Abstract: A contactor (20) has a joint portion (27) which is jointed to each contactor pad (32) of one wiring board (30) by using a solder at one end portion thereof and a connecting portion (24) which is dip-soldered in each through hole (35) of the other wiring board (33) at the other end portion thereof. A housing (1) is constituted by integrally molding a housing main body (1F) having a U-like shape as seen from a plane and a reinforcing bar portion (2) which connects intermediate portions of opposed parts (1A) and (1B) of the housing main body (1F) with each other. Cavities (3) are substantially linearly formed in the housing main body (1F) at predetermined intervals. The contactors (20) are inserted into cavities (3), and the contactors (20) are movably held in the housing (1) with a holding member.

Abstract: A pulse signal generator using a magnetic device that can cause a large Barkhausen effect, comprises means having a number of pits and projections and generates pulses according to the behavior of these, the means being capable of moving the pits and projections in a first or second direction, the pits and projections being disposed in the moving direction with some of the projections missing or some of the pits filled. The value of the ratio between the time interval of pulses generated by portions other than a projection-missing portion and the time interval of pulses generated by the projection-missing portion or the value of the ratio between the time interval of pulses generated by portions other than a pit-filled portion and the time interval of pulses generated by the pit-filled portion differs between when the pits and projections move in the first or second direction.

Abstract: A pulse signal generator using a magnetic device that can cause a large Barkhausen effect, comprises means having a number of pits and projections and generates pulses according to the behavior of these, the means being capable of moving the pits and projections in a first or second direction, the pits and projections being disposed in the moving direction with some of the projections missing or some of the pits filled. The value of the ratio between the time interval of pulses generated by portions other than a projection-missing portion and the time interval of pulses generated by the projection-missing portion or the value of the ratio between the time interval of pulses generated by portions other than a pit-filled portion and the time interval of pulses generated by the pit-filled portion differs between when the pits and projections move in the first or second direction.

Abstract: A contactor (20) has a joint portion (27) which is jointed to each contactor pad (32) of one wiring board (30) by using a solder at one end portion thereof and a connecting portion (24) which is dip-soldered in each through hole (35) of the other wiring board (33) at the other end portion thereof. A housing (1) is constituted by integrally molding a housing main body (1F) having a U-like shape as seen from a plane and a reinforcing bar portion (2) which connects intermediate portions of opposed parts (1A) and (1B) of the housing main body (1F) with each other. Cavities (3) are substantially linearly formed in the housing main body (1F) at predetermined intervals. The contactors (20) are inserted into cavities (3), and the contactors (20) are movably held in the housing (1) with a holding member.

Abstract: Since the invention makes a structure in which bent portions 18A, 18B of grounding pieces 16A, 16B of a center conductor side grounding portion 11 and bent portions 22A, 22B of grounding pieces 20A, 20B of an outer conductor side grounding portion 13 are connected to each other by joint portions 12A, 12B, solders contact portions 17A, 17B and 21A, 21B of the center conductor side grounding portion 11 and the outer conductor side grounding portion 13 respectively to a center conductor grounding side conductor portion F and an outer conductor grounding side conductor portion G of an antenna element of a glass board face 25a, and then breaks off the joint portions 12A, 12B and thereby separates the center conductor side grounding portion 11 and the outer conductor side grounding portion 13 from each other, the invention makes it possible to stably attach a center conductor and an outer conductor of the fore-end portion of a coaxial cable to the same positions as determined in a terminal for coaxial cable and to

Abstract: Since the invention makes a structure in which bent portions 18A, 18B of grounding pieces 16A, 16B of a center conductor side grounding portion 11 and bent portions 22A, 22B of grounding pieces 20A, 20B of an outer conductor side grounding portion 13 are connected to each other by joint portions 12A, 12B, solders contact portions 17A, 17B and 21A, 21B of the center conductor side grounding portion 11 and the outer conductor side grounding portion 13 respectively to a center conductor grounding side conductor portion F and an outer conductor grounding side conductor portion G of an antenna element of a glass board face 25a, and then breaks off the joint portions 12A, 12B and thereby separates the center conductor side grounding portion 11 and the outer conductor side grounding portion 13 from each other, the invention makes it possible to stably attach a center conductor and an outer conductor of the fore-end portion of a coaxial cable to the same positions as determined in a terminal for coaxial cable and to

Abstract: An inside unit (54) is housed in the unit receiving section 81 of a lamp socket (1). The central terminal (3) is connected to the high-voltage output terminal (76) of the inside unit (54) and mounted in the terminal aperture (11A) of a terminal mount (11) at the center of the lamp socket (1). The low-voltage output terminal (77) of the inside unit (54) is connected to the side terminal (4) of the lamp socket (1).

Abstract: An inside unit (54) is housed in the unit receiving section 81 of a lamp socket (1). The central terminal (3) is connected to the high-voltage output terminal (76) of the inside unit (54) and mounted in the terminal aperture (11A) of a terminal mount (11) at the center of the lamp socket (1). The low-voltage output terminal (77) of the inside unit (54) is connected to the side terminal (4) of the lamp socket (1).

