Wellcome Library, London. Wellcome Images

Nikola Tesla - one of the greatest inventors in the history of mankind

The father of modern technology

Inventor, electrical engineer and physicist Nikola Tesla was born on 9/10 July 1856 in the village of Smiljan near Gospić. He comes from an Eastern Orthodox family, his father Milutin was an Orthodox priest, and his mother Georgina (Đuka) is from the priestly Orthodox family Mandić. He had three sisters, Milka, Angelina and Marica, and one brother, Dane.

Tesla 1885
Napoleon Sarony

His education began in his native Smiljan where he attended the local primary school and was taught German, arithmetic and religion, after which he attended the preparatory primary school and middle school in Gospić. After Gospić he moved to Rakovac in Karlovac where he finished secondary school (the Higher Real Gymnasium). He enrolled in the Austrian Polytechnic School in Graz with a scholarship from the Military Frontier, but after his scholarship was revoked due to the demilitarization of the Military Frontier, he was not able to finish his second year and he began to play cards and gamble to compensate for the financial loss, but in the end he gave up his studies before his third year. He worked for a short time in Maribor and after his father died in 1879, he worked in the secondary school (Real Gymnasium) in Gospić. In 1880 he tried to enrol at a university in Prague but failed, and a year later he found work in Budapest on the construction of the first telephone exchange.

Tesla obitelj

Although I have to thank my mother for my inventiveness, the exercises that my father gave me were very helpful. They contained a multitude of tasks, e.g. guessing other people’s thoughts, detecting various errors or expressions, repeating long sentences or mental calculation. These daily exercises that had strengthened my memory and reason, and in particular helped me develop critical thinking, were undoubtedly very useful.


My mother came from one of the oldest families of this region, and we had invention running in our blood. Both her father and her grandfather invented many appliances for domestic, agriculture and other purposes. Indeed she was a great and extremely capable woman, brave and sure-footed, who rode the storms of her life and learned from those experiences. […] My mother was a first-class inventor who, I believe, would have achieved a lot if only she had not lived so far from modern life and the many opportunities it offered. She invented and developed many devices. She wove beautiful threads that she spun herself. She had even sown seeds, cultivated plants and separated the fibres from them. She worked tirelessly, from dawn until late at night, and much of the clothes we wore and the furniture we had in the house were handmade by her. Past the age of 60 her fingers were still so skilled that she could tie three knots with an eyelash.


Nikola Tesla


Tesla worked for the Continental Edison Company in Paris, and in 1883 he constructed his first induction motor model in Strasbourg. After returning to Paris, Tesla received a recommendation from Charles Batchelor and moved to New York in 1884, where he was employed at Edison’s company. After a misunderstanding with Edison, Tesla left the company and founded his own in 1885, the Tesla Electric & Manufacturing Company. His company went bankrupt a year later and he had to do manual labour to survive. In 1887 Tesla founded the Tesla Electric Company and patented the following: the polyphase transmission of electricity, induction motor, generators and transformers. A year later, in 1888, Tesla entered into a partnership with George Westinghouse. He sold him patents for alternating current products for a million dollars, but only received USD 60,000 (as listed in some sources).


In 1889 he went back to Europe and visited his native Lika. This was his first trip to Europe since moving to the United States. In 1890 he began to research high frequency current and a year later he developed the Tesla coil (transformer). His second visit to Europe was in 1892 for his mother's funeral and at the time he also visited other European cities: London, Paris, Zagreb, Budapest and Belgrade. Tesla showcased the benefits of alternating current at the 1893 Chicago fair dedicated to achievements in electrical engineering. His laboratory was destroyed in 1895 so he was not able to publish his discovery of electrons and x-rays.

