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Laser projectors

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A laser projector is a collection of lasers, mirrors, galvanometer scanners and other optical components housed in an enclosure. A laser projector can contain one laser light source for single color projection or possibly 3 sources for RGB (red, green, blue) full color projection.
Contents
1 Typical components
1.1 Laser Diodes
1.2 Solid State DPSS
1.3 Gas lasers
1.4 Galvanometer scanners
1.5 DAC
1.6 DMX
1.7 Dichroic Mirrors
2 Typical terminology
//
Typical components
Laser Diodes
Red: 635nm, 650nm, 671nm
Blue: 450nm, 473nm
violet 405nm
Solid State DPSS
Red: 671nm
Green: 532nm
Blue: 473nm & 457nm
Gas lasers
Red: HeNe (Helium-Neon) @ 632.8nm, Krypton @ 647.1nm
Green: Argon @ 514.5nm
Blue: Argon @ 488nm or 457.9nm
Multi-colour (whitelight): Mixed gas Argon/Krypton 647.1nm, 514.5nm, 488nm, 476.5nm, 457.9nm
Galvanometer scanners
Galvanometers, sometimes known as "scanners" or "Galvos" are the devices that move mirrors which reflect the laser beam and essentially create the patterns, text or animations. The mirror is mounted on the end of a rotary shaft that is deflected when power is applied to the device. Galvos are typically identified by their speed of operation measured in Kpps (kilo points per second). 8k, 12k, 20k, 30k, 35k, 60k are all speeds that are generally available. The faster the galvos, the smoother and more flicker-free the projected image is. Each galvo moves the beam in one plane, either X axis ot Y axis. Placing the galvos close together at 90 degrees to each other allows full movement of the laser beam within a defined square area. The most useful specifications of a galvo pair for laser show use are the speed at which the galvo can draw points and the angle at which this speed is achieved. Galvos come in two main groups, open loop and closed loop (most prevalent) defining the presence of a feedback signal. They are driven by amplifiers that are not too dissimilar to audio power amplifiers, that in the case of closed loop devices have the ability to take a feedback signal from the scanner to make an accurate, quick and repeatable placement of the mirror position.
DAC
In the case of computer control, a Digital-to-analog converter (DAC) is needed to convert the digital control signal form the computer into analog signals that control the scanners in the laser projector. Typically, 2 channels are used for x-y position control and 3 channels are used for controlling the RGB values of an RGB projector. In the case of a single color projector, the intensity channel is used instead of the RGB channels. Most commercially available projectors and DACs are compatible with the ILDA standard that specifies the channels and pinout for the 25-pin D-SUB input connector on the projector.
DMX
Many laser projectors and galvanometer sets include Digital Multiplexing (DMX) input. DMX was originally designed to control theatrical lighting, but has spread to laser projectors over the years. DMX allows the user to control the inbuilt patterns of the projector. A few of these features are Size, pattern, colour and rotation. However, DMX Does Not let you design and display your own graphics/animations, it is simply just a way of controlling the patterns included in your laser projector. A Digital to Analog Converter (DAC) is required for custom graphics/animations.
Dichroic Mirrors
A dichroic mirror is a mirror with different reflection or transmission properties at two different wavelengths. Typical dichroic mirrors used in laser projectors pass red light and reflect green and blue, or pass green light and reflect red and blue. Dichroic mirrors are required for combining laser beams of different colors, e.g. to combine the red, green and blue beams into a single white-light beam. The individual red, blue and green lasers are then controlled in brightness (modulated) to produce any desired color in the final beam. A typical analog-modulated RGB projector has 256 brightness levels for each laser. This gives (256 x 256 x 256) 16,777,216 different available colors (the same as a modern computer monitor).
Typical terminology
Blanking
Blanking is a state in which the laser beam is turned OFF while the mirrors are changing position during the creation of animations or text. Blanking is an ultra fast operation happening typically hundreds of times per second. New technology solid state lasers use direct electronic control of the laser source to provide the blanking. With gas lasers such as argon or krypton, this was not possible and the blanking would be carried out by use of a third galvanometer that would mechanically interrupt the beam. As new technology was developed, a Poly-Chromatic Acousto-Optic Modulator, or PCAOM was used, that allowed high-speed...(and so on)

