Konica Corporation

Threebond Co., Ltd.

Satoru Endo

Kazuhiro Hirota

Hisao Hosoya

Yuji Kanazawa

Kazuyoshi Omi

Mamoru Tomotsune

Takanori Yoshida

Osamu Kato

Masanobu Kawano

Yukihiko Nishimoto

Takashi Suzuki

Toshio Shida

Tsuyoshi Mizubata

Junichi Fujita

Hitoshi Mafune

Nobutaka Kato

Kazuaki Ito

Kazuaki Itou

Mirei Motomatsu

A conductive resin composition has low-temperature curability and is excellent in resistance stability during stretching. A conductive resin composition contains:

Conductive resin composition

An object of the present invention is to provide a conductive silicone composition that is cured at a low temperature in a short time and from which a cured product having excellent conductivity can be obtained. A conductive silicone composition containing (A) to (E) components described below and containing greater than or equal to 10 parts by mass and less than 100 parts by mass of the (D) component with respect to 100 parts by mass of the (A) component:

Conductive silicone composition and cured product thereof

An apparatus for feeding a both-sided document having images on both sides thereof is provided with a document stand; a reading section; a feeder having a feeding passage and to feed the both-sided document from the document stand to the reading section along the feeding passage; a pair of reversing rollers provided on a reversing passage to reverse the both-sided document after an image of the both-sided document is read at the reading section and to reefed the reversed both-sided document from the reversing passage to the feeding passage so that an image on another side of the both-sided document is read at the reading section; a pair of ejecting rollers provided on an ejecting passage and to eject the both-sided document to a delivery section after the images on both sides of the both-sided document are read at the reading section; and a switching mechanism to connect an outlet passage of the reading section to one of the reversing passage and the ejecting passage; wherein one of the pair of reversing rollers and one of the ejecting rollers are mounted coaxially on a shaft.

Document feeding apparatus and image forming apparatus

A sheet processing apparatus has a function of stapling sheets together, wherein the sheets are fed from an image forming apparatus one by one after images are formed on the sheets. The sheet processing apparatus includes a stapler to staple the sheets together, a sheet guide which guides the sheets along a sheet transporting path from the image forming apparatus to a position at which the sheets are stapled by the stapler, and a reference surface against which edges of the sheets are butted to stop movement of the sheets. The sheets are guided along the sheet transporting path by the sheet guide and the edges of the sheets are butted against the reference surface at a same position relative to a sheet conveying direction, irrespective of whether the sheet processing apparatus is in a stapling mode in which the stapler staples the sheets or a non-stapling mode in which the stapler does not staple the sheets, and irrespective of sizes of the sheets.

Sheet processing apparatus

An automatic document conveyance apparatus includes: a document feeding section on which a plurality of documents can be placed, for feeding documents one by one therefrom; a zigzag reversal path through which the document fed from the document feeding section is reversed with respect to front and back sides of each of the documents; a reading position forming device for forming an image reading position of the document fed zigzag from and conveyed to the zigzag reversal path; and a document ejection tray on which the document passed through the reading position forming device and ejected through an ejection path is placed. The document fed from the document feeding section is conveyed to the zigzag reversal path at which the document is reversed, the document is fed zigzag to the reading position at which one side of the document is read, the document is conveyed again to the zigzag reversal path at which the document is reversed again, the document is fed zigzag again from the zigzag reversal path to the reading position at which the other side of the document is read, and then the document is ejected from the reading position to the document ejection tray.

Automatic document conveyance apparatus

A sheet conveyance apparatus includes a guide for the recording sheet formed by a discharging layer. The layer includes an electrically grounded conductive substrate and an organic conductive fiber thereon. The surface of the guide is in close proximity to the surface of the recording sheet.

Sheet conveying apparatus and method wherein the sheet is fed without

In an sheet finishing apparatus for receiving a sheet on which an image has been formed by an image forming apparatus, and for ejecting the sheet after a front side thereof is reversed, the sheet finishing apparatus includes: a sheet conveyor for conveying the sheet fed from the image forming apparatus downstream; a sheet reversing device for receiving the sheet conveyed by the sheet conveyor, and for reversing the front side of the sheet by rotation; a sheet holder provided on a peripheral portion of the sheet reversing device for holding a leading edge portion of the sheet conveyed by the sheet conveyor, the sheet holder capable of being opened or closed; a sheet stopper for blocking the leading edge portion of the sheet to be stopped at a position where the front side of the sheet is reversed by a rotation of the sheet reversing device; and a sheet stacking member for stacking the sheet separated from the sheet reversing device by a further rotation of the reversing device after the leading edge of the sheet is blocked by the sheet stopper.

Sheet finishing apparatus

A sheet finishing apparatus for finishing a sheet, on which an image has been formed, conveyed from an image forming apparatus, the sheet finishing apparatus includes: a sheet ejecting member for ejecting the sheet after finishing; and an exit tray for receiving the sheet ejected by the sheet ejecting member after finishing is conducted. The exit tray includes a movable exit tray member on which the sheet is stacked, and a stationary exit tray member for supporting the movable exit tray member. The movable exit tray member has a sheet stacking surface on which the sheet is stacked, and a stopper portion provided adjacent to the sheet ejecting member to bring an edge of the sheet into contact with the stopper portion. The movable exit tray member is pivotally supported around a supporting shaft provided on a leading edge portion of the stationary exit tray member. An edge portion of the movable exit tray member, which is adjacent to the sheet ejecting means, can be moved upward or downward according to the number of sheets stacked on the movable exit tray.

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Tokyo, Japan

Satoru Endo