Automated Collection (page 3)

Gsing am Wagram, Lower Austria, Austria - Closeup of metal wine bottling mechanism. (Editorial Usage Only)

Creeping doll patent, 1871 C024 / 3603
Creeping doll patent, 1871. Artwork of a toy designed by Robert J. Clay. When wound up, the clockwork baby doll moved along the ground on wheels while the limbs mimicked the movement of a crawling

Shaxson Dairies, Elstead - June 1938
Cows at automated milking stall. George Garland Collection West Sussex Record Office Ref. No. Garland N16873A

Workplace Snack Break
United States: c. 1959. A man and a woman chat and eat by the snack vending machines in a facility

Chicken farming, heavy cockerels feeding from feeder in rearing shed, Cumbria, England, July

Chicken farming, heavy cockerel drinking from drinker in rearing shed, Cumbria, England, July

Chicken farming, heavy cockerels in rearing shed with drinkers and feeders, Cumbria, England, July

Chicken farming, heavy cockerels drinking from drinkers in rearing shed, Cumbria, England, July

Dairy farming, automatic washing and filling formaldehyde footbath used after milking dairy cows in Alpha Laval 50 point rotary parlour, Lancashire, England, April

Dairy farming, automatic washing of milking clusters before milking Holstein dairy cows in Alpha Laval 50 point rotary parlour, Lancashire, England, April

Dairy farming, Holstein cows going through formaldehyde footbath after milking in Alpha Laval 50 point rotary parlour, Lancashire, England, April

Inner workings of computerised electric seat from a car

PCR amplification C016 / 9692
MODEL RELEASED. PCR amplification. Researcher examining a sample array from a polymerase chain reaction (PCR) machine. This machine is used to make many copies of (amplify)

DNA sequencing C016 / 9690
MODEL RELEASED. DNA sequencing. Researcher examining a flow cell from a benchtop high-throughput sequencing system (in background)

DNA sequencing C016 / 9691
MODEL RELEASED. DNA sequencing. Researcher examining a flow cell from a benchtop high-throughput sequencing system (in background)

PCR amplification C016 / 9693
MODEL RELEASED. PCR amplification. Researcher examining a sample array from a polymerase chain reaction (PCR) machine. This machine is used to make many copies of (amplify)

PCR amplification C016 / 9694
MODEL RELEASED. PCR amplification. Researcher examining a sample array from a polymerase chain reaction (PCR) machine. This machine is used to make many copies of (amplify)

Launching a micro UAV C015 / 2930
UAV technology. A Russian soldier launching a ZALA 421-08 micro unmanned aerial vehicle (UAV). This is a tiny autonomous flying platform that carries a video camera

Smelting hall of aluminium plant
Aluminium production. A row of electrolytic cells at an aluminium smelting plant. Aluminium is produced by the electrolysis of a molten mixture of aluminium oxide and sodium aluminium fluoride

Nylon toothbrush products, 1930s C018 / 0679
Nylon toothbrush products. Machinery adding nylon bristles to toothbrushes on a factory production line. The machine automatically drills the holes in the handles, inserts the bristles

Genetic analysis, DNA isolation C019 / 0259
Genetic analysis. Automated nucleic acid purification machine being used to purify and isolate DNA (deoxyribonucleic acid) from blood samples. This is an Autopure LS machine from the Qiagen company

Genetic analysis, DNA isolation C019 / 0264
MODEL RELEASED. Genetic analysis. Analyst using a nucleic acid purification machine to purify and isolate DNA (deoxyribonucleic acid) from blood samples

Genetic analysis, DNA isolation C019 / 0261
MODEL RELEASED. Genetic analysis. Analyst using a nucleic acid purification machine to purify and isolate DNA (deoxyribonucleic acid) from blood samples

Genetic analysis, DNA isolation C019 / 0266
Genetic analysis of blood. Automated nucleic acid purification machine being used to purify and isolate DNA (deoxyribonucleic acid) from blood samples

Genetic analysis, DNA isolation C019 / 0267
Genetic analysis of blood. Automated nucleic acid purification machine being used to purify and isolate DNA (deoxyribonucleic acid) from blood samples

Genetic analysis, DNA isolation C019 / 0265
MODEL RELEASED. Genetic analysis. Analyst using a nucleic acid purification machine to purify and isolate DNA (deoxyribonucleic acid) from blood samples

Genetic analysis, DNA isolation C019 / 0262
MODEL RELEASED. Genetic analysis. Analyst using a nucleic acid purification machine to purify and isolate DNA (deoxyribonucleic acid) from blood samples

Computerised control system, 1985
Computer control. An early design of microprocessor-based computer control system. Such devices were used in computer-aided manufacturing (CAM)

Anatol Josepho, photo booth inventor
Anatol Josepho (1894-1980), Siberian photographer, with his invention, the automatic photo booth. Josepho (formerly Josephewitz) worked as a photographer in a number of countries

