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GHH mining machine underground shovel, when they were introduced in the Monteponi mine, helped to make the work lighter and faster. He wouldn't mind seeing it displayed in a protected area and not exposed to the elements. A machine created to work indoors that ends its "career" outdoors. The most interesting part are the reinforcements made by hand welding along the entire profile of the blade of the shovel. Although not a certainly functional artistic work; this is proof of the mastery and skills that the staff had acquired in working in a mine like this.
Pala da sottosuolo GHH mining machine, quando vennero introdotte nella miniera di Monteponi aiutarono a rendere il lavoro più leggero e veloce. Non sabbe male vederla esposta in una zona protetta e non esposta alle intemperie. Una macchina che nasce per lavorare al chiuso che finisce al sua "carriera" all'aria aperta. La parte più interessante sono i rinforzi realizzati con saldatura a mano lungo tutto il profilo della lama della pala. Seppure non un lavoro artistico sicuramente funzionale; questo a riprova della maestria e delle competenze che il personale aveva acquisito nel lavorare in una miniera come questa.
This facility helps the Company mass produce hub bolts, center bolts, spring pins, etc. using the state-of-the-art MAZAK Super Quick Turn 200, a Computerized Numerical Control (CNC) Lathe Machine. The high costs of branded parts made the machine shop an important support facility. What it produces is distributed to other branches of operations.
A sewing machine is a textile machine used to stitch fabric or other material together with thread. Sewing machines were invented during the first Industrial Revolution to decrease the amount of manual sewing work performed in clothing companies. Since the invention of the first working sewing machine, generally considered to have been the work of Englishman Thomas Saint in 1790,the sewing machine has vastly improved the efficiency and productivity of fabric and clothing industries.
I primi modelli erano azionati a mano: attraverso una manovella applicata al volano, con la mano destra si produceva il movimento dell'ago, della spoletta e l'avanzamento per trascinamento del tessuto, mentre con la mano sinistra si controllava la sua
posizione e l'indirizzamento.
Successivamente le macchine per cucire furono a pedale: la movimentazione si otteneva con l'oscillazione di un pedale, posto sotto il tavolino in cui era inserita la macchina che, collegato da una cinghia, produceva il movimento; entrambe le mani rimanevano libere e quindi disponibili per l'indirizzamento del tessuto.
Oggi il movimento è prodotto da un motore elettrico: il comando d'azionamento della macchina da cucire è dato da un pedale che si schiaccia col piede o da una leva azionata con lo spostamento laterale del ginocchio nei modelli industriali.
Font : Wikipedia
Toyota 860 Embroidery Machine, Bordadora
1 head / 1 cabeza
12 needles / 12 agujas
Caps system / sistema de gorras
Tubular Hoops / Aros tubulares
USB Drive
theembroiderywarehouse.blogspot.com/
619-819-2911 (USA)
55-8421-3311 (Mexico)
1-750-7258 (Colombia)
Girl plays with a toy gun as her guardian speaks about the then-looming first Gulf War at Speaker's Corner, Hyde Park, London (Winter 1990/1). I need to re-scan this print.
Nearly everything in Sweden is designed to look good and works properly. Whoever thought this one out was working on the assumption that if you can use the machine you have probably got a computer and are familiar with the way it works, so it just has a heavy-duty standard computer keyboard and trackball.
That said, the excellent concept wasn't followed through, and the screen is a touch-screen and the networking is dire, so it takes ages to get a ticket, partly because the machine does seat reservations at the some time, even for a local journey. It is all asking too much especially when people tend not to sit in the seat that is reserved for them.
Machines & Macchiatos is run by the Sydney Machina Social Club in Sydney, New South Wales.
It's a modern motoring club, for all types of Machines, Vintage, Classics, Customs, Rods, Modern Exotics, Motorcycles & more. If you love Ford Mustangs, Porsche 911, Ford GTHO Falcons, Corvettes, Ferrari then head down.
www.sydneymachinasocialclub.org/
For more photos go to www.flickr.com/photos/behindthesteeringwheel/albums
A vending machine at the Sapporo Brewery that issues tickets for sampling the beer. You buy a ticket and redeem it at the bar.
