Honeywell G.m.b.h.

Global Mrv, Inc.

David W Miller

Larry A Nelson

Ronald C Robinder

Aaron G Alexander

Brian J Beckmann

William Earl Leatherland, Jr

An improved apparatus for sensing exhaust emissions () comprising a passive induction sampler () configured to sample exhaust from a source (), a processing unit () connected to the induction sampler and configured to be mounted in close proximity to exhaust from the source, the processing unit comprising an input port () adapted to receive flow from the passive induction sampler, an output port (), a flow path () between the input port and the output port, a sensor () for sensing one or more pollutants in the flow path, a processor () configured to receive measurements from the sensor, a power source (), and a wireless transmitter () connected to the processor.

Emissions measuring system

A video interface apparatus for converting an incoming interlaced video signal to an outgoing non-interlaced video signal for an LCD flat panel with an arbitrary number of rows and columns. The incoming video signal is digitized and stored in a memory. An address generator creates addresses for reading and writing data from and into the memory, and the resulting read data is used to reconstruct the digital signal into an image for display on the LCD flat panel.

Simplified image reconstruction interface

An electronic interface for converting an interlaced video signal to a non-interlaced video signal suitable for an LCD flat panel. An analog interpolator scheme is used in which the information available in an incoming video scan line is delayed and sampled, and output signals are created by interpolation between the sampled input and actual and interpolated scan line signals. The output signals are then converted into an integrated, sequential non-interlaced output signal having a frequency corresponding to the horizontal resolution of a scan line of the flat panel.

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Longmont, CO, United States of America

David W Miller