Abstract: The invention relates to a push-push activation device for removing a card holding drawer from a housing of an apparatus, which push-push activation device has the following: a) an activation element which is arranged on the card holding drawer so as to be slideable from an insertion position into a removal position, wherein b) the activation element has an elastically deformable activation limb which has transversely with respect to the insertion direction S of the card holding drawer, and c) the activation element can be activated from its insertion position into its removal position by means of a simultaneous two-point activation at two activation sections, spaced apart from one another, of the activation limb.

Abstract: The invention relates to an operating apparatus having an operating mechanism for purposefully releasing a card receptacle drawer of a push-push card reader from the latched slide-in position by means of simultaneous two-point operation on two spaced-apart operating sections of the operating mechanism.

Abstract: The invention relates to a card contact-making apparatus for a card for installation in an installation assembly, wherein the card contact-making apparatus has an upper and a lower contact carrier receptacle and a flexible contact carrier, which is arranged between the upper and lower contact carrier receptacle, wherein the lower contact carrier receptacle forms a plurality of fastening means which are adapted for Listening on an installation assembly.

Abstract: An electric partition feedthrough for mounting on a partition. The feedthrough includes a housing having a control cam integrally molded on the outside of the housing, a contact, and a sealing element. A movably fastened closure element is provided on the housing. The closure element is designed to move the housing and the control cam such that the sealing element is transferred from a pre-mounting position to a final mounting position.

Abstract: The invention concerns a matrix connector comprising a first pair of plug-in connectors and a second pair of plug-in connectors, in which the first pair of plug-in connectors has a housing, in which at least one flexible printed circuit board with at least one array of contacts is designed, which is contacted with at least one second array of contacts, which is designed in the second pair of plug-in connectors.

Abstract: The invention relates to an electric partition feedthrough for mounting on a partition, comprising a housing having a control cam integrally molded on the outside of the housing, a contact, and a sealing element, wherein a movably fastened closure element is provided on the housing, wherein the control cam is designed on the housing in such a way that the housing together with the control cam thereof can be moved relative to and by means of the closure element such that the sealing element can be transferred consistently from a premounting position into a final mounting position deviating in the position thereof from the former.

Abstract: The invention concerns a matrix connector comprising a first pair of plug-in connectors and a second pair of plug-in connectors, in which the first pair of plug-in connectors has a housing, in which at least one flexible printed circuit board with at least one array of contacts is designed, which is contacted with at least one second array of contacts, which is designed in the second pair of plug-in connectors.