Sega Enterprises, Ltd.

Semiconductor Technology Academic Research Center

Kei Mori

Konica Minolta Business Technologies, Inc.

Kazuyoshi Hara

Takashi Ando

Hiroo Masuda

Tomoaki Saito

Yutaka Aoki

Hideki Kudo

Atsushi Seimiya

Kenei Unoki

Takahiro Kudora

There is provided a semiconductor device comprising a gate electrode which is formed on a semiconductor substrate through a gate insulating film and in which a plurality hexagonal rings are mutually connected so as to form a honeycomb structure, drain diffusion layers each formed in the semiconductor substrate on the inside of one hexagonal ring, source diffusion layers formed in the semiconductor substrate on the inside of a plurality of hexagonal rings which are adjacent to the hexagonal ring having the drain diffusion layer formed therein, and, insulating layers formed between respective source diffusion layers in the semiconductor substrate.

FET having a gate electrode of a honeycomb structure

A storage medium for a game relating to the present invention contains: (1) a game program for calling up drawing functions for prescribed scenes in accordance with the progress of the game; (2) animation data including sprite data forming two-dimensional still images, and motion data capable of generating animations by causing the sprites to change with each frame; and (3) a drawing program for generating rendering data (drawing commands) positions, colours, texture co-ordinates, and the like, for each sprite in a frame (display screen), according to the animation data specified by the drawing function. In general terms, animation data is data capable of generating moving images (animations) of characters as intended by a designer, and this animation data can be developed separately from the game program. Moreover, a drawing program is a generic drawing library capable of interpreting the animation data and generating rendering data, including position data for each sprite in a frame, for each respective frame. A game program simply calls up a drawing function (library function) which specifies animation data so as to be capable of causing the drawing library to interpret the specified animation data and generate rendering data accordingly.

Storage medium for storing animation data, image processing method using same, and storage medium storing image processing programs

A light ray radiation stand comprises a foundation, one or more deformable flexible conduits vertically installed on the upper part of the foundation and an optical conductor cable holding means mounted on the tip end portion of each conduit. The optical conductor cable transmits the light rays therethrough and emits the same from the end portion.

Light ray radiation stand

Growing community of inventors

Tokyo, Japan

Kazuyoshi Hara