Steven BernsteinGreat Neck, NY

6763170, Jul 13, 2004

Feb 2, 2001

09/776060

Maurice Kordahi - Atlantic Highlands NJ
Steven Bernstein - Jackson NJ
Tat Chiu Lee - Manalapan NJ
Tony S. Fong - Manalapan NJ

Tyco Telecommunications (US) Inc. - Morristown NJ

G02B 600

385135, 439137

An apparatus for retaining and protecting spliced optical fibers. Optical fibers forming an extensive network, extending a great distance, are spliced together to provide the communication medium for the network. The apparatus includes a joint box for protecting the splices. Within the joint box is at least one arcuate-shaped splice retainer. The retainer secures the splices in a static position to prevent them from being damaged. Also, the retainer may include more than one arcuate layers for storing the splices. The arcuate layers organize the splices, so they are readily identifiable and accessible. In addition, the arcuate layers make efficient use of the limited space available for storing the splices. The joint box includes a center shelf longitudinally dividing the joint box into two compartments. To accommodate more splices, an arcuate retainer may be provided in each compartment by mounting an arcuate retainer on each side of the shelf.

8328431, Dec 11, 2012

Feb 1, 2010

12/697540

Maurice E. Kordahi - Atlantic Highlands NJ, US
Robert K. Stix - Red Bank NJ, US
Tony S. Fong - Manalapan NJ, US
Jeremiah A. Mendez - Bayville NJ, US
Steven Bernstein - Jackson NJ, US

Tyco Electronics Subsea Communications LLC - Eatontown NJ

G02B 6/38
G02B 6/00

385 55, 385134, 385137

A multiple conductor optical cable may be coupled to an undersea device, such as a cable joint, branching unit, or repeater, with one or more isolated bypass conductive paths being provided across the undersea device. At least one conductor may be terminated within a housing of the undersea device and at least one conductor may be coupled to a conductive bridge member that provides the isolated bypass conductive path across the device. Multiple conductor optical cables may be coupled to undersea devices in optical networks using independent power paths, for example, to deliver power to different powered components at different voltage potentials.

2005019, Sep 8, 2005

Feb 24, 2005

11/066630

Steven Bernstein - Closter NJ, US

G06F017/60
A61B005/00

600300000, 705003000

A quantitative measure of emergency department (“ED”) crowding and busyness is provided to ED staff and physicians substantially in real time. Further, the present invention enhances patient safety and improves quality of care by alerting ED personnel to of crowding, who are able to prevent adverse outcomes typically caused by ED crowding.

5065549, Nov 19, 1991

Dec 10, 1990

7/624865

Robert D. Speiser - New York NY
Steven Bernstein - York PA
Charles N. Miller - Spring Grove PA
Dane Shearer - York PA

Union Broach - York PA

B24B 300
B24B 500

51288

A process and apparatus for grinding the proper taper and all of the flutes with the correct number of spirals simultaneously in a single cycle of the grinding machine. This is accomplished by passing a rotating stock to produce the correct number of spirals under a grinding wheel that is dressed with three or four properly formed ribs depending on how many flutes are being manufactured. These ribs are spaced so as to exactly match the lead distance of the rotating stock during 120. degree. or 90. degree. of revolution, depending on whether a three or four fluted instrument is being manufactured. The height of each individual rib on the grinding wheel varies in relationship with each other to exactly match the correct taper being created by moving either the rotating stock portion of the machine or the grinding wheel portion of the machine so as to increase the distance therebetween.

4999952, Mar 19, 1991

Jun 9, 1989

7/363691

Robert D. Speiser - New York NY
Steven Bernstein - York PA
Charles N. Miller - Spring Grove PA
Dane Shearer - York PA

Union Broach - York PA

B24B 300
B24B 500

51 94CS

A process and apparatus for grinding the proper taper and all of the flutes with the correct number of spirals simultaneously in a single cycle of the grinding machine. This is accomplished by passing a rotating stock to produce the correct number of spirals under a grinding wheel that is dressed with three or four properly formed ribs depending on how many flutes are being manufactured. These ribs are spaced so as to exactly match the lead distance of the rotating stock during 120. degree. or 90. degree. of revolution, depending on whether a three or four fluted instrument is being manufactured. The height of each individual rib on the grinding wheel varies in relationship with each other to exactly match the correct taper being created by moving either the rotating stock portion of the machine or the grinding wheel portion of the machine so as to increase the distance therebetween.