Kubota Corporation

Mita Industrial Co., Ltd.

Panasonic Corporation

Panasonic Intellectual Property Management Co., Ltd.

Kyocera Mita Corporation

Masahiko Kobayashi

Junichi Hirobe

Tsutomu Sugaya

Masakatsu Akashi

Yuichi Yoshikawa

Takashi Ogawa

Yasuji Echizen

Shizuo Shimoie

Mikio Houjou

Tadashi Kusunoki

Kazuhiko Tsuji

Akira Takashima

Masaaki Nishiyama

Yasuo Yonei

Masahiro Ishizaki

Taiki Furuki

Kiyonori Yamamoto

Hiroshi Ishida

Ikuo Makie

Yukihiro Aikawa

Yoshihisa Tanaka

Tadakazu Ogiri

Satoshi Ishii

Teruhiko Iwamoto

Katsuya Ota

Yosuke Ohata

Toshiaki Kusuda

Siro Sugiyama

Hiroki Asai

Shizuo Demizu

Tooru Nakamaru

Naoki Motobayashi

Takafumi Wada

Hiroyuki Asai

Hitoo Nasu

Takashima Akira

Yoshishiro Okida

Norihito Yasuda

Kouji Wada

A storage apparatus includes: a storage member provided with a pair of first rail members, extending along a horizontal direction, on both side faces thereof; a storage rack; a carrying mechanism to carry the storage member placed thereon in the horizontal direction to a storage location of the storage rack; and a pair of walls, provided so as to be opposed to the side faces of the storage member, respectively, having a pair of second rail members, extending in the horizontal direction, provided on side faces thereof opposed to the pair of first rail members, respectively, in a state where the storage member is stored in the storage rack, the storage member being guided to the storage rack with the pair of first rail members being supported by the pair of second rail members, when the carrying mechanism is moved in the horizontal direction toward the storage rack.

Storage apparatus

A carrier device may include a loading board, a moving mechanism to move the loading board horizontally for a storage member storing a plurality of containers for storing liquid to be loaded on the loading board; a base material having set thereon the loading board and moving mechanism, and a first mounting member mounted to the base material.

Carrier device and culture apparatus

Wheel loader

The N(s) turns of a first output winding is divided by a split ratio &#x3b1; into N(s) turns of a lower-layer first output winding and N(s) of an upper-layer first output winding. The lower-layer first output winding is continuously wound around all slots as the undermost layer. A second output winding is continuously wound around all slots over the lower-layer first output winding. An upper-layer first output winding is continuously wound around all slots over the second output winding. The split ratio &#x3b1; is adjusted only in the slots where the detection accuracy decreases. This equalize the contribution of the first output windings and the second output winding to the flux linkage, thereby achieving high angle detection accuracy.

Winding method and winding structure of stator for rotation detector, and electric motor comprising rotation detector

The N() turns of an output winding is divided by a split ratio &#x3b1; into N() turns of an output winding () and N() turns of an output winding (). The output winding () is continuously wound around all slots as the undermost layer. Output winding, which is different in phase by 90 degrees from the output winding (), is continuously wound around all the slots over the output winding (). An output winding () is continuously wound around all the slots over output winding. This equalizes the contribution of the output winding and output windingto the flux linkage, thereby achieving high angle detection accuracy.

Method and structure of winding of stator for rotation detector, and electric motor comprising rotation detector

A plurality of stator teethare arranged at a constant interval in a circumferential direction on the inner circumferential face side or the outer circumferential face side of a ring-shaped stator corethat is made of a plurality of steel plates. The winding wireis wound about the stator teeth. An insulatorthat electrically insulates the stator core and the winding wire is provided therebetween. A gapis formed between the winding wire and the insulator. Accordingly, a desired distance can be secured between the stator teeth and the winding wire regardless of the thickness of the insulator, and, thus, the influence of leakage magnetic fluxes that acts on the winding wire can be reduced. Accordingly, the influence of leakage magnetic fluxes formed near the stator teeth that acts on the winding wire can be reduced regardless of the thickness of the insulator.

Stator and electrical apparatus

The motor of the invention is an outer rotor type motor, and a rotor includes a cylindrical rotor frame that is opened at one end thereof in an axial direction, and a hollow cylindrical magnet attached to an inner periphery of the rotor frame. The magnet has a joining portion joined to an inside cylindrical portion of the rotor frame, and a protruding portion that further protrudes in the axial direction from one end, the outer diameter of the protruding portion is larger than the inner diameter of the rotor frame, and the joining portion is directly brought into close contact with a portion ranging from the one end to at least a portion of the inside cylindrical portion.

