Freud
Aharon G. Freud, Columbus, OH US
Patent application number | Description | Published |
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20080206205 | Cd34(+) Cells And Their Methods Of Use | 08-28-2008 |
Aliza Freud, New York, NY US
Patent application number | Description | Published |
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20090144136 | GEOGRAPHIC AREA MULTIPLE SERVICE CARD SYSTEM - The invention provides consumers with the services of multiple cards or accounts while allowing consumers to carry a single card, transponder, code and/or other access device. Because the card may access combined services such as financial transaction services and transportation services, the system may facilitate charging the financial account for the transportation services. The system may allow the consumer to use loyalty points or geographic based loyalty points to pay for the transportation services. The system may also limit the use of certain loyalty points based upon the geographic area for certain transportation services in certain geographic areas. | 06-04-2009 |
20140046839 | GEOGRAPHIC AREA MULTIPLE SERVICE CARD SYSTEM - The invention provides consumers with the services of multiple cards or accounts while allowing consumers to carry a single card, transponder, code and/or other access device. Because the card may access combined services such as financial transaction services and transportation services, the system may facilitate charging the financial account for the transportation services. The system may allow the consumer to use loyalty points or geographic based loyalty points to pay for the transportation services. The system may also limit the use of certain loyalty points based upon the geographic area for certain transportation services in certain geographic areas. | 02-13-2014 |
Nicolas Freud, Lyon FR
Patent application number | Description | Published |
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20110057110 | METHOD AND DEVICE FOR REAL-TIME MEASUREMENT OF A LOCAL DOSE UPON BOMBARDMENT OF A TARGET BY HADRONS BY MEANS OF PROMPT GAMMA RAYS - A method for real-time measurement of a local dose received by a region of a target upon bombardment of the target by an incident beam of hadrons generates at least prompt gamma rays and neutrons. The particles emitted by the target are measured by collimating the region of the target and by placing a detector at a distance L from the region of the target to be measured. The detector is linked to a device for particle energy and time-of-flight measurement, in which the number of prompt gamma rays received by the detector is determined by selecting the recorded events, and a two-directional charged-particle detection system, placed in the beam of incident hadrons before the target, is used so as to obtain the transverse position of the incident hadrons in order to provide spatial information about the prompt gamma rays. | 03-10-2011 |
Paul J. Freud, Furlong, PA US
Patent application number | Description | Published |
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20110037980 | METHOD AND APPARATUS FOR MEASURING ZETA POTENTIAL OF SUSPENDED PARTICLES - A zeta potential measurement system comprising: a cell having a cell wall and bottom for holding suspended particles; an optical measurement probe having a probe tip comprising a transparent and conducting thin film coating which prevents ionic current from accumulating charge on the probe tip, and wherein the optical measurement probe is inserted through the cell wall such that the probe tip is in fluid communication with the sample; a counter electrode inserted through the cell wall opposite to the optical measurement probe; a laser source which is disposed so as to deliver light to the optical measurement probe via an optical directional coupler and optical waveguide; wherein the optical measurement probe focuses the light onto a front surface of the probe tip, such that the light reflected from the front surface of the optical measurement probe and light backscattered from particles in the sample are collected by the probe tip, and thereafter focused to a optical waveguide and delivered through the coupler to a photodetector; an electrical output of the photodetector is connected to a filtering and amplification module, wherein an analog output of the amplification module is connected to an analog-to-digital converter, wherein the analog-to-digital converter creates a digital data stream which is stored in a first memory; and a computer or microprocessor which calculates the frequency power spectrum from the stored digital data stream and stores the frequency power spectrum in a second memory, wherein the first and second memories can be either the same or different. | 02-17-2011 |