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Raven (BBC TV series)


(Redirected from Raven (game show))
Raven
Series 7/8 opening title card
Genre
Children'sGame Show
Starring
James Mackenzie
Theme music composer
David Brockett
Country of origin
Scotland
Language(s)
English
No. of seasons
8
No. of episodes
160 (List of episodes)
Production
Producer(s)
Colin Nobbs (Series 1)Matthew Napier (Series 2-7)Dougie Napier (Series 8)
Location(s)
Scotland
Running time
25 minutes
Broadcast
Original channel
CBBC
Picture format
16:9 widescreen
Original run
2002 Present
Chronology
Related shows
Raven: The Secret Temple, Raven: The Island, Raven: The Dragon's Eye
External links
Official website
Raven is a BAFTA-winning BBC Scotland children's adventure game show, currently showing on CBBC in the UK and on BBC Kids in Canada, with eight series so far. It is hosted by James Mackenzie in the title role, who conducts a group of children, known as warriors, over five days through a series of tasks and feats. At various stages in the adventure, the group loses the least successful warrior, until two go through to the final week to compete for the title of Ultimate Warrior.
Contents
1 Format
1.1 Characters
2 The Warriors
2.1 Ultimate Warriors
3 The Challenges
3.1 The Last Stand
3.2 The Way of The Warrior
3.2.1 Victors
4 Production and Awards
4.1 Spin-Off Series
4.2 Series 9
5 See also
6 References
7 External links
//
Format
The show consists of six warriors who compete in various challenges, originally set over five shows in one week, and three groups per series; as such, each week brings a new set of six warriors. One warrior is lost each day except for the first, until there are two warriors left at the end of the week. These two go through to the fourth and final week to compete against the winners of the other two heats.
At the start of their quest, each warrior is granted a number of lives, represented by raven feathers on a standard, and a particular element or feature (such as a mountain or the sun) which appears on their standard and outfits. Warriors then compete in challenges in which lives may be lost by failing, and regained by collecting rings during the challenge, which are placed on the warrior's standard until enough rings are collected. In the first three series, each warrior was granted seven lives, and from the second series, winning seven treasure rings would win back a life. Since then, this number has changed to nine lives and nine rings.
Should all lives be lost, that warrior is eliminated. If no-one has been eliminated by the end of the day, the warrior with the fewest lives and rings must face The Way of the Warrior. If they complete this difficult task, they continue their quest, and the warrior in second-to-last place must take up the challenge. If two warriors have an equal number of lives and rings, a black feather is drawn from a bag to decide who must face elimination.
Characters
For additional characters from the spin-offs relevant to the overall show mythology, see Raven: The Island and Raven: The Secret Temple.
Raven (James Mackenzie): Originally from the Island of Alaunus, Raven is an ancient, immortal Scottish warlord and the warriors' guide throughout the quest; his name refers to his ability to shape-shift into a raven at will. His mortal enemy is Nevar, who he fights to prevent darkness from afflicting the land.
Both serious and dryly humorous, he urges and pushes the warriors to do their best in all challenges, quick to both praise their success and point out their failures, but always with a kind word for the warriors who are eliminated. From season 2 onwards, he carries his Staff of Power with him at all times, topped with a carving of a raven's head, which allows him to bring warriors back when they lose a game, reveal the warriors' thoughts, recap what has happened previously, and both give and take away the warriors' lives from their standards. He has an elaborate style of speech, which has generated some catchphrases, including, "Are you ready? Then let the challenge... begin", and "may the luck of the Raven's Eye be with you".

