Fujitsu Isotec Limited

Kao Corporation

Norihiro Yoshida

Yukio Saito

Tomoyuki Nagamine

Takumi Kawamura

Masaki Okuyama

Isao Tsuru

Tomoaki Il

Kimiya Yamada

Hideki Sakai

Jun Tairadate

Yoshiharu Niizeki

Tomoaki Ii

The present invention relates to an ink-jet printing method using an apparatus including a printing means for ejecting a black ink to a printing substrate to print characters or images on the printing substrate, and a drying means disposed on a downstream side of a transportation direction of the printing substrate, in which the printing substrate is a label printing substrate; the black ink is a water-based composite black ink; the water-based composite black ink contains a composite black pigment containing carbon black, and a content of the carbon black in the composite black pigment is not more than 25% by mass; and the drying means is an infrared heater for heating the water-based composite black ink ejected onto the printing substrate to a temperature of not lower than 95&#xb0; C. and not higher than 125&#xb0; C. According to the ink-jet printing method of the present invention, it is possible to obtain a good printed material that is free of color migration or deformation of a printing substrate even when printed on a label printing substrate.

Ink jet recording method

A retaining device for an electronic apparatus comprising a plurality of cases respectively containing individual component mechanisms of a small electronic apparatus, a magnet disposed in a recess formed in a surface of a first case among the plurality of cases; and a magnetic member provided on a second case among the plurality of cases. In this device, the magnet attracts the magnetic member to fix the respective positions of the first case and the second case relative to each other when the first case and the second case are set contiguously with the magnet and the magnetic member disposed opposite to each other.

Magnetic retaining device for electronic apparatus

A retaining device for an electronic apparatus comprising a plurality of cases respectively containing individual component mechanisms of a small electronic apparatus, a magnet disposed in a recess formed in a surface of a first case among the plurality of cases and a magnetic member provided on a second case among the plurality of cases. In this device, the magnet (60) attracts the magnetic member to fix the respective positions of the first case and the second case relative to each other when the first case and the second case are set contiguously with the magnet and the magnetic member disposed opposite to each other.

An assembly is formed of a first core and a second core on which cores an ink ribbon is wound and a supporting member detachably supporting the first and second cores so as to keep them a predetermined distance. The assembly is set into a setting hole formed on a bottom plate of a cassette body, the setting hole being divided into a first hole part for rotatably supporting the first core, a second hole part for rotatably supporting the second core, and a third hole part connecting the first and second hole parts which are a predetermined distance from each other, the distance between the first and second cores supported by the supporting member corresponding to the distance between the first and second hole parts. The supporting member is detachable from the first and second cores and drawn from the cassette body through the setting hole, so that the first and second cores respectively remain in the cassette body in a state where the first and second cores are respectively set into the first and second hole parts formed on the bottom plate of the cassette body.

Method for setting ink ribbon into cassette body and ink ribbon cassette

Growing community of inventors

Inagi, Japan

Norihiro Yoshida