Motor and electronic apparatus having the same

A developing device,has a cover member,for covering an upper part of a developing roller,. A seal,at a front end of the cover member,is brought into contact with a peripheral surface of a photosensitive drum,. When toner particles are accumulated in the vicinity of a front end of the seal,, the toner particles adhere to the photosensitive drum,, so that an undesirable black strip appears. Therefore, a voltage in a range from a developing bias to a potential at which the photosensitive drum,is charged is applied to a cover plate,of the cover member,. The seal,is at a high potential which is the same in polarity as the potential at which the photosensitive drum,is charged. Accordingly, no toner particles are accumulated at a front end of the seal,, so that no black stripe appears.

Developing device capable of preventing toner particles from being accumulated at a front end of a cover member

Backhoe

A backhoe having an engine hood defining a recess for receiving part of a bottom surface of a driver's seat, and an engine mounted in horizontal posture inside the engine hood. The engine hood includes, in plan view, a first hood space corresponding to the recess, a second hood space and a third hood space arranged laterally of the recess, and a fourth hood space disposed rearwardly of the recess. A cooling air intake is formed in one of the second and third hood spaces, and a cooling air outlet is formed in the other of the second and third hood spaces.

Backhoe having an engine hood with a driver's seat mounted thereon

An image-forming machine comprising a rotary drum and a cleaning means which removes the toner remaining on the peripheral surface of the rotary drum. The cleaning means includes a support member that extends in the direction of center axis of the rotary drum, a blade-holding member that is mounted on the upper surface of the support member and extends in the direction of center axis of the rotary drum, and a cleaning blade that is held by the blade-holding means and extends in the direction of center axis of the rotary drum. The blade-holding member is allowed to swing on the swing axis that extends in a plane which is substantially perpendicular to the center axis of the rotary drum. An acute angle .alpha. is defined between the cleaning blade and a tangential line of the drum at a portion where the front end of the cleaning blade that is pushed comes into contact with the peripheral surface of the rotary drum, on the downstream side as viewed in a direction in which the rotary drum rotates. Restriction members are attached to the support member at both ends thereof in the direction of the center axis, the restriction members having restriction portions opposed, while maintaining a very small gap x, to the upper surface of the blade-holding member in order to restrict both ends of the blade-holding member in the direction of center axis from being displaced in a direction to separate away from the upper surface of the support member.

Image-forming machine equipped with cleaning means

An image forming apparatus having components which are secured and supported by a resin apparatus body. The body if formed of mutually separable upper and lower casings, which are coupled in shiplap style. At least the upper casing is formed of a monocoque construction, and the lower casing may be formed of a monocoque construction as well.

Image forming apparatus having monocoque housing structure including

A sheet delivery mechanism includes a pair of delivery rollers which deliver a sheet along a sheet delivery passage of a sheet treatment apparatus for predeterminately treating the sheet, a sheet halting member for halting the sheet, and a pinching force adjusting member. The pinching force adjusting member adjusts the delivery rollers to place them into a first state where the sheet pinching force of the delivery rollers is relatively small so that the delivery rollers can slip on the halted sheet and into a second state where the sheet pinching force is relatively great so that the sheet can be delivered in the case where a sheet halt is released for delivery.

Sheet delivery mechanism

An image forming apparatus includes an image forming unit for forming and transferring an image of a document to a copy sheet, fixing unit including a fixing roller for fixing the document image to a copy sheet while transporting it, a heater for heating the fixing roller, and heater control unit for turning on and off the heater at specified timings so as to increase and maintain temperature of the fixing roller to and in a predetermined steady-state temperature range whose upper limit is a fixing temperature, the copy sheet being heated by the fixing roller having temperature of about the predetermined fixing temperature while transported, whereby the document image transferred to the copy sheet is fixed thereto, and control unit for controlling the heater control unit to control the heater within a copying period during which a copying operation is completed. The heater control unit on-off controls the heater only during the copying operation. Accordingly, power consumed by the heater is reduced and a temperature increase within the apparatus can be suppressed.

Image forming apparatus provided with a controller for fixing roller

Growing community of inventors

Osaka, Japan

Masahiko Kobayashi