PAUL N KATZ
Electrician at Braeburn Dr, Bellaire, TX
License number
Texas 25337
Expiration Date
May 18, 2017
Category
Master Electrician
Address
Address
4717 Braeburn Dr, Bellaire, TX 77401
Phone
(713) 666-2186
Organization information
See more information about PAUL N KATZ at bizstanding.comPAUL N. KATZ, PC
4717 Braeburn Dr, Bellaire, TX 77401
Status:
Inactive
Doing business as:
Paul N. Katz, PC
Registration:
Jan 4, 1995
State ID:
0092009202
Business type:
Domestic Professional Corporation
PRESIDENT, President:
Paul N Katz PRESIDENT, President, inactive, 4717 Braeburn Dr, Bellaire, TX 77401
Agent:
Paul N. Katz,4717 Braeburn Dr, Bellaire, TX 77401 (Physical)
TIN:
17604558480
Professional information
Paul N. Katz, Bellaire TX - Lawyer
Address:
4717 Braeburn Dr, Bellaire 77401
(713) 666-2186
(713) 666-2186
Licenses:
Texas - Eligible To Practice In Texas 1990
Education:
South Texas College of LawDegree Doctor of Jurisprudence/Juris Doctor (J.D.)Graduated 1989
Specialties:
Intellectual Property - 100%
Tire Inflation Pressure Monitoring And Location Determining Method And Apparatus
US Patent:
6463798, Oct 15, 2002
Filed:
Jan 17, 2001
Appl. No.:
09/765094
Inventors:
Jan Van Niekerk - Tempe AZ
Roger St. Amand - Tempe AZ
Joseph A. Uradnik - Chandler AZ
Paul N. Katz - Bellaire TX
Roger St. Amand - Tempe AZ
Joseph A. Uradnik - Chandler AZ
Paul N. Katz - Bellaire TX
Assignee:
Microchip Technology Incorporated - Chandler AZ
International Classification:
B60C 2302
US Classification:
731462, 73146, 731465, 731468, 340447, 340442
Abstract:
A wireless tire inflation pressure measurement device is used to obtain inflation pressure information for a tire of a vehicle and a signal therefrom may be used for determining the location of the tire. An identifier may be associated with the inflation pressure information for each wheel of the vehicle. Tire rotation speed may be determined by amplitude fluctuations of a radio frequency carrier from a radio frequency transmitter rotating with the wheel. Differences in wheel rotation speeds during a turn may be used in determining the location of each tire of the vehicle. An antenna may be placed on each wheel toward the outer perimeter of the wheel and connected to the radio frequency transmitter. A radio frequency identification (RFID) tag and pressure sensor may be used as the wireless tire inflation pressure measurement device and a RFID pickup coil may be provided in each wheel well for pickup of the inflation pressure signals from each RFID tag on a wheel.
Digitally Switched Impedance Having Improved Linearity And Settling Time
US Patent:
6384762, May 7, 2002
Filed:
Mar 12, 2001
Appl. No.:
09/804578
Inventors:
Michael Brunolli - Escondido CA
Chinh Hoang - San Diego CA
Paul N. Katz - Bellaire TX
Chinh Hoang - San Diego CA
Paul N. Katz - Bellaire TX
Assignee:
Microchip Technology Incorporated - Chandler AZ
International Classification:
H03M 166
US Classification:
341144, 341154
Abstract:
A digitally switched impedance has improved linearity by minimizing the amount of impedance error introduced by switches used to switch the impedance elements comprising the digitally switched impedance. Improved settling time of the digitally switched impedance is achieved by reducing the amount of switch capacitance connected to the output of the digitally switched impedance. The digitally switched impedance may be fabricated on an integrated circuit die and the switches may be fabricated with complementary metal oxide semiconductor (CMOS) transistors. The number of impedances needed for a desired number of impedance step changes is reduced by using two major impedance ranks and one minor impedance rank, or two minor impedance ranks and one major impedance rank connected in series.
Method And Apparatus Using Directional Antenna Or Learning Modes For Tire Inflation Pressure Monitoring And Location Determination
US Patent:
6571617, Jun 3, 2003
Filed:
Jan 17, 2001
Appl. No.:
09/765093
Inventors:
Jan Van Niekerk - Tempe AZ
Roger St. Amand - Tempe AZ
Joseph A. Uradnik - Chandler AZ
Paul N. Katz - Bellaire TX
Roger St. Amand - Tempe AZ
Joseph A. Uradnik - Chandler AZ
Paul N. Katz - Bellaire TX
Assignee:
Microchip Technology Incorporated - Chandler AZ
International Classification:
B60C 2302
US Classification:
73146, 340447
Abstract:
A wireless tire inflation pressure measurement device is used to obtain inflation pressure information for a tire of a vehicle and a signal therefrom may be used for determining the location of the tire. An identifier may be associated with the inflation pressure information for each wheel of the vehicle. Tire rotation speed may be determined by amplitude fluctuations of a radio frequency carrier from a radio frequency transmitter rotating with the wheel. Differences in wheel rotation speeds during a turn may be used in determining the location of each tire of the vehicle. An antenna may be placed on each wheel toward the outer perimeter of the wheel and connected to the radio frequency transmitter. A radio frequency identification (RFID) tag and pressure sensor may be used as the wireless tire inflation pressure measurement device and a RFID pickup coil may be provided in each wheel well for pickup of the inflation pressure signals from each RFID tag on a wheel.
