(FR2703844-A1)      The connector device includes two connection elements of which one is movable. The movable element is a plug (1') and the other element is a socket (2). The socket (2) forms a battery terminal. The socket has an internal cavity with two protruding pins (3,3') extending down from the top of the cavity, but protected from the outside. The plug (1') fits into this socket.    The plug slides along a groove (5) rotating to come into contact with the pins. As it does so, a protrusion in the top of the socket slides two panels (8,9) into position so that holes in the panels allow the pins to pass through them. The pins can then make contact with two contacts (4,4') with a spring behind them, housed in the body. Thus the battery connection is made to the charger.    ADVANTAGE -   Makes connection of current charging cable to battery much easier to carry out. User friendly.    (JP7006814-A)      The connector device includes two connection elements of which one is movable. The movable element is a plug (1') and the other element is a socket (2). The socket (2) forms a battery terminal. The socket has an internal cavity with two protruding pins (3,3') extending down from the top of the cavity, but protected from the outside. The plug (1') fits into this socket.    The plug slides along a groove (5) rotating to come into contact with the pins. As it does so, a protrusion in the top of the socket slides two panels (8,9) into position so that holes in the panels allow the pins to pass through them. The pins can then make contact with two contacts (4,4') with a spring behind them, housed in the body. Thus the battery connection is made to the charger.    ADVANTAGE -   Makes connection of current charging cable to battery much easier to carry out. User friendly.    (ZA9402437-A)      The connector device includes two connection elements of which one is movable. The movable element is a plug (1') and the other element is a socket (2). The socket (2) forms a battery terminal. The socket has an internal cavity with two protruding pins (3,3') extending down from the top of the cavity, but protected from the outside. The plug (1') fits into this socket.    The plug slides along a groove (5) rotating to come into contact with the pins. As it does so, a protrusion in the top of the socket slides two panels (8,9) into position so that holes in the panels allow the pins to pass through them. The pins can then make contact with two contacts (4,4') with a spring behind them, housed in the body. Thus the battery connection is made to the charger.    ADVANTAGE -   Makes connection of current charging cable to battery much easier to carry out. User friendly.