Mississippi State University

Other

University of Florida Research Foundation Inc

Wilburn Whittington

Haitham El Kadiri

Ghatu Subhash

Cory Krivanec

Andrew Lars Oppedal

The present disclosure relates to compact waveguide impact devices. One example includes a branching compact mechanical waveguide that has at least one input impact location and at least one input impact location output impact point. The compact waveguide impact device also includes at least one input impact component. A controller device activates the at least one input impact component to strike the at least one input impact location according to an input impact pattern, thereby producing a desired output impact pattern.

Compact mechanical waveguides for impact devices

A method of tracking a container closure used to seal liquid in a container is provided, comprising applying a trackable indicia to a container closure, wherein the trackable indicia is unique to the container closure; recording an associated data set comprising a plurality of parameters related to the liquid in the container; correlating the associated data set with the trackable indicia; applying the container closure to the container to seal the liquid within the container; maintaining a database of the trackable indicia corresponding to the associated data set; and scanning the trackable indicia to retrieve the associated data set from the database. The method of the invention also includes utilization of a container closure having inherent natural imperfections and/or patterns on the top and/or sides of the closure and obtaining scanned images and data thereof which are analyzed and utilized for closure and container identification and likewise serve as scannable trackable indicia.

Tracking method for containers having removable closures

The invention consists of a novel system and method for controlling an actuator, such as a linear actuator, used to control motion of an object, such as a tensile specimen or other component. The invention comprises applying a controllable smart material to an actuator, wherein the controllable smart material varies the resistance to the actuator motion; deforming or moving the object; sensing the objects current state; recording an associated data set comprising a plurality of parameters related to the objects state; comparing the current state of the object to the target state of the object; and altering the resistance to the actuator by deforming the smart material until the target state is reached.

System to control an actuator

Disclosed are various embodiments of systems and methods related to a load monitoring apparatus for testing of a material. The load monitoring apparatus may comprise a primary bar and one or more nested tubes substantially surrounding a portion of the primary bar. The one or more nested tubes are connected in series at alternate ends of the one or more nested tube. Further, the primary bar may comprise one or more sensors used to extract load sampling and monitor reflections of signals traversing the load monitoring apparatus.

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Starkville, MS, United States of America

Wilburn Whittington