Artwork depicting a postal robot C016 / 8376
Robot postal worker. An illustration depicting a robot scanning bar codes in a postal sorting office. This image was made to celebrate the opening of an automated sorting office in Moscow, Russia

Pipetting robot in a lab C015 / 6528
Pipetting robot in a lab. Close-up of a technician holding a multi-well sample try used by a robotic pipetting machine in a molecular epidemiology laboratory

Pipetting robot in a lab C015 / 6527
Pipetting robot in a lab. Close-up of a technician holding a multi-well sample try used by a robotic pipetting machine in a molecular epidemiology laboratory

Pipetting robot in a lab C015 / 6526
Pipetting robot in a lab. Close-up of a technician working with a robotic pipetting machine in a molecular epidemiology laboratory

Pipetting robot in a lab C015 / 6525
Pipetting robot in a lab. Close-up of the pipettes in a robotic pipetting machine in a molecular epidemiology laboratory

Pipetting robot in a lab C015 / 6524
Pipetting robot in a lab. Close-up of vats of coloured liquids in a robotic pipetting machine in a molecular epidemiology laboratory

Pipetting robot in a lab C015 / 6523
Pipetting robot in a lab. Close-up of vats of coloured liquids in a robotic pipetting machine in a molecular epidemiology laboratory

Training to use industrial robots
Industrial robot. An engineering student learning how to program an industrial robot. Photographed at Polytechnical College No, 8 in Moscow, Russia

Vat of mayonnaise at a factory
Food production. A worker monitoring a steel vat in which mayonnaise is being made. Photographed at the Nefis-Bioproduct factory at Kazan, Russia

Automated circuit manufacture
Electronics industry. A worker monitoring an automated assembly device making circuit boards for televisions. The reels contain components such as resistors

Digital blood pressure monitor C018 / 2880
Digital blood pressure monitor (sphygmomanometer). This device is used to measure a persons blood pressure, an important indicator of health

Cyborg brain, artwork C016 / 5792
Cyborg brain. Artwork of a humanoid with the brain highlighted. The merging of humans and technology is called cybernetics, and the result is known as a cyborg

Automatic sample changer C016 / 3807
Automatic sample changer. Robotic arm removing a radioactive sample from a storage container. Photographed at the National Physical Laboratory, Teddington, UK

Automatic sample changer C016 / 3808
Automatic sample changer. Robotic arm removing a radioactive sample from a storage container. Photographed at the National Physical Laboratory, Teddington, UK

Ionisation chamber system C016 / 3792
Ionisation chamber system. Robotic arm of an automatic sample changer loading a radioactive sample into a secondary standard ionisation chamber

Part of a semolina mill C016 / 3645
Pasta. Part of a semolina mill where wheat is ground to produce semolina and durum flour for making pasta. Photographed at Chelyabinsk, Russia

Worker with pasta packing machine C016 / 3642
Pasta. A worker with an automated weighing and packing machine at a pasta factory. The machine weighs out the pasta using the troughs below the feed belt

Spaghetti being dried C016 / 3643
Pasta. Streams of spaghetti being dried at a pasta factory. Photographed at Chelyabinsk, Russia

Part of a semolina mill C016 / 3644
Pasta. Part of a semolina mill where wheat is ground to produce semolina and durum flour for making pasta. Photographed at Chelyabinsk, Russia

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"Embracing the Era of Automation: From Docklands Light Railway to Broadway's Automat Dining Room" In today's fast-paced world, automation has become an integral part of our daily lives. From the efficient operations of the Docklands Light Railway to the futuristic dining experience at Automat Dining Room in Broadway, New York, we witness how technology is revolutionizing various aspects of our society. Step into Times Square and marvel at the exterior of Automat Dining Room, where cutting-edge advancements greet you at every turn. Humanoid robots serve customers with precision and grace, while a fingerprint scanner ensures seamless access for diners. It's a glimpse into a future where machines seamlessly blend with human interactions. But automation isn't limited to just dining experiences; it extends its reach far beyond that. Take The Improved Ladys Own Sewing Machine as an example - a testament to how innovation has transformed even traditional crafts. This automated wonder streamlines sewing processes, making them more accessible and efficient than ever before. Venture out onto bustling streets and you'll encounter another facet of automation - traffic lights. These intelligent systems regulate vehicular movement effortlessly, ensuring smooth flow while prioritizing safety for all road users. Travel across continents to Cape Reinga lighthouse in North Island, New Zealand – an iconic structure guided by automated mechanisms that tirelessly safeguard seafarers from treacherous waters day and night. Even aviation owes much to automation; Leduc 0. 21 01 mounted on S. E. 161 showcases how technological advancements have propelled aircraft design forward – enhancing safety and efficiency in air travel like never before. Automation also finds its place in leisurely activities such as card games – illustrated perfectly by William Heath Robinson's depiction of a card shuffler contraption that adds excitement and fairness to gaming sessions.