Sitko
Anthony G. Sitko, Harbor Springs, MI US
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20110265004 | Interactive Media Device and Method - An interactive media device and method allows a user to select a format by which stored text of a book or stored audio of a book or combinations thereof are presented to the user. For example, if the user wishes to read the book, the user may select display of the text of a screen for reading. Alternatively, the user may select audio of the text resulting in the text being converted so that audio sound of the text is provided for listening. Interactive book or place marking allows the user via a device interface to mark a place within the book. Upon returning the user may continue from that place, either by reading displayed text or by listening to audio. Place marking, and presentation of the content either visually or audibly may continue, at the user's selection, until the book is completed. | 10-27-2011 |
Jeffrey Sitko, Saline, MI US
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20150298527 | VEHICLE WINDOW STRUCTURE - A vehicle window structure includes a vehicle body structure, a window glass and a flexible sheet material. The vehicle body structure defines a window opening with a window supporting portion extending around a periphery of the window opening. The window glass has an interior surface, an exterior surface and an outer peripheral edge extending around the window glass between the interior surface and the exterior surface. The window glass is non-movably fixed to the window supporting portion. The flexible sheet material has a main section and an attachment section. The main section of the flexible sheet material covers the exterior surface of the window glass. The attachment section extends over at least a portion of the outer peripheral edge of the window glass and away from the exterior surface of the window glass. The attachment section is fixedly coupled to the vehicle body structure. | 10-22-2015 |
Ken Sitko, Edmonton CA
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20080252881 | HIGH-PRESSURE CROSS-POLAR MICROSCOPY CELLS HAVING ADJUSTABLE FLUID PASSAGE AND METHODS OF USE - Apparatus and methods are described for observing samples at non-ambient temperatures and pressures. One apparatus comprises a cell body having a fluid flow-through passage and a light passage intersecting the fluid flow-through passage at an adjustable light pathlength fluid analysis region; first and second light-transmissive windows in the light passage, each window having at least one crystal axis aligned longitudinally with a longitudinal axis of the window, the windows having opposed, spaced apart, substantially flat surfaces defining the adjustable light pathlength fluid analysis region, the first window having a first window holder and the second window having a second window holder, the first window rotationally isolated from the first window holder, the second window rotationally coupled to the second window holder, the first window holder able to gradually move the first window and thus adjust the light pathlength; and first and second light polarization filters. | 10-16-2008 |
Krzysztof Sitko, Westhampton Beach, NY US
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20150148618 | Physiological Monitor and Methods for Placement and Wear - Physiological monitors are disclosed, as are systems and methods in which they are used. The physiological monitors are generally horseshoe-shaped and are sized and adapted to fit around the base of the neck. They have forward ends that extend downwardly and inwardly in some embodiments. In systems according to embodiments of the invention, monitors may be wirelessly connected to a device that receives, records, analyzes, and displays physiological and environmental information. Monitors may also be controlled by touch and gestures on touch-sensitive areas of the inner and outer surfaces. In some embodiments, the monitors may be used for long-term, stand-alone monitoring of patients in need of medical monitoring, and allow multiple vital signs, including a three-lead electrocardiogram (EKG) to be recorded from a single location near the base of the neck. | 05-28-2015 |
Mark Sitko, Fort Wayne, IN US
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20100059937 | SEAL ASSEMBLY - A seal assembly, includes a seal element including at least one seal lip, a wiper element including a wiper lip, and a structural element attached to the seal element and the wiper element, the seal assembly being configured for functioning under pressure in an amount greater than 500 pounds per square inch. | 03-11-2010 |
Mark C. Sitko, Fort Wayne, IN US
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20130154192 | SEALING ASSEMBLY - A sealing assembly including a sealing component and a structural member. The sealing component has a first surface structure. The structural member has a second surface structure. A portion of the second surface structure is in contact with at least a portion of the first surface structure. The first surface structure and/or the second surface structure is a nano-textured surface. Interaction of the first surface structure with the second surface structure dynamically reduces friction, leakage of a fluid, and/or wear between the sealing component and the structural member. | 06-20-2013 |
Vitally G. Sitko, Medina, MN US
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20100181210 | Point of Care Heparin Determination System - Methods and devices for point of care determination of heparin concentration in blood are described. Cartridges including protamine ion sensitive electrodes (ISEs) and reference electrodes and systems for automatically determining heparin concentration in the cartridges are provided. Some systems add blood to a protamine bolus sufficient to bind all heparin, leaving excess protamine. The excess protamine concentration can be determined by measuring the initial slope of the electrode potential rate of change, and comparing the slope to known protamine concentration slope values In some cartridges, an oscillating pressure source moves the blood-protamine mixture back and forth across the protamine ISE. Some systems also use a second blood sample having the heparin removed or degraded to create a blank reference sample. Protamine ISEs can include polyurethane polymer, DNNS ionophore, and NPOE plasticizer. The polyurethane may include hard segments and soft segments, where both hard and soft segments may include cyclic and straight chain aliphatic moieties having essentially no ester or ether groups. Some hard segments may include methylene diphenyl groups. Some reference electrodes have the same polymer, plasticizer, and ionophore as the measurement electrode, but with a different concentration of ionophore. | 07-22-2010 |