Abstract: An apparatus (10) is used in a vehicle having a vehicle seat (2) for a vehicle occupant and a vehicle floor pan (4) for supporting the vehicle seat (2). The apparatus (10) includes a vehicle seat frame (20), a sensor (99), and a member (60). The vehicle seat frame (20) supports a load of the vehicle occupant in the vehicle seat (2). The vehicle seat frame (20) is movable vertically upon application of a vertical load to the vehicle seat frame (20). The sensor (99) transfers the load of the vehicle occupant in the vehicle seat (2) from the vehicle seat frame (20) to the vehicle floor pan (4). The sensor (99) detects a part of the load of the vehicle occupant and provides an output signal indicative of the amount of the part of the load transferred. The member (60) damps force transferred by the vehicle seat (2) and the vehicle seat frame (20) to the vehicle floor pan (4). The member (60) is interposed between the vehicle floor pan (4) and the sensor (99).

Abstract: An apparatus (10) is used in a vehicle having a seat (2) for a vehicle occupant and a vehicle floor pan (4) for supporting the vehicle seat (2). The apparatus (10) includes a vehicle seat frame (20), a bracket (30), a spring element (240, 340 or 340, 350), a lever (90), and a sensor (992). The spring element (240, 340 or 340, 350) compresses to allow the vehicle seat frame (20) to move vertically when the load of the vehicle occupant acts on the vehicle seat (2). The lever (90) has a first end portion (100) and a second end portion (110) opposite the first end portion (100). The first end portion (100) is movable with the vehicle seat frame (20). The second end portion (110) is movable with the vehicle seat frame (20). The lever (90) has a middle portion (120) interposed between the first end portion (100) and the second end portion (110). The lever (90) bends as the vehicle seat frame (20) moves vertically relative to the bracket (30).

Abstract: An apparatus (10) is used with a vehicle seat (2) and a vehicle floor pan (4) for supporting the vehicle seat. A sensor lever (100) transmits the load of the vehicle occupant from the vehicle seat (2) to the vehicle floor pan (4). The sensor lever (100) has a first end portion (102), a second end portion (112), and a middle portion (122) interposed between the first end portion and the second end portion. The middle portion (122) of the sensor lever (100) is movable with the vehicle seat (2). The sensor lever (100) has a first sensor portion (107) disposed between the middle portion (122) and the first end portion (102). The sensor lever (100) has a second sensor portion (109) disposed between the middle portion (122) and the second end portion (112). The first and second sensor portions (107, 109) bend as the vehicle seat (2) moves vertically relative to the vehicle floor pan (4).

Abstract: Ketoximes, processes for their preparation, compositions containing them, and a copper extraction process using the compositions.

Abstract: A process for the recovery of nickel from a nickel containing ore in which the ore, particularly a laterite ore, is initially leached with an aqueous acid solution, after which the nickel is precipitated as nickel hydroxide by adding a hydroxide to the aqueous acid leach solution containing the nickel, followed by a re-leaching of the nickel with an aqueous ammoniacal solution and recovery of the nickel by a solvent extraction of the nickel from the aqueous ammoniacal solution with an organic phase of a water insoluble oxime extractant comprising a ketoxime containing less than 10% phenols dissolved in a water-immiscible hydrocarbon solvent and the nickel recovered by electrowinning the nickel from the aqueous acid stripping solution employed to strip the nickel from the organic phase.

Abstract: A process for extracting and recovering copper from an aqueous solution containing copper values comprising: (a) contacting the aqueous copper bearing solution with an organic phase comprising a water insoluble and water immiscible solvent solution of an extraction reagent formulation to extract at least a portion of the copper values into the organic phase; (b) separating the resultant copper pregnant organic phase from the copper baren aqueous phase; and (c) recovering the copper values from the copper pregnant organic phase; wherein the extraction reagent formulation comprise an (i) oxime extractant and (ii) an equilibrium modifier in which the modifier is a linear diester or polyester of an unbranched dicarboxylic acid and an unbranched alcohol.