Volkach, December 2006 -
An old vending machine. I took the photo for coanri/Rita's group and was surprised to see that the machine must have been in use until recently, because the price is in cents. I think I might have bought bubble gums from this machine as a kid once...
My wifes new quilting machine Babylock Crown Jewel II with New Momentum Frame. Just a note this is 2 pictures stitched together.
This is pleather or whatever so it's stiffer than a regular movers belt but I've got a 30 inch waist so I had to make it 4 inches shorter just to fit, plus I added more Velco. The machine sewed through it like it was a single piece of cotton.
My grandma used to own and use this manual (rather pedal) singer sewing machine. I love this thing, it's way nicer and more precise to sew than any of the newer ones.
(Terrible background on the picture, but could not move it to a location where the background would have looked good for taking a photo).
The Metal Stick has been machined from its original 27.2mm to 26.8mm diameter and similarly machined internally to accept the new spigot of the Campagnolo.
Information is quoted from the Historic Environment Record for H BUILDING, Malvern, UK
The building, having military purposes and designated locally as H building, sits on a former Government Research site in Malvern, Worcestershire at Grid Ref SO 786 447. This site was the home of the Telecommunications Research Establishment (TRE) from 1946. It has been owned by QinetiQ since 2001 and is in the process (October 2017 to February 2018) of being sold for redevelopment.
This unique building has at its heart a ‘Rotor’ bunker with attached buildings to house radar screens and operators as well as plant such as emergency generators. Twenty nine Rotor operational underground bunkers were built in great urgency around Britain to modernise the national air defence network, following the Soviet nuclear test in 1949. Two factors make H building’s construction and purpose unique; this prototype is the only Rotor bunker built above ground and it was the home to National Air Defence government research for 30 years.This example of a ROTOR bunker is unique instead of being buried, it was built above ground to save time and expense, as it was not required to be below ground for its research purpose.
H Building was the prototype version of the Rotor project R4 Sector Operations Centre air defence bunkers. Construction began in August 1952 with great urgency - work went on 24 hours a day under arc lights. The main bunker is constructed from cross bonded engineering bricks to
form walls more than 2 feet thick in a rectangle approximately 65ft x 50ft. The two internal floors are suspended from the ceiling. The original surrounding buildings comprise, two radar control and operator rooms, offices and machine plant.
The building was in generally good order and complete. The internal layout of the bunker remains as originally designed. The internal surfaces and services have been maintained and modernised over the 55 years since its construction (Figure 3). The first floor has been closed over.
There are some later external building additions around the periphery to provide additional accommodation.
In parts of the building the suspended floor remains, with 1950s vintage fittings beneath such as patch panels and ventilation ducts.
The building has been empty since the Defence Science & Technology Laboratories [Dstl] moved out in October 2008
As lead for radar research, RRE was responsible for the design of both the replacement radars for the Chain Home radars and the command and control systems for UK National Air Defence.
Project Rotor was based around the Type 80 radar and Type 13 height finder. The first prototype type 80 was built at Malvern in 1953 code named Green Garlic. Live radar feeds against aircraft sorties, were fed into the building to carry out trials of new methods plotting and reporting air activity
A major upgrade of the UK radar network was planned in the late 1950s – Project ‘Linesman’ (military) / ‘Mediator’ (civil) – based around Type 84 / 85 primary radars and the HF200 height finder. A prototype type 85 radar (Blue Yeoman) was built adjacent to H Building in 1959. live radar returns were piped into H Building.
Subsequently a scheme to combine the military and civil radar networks was proposed. The building supported the research for the fully computerised air defence scheme known as Linesman, developed in the 1960s, and a more integrated and flexible system (United Kingdom Air Defence Ground Environment or UKADGE) in the 1970s.
The building was then used for various research purposes until the government relinquished the main site to QinetiQ in 2001. Government scientists continued to use the building until 2008. Throughout its life access was strictly controlled by a dedicated pass sytem.
