JOHN R KRAMER
Broker in Pittsburgh, PA
License number
Pennsylvania RM022856E
Category
Real Estate Commission
Type
Broker Multi-Licensee-Standard
Address
Address
Pittsburgh, PA 15238
Personal information
See more information about JOHN R KRAMER at radaris.comName
Address
Phone
530 W 5Th St, Pennsburg, PA 18073
4794 Havana Dr, Pittsburgh, PA 15239
505 Blaine Ave, Canonsburg, PA 15317
612 Rolling Green Dr, Bethel Park, PA 15102
620 Evergreen Ave, Weatherly, PA 18255
Professional information
See more information about JOHN R KRAMER at trustoria.com
Associate Director Information Security At Upmc, Author, Identity Management
Associate Director Information Security At Upmc, Author, Identity Management
Location:
Greater Pittsburgh Area
Industry:
Hospital & Health Care
Skills:
Information Security, Software Development, Windows Server, CISSP, Information Security Management, Disaster Recovery, Security, PCI DSS, Firewalls, Vulnerability Assessment, Active Directory, Identity Management, Process Improvement, IT Audit
Honor & Awards:
Author of ‘THE CISA PREP GUIDE: MASTERING THE CERTIFIED INFORMATION SYSTEMS AUDITOR EXAM’
ISBN: 0-471-25032-5 – John Wiley & Sons, inc., January 2003
John Kramer
John Kramer
Position:
Senior Visual Developer at Brunner, Inc., web developer
Location:
Greater Pittsburgh Area
Industry:
Online Media
Work:
Brunner, Inc.
since Jan 2006
-
Senior Visual Developer
since Mar 2004
-
web developer
Education:
Art Institute of Pittsburgh 1997 - 1999
Skills:
Flash, HTML, JavaScript, CSS, ActionScript, Photoshop, Website Development, Digital Marketing, Mobile Applications
Remote Equipment Control System With Low Duty Cycle Communications Link
Remote Equipment Control System With Low Duty Cycle Communications Link
US Patent:
4245347, Jan 13, 1981
Filed:
Jan 18, 1978
Appl. No.:
5/870446
Inventors:
Thomas J. Hutton - Pittsburgh PA
John W. Kramer - Pittsburgh PA
John W. Kramer - Pittsburgh PA
International Classification:
H04B 106, H04Q 132
US Classification:
455 70
Abstract:
The invention is directed to a remote equipment control system having a low duty cycle communications link between a remote command transmitter and a remote receiver. The remote receiver is controllingly coupled to the equipment. The remote command transmitter includes a means to transmit a message signal of set time duration at a preselected message separation interval. The message signal has a unique address portion and a command portion.
The remote receiver includes a decoding unit and a timing circuit. The decoding unit is responsive to the unique address portion of a received message to provide an enabling signal to be delivered to the timing circuit. The timing circuit upon receipt of the enabling signal provides an output to the decoding unit to prevent entry of any message signal to the decoder for a time duration matching the preselected message separation interval and allowing entry of a message signal for a time duration matching the time duration of the message signal. The enabling signal also conditions the decoder to accept the next arriving message signal allowed entry which has the unique address, whereupon the message signal command portion is decoded and a command signal is delivered to the remote equipment to be controlled.
Consumer Electronics Professional
Consumer Electronics Professional
Location:
Greater Pittsburgh Area
Industry:
Consumer Electronics
Transponder For An Automatic Vehicle Identification System
Transponder For An Automatic Vehicle Identification System
US Patent:
3964024, Jun 15, 1976
Filed:
Nov 15, 1974
Appl. No.:
5/524138
Inventors:
Thomas J. Hutton - Pittsburgh PA
John W. Kramer - Pittsburgh PA
John W. Kramer - Pittsburgh PA
Assignee:
Westinghouse Air Brake Company - Swissvale PA
International Classification:
H04Q 900, G01S 956
US Classification:
340152T
Abstract:
This disclosure relates to an inductively powered type of electronic transponder for identifying a moving object passing an interrogation area. The transponder includes a tuned inductive-capacitive pick-up circuit for receiving interrogating signals. The picked up interrogating signals are rectified to produce d. c. operating power and are applied to a frequency divider for producing a frequency related transmission signal and clock data rate pulse. A latching circuit enables a shift register so that the clock pulses serially shift out binary encoded data from the shift register. The encoded data is fed to a logic network which is coupled to a balanced switching amplifier for phase modulating the transmission signal for propagation into the interrogation area.
John Devitt Kramer Jr., Pittsburgh PA - Lawyer
John Devitt Kramer Jr., Pittsburgh PA - Lawyer
Address:
210 6Th Ave, Pittsburgh 15222
(412) 995-7315
(412) 995-7315
Licenses:
Pennsylvania - Active 2003