Abstract:
An optical disc is a disc having a signal recording layer. A treatment film whose surface resistance is 1 x 10 - 1 x 10 OMEGA is formed on the signal recording layer and electrophotographic printing is applied to the treatment film. The optical disc can be preferably used as a digital audio disc such as a compact disc, a video disc, or an optical disc such as a CD-ROM where digital signals can be recorded, reproduced or erased.
Abstract:
A printing method by which a label, etc., can be printed excellently on the surface of a material to be printed, such as the synthetic resin plate of an optical disk, etc., by electrophotography. At the time of printing the label, etc., on the surface to be printed, in order that a charged toner on the transferring medium is transferred onto the material to be printed, an electrode connected to a power unit is brought into contact with the material at the position close to transferred the toner on the medium. Then, electric charge is supplied through the electrode. Prior to the transfer of the toner, in addition, the electric resistance of the surface to be printed is adjusted to OMEGA .
Abstract:
An optical disc comprising a disc having a signal-recording layer, wherein a treated layer having a surface electric resistance of from 1x10 to 1x10 OMEGA is formed on the signal-recording layer, and the surface of the treated layer is subjected to electrophotographic printing. The optical disc can be desirably used as an optical disc, in which digital signals can be recorded, reproduced or erased, such as a digital audio disc, such as a compact disc, a video disc, or a CD-ROM.
Abstract:
An optical disc comprising a disc having a signal-recording layer, wherein a treated layer having a surface electric resistance of from 1x10 to 1x10 OMEGA is formed on the signal-recording layer, and the surface of the treated layer is subjected to electrophotographic printing. The optical disc can be desirably used as an optical disc, in which digital signals can be recorded, reproduced or erased, such as a digital audio disc, such as a compact disc, a video disc, or a CD-ROM.
Abstract:
PROBLEM TO BE SOLVED: To provide a male incontinent pad which can be formed into a fittable steric shape matching with the size of an individual male genital organ, worn to resist against slipping off the male genital organ, and worn to feel comfortable. SOLUTION: The male incontinent pad 1 comprises a male genital organ insertion part 3 and is formed into a steric shape folded in pile in the longitudinal direction L along a folding line BL. The folding line BL divides the incontinent pad 1 into the front side area F set with the male genital organ insertion part 3 and the rear side area R to overlap with the front side area F when made into the steric shape, while the surface 1A constituting the inner face of the steric shape is set with a steric shape fixation means 4 which can fix between the front side area F and the rear side area R in the steric shape. The rear side edge 2b in the rear side area R has a longer length Wb in the longitudinal direction of the male incontinent pad 1 than the maximum length Wa of the front side area F in the lateral direction S. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide an opened pattern net which can pattern paper with a proper suction force without requiring a large vacuum installation. SOLUTION: This opened pattern net for processing paper is obtained by incorporating a reinforcing net 3 for carriage with photo-sensitive resin-made opened patter structures 2, 2' in which many openings are formed, and has an air permeability of 50 to 350 cc/(cm2.sec). The thickness of the opened pattern structures 2 and 2' have 300 to 1,000 μm and 50 to 500 μm, respectively. The reinforcing net 3 for carriage has a unit opened portion area of 0.01 to 2 mm2, an opened portion area rate of 10 to 50%, an air permeability of 100 to 500 cc/(cm2.sec) and a tensile strength of >=20 kg/cm in the longitudinal direction.
Abstract:
PROBLEM TO BE SOLVED: To realize an electrically uniform transferring of a toner image to a disc by a method wherein a label printing is executed to the surface of the disc, which is obtained by thermal melting and kneading a disc molding resin and a surfactant, by an electrophotographic system. SOLUTION: A label printing is executed to the surface of a disc obtained with a disc board, which is formed out of a melt-kneaded matter obtained by thermal melting and kneading a disc molding resin and a surfactant into a predetermined shape, by an electrophotographic system. As the surfactant, one selected from the group consisting of a cationic surfactant, an anionic surfactant and an amphoteric surfactant. The thermally melting and kneading of the disc molding resin and the surfactant is executed, for example, with a kneader or the like. In addition, before the thermally melting and kneading, the disc molding resin and the surfactant may well be dry-blended in advance with a Henschel mixer.
Abstract:
PROBLEM TO BE SOLVED: To simply put a disk the manufacture identification mark in a disk without sticking a seal and a label by printing the manufacture identification mark different for every disk on the label print surface of the disk together with the label. SOLUTION: By a computer 20 in a label printing device 10, an image forming part 24 converts the data of a character or an image from an input part 21 to the label image data, and the manufacture identification mark data corresponding to every optical disk 1 is included in the data. The generated manufacture identification mark are sent to a user controlling computer through a communication line for dealing with user register and an inquiry from a user. A print data conversion part 26 converts the data taken out from a memory 25 to the print data of three primary colors of light. A printing machine 30 receives the print data outputted form the computer 20, and prints the label and the manufacture identification mark 3 on the label print surface 2 of the optical disk 1.
Abstract:
PROBLEM TO BE SOLVED: To prevent a printing film of printing a label provided on the disk from flawing or falling off and to impart a feeling of high-class gloss to the surface of the disk by forming the printing film of a film on a reflecting film of a disk substrate and a protective film. SOLUTION: The optical disk 1 is equipped with the reflecting film 1C vapor- deposited with gold and aluminum, etc., on a signal recording surface 1B of the substrate 1A, molded of a resin such as polycarbonate, etc. Moreover, the protective film 1D for preventing oxidation is equipped on the reflecting film 1C. Then, the printing film (1G) forming surface of the film 1F is stuck on this protective film 1D, via an adhesive layer 1E. The signal recording surface 1B of the resin molded substrate 1A of the optical disk 1 has data recording pits in a rugged pattern. Then, the printing film 1G constitutes the label consisting of an index display, showing recording contents and various designs.
Abstract:
PROBLEM TO BE SOLVED: To provide an absorbent article capable of suppressing odor of urine and making the color of urine less prominent.SOLUTION: A napkin 1 as an example of an absorbent article comprises a surface sheet 2, a backside sheet 3, and a vertically long absorber 4 disposed between the sheets 2 and 3. The absorber 4 includes an absorbent core 41 containing water absorptive polymer 410, an inner sheet 42 disposed on a skin-facing side of the absorbent core 41, and an outer sheet 43 disposed on the skin-facing side of the inner sheet 42. The napkin 1 is divided into a front area B, an excretion area A, and a rear area C. The inner sheet 42 is colored into gray by supporting active charcoal particles. The outer sheet 43 is colored into gray. The outer sheet 43 has Lvalue in an Labcolor specification system larger than Lvalue of the inner sheet 42.