Abstract: A plug terminal block structure for plugging a wire includes an insulated base, a conductive spring plate and a metal terminal. The insulated base has a cavity and a wire inlet for inserting and connecting the wire. The wire inlet has a wire arm and an embedded slot. A fixed portion is formed in the cavity. The conductive spring plate is installed in the cavity and has a clamping arm formed in the wire inlet. The metal terminal includes a riser, and a pin connected to the riser and embedded into the embedded slot and formed on a side of clamping arm. Both of the riser and wire arm are stopped at the conductive spring plate and a side of the wire. Therefore, the wire will not be exposed, and the conductive spring plate can be limited stably in the cavity to improve the safety of use.

Abstract: A terminal block includes an insulative body, a conductive member, an elastic sheet and a pressing member. The insulative body has a receiving room therein and is formed with a pressing hole and a wire hole, which separately communicate with the receiving room. The conductive member is received in the receiving room and has a seat and a contact portion tilted up from the seat. The elastic sheet is received in the receiving room. An end of the elastic sheet is in contact with the conductive member. The pressing member is disposed in the pressing hole and capable of moving toward the receiving room to push another end of the elastic member. The pressing member has a placement slot. Each of two sides of the placement slot has a blocking wall.

Abstract: A connector (10) for a high-current terminal, includes a contactor (1) having two clamping arms (11) arranged opposite to each other and two conductive connecting plates (12) respectively extended from the two clamping arms (11) and stacked onto each other. In addition, the high-current terminal (100) is inserted between the two clamping arms (11). Accordingly, the current is provided with independent paths for flowing two conductive connecting plates (12), thereby preventing current overload and achieving the improvement of use safety of the connector (10).

Abstract: A connector (10) used with a high-current terminal (100) includes a main body (1) and a conductive spacer (2). The main body (1) has a connecting portion (11) disposed at one end thereof and a pluggable portion (12) disposed at the other end thereof. The high-current terminal (100) is plugged into the pluggable portion (12). The conductive spacer (2) is disposed between the pluggable portion (12) and the high-current terminal (100). The conductive spacer (2) has a plurality of outer projections (21) pressed against the pluggable portion (12) and a plurality of inner projections (22) pressed against the high-current terminal (100). Thus, the number of electrical contact points is increased by means of the outer projections (21) and the inner projections (22) disposed between the pluggable portion (12) and the high-current terminal (100) such that the connector (10) has excellent electric conductivity and current adjustment capability.

Abstract: A terminal block includes an insulative body, a conductive member, an elastic sheet and a pressing member. The insulative body has a receiving room therein and is formed with a pressing hole and a wire hole, which separately communicate with the receiving room. The conductive member is received in the receiving room and has a seat and a contact portion tilted up from the seat. The elastic sheet is received in the receiving room. An end of the elastic sheet is in contact with the conductive member. The pressing member is disposed in the pressing hole and capable of moving toward the receiving room to push another end of the elastic member. The pressing member has a placement slot. Each of two sides of the placement slot has a blocking wall.

Abstract: In a system comprising plural functional modules including a control module, the functional modules being aligned closely one next to another and electrically connected to a bus, an addressing method for the functional modules comprises the steps of: The control module sends a photo addressing command comprising a unique address to its downstream functional module. The downstream functional module records the address as its address and sends a next addressing command to a further downstream functional module and a response signal to the control module. Repeat this step, until no response signal is received.

Abstract: A dual-wire connector (1) includes: an insulation base (10), having a base plate (11) and an enclosing plate (12) formed with two insertion ports (121); an electric conductive terminal (20), fastened on the base plate (11), and having a first lateral plate (211) and a second lateral plate (212); a first electric conductive elastic sheet (30), electrically connected to the electric conductive terminal (20); a second electric conductive elastic sheet (40), separately arranged with respect to the first electric conductive elastic sheet (30), electrically connected to the electric conductive terminal (20); and a pressing member (50), moveably connected to the base plate (11) and having insertion slots (53) corresponding the two insertion ports (121) and a pushing unit (52) formed at one side of the insertion slot (53). Accordingly, the stability and the tightness while being clamped can be enhanced.

Abstract: A dual-wire connector (1) includes: an insulation base (10), having a base plate (11) and an enclosing plate (12) formed with two insertion ports (121); an electric conductive terminal (20), fastened on the base plate (11), and having a first lateral plate (211) and a second lateral plate (212); a first electric conductive elastic sheet (30), electrically connected to the electric conductive terminal (20); a second electric conductive elastic sheet (40), separately arranged with respect to the first electric conductive elastic sheet (30), electrically connected to the electric conductive terminal (20); and a pressing member (50), moveably connected to the base plate (11) and having insertion slots (53) corresponding the two insertion ports (121) and a pushing unit (52) formed at one side of the insertion slot (53). Accordingly, the stability and the tightness while being clamped can be enhanced.

