Intelligent Automation, Inc.

Other

Time Domain Corporation

Mnemonic Systems Incorporated

Leonard S Haynes

William B Harvey

Mark D Roberts

Ramgopal Nair

Benjamin Bachrach

Eric Van Doom

Andrew J Lavin

Method and system for non-destructive evaluation for a conducting structure by measuring the electrical impulse response thereof including applying a PRBS test input signal to the conducting structure, detecting an output signal from the conducting structure and processing the data to assess the condition of the conducting structure via changes in the electrical impulse response and to locate any defects along the conducting structure.

Method and system for non-destructive evaluation of conducting structures

A method and system for fast acquisition of pulsed radio signals where said signals comprised uniquely-spaced pulses or symbols. The receiver searches for and detects two ore more symbols, determines the interval or intervals between the symbols, and because the intervals are unique, the symbols or symbol sequences are identified. Identification of the symbols and their respective timing within the signal allows the receiver to adjust its timing to synchronize with the full signal.

Method and system for fast acquisition of pulsed signals

The present invention provides a computerized exercise system and method allowing exercising in both a gravity field and a gravity free environment. The exercise system includes one or more exercise modules positioned at specific locations and coupled to an exercise member through an extendable cable extending between each exercise module and one or more exercise members. A controlling structure controls tension forces in each of the cables for generating desired resistive forces in the exercise member at each point of its trajectory, simultaneously moving through a trajectory, defined by exercise parameters. When a user performs an exercise routine, he/she moves the exercise member and overcomes the resistive forces elevated by the exercise modules through the controlled tension forces in each cable.

Computerized exercise system and method

An air lifted motion isolation system (100) includes a support structure or pod (110) for supporting equipment and/or personnel to be isolated from the motion of a waterborne craft (102). The support structure is coupled to the waterborne craft structure by a pivotal coupling assembly (120), permitting the support structure to be displaced both vertically and laterally. The motion of the support structure is stabilized by a lift producing body (130) disposed in the air above the waterborne craft and coupled to the support structure by a tether (112) for applying a substantially vertically directed force thereto. The pivotal coupling assembly (120) includes a plurality of pivotal coupling elements (122, 154) for buttressing the support structure above the structure of the waterborne craft. Each of the pivotal coupling elements (122, 154) may provide dampening to further stabilize and isolate the motion of the support structure from that of the waterborne craft. The lift producing body (130) may be formed by a parasail-type structure or a more rigid winged structure and incorporate a control system (160, 170) for altering the lift characteristic thereof.

Air lifted motion isolation system and method therefor

A striation monitor and display system (10) is provided which includes a positional location mechanism (20) for locating a substantially cylindrically contoured object such as a bullet (14). The bullet or object (14) is inserted within a collet mechanism (48) mounted above a cup member (44) containing a compliant matrix (46). A portion of the object (14) is inserted along an axis line (24) of the rotating cup (44). A line scan camera (62) is focused on a section of the object (14) and frame speed is synchronized with the rotation of the rotating cup (44). Synchronization is accomplished by a closed feedback loop between a motor/encoder integral combination (58/60) and a processor system (72) for maintaining synchronization between images photographed by line scan camera (62) and rotational speed of motor (58).

Striation monitor and display system and method

An audio-visual educational aid which coordinates reading of textual material with an audio presentation of the material. An audio reproduction of the material is made on a recording medium together with audio player control signals. A student reader 'reads along' with the audio reproduction, and is provided with a control button which he is to depress upon reaching the end of a predefined portion of textual material, such as the end of a line. If the button is not depressed within a pre-determined time, circuitry within the educational aid stops the audio player and prevents it from resuming until a restart button is depressed, and a punitive time delay has lapsed. The length of the time delay is increased with each stoppage of the player. Various additional features are incorporated into the educational aid to provide reinforcement to the reader.

Growing community of inventors

Rockville, MD, United States of America

Leonard S Haynes