An electgromagnetic interference resistant electrical connector consisting of an electrical plug and an electrical receptacle. The electrical plug includes an insulating housing having a floor portion which defines a fitting cavity; first contact elements arranged on a surface of the floor portion such that their contact sections are exposed in the fitting cavity; first shield plate provided on the other surface of the floor portion; and second shield plate provided above the contact sections to cover the fitting cavity. The electrical receptacle includes an insulating housing having contact support plate; second contact elements arranged on the contact support plate such that their contact sections are exposed in the fitting cavity; and a shield case having a ceiling portion close to the contact support plate and a floor portion opposed to the second contact sections such that when both the electrical plug and receptacle are connected to each other, the first and second contact sections are brought into contact with each other in the fitting cavity, and the first and second shield plate are brought into contact with the ceiling and floor portion of the shield case, respectively, so as to enclose both the floor portion and the contact support plate.

EMI resistant electrical connector

PURPOSE: To reduce the number of movable parts and increase durability by mounting first and second elastic films on a disc having a fluid inlet and a fluid outlet to form first and second pumping chambers, communicating the pumping cambers with the fluid inlet via first and second check valves and selectively connecting the fluid outlet to the respective pumping chambers with the check outlet valve CONSTITUTION: When force 80 as shown by an arrow mark is applied to a first film 22 after a first pumping chamber 30 if full, an inlet port 56 is closed to block a flow from the first pumping chamber 30 into a fluid inlet 14 and fluid is directed into a first outlet port 40 as shown by an arrow mark 82 to open the outlet port 40 with the operation of a tube 44 In this way, the fluid flows into a passage 46 at a fluid outlet 16 as shown by an arrow mark 84 Similarly, an additional flow into the fluid inlet 14 enters through a second inlet port 62 into a pumping chamber 32 as shown by an arrow mark 86 to make the second pumping chamber 32 full again

Two-compartment pump

PURPOSE:To perform appropriate grinding to a hose using the same mandrel even if the inner diameter of the hose is dispersed to some degree by holding the hose edge fixedly by the expanding/opening action of an expanding/opening claw. CONSTITUTION:A cylinder 34 is operated to push a shaft body out and a cam rod 24 in. A cam face 50 at the tip touches the cam part 48 of an expanding/ opening claw 42 in a mandrel 20 so as to expand the cam part 48 and expand/ open the expanding/opening claw 42 outward in the radial direction. As a hose 15 is then held from inside by the expanding/opening claw 42, a shaft 14 and the mandrel 20 are rotated by a timing belt 16. The hose 15 is thereby rotated, but positively without generating slips because of being held by the mandrel 20 with sufficiently strong force. A rotary grinding wheel is pressed to the edge outer peripheral surface of the hose 15, and this edge is ground by the grinding wheel to the specified outer diameter measure.

Hose edge grinding method and grinding device

of EP0331156Poly(p-phenyleneterephthalamide) yarn of improved fatigue resistance is prepared.

Process for the preparation of poly(p-phenyleneterephthalamide) yarns of improved fatigue resistance

PURPOSE:To enhance sensitivity, to reduce fog, and to improve contrast in the low density range by incorporating silver halide grains prepared by regulating pAg to >=97 in at least one of direct positive silver halide emulsion layers in the later half of emulsion preparation step CONSTITUTION:At least one of the direct positive silver halide emulsion layers contains the silver halide grains prepared by regulating pAg to >=97 in the later half of the preparation step, after the point of time when half the material silver to be used for preparing the emulsion has been consumed It is preferred to instantaneously or gradually change the pAg when the produced or precipitated silver reaches half the total silver amount to be used for the emulsion preparation to regulate pAg to >=97 at the time of end of the preparation, thus permitting sensitivity to be enhanced to a prescribed degree, fog to be lowered, and the contrast in the range of low density to be improved

Direct positive silver halide photographic sensitive material

PURPOSE: To obtain the titled fiber having excellent strength and high knot strength, by extruding a dope of poly(phenylene terephthalamide) in air, and carrying out the wet spinning in a coagulation bath under specific condition. CONSTITUTION: Poly(p-phenylene terephthalamide) is dissolved in sulfuric acid (or a solvent composed mainly of sulfuric acid) at a polymer concentration of ≥17wt%. The obtained dope is extruded from a spinneret in a gas, and introduced into a coagulation bath such as an aqueous solution of sulfuric acid cooled to ≤-15°C and having a depth of ≤15cm. The coagulated filament is taken out of the coagulation bath at a speed to apply a draft of ≥7.5 to the filament, washed with water, and dried to obtain the objective fiber having a density of 1.43g/cm 3 , a crystal orientation angle of 14W30°, an apparent crystal size of 5W50Å, and having a stripe pattern formed nearly perpendicular to the fiber direction. COPYRIGHT: (C)1985,JPO&Japio

Poly(p-phenylene terephthalamide) fiber and its manufacture

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Poly(p-phenylene terephthalamide) fiber and its manufacture