Abstract: In a receptacle assembly, a module is guided by a guide rail and held inside an opening of a printed wiring board when a plug connector of the module is connected to a host connector.

Abstract: In a receptacle cage, a front EMI finger in a tubular shape serving as a first shield member is provided on the entire periphery of a substantially rectangular module slot. In addition, a gap between the peripheral edge of a slot of a cover, into which a plug connector for the optical module connected to a receptacle connector in a receptacle connector accommodating portion is inserted, and a peripheral surface of a plug connector and a gap between a lower surface of the cover and a surface, on which a printed wiring board is mounted, are shielded by an EMI gasket serving as a second shield member and an EMI gasket serving as a third shield member, respectively.

Abstract: In a receptacle cage, a front EMI finger in a tubular shape serving as a first shield member is provided on the entire periphery of a substantially rectangular module slot. In addition, a gap between the peripheral edge of a slot of a cover, into which a plug connector for the optical module connected to a receptacle connector in a receptacle connector accommodating portion is inserted, and a peripheral surface of a plug connector and a gap between a lower surface of the cover and a surface, on which a printed wiring board is mounted, are shielded by an EMI gasket serving as a second shield member and an EMI gasket serving as a third shield member, respectively.

Abstract: In a card accommodation portion, an upper section (14U) provided with contact terminals (16ai) electrically connected to an SD card (SDC) detachably attached and a lower section (14D) provided with contact terminals (18ai) electrically connected to an HG-Duo card (22) or a Duo card (23) detachably attached are formed in a stacked manner.

Abstract: A card connector for accommodating either of a first card and a second card with the different size from the first card, includes: contacts including first contacts for the first card and second contacts for the second card; a partition plate which partitions a card accommodation space up and down; and an eject mechanism including an eject member which slides in the card connector in a front-back direction, a card contacting member coupled to the ejected member and having a first card pressing surface that abuts on the first card, and a movable metal member attached to the card contacting member and having a second card pressing surface that abuts on the second card and that is moved between a first position and a second position.

Abstract: A card connector for accommodating either of a first card and a second card with the different size from the first card, includes: contacts including first contacts for the first card and second contacts for the second card; a partition plate which partitions a card accommodation space up and down; and an eject mechanism including an eject member which slides in the card connector in a front-back direction, a card contacting member coupled to the ejected member and having a first card pressing surface that abuts on the first card, and a movable metal member attached to the card contacting member and having a second card pressing surface that abuts on the second card and that is moved between a first position and a second position.

Abstract: In a card accommodation portion, an upper section (14U) provided with contact terminals (16ai) electrically connected to an SD card (SDC) detachably attached and a lower section (14D) provided with contact terminals (18ai) electrically connected to an HG-Duo card (22) or a Duo card (23) detachably attached are formed in a stacked manner.

Abstract: An integrated circuit (“IC”) connector includes a card detection contact terminal which is provided substantially at a central part of a housing unit and between a first grounding contact terminal and a second grounding contact terminal, and first and second contact terminals located so as to face each other along a direction of mounting and demounting of a first IC card, the first contact terminals provided adjacent to and both sides of the card detection contact terminal, the second contact terminals provided adjacent to both sides of the card detection contact terminal.

Abstract: A card connector according to the present invention includes a bottom wall of a base member configured to support a plurality of contacts in a cantilever manner. A rectangular SIM card is inserted into the card connector in such a manner that the shorter side of the card is parallel to the direction of insertion. The plurality of contacts of the card connector are arranged to correspond to respective plural external contact points of the SIM card. Each of the contacts includes a contact portion, two elastic deformation portions, and a terminal portion. The two elastic deformation portions of the contact are coupled together so as to substantially form an isosceles triangle shape with a vertex angle ?1 at a vertex corresponding to the contact portion. The plurality of contacts are arranged parallel to one another, each in an inverted V shape with respect to the card insertion direction.

Abstract: A card insertion slot in the card connector through which two types of cards, large and small cards, can be selectively installed in a card accommodation space include first and second guideways in corresponding to the sizes of the cards. The card connector includes first and second contacts, a lock bracket configured to detect the width of the large card, an actuator configured to be rotatable, and a partition member including a partition plate configured to be movable. When the large card is inserted into the card connector, the lock bracket is moved from the first position to the second position. When the large card is further fed into the card connector, the actuator is rotated from the first position to the second position, and the partition plate is moved from the first position to the second position.

