Medical School Baroda Medical College, Gujarat, India Graduated: 1975
Procedures:
Psychiatric Diagnosis or Evaluation Psychiatric Therapeutic Procedures
Conditions:
Anxiety Phobic Disorders Bipolar Disorder Obsessive-Compulsive Disorder (OCD) Post Traumatic Stress Disorder (PTSD) Anxiety Dissociative and Somatoform Disorders
Languages:
English
Description:
Dr. Patel graduated from the Baroda Medical College, Gujarat, India in 1975. He works in Lincolnton, NC and 1 other location and specializes in Psychiatry and Addiction Psychiatry.
Northwestern Medicine Regional Medical GroupCadence Physician Group Neuroscience 25 N Winfield Rd, Winfield, IL 60190 (630)9334056 (phone), (630)9334057 (fax)
Northwestern Medicine Regional Medical GroupCadence Physician Group Neurosciences 25 N Winfield Rd, Winfield, IL 60190 (630)9334056 (phone), (630)9334057 (fax)
Education:
Medical School Royal Free & Univ Coll Med Sch, Uk Graduated: 2002
Procedures:
Lumbar Puncture Neurological Testing Sleep and EEG Testing
Dr. Patel graduated from the Royal Free & Univ Coll Med Sch, Uk in 2002. He works in Winfield, IL and 1 other location and specializes in Neurology. Dr. Patel is affiliated with Central Dupage Hospital, Delnor Community Hospital and Northwestern Memorial Hospital.
Subhash R Patel MD 300 W Wallace St STE A5, Findlay, OH 45840 (419)4251600 (phone)
Education:
Medical School Kasturba Med Coll Manipal, Manipal Acad Higher Ed, Manipal, Karnataka Graduated: 1980
Procedures:
Breast Reconstruction Breast Reduction
Languages:
English
Description:
Dr. Patel graduated from the Kasturba Med Coll Manipal, Manipal Acad Higher Ed, Manipal, Karnataka in 1980. He works in Findlay, OH and specializes in Plastic Surgery. Dr. Patel is affiliated with Blanchard Valley Hospital and Bluffton Hospital.
Subir K. Dey - Bridgewater NJ Subhash H. Patel - Piscataway NJ Marino Xanthos - Fort Lee NJ
Assignee:
Guardian Industries, Inc. - Auburn Hills MI
International Classification:
B32B 2708
US Classification:
428 31, 428421, 428520, 428522, 428523
Abstract:
Laminates include a thermoplastic substrate layer, a clear coat layer, and a tie layer. The tie layer most preferably includes an adhesive-enhancing effective amount of a thermoplastic reactive terpolymer of ethylene-methyl acrylate-glycidyl methacrylate (E-MA-GMA) which adhesively bonds the substrate and clear coat layers one to another. Most preferably, the tie layer is a blend of E-MA-GMA and a tackifier (e. g. , a C6-C8 cycloaliphatic hydrocarbon resin). The laminate may be employed to manufacture a variety of shaped articles, most preferably automotive trim components.
Composite Laminate Structures Especially Useful For Automotive Trim Components, And Methods And Tie Layers Employed To Make The Same
Laminates include a thermoplastic substrate layer, a clear coat layer, and a tie layer between the substrate and clear coat layers. The tie layer most preferably includes a first layer adjacent the thermoplastic substrate layer which is comprised of a polyolefin, and a second layer adjacent to the clear coat layer which is comprised of a polyamide. Most preferably, the substrate layer is TPO and the clear coat layer is PVF. The laminates may be employed to manufacture a variety of shaped articles, most preferably automotive trim components.
Composite Laminate Structures Especially Useful For Automotive Trim Components, And Methods And Tie Layers Employed To Make The Same
Laminates include a thermoplastic substrate layer, a clear coat layer, and a tie layer. The tie layer most preferably includes an adhesive-enhancing effective amount of a maleic anhydride grafted styrenic block copolymer which adhesively bonds the substrate and clear coat layers one to another. Advantageously, the tie layer includes a blend of the styrenic block copolymer and a diamine, especially 2-methylpentamethylenediamine. The laminate may be employed to manufacture a variety of shaped articles, most preferably automotive trim components.
Composite Laminate Structures Especially Useful For Automotive Trim Components, And Methods And Tie Layers Employed To Make The Same
Laminates include a thermoplastic substrate layer, a clear coat layer, and a tie layer. The tie layer most preferably includes an adhesive-enhancing effective amount of a branched or linear styrenic block copolymer which adhesively bonds the substrate and clear coat layers one to another. Advantageously, the tie layer includes a blend of the styrenic block copolymer and a tackifier resin, preferably a terpene resin. The laminate may be employed to manufacture a variety of shaped articles, most preferably automotive trim components.
An accurate slip calculation for providing monitoring and protection to an electric motor. The slip calculation is made using a minimum value of stator resistance as the initial stator resistance, where the minimum value of stator resistance is the minimum value of stator resistance calculated during an initiation period of the motor. The initiation period may be a predetermined time period or a predetermined number of cycles during the motor startup. The initiation period may start after a predetermined settling time or after a predetermined condition is met.
Gordhanbhai N. Patel - Somerset NJ Yao-Ming Cheng - East Brunswick NJ Subhash H. Patel - Hoboken NJ
Assignee:
JP Laboratories, Inc. - Middlesex NJ
International Classification:
G03C 173
US Classification:
430332
Abstract:
Described is a radiation sensitive imaging film containing a heat fixable radiation sensitive element, e. g. , a diacetylene, of the formula: R--C. tbd. C--C. tbd. C--R', where R and R' are, e. g. , both --CH. sub. 2 --O--CONH--(CH. sub. 2). sub. 5 CH. sub. 3. After exposure to X-radiation during diagnostic or X-ray therapy, the resulting image can be permanently dry fixed by a short heating step and then stored for a long period. Processes for making the film, new binder-convertor systems, and a device incorporating the film are described as well as other imaging, diagnostic and therapeutic methods utilizing the film in high energy radiation applications in the health care field.
Gordhanbhai N. Patel - Somerset NJ Subhash H. Patel - Hoboken NJ
Assignee:
JP Laboratories, Inc. - Middlesex NJ
International Classification:
B29C 7100
US Classification:
216 83
Abstract:
There is disclosed a process of etching the surface of polymeric materials made of polymers having at least one oxidatively degradable functionality which comprises treating said surface with a solution of at least one member of the etchant group consisting of nitronium, nitrosonium ions and complexes thereof, in a solvent containing less than 40% by weight of water and nitroacidium ions and complexes thereof. The process further comprises use of cosolvents and swellants. It also includes pre and post etching steps directed to the preparation of the surface for etching and removal of the etchant respectively.
Gordhanbhai N. Patel - Somerset NJ Yao-Ming Cheng - Brunswick NJ Subhash H. Patel - Hoboken NJ
Assignee:
JP Laboratories, Inc. - Middlesex NJ
International Classification:
G03C 173
US Classification:
430332
Abstract:
Described is a radiation sensitive imaging film containing a heat fixable radiation sensitive element, e. g. , a diacetylene, of the formula: R--C. tbd. C--C. tbd. C--R', where R and R' are, e. g. , both --CH. sub. 2 --O--CONH--(CH. sub. 2). sub. 5 CH. sub. 3. After exposure to X-radiation during diagnostic or X-ray therapy, the resulting image can be permanently dry fixed by a short heating step and then stored for a long period. Processes for making the film, new binder-convertor systems, and a device incorporating the film are described as well as other imaging, diagnostic and therapeutic methods utilizing the film in high energy radiation applications in the health care field.