Cosper
Bobby R. Cosper, Trenton, GA US
Patent application number | Description | Published |
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20080203641 | End Effector For Handling Sputter Targets - A fixture and method is provided for gripping an article, such as a sputtering target. The fixture comprises a base, a first set of contact rollers, and a second set of contact rollers, wherein at least one of the first set and the second set are adjustably positioned relative to the other of the first set and the second set on the base. The contact rollers can be configured as v-grooved wheels that will only touch chamfered portions of an outer diameter of the sputtering target when the contact rollers are clamped against the sputtering target. At least one of the first set and the second set of contact rollers can be pivotally mounted on a slide, with the slide being adjustably positioned on the base of the fixture. | 08-28-2008 |
20080221721 | Automated Sputtering Target Production - A system and method are provided for manufacturing workpieces, such as metal articles like sputtering target, the system comprising: comparing one or more physical or chemical values of a respective one of a plurality of metal target blanks to one or more comparable values of at least one desired criterion; selecting one of the metal target blanks from a plurality of metal target blanks as a work-in-progress; assigning a serial route for the work-in-progress; processing the work-in-progress by translating the work-in-progress from note to node with an automated transport, after completion of the events at each node; rejecting or accepting the work-in-progress as a metal target by evaluating a result of at least one event of the one or more respective events to be completed at, at least one of the plurality of nodes. | 09-11-2008 |
Bobby R. Cosper, Grove City, OH US
Patent application number | Description | Published |
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20080271305 | Automated Sputtering Target Production - A system and method are provided for manufacturing a sputtering target. The system is preferably automated. Sub systems of the manufacturing system include a robotic part handling sub system, a weighing sub system adapted to measure the weight of a part to be manufactured into a sputtering target, and a machining sub system adapted to finish machine a part to be manufactured into a sputtering target. The system can further include a cleaning sub system adapted to clean a part to be manufactured into a sputtering target, an inspection sub system adapted to measure dimensions of a part to be manufactured into a sputtering target, and a feedback control sub system adapted to provide control signals to one or more of the robotic handling sub system, the weighing sub system, the cleaning sub system, and the inspection sub system to control processing performed by one or more of the sub systems. | 11-06-2008 |
Glenn Cosper, Cleburne, TX US
Patent application number | Description | Published |
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20130263538 | Crown Molding and Method of Use - A lightweight decorative crown molding is shown which is installed on a surface of a building structure. The molding has a body which is formed of molded high density polystyrene foam. The body forms an elongate strip having a decorative front face and a rear mounting face, the rear mounting face having one or more elongate mounting rails which run longitudinally along the rear face of the foam body for mounting the molding to the building surface. The relative thicknesses of the mounting rails and the remaining portions of the molding body are selected to allow the molding to be formed in a high density molding process. | 10-10-2013 |
20140159270 | Crown Molding and Method of Use - A lightweight decorative crown molding is shown which is installed on a surface of a building structure. The molding has a body which is formed of molded high density polystyrene foam. The body forms an elongate strip having a decorative front face and a rear mounting face, the rear mounting face having one or more elongate mounting rails which run longitudinally along the rear face of the foam body for mounting the molding to the building surface. The relative thicknesses of the mounting rails and the remaining portions of the molding body are selected to allow the molding to be formed in a high density molding process. | 06-12-2014 |
James D. Cosper, Goliad, TX US
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20080246532 | METHOD FOR CONTROL OVER MECHANICAL RESONANT SYSTEM - Systems and methods are provided for automatically driving and maintaining oscillation of an assembly system including a mass and a bias member (which may also be referred to as a spring or elastomeric member) at or near a resonant frequency of the assembly system. In one example, apparatus for maintaining oscillation of a moveable subassembly including a mass and a bias comprises a controller operable to receive a signal from a sensor associated with a position or motion of the subassembly, and generate a drive signal for driving the subassembly in response to the received signal from the sensor. In this manner, the controller may monitor the motion of the subassembly and adjust or modulate the driving force over time to maintain the subassembly at or near a resonant frequency. Further, in one example, the subassembly includes a resonant engine comprising a movable mirror of an illumination device. | 10-09-2008 |
Joel Cosper, Dolores, CO US
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20130255032 | Load-responsive flexible structure for supporting and mobilizing a platform - A load-responsive U-shaped flexible leg with wheels for converting a platform such as an inverted bucket into a simple rolling step stool. | 10-03-2013 |
Ken Cosper, Fort Collins, CO US
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20110201457 | Sports Stations - Sports stations are provided, a representative version of which includes multiple vertical and horizontal posts interconnected to define multiple sport regions, with the multiple sport regions being configured to permit simultaneous play of different sports. At least first and second of the multiple sport regions are displaced vertically with respect to each other, and at least a third of the multiple sport regions is displaced horizontally with respect to the first and the second of the multiple sport regions. | 08-18-2011 |
Steve Cosper, Lagrange, GA US
Patent application number | Description | Published |
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20140083052 | RAZOR MAINTENANCE DEVICE AND METHOD OF USE THEREOF - A razor maintenance device with a container, a dripping holder, olive oil, and a mesh. The dripping holder is disposed above the level of the olive oil in the container, therein allowing a razor that had been soaking in the olive oil to be placed in the dripping holder and subsequently drip dry. | 03-27-2014 |