Notable civil spin-offs from the research in this building include the invention of touch screens and the whole UK Civil Air Traffic Control system which set the standard for Europe.
Chronology
1952 - Construction work is begun. The layout of the bunker area duplicates the underground version built at RAF Bawburgh.
1953 - Construction work is largely completed.
1954 - The building is equipped and ready for experiments.
1956-1958 - Addition of 2nd storey to offices
1957-1960 - Experiments of automatic tracking, novel plot projection systems and data management and communications systems tested.
1960-1970 - Project Linesman Mediator experiments carried out including a novel display technique known as a Touch screen ( A World First)
TOUCHSCREEN
A team led by Eric Johnson in H building at Malvern. RRE Tech Note 721 states: This device, the Touch Sensitive Electronic Data Display, or more shortly the ‘Touch Display’, appears to have the potential to provide a very efficient coupling between man and machine. (E A Johnson 1966). See also patent GB 1172222.
Information From Hugh Williams/mraths
1980-1990 - During this period experiments are moved to another building and H building is underused.
1990-1993 - The building was re-purposed and the bunker (room H57) had the first floor closed over to add extra floor area.
2008- The bunker was used until late 2008 for classified research / Joint intelligence centre
Information sourced from MRATHS
Machine Gun Kelly performs at the Vans Warped Tour in Atlanta, GA on July 26, 2012. Copyright © 2012 by HIGH ISO Music, LLC.
a newspaper rolling machine sits broken by the broken interior windows in an old printing press at the Arcade Building in St. Louis, Missouri.
YOUR COMMENT IS THE GREATEST "AWARD" YOU COULD GIVE -- No graphics please.
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We have developed a high speed machine with high quality tools and also supply all spare parts.
Visit:
An ingenious Unimat milling machine constructed from stadard modules that make up to a variety of useful small machine tools
Part of my series on Nature and Machines.
This image is of several drill bits for the CNC machine. Post work done with CS2. This image is paired with the 'Green Onions Rain' in my series.
Enjoy!
SL-MMG
Type: rapid fire medium machine gun
Cartridge: 9x40 caseless
Fire Rate: 500 rpm
Effective range: about 800 meters
Maximum range: about 2500 meters
Capacity: 42 stacked in 3 barrel/magazine
Energy given to bullet in percentage of enegy given by the powder: 30% (*1)
Initial speed: 800m/s
Weight: 6kg
Operation: elecrtical
Barrel lenght: 560mm
(2*)ARET 2.0 devices used: none
Inspired by Metalstorm weapons.
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(*1) In fact, in modern firearms, only 32% of the potential energy given by the propellant is used for the bullet motion. Most of the energy is wasted in hot gases/noises (34%), in barrel heat ( about 30%), in barrel friction (about 2%) or is simply not used (about 1% of the energy is even not released because a small part of the powder didn't go off).
(*2)So what can we do? A longer barrel means that hot gases are going to give more energy to the bullet. We can also use metamaterials wich deflect waves (here shock waves) and give there energy to the next round fired. We can also use Pelletier systems to convert the heat in electricity and then give it to the next bullet fired. This can work only if efficient energy conductor are use. Wich means that the weapon will be heavier, will be expensive, will have a low rate of fire but will be more powerful, acurate and have a longer range, thermal and noise reduction (except if there are no metamaterials around the muzzle or/and if the bullet is supersonic).
But in the ARET 2.0 weapon set, the barrel is replaced by a MHD generator wich converts the motion of the hot gases in electricity which is sent to a a bench of capacitors. These devices will then send an important electric discharge to the coil wich will turn in a magnet and then atract the bullet at high speed. Here, there is no hot gases existing the muzzle. The ARET 2.0 weapons are lighter, more compact and even more powerful than their ARET 1.0 equivalents.
This leads to the meanings of the weapon set name "ARET" which stands for Armes à Récupération de l'Energie des Tirs (shot's energy recovery weapons).