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Robert Lisniansky

from Brooklyn, NY
Age ~89

Robert Lisniansky Phones & Addresses

  • 8 Brighton 15Th St, Brooklyn, NY 11235 (718) 934-5078
  • 8 Brighton Ct #15, Brooklyn, NY 11223 (718) 934-5078

Work

Position: Building and Grounds Cleaning and Maintenance Occupations

Education

Degree: Associate degree or higher

Business Records

Name / Title
Company / Classification
Phones & Addresses
Robert M Lisniansky
TRANSIDRIVE, INC
Robert M Lisniansky 502 Surf Ave APT 8L, Brooklyn, NY 11224
501 Surf Ave APT 8L, Brooklyn, NY 11224
Robert M Lisniansky
ADAPTIVE POWER, INC
Robert M Lisniansky 501 Surf Ave APT 8L, Brooklyn, NY 11224
501 Surf Ave APT 8L, Brooklyn, NY 11224

Publications

Us Patents

Regenerative Adaptive Fluid Motor Control

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US Patent:
6349543, Feb 26, 2002
Filed:
Oct 4, 1999
Appl. No.:
09/570368
Inventors:
Robert Moshe Lisniansky - Brooklyn NY, 11224
International Classification:
F16D 3102
US Classification:
60414, 60419, 60465
Abstract:
A regenerative adaptive fluid motor control system integrating a load adaptive fluid motor control system and a load adaptive energy regenerating system having an energy accumulator. The fluid motor control system includes a primary variable displacement pump ( ) being implemented for powering and controlling a fluid motor ( ) accumulating a load related energy. The load related energy of the fluid motor is regenerated to provide a load adaptive exchange of energy between the fluid motor and the energy accumulator ( ). This load adaptive exchange of energy is combined with a load adaptive primary energy supply for maximizing the over-all energy efficiency and performance potentials of the fluid motor control. The energy-regenerating adaptive fluid motor control can be used, for example, for constructing the high energy-efficient load adaptive motor vehicles.

Regenerative Adaptive Fluid Control

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US Patent:
20020100275, Aug 1, 2002
Filed:
Feb 15, 2002
Appl. No.:
10/077739
Inventors:
Robert Lisniansky - Brooklyn NY, US
International Classification:
F16D031/00
US Classification:
060/325000
Abstract:
A regenerative adaptive fluid motor control system integrating a load adaptive fluid motor control system and a load adaptive energy regenerating system having an energy accumulator. The fluid motor control system includes a primary variable displacement pump () being implemented for powering and controlling a fluid motor () accumulating a load related energy. The load related energy of the fluid motor is regenerated to provide a load adaptive exchange of energy between the fluid motor and the energy accumulator (). This load adaptive exchange of energy is combined with a load adaptive primary energy supply for maximizing the over-all energy efficiency and performance potentials of the fluid motor control. The energy-regenerating adaptive fluid motor control can be used, for example, for constructing the high energy-efficient load adaptive motor vehicles.

Regenerative Adaptive Fluid Control

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US Patent:
57944393, Aug 18, 1998
Filed:
Sep 18, 1996
Appl. No.:
8/715434
Inventors:
Robert Moshe Lisniansky - Brooklyn NY
International Classification:
F16D 3102
US Classification:
60414
Abstract:
A regenerative adaptive fluid motor control system integrating a load adaptive fluid motor control system and a load adaptive energy regenerating system having an independent regenerating circuitry containing an energy accumulator. The fluid motor control system includes a primary variable displacement pump powering a spool valve controlling a fluid motor accumulating a load related energy, such as a kinetic energy of a mass load of the fluid motor or a compressed fluid energy of the fluid motor-cylinder. The load related energy of the fluid motor is regenerated to provide a load adaptive exchange of energy between the fluid motor and the energy accumulator. This load adaptive exchange of energy is combined with a load adaptive primary energy supply for maximizing the over-all energy efficiency and performance potentials of the fluid motor control. The load adaptability is achieved by regulating the exhaust and supply fluid pressure drops across the spool valve. The regenerative adaptive fluid motor control can be used, for example, for constructing the high energy-efficient, load adaptive motor vehicles and the high energy-efficient, load adaptive hydraulic presses.

Adaptive Fluid Control

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US Patent:
57944407, Aug 18, 1998
Filed:
Sep 16, 1996
Appl. No.:
8/710323
Inventors:
Robert Moshe Lisniansky - Brooklyn NY
International Classification:
F16D 3102
US Classification:
60414
Abstract:
A regenerative adaptive fluid motor control system integrating a load adaptive fluid motor control system and a load adaptive energy regenerating system having a built-in regenerating circuitry containing an energy accumulator. The fluid motor control system includes a variable displacement pump powering a spool valve controlling a fluid motor accumulating a load related energy, such as a kinetic energy of a mass load of the fluid motor or a compressed fluid energy of the fluid motor-cylinder. The load related energy of the fluid motor is regenerated to provide a load adaptive exchange of energy between the fluid motor and the energy accumulator. This load adaptive exchange of energy is combined with a load adaptive primary energy supply for maximizing the over-all energy efficiency and performance potentials of the fluid motor control. The load adaptability is achieved by regulating the exhaust and supply fluid pressure drops across the spool valve. The regenerative adaptive fluid motor control can be used, for example, for constructing the high energy-efficient, load adaptive motor vehicles and the high energy-efficient, load adaptive hydraulic presses.

