Abstract: A press-fit terminal is provided with a press-fit portion including two contact pieces facing each other across an eye hole. Each of the two contact pieces includes a parallel portion in parallel to that of the other contact piece, a front spring portion and a rear spring portion. A thickness of the press-fit portion is 0.75 mm or more and 0.85 mm or less. When G1 [mm3] and G2 [mm3] denote front spring strength and rear spring strength for the press-fit portion, G1+G2 is 0.030 or more and 0.080 or less. Further, when ? denotes a gradient of the front spring portion with respect to an inserting direction of the press-fit portion, G1 tan ? is 0.0024 or more and 0.0070 or less.

Abstract: Provided is an exhaust gas purification catalyst improved in warm-up performance while suppressing HC poisoning of a noble metal in an atmosphere in which an air-fuel ratio (A/F) is rich and the HC poisoning easily occurs. The present disclosure relates to an exhaust gas purification catalyst that includes a substrate and a catalyst coating layer coated on the substrate. The catalyst coating layer includes a lower coating layer coated on the substrate and an upper coating layer coated on the lower coating layer. The lower coating layer contains a noble metal. The upper coating layer contains Pd and/or Pt. The Pd and/or Pt contained in the upper coating layer is supported on A12O3 by a certain amount or more. A thickness of the upper coating layer is adjusted.

Abstract: A press-fit terminal includes a press-fit portion including two contact pieces facing each other with an eyehole interposed therebetween, where each of the two contact pieces includes a parallel portion, a front spring portion extending from the parallel portion in a direction in which the press-fit portion is inserted, and a rear spring portion extending from the parallel portion in a direction opposite to the direction in which the press-fit portion is inserted, the two parallel portions being parallel to each other, a thickness of the press-fit portion is 0.3 mm or more and 0.5 mm or less, when a length of the eyehole is Le [mm] and a length of the parallel portion is Ls [mm], Ls/Le is 0.57 or more and 0.65 or less, and when front spring strength is G1 [mm3] and rear spring strength is G2 [mm3], G1/G2 is 0.55 or more and 1.45 or less.

Abstract: An object is to, for physical properties, holding force, contact area, and insertion force in a trade-off relationship, set the holding force to 37 N or more, the contact area to 0.72 mm2 or more, and the insertion force to 90 N or less. A press-fit terminal is to be press-fitted into a through hole formed in a circuit board. A press-fit part includes a beam and an eye hole that is surrounded by the beam. The beam includes two parallel parts that are parallel to each other. In the press-fit part, G1/G2 is 0.20 or more and 1.05 or less where a front-side spring strength is G1 [mm3] and a rear-side spring strength is G2 [mm3] calculated under the following conditions, and G is 0.007 mm3 or more and 0.012 mm3 or less where a spring strength G [mm3] is G1+G2.

Abstract: An object is to, for physical properties, holding force, contact area, and insertion force in a trade-off relationship, set the holding force to 37 N or more, the contact area to 0.72 mm2 or more, and the insertion force to 90 N or less. A press-fit terminal is to be press-fitted into a through hole formed in a circuit board. A press-fit part includes a beam and an eye hole that is surrounded by the beam. The beam includes two parallel parts that are parallel to each other. In the press-fit part, G1/G2 is 0.20 or more and 1.05 or less where a front-side spring strength is G1 [mm3] and a rear-side spring strength is G2 [mm3] calculated under the following conditions, and G is 0.007 mm3 or more and 0.012 mm3 or less where a spring strength G [mm3] is G1+G2.

Abstract: A reading device scans receipts, and transmits image data of the receipts to an analyzer. The analyzer receives the image data, extracts images of the receipts from the image data; counts a number of the images; executes a character recognition process to obtain text data; transmits, to the display device, a number of all of the images, and sequentially transmits, to the display device, the images for which the character recognition process has been completed, together with the text data. The display device sequentially displays each image, together with the text data; and upon detecting that the number of all of the images matches a number of the sequentially transmitted images, receives a command to report to the analyzer that the reception the images is completed.

