DR. DANIEL J ROSENTHAL, MD
Marriage and Family Therapists at Wiles Rd, Pompano Beach, FL

License number

Florida 0046569

Personal information

See more information about DANIEL J ROSENTHAL at radaris.com

Name

Address

Phone

Daniel Rosenthal, age 70

5014 NW 125Th Ave, Coral Springs, FL 33076

Daniel Rosenthal

4910 Jefferson St, Hollywood, FL 33021

(954) 261-2090

Daniel Rosenthal, age 60

9802 Palma Vista Way, Boca Raton, FL 33428

(561) 451-9255

Daniel Rosenthal, age 96

9965 Harbour Lake Cir APT 20, Boynton Beach, FL 33437

(561) 364-0604

Daniel Rosenthal

1569 Woodwind Ct, Fort Myers, FL 33919

Organization information

See more information about DANIEL J ROSENTHAL at bizstanding.com

Daniel J Rosenthal MD

7501 Wiles Rd STE 104, Coral Springs, FL 33067

Categories:

Physicians & Surgeons

Phone:

(954) 755-4994 (Phone)

Payment options:

American Express, Visa

Professional information

See more information about DANIEL J ROSENTHAL at trustoria.com

Dr. Daniel J Rosenthal - MD (Doctor of Medicine)

Hospitals:

Medical Consultants Of South FL
7501 Wiles Rd SUITE 104, Coral Springs 33067
Medical Consultants Of South FL
7501 Wiles Rd SUITE 104, Coral Springs 33067

Education:

Medical Schools
Centro Estud University Xochicalo Cuernvaca
Graduated: 1981

Cooling Band System

US Patent:

4742581, May 10, 1988

Filed:

Apr 7, 1986

Appl. No.:

6/848638

Inventors:

Daniel H. Rosenthal - Pompano Beach FL

International Classification:

A42C 500

US Classification:

2181

Abstract:

A head or wrist sweatband including united sheet sublayers of foraminous heat conductive foraminous and moisture absorbant fabrics, for immersion in tap water at room temperature, functioning to evaporate the water with concurrent cooling of the human body and absorption of perspiration. The inner surface of the band is comprised of said heat conductive foraminous fabric first sublayer and in use is adjacent the skin of the wearer. Said moisture absorbant second sublayer is connected in interfacial association upon said first sublayer and forms the outer surface of said band. In use, the band is initially immersed in room temperature water and placed upon the user. Heat from the body of the user raises the temperature of the first sublayer which in turn raises the temperature of the second sublayer causing evaporation and consequent cooling of the band. Perspiration from the user is absorbed by the second sublayer for continous evaporation and cooling.