Abstract: A container which is not bulky at the time of shipping and can be stably stood on a suitable place. The container includes a lid member for closing a take-out opening (brittle portion) of the container body 2. On the lower outer side of the container body, there are formed slits for fitting the lid member to the container body after the container body and the lid member are separated apart, and auxiliary leg portions that protrude outward of the container body. The lid member is forming holding leg portions that protrude outward therefrom. Wing portions of the holding leg portions are inserted in the slits to fit the lid member to the container body, and the erected attitude of the container body is supported by the holding leg portions.

Abstract: A container which is not bulky at the time of shipping and can be stably stood on a suitable place. The container includes a lid member for closing a take-out opening (brittle portion) of the container body 2. On the lower outer side of the container body, there are formed slits for fitting the lid member to the container body after the container body and the lid member are separated apart, and auxiliary leg portions that protrude outward of the container body. The lid member is forming holding leg portions that protrude outward therefrom. Wing portions of the holding leg portions are inserted in the slits to fit the lid member to the container body, and the erected attitude of the container body is supported by the holding leg portions.

Abstract: A differential signal transmission connector includes an insulative housing. A plurality of pairs of differential signal transmission contacts and a plurality of grounding contacts are provided in the insulative housing. The differential signal transmission contacts and the grounding contacts are arranged in two rows. A first contact from each of the pairs of the differential signal transmission contacts is arranged in a first row, and a second contact from each of the pairs of the differential signal transmission contacts is arranged in a second row. The grounding contacts are arranged in the first row between each of the first contacts and the grounding contacts are arranged in the second row between each of the second contacts.

Abstract: A differential signal transmission connector includes an insulative housing. A plurality of pairs of differential signal transmission contacts and a plurality of grounding contacts are provided in the insulative housing. The differential signal transmission contacts and the grounding contacts are arranged in two rows. A first contact from each of the pairs of the differential signal transmission contacts is arranged in a first row, and a second contact from each of the pairs of the differential signal transmission contacts is arranged in a second row. The grounding contacts are arranged in the first row between each of the first contacts and the grounding contacts are arranged in the second row between each of the second contacts.

Abstract: A container which is not bulky at the time of shipping and can be stably stood on a suitable place. The container includes a lid member for closing a take-out opening (brittle portion) of the container body 2. On the lower outer side of the container body, there are formed slits for fitting the lid member to the container body after the container body and the lid member are separated apart, and auxiliary leg portions that protrude outward of the container body. The lid member is forming holding leg portions that protrude outward therefrom. Wing portions of the holding leg portions are inserted in the slits to fit the lid member to the container body, and the erected attitude of the container body is supported by the holding leg portions.

Abstract: A coupler for an electrical connector assembly includes first and second holding members that mate to fix a flexible flat cable therebetween. At least one of the first or second holding members has an inner surface provided with a metallic shell that contacts an exposed grounding member of the flexible flat cable. The metallic shell has a contact member extending therefrom that engages a metallic shielding shell on a housing of an electrical connector.

Abstract: A board mounted electrical connector includes signal contacts, grounding contacts, and an insulative housing for holding the signal contacts and the grounding contacts. At least one pair of signal contacts and a grounding contact corresponding to the pair of signal contacts are arranged in two rows at an engagement portion of the insulative hosing. Leg portions of the signal contacts and the grounding contacts, which are to be mounted onto a circuit board, are arranged in three rows at positions closest to an engagement surface of the insulative housing to positions furthest from the engagement surface. Leg portions of the grounding contacts are provided in the first row closest to the engagement surface.

Abstract: The present invention provides an inexpensive card connector assembly which is used for the connection with two cards having mutually different transmission speeds, which can maintain transmission characteristics, and which is therefore suitable for high-speed transmission. The card connector assembly comprises first and second card connectors that are stacked for the connection with two cards having mutually different transmission speeds, and transmission paths for connecting the first and second card connectors to a circuit board. The transmission paths comprise a plurality of first and second terminal parts that respectively extend from the first and second card connectors, and a rigid board to which the first and second terminal parts are connected.

Abstract: A coupler for an electrical connector assembly includes first and second holding members that mate to fix a flexible flat cable therebetween. At least one of the first or second holding members has an inner surface provided with a metallic shell that contacts an exposed grounding member of the flexible flat cable. The metallic shell has a contact member extending therefrom that engages a metallic shielding shell on a housing of an electrical connector.

