Shielded magnetic plug-in lock
A shielded magnetic plug-in lock, for which a connector is plugged into a connector receiving element and held therein by magnetic holding forces or additionally by means of mechanical engagement, is provided. The connector and the connector receiving element are designed in such a way that the connector magnet and the magnet for the connector receiving element are magnetized transversely to the closing direction X, and at least one shielding plate consisting of a ferro-magnetic material is provided on the plug or the plug receiving element. The shielding plate covers the connector magnet and the connector receiving element magnets, and the ferro-magnetic material and the thickness of the shielding plate are selected in such a way as to obtain a magnetic shielding sufficient for a pre-determined use.
1. A magnetic plug-in lock with a connector and a connector receiving element, whereby
a connector magnet is provided in the connector and a magnet for the connector receiving element is provided in the connector receiving element,
the connector and the connector receiving element are designed such that
the connector can be plugged in the front side in a closing direction X into the connector receiving element for closing and
the connector can be moved lateral to the closing direction X out of the connector receiving element for opening,
the connector magnet and the magnet for the connector receiving element are magnetized transversely to the closing direction X and
the connector magnet and the magnet for the connector receiving element face each other with opposing polarity and
at least one shielding plate consisting of a ferro-magnetic material is provided on the connector or connector receiving element, whereby the shielding plate covers the connector magnet as well as the magnet for the connector receiving element, and wherein the ferro-magnetic material and the thickness of the shielding plate are selected such that magnetic shielding sufficient for a pre-determined use is obtained.
2. The magnetic plug-in log according to claim 1 , wherein a spring latching is provided at the connector and at the connector receiving element such that
during plug-in of the connector into the connector receiving element the magnetic force between the magnets effects that the spring latching automatically engages and
during opening the spring latching is moved laterally for disengagement by moving the connector lateral to the closing direction X or
during opening by moving the connector lateral to the closing direction X the spring latching is gradually opened during the movement by means of a force diverting slope.
3. The magnetic plug-in log according to claim 1 , wherein two shielding plates are connected in one piece to a plate.
4. The magnetic plug-in lock according to claim 1 , wherein a mechanic spring latching locking is provided in which the connector during insertion presses a spring latching aside until the connector engages, whereby at least a section of a shielding plate is formed as a spring.