Abstract: A pneumatic screw driving device includes a body having a grip to be held by an operator and housing a pneumatic motor, a rotating terminal member for cooperating with a screw driving element and liable to be driven in rotation by the motor, and a coupling piece for an air feed tube for supplying air to the motor. The coupling piece includes a first element partly mounted inside the grip, and a second element external to the grip for being connected to the air feed tube. The second element is fixedly attached to the first element by a rotating link. The first element and the second element are mobile relative to each other.

Abstract: A pneumatic screw driving device includes a body having a grip to be held by an operator and housing a pneumatic motor, a rotating terminal member for cooperating with a screw driving element and liable to be driven in rotation by the motor, and a coupling piece for an air feed tube for supplying air to the motor. The coupling piece includes a first element partly mounted inside the grip, and a second element external to the grip for being connected to the air feed tube. The second element is fixedly attached to the first element by a rotating link. The first element and the second element are mobile relative to each other.

Abstract: A connector for a double-sided, printed circuit board. The connector has a body defining a housing for accommodating a microphone module, first conductors equipped with an area for electrical connection to a complementary connector and with an area for contact with a track on the first face of the board, and second conductors connecting the microphone to the board. The body has a space for accommodating the board, where the space is defined between the electrical connection areas of the first and second conductors. Each contact area of the second conductors is in contact with the second face of the board. The microphone module is arranged, with respect to the space for accommodating the board, on the same side as the areas for making contact between the second conductors and the board.

Abstract: The card reader has a body (12) defining a support area (30) for a card equipped with contact terminals (32). The body (12) has, on one side of the support area (30), tabs (34), for holding the card, extending partly facing the support area (30). The reader also has a lock, for retaining the card, which comprises a moving latch (52) for retaining the card. This latch (52) can move between a retaining position for said card and a release position for said card. The latch (52) is an integral part of said body (12).

Abstract: The card reader has a body (12) defining a support area (30) for a card equipped with contact terminals (32). The body (12) has, on one side of the support area (30), tabs (34), for holding the card, extending partly facing the support area (30). The reader also has a lock, for retaining the card, which comprises a moving latch (52) for retaining the card. This latch (52) can move between a retaining position for said card and a release position for said card. The latch (52) is an integral part of said body (12).

Abstract: A casing for electronic equipment including first and second structural elements and a structure for mechanically connecting the first and second structural elements by elastic engagement. The structure for mechanical connection including an elastically deformable leg integral with the first structural element, a transverse projection borne by the leg, and a shoulder formed on the second structural element. The shoulder constitutes a stop configured to collaborate with the projection and hold the leg in place. The structure for mechanical connection by elastic engagement includes a structure for immobilizing the projection facing the shoulder.

Abstract: A connector for a double-sided, printed circuit board. The connector has a body defining a housing for accommodating a microphone module, first conductors equipped with an area for electrical connection to a complementary connector and with an area for contact with a track on the first face of the board, and second conductors connecting the microphone to the board. The body has a space for accommodating the board, where the space is defined between the electrical connection areas of the first and second conductors. Each contact area of the second conductors is in contact with the second face of the board. The microphone module is arranged, with respect to the space for accommodating the board, on the same side as the areas for making contact between the second conductors and the board.

Abstract: A male connector is disclosed having an adjustable diameter for insertion in a socket. The connector includes an internal sleeve having a rotary sleeve. An external sleeve partially surrounds the internal sleeve and the rotary sleeve. A finger is attached to the external sleeve. In response to a rotation of the rotary sleeve, the finger moves laterally to change the connector diameter. Both the finger and the rotary sleeve do not move longitudinally. The connector further includes a locking device to maintain the rotary sleeve in a desired position. The locking device has a first series of teeth along an outer surface of the internal sleeve for cooperating with a second series of teeth along an inner surface of the external sleeve. In addition, the connector includes a cam having a profile which allows the diameter to change when the finger follows the cam profile in response to the rotation of the rotary sleeve.

Abstract: A holder for a telephone handset, in particular for use in cars, which is to provide a hands-free function comprises a stationary holder part and a pivotable holder part which can pivot relative to the former about a holder pivot axis between an open position, in which the pivotable holder part encloses an angle with the stationary holder part, and a closed position, in which the pivotable holder part lies substantially parallel to the stationary holder part. The pivotable holder part has a connector which cooperates with a mating connector of a cordless telephone handset so as to achieve an automatic electrical connection thereof when a cordless telephone handset is inserted.