UMass Memorial Medical GroupUmass Memorial Medical Center Pediatric Pulmonary 55 Lk Ave N STE S5-860, Worcester, MA 01655 5083344155 (phone), 5088562609 (fax)
Education:
Medical School University of Massachusetts Medical School Graduated: 2006
Dr. Fish graduated from the University of Massachusetts Medical School in 2006. He works in Worcester, MA and specializes in Pediatrics and Pediatric Pulmonology. Dr. Fish is affiliated with UMASS Memorial Medical Center.
Physical Medicine & Rehabilitation, Spinal Cord Injury
Work:
UCLA Medical GroupUCLA Comprehensive Spine Center 1131 Wilshire Blvd STE 100, Santa Monica, CA 90401 3103193475 (phone), 4242596930 (fax)
Education:
Medical School New York Medical College Graduated: 1994
Languages:
English Spanish
Description:
Dr. Fish graduated from the New York Medical College in 1994. He works in Santa Monica, CA and specializes in Physical Medicine & Rehabilitation and Spinal Cord Injury. Dr. Fish is affiliated with Santa Monica UCLA Medical Center.
Peter Mesnik - Needham MA, US Jeffrey Mesnik - Needham MA, US David Fish - Manchester By the Sea MA, US
Assignee:
iMakeNews, Inc. - Waltham MA
International Classification:
G06F 17/30
US Classification:
707 1
Abstract:
The invention, in various embodiments, provides systems and methods directed to tiered delivery of content to viewers. At each tier of the delivery process, content providers and/or authors may modify and/or customize a portion of the content based, at least in part, on tags associated with the content and user profiles of the viewers. In particular, the invention includes a method for providing content over a network from a provider to a plurality of user groups, including a first user group and a second user group, comprising managing and publishing the content, from the provider, being provided to the first user group, receiving and managing, by at least one member of the first user group, the published content, identifying, by at least one member of the first user group, a second user group for receiving the content, the second user group being different from the first user group; accessing, by at least one member of the second user group, the content; and tagging, by at least one of the provider and one member of the first user group, one or more portions of the content with one or more tags, each tag being associated with at least one portion of the content.
Method And Apparatus For Monitoring Charge Neutralization Operation
Michael E. Mack - Manchester MA Michel Pharand - Woburn MA Paul E. Lustiber - Chelmsford MA David J. Fish - Melrose MA
Assignee:
Eaton Corporation - Cleveland OH
International Classification:
H01J 37317
US Classification:
25049221
Abstract:
A charge neutralization monitor monitors the operation of a charge neutralization system for an ion implantation system. The charge neutralization system produces neutralizing electrons in a region through which an ion beam passes in treating one or more workpieces. The charge neutralization monitor applies a suitable voltage to a target electrode positioned to collect neutralizing electrons produced by the charge neutralization system. The charge neutralization monitor then determines the available neutralizing electron current that may be produced by the charge neutralization system by monitoring the current flowing through the target electrode.
Screened Well Drainage Pipe Structure With Sealed, Variable Length Labyrinth Inlet Flow Control Apparatus
Ralph H. Echols - Dallas TX Syed Hamid - Dallas TX David W. Fish - Carrollton TX Rex D. Presley - Ben Wheeler TX Timothy E. Harms - The Colony TX
Assignee:
Halliburton Energy Services, Inc. - Dallas TX
International Classification:
E21B 4300 E21B 3312 E21B 1710 E03B 311
US Classification:
166370
Abstract:
A drainage pipe section for a horizontal subterranean well has a base pipe coaxially circumscribed by a tubular structure having a longitudinally intermediate portion defined by a sand screen assembly. An annular flow passage is formed between the base pipe and the tubular structure and communicates with the interior of the base pipe via base pipe sidewall openings positioned inwardly adjacent opposite end portions of the tubular structure. Annular adjustable flow control members having variable length labyrinth passages recessed into their outer sides are coaxially interposed in the annular flow passage between the opposite ends of the sand screen assembly and the base pipe sidewall openings. The flow control members are sealed within the annular flow passage by means of a rubber coating adhered to their outer side surfaces, and an adhesive type sealant material injected into annular spaces between the flow control members and facing portions of the base pipe. Specially designed plugs having resilient portions are used to selectively seal off portions of the labyrinth passage to selectively vary its effective length and thus the resistance to flow therethrough and the fluid flow into the base pipe interior through the annular flow passage.
A well tool assembly comprising a drillable cement retainer and setting tool includes a connection between a setting-tool mandrel and a retainer mandrel allowing for opening and closing of a cement valve in the retainer without disconnecting the setting tool from the retainer. A releasable locking mechanism in the connection keeps a tubular connector between the setting-tool mandrel and the retainer mandrel locked against sliding relative to one of the mandrels prior to deploying an upper slip set of the cement retainer. Additionally, a carrier in the setting tool includes radially resilient lugs connected between the setting-tool mandrel and a retaining sleeve for the upper slip set for sliding upwardly on the setting-tool mandrel to carry the sleeve into an upper position releasing the upper slip set for deployment. A set lock in the retainer holds the retainer mandrel against movement downwardly once the retainer is anchored in the well.