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	<title>Comments on: Optical Pressure Provides Robotic Skin A Humanly Touch</title>
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		<title>By: Shawn McAbee</title>
		<link>http://roboticstechnologycenter.com/1055/optical-pressure-provides-robotic-skin-a-humanly-touch/comment-page-1/#comment-2078</link>
		<dc:creator>Shawn McAbee</dc:creator>
		<pubDate>Wed, 18 Aug 2010 22:52:35 +0000</pubDate>
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		<description>Artificial Touch Sensitive Tissue


	Back in the mid – nineties I was working on many different theories and they relied on the need of a robotics sense of its environment. I came up with many designs but this one I have always wanted to test.

	I will forgo the reasons why I have not for now.

	By whatever means; laser, chemical etching, nano tech, ect. You’ll create a simple coil pattern on the base metal. Smaller around the fingers, larger in lower response areas. A thin coating is used to separate the coils from the base metal, the coil ending to connect with the base.

	Mix a ferromagnetic (none magnetized powder) to the skin compound. Using an electromagnetic field to spread them evenly and point them in one direction.

	After curing magnetize the ferromagnetic material.

	Two layers n to n or s to s is used and depending in the formula of the skin the outer layer should respond to temperature before the enter layer giving a response to temperature.

	 The small coils should pick up the difference when the alignment of the magnetic field is disrupted.</description>
		<content:encoded><![CDATA[<p>Artificial Touch Sensitive Tissue</p>
<p>	Back in the mid – nineties I was working on many different theories and they relied on the need of a robotics sense of its environment. I came up with many designs but this one I have always wanted to test.</p>
<p>	I will forgo the reasons why I have not for now.</p>
<p>	By whatever means; laser, chemical etching, nano tech, ect. You’ll create a simple coil pattern on the base metal. Smaller around the fingers, larger in lower response areas. A thin coating is used to separate the coils from the base metal, the coil ending to connect with the base.</p>
<p>	Mix a ferromagnetic (none magnetized powder) to the skin compound. Using an electromagnetic field to spread them evenly and point them in one direction.</p>
<p>	After curing magnetize the ferromagnetic material.</p>
<p>	Two layers n to n or s to s is used and depending in the formula of the skin the outer layer should respond to temperature before the enter layer giving a response to temperature.</p>
<p>	 The small coils should pick up the difference when the alignment of the magnetic field is disrupted.</p>
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