Abstract: A portable compression system for preventing deep vein thrombosis is provided. The portable compression system includes an inflatable apparatus comprising a monitor unit and at least one inflatable air cell. The portable compression system further includes an outer cuff comprising a pocket configured to receive the inflatable apparatus, the outer cuff configured to be wrapped around a portion of a patient's body where prevention of deep vein thrombosis is desired. The portable compression system further includes a disposable sleeve barrier configured to provide a physical barrier between the outer cuff and the portion of the patient's body.

Abstract: An amount of fuel in a fuel bladder of an unmanned aerial vehicle (UAV) is determined based on a deformation of the bladder. In some examples, a fuel system for a UAV includes a bladder, a proximity sensor, a fuel gauge, and a controller. The bladder is deformable based on the amount of fuel in the bladder. The proximity sensor may output a signal that varies as a function of the deformation of the bladder. The controller may determine the amount of fuel in the bladder based on the signal output by the proximity sensor and control the fuel gauge to indicate the determined amount of fuel.

Abstract: An amount of fuel in a fuel bladder of an unmanned aerial vehicle (UAV) is determined based on a deformation of the bladder. In some examples, a fuel system for a UAV includes a bladder, a proximity sensor, a fuel gauge, and a controller. The bladder is deformable based on the amount of fuel in the bladder. The proximity sensor may output a signal that varies as a function of the deformation of the bladder. The controller may determine the amount of fuel in the bladder based on the signal output by the proximity sensor and control the fuel gauge to indicate the determined amount of fuel.

Abstract: The bottle comprises two sub-containers coupled one on top of the other. The end of the bottom sub-container opposite from the coupled end forms the base, while the coupled end forms a wide-mouth container design with an opening large enough to allow for ice cubes or adult fingers to effectively clean the inside. The end of the top sub-container opposite from the coupled end forms a narrow-mouth container design with an opening narrow enough for the drinking comfort of a child. The top and bottom sub-containers when uncoupled can transform to either two sub-containers for drinking, or a first sub-container for drinking and a second sub-container for holding liquid. A band made of a flexible material is encased around the exterior of the bottle to improve the function of the bottle, facilitate labeling, and buffer clanking noises and damage when the bottle is placed next to a solid surface.

Abstract: The system and method for displaying Internet-sourced video programming utilizes a computer system to access and receive a video program from a video programming source. A video processor (126) in communication with the personal computer (100) converts the video program into a video signal for projection, or other video display. In a method for displaying Internet-sourced video programming, a user's personal computer (100) serves as a network client to receive digital video programming from a server (200). In a method for providing Internet-sourced video programming, an Internet receives video programming from numerous video programming providers, and redistributes video programs to network clients. A database (202) contains video programming and programming information received from the video programming providers (204). The server (200) creates a programming menu for display and selection by a network client.

Abstract: A collapsible, cargo carrier designed to be attached to the rack on the roof or truck lid on a vehicle. The carrier includes an enclosure made of durable, water-proof, coated vinyl material with a closeable inner lid. An outer lid is disposed over the inner lid and the enclosure to provide two wind and water-proof barriers over the cargo. The outer lid is attached along one edge to the front panel of the enclosure via a flexible, water-proof hinge also made of coated vinyl material. The enclosure and inner and outer lids are made of coated vinyl material which enables them to be sewn or heat welded together during manufacturing. A plurality of adjustable anchor straps are disposed longitudinally over the cargo carrier which are used to selectively attach it to the rack. A plurality of compression straps are disposed transversely over the cargo carrier which are used to adjust the shape of the carrier to the shape of the cargo items carried therein and to make the cargo carrier more aerodynamic.

Abstract: An internal air damper for a combination refrigerator-freezer which serves to maintain a preset and/or desired temperature within the refrigerator by selective passage of colder air from the freezer. The arrangement is in the form of a rotatable baffle or door which opens in response to a temperature demand. The amount of colder air passage can be made available through either of two modes, i.e. by stopping the baffle at an open position to allow cool air flow into the refrigerator until the thermostat is satisfied, and, prior to reaching a freezing thermostat temperature, reenergizing the motor for baffle movement to closed position, or moving the baffle to an open position, and continuing baffle movement for gradual and better distribution of the colder air until the thermometer is satisfied and the baffle stops at a closed position.

Abstract: In a method of forming an abrasive article a mesh material is applied with insulating material over areas which do not require abrasive, the insulating material being absorbed into the mesh material. The mesh material is then laid onto a surface of electrically conducting material and metal is electro-deposited onto the discrete areas of the mesh not bearing the insulating material. Abrasive is added so that it becomes embedded in the metal. The resulting material with metal and abrasive areas is stripped off the surface. The preferred insulating materials are ink screen printed onto the mesh, or hot melt adhesive perforated to define openings and then applied to the mesh to penetrate the mesh.