Ishikawajima-harima Jukogyo Kabushiki Kaisha

Fujitsu Corporation

Nissan Motor Company Limited

Nitto-denko Corporation

Ishikawajima-harima Heavy Industries Co., Ltd.

Akebono Machine Industries Co., Ltd.

Yoshio Takahashi

Takao Iura

Kenji Nakamura

Izumi Sato

Mitsuo Sudo

Takamasa Arikawa

Katsuyuki Onogi

Nobuji Ishida

Takashi Yanagisawa

Yoshio Mori

Eiichi Fujisawa

Junpei Kozasa

Takamasa Uramoto

Kouta Nakai

Masahiro Hosoi

Eiichi Yoshii

Takeo Hashizume

Nip rollersandeach including a pair of upper and lower rollers are disposed on an upstream side and a downstream side with a portion to be cut of an optical film F located therebetween. In the nip roller, a center axis C of the upper rolleris displaced relative to a center axis L of the drive rollerin a direction away from the portion to be cut. Upon cutting of the polarizing film F, the upper rollersandare simultaneously moved downward, so that a timing at which the downstream nip rollernips the polarizing film F is delayed. Further, the nip rollerpulls the polarizing film F in the direction away from the portion to be cut, so that tension is applied to the polarizing film F. In this state, the polarizing film F is cut by a laser device

Optical film cutting method and apparatus using the same

An information display device capable of displaying logical display planes includes a first part for storing items of display plane forming information respectively defined for the logical display planes, and a second part for displaying the logical display planes on a screen part in accordance with the items of the display plane forming information, wherein the items of the display plane forming information of logical display planes that have a hierarchical relationship include information describing the hierarchical relationship and commonly own attribute information concerning a component commonly used in the logical display planes having the hierarchical relationship.

Device for modifying appearance of related display planes

Cross bars 18, to which workpiece holders 19 are attached, are provided across a press line L, together with feed beams 14 between which the cross bars are installed and which are suspended from the lift beams 13 and can move freely in the horizontal direction of the press line. A feed and transfer device 52 can move the feed beams freely in the horizontal direction of the press line. A connecting rod 56 connects the feed beams and the rack beam in a freely rotatable manner. A connecting link 60 connects a point in the vicinity of an intermediate portion of the connecting rod to a bracket 58 installed on the rack beam, in a freely rotatable manner. An operating direction changeover mechanism 61 converts the differential movement caused by the curvature of the press transfer motion, produced in the feed beams when the lift beams are raised or lowered, into a horizontal movement in the direction of the press line in synchronism with the raising or lowering of the lift beams.

Apparatus and methods for transferring workpiece in a transfer press

A trolley is reciprocally moved along a guide. A work support, supported by the trolley, is vertically moved so that the lift mechanism can be made of a compact size, a light weight and highly reliable in operation thereby increasing the processing speed of the processing line and improving productivity.

Transfer method and device and driving system therefor for transfer

A trolley is reciprocally moved along a guide. A work support, supported by the trolley, is vertically moved so that the lift mechanism can be made compact in size, or light weight and highly reliable in operation. Accordingly, the processing speed of the processing line is increased and the productivity is improved.

A trolley is reciprocably moved along a guide and work supported by the trolley is vertically moved by a lift mechanism and the lift mechanism is made compact in size, light in weight and highly reliable in operation, whereby the processing speed of a processing line can be increased and therefore productivity can be improved.

In a cylinder head for a DOHC internal combustion engine of the type having four valves per cylinder, a thin, flat recess is formed in the wall above an upper deck in such a way as to communicate an oil supply passage and an upper side of the upper deck. An oil return passage is provided adjacent a head bolt hole for providing communication between the recess and a lower side of a lower deck so that oil having lubricated parts and portions of the engine flows down to the upper side of the upper deck from which it is conducted to the lower side of the lower deck through the recess and the oil return passage. From the lower side of the lower deck, oil is returned to an oil pan by way of a cylinder block.

Cylinder head for DOHC internal combustion engine with four valves per

Process for preparation of film coils

Growing community of inventors

Yokohama, Japan

Yoshio Takahashi