Abstract:
The electronic components, provided with a series of contact pins, are picked up out of a feed unit (50) by a pickup-and-insertion head (20) which travels along the Y axis to above a table (12) on which is mounted the printed circuit board, and which can travel along the X axis. The series of contact pins are pushed into the corresponding holes in the board after a visual inspection of the position of the contact pins and holes has been carried out. This visual inspection is carried out by a camera (70) which is fixed-mounted between the feed unit and the table (12), and by a camera (80) which is mounted in the vicinity of the head (20) and which can travel with said head.
Abstract:
An electric connector (1) including an insulating case (2) defining a number of axial cavities (3), and a number of electric terminals (4) housed respectively inside the cavities (3) and each comprising a contact body (15) cooperating with a respective complementary terminal (11) and presenting a box structure (18) defined by four lateral walls (19, 20, 21, 22), two (21, 22) of which mate with each other along an edge of the box structure. The contact body presents at least one tab (38) extending integrally from one (21) of the aforementioned two walls and bent onto the other (22), for both enhancing the structural resistance of the box structure (18) and ensuring correct insertion of the terminal (4) inside the respective cavity (3) which presents locating ribs (13a, 13b) for the purpose.
Abstract:
L'invention concerne une embase télémanipulable à fourche de préguidage. Elle est caractérisée en ce qu'une branche (17) de ladite fourche présente un prolongement (18) pourvu d'un moyen de détrompage angulaire, en particulier une fente ayant une largeur permettant le passage d'une partie arrière coudée (27) de la fiche (2). L'invention concerne également un ensemble fiche-embase dans lequel, lorsque la fiche (2) est montée sur l'embase (1), le prolongement (18) forme un support mécanique d'au moins une partie (22, 23) du corps de la fiche (2).
Abstract:
Ce composant comporte une face d'entrée (3) recevant un faisceau lumineux et/ou une face de sortie émettant un faisceau lumineux, et au moins une lentille (6) focalisant le faisceau lumineux en un plan image. Selon l'invention, le composant comporte un corps tubulaire (1) et la lentille est en un matériau élastiquement déformable d'élasticité supérieure à celle du matériau du corps, la lentille étant emmanchée à force dans le corps tubulaire, le serrage de la lentille dans le corps assurant à lui seul le maintien mécanique de la lentille et l'étanchéité du volume intérieur du corps à l'arrière de la lentille.
Abstract:
Cette fiche (200) est destinée à coopérer avec une embase ou autre élément de connexion femelle comportant un logement tubulaire (103) pourvu de deux tétons (109) diamétralement opposés d'encliquetage et de verrouillage. Selon l'invention, la fiche comporte :
un corps central allongé (210), logeant la terminaison de fibre (211, 212), avec une région cylindrique (250) dont la section extérieure est homologue de la section intérieure du logement de l'embase, et deux bras (220) élastiquement déformables, reliés chacun par l'une (222) de leurs extrémités à une région postérieure (218) du corps central et s'étendant le long du corps central sensiblement parallèlement à l'axe général de celui-ci et en direction des tétons respectifs de l'embase,
l'extrémité libre (223) de chaque bras portant chacune un flasque (230) pourvu, sur sa face tournée vers le corps central, d'un alvéole (231) de section au moins partiellement homologue de la section extérieure du téton respectif de l'embase.
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 (5); and secondary retaining means (24) presenting a first movable element (25) which snaps on to the casing (2) to determine correct engagement and prevent disengagement of the primary retaining means (5) and the terminal (4); the secondary retaining means (24) also presenting a second movable element (37) interposed between the first movable element (25) and the terminal (4), and which the first movable element (25) causes to cooperate with and at least partly expel the terminal (4) from the cavity (3) in the event the primaryretaining means (5) fail to correctly engage the terminal (4).
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:
An electronic component heat sink assembly comprising a printed circuit board (14) having electronic components (18); and a box (12) surrounding the printed circuit board (14). The box (12) has a first box member (24) with a molded plastic frame (30) and a heat transfer member (32) connected to the molded plastic frame (30). The frame of the first box member can also form part of an electrical header connector. The heat transfer member (32) extends through the molded plastic frame (30) and has portions (40, 42) which extend from different sides of the molded plastic frame (30). The portions of the heat transfer member (32) extend from a first one of the sides of the molded plastic frame and are thermally connected to the electronic components (18) such that heat from the electronic components (18) is transferred out of the box (12), through the molded plastic frame (30), by the heat transfer member (32).
Abstract:
A hydraulic tool having a frame (28), a conduit system (34, 36, 38, 40, 42, 43, 44, 46, 58) in the frame, a pump (24) in the conduit system, a ram (16) movably connected to the frame, and a mechanical actuator (66) provided in the conduit system for contacting a rear end (76) of the ram (16). The conduit system is adapted to conduit hydraulic fluid from the pump (24) against both the rear end (76) of the ram (16) and a rear end (68) of the mechanical actuator (66).