assembly line
like all other engines they are made/manufactured in a factory on an assembly line or mostlikely now, by machines
A concrete pump which comprises an elongated hollow housing in which a valve element reciprocates. The valve element includes a pair of transversely extending tubes and a pair of concrete guiding chambers. The valve element moves between two positions. In the first position a first guide chamber is opposite a first pump cylinder and guides concrete from an upright conduit associated with the first pump cylinder into the first pump cylinder and a first tube is opposite a second pump cylinder and guides concrete from the second pump cylinder into a discharge line associated with the second pump cylinder. At the second position a second guide chamber is opposite the second pump cylinder and guides concrete from an upright conduit associated with the second pump cylinder into the second pump cylinder and the second tube is opposite the first pump cylinder and guides concrete from the first pump cylinder into the discharge line associated with the first pump cylinder.
Industrial robots are often used in industry. A car manufacturing company may use robots to continuously produce certain car parts or body frames, without taking a break for food, toilet, or needing to sleep. An industrial robot may be used where it is too hazardous for humans to work. A robot may be sent to investigate whether a suspicious package is actually a bomb or not.
Install an air line dryer.
Henry Ford.
interchangeable parts
Henry Ford
Because it makes work easier for the people in an assembly line and there is no need to make specific tools or parts for, lets say cars and automobiles when using an assembly line.
The Oldsmobile Curved Dashautomobile was the first vehicle mass produced on an assembly line using interchangeable parts from 1901 to 1907.
Interchangeable parts nd assembly line
Interchangeable parts nd assembly line
industry
The major contribution of Eli Whitney to the assembly line was the standardized part. He made interchangeable parts for his cotton gin for ease of repair.
The impact that interchangeable parts had on the Industrial Revolution and even way after that was that it made each product that was assumed to be the same product was going to look, work, and act in the same way. Interchangeable parts was invented by Eli Whitney in 1798. This invention then led to assembly lines. An assembly line is simply that each person in a line of people have a part different from all of the other parts. The product or object is passed through a line of people and each person adds a part to the product. The part that they are adding is the interchangeable part.
The introduction of interchangeable parts and the division of labor were key factors that led most directly to assembly-line production. Interchangeable parts allowed for efficient production of standardized components, while dividing tasks among workers enabled faster and more specialized assembly processes. These developments were further optimized by Henry Ford's implementation of the moving assembly line in his automobile factories.
Most believe Henry Ford was the first to use the assembly line to mass produce an automobile with his model "T" in 1908 using interchangeable parts. However Ransom E. Olds mass produced his "Curved Dash Olds" from 1901 to 1904 from an assembly line using interchangeable parts.