Abstract: The card connector can adequately detect the state in which an electronic device such as a memory card to be inserted and removed is fitted, and saves the footprint for mounting the card connector. With this card connector, a card detection switch detects a state in which a memory card is fitted in an accommodating part of a housing through an insertion slot. The card detection switch has movable terminals and fixed terminals, and the movable terminals each have a card contact part which is displaced by being pressed by the memory card to be inserted, and a movable contact part which is displaced in a same direction as a direction in which card contact part is displaced following displacement of the card contact part. The fixed terminals are each arranged in the housing to project in a direction to interest the direction in which the movable contact part is displaced, and is slid against by the movable contact part when the movable contact part is displaced.

Abstract: A receptacle connector prevents a plug from being obliquely inserted with a simple configuration. Receptacle connector 100 has: a hollow rectangular shape shield case (120) which is made by machining a metal plate and which includes fitting slot 101; and a housing (110) which is covered by the shield case (120) and in which contacts (130) to be connected with terminal parts (230) of an inserted plug (200) are disposed. In the shield case (120), a projecting part (124) is formed extending along one side of the fitting slot (101) by denting an upper plate part (122), which defines the accommodating part (104) accommodating the plug (200), to project toward an accommodating region (104). An end surface (124a) of this projecting part (124) on the fitting slot (101) side is closer to the fitting slot (101) side than the contacts (130) and forms a plane orthogonal to the upper plate part (122).

Abstract: A connector adequately detects a state of an electronic component such as a memory card which is fitted in the connector by way of insertion, even when scrapes of a housing of the electronic component are produced due to insertion and removal of the electronic component which is fitted. In this connector (100), detecting parts (160A and 160B), which detect that a memory card (20) is fitted completely in an accommodating part (102) or detect whether or not data can be written in the memory card (20), have fixed terminals (162) and movable terminals (161). In the movable terminal (161), a card contacting part (163a) placed in the accommodating part (102) is pressed by the memory card (20), so that a movable contact part (164a) contacts and conducts with the fixed terminal (162).

Abstract: An interface connector makes the pitches between the contacts narrower and realizes miniaturization of the connector. This connector (100) has: a shield case (110) that includes a fitting slot (101) into which an electronic component inserted from an open side fits; a housing (120) that is covered by the shield case (110); and a plurality of contacts (140A and 140B). In the shield case (110), a plurality of contacts (140A and 140B) are disposed along the insertion direction in the housing (120) and contact point parts (141) are aligned in a row in the direction orthogonal to the insertion direction. Lead parts (144) of contacts (140A and 140B) which are adjacent in the direction orthogonal to the insertion direction, project from rear surface (104) of the connector (100), alternately in the directions orthogonal to the insertion direction and the direction in which the contact point parts are aligned in a row.

Abstract: The card connector can adequately detect the state in which an electronic device such as a memory card to be inserted and removed is fitted, and saves the footprint for mounting the card connector. With this card connector (100), a card detection switch (160A) detects a state in which a memory card (20) is fitted in an accommodating part (102) of a housing (110) through an insertion slot (101). The card detection switch (160A) has movable terminals (161) and fixed terminals (162), and the movable terminals (161) each have a card contact part (163a) which is displaced by being pressed by the memory card (20) to be inserted, and a mobile contact part (164a) which is displaced in a same direction as a direction in which card contact part (163a) is displaced following displacement of the card contact part (163a).

Abstract: A connector includes a housing, a plurality of contacts, and a restricting member. The contacts are made of a conductive material. Each of the contacts includes a contacting part and a deformed part. The contacting part protrudes from the housing, is adapted to electrically come in contact with another connector, and is displaced in a first direction when contacts the another connecter. The deformed part is accommodated in the housing and is elastically deformed when the contacting part electrically comes in contact with the another connector. The restricting member is provided in the housing, is contacted to the deformed part, and restricts a displacement of the deformed part in a direction opposite to the first direction.

Abstract: A connector adequately detects a state of an electronic component such as a memory card which is fitted in the connector by way of insertion, even when scrapes of a housing of the electronic component are produced due to insertion and removal of the electronic component which is fitted. In this connector (100), detecting parts (160A and 160B), which detect that a memory card (20) is fitted completely in an accommodating part (102) or detect whether or not data can be written in the memory card (20), have fixed terminals (162) and movable terminals (161). In the movable terminal (161), a card contacting part (163a) placed in the accommodating part (102) is pressed by the memory card (20), so that a movable contact part (164a) contacts and conducts with the fixed terminal (162).

