Abstract:
PROBLEM TO BE SOLVED: To provide a winding core, wherein the winding start end of a material to be wound is accurately pressed to a step part efficiently to be wound even if the winding start end of the material to be wound is not parallel to the axial direction of the winding core. SOLUTION: In this winding core, a step part 21 having a height substantially equal to the thickness of a sheet-like material to be wound is provided on the outer peripheral surface 2 extending in the axial direction of the winding core 1. The outer peripheral surface of the winding core is provided with a groove part 23 where a cutter is laid along the axial direction of the winding core. COPYRIGHT: (C)2007,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To prevent a paper tube from being damaged by steam and expanded air generated from the paper tube, in the paper tube used in a probe for molten metal exposed to high temperatures. SOLUTION: Tape end parts of not only the outer circumferential surface, but also a layer 18a in a circumferential side inner than a layer 17A forming the outer circumferential surface are cut diagonally in a paper-made protective tube 8 used in the probe for molten metal and formed by winding a paper tape spirally. The paper tape end part is thereby formed into a wedge shape. The wound paper tape end parts are overlapped together longitudinally so as not to generate clearance or step differences. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a paper-made binder for filing which can be recycled as paper. SOLUTION: The paper-made binder for filing is structured so that a plate-like paper-made base 6 is fixed inside of a back cover 3 of a file body. One paper-made filing plate 7 is molded in one piece with the paper-made base 6, and structured so that the molding may go up from one side of the paper-made base 6 nearly vertically. The other paper-made filing plate 8 is installed on the other side of the paper-made base 6 with being opposed to the paper-made filing plate 7, and structured so that its angle formed with the paper-made base 6 is changed. Two pieces of a paper-made stem 9 are fixed to the paper-made filing plate 8 and makes the paper-made stem 9 hung and released by sliding a slide plate 10, and the paper-made base 6 and the paper-made filing plates 7, 8 are formed by laminating a paper. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To easily enable the reuse and recycling of the toner cartridge after use. SOLUTION: In the toner cartridge equipped with a bottle 1 storing toner, the bottle 1 has a deformable thin-walled part on the wall in order to transmit kinetic energy from the outside of the bottle to the toner stored in the bottle via the wall of the bottle. In the toner cartridge illustrated in the Fig. 1, a thin-walled recessed groove 1c is disposed in order to transmit a traveling wave from an ultrasonic motor 2 to the toner. COPYRIGHT: (C)2004,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To prevent absorption of moisture by providing a glass coating layer in a thread stopping groove of a fiber paper tube, to stabilize measurements and keep thread gripping performance for a long term. SOLUTION: The thread stopping groove 2 is provided near an end portion of a paper tube 1. The thread stopping groove 2 is composed of an introducing groove 3 having a generally V-shaped cross-section when the paper tube is cut in a longitudinal direction, and formed from a tilting wall having not less than two stepped portions; and a narrow grip portion 4 having a generally V-shaped cross-section when the paper pipe is cut in a longitudinal direction, and formed from a tilting wall having not less than one stepped portion on an extension line of the introducing groove 3. Glass coating liquid is applied or impregnated on the thread stopping groove 2 of the paper pipe, thereby forming a glass coating layer. COPYRIGHT: (C)2004,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a winding core in which space required for storage or transport of the winding core itself can be small, and in which collapse or wrinkling will not occur in material wound around the winding core during storage or transport. SOLUTION: This winding core 1 is composed of side surface arc members 2A-2D having a form parted into plural sections of a cylindrical form along a center axis. Mutually adjoining end parts of the side surface arc members 2A-2D are foldably connected to each other by movable parts 3A-3E. On the movable parts 3A-3E, irregularities are provided for positioning when the side surface arc members 2A-2D are assembled into the cylindrical form. The irregularities comprise dents and protrusions, so that the side surface arc members are locked to each other.