Toyo Seikan Kaisha, Ltd.

Amada Company, Limited

Japan Crown Cork Co Ltd.

Other

Amada Metrecs Co., Ltd.

Kazuo Tanabe

Takayuki Kikuchi

Takahiro Kurosawa

Katsumi Hashimoto

Masayuki Mori

Ken Sotobayashi

Takehiko Shigefuji

Shunsuke Takeuchi

Takashi Kimura

Seiji Fukushi

Mutsuyoshi Kurasawa

A plastic cap with IC tag storing product information provided on the upper surface of a top plate. The top plate is formed by an annular flange and a recessed portion, the recessed portion, including a side wall continuous to the inner circumferential edge of the annular flange and a bottom continuous to the lower end of the side wall. The tagis attached to the annular flange to cover the recessed portion. A gap between the tag and the bottom is maintained to such a degree that the transmission and reception of signals to and from the tag are not interrupted when the back surface of the bottom comes in contact with water.

Plastic cap with IC tag and method of attaching IC tag to the cap

A resin overcap with an IC tag used as an overcap being on a metal cap and having an IC tag so that the transmission and reception of signals will not be disturbed by the metal cap, comprising a top panel and a cylindrical side wall hanging down from the circumferential edge of the top panel and in which the metal cap is fitted, wherein a step or a protrusion is formed on an upper portion on the inner surface of the cylindrical side wall to prevent the upward motion of the metal cap fitted in the cylindrical side wall, and an IC tag provided with an IC chip is mounted on the top panel to maintain a predetermined distance D to a top plate of the metal cap fitted into the cylindrical side wall.

Resin overcap provided with IC tag

[Problem] To provide a resin overcap provided with an IC tag that can be used as an overcap being fitted onto a metal cap and having an IC tag that is so provided that the transmission and reception of signals will not be disturbed by the metal cap. [Means for Solution] A resin overcap used being fitted onto a metal cap, comprising a top panel and a cylindrical side wall hanging down from the circumferential edge of the top panel and in which the metal cap is fitted, wherein a step or a protrusion is formed on an upper portion on the inner surface of the cylindrical side wall to prevent the upward motion of the metal cap fitted in the cylindrical side wall, and an IC tag provided with an IC chip is mounted on the top panel in a manner of maintaining a predetermined distance D to a top plate of the metal cap fitted into the cylindrical side wall.

A processing program preparing apparatus for a numerically controlled punch press includes a processing intention data generator for generating, on the basis of product shape data, processing intention data for specifying a processing region to be processed to manufacture a product. The processing program preparing apparatus also includes a tool data adding section for adding, to the processing intention data, data for specifying a punch and a die to be used to process the processing region.

Punching tool provided with a tool identification medium and punch press provided with a tool identification medium reader

A punch press has a punch supporting member () for supporting a plurality of punches () and a die supporting member () for supporting a plurality of dies (), wherein identification media () representing a punch and a die identification information for identifying each tool are attached to each punch and die, respectively. The punch press comprises a punch identification medium reader () for reading out a punch identification information from the punch identification medium () attached to said punch; a die identification medium reader () for reading out a die identification information from the die identification medium () attached to said die; and a comparator () for comparing a punch identification information from said punch identification medium reader and a die identification information from said die identification medium reader with each other.

According to an aspect of the disclosed invention, characteristic portions of graphic images to be used for machining in the form of profiles of a plurality of templates are first registered in advance along with machining design data corresponding to the respective profiles of the templates and including machining methods adapted to the respective profiles of the templates in the form of template machinings. Then, a specific characteristic portion is extracted out of the graph image given for a machining operation and the extracted characteristic portion is collated with each of the registered template profiles. Thereafter, the template machinings for the template profile recognized to be corresponding to the extracted characteristic portion as a result of the collation are read out from the registered data. Finally, the related machining design data is assigned to the extracted characteristic portion according to the read out template machinings to automatically prepare a machining program for a punch press.

Automatic programming method for punch press and apparatus for the same

A punch press has a punch supporting member (22) for supporting a plurality of punches (26) and a die supporting member (24) for supporting a plurality of dies (28), wherein identification media (34, 36) representing a punch and a die identification information for identifying each tool are attached to each punch and die, respectively. The punch press comprises a punch identification medium reader (38) for reading out a punch identification information from the punch identification medium (34) attached to said punch; a die identification medium reader (40) for reading out a die identification information from the die identification medium (36) attached to said die; and a comparator (68) for comparing a punch identification information from said punch identification medium reader and a die identification information from said die identification medium reader with each other.

Growing community of inventors

Kanagawa, Japan

Kazuo Tanabe