Raven's arch-enemy, Nevar.
Nevar: A mysterious figure who wears a black-hooded cloak and an iron mask, introduced in the second series and whose name is the reverse of Raven. The forging of the six symbols long ago, which brought sorcery back to Raven's land, also brought the scourge of Nevar who attempts to spread darkness once more.
All that can be seen of Nevar's true form is his eyes, which have red irises and red-pink, scorched skin around them. Nevar is described as "the enemy of all that is good and true" by his arch-enemy Raven, and is responsible for the demons featuring heavily in the warrior's tasks in an attempt to impede their progress. He is often seen watching the warriors' progress in his castle and only appears in person at The Last Stand as Guardian of the Portal, where he does his best to stop the remaining warriors from winning.
In Raven: The Island, Nevar's story was relayed by Princess Erina to Haryad. At that time, he had ruled the Island of Alaunus with his dark magic for four years, making Staffs of Power from the Enchanted Oak to arm his demons, in order to stop the warriors from reaching his fortress. Nevar was once a normal human, no more than an upstart baron with a band of brigands as his followers, and considered no more than an irritation on Alaunus. However, he became twisted and corrupt when he stole the Enchanted Oak and used it to create a Staff of Power for himself; as a result, each time he uses his Staff for evil, half of his remaining life-force is taken away, taking its toll on his mind and his body. His iron mask and his cloak hides his scarred, burnt face, marks given to him from a battle with Raven. Until the third series his mask resembled many small pieces of metal covering his face, before becoming a full metal mask in series four.
In Raven: The Secret Temple, Nevar is thought to have been slain, until the last ten seconds of the show, where he is shown to have survived the temple falling on him.
The Warriors
See also: List of Raven series

Warrior emblems in Raven.
Warriors are given four, five or six-letter names composed from letters selected from their real surnames and first names. Each warrior is given a standard with their lives and treasure rings on it. There are six different designs and colours to differentiate the contestants: a red outfit containing a sun; a beige outfit containing a cloud; a yellow outfit containing a mountain; a green outfit containing a tree; a blue outfit containing a wave; and a dark grey outfit containing a moon. In the Series 1 there were no symbols and the colours were different (Mauve, Light Blue, Green, Black, Earth Green and Light Brown). The emblem designs have become bolder through the series, and in the seventh series, the emblems feature more prominently. It is explained that the symbols were forged long ago from gold in order to vanquish the darkness that once shadowed the land, and on completion of the final symbol, light and sorcery returned to the land, before the evil Nevar appeared to try to return the land to darkness once more.
Ultimate Warriors
The winners from each series are known as an Ultimate Warrior. Their prize is the warrior's "heart's desire" - a holiday - and from series two, the Ultimate Warrior was also presented with a Staff of Power. In reality, they do not get to keep this; in later series, the three finalists each win a trophy. The winner receives the holiday and a trophy bearing a raven's...(and so on) To get More information , you can visit some products about auto body tool , body spray axe , super body shaper , casting body parts , car body part , body soap , electronic body fat scale , auto body used parts , auto body part , , .