Tesla 1890
Napoleon Sarony

The door opens up and out steps a tall figure–over 6 feet tall-gaunt but erect. It approaches slowly, stately. You become conscious at once that you are face to face with a personality of a high order. A winning smile from piercing light blue grey eyes, set in extraordinary deep sockets, fascinates you and makes you feel at once at home. You are guided into an office immaculate in orderliness. Not a speck of dust is to be seen. No papers litter the desk, everything just so. Dressed in a dark frock coat, he is entirely devoid of all jewellery. No ring, stickpin, or even watch-chain can be seen. Tesla speaks a very high almost falsetto voice. He speaks quickly and very convincingly. After he speaks you find it difficult to take your eyes off his own. Only when he speaks to others do you have a chance to study his head, predominant of which is a very high forehead with a bulge between the eyes – the never failing sign of an exceptional intelligence. Then the long, well-shaped nose, proclaiming the scientist.


Hugo Gernsback - Nikola Tesla, The Man


In 1896 the hydro-electric power plant on Niagara Falls which used Tesla’s AC patents was put in operation. Tesla was also the first to design wireless power transfer and in 1898 he demonstrated his remote control boat. He continued to research high frequency and high voltage currents and in 1899 he built a laboratory in Colorado Springs where he experimented with these currents. In 1900 he began to work on the World Wireless Broadcasting System on Long Island which he never finished because J. P. Morgan took away his funding. Tesla continued to work on his inventions and in 1907 he developed a bladeless turbine which he tested a year later. He pursued inventions related to mechanical engineering from 1910 to 1922.


In 1919 he published his autobiography, “My Inventions”. Tesla continued to patent various inventions such as vacuum patents, vertical take-off aircraft, etc. He also tried to improve the production process of sulphur, iron and copper.


In 1917 he was awarded the Edison Medal (the highest award of the American Institute of Electrical Engineers), and in 1926 he received an honorary doctorate from the University of Zagreb. In 1937 he received an honorary doctorate from the Austrian Polytechnic School in Graz. Tesla spent most of his life in hotels where he also died. He died aged 86 on 7 January 1943 in New York, in room 3327 on the 33rd floor of the New Yorker hotel.

Tesla lab
Wellcome Library, London. Wellcome Images

Timeline of Nikola Tesla’s life


At the stroke of midnight, on the night from 9 to 10 July, while a storm was raging and lightning striking in the sky above Smiljan, Nikola Tesla was born.

Tesla’s birth place
Ivo Biočina


Tesla enrolled in the first grade of the local primary school in Smiljan where he learned German, arithmetic and religion.



After the death of his 14-year-old brother Dane, the Tesla family moved to Gospić where Nikola enrolled in the preparatory primary school.



Tesla enrolled in middle school in Gospić.



Tesla started secondary school (the Higher Real Gymnasium) in Rakovac near Karlovac which was organised according to the German and Austrian models and was one of the best secondary schools. Tesla’s teacher of mathematics and physics was Martin Sekulić (1833-1905).



After graduation, Tesla returned from Rakovac and contracted cholera, spending the next nine months bed-ridden.



Tesla went to Tomingaj near Gračac to recover from cholera.



Tesla enrolled at the Austrian Polytechnic School in Graz with a scholarship from the Military Frontier.



After his scholarship was revoked due to the demilitarization of the Military Frontier, Tesla failed to finish his second year of study. He tried to cover his expenses by gambling, playing cards and billiards.



Tesla left the Austrian Poytechnic School in Graz before his third-year exams.



Tesla found work in Maribor for a short period of time. After his father's death he worked for a short while in the secondary school (Real Gymnasium) in Gospić.



Tesla moved to Prague. He failed to enrol at the local University but he still attended classes and was a frequent guest at their library where he followed the latest developments in electrical engineering.



Tesla started to work for the Central Telephone Exchange of Hungary as a drafstman. He was involved in the construction of the first telephone exchange in that city and for two years he worked on the development of the telephone network.



While strolling through a park in Budapest Tesla discovered the principle of the rotating magnetic field. In the fall he went to Paris and got a job repairing direct current power plants with the Continental Edison Company.



