Altshuller
Dmitry Altshuller, Moreno Valley, CA US
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20110132849 | Infusion of combustion gases into ballast water preferably under less than atmospheric pressure to synergistically kill harmful Aquatic Nuisance Species by simultaneous hypercapnia, hypoxia and Acidic pH level - Aquatic nuisance species (ANS) in ship's ballast water are killed by permeating to equilibrium a gaseous mixture consisting essentially of, preferably, ≧84% nitrogen, ≧11% carbon dioxide and ≦4% oxygen through ship's ballast water until the ballast water itself becomes (i) hypercapnic to ≧20 ppm carbon dioxide, and, by association, (ii) acidic to pH ≦7, while preferably further, and also, being rendered (iii) hypoxic to ≦1 ppm oxygen. The permeating is preferably realized by bubbling the gaseous mixture preferably obtained from an inert gas generator through the ballast water over the course of 2+ days while the ballast water is continually maintained a pressure less than atmosphere, preferably −2 p.s.i. or less. The (i) hypercapnic, (ii) acidic and (iii) hypoxic conditions—each of which can be independently realized—synergistically cooperate to kill a broad range of ANS in the ballast water without deleterious effect on the environment when, and if, the ballast water in which the balance of dissolved gases has been changed is discharged. | 06-09-2011 |
Dmitry A. Altshuller, Moreno Valley, CA US
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20080255734 | SYSTEM AND METHOD FOR CONTROLLING A VEHICLE SEAT - A method of controlling a vehicle seat includes determining a trajectory between a first position of the seat and the second position of the seat, determining a torque to move the seat along the trajectory with velocity profile along the trajectory, and applying the torque to the seat to move the seat between the first position and a second position along the trajectory. | 10-16-2008 |
Mark Altshuller, Ganot Hadar IL
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20090213810 | TRANSFER OF COMMUNICATION SESSIONS BETWEEN BASE STATIONS IN WIRELESS NETWORKS - A method and devices are provided to enable continuing a communication session currently carried by a mobile subscriber station (MSS) while switching from a first base station to a second base station. During the communication session that is being held with the MSS, a first IP datagram is determined from among a plurality of IP datagrams associated with that communication session and received at a network gateway adapted to convey IP traffic received from the MSS. Following that determination, IP datagrams that will be received at that network gateway after that first IP datagram and which are addressed to the MSS are backed up. Upon establishing a connection between the MSS and the second base station, the first base station ceases to convey uplink traffic originated by the MSS, the IP datagrams that were backed up are forwarded to the MSS, and all further IP datagrams which are addressed to the MSS and received at that network gateway after establishing the connection between the MSS and the second base station, will be forwarded to the MSS through the second base station. | 08-27-2009 |
20110170460 | APPARATUS AND SYSTEM FOR USING RELAY STATION IN A TDD WIRELESS NETWORK - A Relay Station (RS) is provided. The RS is adapted to operate in a TDD type of wireless communication network which comprises at least one base station (BS) operative to communicate with the RS and with an IP network, and a plurality of Mobile Subscribers (MSs). The RS comprises: a subscriber terminal operative in conformity with IEEE 802.16e Standard; and a BS operative in conformity with said IEEE 802.16e Standard, and wherein that subscriber terminal and that BS that belong to the RS are connected to each other, and wherein all communications transmitted from the at least one BS to the RS are in conformity with the IEEE 802.16e Standard. | 07-14-2011 |
20120257599 | TRANSFER OF COMMUNICATION SESSIONS BETWEEN BASE STATIONS IN WIRELESS NETWORKS - A method for carrying out a handover procedure, following which a mobile terminal (MS) currently in communication with a first base station (BS), will communicate via a second BS. The method includes upon initiating a handover procedure, determining that the MS will receive all future IP packets via the second base station, following this determination and prior to establishing a connection between the MS and the second BS, forwarding all IP packets being addressed to the MS to the second BS, and buffering the received IP packets thereat, and upon establishing a connection between the MS and the second BS, forwarding the IP packets that were buffered at the second BS to the MS, wherein the buffered IP packets are delivered to the MS before delivering any packets addressed thereto along a new path extending to the second BS which does not include the first BS. | 10-11-2012 |
Mark Altshuller, Ganot Hardar IL
Patent application number | Description | Published |
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20090103492 | WIRELESS COMMUNICATIONS NETWORK BASE STATION EXTENSION - Apparatus and methods to permit the deployment of wireless base stations, where a deployed remote base station is backhauled to the core network over a wireless connection to an operatively attached donor base station using protocols that encapsulate backhaul communications within standard subscriber communication protocols. | 04-23-2009 |