Patents Assigned to InESA, Inc.
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Patent number: 11759128Abstract: A device and method for noninvasively monitoring biofluids of an animal provides measuring physical parameters of an analyte with a device located within an oral cavity of the animal.Type: GrantFiled: July 16, 2020Date of Patent: September 19, 2023Assignee: INESA, INC.Inventors: Alexander M. Raykhman, Rodion Raykhman
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Publication number: 20200337614Abstract: A device and method for noninvasively monitoring biofluids of an animal provides measuring physical parameters of an analyte with a device located within an oral cavity of the animal.Type: ApplicationFiled: July 16, 2020Publication date: October 29, 2020Applicant: InESA, Inc.Inventors: Alexander M. Raykhman, Rodion Raykhman
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Patent number: 10716497Abstract: A device and method for noninvasively monitoring biofluids of an animal provides measuring physical parameters of an analyte with a device located within an oral cavity of the animal.Type: GrantFiled: April 6, 2016Date of Patent: July 21, 2020Assignee: Inesa, Inc.Inventors: Alexander M. Raykhman, Rodion Raykhman
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Patent number: 7103500Abstract: Pulse transit time-based method for distance measurement employs a complex multi-parametric modulation of emitted pulses with adaptive control of the parameters of modulation. An evaluation of the pulse transit time-variable's observability in a measuring cycle is used as an input of the adaptive control loop. The achieved special pattern of received pulses provides for obtaining a vector of characteristic elements on the pattern with low sensibility to active and passive disturbances present during measurement. These characteristic elements are used by the method for the accurate measurement of the pulse transit time, and consequently, for the calculation of the distance between the emitter of pulses and the target.Type: GrantFiled: February 11, 2004Date of Patent: September 5, 2006Assignees: InESA, Inc.Inventors: David I Freger, Alexander M Raykhman
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Publication number: 20050178198Abstract: A non-invasive method for measuring the level of filling material in a vessel and for detecting the presence of the filling material in the vessel at a predetermined set point level is based on monitoring the oscillation of the vessel's outside wall that follows an impact load applied to the external surface of the vessel's wall. The method may employ short range level measurement and long range level measurement procedures. The short-range level measurement utilizes the macro-dynamic properties of the oscillating space in the vicinity of the center of the impact. The long-range level measurement utilizes the properties of the transverse elastic waves propagating along the vessel's wall after the impact. The value of the measured level may be determined by a joint evaluation of the output of the short range level measurement procedure and the output of the long range level measurement procedure.Type: ApplicationFiled: December 23, 2004Publication date: August 18, 2005Applicants: INESA East, Ltd., InESA, Inc.Inventors: David Freger, Alexander Raykhman
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Patent number: 6836449Abstract: An acoustic method for measuring of a distance between an emitter of acoustic energy and a target object provides for an accurate measurement by having the measurement's outcome invariant to the speed of sound variations along the acoustical path between the emitter and the target. A plurality of emitters and a plurality of receivers are used in the invention. One acoustic emitter and one receiver are located in a spatial region such that the sent and the reflected acoustical energy passes along substantially same vertical line between the emitter and the target. Another acoustic emitter sends the acoustical energy at an angled direction to the same area on the target's reflecting surface as the first emitter does. The corresponding echo travels to another receiver. During the measurement, two specific variables are being monitored such that possible variations of the speed of sound are irrelevant to the result of the distance measurement.Type: GrantFiled: September 5, 2003Date of Patent: December 28, 2004Assignees: INESA East, Ltd., InESA, Inc.Inventors: Alexander M. Raykhman, David I. Freger, Boris Sherman
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Publication number: 20040181359Abstract: Pulse transit time-based method for distance measurement employs a complex multi-parametric modulation of emitted pulses with adaptive control of the parameters of modulation. An evaluation of the pulse transit time-variable's observability in a measuring cycle is used as an input of the adaptive control loop. The achieved special pattern of received pulses provides for obtaining a vector of characteristic elements on the pattern with low sensibility to active and passive disturbances present during measurement. These characteristic elements are used by the method for the accurate measurement of the pulse transit time, and consequently, for the calculation of the distance between the emitter of pulses and the target.Type: ApplicationFiled: February 11, 2004Publication date: September 16, 2004Applicants: INESA East, Ltd., InESA, Inc.Inventors: David J. Freger, Alexander M. Raykhman
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Publication number: 20040081021Abstract: An acoustic method for measuring of a distance between an emitter of acoustic energy and a target object provides for an accurate measurement by having the measurement's outcome invariant to the speed of sound variations along the acoustical path between the emitter and the target. A plurality of emitters and a plurality of receivers are used in the invention. One acoustic emitter and one receiver are located in a spatial region such that the sent and the reflected acoustical energy passes along substantially same vertical line between the emitter and the target. Another acoustic emitter sends the acoustical energy at an angled direction to the same area on the target's reflecting surface as the first emitter does. The corresponding echo travels to another receiver. During the measurement, two specific variables are being monitored. The first variable is associated with the distance between the first emitter and the target.Type: ApplicationFiled: September 5, 2003Publication date: April 29, 2004Applicants: INESA East, Ltd., InESA, Inc.Inventors: Alexander M. Raykhman, David J. Freger, Boris Sherman
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Patent number: 6581047Abstract: The method for a sequential prediction of a binary element's state in a binary process and the system for the method implementation are based on the binary process representation by a unique sequence of binary elementary behavioral functions. These elementary behavioral functions are used for building a genotype of the binary process' behaviors. The behavioral genotype is periodically updated through the analysis of the binary process history. The behavioral genotype set defines a set of predicting functions with respect of an evaluation of the binary process' current instability level. The natural selection algorithm that operates upon the set of predicting functions is used in predicting procedures for a non-iterative determination of a state of the forthcoming binary process' element. If the binary process is non-stationary, then a cardinal number of the set of predicting functions is equal or less than a cardinal number of the behavioral genotype set.Type: GrantFiled: April 7, 1999Date of Patent: June 17, 2003Assignee: Inesa, Inc.Inventors: Alexander M. Raykhman, Ilya Vinarskiy