Abstract: A reading device scans receipts, and transmits image data of the receipts to an analyzer. The analyzer receives the image data, extracts images of the receipts from the image data; counts a number of the images; executes a character recognition process to obtain text data; transmits, to the display device, a number of all of the images, and sequentially transmits, to the display device, the images for which the character recognition process has been completed, together with the text data. The display device sequentially displays each image, together with the text data; and upon detecting that the number of all of the images matches a number of the sequentially transmitted images, receives a command to report to the analyzer that the reception the images is completed.

Abstract: It is aimed to prevent a reduction of contact reliability. A card edge connector (A) includes a first housing (10) formed with a board accommodation space (16) open forward, terminal fittings (17) provided in the first housing (10) and formed with resilient contact portions (18) projecting toward the board accommodation space (16), a second housing (20) including a circuit board (23) to be inserted into the board accommodation space (16) from front of the first housing (10), and guide slopes (36) made of synthetic resin, provided to cover a leading edge of the circuit board (23) in an inserting direction into the board accommodation space (16) and inclined with respect to the inserting direction into the board accommodation space (16).

Abstract: It is aimed to prevent a reduction of contact reliability. A card edge connector (A) includes a first housing (10) formed with a board accommodation space (16) open forward, terminal fittings (17) provided in the first housing (10) and formed with resilient contact portions (18) projecting toward the board accommodation space (16), a second housing (20) including a circuit board (23) to be inserted into the board accommodation space (16) from front of the first housing (10), and guide slopes (36) made of synthetic resin, provided to cover a leading edge of the circuit board (23) in an inserting direction into the board accommodation space (16) and inclined with respect to the inserting direction into the board accommodation space (16).

Abstract: An exhaust gas-purifying catalyst includes a support provided with one or more through-holes through which exhaust gas flows, and a catalytic layer supported by the support and containing an oxygen storage material. The exhaust gas-purifying catalyst includes a first section to which the exhaust gas is supplied, and a second section to which the exhaust gas having passed through the first section is supplied. The catalytic layer includes a layered structure of a first catalytic layer containing platinum and/or palladium and a second catalytic layer containing rhodium in the first catalytic section and further includes a third layer containing rhodium in the second section. The second section is smaller in oxygen storage material content per unit volumetric capacity than the first section.

Abstract: An exhaust gas-purifying catalyst includes a support provided with one or more through-holes through which exhaust gas flows, and a catalytic layer supported by the support and containing an oxygen storage material. The exhaust gas-purifying catalyst includes a first section to which the exhaust gas is supplied, and a second section to which the exhaust gas having passed through the first section is supplied. The catalytic layer includes a layered structure of a first catalytic layer containing platinum and/or palladium and a second catalytic layer containing rhodium in the first catalytic section and further includes a third layer containing rhodium in the second section. The second section is smaller in oxygen storage material content per unit volumetric capacity than the first section.

Abstract: A circuit board connector housing (10) includes slide contacts (19) arranged before contact areas (16) of detecting terminals (15A) with respect to a connecting direction. The slide contacts (19) contact touching portions (30) of shorting terminals (27) during a connecting operation of two housings (10, 20). The slide contacts (19) remove foreign matter from the touching portions (30) during the connecting operation of the two housings (10, 20). Thus, extra efforts to remove foreign matter are not needed before the housings (10, 20) are connected. The absence of foreign matter on the touching portions (30) achieves good quality contact with the contact areas (16) of the detecting terminals (15A) and assures reliability of a connection detecting function.

Abstract: With a pair of housings (10, 30) connected, a lever (20) provided in a female housing (10) is prevented from separating from a male housing (30) at two positions, i.e. at an engaged position of a cam follower (34) and a cam groove (25) and an engaged position with a preventing portion (36). These two separation preventing positions are separated in a direction normal to connecting and separating directions of the female housing (10) to prevent inclinations of the two housings (10, 30).

