Abstract: The disclosure describes a novel approach for displaying information on a ventilator system. The disclosure describes a novel respiratory system including a primary display and system status display. Further, the disclosure describes a novel method for displaying ventilator information.

Abstract: The disclosure describes a novel approach for displaying information on a ventilator system. The disclosure describes a novel respiratory system including a primary display and system status display. Further, the disclosure describes a novel method for displaying ventilator information.

Abstract: A cable processing system includes a conveyor that holds cables and conveys the cables in a specified direction. The operation stretches the cables and allows them to be packaged or otherwise coiled. The cable processing system may wash the cables as they pass thereby.

Abstract: A load bank that is used to test electrical connections. The connections are attached to the load bank, so that the switches are loaded during the testing. The overheating or underheating, of either switches or loads can be tested, evaluated, and used to determine faults and errors.

Abstract: The disclosure describes a novel approach for displaying information on a ventilator system. The disclosure describes a novel respiratory system including a primary display and system status display. Further, the disclosure describes a novel method for displaying ventilator information.

Abstract: A load bank that is used to test electrical connections. The connections are attached to the load bank, so that the switches are loaded during the testing. The overheating or underheating, of either switches or loads can be tested, evaluated, and used to determine faults and errors.

Abstract: A pocket (P) structure formed by providing a pocket opening (41) in a trim main body and installing a case-shaped pocket cover (50) having an upper opening (51) on the rear side of the pocket opening (41) is provided. The front wall part of the pocket (P) is formed in a double wall structure comprising the trim main body (40) and a front wall (55) of the pocket cover (50). The trim main body (40) and the front wall (55) of the pocket cover (50) are provided with locking holes (44) and locking pieces (56), respectively, so as to eliminate iron clips in order to reduce cost and simplify a recycle operation. Patch ribs (45, 57) are installed on opposed surfaces of the rear surfaces of the trim main body and the front wall (55) of the pocket cover (50) so as to provide a good grasp at the time the pocket cover is grasped.

Abstract: A storage receptacle is usable in a map pocket without requiring an intermediate adapter ring. The storage receptacle only uses part of the storage space within the map pocket, and leaves the rest of the space available for maps or other personal items. The receptacle may be dimensioned to use less than half the space of the vehicle door pocket. In a selected illustrative embodiment, a storage receptacle is adapted to receive and store glasses therein, such as eyeglasses or sunglasses. The storage receptacle includes a receptacle case made from a strong plastic material, and may also include a liner made from a material such as foam padding, cloth, and/or flocking provided on an inner wall of the receptacle case, to protect glasses which may be stored therein.

Abstract: A storage receptacle is usable in a map pocket without requiring an intermediate adapter ring. The storage receptacle only uses part of the storage space within the map pocket, and leaves the rest of the space available for maps or other personal items. The receptacle may be dimensioned to use less than half the space of the vehicle door pocket. In a selected illustrative embodiment, a storage receptacle is adapted to receive and store glasses therein, such as eyeglasses or sunglasses. The storage receptacle includes a receptacle case made from a strong plastic material, and may also include a liner made from a material such as foam padding, cloth, and/or flocking provided on an inner wall of the receptacle case, to protect glasses which may be stored therein.

Abstract: A method for utilizing an intellectual structure for visualizing a system of multi-variate data points in a parallel coordinate system, identifying an area of interest within the system, and then transforming a selected portion of the system for visualization in single-point representations of n-dimensional points using broken-line parallel coordinates, where the n point representations of conventional parallel coordinates are brought back into a single point representation that is the single point vector resultant of n dimensional spaces viewable in familiar three dimensional display space.