Minibooster Hydraulics A/s

Christen Espersen

Leif Hansen

Peter J M Clausen

Thyge Bollmann

Brian Petersen

Svend Erik Thomsen

Poul Ennemark

Tom Tychsen

Jorgen Mads Clausen

Knud Meldgaard Jensen

Jan Petersen

Jorgen P Todsen

Jørgen P Todsen

Peter Leonhard Wasmer

Peter J Mads Clausen

Jimmy Thomsen

Andreas Wollesen

Joergen P Todsen

Joergen Mads Clausen

Jørgen Mads Clausen

Jacob Madsen

Jan Maiboll Buhl

Jan Maibøll Buhl

A hydraulic pressure amplifier arrangement () comprising a supply port (IN), a return port (R), a high pressure port (H), and a pressure amplifier unit () having a low pressure inlet () connected to the supply port (IN) and a high pressure outlet () connected to the high pressure port (H) is described, wherein the pressure amplifier unit () comprises an amplification factor. In such a hydraulic pressure amplifier arrangement it should be possible to allow simply releasing off pressure at the high pressure port while keeping small unnecessary energy consumption. To this end a control valve () is arranged in a connection between the high pressure port (H) and the return port (R).

Hydraulic pressure amplifier arrangement

A hydraulic system () is provided comprising a pressure source (), an output (), and a pressure booster () arranged between the pressure source () and the output (). The operational possibilities of such a system should be extended. To this end inactivating means are provided inactivating or activating said pressure booster.

Hydraulic system

A hydraulic system () is provided comprising a supply port arrangement (P, T), a working port arrangement (A, B), and a booster section (), said supply port arrangement having at least a supply port (P), said booster section () being arranged between said supply port arrangement (P, T) and said working port arrangement (A, B). The operational possibilities of such a hydraulic system should be extended. To this end said working port arrangement comprises at least two working ports (A, B), flow direction changing means () are provided changing a flow direction through said working port arrangement and inactivating means () are provided inactivating or activating said booster section () for each flow direction.

A fluid supply unit includes a hydraulic supply unit and a pressure generator for the fluid and a pressure outlet. A pressure booster is installed between the pressure generator and the pressure outlet and is rigidly mechanically connected with the pressure generator, wherein the pressure booster () is driven by a portion of the fluid generated by the pump.

Fluid supply unit having an integral pressure generator and pressure booster

A hydraulic pressure amplifier with a housing which has an end face at a low pressure side and an end face at a high pressure side and a circumferential wall between the two end faces, wherein an outlet valve is arranged adjacent the end face on the high pressure side, and an outlet duct for the hydraulic liquid which is under high pressure. In a pressure amplifier of the above-described type, the outlet duct opens into the circumferential wall or extends through a connection plug which is screwed into the end face on the high pressure side and closes off an assembly duct which receives the outlet valve.

Hydraulic pressure amplifier

A hydraulic tool has a motor, a valve, a hydraulic intensifier, and a supply connector. The hydraulic intensifier is arranged between the valve and the motor. The valve and the motor are arranged behind one another in a longitudinal direction of the tool. The hydraulic intensifier has at least one intensifier piston having a movement direction that is positioned at a first angle greater than 0&#xb0; relative to the longitudinal direction of the tool.

Hydraulic tool

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Augustenborg, Denmark

Christen Espersen