inventions of the industrial revolution
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Inventions of the Industrial Revolution
The Industrial Revolution was another of those extraordinary jumps forward in the story of
civilization.
Stephen Gardiner
The Industrial Revolution took root during the late 18th and early 19th centuries in Great Britain,
and then spread to the rest of Europe and North America before finally engulfing the whole world. It
brought about a sea change from handmade goods to machine-made goods, and from small-scale
production to large-scale production, and also transformed cottage and small-scale industries into
large industrial establishments.
Industries and factories became new sources of employment and earning. It also helped people to
move out of villages to towns and cities, and work in mills and factories. But most importantly, this
period was marked by technological and industrial inventions that influenced and affected everyaspect of human life.
Major Inventions During the Industrial Revolution
The Industrial Revolution was the result of scientific inventions that led to the mechanization of the
textile industry, improved roads and railway networks, and the development of iron-making
techniques. A series of inventions had begun at the start of 18th century, which triggered major
developments that followed soon after. This Buzzle article is about some of the most important and
interesting inventions made during the Industrial Revolution.
The Seed Drill
Before the invention of the seed drill, seeds were planted by hand. This process was time-consuming
and also involved intensive labor. The seed drill was helpful in sowing seeds at specific positions,
and covering them too. This device increased the crop yield ratio by about nine times, and also made
the sowing process cheaper, as it needed less labor.
Coke Smelting
Earlier, wood and biofuels were used to smelt iron. The use of coal in smelting process, not only
helped make the process quicker, but also cheaper. It also helped in getting rid of the extra
workforce that was employed for the purpose of wood-cutting, as coal was more abundantly found in
most of the surrounding regions.
The Atmospheric Engine/Newcomen Steam Engine
The atmospheric engine worked on the principle of creating a partial vacuum by condensing steam
under a piston, within a cylinder. It was largely used for pumping out water from the mines. Later
on, James Watt improvised on the engine, thus, making it technically more efficient.
The Flying Shuttle
Invention of the flying shuttle brought about a considerable change in the process of weaving. It
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worked by allowing the shuttle to carry the weft, that was to be passed through the warp threads,
faster over wider clothes, thus, allowing the weaver to produce wider fabrics in lesser duration of
time. This, in turn, helped increase the productivity of the weaver, also by reducing the labor
involved.
The Lightning Rod
The lightning rod was aimed to protect buildings during lightning strikes. The rod had a pointed tip,
and was grounded to the earth. During a thunderstorm or lightning strike, it would collect the
charge and make it neutral by earthing it. Thus, it was able to protect a lot of houses, which were
under frequent threat of fires from lightning. It is interesting to note that modern-day lightening
rods follow the same principle, which was used by Franklin.
The Spinning Jenny
Prior to the Industrial Revolution, Britain's textile industry worked with the help of artisans who
worked from home, using the spinning wheel and the hand loom. However, the traditional methods
of producing yarn restricted large-scale production of goods. With the invention of the spinning
jenny, artisans could spin almost 120 threads at a time, instead of only a single thread.
The Water Frame
The water frame was a spinning frame that worked with the use of water. It provided more power to
the spinning frame than manually operated ones. Hence, not only did it reduce the amount of labor
required, but it also increased the spindle count, and provided a much stronger thread than the
spinning jenny.
The Steam Engine
Watt developed the improved version of the steam engine, more efficient than the one invented by
Thomas Savery. Though mainly known for its use in running a train, the steam engine was also used
to run machinery in factories and mines. The engine was powered by high pressure steam, and was
able to work at places which lacked a nearby source of water. Thus, it was able to overcome the
problem faced by the water frame, which could work only at places where water was available.
The Military Submarine
Bushnell invented the first military submarine and named it "turtle". Hand-powered and capable of accommodating only a single person, it was invented to perform underwater operations. Though it
failed in its first mission to destroy a naval ship, this submarine still stood out as a prototype for
modern-day submarine technology.
The Threshing Machine
The threshing machine was invented to mechanically separate seeds or grain from the husks and
straw. The machine brought about an end to the laborious and time-consuming manual method
which had been prevalent for thousands of years. It also made the process quite easier and faster.
The Power Loom
The invention of the power loom was a great breakthrough in the weaving industry. It was a
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mechanized loom that used a rotating shaft for power transmission. The power loom used water as
the source of power instead of steam, thus, making the weaving process faster, easier, and cheaper.
Cartwright patented the power loom in 1785, one year after having invented it.
The Gas Turbine
The gas turbine was used to propel horseless carriages. The basic principle of the turbine was to
produce mechanical energy from a combustible fuel. This principle is used in the internal
combustion engine and even for modern gas turbines, which are used to propel jets.
The Cotton Gin
The cotton gin enabled separation of cotton seeds from raw cotton fibers, which otherwise had to be
done by hand. This invention facilitated large-scale production, and with lesser workforce. Whitney's
cotton gin, was capable of cleaning 23 kg of lint everyday, and proved to be of great help to the
cotton industry.
