Terminal block
View Patent ↗A terminal block for coupling with at least one conductive wire includes an insulation base ( 100 ) and a circuit board ( 200 ). A docking chamber ( 101 ) is defined in the insulation base ( 100 ), multiple connecting holes ( 102 ) for inserting the respective conductive wires and multiple through holes ( 103 ) corresponding to the respective connecting holes ( 102 ) are defined on a lateral surface of the insulation base ( 100 ). The respective through holes ( 103 ) are communicated with the docking chamber ( 101 ) and adjacent to the respective corresponding connecting holes ( 102 ). The circuit board ( 200 ) is arranged in the docking chamber ( 101 ), and multiple LEDs ( 210 ) are arranged on the circuit board ( 200 ) corresponding to the respective through holes ( 103 ). The LEDs ( 210 ) are accommodated in the docking chamber ( 101 ), and the respective LEDs ( 210 ) are able to illuminate through the respective corresponding through holes ( 103 ).
1. A terminal block for coupling with at least a conductive wire, the terminal block comprising:
an insulation base ( 100 ), a docking chamber ( 101 ) being defined in the insulation base ( 100 ), a plurality of connecting holes ( 102 ) for coupling with the conductive wire and a plurality of through holes ( 103 ) corresponding to the respective connecting holes ( 102 ) being defined on a lateral surface of the insulation base ( 100 ), the respective through holes ( 103 ) being communicated with the docking chamber ( 101 ) and arranged adjacent to the respective corresponding connecting holes ( 102 ); and
a circuit board ( 200 ) arranged under the insulation base ( 100 ) and outside the docking chamber ( 101 ), a plurality of LEDs ( 210 ) corresponding to the respective through holes ( 103 ) being arranged on the circuit board ( 200 ), the LEDs ( 210 ) being accommodated in the docking chamber ( 101 ) and the respective LEDs ( 210 ) being able to illuminate through the respective through holes ( 103 ),
wherein an opening ( 104 ) is defined on the docking chamber ( 101 ) and the circuit board ( 200 ) is inserted into the docking chamber ( 101 ) through the opening ( 104 ).
2. The terminal block according to claim 1 , wherein an opening ( 104 ) is defined on the docking chamber ( 101 ) and the circuit board ( 200 ) covers the opening ( 104 ).
3. The terminal block according to claim 2 , wherein the respective through holes ( 103 ) are defined on an edge of the opening ( 104 ), and the circuit board ( 200 ) covers one side of the openings ( 104 ).
4. A terminal block for coupling with at least a conductive wire, the terminal block comprising:
an insulation base ( 100 ), a docking chamber ( 101 ) being defined in the insulation base ( 100 ), a plurality of connecting holes ( 102 ) for coupling with the conductive wire and a plurality of through holes ( 103 ) corresponding to the respective connecting holes ( 102 ) being defined on a lateral surface of the insulation base ( 100 ), the respective through holes ( 103 ) being communicated with the docking chamber ( 101 ) and arranged adjacent to the respective corresponding connecting holes ( 102 ); and
a circuit board ( 200 ) arranged under the insulation base ( 100 ) and outside the docking chamber ( 101 ), a plurality of LEDs ( 210 ) corresponding to the respective through holes ( 103 ) being arranged on the circuit board ( 200 ), the LEDs ( 210 ) being accommodated in the docking chamber ( 101 ) and the respective LEDs ( 210 ) being able to illuminate through the respective through holes ( 103 ),
wherein, corresponding to each connecting hole ( 102 ), a conductive point ( 201 ) is arranged on the circuit board ( 200 ) and the conductive points ( 201 ) are accommodated in the docking chamber ( 101 ), and corresponding to each connecting hole ( 102 ), a terminal ( 110 ) is arranged in the insulation base ( 100 ) and the respective terminals ( 110 ) are extended into the docking chamber ( 101 ) and electrically connected with the corresponding conductive points ( 201 ).
5. The terminal block according to claim 4 , wherein the respective terminals ( 110 ) are coupled with the corresponding conductive points ( 201 ).
6. The terminal block according to claim 4 , wherein the respective terminals ( 110 ) press on the corresponding conductive points ( 201 ).
7. The terminal block according to claim 4 , wherein the conductive points ( 201 ) are arranged on one surface of the circuit board ( 200 ), and the LEDs ( 210 ) are arranged on the other surface of the circuit board ( 200 ).
8. The terminal block according to claim 4 , wherein the conductive points ( 201 ) and the LEDs ( 210 ) are arranged on the same surface of the circuit board ( 200 ).
9. The terminal block according to claim 4 , wherein the respective terminals ( 110 ) are extended into the corresponding connecting holes ( 102 ) for electrically connecting with the conductive wires.
10. The terminal block according to claim 4 , wherein at least a partition plate ( 120 ) is arranged in the docking chamber ( 101 ), and the terminals ( 110 ) are thereby isolated from each other.