Control Electronics Co., Inc.

Arbrook, Inc.

Patient Technology, Inc.

William T Montren

Harold Goldstein

An electronic computer which provides an accurate final temperature reading prior to the actual stabilization of the temperature sensor. An algorithm is provided which allows making only two temperature measurements at preselected times yet accurately predicts the end stabilization temperature. A temperature resistance varying is converted to a temperature-frequency varying signal, clocked into an up/down counter, then displayed digitally. A thirty second timing sequence is also digitally displayed for use when the invention is utilized for medical applications.

Electronic thermometer

Electronically timed and electrically operated lamps are utilized in place of traditional candles. Actuation of a switch, located on each lamp holder, illuminates that lamp for an accurately timed predetermined period. One clock is utilized to drive a plurality of independent timers, each associated with an individual lamp. The lamp units are provided with the capability of being plugged into the timing unit, so as to permit interchangability.

Electronic votive lights

An electronic thermometer probe assembly dseigned to provide an instrument which is highly accurate and convenient to use. The thermometer includes a probe section having a flexible plastic shaft with a thermistor mounted at its tip. A disposable probe sheath covers the thermistor and flexible shaft, and is replaced after each measurement to ensure that the instrument remains uncontaminated. The sheath is cylindrically shaped, and has an open end which extends onto a conically-shaped retainer for the sheath. The thermometer handle includes an axially displaceable section, movement of which dislodges the sheath from the retainer to enable it to be disposed of conveniently.

Electronic thermometer probe assembly

An electronic apparatus to measure temperature which provides an accurate final temperature reading prior to the actual stabilization of the temperature sensor. An algorithm is provided which allows taking only two sensor temperature measurements at preselected times yet accurately predicts the sensor final or stabilization temperature. Temperature resistance varying signals are converted to temperature-frequency varying signals, clocked into an up/down counter, to compute final temperature which is displayed digitally. A thirty-second timing sequence is also digitally displayed for use when the invention is utilized for medical applications.

Growing community of inventors

Bayshore, NY, United States of America

William T Montren