The Battery/Voltaic Pile
Based on his experiments related to electricity, Volta was able to separate the basic components in
water viz., oxygen and hydrogen. Through his experiments he came to know that electricity could be
made to flow through a conductor. The idea helped him produce the world's first battery, which later
came to be known as the 'voltaic pile'. As a tribute to the great scientist, the electric potential, volt,
has been named after him.
The Locomotive
The power of steam was initially used by Richard Trevithick for running carriages on the roads.Later in 1804, he became the first person to utilize steam power to run locomotives on the rail track.
Later, George Stephenson, an engineer in the mining industry, further developed more powerful
locomotives and led to the establishment of the first two rail lines in England (1825 and 1830).
The Safety Lamp
The safety lamp invented by Davy was quite successful in saving the helpless workers in deep, dark
mines. It was designed in order to provide illumination, prevent explosions, and inform the workers
of any potential threat(s) underground. Thus, it helped save a lot of lives during the period of the
Industrial Revolution.
The Electromagnet
The electromagnet, invented by Sturgeon, worked on the principle of magnetic fields. When electric
current was passed through iron, the latter was magnetized, and the other iron objects were
attracted towards it. The electromagnets, at that time, were used basically in telegraph sounders.
Today, they have versatile uses in motors, generators, bells, transformers, and so on.
The Heliograph
Nipce is credited worldwide for developing the heliograph, an apparatus used for sending
telegraphic messages by using a mirror to turn the sun's rays off and on. This helped him produce
the world's first ever photograph, which was taken by Nipce after waiting for a duration of eight
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long hours.
The Typographer
The invention of the typographer resulted in the development of typing, and became the most
potential writing tool at that time. Most use of the typographer was in offices. Writers and business
processes also started using this machine as the basic material for printing words. In the later
period, this invention facilitated the development of the typewriter.
The Electric Dynamo
Faraday went on to interrelate his electromagnetic induction studies to invent the first dynamo,
which is said to be the predecessor of modern-day generators and alternators. Later, the developed
dynamo was able to provide power for industries and factories on a large scale.
The McCormick Reaper
The invention of the reaper machine made it easy for farmers to reap their crop. The reaper was
able to do the work of five men alone, thus, making the process cheaper and less labor-intensive.
Thus, manual work was eventually replaced by machines.
The Corn Planter
Similar to a seed drill, the corn planter helped farmers plant their corn faster, and with much ease.
Moreover, the machine also facilitated the reduction in manpower, which could then be used in
some other productive task. The corn planter also helped in controlling weeds. During the industrial
revolution, Henry Blair became the second African-American to receive a patent.
The Screw Propeller
The screw propeller was designed to propel steam boats by the power generated from rotational
motion in a fluid. The propeller later went on to be used in big ships and marines. Smith was also the
inventor of the first screw-propelled steamship, "SS Archimedes".
The Revolver or Revolving Gun
The revolver or the revolving gun was the predecessor of modern-day semi-automatic pistols.
Though Colt never claimed to have invented the revolver, his was the first ever practical revolvinggun in the world. While it was considered to be a novelty arm in the initial days, it quickly went on to
become an important firearm in future wars, and was incorporated in the armed forces.
The Telegraph and Morse Code
Bettering the invention of Samuel Sommerring's telegraph, Samuel Morse went on to develop the
electric telegraph that brought about a revolution in the field of long-distance communication.
Moreover, he also developed the Morse code, which was quite effective in facilitating
communication. As a result, the first transatlantic cable was laid in the year 1858.
The Pedal Bicycle
This first pedal bicycle invented by Macmillan was propelled with the help of horizontal
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reciprocating movement of the rider's feet on the pedals, which remains the basic principle even for
modern-day bicycles. The invention of the bicycle helped people travel easily and with more speed,
and also proved beneficial in saving a lot of time.
Inventions During the Second Industrial Revolution
The second industrial revolution began in the latter half of the nineteenth century. Also known as
the technological revolution, there were many great many inventions in the field of science and
technology during this period. The important inventions of the period have been listed below.
(1840-1900)
InventionInventorYearFacsimilieAlexander Bain1843Sewing MachineElias
Howe1845DishwasherJoel Houghton1850Manned GliderGeorge Cayley1853Rotary
Washing MachineHamilton Smith1858Machine GunRichard Gatling1862DynamiteAlfred
Nobel1866Modern TypewriterChristopher Sholes1867Mushet steelRobert
Mushet1868TelephoneAlexander Graham Bell1876Cylinder PhonographThomas
Edison1877Photographic filmGeorge Eastman1884Automobile (internal-combustion
engine)Karl Benz1885Gas-engined MotorcycleGottlieb Daimler1885Commercial Pneumatic
TireJohn Boyd Dunlop1888AC motor and TransformerNikola Tesla1888EscalatorJesse W.
Reno1891Diesel-engineRudolf Diesel1892Portable Motion-picture CameraLumiere
Brothers1895Roller CoasterEdwin Prescott1898Motor-driven Vacuum CleanerJohn
Thurman1899ZeppelinFerdinand von Zeppelin1900
The Industrial Revolution is one of the most important epochs in the history of mankind. It set the
wheels of scientific inventions and technical advancements in motion, the benefits of which we are
still reaping even after two centuries!
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