Tesla went to Strasbourg where he repaired the installed automatic regulators for the lighting system and designed his first induction motor. He went to Zagreb to get his passport to travel abroad.

Tesla SAD drzavljanstvo


Tesla went to New York on the recommendation of Charles Batchelor from Paris and found work at the Edison Company.


Charles L. Clarke/Gilder Lehrman Collection


After parting ways with Edison, Tesla founded his own Tesla Electric & Manufacturing Company. He worked on the improvement of the arc lighting system and obtained his first patents for inventions.



During the big economic crisis in the USA Tesla’s company went bankrupt Tesla supported himself doing manual labour. He installed cables and worked on the New York sewer system for $2 a day.



Tesla founded the Tesla Electric Company with the help of A. S. Brown, director of Western Union. He patented his most famous inventions: the polyphase transmission of electricity, induction motor and corresponding transformers and generators.



He gave a lecture before the American Institute of Electrical Engineers (AIEE) on the advantages of alternating current. He signed a contract with George Westinghouse of the Westinghouse Electric Company.



His first trip to Europe after his departure for America. He visited Paris and Lika, Upon returning to New York he founded his laboratory on Grand Street. He lived in Astor House Hotel until 1892.



Tesla started his research of high voltage and high frequency currents in the laboratory on 33-35 South Fifth Avenue in New York.



He received American citizenship. He gave a lecture before the AIEE on his experiments with alternating current of high frequency and its application in artificial lighting. He applied for various patents, designed the Tesla coil and conflicted with J.J. Thomson who denied Tesla's claim of discovering the electron.



Tesla visited Europe for the second time and gave lectures in London and Paris. His mother died in April that same year. He visited Budapest, Zagreb and Belgrade. He gave a lecture on the advantages of alternating current and building a hydro power plant at Plitvice Lakes. He moved into the Gerlach Hotel in New York. He was named vice-president of the AIEE for two years.



World Fair in Chicago dedicated for the first time to achievements in electrical engineering. Tesla and George Westinghouse had their first triumph while presenting the power of alternating current. Tesla gave the first public demonstration of radio communication in St. Louis.

The world fair


Thomas Commerford Martin, editor of Electrical World and vice-president of the AIEE published his first book on Tesla’s research. Tesla met the Johnson family who became his close friends.



On the 13th of March a fire erupted in Tesla’s laboratory preventing him from further developing and publishing his discovery of X-rays and the electron. He founded a new laboratory at 46-48 East Houston Street and his work there triggered an earthquake that shook Manhattan in July of the same year.



Opening of the Niagara Hydroelectric Power Station. Tesla patented his apparatus for producing ozone. Tesla became an honorary member of the Yugoslav Academy of Science and Arts in Zagreb.



Tesla was granted patents for a series of inventions which formed the basis of modern broadcast engineering. He explored the possibilities of wireless power transfer and filed a patent for electrical igniter for gas-engines. He lived at the Waldorf-Astoria Hotel.



Tesla demonstrated a wirelessly controlled boat model using electromagnetic waves and filed a patent for the method of and apparatus for controlling mechanism of moving vessels or vehicles.

Tesla’s remote controlled boat


Tesla established a laboratory in Colorado Springs. He experimented with high-frequency currents, discovered stationary waves and improved the high-frequency transformer, named after him – Tesla’s transformer. He was the first one to receive radio-waves from the stars and discover the procedure which is today known as listening to the stars.

Teslin transformator
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On Long Island, New York, Tesla erected a tower meant to be the World Wireless Broadcasting System with the financial support from J. P. Morgan.

Tesla's tower on Long Island


Using Tesla’s experiments, Guglielmo Marconi established wireless radio connection between Europe and North America.



Tesla set up an office at 165 Broadway.



Millionaire J. P. Morgan stopped providing financial support for the construction of Tesla’s World Wireless Broadcasting System on Long Island. Tesla constructed the air-friction speedometer.



Tesla built the first turbine model applying the new system of fluid energy use through friction.

