Abstract: A printer according to an embodiment includes a holding part and a printing part. The holding part holds a print substrate having a curved surface in a state where the print substrate is pressed and elastically deformed so that a curvature of the curved surface is small. The printing part performs silkscreen printing on a print surface of the print substrate held by the holding part.

Abstract: A printer according to an embodiment includes a holding part and a printing part. The holding part holds a print substrate having a curved surface in a state where the print substrate is pressed and elastically deformed so that a curvature of the curved surface is small. The printing part performs silkscreen printing on a print surface of the print substrate held by the holding part.

Abstract: A disk loading/ejection mechanism in a disk device inserting and taking out a disk-shaped storage medium (disk D) through an opening and enabling a combined relatively large space to be secured inside the disk device, provided with an offset drive function unit for shifting the loading/ejection direction when inserting and taking out the disk D to a loading/ejection direction (B) offset from the straight direction (A) perpendicularly intersecting the opening direction of the opening.

Abstract: A disc autochanger improving on a conventional disc separating mechanism to enable the device to be reduced in size is provided, comprising a plurality of disc holding members 4 (4-1 to 4-6), a splitting member 21 splitting the plurality of disc holding members 4 to separate them at the disc holding member for playback/recording, and an elevator mechanism 6 making the plurality of disc holding members 4 move in the elevation direction to make the disc holding member for playback (recording) move to the position for splitting the disc holding members and further enlarge the split.

Abstract: The present invention relates to a cathode ray tube having an inner magnetic shield and to a method for fixing the inner magnetic shield. The inner magnetic shield is fixed to a frame supporting a shadow mask simply with fixing members. First engagement holes are provided on each side of a first flange portion of the frame, and second engagement holes are provided on each side of a second flange portion of the inner magnetic shield. Each side of the second engagement hole is provided with a folding portion. The fixing member is inserted so as to put into the first engagement hole and the second engagement hole facing the first engagement hole from the side of the inner magnetic shield.

Abstract: The present invention relates to a cathode ray tube having an inner magnetic shield and to a method for fixing the inner magnetic shield. The inner magnetic shield is fixed to a frame supporting a shadow mask simply with fixing members. First engagement holes are provided on each side of a first flange portion of the frame, and second engagement holes are provided on each side of a second flange portion of the inner magnetic shield. Each side of the second engagement hole is provided with a folding portion. The fixing member is inserted so as to put into the first engagement hole and the second engagement hole facing the first engagement hole from the side of the inner magnetic shield.