Siragusa
Chris Siragusa, New York, NY US
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20150294266 | DELIVERY OF PHYSICAL OBJECTS TO NON-FIXED END POINTS - A delivery method provides for the delivery of an item to a mobile (non-stationary) customer. Order information is obtained from a mobile device of a customer, which includes information about the item to be delivered and a current location of the customer. Delivery information is then provided to a mobile device of a delivery person. The delivery information includes the current location of the customer. While the delivery person is en route to the customer, customer location updates are repeatedly obtained from the mobile device of the customer and used to provide updated customer location information to the mobile device of the delivery person. | 10-15-2015 |
Eric Siragusa, Poway, CA US
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20140340140 | PHASED-ARRAY CHARGE PUMP SUPPLY - A charge pump system and method that may provide large supply voltages and currents with reduced ripple voltage at reduced ripple frequency. The charge pump system may include an array of charge pumps and a delay pipeline. The array of charge pumps may include a plurality of charge pumps. The delay pipeline may include a plurality of delay elements. The delay elements may respond to a global trigger signal to output a trigger signal to the array of charge pumps. Respective charge pumps may fire in response to the trigger signal. | 11-20-2014 |
Eric Siragusa, San Diego, CA US
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20120242401 | PHASED-ARRAY CHARGE PUMP SUPPLY - A charge pump system and method that may provide large supply voltages and currents with reduced ripple voltage at reduced ripple frequency. The charge pump system may include an array of charge pumps and a delay pipeline. The array of charge pumps may include a plurality of charge pumps. The delay pipeline may include a plurality of delay elements. The delay elements may respond to a global trigger signal to output a trigger signal to the array of charge pumps. Respective charge pumps may fire in response to the trigger signal. | 09-27-2012 |
20120274497 | PIPELINED ANALOG-TO-DIGITAL CONVERTER - An analog-to-digital converter includes a plurality of sequentially cascaded stages, each stage including an amplifier and four copies of a circuit block including a flash and capacitors, in which the four copies of the circuit block operate interleavingly in a respective sample mode, pre-gain mode, gain mode, and reset mode of the circuit block, the copies of the circuit block in the sample mode, pre-gain mode, and reset mode are decoupled from the amplifier, and the copy of the circuit block in the gain mode is coupled to the amplifier to produce an output for a next following stage. | 11-01-2012 |
20130120173 | PIPELINED ANALOG-TO-DIGITAL CONVERTER - An analog-to-digital converter includes a plurality of sequentially cascaded stages, each stage including an amplifier and four copies of a circuit block including a flash and capacitors, in which the four copies of the circuit block operate interleavingly in a respective sample mode, pre-gain mode, gain mode, and reset mode of the circuit block, the copies of the circuit block in the sample mode, pre-gain mode, and reset mode are decoupled from the amplifier, and the copy of the circuit block in the gain mode is coupled to the amplifier to produce an output for a next following stage. | 05-16-2013 |
Eric John Siragusa, San Diego, CA US
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20120249348 | PIPELINED ADC HAVING ERROR CORRECTION - A pipeline stage of a pipelined analog-to-digital converter (ADC) circuit can include an ADC to convert an analog input to a digital output, a first plurality of digital-to-analog converters (DACs) sufficient in number to produce an analog output corresponding to the digital output, and a second plurality of DACs configured to have their output added into the analog output, where a succeeding pipeline portion can convert the amplified analog residue to at least one second digital output and a digitized residue. A mapping circuit can selectively exchange inputs between a selected one of the first plurality of DACs and one of the second plurality of DACs, and a calibration signal circuit can provide first and second calibration signals to inputs of the selected one of the first plurality of DACs and another of the second plurality of DACs. The calibration signals can be correlated to each other, but uncorrelated to the analog input and digital output of the first pipeline stage, and have unequal effects on the amplified analog residue or the digitized residue. A correction circuit can correct the digital output of the pipeline stage for circuit path errors in circuit paths including the first plurality and second plurality of DACs based on the results of a correlation between the calibration signals and the second digital output or digitized residue. The effects, on the amplified analog residue or the digitized residue, of the first and second calibration signals, upon travelling through the selected one of the first plurality of DACs and the other of the second plurality of DACs, can at least partially offset each other. | 10-04-2012 |
20130135127 | PIPELINED ADC HAVING ERROR CORRECTION - A stage of a pipelined analog-to-digital converter can include first and second pluralities of digital-to-analog converters (DACs), the first plurality sufficient in number to produce a residue from the stage, the second plurality having their outputs added into an analog output of the stage. A mapping circuit can exchange inputs between selected ones of the first and second pluralities of DACs, and a calibration circuit can provide first and second calibration signals to the selected one of the first plurality and another of the second plurality of DACs. The calibration signals can correlate to each other, but be uncorrelated to an analog input and digital output of the stage, and have unequal and partially offsetting effects on the stage's residue. A correction circuit can correct the digital output of the stage for circuit path errors based on a correlation between the calibration signals and an output of a succeeding stage. | 05-30-2013 |
