Electric plug of an electric plug connection comprising the plug and a mating plug

An electrical plug of an electrical plug-in connection, which includes the plug and a mating plug, wherein an electrical connection between electrical plug-in contacts of the plug and mating contacts of the mating plug is provided when the plug and mating plug are inserted one into the other, comprising:

• at least one connector strip in which a plurality of electrical plug-in contacts, which are provided for electrical connection to mating contacts of the mating plug, are held by way of a first end, wherein a free second end of the electrical plug-in contacts projects away from the connector strip in each case;
• a plug-in contact receiving chamber which has at least two subchamber bodies, wherein the second free end of at least one of the electrical plug-in contacts projects into each of the subchamber bodies;
• wherein the plug-in contact receiving chamber is open in the direction of the free second ends of the electrical plug-in contacts,
• wherein the connector strip and the plug-in contact receiving chamber constitute separate components and are connected to one another, and
• wherein at least two subchamber bodies of the plug-in contact receiving chamber are connected to one another by at least one elastic element which permits a relative movement of the subchamber bodies at least in a plane which is perpendicular in relation to the electrical plug-in contacts.

An electrical plug-in connection, comprising:

• a plug;
• and
• a mating plug, wherein an electrical connection between electrical plug-in contacts of the plug and mating contacts of the mating plug is produced when the plug and mating plug are inserted one into the other;
• wherein the plug includes at least one electrical plug, the at least one electrical plug including:
• at least one connector strip in which a plurality of electrical plug-in contacts, which are provided for electrical connection to mating contacts of the mating plug, are held by way of a first end, wherein a free second end of the electrical plug-in contacts projects away from the connector strip in each case;
• a plug-in contact receiving chamber which has at least two subchamber bodies, wherein the second free end of at least one of the electrical plug-in contacts projects into each of the subchamber bodies;
• wherein the plug-in contact receiving chamber is open in the direction of the free second ends of the electrical plug-in contacts,
• wherein the connector strip and the plug-in contact receiving chamber constitute separate components and are connected to one another, and
• wherein at least two subchamber bodies of the plug-in contact receiving chamber are connected to one another by at least one elastic element which permits a relative movement of the subchamber bodies at least in a plane which is perpendicular in relation to the electrical plug-in contacts.

An electric or an electro-pneumatic brake device of a vehicle, comprising:

• at least one electrical plug-in connection, including:
• a plug;
• and
• a mating plug, wherein an electrical connection between electrical plug-in contacts of the plug and mating contacts of the mating plug is produced when the plug and mating plug are inserted one into the other;
• wherein the plug includes at least one electrical plug, the at least one electrical plug including:
• at least one connector strip in which a plurality of electrical plug-in contacts, which are provided for electrical connection to mating contacts of the mating plug, are held by way of a first end, wherein a free second end of the electrical plug-in contacts projects away from the connector strip in each case;
• a plug-in contact receiving chamber which has at least two subchamber bodies, wherein the second free end of at least one of the electrical plug-in contacts projects into each of the subchamber bodies;
• wherein the plug-in contact receiving chamber is open in the direction of the free second ends of the electrical plug-in contacts,
• wherein the connector strip and the plug-in contact receiving chamber constitute separate components and are connected to one another, and
• wherein at least two subchamber bodies of the plug-in contact receiving chamber are connected to one another by at least one elastic element which permits a relative movement of the subchamber bodies at least in a plane which is perpendicular in relation to the electrical plug-in contacts.