Abstract: An information processing apparatus includes a processor configured to: receive, in a case where an active period of a first workflow, which starts in accordance with a predetermined operation, is received from a user, a second workflow to be performed after the active period ends from the user; and perform the second workflow after the active period.

Abstract: An information processing apparatus includes a processor configured to receive an input of content of work including plural processes, and display a first process corresponding to the input content of the work and a second process estimated from work related to the content of the work and not included in the content of the work, on a display device.

Abstract: An optical-electrical composite connector includes a housing that can accommodate an extra portion of an optical fiber. The optical-electrical composite connector further includes a contact portion for electrically contacting with a mating connector, and a dividing member for dividing the housing into a first space and a second space. The optical fiber is disposed in the first space of the housing divided by the dividing member, and at least a part of the optical fiber is bent. At least another part of the optical fiber, which is other than the part accommodated in the first space thereof, is disposed in the second space of the housing divided by the dividing member.

Abstract: An optical-electrical composite connector includes a housing that can accommodate an extra portion of an optical fiber. The optical-electrical composite connector further includes a contact portion for electrically contacting with a mating connector, and a dividing member for dividing the housing into a first space and a second space. The optical fiber is disposed in the first space of the housing divided by the dividing member, and at least a part of the optical fiber is bent. At least another part of the optical fiber, which is other than the part accommodated in the first space thereof, is disposed in the second space of the housing divided by the dividing member.

Abstract: A microphone unit converts voice into an electric signal based on the vibration of a diaphragm contained in an MEMS chip. The microphone unit includes a substrate on which the diaphragm is mounted (the MEMS chip is mounted); a cover member, having sound holes, that is disposed above the substrate so that the diaphragm is contained within the inner space formed between the cover member and the substrate; and a holding member that holds only the substrate or both of the substrate and the cover member.

Abstract: A microphone unit converts voice into an electric signal based on the vibration of a diaphragm contained in an MEMS chip. The microphone unit includes a substrate on which the diaphragm is mounted (the MEMS chip is mounted); a cover member, having sound holes, that is disposed above the substrate so that the diaphragm is contained within the inner space formed between the cover member and the substrate; and a holding member that holds only the substrate or both of the substrate and the cover member.

Abstract: An electrical connector apparatus consists of first and second electrical connectors (2, 3). The second electrical connector (3) is inserted into the first electrical connector (2) in an oblique direction and then fully plugged to the first electrical connector (2) by turning the second electrical connector (3). The first electrical connector includes an insulative housing (22), at least one contact element (24) provided in the insulative housing (22), and a metal shutter (28) pivoted to the insulative housing (22) to cover the contact element (24) in the insulative housing (22). The second electrical connector (3) includes a plate member (320) which enters between the metal shutter (28) and the contact element (24) upon plugging.

Abstract: A connector with a built-in substrate includes an insulating housing, and a terminal and a substrate, which are secured in the insulating housing. The insulating housing has a substrate mounting section to mount the substrate in the insulating housing, and a terminal mounting section to mount a terminal. The direction of mounting the substrate in the substrate mounting section is same as that of mounting the terminal in the terminal mounting section. According to this invention, there is provided a connector with a built-in substrate, in which the substrate has various functions and can be easily mounted in a connector. In addition, the connector can be easily manufactured, and is comprised of less components.

Abstract: An electrical connector system comprises a shutter (15) having shutter members (16 and 17) with arms (21) pivoted to the end walls of a receptacle (1). The shutter members (16 and 17) are biased by a spring member (18) such that the sliding sections (20) are closed to cover a plug fitting section (39) and opened by guide pins (37) that are provided on a plug connector (2).

Abstract: An electrical connector apparatus consists of first and second electrical connectors (2, 3). The second electrical connector (3) is inserted into the first electrical connector (2) in an oblique direction and then fully plugged to the first electrical connector (2) by turning the second electrical connector (3). The first electrical connector includes an insulative housing (22), at least one contact element (24) provided in the insulative housing (22), and a metal shutter (28) pivoted to the insulative housing (22) to cover the contact element (24) in the insulative housing (22). The second electrical connector (3) includes a plate member (320) which enters between the metal shutter (28) and the contact element (24) upon plugging.

Abstract: A modular jack (41) in which a modular plug (75) is plugged, comprises a housing body (42) including a cavity (52) at a front side thereof in which the modular plug (75) is plugged and a rear wall (56) having openings (57 and 58) and fixed portions (59 and 60), and a plurality of terminals (43-50) fixed to the fixed portions (59 and 60) and extend to the cavity (52) in a form of cantilevered beams supported by the fixed portions (59 and 60).

Abstract: A modular jack (41) in which a modular plug (75) is plugged, comprises a housing body (42) including a cavity (52) at a front side thereof in which the modular plug (75) is plugged and a rear wall (56) having openings (57 and 58) and fixed portions (59 and 60), and a plurality of terminals (43-50) fixed to the fixed portions (59 and 60) and extend to the cavity (52) in a form of cantilevered beams supported by the fixed portions (59 and 60).

Abstract: An electrical connector system comprises a shutter (15) having shutter members (16 and 17) with arms (21) pivoted to the end walls of a receptacle (1). The shutter members (16 and 17) are biased by a spring member (18) such that the sliding sections (20) are closed to cover a plug fitting section (39) and opened by guide pins (37) that are provided on a plug connector (2).

Abstract: A plurality of terminals (15, 16) have contact sections (15A, 16A) projecting from the terminal support (19) of a connector housing (14) to abut against the terminal (34) of a mobile device (30). A pair of mount guiding columns (17) are provided on the connector housing (14) on opposite sides of the terminal support (19) so as to enter the mount recesses 38 of the mobile device (30). The mount guiding column (17) has such a shape and size as to allow the mobile device to rotate to an inclined position with the terminals (15, 16, 34) being in contact. A rotation guiding face (21A) is provided on the connector housing (14) for guiding the mobile device (30) to the inclined position.

Abstract: A plurality of terminals (15, 16) have contact sections (15A, 16A) projecting from the terminal support (19) of a connector housing (14) to abut against the terminal (34) of a mobile device (30). A pair of mount guiding columns (17) are provided on the connector housing (14) on opposite sides of the terminal support (19) so as to enter the mount recesses 38 of the mobile device (30). The mount guiding column (17) has such a shape and size as to allow the mobile device to rotate to an inclined position with the terminals (15, 16, 34) being in contact. A rotation guiding face (21A) is provided on the connector housing (14) for guiding the mobile device (30) to the inclined position.

Abstract: A hot-line plug terminal (5) comprises a steady-state contact section (7B) and an initial arc contact section (7A) provided at a position which offset to a side of the steady-state contact section.

Abstract: An electrical connector comprises an insulating housing (1) having a plurality of arranging surfaces; a plurality of terminals (5, 11) having contact sections (7, 12) placed on the arranging surfaces and connection legs (9, 14) projecting rearwardly from the housing to form connection portions (10, 15) in a plane. A terminal (5) in a row has a plurality of connection legs (9) spaced laterally while a terminal (11) in another row has a connection leg (14) fitted in a space between the connection legs (9) such that the connection portions (10, 15) of the terminals (5, 11) are aligned substantially laterally in the plane.