Abstract: With a pair of housings (10, 30) connected, a lever (20) provided in a female housing (10) is prevented from separating from a male housing (30) at two positions, i.e. at an engaged position of a cam follower (34) and a cam groove (25) and an engaged position with a preventing portion (36). These two separation preventing positions are separated in a direction normal to connecting and separating directions of the female housing (10) to prevent inclinations of the two housings (10, 30).

Abstract: A connector has female and male housings (10, 60). A cam pin (63) projects from the male housing (60), and a jaw (65) bulges out at the end of the cam pin (63). A lever (30) is mounted to the female housing (10), and has a cam groove (33) for engaging the cam pin (63). A step (38, 39) in the cam groove (33) defines an accommodating portion (42) for the jaw (65). The depth of the accommodation portion (42) is larger near the entrance of the cam groove (33) so that the jaw (65) initially is accommodated loosely. However the depth of the accommodating portion (42) is smaller towards the back of the cam groove (33) to prevent loose movements.

Abstract: A circuit board connector housing (10) includes slide contacts (19) arranged before contact areas (16) of detecting terminals (15A) with respect to a connecting direction. The slide contacts (19) contact touching portions (30) of shorting terminals (27) during a connecting operation of two housings (10, 20). The slide contacts (19) remove foreign matter from the touching portions (30) during the connecting operation of the two housings (10, 20). Thus, extra efforts to remove foreign matter are not needed before the housings (10, 20) are connected. The absence of foreign matter on the touching portions (30) achieves good quality contact with the contact areas (16) of the detecting terminals (15A) and assures reliability of a connection detecting function.

Abstract: A connector has female and male housings (10, 60). A cam pin (63) projects from the male housing (60), and a jaw (65) bulges out at the end of the cam pin (63). A lever (30) is mounted to the female housing (10), and has a cam groove (33) for engaging the cam pin (63). A step (38, 39) in the cam groove (33) defines an accommodating portion (42) for the jaw (65). The depth of the accommodation portion (42) is larger near the entrance of the cam groove (33) so that the jaw (65) initially is accommodated loosely. However the depth of the accommodating portion (42) is smaller towards the back of the cam groove (33) to prevent loose movements.

Abstract: A shielded connector assembly has first and second housings (11, 31). The first housing (11) has a fitting space (17) formed with coupling ribs (16). A shielding shell (26) is in the fitting space (17) and has slits (27) that receive the coupling ribs (16). A preventing groove (29) is formed in a peripheral surface of a fitting space (17) and receives a projection (37) of the second housing (31) when the housings (11, 31) are connected properly. The preventing groove (29) is aligned with the slit (27) so that the slit (27) also receives the projection (37). Thus, it is unnecessary to form a separate notch to receive the projection (37).

Abstract: A connection shell (23) includes a tubular fastener (25) formed by flat surfaces (25a) and curved surfaces (25b) and a rectangular tubular contact (24). A crimp ring (29) is crimped to fasten a wire shield (28) to the outer peripheral surface of the tubular fastener (25). The tubular contact (24) is connected so that a circumferential surface thereof overlaps a circumferential surface of a housing shell (19). The tubular contact (24) has a rectangular shape that conforms with the rectangular tubular shape of the housing shell (19). Thus, only a small clearance is defined between the housing shell (19) and the connection shell (23) to suppress leakage of noise through the clearance between the housing shell (19) and the connection shell (23).

Abstract: A shielded connector assembly has first and second housings (11, 31). The first housing (11) has a fitting space (17) formed with coupling ribs (16). A shielding shell (26) is in the fitting space (17) and has slits (27) that receive the coupling ribs (16). A preventing groove (29) is formed in a peripheral surface of a fitting space (17) and receives a projection (37) of the second housing (31) when the housings (11, 31) are connected properly. The preventing groove (29) is aligned with the slit (27) so that the slit (27) also receives the projection (37). Thus, it is unnecessary to form a separate notch to receive the projection (37).