Abstract:
A casing (1) for a through type electrical connector (2), the casing being fitted through a through hole (5) in a panel (3) into a lock position, and having a U-shaped outer peripheral flange (8) resting against the panel (3) in the lock position; a number of outer radial engaging members (12a,12b,12c), which define, with the flange (8), respective U-shaped recesses for receiving the panel (3), and are inserted, in an axial insertion direction (I), inside respective grooves (14) having complementary profiles and formed in a lateral edge (15) of the hole (5); and two flexible retaining members (16) extending in the same plane from respective opposite ends of the flange (8), and having respective end projections (18) cooperating with the lateral edge (15) of the hole (5) on the diametrically opposite side to one (12a) of the engaging members (12a,12b,12c) to fix the casing (1) radially with respect to the panel (3) in the lock position; the recesses (13) having respective openings (17), for insertion of the panel (3), facing in an engaging direction (E) crosswise to the insertion direction (I) to permit translation of the casing (1) in the engaging direction (E) when fitting the casing (1) inside the hole (5).
Abstract:
L'objet de l'invention est un élément de raccordement de deux fiches comprenant un corps (18) muni : d'une première empreinte (24) d'embase ménagée dans ledit corps, d'un logement (34) borgne apte à recevoir un insert (32) dans lequel est ménagée une deuxième (30) empreinte d'embase, d'une troisième empreinte (36) de liaison issue de la première empreinte et débouchant dans ce logement borgne, et un bloc (32) de liaison porte-contacts. L'invention couvre aussi les éléments mâles et femelles nécessaires ainsi que le dispositif de raccordement obtenu.
Abstract:
An electric connector (1) for connecting cables (2, 3), and which includes a connecting element (4) made of conductive sheet metal and connectable electrically to the cables (2, 3); and an enclosure (36) defined by an insulating covering (5) applied to an outer surface of the connecting element (4), and by a shielding cover (30) applied to the insulating covering (5).
Abstract:
An electric connector (1) for connecting cables (2, 3), and which includes a connecting element (4) made of conductive sheet metal and connectable electrically to the cables (2, 3); and an enclosure (36) defined by an insulating covering (5) applied to an outer surface of the connecting element (4), and by a shielding cover (30) applied to the insulating covering (5).
Abstract:
An electric connector (1) presenting an insulating casing (2) with a number of axial cavities (3); a number of electric terminals (4) housed in the cavities (3); primary retaining means (18) for retaining the terminals (4) inside the cavities (3); secondary retaining means (25) in turn presenting a first movable element (26) connectable in a closed position to the casing (2); and a second element (33) interposed between the first element (26) and the casing (2) and movable between a disabling position preventing connection of the connector (1) to a complementary connector (1'), and an enabling position permitting such connection; the first element (26) presenting a pair of cam tabs (31) cooperating with the second element (33) so as to move it into the enabling position when the first element (26) is in the closed position.
Abstract:
An electric terminal (9; 29) having a connecting portion (17; 17') for connection to an electric system, and a contact portion (18) mating transversely with a substantially cylindrical-pin-shaped electric termination (7); the contact portion (18) having a pair of facing elastic blades (21), which in turn have respective curved portions (27) with facing concavities defining a seat (28) for the respective termination (7), and respective diverging end portions (26) defining a lead-in for the termination (7).
Abstract:
An electric connector (1) presenting an insulating casing (2) with at least one axial cavity (3); an electric terminal (4) retained inside the cavity (3) by primary retaining means (18); and a secondary retaining device (25) in turn presenting a first movable element (26) which snaps on to the casing (2) for ensuring correct engagement and preventing release of the terminal (4) by the primary retaining means (18); the secondary retaining device (25) also presenting a second movable element (44) interposed between the first movable element (26) and the terminal (4), and which, when subjected to thrust by the first movable element (26), cooperates with the terminal (4) for at least partially expelling it from the cavity (3) in the event the terminal (4) is not correctly engaged by the primary retaining means (18); the first movable element (26) presenting an elastically deformable portion (36) which is released from the second movable element (44) in the event the terminal (4) is correctly engaged by the primary retaining means (18).
Abstract:
A hydraulic drive system for a battery operated portable compression tool (10). The tool (10) has an electric motor (26). The drive system has a self-regulating variable displacement pump (24) with a rotatable conduit frame (44) having radial conduits (80), pistons (46) reciprocally located in the conduits (80), and a ring bearing (48) surrounding the conduit frame (44) in an eccentric adjustable location. Ends of the pistons (46) are located against the inside of the ring bearing (48). A valve plate (60) located against a front end of the rotatable conduit frame (44) to control entry and exit of fluid into and out of the conduit frame (44) as it is rotated.