Abstract: The portable electronic device comprises a movement which is formed by a printed circuit board on the upper surface of which a digital display cell is disposed. At the side of the upper surface of the display cell, an antenna coil is disposed which covers the peripheral part of the cell. The electrical connection between the antenna coil and the printed circuit is produced by means of a connector which is formed by two corresponding male connectors and two female connectors. The male connectors are formed by elastically deformable blades which penetrate into two metallized holes of the board which define the two female connectors.

Abstract: The portable electronic device comprises a movement (6) which is formed by a printed circuit board (4) on the upper surface of which a digital display cell (10) is disposed. At the side of the upper surface of the display cell, an antenna coil (20) is disposed which covers the peripheral part of the cell. The electrical connection between the antenna coil and the printed circuit is produced by means of a connector which is formed by two corresponding male connectors and two female connectors. The male connectors are formed by elastically deformable blades which penetrate into two metallised holes of the board which define the two female connectors.

Abstract: A portable object such as, in particular, a timepiece, including an electronic movement carried by a printed circuit (20), this electronic movement including a time base circuit, a frequency divider circuit powered by the time base, a control circuit (22) connected to the divider circuit and a display system controlled by the control circuit, this portable object also including at least one push-button (8, 10) including a head (26) and a stem (16) passing through the middle part (4) of a case (2) closed by a back cover (6), characterized in that the push-button stem (16) can be electrically connected to a data input (42, 44) of the control circuit (22) by pressing on the push-button (8, 10), so that it is possible, via this stem (16), to enter data into said control circuit (22), originating from an electronic unit (45) for transmitting and receiving digital data such as a personal computer or PC or to extract data contained in said portable object.

Abstract: The present invention concerns a portable object such as, in particular, a timepiece, intended to co-operate with a contactless remote interrogation system, this portable object (1) including a metallic case (2) and a transponder (76) including a transmission and/or reception circuit (78) for a radio-broadcast signal and an antenna (80) connected to the transmission and/or reception circuit (78), a sealed container (24) made of an electrically insulating material inside which the horological components are housed being mounted and held in place in the metallic case (2), characterised in that said metallic case (2) has a slot (94).

Abstract: The present invention concerns an electric timepiece, in particular a wristwatch, supplied with electric current by an accumulator (16) intended to be recharged once flat, this timepiece (1) including a time-setting stem (4) and at least one control member (6) for at least one horological function of said timepiece (1), characterised in that the time-setting stem (4) is electrically connected to one of the poles (18) of the accumulator (16), and in that the control member (6) can be electrically connected to the other pole of the accumulator (16) after said member has been pressed. The present invention also concerns a timepiece of the type-described above, this timepiece (1) including at least a first and a second control member (6′) each controlling at least one horological function of said timepiece (1), characterised in that each of the first and second control members (6′) can be connected to a respective pole (18, 20) of the accumulator (16) after said member (6′) has been pressed.

Abstract: The present invention concerns a portable object such as, in particular, a timepiece, including an electronic movement carried by a printed circuit (20), this electronic movement including a time base circuit, a frequency divider circuit powered by the time base, a control circuit (22) connected to the divider circuit and a display system controlled by the control circuit, this portable object also including at least one push-button (8, 10) including a head (26) and a stem (16) passing through the middle part (4) of a case (2) closed by a back cover (6), characterised in that the push-button stem (16) can be electrically connected to a data input (42, 44) of the control circuit (22) by pressing on the push-button (8, 10), so that it is possible, via this stem (16), to enter data into said control circuit (22), originating from an electronic unit (45) for transmitting and receiving digital data such as a personal computer or PC or to extract data contained in said portable object.

Abstract: The present invention concerns an electric timepiece, in particular a wristwatch, supplied with electric current by an accumulator (16) intended to be recharged once flat, this timepiece (1) including a time-setting stem (4) and at least one control member (6) for at least one horological function of said timepiece (1), characterised in that the time-setting stem (4) is electrically connected to one of the poles (18) of the accumulator (16), and in that the control member (6) can be electrically connected to the other pole of the accumulator (16) after said member has been pressed.

Abstract: The invention concerns a liquid crystal display device comprising first display electrodes (31-48) and a set of second elongated display electrodes (50-56) formed on a first substrate (11;250) (10;251), and a set of elongated counter electrodes (70-129; 300-359) formed on a second substrate (10;251) facing the first substrate (11;250) and superposed with said second display electrodes (50-56) so as to create a matrix display of display elements. The counter electrodes (70-129; 300-359) are juxtaposed along substantially their whole length. The counter electrodes are also superposed with the first display electrode so as to display a fixed display symbol. Furthermore, the distance separating the counter electrodes (70-129; 300-359) from each other is substantially less than the width of said first display electrode (31-38).

Abstract: This holder (2) for a replacement battery (12) for a watch, in addition to a housing for holding such battery, includes means (15) for gaining access to the watch battery which is to be exchanged. Accessory thereto, the holder may serve as a key holder and present the advantage of of always being carried by the person wearing the watch. The holder is in two parts: a sheath (17) in which a drawer (18) is fitted, such drawer bearing the replacement battery (12) and an incorporated tool (15) which enables extraction of the exhausted battery from the watch.

Abstract: This wristwatch includes a watch case (1), time displaying means (3, 4) and an energization cell (5). The cell can be fitted into a lateral opening (10) giving access to a housing formed in the watch case. The cell is carried by a drawer (6) which is fixed to the end of one of the strands (7) of the bracelet. Locking means (11) maintain the drawer attached to the watch case once said drawer is introduced into the housing in the watch case.

Abstract: A wristwatch for receiving messages broadcast by radio, includes the assembly of a movement, a caseband (4) and a back cover (44). The movement comprises a baseplate (13) receiving: a display means (1, 2), a first power cell for controlling the time display a message display cell (16), a first crystal (21), electronic circuits (18), a casing (24) for receiving a second power cell (25) and an antenna formed by a coil including turns (23) wound around the movement and bearing on the first crystal and on the casing. The caseband includes a second crystal (41) and caps the upper part of the movement. The back cover overlays the lower part of the movement and is provided with a side opening (47) giving access to the second power cell to enable changing thereof.

Abstract: An electromagnetic stepping motor has a stator assembly comprising two pieces. These two pieces are assembled to each other by a protrusion of cylindrical shape of one of the pieces which engages in a recess, of corresponding shape, in an extension of the other piece. The two pieces, which are of elongated general shape, are disposed parallel to each other with said one piece constituting the core of an energizing coil of the motor. The coil can be wound directly on to the piece of the stator constituting the core of the coil.

Abstract: An electronic watch movement is formed from a flexible substrate which is enabled to fit the relief of the watch movement frame by openings formed therein. A conductive metal coating is affixed on the substrate covering the openings, and portions of the coating are removed to form an electric conductor grid with some coating sections left over some openings. The coating support the substrate between the openings and mount the substrate in the frame by bending so that the coating supports sections to conform to the frame relief.

Abstract: An electronic watch module and method of manufacturing the module. The module is formed from a flexible film by forming a set of appropriately located, sized and shaped component openings in the film, forming a second set of terminal lead bonding openings for the components, securing a metallic foil to said film, removing portions of said foil to form a pattern of interconnection leads for said components leaving portions over said bonding openings, locating the components in the respective openings with the component leads in registry with their respective interconnection leads, and bonding the foil leads to the component leads through the bonding openings.