Abstract: Provided herein are E. coli host strains with improved capacity for producing recombinant proteins.

Abstract: A flight display is described. The flight display includes a display screen, a physical network interface, and multiple processors. The flight display interfaces with the flight deck by way of the physical network interface. The display screen displays images representative of avionics data in response to signals generated by one or more of the processors. The processors also generate command signals causing an actuator of the aircraft to control a flight control surface or a throttle. In this regard, the one or more of the processors perform various automatic flight control system (AFCS) functions. A system is further described including multiple of the flight displays. By hosting the AFCS functions across processors of the multiple flight displays, a level of command integrity may be reached. Furthermore, backups flight displays are available to be reconfigured to perform the AFCS functions.

Abstract: An apparatus (10) provides inflation fluid to an inflatable vehicle occupant protection device (14). The apparatus (10) includes an inflator (24) actuatable to provide inflation fluid for inflating the protection device (14). A conduit (22) directs inflation fluid into the protection device (14) from the inflator (24). A deflector (50) is arranged in fluid communication with the conduit (22) and has at least a portion in fluid communication with the protection device (14). The deflector (50) is configured to direct inflation fluid into the protection device (14) in opposing directions to reduce the magnitude of pressure waves experienced by a vehicle occupant (28).

Abstract: A storage box for a cargo bay of a vehicle including a conveyor on which items, e.g., tools and materials, are stored. The conveyor is actuatable to move the items in a pre-selected direction, preferably toward the side or rear of the vehicle cargo bay to provide easy access to the items. In another aspect, the storage box includes fold-out shelving. The shelving includes multiple panels hinged together. A first panel is hingedly connected to an intermediate panel, which is hingedly connected to a second panel, which is pivotally connected to the storage box. The panels are operable in (a) a collapsed mode, where the panels fold substantially vertically against one another, and (b) an extended mode, where the first panel moves outwardly to a substantially vertical position and the intermediate and pivot panel pivot downward to a substantially horizontal position.

Abstract: An apparatus (10) helps to protect an occupant (74) of a vehicle (12) that has a side structure (14) and an occupant compartment (70). The apparatus (10) includes an inflatable vehicle occupant protection device (100) that has a first portion (102) when inflated extending along the side structure (14) and a second portion (108) when inflated extending inboard from the side structure at or near a rear corner (112) of the occupant compartment (70).

Abstract: An apparatus (8) includes a seat (10) for an occupant (12) of a vehicle (14). The seat (10) includes a cushion portion (16) and a backrest portion (18). The apparatus (8) also includes an occupant protection device (70) that, when actuated, resists rearward movement of the backrest portion (18) of the seat (10) relative to the cushion portion (16) of the seat (10). A deflection mechanism (72) of the apparatus (8) is located in the backrest portion (18) of the seat (10) and is movable from a first position to a second position for actuating the occupant protection device (70). The deflection mechanism (72) is adapted to move from the first position to the second position without the backrest portion (18) moving significantly relative to cushion portion (16).

Abstract: A vehicle step tube comprising a one-piece elongated extrusion having a plurality of vertical ribs extending from the upper surface, the ribs define a plurality of channels between the ribs. The ribs may be relatively short in a step portion of the extrusion to form a step platform, and may be relatively tall in the flanking portions flanking the step portion. The ribs may further define transverse recesses in the step portion to enhance traction and aesthetics. A pair of end caps may be provided to cover the ends of the extrusion. The ends caps include openings aligned with the channels to allow fluid flow through the channels and the openings and into an environment.

Abstract: A method and apparatus (12, 112) for helping to protect an occupant (30, 130) of a seat (14, 114) of a vehicle (10, 110) includes a sensor (36, 200) responsive to at least one of a side impact event or a rollover event for providing a crash event signal. A first vehicle occupant protection device (94, 210) is inflatable into a first position located beside the seat (14, 114). A second vehicle occupant protection device (50, 150) is inflatable into a second position located forward of the seat (14, 114). A controller (44, 144) is responsive to the crash event signal for immediately inflating the first vehicle occupant protection device (94, 210) and, a predetermined time after inflating the first vehicle occupant protection device (94, 210), inflating the second vehicle occupant protection device (50, 150).

Abstract: A method and apparatus (40) for testing an occupant position sensing system (12) of a vehicle (10) includes a motor (42) having a stationary portion (44) and a movable portion (46). A test object (90) is fixed relative to the movable portion (46) of the motor (42). A motor position sensor (64) senses a position of the movable portion (46) of the motor (42) relative to the stationary portion (44) and for providing a motor position signal indicative thereof. Motor drive electronics (58) are responsive to the motor position signal for controlling the motor (42) for moving the test object (90). A data recorder (80) is adapted to receive and record data from the occupant position sensing system (12) and is adapted to receive and record the motor position signal provided by the motor position sensor (64).

Abstract: A vehicle occupant protection apparatus (10) includes an inflatable occupant protection device (12) and a support member (40) having a vent opening (50) through which inflation fluid may flow. The apparatus (10) also includes a mechanism (58) for controlling a flow of inflation fluid through the vent opening (50). Inflation fluid pressure within the inflatable occupant protection device (12) tends to move the mechanism (58) for increasing a flow of inflation fluid through the vent opening (50). The mechanism (58) is responsive to inflation of the inflatable occupant protection device (12) beyond a predetermined distance for restricting the flow of inflation fluid through the vent opening (50). The apparatus (10) further includes a locking member (96) for blocking the mechanism (58) from increasing the flow of inflation fluid through the vent opening (50) after the inflatable occupant protection device (12) has inflated beyond the predetermined distance.

Abstract: The swivel mount of the present invention provides a low profile swivel for a deep trolling reel which can be permanently secured to the deck of a vessel and provides incremental rotational adjustment of the deep trolling reel mounted thereto through 360.degree. at 45.degree. intervals in the preferred embodiment. The structure compactness is made possible by the use of interengaging locking mechanism extending upwardly from a base plate to engage a plurality of angularly spaced notches communicating with the outer periphery of an annular groove in a swivel plate pivotally mounted to the base plate. The locking mechanism is spring-loaded and includes a control handle extending outwardly from the base plate to releasably lock the deep troller in a desired position.