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  1. Born Jan. 16, 1884 - Died March 18, 1956. Virtually all of today’s electric drills descend from the original portable hand-held drill patented in 1917 by S. Duncan Black and Alonzo Decker, whose invention spurred the growth of the modern power tool industry. As the partners continued their innovations — including the first line of power ...

  2. ALONZO G. DECKER JR. was a university trustee for more than 30 years and served as national chairman for the Hopkins Hundreds Campaign in the 1970s, during which he gave generously, including the endowment for professorships in science and engineering. As chief executive officer of Black & Decker, Alonzo Decker Jr. helped lead the manufacturing

  3. Recognizing the potential of the home market, Decker virtually invented the “do-it-yourself” business by developing cordless tools in the late 1950’s and early 1960’s. He moved the family company from a 100% focus on business-to-business tools to one focused on the household consumer.

  4. Early History. Alonzo G. Decker and S. Duncan Black, two industrial tool designers and engineers, formed The Black & Decker Manufacturing Company in September 1910. With $600 from the sale of Black's second-hand car and a loan of $1,200, they set up a machine shop in a rented warehouse in Baltimore, Maryland.

  5. Mar 23, 2002 · March 23, 2002 12 AM PT. BALTIMORE SUN. Alonzo G. Decker Jr., the engineer who conceived and led a weekend revolution with do-it-yourself power tools, has died. He was 94. Decker died Monday of ...

  6. More than $7 million in proceeds from the sale of Alonzo Decker's final gift, a bequest of the couple's home and farm property on the Sassafras River on Maryland's Eastern Shore, will help fund construction of Decker Quadrangle. That gift counts toward the $2 billion Johns Hopkins: Knowledge for the World fund-raising campaign, which began in ...

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  8. Oct 9, 2024 · The team, led by Kevin Hemker, Alonzo G. Decker Professor of mechanical engineering at the Whiting School of Engineering, director of JAM 2, and a fellow at the Hopkins Extreme Materials Institute (HEMI), developed a vacuum-sealed device that superheats metals using electrical resistance. Unlike traditional methods that use contact heating or oven-like radiative heating, their system uses less ...

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