Abstract: A press and spring-back terminal block, includes a housing (1), a conductive terminal (2), a retainer assembly (3) and a rocker (4). The conductive terminal (2) is arranged inside the housing (1). The retainer assembly (3) includes a control member (30) and an elastic sheet (31) actuated by the control member (30). The elastic sheet (31) includes a stopping edge (310) and a retaining end (311) extended from the stopping edge (310) and toward the conductive terminal (2). When the control member (30) is actuated, it is abutted by the stopping edge (310) to allow the retaining end (311) to swing toward one side away from the conductive terminal (2). The rocker (4) is arranged inside the housing (1) and includes a first end portion (41) opposite from the lead wire insertion hole (11) and a second end portion driven to move relative to the control member (30).

Abstract: A base of a surge protector, the surge protector comprising a function rotating member (3), and the function rotating member (3) having a remote linkage rod contact wall (3D) and a remote linkage notching (3H), and the base comprising a remote device, and the remote device having at least one remote linkage rod (9), and when the function rotating member (3) is situated at the first position, the remote linkage rod (9) is pressed down by the remote linkage rod contact wall (3D), and when the function rotating member (3) is rotated from the first position to the second position, the function rotating member (3) is rotated from the remote linkage rod contact wall (3D) to the remote linkage notching (3H) with respect to the point of action of the remote linkage rod (9) to release the remote linkage rod (9).

Abstract: A liquid-cooled heat dissipation apparatus includes a base (10), a telesignaling linkage member (20), a sliding plate (30) and a switch module (40). The telesignaling linkage member (20) is moveably installed on the base (10). The sliding plate (30) is installed corresponding to the telesignaling linkage member (20) and generates a movement along with the telesignaling linkage member (20). The switch module (40) includes a microswitch (41) arranged corresponding to the sliding plate (30) such that the microswitch (41) is operably opened or closed based on the movement of the sliding plate (30). Accordingly, through the opening and closing of the microswitch, the telesignaling monitoring on the functional module state can be achieved.

Abstract: A system comprising a plurality of functional modules connected by a bus, each functional module comprising a photo emitter and a photo receiver, to transmit photo signals between two adjacent modules. A method for addressing the functional modules, wherein a control module broadcasts respective unique addresses to the bus and a photo enquiry signal to its downstream module to trigger the latter to pick up an address. Each module provides a photo enquiry signal to its downstream module, after it has picked up an address from the bus.

Abstract: A dual-wire connector (1) includes: an insulation base (10), having a base plate (11) and an enclosing plate (12) formed with two insertion ports (121); an electric conductive terminal (20), fastened on the base plate (11), and having a first lateral plate (211) and a second lateral plate (212); a first electric conductive elastic sheet (30), electrically connected to the electric conductive terminal (20); a second electric conductive elastic sheet (40), separately arranged with respect to the first electric conductive elastic sheet (30), electrically connected to the electric conductive terminal (20); and a pressing member (50), moveably connected to the base plate (11) and having insertion slots (53) corresponding the two insertion ports (121) and a pushing unit (52) formed at one side of the insertion slot (53). Accordingly, the stability and the tightness while being clamped can be enhanced.

Abstract: A light-emitting terminal block structure is provided. A lighting module includes a circuit board and a lighting component. An insulation body is combined on the circuit board and has an accommodating space, an insertion hole and an indication hole. The insulation body is formed with a notch at a side facing the circuit board, and the lighting component is located in the notch. A light pipe is disposed in the accommodating space and has a light-guiding end and a light-emitting end. The light-guiding end is oriented toward the light emitting element and spaced apart from the light emitting element by a distance. The indicator hole is exposed from the light-emitting end, and the conductive seat is combined in the accommodating space and has a resilient plate and a soldering leg soldered on the circuit board.

Abstract: A rotate-to-open clamping unit and a connection device having the same are disclosed. The connection device includes a housing and plural clamping unit disposed in the housing. The clamping unit includes an elastic member and a rotate-to-open member. The elastic member is leaned by a conductive terminal and has a moveable elastic arm and a pivotal connection space. The rotate-to-open member has an extending arm formed with an extending distal end pivoted in the pivotal connection space. The rotate-to-open member is rotated with the extending distal end served as an axis, the rotate-to-open member in a rotating status is able to drive the moveable elastic arm to be displaced so as to be opened, so that a conductive member can be elastically clamped or released between the moveable elastic arm and the conductive terminal.