70 results about "Screw terminal" patented technology

An extruded rail-mount, for mounting devices to a variety of rails, with a support leg that provides upward support against the forceful pressure exerted when wires are screwed onto screw terminals at the edges of the mounted device. The mount is substantially constant longitudinally. The rail-mount has a thin, plank-like substrate with latitudinally upward arms and downward kinked legs and a downward support leg. The arms have catches to grab onto/support circuit boards or other devices. Kinked legs have catches to grab onto/mount a chosen rail. When the rail-mount is mounted on a rail, the support leg is of a length to support against the surface to which the rail is secured. Because rails are relatively narrow, the mount's utility is such that attachment to a rail provides support to one side of a mounted device and the support leg provides support for the opposite side of the device.

A utility distribution pedestal for marine and recreational vehicles can be entirely separated and removed from its base without disturbing the service connections. Pedestals with different selections of receptacles can be quickly exchanged to change the service provided by any given pedestal location. Individual receptacle panels in the pedestal offering different combinations of receptacles can easily be added or exchanged after initial installation as utility needs change or for maintenance without any screw terminal wire removal. A metering system using four current transformers is controlled by an integrated mechanical jumper for switching the system into single or two phase configurations for one or two user readouts or a three-phase configuration for a one user readout. No pedestal disassembly or assembly is required to change these configurations. Remote monitoring for wireless metering and electromechanical counters may also be employed.

A typical probe comprises a sensor, and a connection head that includes a conversion circuit for driving the sensor. The probe communicates with a controller via a two wire DC 4-20 mA link. The conversion circuit is also known as a two-wire transmitter. The conversion circuit and the sensor are connected to each other (and to the external link) via screw terminals usually located at the circuit top face. The invention provides a conversion circuit and a matching base forming plug and socket type connections. On the converter circuit, the connections are moved from the top of the circuit, to the bottom of the circuit, thus clearing space for an integral display. The sensor and the link wires are attached to the base socket. The conversion circuit fits into the socket in only a single orientation, thus ensuring correct coupling of the wires to the circuit elements.

Rapid connection of multiple motor drive modules for safety operation may be made using screw terminals for initial connections to a safety controller and pre-wired cables for daisy chaining subsequent motor drives responsive to the same safety signals. Adaptor modules may be used to provide for a variety of different connector configurations depending on the location of the motor drive within the signal chain.

The invention discloses a valve-regulated sealed type golf battery and a preparation method thereof. The preparation method comprises the following steps: a mold cavity formed by a battery case (7) and a battery cover (8) is filled with polar groups, individual polar groups are serially connected with each other in a through-wall welding manner, a polar post terminal (5), a screw terminal (6) and a safety valve (9) are arranged on the battery cover (8); first, polar plates (1, 3), the battery cases (7, 8) are produced; second, an AGM clapboard (2) is coated on the positive and negative polar plates (1, 3) to form a polar assembly, the polar assembly is made into an individual polar group by welding or COS cast welding; third, the individual polar groups are serially connected with each other in the through-wall welding manner; then, the battery case and cover (7, 8) are sealed in a heating way, after the airtightness inspection, the battery case and cover (7, 8) are quantitatively added with acid and initially charged; finally, the finished product is packaged after standing and full operating tests are carried out for the fully charged battery and prove that the battery is qualified. The valve-regulated sealed type golf battery produced by the preparation method eliminates the main disadvantages of the conventional open-typed golf battery and improves the performances of the battery.

Process for assembly of a diode in a spark plug cable of an internal combustion engine, suppression spark plug cable connector, manufacturing process of a suppression spark plug cable connector, spark plug connector and spark plug connection socket of internal combustion engines, said process being part of a spark plug cable (2) which is cut and receives a pipe sector (7) assembly inside which a diode (8) is located, the pipe (7) is bond between segments (2′) and (2″) of the spark plug cable (2) and receives around it a pipe-bridge (4) and a heat shrinkable cover (5); the connector (A1) featuring a diode (A2) in its inside, mounted in an encapsulated way (A2′); another connector (B1) being provided as a main cylindrical body (B2) made of injected material inside which two metal inserts (B3) are mounted in a centralized and mutual opposition arrangement, each of said inserts having a mutual contact terminal (B4) and in its respective opposite ends, a self-tapping-shaped screw terminal (B5); the socket (C1) providing mounting a diode (C10) previously encapsulated in an injected coating (C11), said diode (C10) and its coating (C12) being arranged inside a second portion (C12) of core (C5) of the socket (C1).

There is disclosed a base member for holding, without screws, a printed circuit board having conductive traces and electronic components and which can fit into an electric outlet box. The base member has walls which define a cavity where at least one wall of the cavity has a rib, the top of which functions as a stop for the printed circuit board. A cap having snap features adapted to engage the walls of the cavity restricts removal of the printed circuit board when snapped into position on top of the printed circuit board. The cap conceals the electronics on the printed circuit board and has at least one rib on its bottom surface to apply pressure to the printed circuit board assembly to help hold it in place. An aperture in the cap provides access to a pin header which is electrically connected to the printed circuit board. A screw terminal block is provided to connect the terminals on the pin header to a sensor. The printed circuit board has one edge an open side hour glass shape aperture which provides strain relief for wires from the printed circuit board. Opposite ends of the aperture hold two wires captive and the space between the two wires holds captive a third wire.

A terminal adapter for an electronic package having a stub terminal is provided. The adapter includes an adapter housing configured to be fitted over the electronic package and enclosing the terminal of the electronic package, a terminal receptacle formed in the housing, and at least one screw terminal assembly fitted within said terminal receptacle and locked thereto with deflectable mounting legs.

