Eric Daniel
Eric Daniel Gröndal, Knivsta SE
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20140253674 | REAL-TIME COMMUNICATIONS METHODS PROVIDING PAUSE AND RESUME AND RELATED DEVICES - Operating a receiver communication device during a real time communication session including a real time media content data stream provided by another communication device may include receiving the real time media content data stream of the communication session from the other communication device wherein packets of the real time media content data stream include an identification of the real time media content data stream. A pause request may be transmitted from the receiver communication device to the other communication device with the pause request including the identification of the real time media content data stream and a pause request sequence number. After transmitting the pause request, a pause acknowledge message may be received from the other communication device with the pause acknowledge message including the identification of the real time media content data stream and the pause request sequence number. Related devices and methods are also discussed. | 09-11-2014 |
20160088029 | REAL-TIME COMMUNICATIONS METHODS PROVIDING PAUSE AND RESUME AND RELATED DEVICES - Operating a receiver communication device during a real time communication session including a real time media content data stream provided by another communication device may include receiving the real time media content data stream of the communication session from the other communication device wherein packets of the real time media content data stream include an identification of the real time media content data stream. A pause request may be transmitted from the receiver communication device to the other communication device with the pause request including the identification of the real time media content data stream and a pause request sequence number. After transmitting the pause request, a pause acknowledge message may be received from the other communication device with the pause acknowledge message including the identification of the real time media content data stream and the pause request sequence number. Related devices and methods are also discussed. | 03-24-2016 |
Eric Daniel Hyp, Harrisburg, PA US
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20120267486 | ADJUSTABLE FLOWER POT SUPPORT - A flower pot holder includes a collapsing frame assembly that moves between two configurations; an open configuration and a drawn-in configuration. In the first configuration, the frame assembly is spaced from a central axis, over which a flower pot is disposed. In the second configuration, members of the frame assembly are moved toward the central axis of the frame assembly, thereby engaging and holding the flower pot. Moreover, the force that causes the frame assembly to move from the first configuration to the second configuration is the weight of the flower pot; that is, as a user places the flower pot on the frame assembly, the frame assembly automatically moves to the second configuration to grip the flower pot. | 10-25-2012 |
Eric Daniel Krassinger, Brentwood, MO US
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20090188308 | APPARATUS AND METHOD FOR TESTING FUEL FLOW - Apparatus and method for testing fuel flow in a return or returnless fuel system. The apparatus comprises a primary flow passage having an inlet for connection to the fuel system for receiving fuel pumped by the fuel pump, and an outlet adapted for connection to the fuel system for flow of fuel to one or more fuel injectors. The apparatus includes a first device for measuring a rate of fuel flow through the primary flow passage, and a second device for measuring a fuel pressure in the primary flow passage. A bypass valve in the primary flow passage is movable between a first position in which the bypass passage is closed and a second position in which the bypass passage is open. The bypass valve is movable to its first position for testing fuel flow in a return flow system and to its second position for testing fuel flow in a returnless fuel flow system. Different embodiments of the apparatus and methods of using the apparatus are disclosed. | 07-30-2009 |
Eric Daniel Kvilhaug, Winters, CA US
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20140105703 | Encapsulated Load-Securement Bulkhead and Method of Manufacture - An encapsulated bulkhead for use as a void filler to secure and protect cargo loads during transportation, such as in rail cars or trucks, is described. The encapsulated bulkhead includes a bulkhead member and an encapsulation or coating. In one embodiment, the bulkhead member includes two planar parallel deck sheets, a planar peripheral side member, and a honeycomb cell core, which may be made of corrugated paper or other paper. In another embodiment, the bulkhead member is a uniform expanded polypropylene. The coating is a water-resistant material which may be an elastomer, such as a polyurea, polyurethane, or polyurethane/polyurea hybrid. A method for encapsulating a bulkhead member is also provided. The method includes the steps of providing a bulkhead member, spraying the bulkhead member with the components of an elastomer to coat or encapsulate the bulkhead, and allowing the components to cure for a period of time sufficient to form the water-resistant elastomer. | 04-17-2014 |
Eric Daniel Readinger, Wyoming, MN US
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20140373785 | BELLOWS-FREE RETRACTABLE VACUUM DEPOSITION SOURCES - Systems are provided that include one or more retractable deposition source assemblies that eliminate the need for a bellows, but do not require breaking the ultra-high vacuum of a growth module for source replacement or recharging with deposition material. Systems of the present invention may include source heads that allow for a differential pumping option that provides marked improvement in base pressure around the source head (and material) that provides longer lifetimes for sources in corrosive, reactive or oxidizing environments. In addition, systems of the invention do not require an entire growth module to be vented to refill or repair an effusion source. Instead, for maintenance events that are tied to a specific source, a retractable source assembly of the present invention allows the sources to be withdrawn from the system, isolated from the growth environment, and removed without venting the entire chamber of the growth module. | 12-25-2014 |
Eric Daniel Tierie, Bilthoven NL
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20160059967 | USE OF ICE-PHOBIC COATINGS - The invention pertains to the use of an ice-phobic coating layer for de-icing or anti-icing of technical aerospace equipment such as aircraft's carburettor(s), pitot tubes, engines and parts thereof, and the rotor blades and generators and parts thereof of wind turbines, and wherein said coating layer: a) exhibits sessile water drop contact angle of at least 75° and a difference in dynamic water drop contact angle of at most 30° , more preferably at most 25° (i.e. low wetting hysteresis), at ambient air conditions, said contact angles measured according to ASTM D7334-08; b) exhibits micro hardness of at least 200 HV (Vickers units) if exposed to fluid velocities lower than 50 m/s and/or micro hardness of at least 800 HV, preferably at least 1000 HV, if exposed to fluid velocities higher than 100 m/s (representing aircraft wing conditions), said micro hardness measured according to ASTM E384-08, and/or exhibits a micro hardness of Ra less than 0.5 μm; c) exhibits corrosion rate of less than 0.1 μm/year; d) is chemically inert; and e) has a mechanical strength in terms of pull-off force/surface unit of more than 10 MPa, preferably more than 20 MPa, measured according to ASTM D4541-09e1. | 03-03-2016 |