Differential Current Measurements To Determine Ion Current In The Presence Of Leakage Current
US Patent:
2013008, Apr 11, 2013
Filed:
Oct 2, 2012
Appl. No.:
13/633686
Inventors:
MICROCHIP TECHNOLOGY INCORPORATED - Chandler AZ, US
Keith Curtis - Gilbert AZ, US
Paul N. Katz - Bellaire TX, US
Keith Curtis - Gilbert AZ, US
Paul N. Katz - Bellaire TX, US
Assignee:
MICROCHIP TECHNOLOGY INCORPORATED - Chandler AZ
International Classification:
G01N 27/66
US Classification:
324469, 324 7611, 324113, 324681
Abstract:
An ion chamber provides a current representative of its characteristics as affected by external conditions, e.g., clean air or smoke. A direct current (DC) voltage is applied to the ion chamber at a first polarity and the resulting current through the ion chamber and parasitic leakage current is measured at the first polarity, then the DC voltage is applied to the ion chamber at a second polarity opposite the first polarity, and the resulting current through the ion chamber and parasitic leakage current is measured at the second polarity. Since substantially no current flows through the ion chamber at the second polarity, the common mode parasitic leakage current contribution may be removed from the total current measurement by subtracting the current measured at the second polarity from the current measured at the first polarity, resulting in just the current through the ion chamber.
Radio Frequency Identification Tag Tire Inflation Pressure Monitoring And Location Determining Method And Apparatus
US Patent:
2002009, Jul 18, 2002
Filed:
Jan 17, 2001
Appl. No.:
09/765095
Inventors:
Jan Niekerk - Tempe AZ, US
Roger St. Amand - Tempe AZ, US
Joseph Uradnik - Chandler AZ, US
Paul Katz - Bellaire TX, US
Roger St. Amand - Tempe AZ, US
Joseph Uradnik - Chandler AZ, US
Paul Katz - Bellaire TX, US
International Classification:
B60C023/02
US Classification:
073/146200
Abstract:
A wireless tire inflation pressure measurement device is used to obtain inflation pressure information for a tire of a vehicle and a signal therefrom may be used for determining the location of the tire. An identifier may be associated with the inflation pressure information for each wheel of the vehicle. Tire rotation speed may be determined by amplitude fluctuations of a radio frequency carrier from a radio frequency transmitter rotating with the wheel. Differences in wheel rotation speeds during a turn may be used in determining the location of each tire of the vehicle. An antenna may be placed on each wheel toward the outer perimeter of the wheel and connected to the radio frequency transmitter. A radio frequency identification (RFID) tag and pressure sensor may be used as the wireless tire inflation pressure measurement device and a RFID pickup coil may be provided in each wheel well for pickup of the inflation pressure signals from each RFID tag on a wheel.
Laser Target Practice System, Method And Apparatus
US Patent:
2013012, May 16, 2013
Filed:
Nov 14, 2011
Appl. No.:
13/295946
Inventors:
Randy L. Yach - Phoenix AZ, US
Paul N. Katz - Bellaire TX, US
Paul N. Katz - Bellaire TX, US
International Classification:
F41G 3/26
US Classification:
434 22
Abstract:
Laser target practice using an ultra-violet light emitting laser that is pulsed on when a weapon trigger is pulled. The LTV laser light pulse illuminates a spot on a target having a phosphorus coating on a face thereof. The phosphorus within the illuminated spot glows for a certain time thereby visually indicating a location of the spot on the target. The UV laser light pulse may also illuminate a spot on a target having a photochromic paint coatings on a face thereof. The photochromic paint coatings within the illuminated spot changes color thereby indicating a location of the spot on the target.
Inductively Coupled Thermistors And Other Sensors
US Patent:
2002015, Oct 17, 2002
Filed:
Feb 9, 2001
Appl. No.:
09/780850
Inventors:
Joseph Julicher - Chandler AZ, US
Paul Katz - Bellaire TX, US
Paul Katz - Bellaire TX, US
International Classification:
G01K001/14, G01K007/22, G01K013/00
US Classification:
374/120000, 374/183000, 374/141000
Abstract:
Measurement of environment parameters beyond a barrier without having to make a hole in the barrier to connect a sensor to the other circuitry may be made using a primary inductor on one side of the barrier inductively coupled to a secondary inductor on the other side of the barrier. A thermistor or other sensor is connected to the secondary inductor and disposed with the secondary inductor on the other side of the barrier. A pulse generator causes a first current through the primary inductor that is modified by a mutually induced second current through the secondary inductor, that is further determined by the resistance or impedance of the thermistor or sensor. A measuring circuit converts the peak current value into a value representative of the temperature or other environment parameter surrounding the sensor.
Wireless Monitoring Of Pump Jack Sucker Rod Loading And Position
US Patent:
2012002, Jan 26, 2012
Filed:
Mar 31, 2010
Appl. No.:
13/262189
Inventors:
Rick A. Lawson - Spring TX, US
Paul N. Katz - Bellaire TX, US
Paul N. Katz - Bellaire TX, US
International Classification:
F04B 49/20, E21B 47/00
US Classification:
417 18, 7315261
Abstract:
Forces on and respective positions of a pump jack sucker rod are determined in real time by load cells attached to the sucker rod and a position sensor, and are stored for further processing. A wireless transmitter transmits stored load and position values, calculated process parameters, and/or exception alerts to a wireless spread spectrum receiver that can be coupled to a motor speed controller used to set the rotational speed of the pump jack motor, and/or to monitoring systems, such as a central controller used to optimize total field production.