Robert H Keith

US Patent:

D558273, Dec 25, 2007

Filed:

Dec 26, 2006

Appl. No.:

29/270497

Inventors:

Robert Keith - Winthrop MA, US

International Classification:

2003

US Classification:

D20 33

US Patent:

20110313784, Dec 22, 2011

Filed:

Jun 21, 2011

Appl. No.:

13/165147

Inventors:

David D. Harvey - Newton MA, US
Chip Ach - Sudbury MA, US
Matthew Blake - Cambridge MA, US
Christopher Bulkley - Derry NH, US
Angela Crawford - Searsmont ME, US
Deirdre Fenick - South Boston MA, US
Michael MacHenry - Somerville MA, US
Cal Pierog - Cambridge MA, US
Libby Curtis Webb - Somerville MA, US
Van B. Willis - Atlanta GA, US
Robert Keith - Rome GA, US
Kurt Sopata - Rome GA, US

International Classification:

G06Q 50/00

US Classification:

705 2

Abstract:

A healthcare information communication system is configured to send automated messages to patients of a medical practice based, at least in part, on data stored on a practice management system. Integration between components of the healthcare information communication system and the practice management system including a health information management system and a billing management system facilitate patient visits to a medical practice by reducing the burden on medical practice personnel to collect all information from patients during visits to the medical practice. Automated messaging and reminder of appointments based on information stored in the practice management system reduce the amount of revenue lost by a medical practice due to last minute cancellations, no-shows at the medical practice, and uncollected outstanding bills.

US Patent:

46311262, Dec 23, 1986

Filed:

Oct 25, 1982

Appl. No.:

6/436642

Inventors:

Robert C. Keith - Wellesley MA
Teunis VandenBerg - Walnut CA
Marshall C. Randolph - Wellesley MA
Thomas B. Lewis - Mount Laurel NJ
Patrick J. Gillis - Stoughton MA

Assignee:

Vacco Industries - South El Monte CA

International Classification:

B01D 2938

US Classification:

210108

Abstract:

A cylindrical insert for a pre-existing pressure vessel has an integral accumulator chamber defining a head for the vessel. Inner end surfaces of the accumulator chamber, along with the walls of the pressure vessel, define a filter element chamber, the inner end of the accumulator chamber also supporting an array of permanent filter elements. The accumulator chamber is of annular form, around a central pipe which serves, alternately, as the outlet for filtered fluid passing from the filter chamber or as the inlet for filtered clean fluid to be forcefully pulsed back through the filter elements by the release of compressed air from the accumulator to flush them of an accumulation of filtered waste material. The insert system includes piping associated with the accumulator chamber for charging the chamber with highly compressed air and for selectively releasing the charge for backflushing, and control valves for placing the insert system in filtering and backflushing modes. The accumulator volume is so proportioned, relative to the volume of the system communicating therewith during backflushing, that the equilibrium pressure during backflushing cannot exceed the pressure rating of the vessel.

US Patent:

45196206, May 28, 1985

Filed:

Mar 16, 1983

Appl. No.:

6/475900

Inventors:

Robert D. Keith - Bridgewater MA

Assignee:

Double E Company Inc. - Brockton MA

International Classification:

B23B 3140

US Classification:

279 2R

Abstract:

A torque-transmitting chuck comprising an interior member having a longitudinal axis and exterior circumferentially-spaced, longitudinally-extending camming surfaces. A generally axially-extending, circular in cross-section roller engages each of the camming surfaces. Each roller is arranged to engage the interior of a hollow core and move radially outwardly relative to the interior member in response to movement of the roller circumferentially of the interior member. The chuck is characterized in that each of the rollers includes an axially-extending center rod and a thick surrounding layer of resilient material the outer circumferential surface of which contacts the camming surfaces and core. The layer has a hardness in the range of 30 to 90 durometer and a radial thickness of not less than about 1/8 inch.