Abstract: An aircraft seat, which is convertible into a bed, is divided from adjacent seats by partitions 2 and has a movable squab 11, a movable leg rest 12, a fixed foot rest 14 and a movable backrest 15 to which a headrest 17 is pivotally connected. A control panel 21 is provided on a partition 2 for controlling the disposition of the seat. The seat has front legs 29 and rear legs 28 pivoted to aircraft deck 27 and is actuated by slide actuator 29 and recline actuator 30 (which extends or retracts rear legs 28). In the normally sitting up position of the seat, the squab back is held towards cabin wall 48 with a slide actuator 29 and a recline actuator 30 extended. When the seat is partially reclined the headrest 17 is pivoted forward to lie at an obtuse angle with respect to the front face of backrest 15 to keep headrest 17 clear of cabin wall 48. In the fully reclined position of the seat, the headrest 17 is lowered into recess 51 in shelving 52 at the rear of the seat unit along cabin wall 48.

Abstract: The invention is directed to textile fabrics for use in air bags and side curtains having at least one coating layer of polyvinyl chloride thereon. The textile fabric can be a flat sheet, such as used in driver side air bags, or a multi-layered woven textile having preconfigured air-holding cavities therein for use in side curtains such as are installed in sport utility vehicles (SUVs). In certain embodiments of the invention coating layers of elastomeric polyurethane may be applied to the textile fabric in addition to the coating layer of polyvinyl chloride. In certain instances, the textile fabrics are coated on one side only, and in others they may be coated on both sides, i.e., on opposed first and second surfaces. In either case, the polyvinyl chloride coatings, whether alone or in combination with other polymeric coatings, provide the air bags or side curtains with superior air-holding characteristics.

Abstract: An adjustable laptop computer monitor assembly, comprising: a flat panel display assembly comprising a display screen and support electronics for the display screen; a computer base that houses an associated microprocessor and a portion of the support electronics for the display screen; at least one support mechanism attached to the computer base and to the laptop screen, wherein the at least one support mechanism allows the display screen to move vertically and also in other directions relative to the computer.

Abstract: The present invention provides a method for facilitating a trade between a buyer and a seller of a product, the seller offering a product for sale at a predetermined price; the buyer purchasing the product; determining buyer's sufficient currency status or insufficient currency status. If the buyers account has a sufficient currency status, holding monies in an amount equal to the predetermined price are transferred into a holding account; requiring the seller to verify the date of receipt of the monies; requesting the seller to verify the shipping status of the product within a shipping confirmation response time frame; requesting the buyer to verify the receipt status of the product within a receipt confirmation response time frame; and assigning a conduct value to the buyer and seller.

Abstract: An air bag apparatus comprising a front portion, a back portion and a collar portion in inflatable communication with and between the front portion and the back portion. A lumbar attachment portion may be in inflatable communication with a bottom end of the back portion at a mid portion of the lumbar attachment portion and a first end removably attached to the front portion and a second end removably attaches to the front portion at the bottom left of the front portion. An air generator may be communication with at least one of the front portion, back portion and lumbar attachment portion for expanding the air bag apparatus; wherein the at least one air bag is capable of protecting an operator in response to expansion of the air bag by the air generator.

Abstract: A computer implemented method of valuing and modeling an investment comprising the steps of: providing at least one investment for consideration comprised of at least one future cash flow; creating at least one probability distribution for each future cash flow, by a user, each probability distribution to represent uncertainty of magnitude at at least one particular time to provide at least one magnitude distribution; creating at least one probability distribution for each future cash flow, by a user, each probability distribution to represent uncertainty of timing at at least one particular magnitude to provide at least one timing distribution; combining the magnitude distributions and at least one timing distribution into at least one joint-probability distribution function; and converting at least one joint-probability distribution function to generate a two-dimensional net present value probability distribution.

Abstract: A keyboard comprising: at least a first keyboard portion and second keyboard portion, wherein the first keyboard portion is hingedly attached to the second keyboard portion to allow keyboard use in a flat position and an inverted V position.

Abstract: An apparatus for extending a neck tie, the apparatus comprising: a first piece of fabric sewn to a second piece of fabric along the bottom portion of the first piece of fabric and along the bottom portion of the second piece of fabric to form a Y-shape; a first magnet attached to the top back side of the first piece of fabric; a second magnet magnetically mated to the first magnet and attached to the top back side of the second piece of fabric; a third piece of fabric sewn along the Y-shape, wherein the first magnet is interposed between the first piece of fabric and the third piece of fabric and the second magnet is interposed between the second piece of fabric and the third piece of fabric to form a magnetic Y-shape.

Abstract: A microprocessor implemented method of managing and preventing the onset of computer related fatigue, the method comprising the steps of: providing a user; determining when the user begins fatigue inducing activities to provide a start time; requiring an anti-fatigue break for a predetermined anti-fatigue time period after the start time; disengaging the user through a staged process sequence; and preventing the user from being able to perform the fatigue inducing activities for a predetermined anti-fatigue time period.

Abstract: A safety system for a fluid conduit having: a hose; a first housing connected to the hose with an internal cavity having a first connection point and a first check ball opening cavity; a second housing connected to the hose with an internal cavity having a second connection point and a second check ball opening cavity; a perforated retention tube positioned longitudinally within the hose and in communication with the first connection point and the second connection point; a first check device contained within the first check ball opening cavity and interposed between the perforated retention tube and the first check ball opening cavity; and optionally a second check device contained within the second check ball opening cavity and interposed between the perforated retention tube and the second check ball opening cavity.