Abstract: The present invention provides a card connector assembly that is used for the connection with two cards having mutually different transmission speeds and that can maintain transmission characteristics while minimizing the amount of an expensive FPC used. The card connector assembly comprises stacked first and second card connectors for connection with two cards having mutually different transmission speeds, and transmission paths for connecting the first and second card connectors to a circuit board. The transmission path for the first card connector to which a card with a relatively high transmission speed is to be connected is constructed from an FPC to which the first card connector is connected. The transmission path for the second card connector to which a card with a relatively low transmission speed is to be connected comprises terminal parts that extend from the second card connector, and a rigid board to which the terminal parts are connected.

Abstract: A board mounted electrical connector includes signal contacts, grounding contacts, and an insulative housing for holding the signal contacts and the grounding contacts. At least one pair of signal contacts and a grounding contact corresponding to the pair of signal contacts are arranged in two rows at an engagement portion of the insulative hosing. Leg portions of the signal contacts and the grounding contacts, which are to be mounted onto a circuit board, are arranged in three rows at positions closest to an engagement surface of the insulative housing to positions furthest from the engagement surface. Leg portions of the grounding contacts are provided in the first row closest to the engagement surface.

Abstract: The present invention provides an inexpensive card connector assembly which is used for the connection with two cards having mutually different transmission speeds, which can maintain transmission characteristics, and which is therefore suitable for high-speed transmission. The card connector assembly comprises first and second card connectors that are stacked for the connection with two cards having mutually different transmission speeds, and transmission paths for connecting the first and second card connectors to a circuit board. The transmission paths comprise a plurality of first and second terminal parts that respectively extend from the first and second card connectors, and a rigid board to which the first and second terminal parts are connected.

Abstract: The present invention provides a card connector assembly that is used for the connection with two cards having mutually different transmission speeds and that can maintain transmission characteristics while minimizing the amount of an expensive FPC used. The card connector assembly comprises stacked first and second card connectors for connection with two cards having mutually different transmission speeds, and transmission paths for connecting the first and second card connectors to a circuit board. The transmission path for the first card connector to which a card with a relatively high transmission speed is to be connected is constructed from an FPC to which the first card connector is connected. The transmission path for the second card connector to which a card with a relatively low transmission speed is to be connected comprises terminal parts that extend from the second card connector, and a rigid board to which the terminal parts are connected.

Abstract: The present invention aims to provide an electrical cable assembly which is inexpensive and allows a user to make a proper connection between devices. Electrical connectors which are fixed on both ends of the cable are provided with a visual indicator which enables a user to make a proper connection with a tuner or PDP (Plasma Display Panel) even with the interchangeable mating surfaces of the electrical connectors.

Abstract: The invention relates to an electrical cable for termination to an electrical component and method for termination that minimizes the mismatching of the differential impedance of a terminal part from which a shielding covering of an electrical cable has been stripped in a cable consisting of two differential transmission signal wires, a drain wire and a shielding covering that covers the electrical wire. Accordingly, a plastic heat-shrink tube is caused to adhere tightly to the terminal part and shielding covering, except for the stripped front end portion of the terminal part, so that the front end portion is exposed. As a result, the heat-shrink tube prevents or alleviates the mismatching of the differential impedance.

Abstract: The invention relates to an electrical cable for termination to an electrical component and method for termination that minimizes the mismatching of the differential impedance of a terminal part from which a shielding covering of an electrical cable has been stripped in a cable consisting of two differential transmission signal wires, a drain wire and a shielding covering that covers the electrical wire. Accordingly, a plastic heat-shrink tube is caused to adhere tightly to the terminal part and shielding covering, except for the stripped front end portion of the terminal part, so that the front end portion is exposed. As a result, the heat-shrink tube prevents or alleviates the mismatching of the differential impedance.

Abstract: The present invention relates to an adhesive having high adhesiveness to a metal, especially a noble metal and a noble metal alloy. This adhesive comprises a thiouracil derivative typified by 6-methacryloyloxyhexyl 2-thiouracil-5-carboxylate, a radical-polymerizable monomer such as 2,2-bis(4-(methacryloxyethoxy)phenyl)propane, and a polymerization initiator, and as required, a filler.

Abstract: A thiouracil derivative represented by the following general formula (1) or (2) ##STR1## (wherein, R.sup.1 and R.sup.2 each are a hydrogen atom or an alkyl group, and at least one of R.sup.1 and R.sup.2 is a hydrogen atom, and R.sup.3 is a hydrogen atom, an alkyl group or a phenyl group, and R.sup.4 is a bivalent saturated hydrocarbon group having 2 to 12 carbon atoms, Z is --COO--, CH.sub.2 O-- or --C.sub.6 H.sub.4 --CH.sub.2 O--, and R.sup.5 is a hydrogen atom or a methyl group), and a metal surface-treating agent for bonding a metal, particularly a noble metal to a resin or the like in high adhesive strength and in high water resistance and high durability which contains the above thiouracil derivative and an organic solvent such as acetone or ethanol.