Abstract: A vehicle wheel arrangement includes a wheel with a wheel hub and a carrier element for mounting the wheel on a vehicle part and/or for arrangement of a power-transmitting unit. In a joined state of the vehicle wheel arrangement a joining portion of the wheel hub corresponds with a joining portion of the carrier element. In the joined state of the vehicle wheel arrangement, the wheel hub and the carrier element are connected to one another in form-fitting fashion at least in a circumferential direction of a wheel hub axis. The wheel hub includes, in a region of the joining portion, one or more fiber plies with fibers arranged unidirectionally in the circumferential direction of the wheel hub axis. Furthermore, a method can be used to produce a vehicle wheel arrangement having a wheel hub made of fiber-reinforced composite and a carrier element.

Abstract: An electrical connector part for connecting to a mating electrical connector part includes: a housing that has an insertion portion for making a plug-in connection with the mating electrical connector part, and a locking element, arranged moveably on the housing, for locking the mating electrical connector part to the housing in a locked position, and which is movable out of the locked position in order to release the locking connection between the mating electrical connector part and the housing when in an unlocked position; and a connecting device that connects the locking element to the housing and has a guide portion, a guide element guided at the guide portion, and a spring element, the spring element having a locking leg for latching the guide element to the guide portion in the locked position and/or the unlocked position.

Abstract: The present disclosure relates to an electrical cable assembly with a connector, in particular a trunk line cable assembly for a photovoltaic system, and to an assembly consisting of a module inverter and the trunk line cable assembly connected thereto, and also relates to a photovoltaic system comprising a plurality of photovoltaic modules and module inverters and AC side cabling between the module inverters and the trunk line cable assemblies, wherein the drop lines are connected to the trunk line cable by means of the connector, wherein the junction is enclosed by a two-piece connector housing which includes strain relief means for the trunk line cable and is optionally additionally overmolded.

Abstract: An electrical connector part for connecting to a mating electrical connector part includes: a housing that has an insertion portion for making a plug-in connection with the mating electrical connector part, and a locking element, arranged moveably on the housing, for locking the mating electrical connector part to the housing in a locked position, and which is movable out of the locked position in order to release the locking connection between the mating electrical connector part and the housing when in an unlocked position; and a connecting device that connects the locking element to the housing and has a guide portion, a guide element guided at the guide portion, and a spring element, the spring element having a locking leg for latching the guide element to the guide portion in the locked position and/or the unlocked position.

Abstract: The present disclosure relates to an electrical cable assembly with a connector, in particular a trunk line cable assembly for a photovoltaic system, and to an assembly consisting of a module inverter and the trunk line cable assembly connected thereto, and also relates to a photovoltaic system comprising a plurality of photovoltaic modules and module inverters and AC side cabling between the module inverters and the trunk line cable assemblies, wherein the drop lines are connected to the trunk line cable by means of the connector, wherein the junction is enclosed by a two-piece connector housing which includes strain relief means for the trunk line cable and is optionally additionally overmolded.

Abstract: An electrical component (1) having a housing (2) and having a plurality of plug contacts (3, 4,5, 6). In this case, the plug contact (3-6) is held in a floating manner on a contact mount (7), and the contact mount (7) is held in a floating manner on the housing (2).

Abstract: A measuring device for measuring a signal with a first component signal and at least one second component signal comprises a high-frequency processing device, which is embodied to mix the signal in order to form an intermediate-frequency signal and to digitize the latter in order to form a digital composite signal. The measuring device further comprises a digital mixer, which is embodied to generate a first digital composite test signal and a second digital composite test signal subject to a displacement of the frequency of the digital composite signal. Moreover, the measuring device comprises a digital filter, which is embodied to filter the first digital composite test signal in order to form a first digital test signal and to filter the second digital composite test signal in order to form a second digital test signal.

Abstract: The disclosure relates to alternating-current cabling for a photovoltaic generator having a plurality of photovoltaic modules equipped with module inverters. The alternating-current cabling comprises an alternating-current trunk line and branch cables connected thereto for feeding the alternating current from the plurality of module inverters into the common alternating-current trunk line, such that the alternating-current trunk line can be routed at a distance from the module inverters, and is composed of a plurality of pre-assembled cable modules. The pre-assembled cable modules each comprise the following components: a first and a second trunk-line plug connector; a trunk-line cable segment that connects the first and second trunkline plug connectors; and a branch cable electrically connected to the trunk-line cable segment.

