John Paul Dick

US Patent:

20030101072, May 29, 2003

Filed:

Nov 22, 2002

Appl. No.:

10/264220

Inventors:

John Dick - Indianapolis IN, US
Kevin Kirkpatrick - Indianapolis IN, US
Marjorie Patterson - Cicero IN, US

International Classification:

G06F017/60

US Classification:

705/001000

Abstract:

A method and system for providing a consumer with on-line access to a real estate transaction file is provided. The method includes the steps of verifying that a completed real estate transaction file is in compliance with applicable regulations, preparing the file for conversion into digital form, converting the file into a suitable digital form, checking a quality of the converted file, indexing the converted file for storage in an online database connected to a network, storing the converted file in the online database in accordance with a predetermined document retention policy, and providing the consumer with secure electronic access to the converted file over the network.

US Patent:

20210223800, Jul 22, 2021

Filed:

Nov 5, 2020

Appl. No.:

17/090019

Inventors:

- Kyoto-shi, JP
John Dick - Reno NV, US
William W. White - Reno NV, US
Maximilian Gundlach - Reno NV, US
Patrick Lowery - Reno NV, US

International Classification:

G05D 11/13
H01L 21/67
G06N 20/00

Abstract:

A gas delivery system is provided comprising an electrical backplane, a system controller operatively coupled to the electrical backplane, and a plurality of mass flow controllers. Each mass flow controller includes respective mass flow control circuitry operatively coupled to the electrical backplane. The system controller and each mass flow control circuitry are physically mounted on the electrical backplane. The gas delivery system further comprises a pump/purge system to help eliminate pressure build up in the system and provide a quick stop to a flow process in the system. Accordingly, a row associated with a flow process may be evaluated so that a mass flow controller may be swapped out as needed.

US Patent:

20170276257, Sep 28, 2017

Filed:

Jun 5, 2017

Appl. No.:

15/614477

Inventors:

- Kyoto-shi, JP
John Thomas Dick - Reno NV, US
Michael Alex Kramer - Sparks NV, US

International Classification:

F16K 37/00
G01D 5/20

Abstract:

A micro-position gap sensor assembly, including a structural housing, a flexible diaphragm fixedly attached at a first end of the structural housing, and a shaft orthogonally attached to the flexible diaphragm. The micro-position gap sensor assembly may further include a first retainer coupled to the shaft, a second retainer formed as a step of the structural housing, and a plate gap sensor. The plate gap sensor may include a non-contact sensor plate biased by a compression spring so that the non-contact sensor plate is held against a portion of the second retainer. The plate gap sensor may further include a target plate positioned adjacent the non-contact sensor plate and separated therefrom by a gap. The target plate may be biased by a return spring so that the target plate is held against a portion of the first retainer. The target plate may be coupled to the shaft.

US Patent:

20160313141, Oct 27, 2016

Filed:

Apr 24, 2015

Appl. No.:

14/696163

Inventors:

- Kyoto-shi, JP
John Thomas Dick - Reno NV, US
Michael Alex Kramer - Sparks NV, US

International Classification:

G01D 5/20

Abstract:

A micro-position gap sensor assembly including a structural housing and a flexible diaphragm fixedly attached forming a barrier against fluid ingress. The structural housing includes a shaft orthogonally attached to the flexible diaphragm, a first retainer including one or more standoffs, a second retainer, and a parallel plate gap sensor. The parallel gap plate sensor includes a non-contact sensor plate biased against a portion of the first retainer defining a plane of the non-contact sensor plate and receiving a biasing force in opposition of the first retainer from the second retainer, a target plate comprised of a conductive paramagnetic material. The parallel plate gap sensor is configured such that displacement of one of the target plate or the non-contact sensor plate changes a distance between the target plate and the non-contact sensor plate.