DAVID ENGLAND, D.O.
Anesthesiologist Assistant at Mcdowell Rd, Phoenix, AZ

5511069, Apr 23, 1996

Jun 30, 1994

8/269068

David G. England - Phoenix AZ
Michael Eschmann - Folsom CA
Cecil Moore - Queen Creek AZ

Intel Corporation - Santa Clara CA

H04B 156, H04L 514

370 24

A method and apparatus for a processor of a computer system to control a communication device through a bus interface having six interconnects. The bus interface's first interconnect is a transmission and reception interconnect that allows the computer system to transmit and receive signals from a communication device (such as a telephone line or a radio transceiver). The second interconnect is a primary processor communication interconnect which serves as the primary communication route between the processor and a radio transceiver's microcontroller, and which enables the processor to control the various components of the radio transceiver. The third interconnect is a secondary processor communication interconnect that relays urgent signals (such as status, interrupt, and reset signals) between the processor and the radio transceiver's microcontroller. A received signal strength indicator interconnect is the fourth interconnect and it relays an analog signal specifying the strength of an incoming signal from the radio to the computer system. The fifth interconnect is a power supply link for supplying power signals to the radio transceiver.

5386438, Jan 31, 1995

Sep 14, 1993

8/121235

David G. England - Phoenix AZ

Intel Corporation - Santa Clara CA

H04L 2300

375121

A communications analog front end which functions as an analog and digital interface in combination with a microcontroller, DSP and the telephone or cellular network, with the DSP and microcontroller for coupling to the local workstation. The invention provides independent control of a digital and audio channel, with each channel having its own A/D and D/A converter pairs, separate programmable gain and attenuation on each channel, separate sample rates (e. g. , from 1. 2 kHz to 44. 1 kHz at 8/16 bit resolutions) for the A/D converters, two low power, high stability on-chip oscillators, sample buffering on the audio channel (256 byte FIFOs) and, independent control of programmability of D/A output voltage levels, the A/D converters, and the D/A converters. The invention is for use in a system which enables a user to communicate between a local workstation, which may or may not be connected to a local area network (LAN), and a remote workstation, which may be coupled to its own LAN, via a modem over a telephone line network or a cellular network or as a standalone unit, i. e. , not coupled to the local workstation, to perform certain tasks which are not processor intensive such as, for example, retrieval of E-mail messages from the remote workstation.

5194824, Mar 16, 1993

Jan 23, 1992

7/824338

Jack C. H. Wu - Tempe AZ
David G. England - Phoenix AZ

Intel Corporation - Santa Clara CA

H03F 345, H03F 368

330255

A unity gain amplifier based on CMOS technology designed to drive a large capacitive load such as a piezoelectric speaker with a 5V power supply. The invention utilizes a rail-to-rail voltage range (i. e. , ground to power supply voltage) at its input as well as at its output and is capable of entering into a power down mode, In this manner, it is possible to produce as a single application specific integrated circuit (ASIC), a circuit for converting a digital signal to an analog signal and amplifying the analog signal so as to be capable of driving a large capacitive load with a rail-to-rail dynamic range and which operates at low noise.

8272350, Sep 25, 2012

May 14, 2010

12/780147

David P. England - Phoenix AZ, US

A01K 39/00

119 521, 222485

A receptacle assembly includes a receptacle formed by a continuous sidewall extending between a bottom and an opposed top. A diverter, formed with inclined channels, is positioned in the bottom of the receptacle opposite to the top. A volume is defined by the continuous sidewall between the inclined channels of the diverter and the top, an opening is formed in the continuous sidewall opposite to each of the inclined channels, and the inclined channels of the diverter are for receiving and conveying material from the volume to the respective openings.