Eric John Siragusa, Escondido, CA US
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20100225358 | METHOD AND DEVICE FOR COMPARATOR OFFSET CANCELLATION - A method and a device for canceling an offset voltage in an output of a comparator circuit include sampling a set of offset voltages; applying a set of correction voltages equal in magnitude and opposite in polarity to the set of offset voltages, the set of correction voltages being applied to an output generating arrangement of the comparator circuit; and enabling output of the output generating arrangement after the set of correction voltages is applied. | 09-09-2010 |
George Siragusa, Chicago Heights, IL US
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20120112017 | SELF-CENTERING CABLE STRAP - A self-centering cable strap centers items such as cables, wires and tubes, or bundles thereof, on a bed of the strap. A cinch strap extends from one side of the bed and abutment figures extend from a side of the bed opposite the cinch strap and project laterally and axially relative to the bad | 05-10-2012 |
20130014444 | HOLE PLUG ASSEMBLY - A hole plug assembly includes a covering base connected to a first lip, at least one extensible member having a first portion connected to one or both of the covering base or the first lip, and a second lip connected to a second portion of the at least one extensible member. The at least one extensible member is configured to expand and contract with respect to a central axis of the covering base. | 01-17-2013 |
20150050071 | ARCUATE CLIP ASSEMBLY - A clip assembly is configured to securely connect a first structural component to a second structural component. The clip assembly may include an arc attachment member and an arc-receiving member. The arc attachment member may include a securing arc having a semi-circular rim. The arc attachment member is configured to be secured to one of the first or second structural components. The arc-receiving member may include an arc-receiving portion configured to receive the securing arc through multiple directions. The arc-receiving member is configured to be secured to the other of the first or second structural components. The securing arc is configured to be pivotally adjusted with respect to the arc-receiving portion. | 02-19-2015 |
Greg Siragusa, Waukesha, WI US
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20130064927 | ENZYME PRODUCING BACILLUS STRAINS - The disclosure relates to enzyme producing | 03-14-2013 |
20150230498 | ENZYME PRODUCING BACILLUS STRAINS - The disclosure relates to enzyme producing | 08-20-2015 |
Gregory R. Siragusa, Waukesha, WI US
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20150045288 | COMPOSITION - The present invention relates to anti-contaminant composition comprising a cell-free fermentation product of one or more | 02-12-2015 |
Paul Siragusa, Mckinney, TX US
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20100325817 | Wearable Shoe Tree - A wearable shoe tree is provided to be inserted within the interior of various types of shoes, thereby helping maintain the original shape of the shoe and preventing the front area (or toe box area), side walls, and heal from creasing and wrinkling over time. The wearable shoe tree can be comfortably worn and keeps the shape of a shoe whether the shoe is being worn or not. In addition to maintaining the shape and aesthetics of the shoe, the can also be used as an aid to athletic shoe customization. Modifications can be made to the shoe tree to allow it to be permanently affixed into the shoe or to allow it to be used by handicapped individuals for aesthetic purposes. | 12-30-2010 |
20110099685 | Notched Collar with Snaps - A pair of notches or slits in a collar can prevent the formation of bulky crests or wrinkling when the collar is arranged in an outer open ‘continental style’ under a jacket, however there is also a propensity for such a collar to curl up at the notches. The invention herein discloses the use of a fastening means to prevent the slit borders, forming the edge surfaces of each back section of the collar, from curling up from the shirt surface. The fastener means are located on each side of the collar, such that one member is located on the inner surface of the back collar where the outside edge meets the base of the slit edge and the other member is located on the outer surface of the collar band. | 05-05-2011 |
Robert M. Siragusa, Columbia, CT US
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20100042583 | SYSTEMS AND METHODS FOR DE-IDENTIFICATION OF PERSONAL DATA - According to some embodiments, original data is retrieved from an original data source. The original data may be automatically searched for potential personal information, such as a person's name, address, or Social Security number. An obfuscation method may be selected from a plurality of potential obfuscation methods. The potential personal information in the original data may then be automatically replaced with fictional data in accordance with the selected obfuscation method. | 02-18-2010 |
20120041791 | SYSTEMS AND METHODS FOR DE-IDENTIFICATION OF PERSONAL DATA - According to some embodiments, supplemental data may be retrieved from a supplemental data source. It may be automatically detected that a first personal insurance information value in the supplemental data source is correlated with a first personal insurance information value in the original insurance claim records source. A second personal insurance information value that was previously used to replace the first personal insurance information value in the original insurance claim records source may then be retrieved, and the first personal insurance information value in the supplemental data source may be automatically replaced with that same second personal insurance information value to provide referential integrity. | 02-16-2012 |