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Jolimont Yard



Overhead view of the workshops and yard looking north west, in 1929.
Jolimont Yard was an array of railway lines and carriage sidings on the edge of the central business district of Melbourne, Australia. Located between Flinders Street Station, Richmond Junction, the Yarra River and Flinders Street they were often criticised for cutting off the city from the river, being the site of many redevelopment proposals. The Princes Gate Towers were built over part of the yard in the 1960s, which themselves were replaced by Federation Square in the 1990s. The rail sidings themselves were progressively removed from the 1980s to the 1990s with only running lines today, but the area continues to be referred to as the 'Jolimont railyards' by Melburnians.
Contents
1 History
2 Past elements
2.1 Workshops
2.2 Signal boxes
2.3 Footbridges
3 Redevelopment plans
4 Rationalisation
5 Today
6 References
//
History
The area of the Jolimont Yards had long been a site of railway development. Flinders Street Station was the terminal of the first railway in the city, running to Sandridge (now Port Melbourne). It was later joined by the independent Princes Bridge Station on the eastern side of Swanston Street, which served as the terminal for lines towards Richmond, South Yarra and Hawthorn. The two stations were not connected together until 1866, with Princes Bridge not reopening until 1879.
As time continues, the area between Princes Bridge and Richmond stations developed into a major yard for the stabling of suburban carriage stock, as well as the servicing of the steam locomotives that hauled them. Freight traffic was based out of Melbourne Yard and most of the country carriage stock was serviced at the Dudley Street sidings, both adjacent to Spencer Street Station. The running lines were arranged into pairs (inbound and outbound for each destination) with multiple sidings located between them.
In 1917 the Princes Bridge locomotive depot was closed, and replaced by the Jolimont Workshops. Built as part of the electrification of the Melbourne suburban network, it was the main storage, servicing and maintenance depot for the new fleet of suburban trains. The workshops was erected to the south along Batman Avenues, with the storage sidings located between the running lines. A footbridge ran from Flinders Street across the entire yard to provide access for train drivers.
An electrical substation was also erected to the south of the yard, to feed power into the overhead wires. Of 18,000 kilowatt capacity, it fitted with six 3000 kilowatt rotary converters and was the largest substation on the network until demolished in the early 1970s to make room for the City Loop portals for the Caufield Group. Additional sidings were also provided in the triangle formed by the lines bound for Richmond and Jolimont. Located on the site of the East Melbourne Cricket Ground, the ground was acquired by the Victorian Railways and the Essendon Football Club played their final season there in 1921.
The next major change was construction of the Glen Waverley flyover beginning in late 1970s. Part of the quadruplication works between Richmond and Burnley stations, it converts the up (inbound) - down (outbound) - up - down track layout at Flinders Street to a up - up - down - down track layout at Richmond and beyond. Completed in February 1973, it also permits a cross-platform interchange between City Loop and Flinders Street direct trains at Richmond on platforms 7/8 and 9/10. The flyover necessitated the reconstruction of a footbridge that linked Yarra Park to the Melbourne Cricket Ground.
Further changes occurred when the City Loop was built. In addition to the relocation of the electrical substation, numerous tracks at Richmond Junction needed to be relocated to make room for the ramps descending into the tunnel, and tracks in the yard itself were slewed as work progressed on the cut and cover tunnels. The Metrol train control complex was also constructed beside the yards on Batman Avenue, to control the loop as well as to replace the five Flinders Street signal boxes. During construction the public discovered that the building would block the view from from Russell Street to the Botanic Gardens and Government House, and that it had occurred due to no planning permit being applied for. State Premier Rupert Hamer responded to public outrage and instructed the half built building to be demolished, and instructed all government departments that they must apply for planning permits, whether they were legally needed or not. The building was redesigned to be lower and resulting in completion being delayed until early 1980.
Past elements
Workshops
Main article: Jolimont Workshops
The Jolimont Workshops were the main maintenance and repair facility for the Victorian Railways electric fleet, both multiple units and locomotives. Located on the south side of the yard, it was made up of a large brick carshed with tracks leading into if from both the east (Richmond) and west (Flinders Street) ends. In addition to the maintenance of the suburban multiple unit fleet, the E class suburban freight and L class mainline electric locomotives were maintained there until the 1960s.
Signal boxes
Five signal boxes controlled traffic into Flinders Street Station. Later replaced by Metrol, four of them were located in Jolimont Yard:
Flinders Street B was located at the Richmond end of Flinders Street platform 8/9 and controlled the southern tracks into and out of the station from Jolimont Yard. Constructed of brick it was of 'traditional' Victorian Railways design, and was demolished when the Federation Square Deck was built.
Flinders Street C was located beyond the Richmond end of Flinders Street platform 4/5 and controlled the northern tracks into and out of the station from the yard. Constructed of brick it was of 'traditional' Victorian Railways design, and was demolished when the Federation Square Deck was built.
Flinders Street C was located at the Richmond end of the Princes Bridge Station island platform (later renumber to Flinders Street 15/16). Of utilitarian brick construction it remains in place today just outside the Federation Square Deck, but is unused as a signal box.
Flinders Street E was located at Richmond Junction, and controlled the junction as well as access into the Richmond end of the stabling sidings. Of utilitarian brick construction it remains in place today underneath the William Barak Bridge, but is unused as a signal box.
Footbridges
During the heyday of the yard only two footbridges crossed the yard:
The Botanical Gardens Footbridge, located west of Richmond station it links Yarra Park with the MCG. The central span was rebuilt with increased clearances when the Glen Waverley flyover was constructed underneath it in the 1970s, but the original lattice truss approach spans remain.
A second footbridge ran from Flinders Street, between Russell and Exhibition Streets, and ran south over the tracks. It was for railway use only, with stairs running down to the stabling sidings below. The access gate for the bridge remains evident in the Flinders Street fence today.
Only the first bridge remains today, the other bridges being recent additions.
Redevelopment plans

