Huf Hülsbeck & Fürst Gmbh Co.kg

Ykk Corporation

Stocko Fasteners Gmbh

Ykk Europe Limited

Stocko Verschlusstechnik Gmbh & Co.

Rolf Kamps

Ulrich Müller

Rainer Siegemund

Stefan Mönig

Dirk Müller

Eckart Schuler

Andreas Van Den Boom

Jörg Berghahn

Udo Orzech

Hans-Günter Kaiser

Jürgen Moczygemba

Dirk Ruppach

Holger Reich

Frank Obst

Hermann Stroter

The invention relates to a method for displaying information, using a mobile identification provider () and an independent display unit (), wherein said mobile identification provider () serves for an activation of a security system, said mobile identification provider () has an electronic unit (), and said electronic unit () is used for data communication () with a vehicle-side part, vehicle-side information is transmitted from the vehicle-side part to the electronic unit () via the data communication (), said vehicle-side information is stored in a data memory (), said electronic unit () communicates with the independent display unit () via a communication connection (), and said vehicle-side information is transmitted to said independent display unit () via said communication connection () and displayed thereon.

Method for displaying information

An image detection system having a camera unit for detecting images of the outside area of a motor vehicle, and a protection element that can be moved from a closed position to an open position by a mechanism through a drive. At least one lens of the camera unit is located behind the protection element inaccessible from the outside when the protection element is located in the closed position. At least the lens is released by the protection element for image detection in the open position. At least the camera unit with the mechanism and the protection element is disposed in a first module and the drive is provided in a second module separate from the first module. The first and second modules are mechanically connected to one another by at least one actuation element so that the drive drives the mechanism by way of the actuation element.

Modular image detection unit

The invention relates to a handle configuration for a door, in particular for a motorized vehicle door, with an outside handle () mounted such that it can pivot, which is arranged on the outside on the type of exterior door fuselage () that has a concave external handle recess (), where the outside handle () has a first () and a second bearing arm () arranged on the inside with the first bearing arm () mounted around a rotational axis (), the outside handle () has face surfaces () in each of the areas of the first () and the second bearing arm () which face the exterior door fuselage () and with a gap () that exists between the face surface () and the exterior door fuselage (). According to the invention, it is provided that the outside handle () is rotatably mounted in a guideway (), which is fundamentally matched to the contour of the concavity of the handle recess (), by means of which a tolerance compensation can be achieved by moving the outside handle () along the guideway (), without a resulting contact of the outside handle () with the exterior door fuselage ().

Handle configuration

The invention relates to a latch that comprises a lock and a closing part (). Said lock comprises a catch (), a click () equipped with an adjusting arm () and a motorised opening aid (). Said catch () comprises a receiving element for the closing part () and at least one stop notch () for engaging the click (). The opening aid () is equipped with an eccentric () that is driven by a motor, whereby the eccentric curve interacts with a lateral adjusting surface of the adjusting arm () and ensures that the clink () is displaced in a motorised manner from its locked position in the stop notch () into an elevated position. In order to prevent problems in the latch, an end segment () of the eccentric () and/or the adjusting arm () of the clink () is elastic. When in the elevated position, the clink () is on a fixed stop (), performing an elastic deformation () when passing the eccentric end segment () on the adjusting arm () of the clink (), until an end-sided shoulder of the eccentric () catches behind a counter shoulder on the adjusting arm (). After catching, the eccentric shoulder is supported on the clink counter shoulder and prevents the eccentric () from reversing.

Latch for vehicles

A fixing machine with a machine frame, a feeding tool attached to the machine frame, and a fixing tool also attached to the machine frame is provided. The fixing tool can be operated for fixing by fixing elements moved into a fixing position on a support. The feeding tool can be operated for transferring the fixing elements into the fixing position, and can be moved back and forth by a drive element which is rotatable about a drive axis stationary relative to the machine frame. The feeding tool has a feeding rocker which is pivotable about a pivot axis stationary relative to the machine frame. A coupling element is coupled in an articulated manner to the feeding rocker and fastened to the drive element through a rotary joint. The rotary joint is rotatable with the drive element about the drive axis and has a joint axis extending parallel offset relative to the drive axis.

Fixing machine

Device for setting rivets, buttons or the like on textiles

A sorting device for supplying small parts to a processing machine has a container with a fill opening for receiving the small parts. A drum-shaped rotating sorter for sorting the small parts is laterally connected to the container. The container has a lateral passage opening into the sorter for transferring the small parts from the container to the sorter. The container has a pivot axle for pivoting the container relative to the sorter in order to empty the container.

Sorting device

A device for sequentially fastening elements of different types to a carrier material, preferably for fastening closing elements, such as, snap fastener elements, to articles of textile, leather or synthetic material, in accordance with a predetermined program which is composed of a number of sequentially occurring program steps, wherein each step determines the type of elements to be fastened. A display is arranged on a control panel and is operable for displaying the program. The device is provided with a display which has a number of display windows, wherein each display window is assigned to one of the program steps and can be operated for indicating the element type fastened with the program step.

Fastening device

The feeding device for feeding parts to be mounted to at least one of an upper tool and a lower tool of a mounting machine has a carriage and at least one feeding push rod connected to the carriage. A push crank is connected to the carriage for moving in a reciprocating movement the at least one feeding push rod in a longitudinal direction of the at least one push rod between an extended and a retracted position.

Feeding device for parts to be mounted

A device for mounting parts has an upper tool with an upper stamp and a lower tool with a lower stamp. A drive unit for driving the upper and lower tools is provided. A feeding device for feeding parts to the upper and lower tools is present. A gear arrangement connects the upper and lower tools to the drive unit such that the upper and lower tools are movable in a reciprocating manner toward one another. The gear arrangement has an eccentric disk and a drive lever connected to the eccentric disk. A rocker arm is provided having a swivel axis about which the rocker arm swivels. The rocker arm pivotably connected with a first end to the drive lever and with a second end to the lower tool. A control rod is connected to the rocker arm and the drive lever, wherein a plurality of points of attachment are provided for the control rod.

Growing community of inventors

Wuppertal, Germany

Rolf Kamps