Harting Electronics Gmbh & Co. Kg

Harting Electronics Gmbh

Harting Electric & Stiftung & Co. Kg

Harting Electric Gmbh &Co. Kg

Harting It Software Development Gmbh & Co,. Kg

Harting Customised Solutions Gmbh & Co. Kg

Gert Havermann

Jana Büttemeyer

Marc Genau

Marc Lindkamp

Andreas Kohler

Dieter Rose

Arno Westpfahl

Stephan Schreier

Melanie Genau

Thomas Dahms

Thomas Heimann

Hubert Breitfeld

Stefan Baumert

Manuel Kleinheider

Michael Droste

Jens Krause

Mirco Hilla

Matthias Wiehe

An antenna for a WLAN Ethernet data interface is provided, having a rectangular printed circuit board, wherein a signal line and a reference ground are each provided on the printed circuit board by a suitably designed conductor track, and the signal line is designed as a planar coil on a first side, and wherein the antenna comprises a region for providing a magnetic coupling state, suitable for data transmission, of a first antenna with a structurally identical second antenna, which region is designed in such a way that the magnetic coupling state is provided by an adjacent arrangement of the region of the first and of the second antenna, wherein the antennas are each rotated through 180° in relation to one another in the coupling state. A module with an integrated WLAN Ethernet data interface, having a housing, a shielding element, a positioning element and/or a protective cap, and having a suitable antenna is also provided.

Module with an integrated WLAN Ethernet data interface

An angled printed circuit board connector is suitable for connecting at least one circuit board to at least one additional circuit board or at least one corresponding circuit board connector. It comprises a housing, at least two contact elements which are arranged in pairs and have at least two narrow sides and at least two wide sides. The contact elements have at least one flexible contact region. At least the flexible contact region of the contact elements are substantially identically shaped. The housing is designed to orient the contact elements substantially parallel to the connected circuit board. Each contact has a rigid contact region that adjoins the flexible contact region. The rigid contact region has at least one fastening element for fastening the contact element in the housing. The rigid contact region forms at least one angle of 80° to 100°.

Printed circuit board connector having hermaphroditic contact elements

An electric contact element for use in a printed circuit board plug connector is formed with at least two opposing narrow faces and at least two opposing wide faces. At least one narrow face is designed to be used as a contact surface in order to be brought into an electrically conductive connection with a counter contact element. At least the contact surface of the contact element and of the counter contact element are designed to have identical structures, and the wide face has at least one rigid region and a flexible region.

Contact element for printed circuit board plug connector

A printed circuit board connector for connecting at least one circuit board to at least one additional circuit board or at least one corresponding circuit board connector, comprises a housing, at least two contact elements which are arranged in pairs and have at least two narrow sides and at least two wide sides, the contact elements having at least one flexible contact region, at least the flexible contact region of the contact elements being substantially identically shaped, the housing being designed to orient the contact elements substantially perpendicularly to the receiving circuit board, each contact having a rigid contact region that adjoins the flexible contact region, the rigid contact region having at least one fastening element for fastening the contact element in the housing.

An unlocking aid for simplifying a process of releasing an electrical connector from a mating electrical connector is disclosed. The electrical connector comprises at least one locking mechanism, at least one housing element and at least one cable connection. The unlocking aid is brought into engagement with the locking mechanism of the electrical connector from outside the electrical connector and, by means of a connecting element, leads a gripping region to a position substantially behind the cable connection in order to release the locking mechanism.

Unlocking aid

Disclosed is a plug connector having a plurality of electrical contact elements and an elastic sealing body. The elastic sealing body has a transparent sealing ring which is connected to at least one light guide arm which extends away from the sealing ring.

Plug connector

Disclosed is a holding frame for accommodating a circuit board, wherein the holding frame has a substantially rectangular basic shape and has two holding arms sticking out perpendicularly from the frame plane, each holding arm having a groove in which the circuit board can be held. A circuit board can thus be integrated in a heavy-duty plug connector in a mechanically stable yet low-wear manner.

