Abstract: An optical fiber cable that sustains reduced increase in transmission loss and optical fiber breakage when subject to external pressure exerted thereon, comprises an aggregate of elements including central buffer filaments disposed in the center part of the optical fiber cable and a plurality of optical fibers disposed around the central buffer filaments, as well as circumferential strength filaments disposed around the outer periphery of the aggregate of elements, and a sheath covering the circumferential strength filaments.

Abstract: A cable wherein even when there is a substantial volume of cable identifying information for identifying the cable, all of that cable identifying information can be simply and speedily written-in. This cable has a cable core, an integrated member with a chain of RFIDs including a plurality of RFID elements arranged at suitable intervals along a longitudinal direction of the cable core, to and from which cable identifying information can be written-in and read-out by transmission of electromagnetic energy, and a transmission coaxial cable for collectively writing-in cable identifying information to all of the RFID elements.

Abstract: An optical fiber cable that sustains reduced increase in transmission loss and optical fiber breakage when subject to external pressure exerted thereon, comprises an aggregate of elements including central buffer filaments disposed in the center part of the optical fiber cable and a plurality of optical fibers disposed around the central buffer filaments, as well as circumferential strength filaments disposed around the outer periphery of the aggregate of elements, and a sheath covering the circumferential strength filaments.

Abstract: A damping resin composition is provided which includes bifunctional diacrylate or bifunctional dimethacrylate (A) expressed by the formula (1) below, and an unsaturated polyester resin (B+C) containing an unsaturated polyester (B) and a cross-linking monomer (C), and/or an epoxy acrylate resin (B′+C) containing an epoxy acrylate (B′) and a cross-linking monomer (C), wherein the bifunctional diacrylate or bifunctional dimethacrylate (A) is contained in an amount of 15 to 85% by weight, and the unsaturated polyester resin (B+C) or the epoxy acrylate resin (B′+C) or a mixture (B″+C) thereof that contains the unsaturated polyester resin (B+C) in an amount of 5 to 95% by weight and the epoxy acrylate resin (B′+C) in an amount of 95 to 5% by weight is contained in an amount of 85 to 15% by weight, the bifunctional diacrylate or bifunctional dimethacrylate (A) being expressed by: CH2=CR2CO−(R1O)n−OCOCR2=CH2  (1) wh

Abstract: A cable wherein even when there is a substantial volume of cable identifying information for identifying the cable, all of that cable identifying information can be simply and speedily written-in. This cable has a cable core, an integrated member with a chain of RFIDs including a plurality of RFID elements arranged at suitable intervals along a longitudinal direction of the cable core, to and from which cable identifying information can be written-in and read-out by transmission of electromagnetic energy, and a transmission coaxial cable for collectively writing-in cable identifying information to all of the RFID elements.

Abstract: A damping resin composition is provided which includes bifunctional diacrylate or bifunctional dimethacrylate (A) expressed by the formula (1) below, and an unsaturated polyester resin (B+C) containing an unsaturated polyester (B) and a cross-linking monomer (C), and/or an epoxy acrylate resin (B′+C) containing an epoxy acrylate (B′) and a cross-linking monomer (C), wherein the bifunctional diacrylate or bifunctional dimethacrylate (A) is contained in an amount of 15 to 85% by weight, and the unsaturated polyester resin (B+C) or the epoxy acrylate resin (B′+C) or a mixture (B″+C) thereof that contains the unsaturated polyester resin (B+C) in an amount of 5 to 95% by weight and the epoxy acrylate resin (B′+C) in an amount of 95 to 5% by weight is contained in an amount of 85 to 15% by weight, the bifunctional diacrylate or bifunctional dimethacrylate (A) being expressed by:

Abstract: A sheet-postprocessing apparatus includes a sheet discharger which discharges sheets to a stacker, the stacker including a first tray adjacent to the discharger for supporting trailing portions of the sheets discharged by the discharger and a second tray for supporting leading portions of the sheets, the second tray being movable in a vertical direction and disposed downstream of the first tray with respect to a sheet discharge direction, the trays being inclined so that sheets stacked thereon slide by their own weight, such that a stack of sheets supported on both trays are stapled by a stapler, the stapled set of sheets then being pushed out of the first tray to be stacked entirely by the second tray. The sheet post-processing apparatus operates in two modes, a stapling mode and a non-stapling mode wherein sheets discharged by the discharger bypass the first tray and are supported entirely by the second downstream tray.

