Abstract: A steering column connectable to a frame of a vehicle includes a first steering column member pivotable relative to a second steering column member. A tilt lock bar has an end portion movable with the first steering column member relative to the second steering column member. The tilt lock bar moves relative to the second steering column member upon pivoting of the first steering column member to any one of a plurality of pivot positions relative to the second steering column member. A locking member engages a plurality of teeth on the tilt lock bar to prevent movement of the tilt lock bar relative to the second steering column member and pivoting of the first steering column member relative to the second steering column member. The locking member has a first position engaging the plurality of teeth on the tilt lock bar to prevent movement of the tilt lock bar relative to the second steering column member.

Abstract: A steering column has a first steering column member movable axially relative to a second steering column member. A member having a plurality of teeth is connected to the first steering column member and movable with the first steering column member relative to the second steering column member. A support connects the steering column to a vehicle frame. A telescope locking member engages the plurality of teeth on the member connected to the first steering column member. The telescope locking member has a first position in which the telescope locking member engages at least one of the plurality of teeth on the member connected to the first steering column member to prevent movement of the first steering column member relative to the second steering column member.

Abstract: A steam turbine power plant having associated therewith a closed loop flow arrangement for extracting heat from the power plant and supplying the extracted heat to an external heat load. Included within the flow arrangement is a predetermined number of heater elements, each of which extracts steam having a predetermined heating capacity associated therewith from a predetermined number of separate locations within the power plant. The heat so extracted is transferred to a heat transfer medium flowing at a predetermined flow rate within the closed loop arrangement. The extracted heat is exchanged to the heat load within a heat exchanger element connected within the flow arrangement. The amount of heat extracted from the power plant is functionally related to, and automatically limited by, the flow rate of the heat transfer medium within the closed loop arrangement. The flow rate of the heat transfer medium is itself functionally related to the flow rate of the motive fluid for the power plant.