Abstract: A system and method to modularize a signal observation process to allow continual adaptation as the independent modules evolve. Receivers, digitizers, storage, and synchronization means form discrete subsystems that can be integrated together yet still be independently upgraded or modified. The integrated system is controlled by software that allows continuous deterministic signal observation for arbitrarily long periods of time. The software enables a schedule-based temporal collection of signals through a method that controls the tuning of the receivers and the downloading of data to storage media. The control software also allows automatic distributed operation of multiple sites in synchronization to within parts per million or better.

Abstract: A curved surfaces for adhering to contact surfaces is provided. The structure includes a curved surface with a plurality of nano-fibers disposed thereon. When the curved surface is in a first position, at least one of the plurality of nano-fibers contacts the contact surface and provides an adhesive force at the contact surface. When the curved surface rotates to a second position from the first position, the at least one of the plurality of nano-fibers is leveraged way from the contact surface.

Abstract: A coupling member includes a body having a socket for receiving a mating ball with the body including a recess for receiving a cam member over which a generally C-shaped spring extends. The body includes slots for receiving the ends of the C-shaped spring which engage a ball for locking the coupling member to the ball. The cam includes a lever which is operator accessed for rotating the cam to move the spring from a locking position to an unlocking position with respect to the body and ball to which the body is coupled for allowing the end of the body attached, for example, to a gas assist strut to be removed from the mating ball.

Abstract: A coupling member includes a body having a socket for receiving a mating ball with the body including a recess for receiving a cam member over which a generally C-shaped spring extends. The body includes slots for receiving the ends of the C-shaped spring which engage a ball for locking the coupling member to the ball. The cam includes a lever which is operator accessed for rotating the cam to move the spring from a locking position to an unlocking position with respect to the body and ball to which the body is coupled for allowing the end of the body attached, for example, to a gas assist strut to be removed from the mating ball.

Abstract: A formed tubular frame which has a pair of generally U-shaped members joined at an acute angle such that a lower of the members engages the skating or support surface while the upper member extends forwardly and upwardly to define a handle for the user. The U-shaped members define an open area in which a user can stand and manipulate their legs for skating or otherwise moving while placing their center of gravity well within the supporting frame to provide lateral and fore and aft support and allow the user to place weight on the device as necessary to assist in stabilizing their balance.

Abstract: A housing which includes a cable take-up reel is mounted to the underside of a work surface for storing excess cords or cables employed to control an adjustable height table. In one embodiment, the housing is a motor control which integrally includes a toroidal transformer covered by a cylindrical body extending downwardly from the housing and which forms the drum of the take-up reel. A snap-fit flange extends over the end of the cylindrical body to hold cords in position once wrapped around the drum. A protective and decorative cover snap-fits over the motor control and take-up reel once the excess cord has been wrapped around the take-up reel for storage.

Abstract: The present invention provides a rollover protection structure that utilizes unitary corner members that are cast pieces that require no additional bracing. In addition, each corner member includes a leg portion that integrally defines an area of reduced cross-section. This reduction in cross-section creates an area of predictable deformation in the structure which will prevent the structure from collapsing on an operator stationed within the cab.

Abstract: Vitreous solid compositions at 25.degree. C. are useful as solid state electrolytes and are comprised of either Li.sub.3 PO.sub.4 or LiPO.sub.3 as a network former and/or network modifier.

Abstract: Low temperature molten compositions are comprised of a mixture of an inorganic halide salt such as aluminium trichloride, and a quaternary alkyl phosphonium halide salt, such as tetramethylphosphonium chloride, and are useful as electrolytes in electrochemical cells.

Abstract: Vitreous solid compositions are prepared via an RF sputtering process in an inert gas atmosphere from a target composition comprised of either Li.sub.3 PO.sub.4 or LiPO.sub.3 as a network former or network modifier.

Abstract: Vitreous solid compositions at 25.degree. C. are useful as solid state electrolytes and are comprised of either Li.sub.3 PO.sub.4 or LiPO.sub.3 as a network former and/or network modifier.

Abstract: Low temperature molten compositions are comprised of a mixture of a metal halide, such as aluminum trichloride, and a ternary alkyl sulfonium salt, such as trimethylsulfonium chloride, and are useful as electrolytes in electrochemical cells.

Abstract: Low temperature molten compositions comprised of a mixture of a metal halide, such as aluminum trichloride, and a hydrocarbyl-saturated onium salt, such as trimethylphenylammonium chloride, are useful as electrolytes in electrochemical cells.

Abstract: Previously known ripper apparatus comprise an impacting mechanism for applying impact forces to a ripper tip in an in-line relationship. The high spring rate exhibited by the shank induces high peak internal impact forces, dissipates useful energy, and provides relatively shallow cutting depths. In one aspect, the ripper apparatus (11,11a) of this invention overcomes the above problems by providing an offset relationship between a first line (L.sub.1) of impacting movement of a ripper tip (13) and a second line (L.sub.2) whereat impacting forces are applied to a shank (14,14a) carrying the ripper tip (13) and by further providing a spring mechanism (25,25a) for ensuring that the impacting forces are transmitted from the second line (L.sub.2) to the first line (L.sub.1) directly. In another aspect, the spring mechanism (25,25b) induces an efficient transfer of impact energy from an impacting mechanism (17) to the material being worked by the ripper tip (13), whether the first (L.sub.1) and second (L.sub.

Abstract: A non-aqueous electrochemical cell employing a liquid cathode which comprises an halogenocarbonylchalcogenyl halide.

Abstract: A non-aqueous electrochemical cell employing a liquid cathode comprising an organo halide of at least one element selected from Group IVA and Group VA of the Periodic Table and having an atomic number of 14 or more.