Tesla’s bladeless turbine
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Tesla's bladeless turbine model tested.



Until 1922, Tesla dealt with inventions in the field of mechanical engineering. He made drafts and calculations for aeromobile, and tested steam and gas turbines.



Tesla tested steam turbines at Edison Station in New York.



George Westinghouse died. In The Sun magazine Tesla wrote about the role of science and discoveries in putting an end to the threats of war.



Tesla filed patents for the bladeless turbine, speedometer, frequency meter, valvular conduit and lightning conductor. He set up office in Woolworth, then the world’s tallest building.



Following the sale of the World Wireless Broadcasting System Station, Tesla declared bankruptcy. New York Times announced that Tesla and Edison would be sharing the Nobel Prize.



Tesla received the Edison Medal, the AIEE's highest reward. His World Wireless Broadcasting System Station on Long Island was torn down. Tesla published radar descriptions. He spent most of his time feeding pigeons.



Tesla moved to St. Regis Hotel, where he lived until 1923.



Tesla’s autobiography “My Inventions” was published.



Tesla’s favourite pigeon died. He filed a patent for high-vacuum discharge tube.



Tesla moved to Marguery Hotel.



St. Regis Hotel sued Tesla for a debt of $3299. Tesla met Croatian sculptor Ivan Meštrović (1883–1962)



Tesla's friend Katherine Johnson died. Tesla moved to the Pennsylvania Hotel.



Tesla received an honorary doctorate from the University of Zagreb. He met his nephew Sava Kosanović (1894–1956) for the first time.



Tesla applied for a patent for the Apparatus For Aerial Transportation (today also known as VSTOL – vertical short take-off and landing plane).



Tesla worked on the improvement of the production processes of sulphur, iron and copper. He lived at the Governor Clinton Hotel.



Thomas Alva Edison died. On his 75th birthday, Tesla appeared on the cover of Time magazine for which he was congratulated by many prominent scientists.

Tesla on Time magazine cover
Tesla Keystone/TIME Magazine


Tesla moved to the New Yorker Hotel, suite no. 3327, where he lived until his death.



Tesla proposed projects for building a defence weapon called the death ray. At Banski dvori in Zagreb, a ceremony was held in honour of Tesla's 80th birthday. Vladko Maček sent Tesla a telegram, in response to which Tesla gave his thanks and pointed out that he was equally proud of his Serbian origin and his Croatian homeland.



Guglielmo Marconi died. Tesla was awarded honorary doctorates by the Polytechnic School in Graz and the University of Paris. He had a traffic accident.



Tesla sent a message to world academics against Nazism and Fascism.



Following a long period of absence from the public eye, Tesla spoke to the public in a letter entitled “To My Brothers in America”. His last appearance in public was during King Peter II Karađorđević’s visit to the United States.



Tesla died at the age of 86, on 7 January, around 10:30 PM in room no. 3327. on the 33th floor of the New Yorker Hotel. The U.S. Supreme Court reversed its decision and ruled in favour of Tesla as the inventor of the radio, instead of Guglielmo Marconi, giving all the credit for it to Tesla.