Adaptive Fluid Motor Feedback Control

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US Patent:
57944385, Aug 18, 1998
Filed:
Sep 19, 1996
Appl. No.:
8/716474
Inventors:
Robert Moshe Lisniansky - Brooklyn NY
International Classification:
F16D 3102
US Classification:
60327
Abstract:
A regenerative adaptive fluid motor position feedback control system integrating a load adaptive fluid motor position feedback control system and a load adaptive energy regenerating system having an energy accumulator. The fluid motor control system includes a primary constant displacement pump powering a spool valve controlling a fluid motor accumulating a load related energy, such as a kinetic energy of a mass load of the fluid motor or a compressed fluid energy of the fluid motor-cylinder. The load related energy of the fluid motor is regenerated to provide a load adaptive exchange of energy between the fluid motor and the energy accumulator. This load adaptive exchange of energy is combined with a load adaptive primary energy supply for maximizing the over-all energy efficiency and performance potentials of the fluid motor control. The load adaptability is achieved by regulating the exhaust and supply fluid pressure drops across the spool valve. The regenerative adaptive fluid motor control can be used, for example, for constructing the high energy-efficient, load adaptive motor vehicles and the high energy-efficient, load adaptive hydraulic presses.

Regenerative Adaptive Fluid Motor Control

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US Patent:
57944377, Aug 18, 1998
Filed:
Sep 18, 1996
Appl. No.:
8/715470
Inventors:
Robert Moshe Lisniansky - Brooklyn NY
International Classification:
F16D 3102
US Classification:
60414
Abstract:
A regenerative adaptive fluid motor control system integrating a load adaptive fluid motor control system and a load adaptive energy regenerating system having an energy accumulator. The fluid motor control system includes a primary constant displacement pump powering a spool valve controlling a fluid motor accumulating a load related energy, such as a kinetic energy of a mass load of the fluid motor or a compressed fluid energy of the fluid motor-cylinder. The load related energy of the fluid motor is regenerated to provide a load adaptive exchange of energy between the fluid motor and the energy accumulator. This load adaptive exchange of energy is combined with a load adaptive primary energy supply for maximizing the over-all energy efficiency and performance potentials of the fluid motor control. The load adaptability is achieved by regulating the exhaust and supply fluid pressure drops across the spool valve. The regenerative adaptive fluid motor control can be used, for example, for constructing the high energy-efficient, load adaptive motor vehicles and the high energy-efficient, load adaptive hydraulic presses.

Adaptive Fluid Motor Control

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US Patent:
57944423, Aug 18, 1998
Filed:
Oct 2, 1996
Appl. No.:
8/725056
Inventors:
Robert Moshe Lisniansky - Brooklyn NY
International Classification:
F16D 3102
US Classification:
60414
Abstract:
A regenerative adaptive fluid motor output feedback control system integrating a load adaptive fluid motor output feedback control system and a load adaptive energy regenerating system having an energy accumulator. The fluid motor control system includes a primary variable displacement pump powering a spool valve controlling a fluid motor accumulating a load related energy, such as a kinetic energy of a mass load of the fluid motor or a compressed fluid energy of the fluid motor-cylinder. The load related energy of the fluid motor is regenerated to provide a load adaptive exchange of energy between the fluid motor and the energy accumulator. This load adaptive exchange of energy is combined with a load adaptive primary energy supply for maximizing the over-all energy efficiency and performance potentials of the fluid motor control. The load adaptability is achieved by regulating the exhaust and supply fluid pressure drops across the spool valve. The regenerative adaptive fluid motor control can be used, for example, for constructing the high energy-efficient, load adaptive motor vehicles and the high energy-efficient, load adaptive hydraulic presses.

Adaptive Fluid Feedback Control

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US Patent:
57944415, Aug 18, 1998
Filed:
Sep 19, 1996
Appl. No.:
8/710567
Inventors:
Robert Moshe Lisniansky - Brooklyn NY
International Classification:
F16D 3102
US Classification:
60414
Abstract:
A regenerative adaptive fluid motor position feedback control system integrating a load adaptive flujid motor position feedback system having an energy accumulator. the fluid motor control system includes a primary variable displacement pump powering a spool valve controlling a fluid motor accumulating a load related energy, such as a kinetic energy of a mass load of the fluid motor or a compressed fluid energy of the fluid motor-cylinder. The load related energy of the fluid motor is regenerated to provide a load adaptive exchange of energy between the fluid motor and the energy accumulator. This load adaptive exchange of energy is combined with a load adaptive primary energy supply for maximizing the over-all energy efficiency and performance potentials of the fluid motor control. The load adaptability is achieved by regulating the exhaust and supply fluid pressure drops across the spool valve. The regenerative adaptive fluid motor control can be used, for example, for constructing the high energy-efficient, load adaptive motor vehicles and the high energy-efficient, load adaptive hydraulic presses.
Robert Lisniansky from Brooklyn, NY, age ~89 Get Report