Mitsubishi Chemical Industries Limited

Fuji Jukogyo Kabushiki Kaisha

Mitsubishi Kasei Corporation

Mitsubishi Chemical Holdings

Yoshimitsu Kobayashi

Takeshi Okano

Toshihiko Yoshitomi

Yoshiyuki Kisaka

Naoto Wada

Mitsuo Kimura

Yukio Watanabe

Keisuke Wada

Yukio Kasori

Toshifumi Kawano

Hiroyuki Kawabe

Hideharu Tatsumi

Toshiyuki Matsuki

Hideo Shimada

Michikazu Horie

Hidemi Yoshida

Jun Sasaki

Takanori Tamura

Mitsuaki Ohgaki

Takashi Hashimoto

Mitsugu Wakabayashi

Shoichi Washizu

Michiru Yoshida

Shin Matsumoto

Mikio Tsuruta

Masayuki Waga

Shotaro Goda

Inputs of target values and performance values of the MBA index, the MOS index and the MOS index are accepted, three axes passing through an origin and orthogonal to each other are set, target vectors and performance vectors of the enterprise value based on the respective indices are rendered on three-dimensional coordinates of which the three axes are an MBA axis, an MOT axis and an MOS axis, resources for attaining targets of the respective indices in a second evaluation period are reset based on allocation rates of an allocation table if a divergence between the target value and the performance value in a first evaluation period is large, and reset results are output.

Evaluation device for enterprise value, evaluation method and recording medium

The stiffening device of the present invention is provided between left and right shock absorber support portions formed in a vehicle body, and includes a left side shaft and a right side shaft fixed to the left and right shock absorber support portions, respectively, and a rotation allowing portion that connects the left side shaft and right side shaft in a vehicle width direction central portion of the vehicle body, and allows the left side shaft and right side shaft to rotate. Fixing locations in which the left side shaft and right side shaft are fixed to the shock absorber support portions are disposed further toward a vehicle front side than the position of a rod axis of the shock absorber in the vicinity of the shock absorber support portion.

Stiffening device

A strut mount structure for a vehicle for supporting a strut of a strut-type suspension is disclosed. Since the strut mount structure does not have any protruded portions with respect to a front hood while maintaining equal distance between the strut mount unit and the front hood, it is possible to freely choose the design of the front hood. Furthermore, the strut mount structure with a satisfactory large distance between the strut mount unit and the front hood absorbs impact well when a pedestrian comes into contact with the vehicle on the front hood.

Strut mount structure

A dynamic damper is disposed between an upper spring seat and a strut mount, comprising a supporting plate secured to a piston rod of a strut and an annular inertia mass body mounted on the supporting plate through an elastic member. The annular inertia mass body is connected at two edge portions thereof located opposite to each other across the diameter with the supporting plate by a bolt and nut through the elastic member, respectively.

Vehicle suspension system

Disclosed herein is a read-only optical disk comprising an annulus transparent substrate of a synthetic resin having information pits thereon, a reflective layer comprising an Al alloy containing Ta and a protective layer provided thereover. The read-only optical disk according to the present invention is excellent in the corrosion resistance and has a high reliability.

Read-only optical disk containing a reflective layer comprising an Al

An improved rear suspension system for an automotive vehicle of the type including a T-shaped front lower arm and a rear lower arm is disclosed. The rear suspension sytem includes a first pivotal point pivotally supported on a vehicle body via a bush, a second pivotal point pivotally supported on a supply member and a third pivotal point pivotally supported on the vehicle body. The third pivotal point is located inwardly from a line extending through the second pivotal point and an intersection defined by an extension line extending from a center line of the rear lower arm and a central plane of the rear wheel. A ratio of a longitudinal spring constant of the bush to a lateral spring constant thereof is smaller than a ratio of a tangent of an angle defined by a line extending through the third pivotal point and the first pivotal point as well as a lateral axis of the vehicle to a tangent of an angle defined by a line extending through the third pivotal point and the second pivotal point as well as a longitudinal axis of the vehicle.

Rear suspension system for an automotive vehicle

Disclosed herein is an optical recording medium for recording informations by irradiating the optical recording medium with a laser beam to form a hole or a deformed part thereon, said optical recording medium comprising a substrate and a recording layer containing at least Te, Se and F in the amounts of from 35 to 94.9 atomic % of Te, from 5 to 25 atomic % of Se and from 0.1 to 40 atomic % of F, produced by a reactive sputtering, said Se being derived from selenium fluoride and a sputtering target of Te or a sputtering target comprising Te-Se-alloy, and a process for producing the same.

Optical recording medium and process for producing the same

Disclosed herein is a magneto-optical medium comprising a magnetic layer, a protective layer of a complex oxide containing oxides of aluminum and a base plate.

Magneto-optical medium

A process for the production of cinnamic acid esters which is characterized by reacting a styrene with an aliphatic alcohol of 1-4 carbon atoms, carbon monoxide and oxygen in the presence of a catalyst comprising (a) a palladium metal or a compound thereof, (b) a salt of copper or iron, (c) a salt of an alkali metal or an alkaline earth metal, (d) an organic acid and (e) a halogen compound.

Process for the production of cinnamic acid esters

Alkylene glycol esters are produced by the reaction of an olefin, a carboxylic acid and molecular oxygen employing a bromine-containing substance and a nitrogen oxide as a catalyst.

Process for producing alkylene glycol esters

Alkylene glycol esters are produced by the reaction of an olefin, a carboxylic acid and molecular oxygen employing an iodine-containing substance and a nitrogen oxide as a catalyst.

Growing community of inventors

Tokyo, Japan

Yoshimitsu Kobayashi