Nikola Tesla

Nikola Tesla’s inventions

U.S. patents applied for in the period 1885–1921

Applications in 1885

1 U.S. Patent 335,786 Electric-Arc Lamp

2 U.S. Patent 334,823 Commutator for Dynamo-Electric Machines

3 U.S. Patent 336,961 Regulator for Dynamo-Electric Machines

4 U.S. Patent 336,962 Regulator for Dynamo-Electric Machines

5 U.S. Patent 335,787 Electric-Arc Lamp


Applications in 1886

6 U.S. Patent 350,954 Regulator for Dynamo-Electric Machines

7 U.S. Patent 359,748 Dynamo-Electric Machine

8 U.S. Patent 396,121 Thermo-Magnetic Motor


Applications in 1887

9 U.S. Patent 382,845 Commutator for Dynamo-Electric Machines

10 U.S. Patent 428,057 Pyromagneto Electric Generator

11 U.S. Patent 381,968 Electro-Magnetic Motor

12 U.S. Patent 382,280 Electrical Transmission of Power

13 U.S. Patent 382,279 Electro-Magnetic Motor

14 U.S. Patent 382,281 Electrical Transmission of Power

15 U.S. Patent 381,969 Electro-Magnetic Motor

16 U.S. Patent 381,970 System of Electrical Distribution

17 U.S. Patent 382,282 Method of Converting and Distributing Electric Currents


Applications in 1888

18 U.S. Patent 390,413 System of Electrical Distribution

19 U.S. Patent 390.414 Dynamo-Electric Machine

20 U.S. Patent 390,820 Regulator for Alternate Current Motors

21 U.S. Patent 390.721 Dynamo-Electric Machine

22 U.S. Patent 487,796 System of Electrical Transmission of Power

23 U.S. Patent 555,190 Alternating Motor

24 U.S. Patent 511,915 Electrical Transmission of Power

25 U.S. Patent 524,426 Electromagnetic Motor

26 U.S. Patent 390,415 Dynamo-Electric Machine or Motor

27 U.S. Patent 511,559 Electrical Transmission of Power

28 U.S. Patent 511,560 System of Electrical Power Transmission


Applications in 1889

29 U.S. Patent 405,858 Electro-Magnetic Motor

30 U.S. Patent 401,520 Method of Operating Electro-Magnetic Motors

31 U.S. Patent 405,859 Method of Electrical Power Transmission

32 U.S. Patent 406.968 Dynamo-Electric Machine

33 U.S. Patent 459,772 Electro-Magnetic Motor

34 U.S. Patent 416,191 Electro-Magnetic Motor

35 U.S. Patent 416,192 Method of Operating Electro-Magnetic Motors

36 U.S. Patent 416,193 Electro-Magnetic Motor

37 U.S. Patent 424,036 Electro-Magnetic Motor

38 U.S. Patent 445,207 Electro-Magnetic Motor

39 U.S. Patent 416,194 Electric Motor

40 U.S. Patent 416,195 Electro-Magnetic Motor

41 U.S. Patent 418,248 Electro-Magnetic Motor

42 U.S. Patent 413,353 Method of Obtaining Direct from Alternating Currents

43 U.S. Patent 417,794 Armature for Electric Machines


Applications in 1890

44 U.S. Patent 433,700 Alternating Current Electro-Magnetic Motor

45 U.S. Patent 433,701 Alternating Current Motor

46 U.S. 433,702 Patent Electrical Transformer or Induction Device

47 U.S. 433,703 Patent Electro-Magnetic Motor

