Other

Applied Concepts Limited

Robert E Jordan

Robert S Gammenthaler

Russell D Kautz

Steven F Hocker

Mahendra Mandava

Lloyd D Miller

Devin L Kautz

A system determines absolute speed of a moving object. In AM, time of flight data over a time period is processed to determine ranges between the system and the moving object. The system performs linear regression analysis on the collected ranges to calculate the radial velocity. The system measures angular swivel rate of the system to determine tangential velocity. From the radial velocity and tangential velocity, the absolute speed can be calculated by taking the square root of the addition of the square of the radial velocity and square of the tangential velocity. In MM, the system calculates object distance, i.e. distance in the direction of travel, by subtracting the square of a pre-determined perpendicular distance L, perpendicular to the direction of travel, from a square of line-of-sight distance R, and taking square root of the result. Absolute speed is determined by calculating the slope of modified linear regression curve-fit.

Absolute speed detector

A system for monitoring the operation of a plurality of rotating-shaft machines, including a switchable meter to indicate the shaft speed of any one of these machines. Each machine has a monitoring circuit including respective visual warning branch circuits to indicate if the machine shaft falls below a first preset speed and then to indicate if the machine shaft falls below a second preset speed, with provision for sounding an audible alarm. The system has a single power supply, switchable meter, audible alarm control circuit and warning reset circuit, and identical monitor modules for the respective machines to be monitored. Each module has an external sensor, consisting of a pickup coil and a magnet assembly attached to the rotating shaft of the monitored machine; a high-gain integrated circuit amplifier to amplify the pulses from the sensor; circuitry to convert the pulses to a D.C. voltage proportional to shaft speed; visual warning and alarm lamps; a switch to connect the audible alarm to the module or optionally to disconnect it; separate high-gain integrated circuit amplifiers to control the indicating meter, visual warning, and visual/audible alarm; and multi-turn potentiometers, accessible from a common front panel to control sensitivity, speed range, meter circuit gain, and set points in percent of normal speed for the warning and alarm circuits.

Cotton gin monitoring system

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Addison, TX, United States of America

Robert E Jordan