Abstract: A receptacle connector prevents a plug from being obliquely inserted with a simple configuration. Receptacle connector 100 has: a hollow rectangular shape shield case (120) which is made by machining a metal plate and which includes fitting slot 101; and a housing (110) which is covered by the shield case (120) and in which contacts (130) to be connected with terminal parts (230) of an inserted plug (200) are disposed. In the shield case (120), a projecting part (124) is formed extending along one side of the fitting slot (101) by denting an upper plate part (122), which defines the accommodating part (104) accommodating the plug (200), to project toward an accommodating region (104). An end surface (124a) of this projecting part (124) on the fitting slot (101) side is closer to the fitting slot (101) side than the contacts (130) and forms a plane orthogonal to the upper plate part (122).

Abstract: An interface connector makes the pitches between the contacts narrower and realizes miniaturization of the connector. This connector (100) has: a shield case (110) that includes a fitting slot (101) into which an electronic component inserted from an open side fits; a housing (120) that is covered by the shield case (110); and a plurality of contacts (140A and 140B). In the shield case (110), a plurality of contacts (140A and 140B) are disposed along the insertion direction in the housing (120) and contact point parts (141) are aligned in a row in the direction orthogonal to the insertion direction. Lead parts (144) of contacts (140A and 140B) which are adjacent in the direction orthogonal to the insertion direction, project from rear surface (104) of the connector (100), alternately in the directions orthogonal to the insertion direction and the direction in which the contact point parts are aligned in a row.

Abstract: A garment made of a reversible electromagnetic wave shielding knitted material comprising a conductive fiber yarn and an elastic fiber yarn interknitted with each other as a surface side and a natural fiber yarn as a back side, wherein the proportion of the elastic fiber yarn is greater than 0 but not greater than 2/3 of the total amount of the conductive fiber yarn and the elastic fiber yarn interknitted with each other, the conductive fiber yarn is a silver-plated nylon yarn having a denier (d) of about 70 to about 210, the natural fiber yarn is a cotton yarn having a count of 30 to 150, and the material has a KES hand value (G-soft) of at least 6 and an electromagnetic wave shielding capability of at least 20 dB.

Abstract: A connector includes a housing formed of resin and having contacts provided therein, a shield case formed of metal, engaging grooves formed in the housing, and engaging convex parts formed on the shield case. The housing is inserted into the shield case so as to be attached thereto. The engaging convex parts engage the engaging grooves when the housing is inserted into the shield case.

Abstract: A connector includes a contact having an end part connected to another connection device and another end part connected to a cable, and a housing part fixed to the contact by pushing the contact with pressure, wherein the housing part has a first housing part and a second housing part mounted to the first housing part and having a float stop part, the other end part of the contact extends from the first housing part in a state where the contact is fixed to the housing part, and the other end part of the contact is received with the float stop part of the second housing part whereby the contact is prevented from floating.

Abstract: A connector plug includes a metallic shielding cover which is comprised of a first tubular body having a tip side and a second tubular body having a base side, the base side of the second tubular body being partially connected to the tip side of the first tubular body through a continuous connecting part, a plurality of contacts arranged in the shielding cover, and a coupling structure for fixedly coupling the second tubular body to the first tubular body. The structure includes at least one aperture provided in the first tubular body and at least one projection provided in the second tubular body so as to engage with the aperture, and a tip part of the projection is bent for locking the engagement between the aperture and the projection.

Abstract: A connector in which it is possible to prevent its contact from being disengaged or displaced from a groove of a contact holding member includes a shielding cover, a plurality of contacts (terminals) arranged inside the shielding cover, and a contact holding member for holding the contacts inside the shielding cover. The contact holding member is formed with a plurality of grooves, and each groove is formed with opposite protruding portions along its longitudinal direction for restricting the movement of the contact in a direction away from a bottom surface of the groove.

Abstract: An electronic device having a terminal unit disposed within a window formed on the casing is provided. This terminal unit is protected from an inadvertent touch. The electronic device of the present invention includes the casing and the terminal unit that is formed on a substrate disposed in the casing and has one or more terminals exposed through the window formed on the surface of the casing. This electronic device further includes a cover to block up the window. The cover is detachably mounted to the window.

Abstract: The present invention relates to a USB interface device allowing a variety of peripheral devices including USB hubs connected through USB interfaces to be connected thereto without using cables. The USB interface device includes a first-type connector provided to a first surface of a case and/or a second-type connector provided to a second surface of the case opposing the first surface, and a USB hub circuit provided in the case so as to connect the connectors, wherein the first-type and second-type connectors are connectable to each other, and the first-type connector of the USB interface device is connected to the second-type connector of another USB interface device and the second-type connector of the USB interface device is connected to the first-type connector of yet another USB interface device when a plurality of USB interface devices are layered one over another.