Abstract:
PROBLEM TO BE SOLVED: To provide a textual information remover which erases illegible textual information printed in a certain position on a printed material such as paper to be unreadable without such a special process performed thereon as vinyl cover, and which has high portability.SOLUTION: The textual information remover houses in a rotatable manner adhesive tape which peels off portion of textual information printed on a printed material from the surface of the printed material. The textual information remover includes: a remover body holding and storing the adhesive tape therein; an adhesive tape circularly wound with one side coated with high adhesion adhesive; a tape holding portion which holds the adhesive tape in a rotatable manner; an unreeling guide which rotationally extends the adhesive tape from the tape holding portion; an adhesive contacting portion composed of an opening which is provided on the edge of the remover body to make the adhesive tape contact letters of the printed material; and a tape reeling portion which winds up adhesive tape having on one side portion of the textual information on the printed material peeled off from the printed material.
Abstract:
PROBLEM TO BE SOLVED: To provide an LED bulb providing excellent visual effects in directions other than the illumination direction.SOLUTION: The LED bulb includes: an LED device 1; a parabola mirror 12 that is provided on the front side of the LED device 1 to collect light emitted from the LED device 1 in the front direction; a housing 10 that houses therein the LED device 1 and the parabola mirror 12 and that has an opening in the front direction; and a plurality of heat dissipating fins 101 provided in the housing 10. The heat dissipating fins 101 are separated from one another except for a first and second connection portions 102 and 103, so that a slit (gap), through which the inside and the outside of the housing 10 are in communication with each other, is formed between any two adjacent heat dissipating fins 101. This allows light leaked from the parabola mirror 12 or the like to be discharged through the slits from a lateral direction to a diagonally backward direction from the LED bulb.
Abstract:
PROBLEM TO BE SOLVED: To provide a method for repairing an optical disk, for which there is no limit of the number of repairing.SOLUTION: A scratch 160 etc. produced on a read surface of an optical disk is approximately eliminated by cutting and polishing them by using an abrasive, and subsequently the read surface is coated with a coating agent 170 composed of a transparent resin etc. In this case, no significant change in thickness of the optical disk is produced before and after repairing, by making thickness reduced by the polishing nearly equal to thickness increased by application of the coating agent 170. Thus, multitime repairing is feasible even for an optical disk having only a short distance to an information recording layer such as a Blu-ray Disk (R).
Abstract:
PROBLEM TO BE SOLVED: To provide a shredder with a smoother for shredded wastepaper which includes an extremely small number of addition components and which can drive utilizing the rotation of a cutter. SOLUTION: The smoother for shredded wastepaper is provided with a paper smoothening member 5 which has a paper smoothening part 5a extended along the cutter at the lower part of the cutter, an arm member 10 which is fixed to the paper smoothening member 5 and to which the rotative behavior to one direction is imparted, and a driving member 8 which is fixed to the rotation axis 3 of the cutter and is brought into moving contact with the arm member 10. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide an adhesive tape cutter capable of being quickly and accurately attached to the inside of a device regardless of the kinds of tapes such as an adhesive tape of low adhesion and an adhesive tape of high adhesion. SOLUTION: A tape charging opening 13 facing to a peripheral surface of a drawing out roller 3 is formed on a case 1, and a tape reel TR is charged from the tape charging opening 13. A leading end part t of the adhesive tape T is inserted to a void c of a tape charging guide 25 arranged over a position proximity to a periphery making a vertex of the drawing roller 3 as a starting point to a starting end of a tape guide route formed in the case and the drawing out roller 3. COPYRIGHT: (C)2009,JPO&INPIT