Federation Square atop the railway lines
Over the years, various redevelopment plans for Jolimont Yard have been proposed by various parties, including:
1925: Cathedral Square In 1925 a design competition was held by the Royal Victorian Institute of Architects for redevelopment of the rail yard. The winner was James Smith with his proposal set back from the street line, featuring a paved civic plaza and fountain, railway offices, tourist bureau and a concourse to Princes...(and so on) To get More information , you can visit some products about wireless cordless mouse , cordless wireless keyboard , cordless drill , hitachi cordless drill , cordless 18v drill , cordless nail gun , cordless rechargeable grease gun , cordless electric kettles , cordless polishers , mini cordless mouse , .

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Dental sealant


Dental sealants are a dental treatment consisting of applying a plastic material to one or more teeth, for the intended purpose of preventing dental caries (cavities) or other forms of tooth decay.
Contents
1 Development
2 Application
3 References
4 External links
//
Development
Since the 1970s, in the United States, the incidence of tooth decay on the smooth surfaces of teeth has declined, in part because of fluoridation becoming widespread in public water supplies as well as improved dental hygiene among the public. However, because the teeth in the back of the mouth (molars and premolars) have numerous pits and fissures on their biting surfaces, certain areas of these teeth are often difficult to clean even with vigorous tooth-brushing. To remedy this, research into dental sealants began in the 1960s and by the early 1970s, the first generation of sealants became available and were approved by the FDA.
Application
Dental sealants are usually applied in a dentist's office. The dentist, dental hygienist or assistant first cleans and dries the tooth to be treated, then paints a thin layer of liquid plastic material on the pits and fissures of the tooth. After application of the plastic liquid, blue spectrum natural light is shined on the applied material for a few seconds to cure the plastic. Alternatively, some brands of sealants self-cure via a chemical process.
After curing, the plastic becomes a hard, thin layer covering the treated portions of the tooth. Despite the incredible pressures effected on teeth during chewing each day, dental sealants may remain effective for five years or longer, although sealants do wear naturally and may become damaged over time. Bacteria and food particles may eventually become entrapped under the dental sealants, and can thus cause decay in the very teeth intended to be protected.
References
^ "Sealants". American Dental Association. http://ada.org/public/topics/sealants.asp. Retrieved on 2009-01-12.
External links
Teeth sealants for children and young people informedhealthonline.org
This dentistry article is a stub. You can help Wikipedia by expanding it.
Categories: Dental equipment | Dentistry stubs
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Morris Light Reconnaissance Car



Morris Light Reconnaissance Car
Morris LRC of the RAF Regiment, Tunisia, 30 March 1943.
Production history
Manufacturer
Morris
Numberbuilt
2,200
Specifications
Weight
3.7 t
Length
13 ft 4 inch (4.06 m)
Width
6 ft 8 inch (2.03 m)
Height
6 ft 2 inch (1.88 m)
Crew
3
Armor
8-14 mm
Primaryarmament
Boys anti-tank rifle
Secondaryarmament
7.7 mm Bren machine gun
Engine
Morris 4-cylinder petrol72 hp (54 kW)
Power/weight
24 hp/tonne
Suspension
Mk I: 4 x 2 wheelMk II: 4 x 4 wheel
Operationalrange
240 miles (385 km)
Speed
50 mph (80 km/h)
Morris Light Reconnaissance Car was a British light armoured car for reconnaisance use produced by the Morris Motor Company and used by the British during the Second World War.
The vehicle had an unusual internal arrangement, with three-man crew sitting side by side by side with the driver in the middle, a crewman manning a small multi-sided turret mounting Bren light machine gun at the right side, and another with Boys .55 inch anti tank rifle (mounted in brackets in the hatches on the hull roof) and access to radio set at the left. From 1940 to 1944 over 2,200 were built.
The vehicle was used in Africa, Italy and in the Northern Europe. Some served with the RAF Regiment. Some were given to Polish units.
One of the surviving vehicles is on display at the Duxford Imperial War Museum, another at the Bovington Tank Museum.

