Other

Advanced Micro Devices Corporation

Travis R Lewis

Paul Raymond Besser

David E Brown

Edward E Ehrichs

David M Lewis

Laura Pressley

Terry A Lewis

Agility ladders, agility ladder components, and agility ladder kits are disclosed. Methods of making and using agility ladders, agility ladder components, and agility ladder kits are also disclosed.

Modular, adaptive, and multifunctional fitness training systems, system components, and methods of making and using the same

Accessories that can be used with bed sheet retention devices are disclosed. Methods of making and using accessories that can be used with bed sheet retention devices are also disclosed.

Accessories for use with bed sheet retention systems

Bed sheet retention devices, bed sheet retention systems, and system components, are disclosed. Methods of making and using bed sheet retention devices, bed sheet retention systems, and system components are also disclosed.

Bed sheet retention systems, system components, and methods of making and using the same

Bedmaking tools for lifting a bed mattress from a supporting surface, such as a box spring, are disclosed. The bedmaking tools have an I-beam tool body construction with (a) a front I-beam member providing a front major surface of the tool, (b) a rear I-beam member providing a bottom surface and a rear major surface of the tool, and (c) an intermediate I-beam connecting member extending between the front I-beam member and the rear I-beam member, the front I-beam member being a distance d from the rear I-beam member along an overall length of the tool body. Methods of making and using the disclosed bedmaking tools are also disclosed.

Bedmaking tools and methods of making and using the same

Bed sheet retention device

Dog chew toy

Bed-making tool

Thread repair tools having (i) a disc-shaped member with an axis of rotation extending through and dissecting first and second major surfaces of the disc-shaped member, (ii) a shaft fixedly connected to or fixedly connectable to the disc-shaped member, with the shaft extending from the second major surface of the disc-shaped member along the axis of rotation; and (iii) an abrasive surface along an outer periphery of the disc-shaped member are disclosed. Methods of making the thread repair tools, and methods of using the thread repair tools are also disclosed. Methods of using the thread repair tools include a method of: (i) connecting the thread repair tool to a hand-held powered device capable of rotating the thread repair tool along the axis of rotation of the thread repair tool, and (ii) abrading an object with the disc-shaped member of the thread repair tool as the thread repair tool is rotated along the axis of rotation by the hand-held powered device.

Thread repair tools and methods of making and using the same

A method and system to locate and detect voids in films that are involved in critical dimension (CD) structures and non-critical dimension structures in semiconductor devices are presented. One or more test structures (resolution devices) are formed on a semiconductor wafer. A scanning electron microscope is operated in voltage contrast mode to obtain a digital representation of the test structure. The voltage contrast image of the test structure is then analyzed with a system which automates the location, identification, and categorization of voids in the test structure. Additionally, the method is more sensitive to electrical marginalities caused by voids than other wafer electrical testing methods. The method is suitable inline monitoring during a manufacturing process by utilizing the automation of void identification, location, and categorization as a process monitoring parameter.

Growing community of inventors

Valdosta, GA, United States of America

Travis R Lewis