37results about How to "Understanding contribution" patented technology

A gasket retention system includes a gasket and a plate. The gasket includes a loop. The loop includes a gasket tab extending from the gasket, a pair of loop arms flanking the gasket tab and extendingfrom the gasket, a loop webbing connecting the pair of loop arms, and a loop tab extending from the loop webbing toward the gasket tab. The plate includes a loop receiving seat. The loop receiving seat includes a gasket seat, a gasket tab slot to receive the gasket tab, a loop tab channel to receive the loop tab, a pair of loop arm channels to receive the pair of loop arms, and an edge for the loop webbing to bear upon.

A collapsible vessel (10) reconfigurable between expanded and collapsed configurations. A sleeve combination (12) has an inner sleeve (16) rotatable relative to an outer sleeve (14). A liner (18) is retained by the sleeve combination (12). The sleeves (14, 16) have opposed major walls (44, 46, 52, 54) divided by opposed fold line formations (45, 49, 53, 57). Arrays of flexion apertures (66, 68) span a lateral range from adjacent to the respective fold line formation (45, 49, 53, 57) toward a central portion of the major wall (44, 46, 52, 54), and an aperture density can vary generally based ondistance from the fold line formation (45, 49, 53, 57) to promote a true-round confirmation of the expanded vessel (10). A lid structure (28) with a disk (30) and opposed retaining tabs (36) can be selectively engaged with the liner (18), and a retaining strap (20) can be pivotally coupled to the sleeve combination (12) with a first orientation encircling the sleeve combination (12) and a second,longitudinal orientation. A storage bag (70) with first and second longitudinally-disposed stays (82, 84) can receive and further compress the vessel (10).

The perforating tool (40) includes a cartridge (60) connected to a work string (112) and a perforator (10) secured in the cartridge disposed along the work string. The perforator includes a cylindrical casing (12), explosive substance, metal cap (14) and detonating cord (46). The housing has a partition (50) at a first end, an open mouth at a second end, and an interior volume. The first end includes a post (54) having a slot (56). An explosive substance is disposed in the inner volume. A metal cap (14) covers the open mouth of the housing and has a disc segment (20) defined by a divider ring (22). The separator ring has a structurally weakened region (24) surrounding the disk segment. The detonating cord is received in a groove in the cylinder.

The present invention provides a method for using ion filtering to adjust the number of ions delivered to a substrate (170). The method comprising a process chamber (100) being provided that is operatively connected to a plasma source (120). The substrate is provided on a substrate support (130) that is provided within the process chamber. An electrical bias source is provided that is operativelyconnected to an aperture plate (190,191,192) that is provided in the process chamber. The substrate on the substrate support is processed using a plasma generated using the plasma source. A variable bias voltage from the electrical bias source is applied to the aperture plate during the plasma processing of the substrate. The plasma processing of the substrate can further comprise exposing the substrate to a plasma time division multiplex process which alternates between deposition and etching on the substrate.