Wire control switch and mobile lighting apparatus
View Patent ↗The wire control switch comprises a shell, a PCB board disposed in the shell, and a switching device electrically connected to the PCB board. The shell has a first end which is provided with a conductive cap. The conductive cap is connected with the shell in an electrically insulated manner. The PCB board is electrically connected to the conductive cap and the shell respectively. A magnet is provided inside the shell at an end which is close to the conductive cap. The mobile lighting apparatus comprises a lamp holder and a lamp body connected to one end of the lamp holder, and an end of the lamp body which is distant from the lamp holder is connected with the aforementioned wire control switch. The present invention achieves magnetic connection between the wire control switch and the mobile lighting apparatus, resulting in convenience in disassembly and assembly and reduced operation difficulty.
1. A wire control switch comprising a shell ( 10 ), a PCB board ( 7 ) and a switching device ( 12 ) electrically connected with the PCB board ( 7 ), the PCB board ( 7 ) is disposed inside the shell ( 10 ); characterized in that the shell ( 10 ) has a first end which is provided with a conductive cap ( 4 ); the conductive cap ( 4 ) is connected with the shell ( 10 ) in an electrically insulated manner; the PCB board ( 7 ) is electrically connected to the conductive cap ( 4 ) and the shell ( 10 ) respectively; a magnet ( 2 ) is provided inside the shell ( 10 ) at an end which is close to the conductive cap ( 4 ).
2. The wire control switch as in claim 1 , characterized in that the magnet ( 2 ) is pressed tightly inside the shell ( 10 ) by an end ring ( 1 ); a soft pad ( 5 ) for preventing the magnet ( 2 ) from being press-damaged is provided at an end of the magnet ( 2 ) which is distant from the end ring ( 1 ).
3. The wire control switch as in claim 2 , characterized in that a CD pattern deoxidized layer for positive pole electrical conduction is provided at a side of the end ring ( 1 ) which is distant from the magnet ( 2 ).
4. The wire control switch as in claim 1 , characterized in that an insulated sleeve ( 3 ) is sleeved on a side wall of the conductive cap ( 4 ).
5. The wire control switch as in claim 1 , characterized in that the PCB board ( 7 ) and the shell ( 10 ) are electrically connected by an elastic wire ( 8 ).
6. The wire control switch as in claim 5 , characterized in that the elastic wire ( 8 ) has a first end which is fixedly and electrically connected with the PCB board ( 7 ); a second end of the elastic wire ( 8 ) which is distant from the PCB board ( 7 ) is elastically and electrically connected with the shell ( 10 ).
7. The wire control switch as in claim 1 , characterized in that the switching device ( 12 ) and the PCB board ( 7 ) are electrically connected by a wire ( 11 ); the wire ( 11 ) has a first end which is electrically connected with the switching device ( 12 ); a second end of the wire ( 11 ) which is distant from the switching device ( 12 ) is electrically connected with the PCB board ( 7 ).
8. The wire control switch as in claim 1 , characterized in that a wire stopper ( 9 ) for fixing the wire ( 11 ) is provided at a second end of the shell ( 10 ) which is close to the switching device ( 12 ).
9. The wire control switch as in claim 1 , characterized in that a first end of the PCB board ( 7 ) which is close to the conductive cap ( 4 ) is provided with a conductive spring ( 6 ); a first end of the conductive spring ( 6 ) is electrically connected with the PCB board ( 7 ); a second end of the conductive spring ( 6 ) which is distant from the PCB board ( 7 ) is electrically connected with the conductive cap ( 4 ).
10. A mobile lighting apparatus comprising a lamp holder and a lamp body connected to an end of the lamp holder, characterized in that an end of the lamp body which is distant from the lamp holder is connected with the wire control switch as in claim 1 .