Abstract: An image processing apparatus includes an original feeder for feeding an original to an exposure position, a first detector provided in an original feed path of the original feeder for detecting a density of the original being fed, an exposure unit for exposing the original at the exposure position, a second detector provided at the exposure unit for detecting a density of the original at the exposure position, and a control unit for controlling processing conditions for an image on the original exposed by the exposure unit according to at least one output from the first detector and the second detector.

Abstract: A sheet output apparatus useful in conjunction with a sheet post-processing apparatus, and adapted to perform a predetermined processing of a sheet and then discharge the sheet to the sheet post-processing apparatus, comprising: a transfer mechanism for transferring a sheet to the sheet post-processing apparatus; and a communication mechanism for performing a serial communication of data between the sheet output apparatus and the sheet post-processing apparatus, wherein the communication mechanism transmits a sheet carrier speed data to the sheet post-processing apparatus.

Abstract: A sheet original feeding apparatus includes a sheet original stacking tray on which sheet originals to be treated are stacked as an original stack; a sheet original separating means for separating and supplying the sheet original one by one from the bottom of the original stack stacked on the sheet original stacking tray; a sheet original feeding path for directing the sheet original separated by the sheet original separating means; a sheet original feeding means for feeding the sheet original directed by the original feeding path to an image reading portion; a sheet original ejecting path for ejecting the sheet original fed by the sheet original feeding means to the sheet original stacking tray; and an auxiliary sheet original feeding apparatus which can be connected to the sheet original ejecting path.

Abstract: An image forming apparatus includes: an original circulation unit for feeding originals placed on an original mounting unit one by one to an exposure site and after the exposure, returning the original to the original mounting unit; a copying unit for copying an original image to a recording sheet through exposure of the original at the exposure site; a first transport unit for feeding the recording sheet to a copy site; a first control unit for performing the original circulation by the original circulation unit for a set number of times to obtain the set number of copies; a second transport unit for feeding a specific sheet for each circulation of the originals; and a second control unit for controlling the first and second transport units to pre-feed the recording sheet and the specific sheet to be next supplied during a copy operation; wherein the second control unit does not perform the pre-feed of the recording sheet and the specific sheet during the first circulation of the originals by the original ci

Abstract: There is disclosed a sheet stacker, for use in combination with a copying machine, a printer or the like, capable of ensuring satisfactory sheet stacking regardless whether the sheet is folded or not. The apparatus controls the stacking operation in different modes in accordance with whether the sheets to be stacked are folded or not.

Abstract: A sheet sorting apparatus with a stapler includes a plurality of bin trays which are arranged substantially vertically with predetermined clearances between adjacent bin trays, which are inclined to provide an inclined sheet receiving surfaces and which are independently movable substantially in the vertical direction, wherein the bin trays are so disposed that those ends of adjacent ones of the bin trays which are closer to the sheet inlet are deviated when seen in a direction substantially perpendicular to the sheet receiving surface; bin tray shifting device for moving the plurality of the bin trays stepwisely substantially in the vertical direction to oppose the respective bin trays to a sheet inlet of the sorting apparatus; stapling device, disposed substantially on an extension of the inclined sheet receiving surface and having a stapling head movable to above the sheet receiving surface and an anvil movable to below the sheet receiving surface, for stapling the sheets interposed between the stapling he

Abstract: A sheet original feeding apparatus comprises a sheet original stacking tray on which sheet originals to be treated are stacked as an original stack. A sheet original separator separates and supplies the sheet original one by one from the bottom of the original stack stacked on the sheet original stacking tray. A sheet original feeding path is provided for directing the sheet original separated by the sheet original separator. A sheet original feeder feeds in a forward direction the sheet original directed by the original feeding path to an image reading portion. The sheet original feeding means is also operable in a reverse direction, and the sheet original feeding path is arranged at one side of the sheet original feeder. A first sheet original ejecting path is further provided for returning the sheet original fed in the reverse direction by the sheet original feeder to the sheet original stacking tray from a same side of the sheet original feeder as the sheet original feeding path.