RAF Morris LRC on an airfield in the Azores, January 1944.
Contents
1 Variants
2 Notes
3 References
4 External links
//
Variants
Mk I - original version.
Mk I OP - observation post version. No turret. Equipped with two rangefinders.
Mk II - four-by-four chassis.
Morris Experimental Tank - had two turrets. Never reached production.
Firefly - experimental tank destroyer, armed with hull-mounted QF 6 pounder anti-tank gun.
Notes
References
George Forty - World War Two Armoured Fighting Vehicles and Self-Propelled Artillery, Osprey Publishing 1996, ISBN 1-85532-582-9.
I. Moschanskiy - Armored vehicles of the Great Britain 1939-1945 part 2, Modelist-Konstruktor, Bronekollektsiya 1999-02 (?. ????????? - ????????????? ??????? ?????????????? 1939-1945 ????? 2, ????????-???????????, ?????????????? 1999-02).
WWIIvehicles
External links
Wikimedia Commons has media related to: Morris Light Reconnaissance Car
Missing-lynx.com
Morris LRC website
v?d?e
British Commonwealth armoured fighting vehicles of World War II

v?d?e
Tanks
Light tanks
Vickers 6-Ton Mk II Mk III Mk IV Mk V Mk VI Mk VII Tetrarch
Cruiser tanks
Mk I Mk II Mk III Mk IV Mk V Covenanter Mk VI Crusader Mk VII Cavalier Mk VIII Centaur Mk VIII Cromwell Challenger Comet Sherman Firefly Ram Grizzly I (Canada) Sentinel (Australia)
Infantry tanks
Mk I Matilda Mk II Matilda Mk III Valentine Mk IV Churchill

v?d?e
Self-propelled artillery
Bishop ? Sexton ? Deacon ? Archer ? Achilles

v?d?e
Armoured personnel carriers
Universal Carrier ? Loyd Carrier ? Kangaroo ? Terrapin

v?d?e
Scout Cars and Armoured cars
Scout Cars
Daimler Dingo ? Dingo Scout Car (Australia) ? Humber Scout Car ? Lynx Scout Car (Canada) ? S1 Scout Car (Australia)
Light Reconnaissance Cars
Humber LRC ? Morris LRC ? Otter LRC (Canada)
Armoured Cars
AEC Armoured Car ? Coventry Armoured Car ? Daimler Armoured Car ? Fox Armoured Car (Canada) ? Guy Armoured Car ? Humber Armoured Car ? Lanchester Armoured Car ? Marmon-Herrington Armoured Car (South Africa) ? Morris CS9 ? Rhino Heavy Armoured Car (Australia) ? Rolls-Royce Armoured Car ? Rover Light Armoured Car (Australia) ? Standard Beaverette ? Armoured Carrier Wheeled Indian Pattern (India)
Armoured Trucks
Bedford OXA ? Bedford Armadillo ? Bison ? C15TA Armoured Truck (Canada)
Armoured Command Vehicles
AEC ACV ? Guy Lizard ACV

v?d?e
Experimental vehicles
Avenger ? Black Prince ? Centurion ? Excelsior ? TOG 1 ? TOG 2 ? Tortoise ? Valiant ? Harry Hopkins ? Alecto

v?d?e
Unarmoured vehicles
Artillery tractors
AEC Matador ? Morris C8 Quad ? Scammell Pioneer ? Canadian Military Pattern
Trucks and lorries
Bedford QLD ? Austin K2 ? Morris 15 cwt ? Austin K5 ? Bedford OYD ? Bedford OXD ? Morris C9 ? Guy Ant ? Leyland Retriever (3-ton) ? Leyland Lynx(30-cwt) ? Leyland Hippo (10-ton) ? Thornycroft Nubian ? Thornycroft Tartar
Tank transporters
Diamond T tank transporter ? Scammell Pioneer Semi-trailer
Utility and cars
Car, Heavy Utility 4x2 Ford C11 ? Car, Light Utility ("Tilly") ? Car, 4-Seater 4x2
British armoured fighting vehicle production during World War II
Categories: Armoured cars of World War II | World War II armoured fighting vehicles of the United Kingdom | Reconnaissance vehicles
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