Shari R Parillo from 1258 Worthington Rdg, Kensington, CT 06037, age 63, Phone: (860)8290272

Elevator Safety System And Method
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US Patent:

20130192932, Aug 1, 2013
Filed:

Sep 13, 2010
Appl. No.:

13/820625
Inventors:

Shari R. Parillo - Berlin CT, US
Paul C. Hoppie - Florence SC, US
Steven D. Coste - Berlin CT, US
Robert Mazzamauro - Meriden CT, US
Ronnie E. Thebeau - Haddam CT, US
Leslie C. Watterson - Unionville CT, US
Peter Herkel - Berlin, DE
Assignee:

OTIS ELEVATOR COMPANY - Farmington CT
International Classification:

B66B 5/02
B66B 1/30
B66B 1/34
US Classification:

187289, 187393
Abstract:

An elevator safety system including a controller, and a hoistway safety node arranged at a pit portion of an elevator hoistway. The hoistway node is operatively connected to one of a pit safety device and a lower hoistway device arranged at the elevator pit. A first bus links the hoistway node and the controller. The first bus passes communication signals directly from the hoistway node to the controller. A car node is arranged in an elevator car. The car node is operatively connected to a car safety device arranged at the elevator car. A second bus links the car node and the controller. The second bus passes communication signals directly from the car node to the controller.

Web Based Storage For Microprocessor And Micro Controller Based Product Software Management
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US Patent:

20200042307, Feb 6, 2020
Filed:

Aug 1, 2019
Appl. No.:

16/529311
Inventors:

- Farmington CT, US
Madhavaraju Nadimpalli - Hyderabad, IN
Naveen Kumar Yeddi - Hyderabad, IN
Veeranjaneyulu Manyam - Hyderabad, IN
Appalaraju Marpu - Hyderabad, IN
Rohit Kumar - Hyderabad, IN
Shari R. Parillo - Berlin CT, US
Gopala Rao Vulli - Hyderabad, IN
Dinesh Kumar Tripathi - Hyderabad, IN
International Classification:

G06F 8/65
H04L 29/08
Abstract:

A processor-implemented method for pushing a revision to an automated passenger conveying subsystem is provided. The processor-implemented method receives the revision over a network to make the revision available to one or more subsystems. An application executed on a processor of the network, then, receives a selection input identifying the automated passenger conveying subsystem of the one or more subsystems. In turn, the application sends a message to the automated passenger conveying subsystem based on the selection input. The message identifies that the revision is available for downloading and deployment. An exchange operation is executed to push the revision to the automated passenger conveying subsystem.

Shari R Parillo