Abstract: A connector used for connecting to substrates and including bases and a shaft is provided. The bases are disposed on the substrates individually and include terminals embedded the base. The shaft is pivoted to the bases and includes a first element, a second element stacking with the first element and conductive rings. The second element includes first and second conductive circuits. The first conductive circuits are connected to the second conductive circuit, and each first and each second conductive circuit has a first pad and a second pad on the second element. The conductive rings are sleeved to the shaft, and connected to the first pad and the second pad electrically and individually. When the shaft is rotatably assembled to the bases, the first pads and the second pads are contact with the terminals electrically via the conductive rings and the conductive rings are capable of contacting with the terminals.

Abstract: An electronic device adapted to be electrically connected to an electronic peripheral is provided. The electronic peripheral includes a main body and a plurality of peripheral pads. The peripheral pads are disposed on a corresponding surface of the main body. The electronic device includes a body and a plurality of device pads. The body includes a receiving surface. The device pads are disposed on the receiving surface. When the corresponding surface is disposed on the receiving surface and each of the peripheral pads is in contact with the corresponding device pad, the main body is electrically connected with the body.

Abstract: A connector used for connecting to substrates and including bases and a shaft is provided. The bases are disposed on the substrates individually and include terminals embedded the base. The shaft is pivoted to the bases and includes a first element, a second element stacking with the first element and conductive rings. The second element includes first and second conductive circuits. The first conductive circuits are connected to the second conductive circuit, and each first and each second conductive circuit has a first pad and a second pad on the second element. The conductive rings are sleeved to the shaft, and connected to the first pad and the second pad electrically and individually. When the shaft is rotatably assembled to the bases, the first pads and the second pads are contact with the terminals electrically via the conductive rings and the conductive rings are capable of contacting with the terminals.

Abstract: The present invention reveals an integral structure including an antenna and a shielding cover as well as its wireless module. The integral structure including an antenna and a shielding cover comprises an antenna, a shielding cover, a first conducting plate and a second conducting plate, where the antenna is used for signal transmitting and receiving, and the shielding cover can avoid electromagnetic interferences to a wireless product. The first conducting plate connects the antenna and the shielding cover. One end of the second conducting plate is connected to the feed-in point of the antenna, and the other end of that is electrically connected to a circuitry of a wireless product for signal transferring. Besides being directly installed in the wireless product, the integral structure including an antenna and a shielding cover can be equipped with a printed circuit board and a plug as a module first, and then the module can be connected to an interface of the wireless product for signal transferring.

Abstract: The present invention reveals an integral structure including an antenna and a shielding cover as well as its wireless module. The integral structure including an antenna and a shielding cover comprises an antenna, a shielding cover, a first conducting plate and a second conducting plate, where the antenna is used for signal transmitting and receiving, and the shielding cover can avoid electromagnetic interferences to a wireless product. The first conducting plate connects the antenna and the shielding cover. One end of the second conducting plate is connected to the feed-in point of the antenna, and the other end of that is electrically connected to a circuitry of a wireless product for signal transferring. Besides being directly installed in the wireless product, the integral structure including an antenna and a shielding cover can be equipped with a printed circuit board and a plug as a module first, and then the module can be connected to an interface of the wireless product for signal transferring.