The invention provides a connection terminal with a wide application range. The connection terminal comprises a current-carrying component, wherein the current-carrying component is provided with a screw terminal for connecting a flexible wire or a rigid wire and an elastic terminal for connecting the rigid wire; the screw terminal is provided with an inner cavity for inserting the flexible wire or the rigid wire; and the elastic terminal is provided with an elastic action part for elastically acting on the hard wire. A switch socket provided with the connection terminal comprises a base, wherein the current-carrying component is arranged on the base; and the base is provided with a threaded connection hole and an elastic connection hole corresponding to the screw terminal and the elastic terminal separately. The characteristics of the screw terminal and the elastic terminal are fused, so that the connection terminal can be suitable for connection of the flexible wire and the rigid wire. When the wires are arranged, the flexible wire can be connected by using the screw terminal and the rigid wire can be connected by using the screw terminal or the elastic terminal. The connection terminal has the characteristics of being simple and reasonable in structure, wide in application range, simple and fast in operation, reliable in performance, high in integrity, compact in structure, firm, reliable, high in installation efficiency.

There is disclosed a base member for holding, without screws, a printed circuit board having conductive traces and electronic components and which can fit into an electric outlet box. The base member has walls which define a cavity where at least one wall of the cavity has a rib, the top of which functions as a stop for the printed circuit board. A cap having snap features adapted to engage the walls of the cavity restricts removal of the printed circuit board when snapped into position on top of the printed circuit board. The cap conceals the electronics on the printed circuit board and has at least one rib on its bottom surface to apply pressure to the printed circuit board assembly to help hold it in place. An aperture in the cap provides access to a pin header which is electrically connected to the printed circuit board. A screw terminal block is provided to connect the terminals on the pin header to a sensor. The printed circuit board has one edge an open side hour glass shape aperture which provides strain relief for wires from the printed circuit board. Opposite ends of the aperture hold two wires captive and the space between the two wires holds captive a third wire.

The power semiconductor package includes a semiconductor mounting substrate, a mother case having an opening and containing the semiconductor mounting substrate therein, a securing member having a plurality of securing positions formed along a rim constituting the opening, and a screw terminal and a pin terminal secured at the rim and electrically connected to the semiconductor mounting substrate. The screw terminal and the pin terminal are each secured by the securing member at one of the plurality of securing positions thereof. Thus, the package can adapt to variation in shape and arrangement of terminals due to differences in circuit configuration and the like of the semiconductor apparatuses, and can reduce restriction on the layout within the enclosure.

A screw terminal includes an electrical wire connecting portion to which an electrical wire is connected by a screw member, and a plug-pin receiver for gripping a plug pin of a plug. The electrical wire connecting portion and the plug-pin receiver are made from a single metal plate. The plug-pin receiver has a tubular shape extending along an insertion direction of the plug pin and the electrical wire connecting portion is formed as a frame body opened along the plug-pin insertion direction. A connecting portion connects the plug-pin receiver to the frame body. The plug-pin receiver has a substantially cylindrical shape, and the electrical wire is firmly pressed against an inner peripheral surface of the frame body by tightening the screw member into the frame body.

An electrical relay system is configured to allow for failure detection of a relay by injecting a signal at a common contact of the relay and looking for the signal at a normally closed contact of the relay. If the relay is commanded to be “off,” or closed, and the injected signal is not detected through the normally closed contact of the relay, then the system can determine that a failure condition has occurred. In one aspect, the system can include multiple relays with the signal being injected at a common node of the relays. In another aspect, the system can include multiple controllers for controlling and/or monitoring the electrical relay system. The electrical relay system can be coupled to screw terminals for connecting to a field device as part of an industrial automation system.

A car starter battery includes a housing accommodating therein multiple sets of lithium cells, a carrying-handle located on the top side of the top cover of the housing, two conducting screw holes located on the top cover at two opposite sides relative to the carrying-handle and electrically connected with the lithium polymer cells for the connection of a jumper cable with conducting screw terminals, and a charging-discharging copper screw detachably threaded into each of the two conducting screw holes for the connection of a jumper cable with conducting terminal clamps.

An electrical screw terminal comprising a metal tunnel through which an elongate passage runs designed to receive a connection strip and comprising a tapped hole passing through a wall of said tunnel. The terminal comprises a telescopic screw passing through the tapped hole and comprising an operating head designed to be actuated to command said screw, a tightening head designed to clamp an electrical conductor and the connection strip. The telescopic screw comprises at least a first section having an external thread designed to collaborate with the tapped hole and having an internal thread designed to collaborate with an external thread of at least a second cylindrical section. The operating head comprises a single driving profile to drive said sections together in rotation via drive means.

The invention discloses a tapping machine for metal processing, which comprises a base, a baffle, a connecting rod, a water tank, a fixing hole, an upper plate and a fixing foot. A transmission motor is fixed on the upper right side of the base, and a transmission motor is connected with A transmission shaft, the end of the transmission shaft is connected with a screw rod, and the end of the screw rod is connected with the left inner wall of the base through a bearing, the water tank is fixed inside the base, and a water pump is fixed on the right side of the water tank, and the water pump is connected to the The water tanks are connected, and the end of the water pipe is provided with a clamping device, the fixing hole is set on the fixing plate, and the fixing plate is connected with the connecting piece through the fixing bolt, the upper layer plate is fixed on the upper surface of the base, and the upper layer plate is set There is a waste chute, and the fixed feet are fixed on the left and right sides of the base. The tapping machine for metal processing is mainly designed for tapping hardware. The device is provided with a baffle plate and a waste chip groove, and the baffle plate can prevent waste chips from splashing on workers.