Abstract: A timing device for locking a fly wheel of an engine in place for timing purposes comprising a bushing with a threaded portion at one end that engages a threaded aperture in the bell housing of a diesel engine. A timing or locking pin is disposed within the bushing and is movable longitudinally therein. A washer is disposed between the locking pin and the bushing. A spring is attached at either end to the washer. The spring may be used to bias the locking pin into engagement with a detent in the flywheel. Removal of the spring from the locking pin allows the pin to be removed from the detent in the flywheel.

Abstract: Non-invasive measurements of physiological chemicals such as glucose in a test subject are made using infrared radiation and a signal processing system. The level of a selected physiological chemical in the test subject is determined in a non-invasive and quantitative manner by a method comprising the steps of: (a) irradiating a portion of the test subject with near infrared radiation; (b) collecting data concerning the irradiated light on the test subject; (c) digitally filtering the collected data to isolate a portion of the data indicative of the physiological chemical; and (d) determining the amount of physiolgocial chemical in the test subject by applying a defined mathematical model to the digitally filtered data. The collected data is in the form of either an absorbance spectrum or an interferogram.

Abstract: Provided are a method and system for replacing terminals, linked in a client server relationship with a central server, interacting with hardware specific programs within the central server, and wherein each terminal is identified by hardware specific programs within said central server via specific hardware attributes, and where the specific hardware attributes include at least a port identification and an I/O processor identification associated with the port identification. The method and system achieve the foregoing via the following. A processor is substituted for a selected terminal. Particular hardware attributes of the selected terminal are identified. The identified particular hardware attributes of the selected terminal are emulated using communications software.

Abstract: A method for enhancing sidewall polymer removal. In one embodiment of the present invention, O.sub.2 is introduced into an ashing environment at a flow rate of approximately 800 standard cubic centimeters per minute (SCCM). In the present embodiment, CF.sub.4 is also introduced into the ashing environment. The CF.sub.4 is introduced at a flow rate of approximately 80 SCCM. The ashing environment also has H.sub.2 O vapor introduced therein. In the present embodiment, the H.sub.2 O vapor is introduced into the ashing environment at a flow rate of approximately 80 SCCM. The ashing environment is used to selectively etch sidewall polymer material, thereby providing a method for removing sidewall polymer material without detrimentally etching other materials.

Abstract: Non-invasive measurements of physiological chemicals such as glucose are made using infrared radiation and a signal processing system that permits the construction of a device suited for home use. The level of a selected physiological chemical in a test subject is determined in a non-invasive and quantitative manner by a method comprising the steps of: (a) irradiating a portion of the test subject with near-infrared radiation such that the radiation is transmitted through or reflected from the test subject; (b) collecting data concerning the transmitted or reflected infrared radiation using a detector; (c) digitally filtering the collected data to isolate a portion of the data indicative of the physiological chemical; and (d) determining the amount of physiological chemical in the test subject by applying a defined mathematical model to the digitally filtered data. The data collected may be in the form of an absorbance spectrum, i.e.