37results about How to "Simplifies electrical contact" patented technology

A component support allows cost-effective, space-saving and low-stress packaging of MEMS components having a sensitive structure. The component support is suited, in particular, for MEMS components, which are mounted in the cavity of a housing and are intended to be electrically contacted. The component support is produced as a composite part in the form of a hollow body open on one side, the composite part being made essentially of a three-dimensionally shaped carrier foil flexible in its shaping, and an encasing material. The encasing material is molded onto one side of the carrier foil, so that the carrier foil is situated on the inner wall of the component support. At least one mounting surface for at least one component is formed on the inner wall having the carrier foil. The carrier foil is also provided with contact surfaces and insulated conductive paths for electrically contacting the at least one component.

An ultrasonic transducer for use in a fluid medium includes at least one transducer core having at least one electroacoustic transducer element, and further includes at least one housing having at least two housing parts. At least one first housing part at least partially encloses the transducer core such that a rear side of the electroacoustic transducer element which faces away from the fluid medium is accessible. Furthermore, at least one second housing part is connected to the first housing part. The ultrasonic transducer is essentially terminated by the second housing part on its side, which faces away from the fluid medium.

A rotor of a computed tomography apparatus has a rotatable mechanical support frame for mechanical retention of electrical components and electrical connection elements for electrical connection with electrical components of the computed tomography apparatus, with the electrical connection elements arranged in at least one backplane bus. A rotating unit and a computed tomography apparatus embody such a rotor.

The invention concerns a light-emitting component with an arrangement of electrodes for applying an electrical voltage to multiple organic areas, which form a light-emitting area, are distributed across a component surface and which each emit light when the electrical voltage is applied, in which the multiple organic areas are arranged between a flat-formed electrode and a flat-formed counter-electrode, where the electrode consists of a part electrode and an additional part electrode, which is electrically isolated from the part electrode and is formed so that it interlocks with it, where the electrode and the counter-electrode are formed so that they do not overlap outside the light-emitting area when looking towards the component surface.

The invention relates to a method for preparing a supporting means for an application in an elevator system, wherein the supporting means comprises a plurality of tension-bearing elements arranged parallel to each other and a jacket, and wherein the tension-bearing elements are substantially surrounded by the jacket, comprising the following steps: pre-finishing a first supporting means end in such a way that the tension-bearing elements can be directly electrically contacted by a contacting device at the pre-finished point, wherein the pre-finishing occurs before the supporting means is transported to the elevator system.

The invention relates to a photovoltaic module with a plurality of solar cells, each comprising a contact structure on a pretreated silicon wafer, said contact structure having a plurality of parallel contacts in a first direction. The arranged linear contact fingers and at least one bus bar arranged perpendicular to the first direction. The busbars run in a second direction across the contact fingers and each have a contact surface in the area of ​​the contact fingers, which protrude beyond the contact fingers in the second direction and are in contact with the contact fingers. The contact refers to an electrical connection. At least one cell connector for connecting the solar cells is provided, the at least one cell connector being distributed across the busbar of at least one solar cell and electrically connected to a contact surface of the busbar, wherein the The width of the battery connector is smaller than the length of the contact surface in the first direction.

The invention relates to a method for the production of an electrical component, particularly a ceramic sensor element (110). The electrical component has a layer composition comprising at least one substrate (126) and at least one structure (128) for an electrical circuit, particularly a heating circuit. The structure (128) is disposed substantially on the first side (130) of the substrate (126). In order to contact the structure (128), the one contact region (138) of the structure (128) is guided in a peripheral contacting step in a peripheral contacting region (142) around an edge region (134) of the substrate (126) onto the second side (132) of the substrate (126). The contact region (144) is formed on the second side (132) for contacting the electric circuit (118).

A steering device has a steering gear housing, which provides a sensor accommodation region; a steering sensor unit, which is situated in the sensor accommodation region when installed; a housing cover, which is provided to cover the sensor accommodation region in the axial direction when installed; and a connector unit, which can be situated in a contact recess in the steering gear housing or in the housing cover, for making, in particular direct, electrical contact with the steering sensor unit during the process of installing the connector unit, the connector unit comprising a plug unit with at least one plug element, for connection to the steering sensor unit, and a support unit. It is suggested that the connector unit comprises an elastic compensation unit, which is connected fixedly to the plug element and to the support unit and is provided to support the plug element resiliently.

An electrical machine, particularly a permanent magnet motor, having a number of poles and teeth or tooth groups that is divisible by a whole number A around which coil-forming loops of winding wire are arranged such that B coils are arranged in series, the coils having a number of windings equivalent to C / B where C is a whole number divisor of B and indicates the wire diameter as a quotient of a traditional standard winding, as well as a method to provide a corresponding winding structure.