Abstract: A cable termination device includes a housing and an insertion opening for a cable in order to terminate the cable end so that it is safe to touch. The housing includes a sealing cap and a screw-on unit cooperating therewith. The insertion opening for receiving at least one cable end is provided on the screw-on unit, and the sealing cap has a rounded design toward the outer end.

Abstract: A cable connector includes a housing, a first screwed cable gland for receiving a first cable, and a second screwed cable gland for receiving a second cable. The first cable can be connected to the second cable using a contact device. The cable connector also includes a locking device which, when screwing at least one screwed cable gland to the housing, locks said screwed cable gland to the housing so that the cables are mounted on the housing in a protected manner.

Abstract: A measuring device for measuring a signal with a first component signal and at least one second component signal comprises a high-frequency processing device, which is embodied to mix the signal in order to form an intermediate-frequency signal and to digitize the latter in order to form a digital composite signal. The measuring device further comprises a digital mixer, which is embodied to generate a first digital composite test signal and a second digital composite test signal subject to a displacement of the frequency of the digital composite signal. Moreover, the measuring device comprises a digital filter, which is embodied to filter the first digital composite test signal in order to form a first digital test signal and to filter the second digital composite test signal in order to form a second digital test signal.

Abstract: A cable connector includes a housing and a first screwed cable gland for receiving a first cable and a second screwed cable gland for receiving a second cable, wherein a contact device is provided on which the first cable can be connected to the second cable. A detent device is provided, which, when one of the screwed cable glands is screwed to the housing, latches the contact device to the screwed cable gland such that the cables are received on the housing in a contact-safe manner.

Abstract: A cable termination device includes a housing further including a termination cap, a screw unit and an insertion opening for cable in order to terminate the cable end in an electrical-shock-proof manner. The termination cap interacts with the screw unit. The insertion opening is provided in the screw unit and has at least one core. At least one elongate receiving pocket is provided in the housing to receive at least one core.

Abstract: A cable connector includes a housing, a first screwed cable gland for receiving a first cable, and a second screwed cable gland for receiving a second cable. The first cable can be connected to the second cable using a contact device. The cable connector also includes a locking device which, when screwing at least one screwed cable gland to the housing, locks said screwed cable gland to the housing so that the cables are mounted on the housing in a protected manner.

Abstract: A cable-termination device has a housing and an introduction opening for a cable, in order to terminate the cable end such that it is safe from contact. The housing includes a termination cap and a screw-connection unit interacting therewith. The introduction opening is provided in the screw-connection unit in a manner to accommodate at least one cable end. At least one latching device is provided for the purpose or latching the housing or the screw-connection unit to the termination cap.

Abstract: An electrical component (1) having a housing (2) and having a plurality of plug contacts (3, 4,5, 6). In this case, the plug contact (3-6) is held in a floating manner on a contact mount (7), and the contact mount (7) is held in a floating manner on the housing (2).

Abstract: A cable termination device includes a housing and an insertion opening for a cable in order to terminate the cable end so that it is safe to touch. The housing includes a sealing cap and a screw-on unit cooperating therewith. The insertion opening for receiving at least one cable end is provided on the screw-on unit, and the sealing cap has a rounded design toward the outer end.

Abstract: A cable connector includes a housing and a first screwed cable gland for receiving a first cable and a second screwed cable gland for receiving a second cable, wherein a contact device is provided on which the first cable can be connected to the second cable. A detent device is provided, which, when one of the screwed cable glands is screwed to the housing, latches the contact device to the screwed cable gland such that the cables are received on the housing in a contact-safe manner.

Abstract: The invention relates to an electric plug, in particular a charging plug for a motor vehicle, comprising a housing and a handle for holding the electric plug, wherein the housing comprises a plug-in section, a cable connection opening and a cable conduit, the plug-in section comprises a plurality of electric contacts for plugging into a socket with contacts. A cable can be routed in the cable conduit from the cable connection opening to the plug-in section and can be electrically contacted there to the electric contacts. The cable connection opening may be arranged in a region between the plug-in section and the end of the gripping section which is remote from the plug-in section. In this way, the electric plug that is provided is such that heating of the handle can be avoided and the electric plug can also be used well and ergonomically by smaller individuals.