Holding frame for a plug connector or a mounting flange for holding a circuit board

The problem addressed by the disclosure is that of specifying an inexpensive, easily operable and largely automatable and reusable apparatus and a corresponding method for monitoring the manipulation of a transportable object. For example, the disclosure can be used to monitor the actuation of an opening flap of a transportation box without a current. For this purpose, the apparatus has the following: a magnetic data memory for storing an item of control information; a permanent magnet for destroying this control information; a mechanism for destroying the control information in the magnetic data memory by means of the permanent magnet; a data interface; a data connection between the magnetic data memory and the data interface for interchanging data between the magnetic memory and the data interface in a bidirectional manner.

Apparatus and method for monitoring the manipulation of a transportable object

Provided is a plug connection which ensures signal integrity, in particular at high data rates and with a large number of plug-in cycles, in a cost-effective manner. A dielectric is in each case arranged between the pin contacts of a connector and the socket contacts of a mating connector to ensure galvanic isolation and capacitive connection between them. In this way the connected circuit electronics can be simplified. There is no need for a coupling capacitor and impedance matching can be performed the geometric arrangement of the contacts. In particular, it ensures that there is a variety of different plug connections to choose from with different properties, in particular with different impedances and capacitances.

Plug connection

In order to improve the signal integrity, for a connection device for twinax cables the connecting pad belonging to the respective drain wire is disposed directly between the two connecting pads of the two leads belonging to the same data line. Groups of connecting pads can be disposed so that they are offset with respect to one another in order to prevent crosstalk. To this end the data lines can be fastened to the connection device, which for example consists of a circuit board.

Connection device and connection method for high-frequency digital signals

For the transmission of high-frequency signals &#x3e;2.5 GHz or 5 Gbps by means of a separable plug connection, the invention proposes a symmetrically shaped electric contact (') that features a contact body () with the contact side () with U-shaped spring legs (), as well as a connection end (). Contact domes () that are directed toward one another and feature contact zones () that are narrower than the material thickness of the spring legs () are integrally formed onto both spring legs (). When joining the two electric contacts (&#x2032;) that are mated while they are turned relative to one another by 90 degrees in the mating direction, the contact domes () or their contact zones () of one electric contact (&#x2032;) engage into the contact body () of the other electric contact (&#x2032;) in a paired fashion such that electric signals travel distances with identical transit times on one leg and on the other leg and so-called stub effects, i.e., transit time differences that cause a partial obliteration of certain signal portions, due to different distances in a contact wiring are prevented.

Symmetrical electric contact

A circuit board connector extension comprising a body made of plastic and able to be attached to a circuit board, with first and second groups of contacts which each have one connecting end for contacting conductor tracks on the circuit board and one plug-in end for contacting contacts of a connector piece, the connecting ends of the two groups of contacts being arranged on one and the same side of the body, whereas the plug-in ends of the first group being arranged on a side of the body difference from that where the plug-in ends of the second group are arranged.

Circuit board connector extension

In order to prevent the mismating of several daughterboards () that are combined into a plug-in unit () with corresponding board connectors () on a motherboard (), it is proposed that the mating of the plug-in unit () is effectively prevented by means of a blocking block () that is inserted into an intermediate space between two board connectors () that are spaced apart from one another by a regular connector spacing and snapped into window-like recesses () of the board connectors ().

Blocking device for preventing board connector mismating

In order, to transmit differential signals between two printed boards, there is provided a printed board connector comprising an insulating connector housing and disk-shaped modules that contain electric contact elements and are arranged in the connector housing, wherein modules featuring signaling contacts and modules featuring shielding contacts are alternately arranged adjacent to one another. In this case, the shielding module is realized in such a way that signaling contact pairs arranged on top of one another are also at least regionally shielded relative to one another.

Growing community of inventors

Wallenhorst, Germany

Gert Havermann