Abstract: A card insertion slot in the card connector through which two types of cards, large and small cards, can be selectively installed in a card accommodation space include first and second guideways in corresponding to the sizes of the cards. The card connector includes first and second contacts, a lock bracket configured to detect the width of the large card, an actuator configured to be rotatable, and a partition member including a partition plate configured to be movable. When the large card is inserted into the card connector, the lock bracket is moved from the first position to the second position. When the large card is further fed into the card connector, the actuator is rotated from the first position to the second position, and the partition plate is moved from the first position to the second position.

Abstract: An IC connector includes a card detection contact terminal which is provided substantially at a central part of a housing unit and between a first grounding contact terminal and a second grounding contact terminal, and first and second contact terminals located so as to face each other along a direction of mounting and demounting of a first IC card, the first contact terminals provided adjacent to and both sides of the card detection contact terminal, the second contact terminals provided adjacent to and both sides of the card detection contact terminal.

Abstract: A card connector according to the present invention includes a bottom wall of a base member configured to support a plurality of contacts in a cantilever manner. A rectangular SIM card is inserted into the card connector in such a manner that the shorter side of the card is parallel to the direction of insertion. The plurality of contacts of the card connector are arranged to correspond to respective plural external contact points of the SIM card. Each of the contacts includes a contact portion, two elastic deformation portions, and a terminal portion. The two elastic deformation portions of the contact are coupled together so as to substantially form an isosceles triangle shape with a vertex angle ?1 at a vertex corresponding to the contact portion. The plurality of contacts are arranged parallel to one another, each in an inverted V shape with respect to the card insertion direction.

Abstract: Engaging portions of a wrong insertion restraining member for restraining wrong insertion of a MINI SD CARD have respective notches engaging the outer edges of openings of locking members.

Abstract: Engaging portions of a wrong insertion restraining member for restraining wrong insertion of a MINI SD CARD have respective notches engaging the outer edges of openings of locking members.

Abstract: A composite type card connector of the present invention includes a connector body, a cover member, first contact members for a small card, second contact members for a large card, and a switching operation mechanism having a movable plate and a operating plate, such that a card-mounting section in the connector body is switched to another one by the switching operation mechanism so that two kinds of cards different in thickness and/or width can be commonly inserted into the same composite type card connector.

Abstract: A composite type card connector of the present invention includes a connector body, a cover member, first contact members for a small card, second contact members for a large card, and a switching operation mechanism having a movable plate and a operating plate, such that a card-mounting section in the connector body is switched to another one by the switching operation mechanism so that two kinds of cards different in thickness and/or width can be commonly inserted into the same composite type card connector.

Abstract: The invention relates to shaped solid articles manufactured with a hydraulically setting composition comprising water, hydraulic binders and reinforcing fibres and moreover process fibres in an amount of 0-10 wt % with respect to total dry mix and fillers in an amount of 0-50 wt % with respect to total dry mix wherein the reinforcing fibres comprise from 0.1 to 5 wt % with respect to total dry mix of highly crystalline polypropylene fibres possessing a fibre breakage strength of over 490 N/mm.sup.2, having Q<5 and 97<HI<100, and 94<IPF<100, Q being the ratio of weight-average molecular weight to number-average molecular weight, HI being the boiling n-heptane insoluble content in wt % with respect to the total polymer and IPF being the isotactic pentad fraction in mol %.

Abstract: There is provided a thermally bonded nonwoven fabric with a unit weight of 10 to 40 g/m.sup.2, comprising 20 to 100% by weight of a composite fiber with a fineness of 0.5 to 8 denier and 80 to 0% by weight of other fibers as the constituent fibers, the composite fiber comprising a first component which is an ethylene-.alpha.-olefin copolymer composition comprising an ethylen-.alpha.-olefin copolymer containing 0.5 to 4% by weight of an .alpha.-olefin having 4 to 12 carbon atoms blended with 0.01 to 0.3% by weight of a phenol type antioxidant and 0.01 to 0.3% by weight of a sulfur type antioxidant, having a Q-value (weight average molecular weight/number average molecular weight) of 4 or less, a density of 0.930 to 0.950 g/cm.sup.3, a melt flow rate of 5 to 50 g/10 min. and an oxidation induction time at 210.degree. C. of 10 min. or longer, and a second component which is a thermoplastic resin having a melting point higher by at least 20.degree. C.