Abstract: A detachable earphone structure includes an earphone body and a transmitter detachable from the earphone body. The earphone body has an opening portion, a pair of connecting terminals installed in the opening portion and electrically connected to an internal circuit. The transmitter has a pair of contact terminals stored in the opening portion of the earphone body or detachably connected to the earphone body for electrically conducting the connecting terminal and the contact terminal through the contact of the connecting terminal with the contact terminal.

Abstract: A slidable Bluetooth earphone includes a main body having a first body with an accommodating space in which a sound transmission device is mounted, a pair of positioning pieces being oppositely protruded from both lengthwise sides of the first body, a second body being formed at a front end of the first body, a resilient arm being formed at each of opposite sides of the second body in a manner to extend backward to the positioning piece, a flange being formed on a bottom of the resilient arm, and a sliding mechanism being mounted between the first body and the second body; a pressing element, mounted on the first body; and a connector, having a main axis penetrating both sides of the first body.

Abstract: A detachable earphone structure includes an earphone body and a transmitter detachable from the earphone body. The earphone body has an opening portion, a pair of connecting terminals installed in the opening portion and electrically connected to an internal circuit. The transmitter has a pair of contact terminals stored in the opening portion of the earphone body or detachably connected to the earphone body for electrically conducting the connecting terminal and the contact terminal through the contact of the connecting terminal with the contact terminal.

Abstract: A slidable Bluetooth earphone includes a main body having a first body with an accommodating space in which a sound transmission device is mounted, a pair of positioning pieces being oppositely protruded from both lengthwise sides of the first body, a second body being formed at a front end of the first body, a resilient arm being formed at each of opposite sides of the second body in a manner to extend backward to the positioning piece, a flange being formed on a bottom of the resilient arm, and a sliding mechanism being mounted between the first body and the second body; a pressing element, mounted on the first body; and a connector, having a main axis penetrating both sides of the first body

Abstract: A slidable blue tooth earphone device is shown below. By pressing a button to push an oscillating stick, the oscillating stick is rotated. A first retaining portion of a body is detached from a second retaining portion of a slidable element to let a resilient element push the slidable element to make it movie. Via a damping gear meshed with a rack of the slidable element and a guiding track of the slidable element sliding on a guiding channel of a side plate, the slidable element moves forward stably. Thereby, the slidable element moves forward stably and arrives to a predetermined position speedily. Furthermore, due to this design of the blue tooth device will not be easily detached.