9 results about "Electrical termination" patented technology

An active medical device comprises a ceramic housing having an annular rim surrounding an opening. A housing ferrule sealed to the annular rim has a ferrule opening. A PCB assembly contained inside the housing comprises a printed circuit board supporting a plurality of electronic components that are connected to electrical terminations. An electrical power source inside the ceramic housing powers the electronic components. The insulator of a glass-to-metal seal (GTMS) supports a plurality of terminal pins, and the device side portion of a terminal pin is connected to a respective one of the electrical terminations of the PCB assembly. This connects a terminal pin to an electronic component of the PCB assembly. Then, the GTMS ferrule is sealed to the housing ferrule so that the GTMS closes the opening of the ceramic housing containing the PCB assembly.

An apparatus to locally monitor, and report to a remote monitoring system, specific physical conditions of equipment that provide early indication of failure conditions, including but not limited to: temperature, level of fluids, pressure, temperature, the presence of gases or airborne particulate, and signs leaks.

Composite termination (8) of a high or very high voltage cable (1), suitable for being surrounded by a deflector cone (20) to form an electrical termination, particularly inside a blast-resistant terminal (10), the termination being prepared by successive steps of stripping an external semiconducting layer (5) of the cable in order to expose a longitudinal portion (9) and forming a bevel (14) at the free end (13) of this layer. Figure for the abbreviation: Fig. 2

An electrical equipment service cabinet is equipped with a monitoring system for remote inspection and monitoring. The cabinet includes a roof, a floor, and a deadfront wall supporting one or more mechanical dial gauges, electrical terminations and bushings; a digital camera, mounted within the cabinet, that is capable of capturing images of the deadfront wall, the floor, or both, in low visible-light conditions of the cabinet, wherein the digital camera images relevant parts of equipment on the deadfront wall, floor, or both, and wherein the images are adapted for identifying leaking in the form at least one of vertical traces, expanding pools, and darkening concrete floor; and a monitoring computer system operatively connected to the camera and adapted for receiving, storing, and analyzing data inputs from the camera for purposes of raising alarms and providing an indication of potential failure conditions related to the identified leaking.

A connector for connecting an electrical termination to a printed circuit. The connector has the shape of a metal plate including: a peripheral area for fastening the connector on the printed circuit; a central orifice for inserting the electrical termination; retaining tabs for retaining the electrical termination, each retaining tab extending from the peripheral area towards the central orifice, and includes an elastically deformable portion attaching the retaining tab to the peripheral area and a free end forming an edge of the central orifice, the free end comprising a curve and a sharp edge, the curve and the sharp edge being respectively positioned opposite to each other so that the curve is oriented towards a first face, called removable assembly face, of the metal plate, and that the sharp edge is oriented towards a second face, called permanent assembly face, of the metal plate, opposite to the first face.

An electrical terminal has a multi-sided housing with a basic element and includes at least two rear sides and a head element. The head element is designed as a detection and / or functional element and includes a detection and / or functional side. A mounting element has a mounting body with at least two side surfaces, a base side and an inner wall, and two rear sides. The mounting element and / or the mounting body is connected to the basic element via a rotary bearing unit, which has an axis of rotation, wherein the basic element is pivotable about the axis of rotation, and the basic element has a single- or multi-part foot surface, and the mounting element and / or the mounting body has a single- or multi-part bearing surface. The foot surface and the bearing surface lie against each other at least with a partial area in an inoperative position of the basic element.

This invention discloses an electrical error prevention proxy method and system. The method includes: detecting network status; if the network status changes from normal to abnormal, switching the entity exercising management authority from an edge proxy device to the error prevention industrial control host; the error prevention industrial control host detecting the status of the error prevention electrical terminal and issuing error prevention instructions; wherein, the management authority is the authority to manage the error prevention operation of the error prevention electrical terminal; if the network status is normal, the edge proxy device exercises the management authority, detects the status of the error prevention electrical terminal and issues error prevention instructions; the edge proxy device sends the status of the error prevention electrical terminal to the error prevention industrial control host. This invention can reduce network delays in electrical error prevention and avoid safety hazards caused by network delays in electrical error prevention.

The present invention relates to an assembly for driving a member comprising a polyphase electric machine (100) provided with a stator (110) bearing a plurality of coils (440) and a magnetized rotor (120), and a circuit board (200) comprising the electronic circuit for controlling said polyphase electric machine (100) and bearing multiple connectors (250, 260), characterized in that each of the windings of the coils (440) has two stripped electrical terminations (441, 442) that fan out on the side of the circuit board (200) , and in that - at least some of the proximal terminations (441) are electrically connected, by means of axial terminations (495), through reversible insertion into connection lugs (230), - at least some of the distal terminations (442) are connected directly to each other irreversibly.

This document discloses a hybrid connector assembly designed to terminate an optical conductor and multiple electrical conductors. The connectors includes a set of electrical contacts arranged to terminate the electrical conductors, with each contact longitudinally offset from the others and encircling the optical conductor. An electrical insulator is employed to secure and isolate the electrical contacts within the connector. This innovative design allows for the efficient and reliable termination of both optical and electrical connections within a single compact and well-organized plug connector.