almost certainly had started before this, and it was fully operational by July 1954. In the first phase of works, the fences, earthworks, fissile core storage hutches, inspection buildings and gantries were built by August 1955.
The small arms and pyrotechnics store, barrack accommodation, gymnasium, telephone exchange, meat preparation store and dog compound were erected shortly after to strengthen security. By mid 1955 the double fence was in place, later augmented by the current observation towers erected in early 1959 replacing smaller structures. The Special Storage Unit remained the main holding place for the Mk. 1 Atomic Bomb, under control of Bomber Command until November 1956 when an independent Unit (95 Commanding Maintenance Unit) was formed. During the operational life of the site, second and third generation British nuclear weapons such as ''Red Beard'' and ''Yellow Sun'' were introduced on the site.
By 1962, the site was in decline and the maintenance unit ceased to exist on 31st July 1963. The closure of the station is probably linked to the operational deployment of ''Blue Steel'' from late 1962. The site was sold to the current owners in 1966 and let out for light industrial use. Some of the buildings have been altered and most significantly, one of the non-nuclear stores burnt down in the 1980’s, but there has been an on-going maintenance and repair programme agreed with English Heritage resulting in the preservation of the site.
WASHINGTON - Secretary of Homeland Security Jeh Johnson makes a surprise visit to the monthly meeting of component executive secretaries hosted by the Executive Secretary of DHS Kimberly O’Conner, Dec. 7, 2015. Secretary Johnson focused on the importance of plain language in DHS written products and thanked the employees for their vital work in day to day operations at the department noting particular the outstanding performance of the employees attending the meeting. Official DHS photo by Jetta Disco.
Again, a very, VERY tiny example of the vast array of electronic & electro-mechanical parts and components to be found here. You name it, it is probably here, parts-wise (resistors, capacitors, transistors, varistors, heat sinks, diodes of all shapes & sizes, LEDs, etc -- enough to load a large truck).
Note the blown can cap in the right side of the photo! I think the rolled paper is a bunch of pin-up girls (but, then it could be blueprints for some one-off system Dad built for a sawmill in the 1960s) ;)
Vacuum tubes, resistors, diodes, a Tube Screamer guitar pedal, transistors, terminal strips and more!
Sgt. Derek Tolliver (L), senior radar operator and Staff Sgt. Joseph Hendrix (R), section chief for the Target Acquisition Section of Headquarters and Headquarters Battery, Field Artillery Squadron, 2d Cavalry Regiment, U.S. Army, answer questions about the specifications, capabilities and operation of the AN/TPQ-50, Lightweight Counter-Mortar Radar to Col. Bruno Malvaux, Deputy Belgian Land Component Commander (2nd from left) during a LCMR brief at Radar Site 1 in the Grafenwoehr Training Area, Germany Feb. 26, 2016. (Photo by: Staff Sgt. Jennifer Bunn, 2d Cavalry Regiment Public Affairs)
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 4D-space using principal component analysis, The resulting image was rebuilt based on that reduced information.
You will see me using component colours though out this project. It highlights each part I have pulled into this master Fusion Project each part is its own separate file and can be updated independently. This keeps the master project file small and manageable. This will allow each part to be updated and will then automatically update the master file. Or that is the plan
Fiber optic passive components are an important part of fiber optic communication systems. Classified by function, there are fiber optic connectors, fiber optical adapters, optical attenuators, optical isolators, and optical circulators.
Optical fiber communication systems are developing towards access networks, broadband networks, dense wavelength division multiplexing systems, and all-optical networks, placing new and higher requirements on the technology of fiber optic passive devices.
Therefore, how to grasp the technical development direction of optical passive components to meet the needs of the market has become a concern of the industry.UnitekFiber provides fiber optical components. Our components are including fiber optic connectors, fiber optic adapters, attenuators etc..With reliable quality control system for connectors ceramic ferrules and ceramic sleeve warranting stable performance at fiber optical network construction.
Components of old Fairymead No.1 mill gearbed discarded in late 70's and left in dump at bush paddock. Vic and Rod were sent down to see if it could be reused for the dewatering mill.
Here are the components I used to form the 'what lies within' image below. cool huh?
Photographer: Dave Ormerod
model: Kasia Bober www.modelmayhem.com/1006931
costume: Kate Williams www.katewilliams.net/
hair: Kaylee Yasmin
make-up: Grace Gray www.modelmayhem.com/882571
stylist: Upesh 'Pash' Mistry @ StyleCreative www.stylecreative.co.uk/ www.modelmayhem.com/1931187
This shows which menu you've got to press to get to the component installer. You must install this component thru the installer and not thru FTP.
On my ride to work this morning, a spoke broke on my rear wheel. On my way to the bike shop to have that repaired, my handlebar broke. Only my superhuman balance saved me from a broken collarbone or worse.
Vacuum tubes, resistors, diodes, a Tube Screamer guitar pedal, transistors, terminal strips and more!
Presented by the Josephine B. Scheffenacker Education Trust.
One of the most exciting components of A+ Partners in Education, Battle of the Books gets fifth grade students excited about reading. A lively academic competition, Battle of the Books improves reading comprehension, builds vocabulary, and teaches teamwork and good sportsmanship. The 2015 competition runs concurrently at Howard, Mt. Hebron, Oakland Mills, River Hill and Wilde Lake high schools.
Teams of five students and one adult coach each read the same 16 pre-assigned books over four months. Selected by HCLS instructors and HCPSS media specialists, titles include a wide range of reading levels and subjects. Thanks to generous sponsors, all teams receive a set of books. In addition to reading the books, teams choose a team name then dress accordingly.
During the "battle" (a 50-question exam), a moderator asks questions that relate to one of the following: a direct quote from one of the book characters; a statement about something that happens in the book; a passage taken directly from the book; details about an illustration or picture. Winning teams receive prizes.