48 U.S. 447,920 Patent Method of Operating Arc Lamps

49 U.S. Patent 447,921 Alternating Electric Current Generator


Applications in 1891

50 U.S. 455,067 Patent Electro-Magnetic Motor

51 U.S. Patent 462,418 Method of and Apparatus for Electrical Conversion and Distribution

52 U.S. Patent 455,068 Electrical Meter

53 U.S. Patent 454,622 System of Electric Lighting

54 U.S. Patent 455,069 Electric Incandescent Lamp

55 U.S. Patent 464,667 Electrical Condenser

56 U.S. Patent 464,666 Electro-Magnetic Motor


Applications in 1892

57 U.S. Patent 514,167 Electrical Conductor

58 U.S. Patent 514,972 Electric Railway System

59 U.S. Patent 514,170 Incandescent Electric Light


Applications in 1893

60 U.S. Patent 514,168 Means for Generating Electric Currents

61 U.S. Patent 512,340 Coil for Electro Magnets

62 U.S. Patent 511,916 Electric Generator

63 U.S. Patent 514,169 Reciprocating Engine

64 U.S. Patent 514,973 Electrical Meter


Applications in 1896

65 U.S. Patent 517,900 Steam Engine

66 U.S. Patent 568,176 Apparatus for Producing Electric Currents of High Frequency and Potential

67 U.S. Patent 568,177 Apparatus for Producing Ozone

68 U.S. Patent 567,818 Electrical Condenser

69 U.S. Patent 568,179 Method of and Apparatus for Producing Currents of High Frequency

70 U.S. Patent 568,178 Method of Regulating Apparatus for Producing Currents of High Frequency

71 U.S. Patent 568,180 Apparatus for Producing Electrical Currents of High Frequency

72 U.S. Patent 583,953 Apparatus for Producing Currents of High Frequency

73 U.S. Patent 577,670 Apparatus for Producing Electric Currents of High Frequency

74 U.S. Patent 577,671 Manufacture of Electrical Condensers, Coils, &c


Applications in 1897

75 U.S. Patent 609,250 Electrical Igniter for Gas Engines

76 U.S. Patent 593,138 Electrical Transformer

77 U.S. Patent 609,251 Electric Circuit Controller

78 U.S. Patent 645,576 System of Transmission of Electrical Energy

79 U.S. Patent 649,621 Apparatus for Transmission of Electrical Energy

80 U.S. Patent 609,245 Electrical Circuit Controller

81 U.S. Patent 611,719 Electrical Circuit Controller


Applications in 1898

82 U.S. Patent 609,246 Electric Circuit Controller

83 U.S. Patent 609,247 Electric Circuit Controller

84 U.S. Patent 609,248 Electric Circuit Controller

85 U.S. Patent 609,249 Electric Circuit Controller

86 U.S. Patent 613,735 Electric Circuit Controller

87 U.S. Patent 613,809 Method of and Apparatus for Controlling Mechanism of Moving Vessels or Vehicles


Applications in 1899

88 U.S. Patent 685,953 Method of Intensifying and Utilizing Effects Transmitted Through Natural Media

89 U.S. Patent 685,955 Apparatus for Utilizing Effects Transmitted From a Distance to a Receiving Device Through Natural Media

