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Envelope-to: j.barnhill@logomastersintl.com
Delivery-date: Sun, 02 May 2021 08:02:45 -0500
Message-ID: <2662387129343131266211937920552895@dzslv5h.boosterx.us>
Date: Sun, 2 May 2021 06:01:55 -0700
To: <j.barnhill@logomastersintl.com>
From: "Knee Hero" <KneeHero@boosterx.us>
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Subject:    The knee brace for athletes protects your knee and prevents injuries

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With over 100 million people suffering from chronic knee pain each year and the costs for treatments constantly rising.

A US-based startup company has come up with a new innovative and patented compression knee sleeve technology called Knee Hero that is totally changing the way knee pain sufferers relief their osteoarthritis, rheumatoid arthritis, tendonitis, bursitis and other knee ailments.

Meet Knee Hero - Cost effective way to relief stiff, tired & achy knees.

Already thousands of people around the world are using them.
http://www.boosterx.us/2662-79-1193-129343131/j.barnhill/tindex7.html



http://www.boosterx.us/2662-79-1193-129343131/j.barnhill/tindex8.html

nted in their freehand movements; the drawings, paintings, and sculptures of artists such as Michelangelo or Leonardo da Vinci, and of countless other talented people, show that human freehand toolpath has great potential. The value that machine tools added to these human talents is in the areas of rigidity (constraining the toolpath despite thousands of newtons (pounds) of force fighting against the constraint), accuracy and precision, efficiency, and productivity. With a machine tool, toolpaths that no human muscle could constrain can be constrained; and toolpaths that are technically possible with freehand methods, but would require tremendous time and skill to execute, can instead be executed quickly and easily, even by people with little freehand talent (because the machine takes care of it). The latter aspect of machine tools is often referred to by historians of technology as "building the skill into the tool", in contrast to the toolpath-constraining skill being in the person who wields the tool. As an example, it is physically possible to make interchangeable screws, bolts, and nuts entirely with freehand toolpaths. But it is economically practical to make them only with machine tools.In the 1930s, the U.S. National Bureau of Economic Research (NBER) referenced the definition of a machine tool as "any machine operating by other than hand power which employs a tool to work on metal".[3]The narrowest colloquial sense of the term reserves it only for machines that perform metal cutting—in other words, the many kinds of [conventional] machining and grinding. These processes are a type of deformation that produces swarf. However, economists use a slightly broader sense that also includes metal deformation of other types that squeeze the metal into shape without cutting off swarf, such as rolling, stamping with dies, shearing, swaging, riveting, and others. Thus presses are usually included in the economic definition of machine tools. For example, this is the breadth of definition used by Max Holland in his history of Burgmaster and Houdaille,[4] which is also a history of the machine tool industry in general from the 1940s through the 1980s; he was reflecting the sense of the term used by Houdaille itself and other firms in the industry. Many reports on machine tool export and import and similar economic topics use this broader definition.The colloquial sense implying [conventional] metal cutting is also growing obsolete because of changing technology over the decades. The many more recently developed processes labeled "machining", such as electrical discharge machining, electrochemical machining, electron beam machining, photochemical machining, and ultrasonic machining, or even plasma cutting and water jet cutting, are often per







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