Vyssotski
Alexei L. Vyssotski, Zurich CH
Patent application number | Description | Published |
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20120179386 | INTEGRATED SELF-CONTAINED RECORDER OF BIOLOGICAL DATA FOR SMALL ANIMAL RESEARCH - An apparatus and method for the recording of physiological variables in small animals are described. The apparatus is an integrated self-contained recorder including a converter of biological signals into a digital form, a data storage unit, a data output for transporting the stored data from the recorder after the end of recording session, a power source and an electrical connector arranged for connection of the recorder with at least one sensor of biological signal and mechanical fixation of the recorder at the head of an animal. The recorder may contain a sensor, which receives signals from an external source for synchronization of the stored data with external equipment or observed/registered animal behavior. | 07-12-2012 |
Dmitri L. Vyssotski, Tarrytown, NY US
Patent application number | Description | Published |
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20120179386 | INTEGRATED SELF-CONTAINED RECORDER OF BIOLOGICAL DATA FOR SMALL ANIMAL RESEARCH - An apparatus and method for the recording of physiological variables in small animals are described. The apparatus is an integrated self-contained recorder including a converter of biological signals into a digital form, a data storage unit, a data output for transporting the stored data from the recorder after the end of recording session, a power source and an electrical connector arranged for connection of the recorder with at least one sensor of biological signal and mechanical fixation of the recorder at the head of an animal. The recorder may contain a sensor, which receives signals from an external source for synchronization of the stored data with external equipment or observed/registered animal behavior. | 07-12-2012 |
Nikolai V. Vyssotski, Austin, TX US
Patent application number | Description | Published |
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20150370681 | POWER PROFILE DIAGNOSTIC SYSTEM - A power profile diagnostic system includes a power rail. At least one subsystem is coupled to the power rail. A controller is coupled to the power rail and to a power profile database. The controller is configured to monitor the power rail and determine a power consumption profile of the at least one subsystem during a predefined operation of the at least one subsystem. The controller then compares the power consumption profile to a predetermined power profile that is stored in the power profile database in association with the predefined operation, and determines whether a difference between the predetermined power profile and the power consumption profile is indicative of a malfunction of the at least one subsystem. If the difference between the predetermined power profile and the power consumption profile is indicative of the malfunction of the at least one subsystem, the controller provide a malfunction report for display. | 12-24-2015 |