90 U.S. Patent 685,954 Method of Utilizing Effects Transmitted Through Natural Media

91 U.S. Patent 685,956 Apparatus for Utilizing Effects Transmitted Through Natural Media


Applications in 1900

92 U.S. Patent 685,012 Means for Increasing the Intensity of Electrical Oscillations

93 U.S. Patent 787,412 Art of Transmitting Electrical Energy Through the Natural Mediums

94 U.S. Patent 655,838 Method of Insulating Electric Conductors

95 U.S. Patent 725,605 System of Signalling

96 U.S. Patent 723,188 Method of Signalling

97 U.S. Patent 11,865 Method of Insulating Electric Conductors


Applications in 1901

98 U.S. Patent 685,957 Apparatus for the Utilization of Radiant Energy

99 U.S. Patent 685,958 Method of Utilizing Radiant Energy


Application in 1902

100 U.S. Patent 1,119,732 Apparatus for Transmitting Electrical Energy


Applications in 1909

101 U.S. Patent 1,061,142 Fluid Propulsion

102 U.S. Patent 1,061,206 Turbine


Application in 1913

103 U.S. Patent 577,670 Apparatus for Producing Electric Currents of High Frequency


Application in 1914

104 U.S. Patent 1,209,359


Applications in 1916

105 U.S. Patent 1,329,559 Valvular Conduit

106 U.S. Patent 1,266,175 Lightning Protector

107 U.S. Patent 1,365,547 Flow Meter

108 U.S. Patent 1,402,025 Frequency Meter

109 U.S. Patent 1,314,718 Ship's Log

110 U.S. Patent 1,274,816 Speed Indicator


Applications in 1921

111 U.S. Patent 1,655,113 Method of Aerial Transportation

112 U.S. Patent 1,655,114 Apparatus for Aerial Transportation

British patents applied for in the period 1886–1921

Applications in 1886

1 British Patent 1,877 Improvements in Electric Lamps

2 British Patent 2,975 Improvements in Dynamo-Electric Machine


Applications in 1888

3 British Patent 6,481 Improvements relating to the Electrical Transmission of Power and to Apparatus therefore

4 British Patent 6,502 Improvements relating to the Generation and Distribution

of Electric Currents and to Apparatus therefore


Applications in 1889

5 British Patent 6,527 Improvements relating to Electro-motors

6 British Patent 16,709 Improvements relating to the Conversion of Alternating into Direct Electric Currents

7 British Patent 19,420 Improvements in Alternating Current Electro-magnetic Motors

8 British Patent 19,426 Improvements in the Construction and Mode of Operating Alternating Current Motors


Applications in 1891

9 British Patent 8,575 Improved Methods of and Apparatus for Generating and Utilizing Electric Energy for Lighting Purposes

10 British Patent 11,473 Improvements in Alternating Current Electro-magnetic Motors


Applications in 1894

11 British Patent 2,801 Improvements in Reciprocating Engines and Means for Regulating the Period of the same

12 British Patent 2,812 Improvements in Methods of and Apparatus for the Generation of Electric Currents of Defined Period


Application in 1896

13 British Patent 20,981 Improvements relating to the Production, Regulation, and Utilization of Electric Currents of High Frequency, and to Apparatus therefore


Application in 1897

14 British Patent 24,421 Improvements in Systems for the Transmission of Electrical Energy and Apparatus for use therein


Applications in 1898

15 British Patent 12,866 Improvements in Electrical Circuit Controller

16 British Patent 26,371 Improvements in the Method of and Apparatus for Controlling the Mechanism of Floating Vessels or Moving Vehicles


Application in 1900

17 British Patent 14,550 Improvements relating to the Insulation of Electric Conductors


Applications in 1901

18 British Patent 11,293 Improvements relating to the Utilization of Electromagnetic, Light, or other like Radiations Effects or Disturbances transmitted through the Natural Media and to Apparati therefore

19 British Patent 13,563 Improvements in, and relating to, the Transmission of Electrical Energy

20 British Patent 14,579 Improvements in and relating to the Transmission of Electrical Energy


Application in 1905

21 British Patent 8,200 Improvements relating to the Transmission of Electrical Energy


Application in 1910

22 British patent 24,001 Improved Method of Imparting Energy to or Deriving Energy from a Fluid and Apparatus for use therein


Applications in 1921

23 British Patent 186,082 Improvements in the Construction of Steam and Gas Turbines

24 British Patent 179,043 Improved Process of and Apparatus for Production of High Vacua

25 British Patent 186,083 Improved Method of and Apparatus for the Economic Transformation of the Energy of Steam by Turbines

26 British Patent 186,084 Improved Process of and Apparatus for Deriving Motive Power from Steam

27 British Patent 174,544 Improvements in Methods of and Apparatus for the Generation of Power by Elastic Fluid Turbines

28 British Patent 185,446 Method of and Apparatus for Aerial Transportation

29 British Patent 186,799 Process of and Apparatus for Balancing Rotating Machine Parts

Canadian Patents applied for in the period 1886-1910

Application in 1886

1 Canadian Patent 24,033 Improvement in Dynamo-Electric Machines


Applications in 1888

2 Canadian patent 30,172 Improvements in Methods of and Apparatus for Converting and Distributing Electric Currents

3 Canadian patent 29,537 Improvements in Methods of and Apparatus for the Electrical Transmission of Power


Application in 1889

4 Canadian patent 33,317 Improvements in Methods and Apparatus for Converting Alternating into Direct Currents


Application in 1906

5 Canadian Patent 142,352 Improvement in the Art of Transmitting Electrical Energy Through the Natural Mediums


Application in 1910

6 Canadian Patent 135,174 Improvements in Fluid Propulsion

Ivo Biočina
Set off to Smiljan, the birth place of one of the world’s greatest inventors, Nikola Tesla. Be sure to visit the Memorial Centre dedicated to this exceptional scientist and find out how a genius from Lika changed the world.