Abstract: An original handling apparatus is provided with a conveyor, a setting circuit and a control system. The conveyor conveys an original in plural modes in which an original is scanned. The conveyor is operated in a first convey mode in which an original is fed to and stopped at a first position on a platen. After the scan is completed, the scanned original is fed to and stopped at a second position on the platen, and a next original is fed to and stopped at the first position on the platen. In the second convey mode, the original is fed to and stopped at the first position on the platen, and after scan is completed, the original is discharged from the first position. A next original is then fed to and stopped at the first position on the platen. The setting circuit sets either the first or second convey modes.

Abstract: The present invention relates to a sheet handling apparatus comprising a sheet processing means, a first and a sheet transport path and a second sheet transport path separated therefrom, transport direction switch means and control means. The first and second sheet transport paths transport the sheets to the processing means, the second sheet transport path, the transport direction of the sheet is switched by the transport direction switch means which is controlled by the controlling means according to the function of the processing means.

Abstract: An image reading apparatus has an automatic original transporting device, a scanning device for effecting exposure scanning of the original while moving relative to the original over a platen glass, and a control circuit for controlling the scanning device to cause it to effect exposure scanning while moving it in a direction opposite to the direction in which the original is being transported. An image forming apparatus which includes the above image reading apparatus is also provided.

Abstract: A sheet sorting apparatus with a stapler includes a plurality of bin trays; bin tray shifting device for moving the plurality of the bin trays stepwisely substantially in the vertical direction to oppose the respective bin trays to a sheet inlet of the sorting apparatus, while expanding the clearances between the bin tray opposed to the sheet inlet and an upper adjacent bin tray and between the bin tray opposed to the sheet inlet and a lower adjacent bin tray to provide a larger clearance than the predetermined clearances; and stapler, disposed substantially on an extension of the inclined sheet receiving surface and having a stapling head movable to above the sheet receiving surface and an anvil movable to below the sheet receiving surface, for stapling the sheets interposed between the stapling head and the anvil, wherein the bin trays are so disposed that between those ends of adjacent ones of the bin trays which are closer to the sheet inlet are deviated when seen in a direction substantially perpendicula

Abstract: An image forming apparatus includes: an original circulation unit for feeding originals placed on an original mounting unit one by one to an exposure site and after the exposure, returning the original to the original mounting unit; a copying unit for copying an original image to a recording sheet through exposure of the original at the exposure site; a first transport unit for feeding the recording sheet to a copy site; a first control unit for performing the original circulation by the original circulation unit for a set number of times to obtain the set number of copies; a second transport unit for feeding a specific sheet for each circulation of the originals; and a second control unit for controlling the first and second transport units to pre-feed the recording sheet and the specific sheet to be next supplied during a copy operation; wherein the second control unit does not perform the pre-feed of the recording sheet and the specific sheet during the first circulation of the originals by the original ci

Abstract: A sheet post-processing apparatus includes stacking device for stacking sheet materials discharged; a processing device for processing the sheet materials stacked on the stacking device; a discharging device for discharging from the stacking device the sheet materials processed by the processing device when a processing mode is selected; an accommodating device, movable substantially vertically, for accommodating sheet materials discharged by the discharging device; a second discharging device for discharging, in the processing mode, the sheet materials so that the sheet materials are bridged between the stacking device and the accommodating device, and for discharging, in a non-processing mode, the sheet materials so that they are stacked on the accommodating device.