TH3775C3 - Battery charger plug structure - Google Patents

Abstract

The invention provides an improved structure for the battery power plug, in which the plug contacts are inserted into the socket for power. Which is conductive to conductors The magnet acts as a joint that connects electricity. When the conductive wires are connected to the positive and negative poles and the electrical contact points of the battery, each magnet is also induced by a strong magnet, which is used to protect the conductive wires from separation from the positive and negative poles of Battery and do This causes poor contact with the electrical contact points of the battery. In addition, the magnet can be moved. Freely And is not affected by the shape or size of the battery, or its position and birth The gap of the contact points is different, thus making the plug device responsible for various electrical connections. And this leads to more originality and functionality of the plug device.

Claims (7)

1. A battery charger consisting of a plug device made up of conductive wires and magnets. And a magnet that is responsible for magnetism And to conduct electricity extending from the conductor wires, the battery charger plug structure looks It is only that when electrical connections are made between the conductive wires and the electrical contacts of the battery, the magnet acts as a joint of conductivity. Therefore, it protects the conductive wires which are separated from or made Poor contact with the battery's electrical contacts. Moreover, magnets can move. Independent and not affected by the shape or size of the battery, or its position and gap formation. Of different contact points Therefore, it makes the plug device responsible for many different electrical connections 2. The structure of the battery plug, which corresponds to claim No. 1, in which the magnet is connected to With the battery contact point acts as a charge device, discharge devices and a device used to measure voltage, current, internal resistance or Other relevant properties of the battery 3. Battery plug-in structure, in accordance with claim No. 1, in which the plug is Built with a display device And display devices such as LEDs, light-emitting diodes, liquid crystal displays (LCDs, liquid displays), light bulbs, speakers (speakers), voltmeters ( ammeters), impedance meters, image devices and related devices. 4. The structure of the battery plug, which corresponds to claim No. 1, in which the number of cables Conductivity was increased according to demand. Therefore, it causes a series of electrical connections to be magnetized. Some to the battery 5. Battery plug-in structure, in accordance with claim No. 1, in which the plug contacts It is built as a car charger plug, a USB connector (a USB (universal serial bus) connector), and the corresponding connector responsible for the power. 6. The battery plug-in structure is consistent with claim No. 1, in which the magnets are Placed at one end of the conductor wire 7. The battery plug-in structure is consistent with claim No. 1, in which the magnet is Placed on the positive and negative poles And the electrical contact point of the battery