Honda Motor Co., Ltd.

Sanyo Electric Co., Ltd.

Waseda University

Tonen Corporation

Jcr Pharmaceuticals Co., Ltd.

Tonen Chemical Corporation

Osaka Organic Chemical Industry Co., Ltd.

Miura Dolphins Co., Ltd.

Ohtsuka; Masahisa

Kohei Kubota

Takehito Masubuchi

Shinji Takeoka

Kazuo Hirano

Taiji Kambayashi

Toshitake Nagai

Yosuke Obata

Yosuke Okamura

Shuji Hisamoto

Koiti Nagata

Yasumasa Sugiyama

Hideo Kanazawa

Haruhiko Tanaka

A suspension device includes a damper. The damper includes: an outer cylinder; a ball screw housed in the outer cylinder; a fastening member that supports the ball screw inserted therethrough and is attached to an end part of the outer cylinder; and a fixing member that is attached to an end part of the ball screw and fixes the ball screw to the fastening member. An insertion portion, where the ball screw is inserted into the fastening member, is provided with a fitting portion where the ball screw fits the fastening member, and the fitting portion has a spline fitting structure.

Suspension device

A suspension device includes a damper. The damper includes: a ball screw; a ball screw nut screwed with the ball screw; a bearing that rotatably supports a nut unit (nut assembly) provided with the ball screw nut; and a housing that houses the bearing inside. A part between the housing and the bearing in an axial direction is provided with an elastic body.

The present invention has an object of providing a drug carrier capable of controlling in vivo pharmacokinetics. The present invention is directed to a drug carrier comprising a molecular assembly having a drug incorporated therein, and the above object can be achieved by a part of the amphiphilic molecules included in the molecular assembly being released from the molecular assembly by an external environmental change. The present invention utilizes a phenomenon that the hydrophilic-hydrophobic balance of the amphiphilic molecules is shifted toward hydrophilicity by an external environmental change and thus the amphiphilic molecules are freed from the molecular assembly.

Drug carrier

A method for easily making an ice slab serving as the foundation of an artificial snow skiing field and artificial snow whose upper layer is powdery by flooding aqueous slurry made by adding water to granular wet water absorbent polymer on a slope of a natural skiing field or a slant or horizontal surface of a natural skiing field or indoor artificial snow skiing field equipped with a cooling system, obtaining the deposit layer of the granular wet water absorbent polymer in which water is separated from the slurry and freezing the deposit layer.

Method for making ice slab and/or artificial snow

Growing community of inventors

Tokyo, Japan

Kohei Kubota