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Kuhnke, DE

Dominik Kuhnke, Stuttgart DE

Patent application numberDescriptionPublished
20100132667FUEL INJECTION SYSTEM WITH PRESSURE BOOSTING - The invention relates to a fuel injection system for an internal combustion engine having a high pressure pump, a high pressure reservoir, a plurality of fuel injectors, a hydraulic pressure booster, and a control valve for actuating the hydraulic pressure booster. The hydraulic pressure booster is provided centrally for all of the fuel injectors. The central hydraulic pressure booster is disposed between the high pressure pump and the high pressure reservoir.06-03-2010

Dominik Kuhnke, Gerlingen DE

Patent application numberDescriptionPublished
20100154744PRESSURE BOOSTER WITH INTEGRATED PRESSURE RESERVOIR - The invention relates to a high-pressure injection system, in particular for auto-igniting internal combustion engines, with at least one high pressure pump and a high pressure reservoir, through which at least one fuel injector is supplied with a fuel under pressure. The high-pressure injection system comprises at least one pressure booster unit which has at least two pressure boosters, each with a high pressure piston which can be driven independently of the other.06-24-2010
20100212636PRESSURE BOOSTING SYSTEM FOR AT LEAST ONE FUEL INJECTOR - The invention relates to a pressure boosting system for at least one fuel injector of a high pressure injection system of an internal combustion engine, having a hydraulic pressure booster that is actuated by a control valve. The hydraulic pressure booster is configured with a pressure boosting piston, which comprises a first pressure booster piston part having a first diameter and a second pressure booster piston part having a second diameter, wherein the first diameter is greater than the second diameter. The pressure booster piston is disposed within a hydraulic reservoir chamber, onto which pressure is applied, together with the first pressure booster piston part having the greater diameter, wherein the accumulator chamber in turn is configured within a base body. The base body has a piston guide body for at least one of the pressure booster piston parts. The piston guide body is at least partially surrounded by an annular space, which is part of the hydraulic accumulator chamber.08-26-2010

Frank Kuhnke, Ludwigshafen DE

Patent application numberDescriptionPublished
20080293973Process for the Synthesis of Dmapa - The present invention relates to a process for the industrial preparation of a diamine starting from a corresponding alkenyl nitrile comprising at least one C-C double bond, which comprises the steps 11-27-2008
20100105952PROCESS FOR THE SYNTHESIS OF DMAPA - The present invention relates to a process for the industrial preparation of a diamine starting from a corresponding alkenyl nitrile comprising at least one C—C double bond, which comprises the steps 04-29-2010

Frank Kuhnke, Essen DE

Patent application numberDescriptionPublished
20080264123Cylinder Core - The invention relates to a cylinder core (10-30-2008

Jan Kuhnke, Ritterhude DE

Patent application numberDescriptionPublished
20100101635PACKAGINGS FOR THIN-LAYER SLICE-FORM PRODUCTS - The invention concerns a packaging for slice-form, in particular thin brittle products. According to the invention the packaging is a film wraparound packaging.04-29-2010

Jan Kuhnke, Leichlingen DE

Patent application numberDescriptionPublished
20110088481ATTACHMENT DISPLACEMENT SENSOR FOR MEASURING THE CHANGE IN LENGTH OF A SAMPLE AND MEASURING METHOD WHICH USES SUCH A SENSOR - The present invention relates to a contact displacement sensor for use in the mechanical measurement of the elongation of a sample by stretching. It further relates to a method for the measurement of the elongation of a sample using such a contact displacement sensor, a system for the measurement of the elongation of a sample using such a contact displacement sensor as well as the use of such a contact displacement sensor. The contact displacement sensor comprises an element with which the sample is contacted. According to the present invention the element is mounted rotatably and disposed in such a way that the tearing of the sample will rotate the element. Due to the element being rotated by the torn sample, only a small amount of energy will be transferred to the contact displacement sensor, which therefore will not be overloaded or damaged.04-21-2011

Thorsten Kuhnke, Mettmann DE

Patent application numberDescriptionPublished
20090236865Multistage Door Lock - Disclosed is an electromechanical locking device for a door of an appliance, particularly an oven. Said locking device comprises a lock (09-24-2009