Abstract: A radio-frequency high-voltage waveguide device including an electrical conductor configured for operation with a radio frequency and a high voltage relative to a gaseous environment and/or a ground body, an electrically conductive contact unit that is in contact with the conductor at at least one point, the contact unit being arranged on an electrically insulating mount, and an electrically conductive field distribution assembly arranged on the electrically conductive contact unit, the assembly being electrically conductively connected to the contact unit and arranged at least partly in an inside of the mount.

Abstract: A cooling device for cooling at least one electronic component, as well as an electronic assembly with a cooling device and an electronic component. The cooling device has at least one cooling body through which a cooling medium flows. The cooling device further includes a cooling plate defining a through recess in which the cooling body is arranged at least in part. A through recess is particularly easy to produce, so that the complete cooling device can be manufactured very cost effectively. At least one cooling pipe in direct contact with the cooling plate and/or the electronic component to be cooled transports cooling medium from and to the cooling body, so that the cooling device can effectively absorb heat generated at the electronic component.

Abstract: A cooling device for cooling at least one electronic component, as well as an electronic assembly with a cooling device and an electronic component. The cooling device has at least one cooling body through which a cooling medium flows. The cooling device further includes a cooling plate defining a through recess in which the cooling body is arranged at least in part. A through recess is particularly easy to produce, so that the complete cooling device can be manufactured very cost effectively. At least one cooling pipe in direct contact with the cooling plate and/or the electronic component to be cooled transports cooling medium from and to the cooling body, so that the cooling device can effectively absorb heat generated at the electronic component.

Abstract: A cooling device for cooling at least one electronic component, as well as an electronic assembly with a cooling device and an electronic component. The cooling device has at least one cooling body through which a cooling medium flows. The cooling device further includes a cooling plate defining a through recess in which the cooling body is arranged at least in part. A through recess is particularly easy to produce, so that the complete cooling device can be manufactured very cost effectively. At least one cooling pipe in direct contact with the cooling plate and/or the electronic component to be cooled transports cooling medium from and to the cooling body, so that the cooling device can effectively absorb heat generated at the electronic component.

Abstract: A cooling device for cooling at least one electronic component, as well as an electronic assembly with a cooling device and an electronic component. The cooling device has at least one cooling body through which a cooling medium flows. The cooling device further includes a cooling plate defining a through recess in which the cooling body is arranged at least in part. A through recess is particularly easy to produce, so that the complete cooling device can be manufactured very cost effectively. At least one cooling pipe in direct contact with the cooling plate and/or the electronic component to be cooled transports cooling medium from and to the cooling body, so that the cooling device can effectively absorb heat generated at the electronic component.

Abstract: According to the present disclosure, an insert for an airbag housing on a motor vehicle steering wheel is provided that is configured to couple a gas generator thereto for use as a vibration-absorbing mass for damping steering wheel vibrations. The insert includes an annular rubber membrane having an edge that faces the airbag housing and is provided with a surrounding metallic holding sheet for connection to the airbag housing. The insert further includes another edge that is oriented toward the gas generator. The rubber membrane is provided with a receiving element for frictional engagement with the gas generator.

Abstract: An airbag housing on a motor vehicle steering wheel with a gas generator used for damping steering wheel vibrations, the gas generator being connected in a gas-tight manner with the airbag housing by means of an annular rubber membrane extending along the steering wheel axis. The rubber membrane, at an edge facing the airbag housing, is provided with a surrounding metallic holding sheet for connection to the airbag housing and, at another edge oriented toward the gas generator, is provided with a receiving element for frictional and/or snug acceptance of the gas generator.

Abstract: A method for attaching the elastic spring elements of a vibration absorber to a metallic mounting support, in particular of a vibration absorber that is to be placed in a steering wheel of a motor vehicle to a metal mounting plate or the bottom of the steering wheel, the spring elements having the form of cylindrical pegs which are each provided with a bead featuring an annular groove and which snap into correspondingly designed openings in the metal mounting plate, whereby the vibration absorber (1) and the metal mounting plate (8) are inserted into a device such that they lie one above the other and that the pegs (4) of the vibration absorber (1) are aligned with the openings (9) in the metal mounting plate (8). The extensions (7) provided on the pegs (4) are passed through the openings (9) until the metal mounting plate (8) butts against the bead (5).

Abstract: A method for attaching the elastic spring elements of a vibration absorber to a metallic mounting support, in particular of a vibration absorber that is to be placed in a steering wheel of a motor vehicle to a metal mounting plate or the bottom of the steering wheel, the spring elements having the form of cylindrical pegs which are each provided with a bead featuring an annular groove and which snap into correspondingly designed openings in the metal mounting plate, whereby the vibration absorber (1) and the metal mounting plate (8) are inserted into a device such that they lie one above the other and that the pegs (4) of the vibration absorber (1) are aligned with the openings (9) in the metal mounting plate (8). The extensions (7) provided on the pegs (4) are passed through the openings (9) until the metal mounting plate (8) butts against the bead (5).