Abstract: A lamp socket comprises a socket body (1) having a socket fitting section (4) for receiving a lamp fitting section (81) of a lamp, a first terminal mounting section (9) provided at a center of the socket fitting section (4), a first terminal (40) provided in the first terminal mounting section (9), a second terminal mounting section (10) provided in a circumferential wall of the socket fitting section (4), a second terminal (50) provided in the second terminal mounting section (10), a cover (30) attachable to the back of the socket body (1), first and second terminal receiving cavities (3A, 3B) provided in the socket body (1), a seal groove (34) provided in the cover (30) so as to surround the first terminal cavity (3A), a seal insulation member (70) provided in the seal groove (34), and a seal press portion (14) provided on the back of the socket body (1) such that when the cover (30) is attached to the socket body (1), the seal press portion (14) is fitted into the groove (34) to press down the seal insulat

Abstract: A lamp socket includes a socket body (1); a first terminal (40) provided in the first terminal mounting section and having a first terminal leg (43); a second terminal (50) provided in the second terminal mounting section and having a second terminal leg (53); first and second mating terminal receiving cavities (3A) and (3B) provided in a back of the socket body; a seal groove (14) surrounding the first mating terminal receiving cavity (3A) to separate the first mating terminal receiving cavity (3A) from the second mating terminal receiving cavity (3B) such that the first and second terminal legs project in the first and second mating terminal receiving cavities, respectively; a seal insulation member (70) fitted in the seal groove (14); and a cover (30) attached to the back of the socket body so that a seal press portion (34) of the cover is fitted into the seal groove (14) to apply a pressure on the seal insulation member (70).

Abstract: A lamp socket includes a socket body (1); a first terminal (40) provided in the first terminal mounting section and having a first terminal leg (43), a second terminal (50) provided in the second terminal mounting section and having a second terminal leg (53), first and second mating terminal receiving cavities (3A) and (3B) provided in a back of the socket body; a seal groove (14) surrounding the first mating terminal receiving cavity (3A) to separate the first mating terminal receiving cavity (3A) from the second mating terminal receiving cavity (3B) such that the first and second terminal legs project in the first and second mating terminal receiving cavities, respectively; a seal insulation member (70) fitted in the seal groove (14); and a cover (30) attached to the back of the socket body so that a seal press portion (34) of the cover is fitted into the seal groove (14) to apply a pressure on the seal insulation member (70).

Abstract: A central terminal (40) is provided in the central mount (9) of the plugging cavity (4) for contact with the plug terminal (85) of the lamp plug (B). An outer terminal (50) and a check terminal (70) are provided in the outer mount (10A) and the check mount (10B), respectively, for contact with the annular contact (88) on the side wall of the lamp plug (B).

Abstract: The press-fit section 31 is made up of a lance member 33 for engagement with the latch apertures 26a and 29b of terminal legs 26 and 29 of central and peripheral terminals 3 and 4 and a press-fit portion 36 formed by a pair of linear protrusions 34L and 34R and a pair of pressdown pieces 35L and 35R so that by engaging the lance member 33 with the latch apertures 26a and 29b and holding the terminal legs 26 and 29 between the pressdown pieces 35L and 35R and the linear protrusions 34L and 34R, the terminal leges 26 and 29 are connected to the press-fit terminal 5 with the crimping section 30 crimped on an electrical wire 39.

Abstract: The stopper 70 is provided a seal press 71 for pressing the head portion 66 of an insulation seal member 60. The insulation seal member 60 is attached to the insulation seal mounting portion 7 such that the inner surface of the seal body 61 and the abutment face 67 of the head portion 66 are abutted against the outer surface and the end face of a tubular member 6, respectively, to press the head portion 66 of the insulation seal member 69 with the seal press 71 of the stopper 70 and hold the head portion 66 between the end face of the tubular member 6 and the seal press 71 of the stopper 70.

Abstract: An electrical connector includes a female terminal 31 engaged with a lance 40 of the connector housing 3 and having a contact portion 46 and a retainer latch shoulder 60 and a retainer 32 having a wedge member 55 for urging the lance 40 against the terminal and a retainer lance 54 for engagement with the retainer latch shoulder 60 of the female terminal 31.

Abstract: A waterproof connector includes a housing having front and rear openings; a terminal unit provided in the housing and connected to a cable; and a watertight closure for closing the rear opening of the housing through which the cable is taken out. The watertight closure includes a bowl-like retainer attachable to the rear opening of the housing, the retainer having a bottom with a through hole for taking out the cable and a molding section on the bottom and a plurality of linkage apertures through the molding section, and an elastic seal secured within the retainer by securing portions of the elastic seal provided within the molding section and the linkage apertures and having a second through hole concentric with the first through hole.

Abstract: An electrical connector assembly consists of a first connector and a second connector. The first connector includes a first metallic housing and a first terminal unit comprising an insulating block, a first terminal supported by the insulating block, and a first shield jacket provided over the insulating block and the first terminal. The first terminal unit provided within the first metallic housing such that the first shield jacket is electrically connected to the first housing while the first terminal is connected to a printed circuit board. The second connector incudes a second housing of a synthetic resin and a second terminal unit comprising a second insulation block, a second terminal supported by the second insulation block, and a second shield jacket provided over the second insulation block and the second terminal; and the second terminal unit provided in the second housing.

Abstract: An electrical connector with an antenna terminal includes an insulation housing (4) having a base portion (4a) with at least one mounting hole (6); an antenna terminal insulation column (9) extending forwardly from the base portion and having a central aperture (14) therethrough; and an outer conductor terminal (22) having a cylindrical terminal body (23) fitted over the antenna terminal insulation column and a conductor portion (24) extending outwardly from a lower edge of the terminal body and having a ring portion (25) which is placed on the mounting hole for attachment to a grounding object.