Eschner
Adam K. Eschner, Cupertino, CA US
Patent application number | Description | Published |
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20160058164 | HIGH STRENGTH RETENTION LOOPS FOR WEARABLE BANDS - A high strength retention loops for a wearable band of an electronic device and method of forming the retention loop. The retention loop of the wearable band may include a bottom layer, a tensile member encircling the bottom layer, and a top layer positioned adjacent to and substantially encircling the bottom layer and the tensile member. A distinct retention loop may include a single piece of folded leather material having an exterior portion, and two interior portions positioned adjacent the outer portion. The distinct retention loop may also include a tensile member positioned between the exterior portion and the two interior portions. | 03-03-2016 |
Markus Simon Eschner, Tapfhelm DE
Patent application number | Description | Published |
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20120286154 | METHOD AND DEVICE FOR REPETITIVE CHEMICAL ANALYSIS OF A GAS FLOW - The present invention relates to a method for repetitive chemical analysis of a gas flow, wherein said gas flow consists of a carrier gas and gaseous chemical compounds, comprising the following method steps: feeding said gas flow to a gas chromatographic separation column by means of a feeding device; collecting at least a part of said gaseous chemical compounds for a defined time period by means of a thermally based collecting device which is coupled to said gas chromatographic separation column and/or said feeding device; releasing said collected gaseous chemical compounds in a temporally focused manner by means of said thermally based collecting device; separating said released gaseous chemical compounds by means of said gas chromatographic separation column; and analyzing said separated gaseous chemical compounds by means of an analyzer. The present invention further relates to a device for performing such a method. | 11-15-2012 |
Thomas Eschner, Bochum DE
Patent application number | Description | Published |
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20150337844 | Can For Magnetically Coupled Pumps and Production Process - Magnetically coupled pumps use cans which have a side wall arranged in a gap between a driver and a rotor of the pump. With a view to good efficiency of the pump, the gap should be as narrow as possible, which can only be achieved with a side wall of a thin wall thickness. In this case, the can must be of a sufficiently great strength, in particular to withstand the differences in pressure in the pump. At the same time, it must be possible for the can to be shaped into a desired geometry in a simple way and to have a high degree of dimensional stability, even under high pump pressures. It is proposed to make a can ( | 11-26-2015 |