Abstract: A terminal block includes a plurality of inserted portions and a plurality of release operators, wherein: the inserted portions include first inserted portions and second inserted portions which are arranged in a row in a first direction, and which have mutually different positions in relation to the first direction and a second direction perpendicular to the first direction; and the plurality of release operators are arranged in the first direction, in different positions to the first inserted portions and the second inserted portions in relation to the second direction.

Abstract: An I/O unit is arranged adjacent to another I/O unit along a first direction, and includes end engaging parts provided at an end section in a second direction orthogonal to the first direction; connection terminals provided on both sides of the first direction; and side engaging parts and side engaged parts provided respectively on one side and the other side of the first direction. The connection terminals are located at a position overlapping with the side engaging parts and the side engaged parts in the second direction, or on the end engaging parts side from the side engaging parts and side engaged parts.

Abstract: An engagement structure for causing an accommodating member having an opening to engage with an accommodated member which is accommodated in the accommodating member by being inserted into the opening in a rearward direction includes projecting portions and locking holes that engage with one another, and additionally includes dovetail tenons and a dovetail tenon holes that engage with one another, wherein the dovetail tenons engage with the dovetail tenon holes before the projecting portions come into contact with an opening edge of the opening when the accommodated member is being inserted into the accommodating member.

Abstract: A terminal block includes a plurality of insertion sections each provided with a connection terminal that is electrically connected to an external terminal; a plurality of lighting sections provided corresponding to the plurality of insertion sections; a plurality of light guide members that are provided corresponding to the plurality of lighting sections and that direct light emitted by a plurality of light emitting elements to the plurality of lighting sections to cause the plurality of lighting sections to light; and at least one connecting member connecting the plurality of light guide members.

Abstract: A plug-in connector for contact with a stacking plate of an electrolyzer includes a sheet-metal part having a tulip contact for contacting the stacking plate and a cladding made of a material which is dimensionally stable at 1000° C. A single cladding is allocated to each sheet-metal part, respectively, for contacting a single stacking plate.

Abstract: A connecting bridge for the transmission of an electrical current between two electrically conducting components has at least two U-shaped cross-connectors each composed of electrically conductive sheet metal which are arranged nested in one another. An arrangement includes the connecting bridge and at least one busbar.

Abstract: The invention relates to a terminal assembly and in particular a series terminal assembly for medium-voltage switchgears. The assembly includes at least two input-side connectors and at least two output-side connectors in addition to a configuration location. The input-side connectors and the output-side connectors are not interconnected in a fixed pre-configured manner. Each of the configuration locations for each input-side connector location and for each output-side connector location has a configuration connector location.

Abstract: The invention relates to a terminal assembly and in particular a series terminal assembly for medium-voltage switchgears. The assembly includes at least two input-side connectors and at least two output-side connectors in addition to a configuration location. The input-side connectors and the output-side connectors are not interconnected in a fixed pre-configured manner. Each of the configuration locations for each input-side connector location and for each output-side connector location has a configuration connector location.

Abstract: A lane-keeping method and system for a motor vehicle determines a transverse deviation and an misalignment angle of the motor vehicle relative to a target lane centerline, calculates a reference track for the motor vehicle to follow to return to the centerline using the transverse deviation and the misalignment angle, determines a reference yaw rate using a curvature of the reference track and a longitudinal speed of the vehicle, and compares the reference yaw rate with an actual yaw rate of the vehicle to determine a control deviation. A steering input is then applied to a steering system of the motor vehicle to minimize the control deviation.

Abstract: An electrostimulator is disclosed having electrode connections which are to be connected, at least at times, to a stimulation unit and to a detection unit of the electrostimulator. The stimulation unit is adapted to generate electrostimulation pulses for the stimulation of body tissue and to deliver the electrostimulation pulses to at least one of the electrode connections. The detection unit is adapted to detect successful stimulation of body tissue on the basis of an electrical signal occurring at at least one electrode connection. The electrostimulator is adapted to record an electrical signal representative of an intracardial electrocardiogram by way of the at least one electrode connection. In accordance with various embodiments of the present invention, arranged between the electrode line connection and the detection unit is a high pass filter with a lower limit frequency of greater than 100 Hz, and the detection unit is adapted to evaluate the high pass-filtered electrical signal.

Abstract: A capture-detection cardiac pacemaker wherein a stimulation success can be reliably detected immediately after stimulation pulse output. The cardiac pacemaker according to this invention generally includes at least one stimulation electrode arranged in the region of the heart designed to output stimulation pulses to the heart, and a control unit connected to a pulse generator for controlling the stimulation pulse output. The control unit is connected to a sensor arranged at the myocardium for checking stimulation success at the heart by detecting the myocardial impedance pattern immediately after a stimulation pulse output and still within the diastolic phase of the heart, and controlling the stimulation pulse output based thereon.