Jean L Rosenberg from 40 Central Park, New York, NY 10019, Phone: (212) 755-3460

Resumes

Jean Rosenberg

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Jean Rosenberg

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Skills:

Microsoft Excel
Microsoft Office
Microsoft Word
Management

Director

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Location:

New York, NY

Industry:

Education Management

Work:

Chelsea Day School
Director

Jean Rosenberg

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Business Records

Name / Title

Company / Classification

Phones & Addresses

Jean Rosenberg
Executive Director

Chelsea Day School
Child Day Care Services

319 5Th Ave Fl 2, New York, NY 10016

Jean Rosenberg
Director, Executive Director

Chelsea Day School
Non-Profit Nursery School

319 5 Ave, New York, NY 10016
319 5 Ave, Frnt, New York, NY 10016
(212) 675-8541, (212) 675-8385

Jean Rosenberg
Founder

Ideal School of Manhattan
Elementary/Secondary School · Misc Schools & Instruction

4 W 76 St, New York, NY 10023
314 W 91 St, New York, NY 10024
(212) 769-1699

Jean Rosenberg
Director

SOKA GAKKAI INTERNATIONAL - USA
Religious · Religious Organization · Buddhist Religious Non Profit Organization · Religious Organizations

606 Wilshire Blvd, Santa Monica, CA 90401
525 Wilshire Blvd, Santa Monica, CA 90401
606 Wilshire Blvd Legal, Santa Monica, CA 90401
17555 Bryant Rd, Lake Oswego, OR 97035
(310) 451-8811, (954) 349-5200, (954) 349-5000, (310) 260-8900

Jean Rosenberg
President

Intimate Apparel, Inc
Retails Lingerie and Corsets · Women's Apparel-Retail · Other Clothing Stores

4992 N University Dr, Fort Lauderdale, FL 33351
4812 N University Dr, Lauderhill, FL 33351
(954) 742-7722, (954) 742-4839, (954) 742-4148

Jean Rosenberg
Executive Director

Chelsea Day School
Child Day Care Services

319 5Th Ave Fl 2, New York, NY 10016

Publications

Us Patents

Method For Manufacturing Brakeless Lightweight Concrete Poles

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US Patent:

20050183381, Aug 25, 2005

Filed:

Sep 20, 2004

Appl. No.:

10/993424

Inventors:

Jean Rosenberg - Miami FL, US

International Classification:

E04C003/34

US Classification:

052721200

Abstract:

A method of manufacturing concrete lightweight pole and respectively related to electric concrete pole to carry luminaries (street lights), power lines, communication cables and traffic signal lights. This new manufacturing method is using any size steel bars reinforcements in the longitudinal direction of the pole with the horizontal stirrups to adjust strength. This metallic structure secured with wire size 1/16″ diameter is combined with a lightweight high performance fiber cellular concrete mixture , to form after 16 to 24 hours period curing process time, a lightweight unbreakable concrete pole with maximum bending movement.

Pylonflex

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US Patent:

20040139685, Jul 22, 2004

Filed:

Jan 21, 2003

Appl. No.:

10/347468

Inventors:

Jean Rosenberg - Miami FL, US

International Classification:

E04C003/34
E04H012/00

US Classification:

052/721100, 052/040000

Abstract:

The invention results in a process of making a stronger, lighter concrete pole named Pylonflex, reinforced iron bars form a conic structural assembly to be placed in the pole mold. Four to five #5 sizes bars are placed longitudinally and joint by ″ size diameter continuous circular stirrups (drawings ). The diameter of the structural form at the base varies (from 10″to 20″) and at the head (from 2″ to 8″). The structural assembly is attached by iron tie wire size {fraction (1/16)}″. Outlet boxes, electrical wiring conduct, 1″ galvanize pipe light fixture support are attached to the structural assembly and placed in the pole mold. The structural iron bars assembly is placed symmetrically at 1″ to 2″ thickness to the sides of the mold. The concrete mixture is being poured (100% capacity) and will remain at a dormant stage from 12 to 15 hours in order to obtain maximum strength 3000 psi. Any iron bars distributions similar to this assembly and mixing with the fiber reinforced cellular concrete are part of Pylonflex invention.