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    • 1. 发明专利
    • HANDRAIL DEVICE OF VARIABLE SPEED TYPE PASSENGER CONVEYOR
    • JPH09315747A
    • 1997-12-09
    • JP13635196
    • 1996-05-30
    • NIPPON KOKAN KK
    • SATO TOMOAKIUBUSAWA KATSUMI
    • B66B23/26B66B29/00
    • PROBLEM TO BE SOLVED: To make it unnecessary to change the holding of a handrail to meet the change in speed, and to prevent fingers from being held by a cover at a landing by providing a handrail device comprising a trapezoidal variable speed handrail piece, an expandable connection body to close a slit in the cover, and the cover of the radius with different center from the reversing radius of the handrail piece at a turning part. SOLUTION: In a carrying zone of passengers, the clearance of guide rails 10, 11 is gradually narrower so that the higher speed zone is reached from the landing A and acceleration is made from the lower speed, and in the higher speed zone, the clearance is narrower, and at a descending part, the speed is reduced from the high speed to the lower speed, and the clearance is gradually larger. Because a plurality of levers 6 are pin-connected to each other at both end parts, the clearance of shafts 5, 5 is changed from the landing A to the descending part through an intermediate part by the change in the clearance of the guide rails 10, 11. The change is converted into the change in the moving speed of the handrail piece 1.
    • 3. 发明专利
    • SORTING OF WASTE
    • JPH09276802A
    • 1997-10-28
    • JP8960396
    • 1996-04-11
    • NIPPON KOKAN KK
    • ASANO MIKIYUKIYOSHINAGA YOICHIUBUSAWA KATSUMIAKIYASU YASUSHIOGAKI YOJI
    • B07B7/00B07B9/00
    • PROBLEM TO BE SOLVED: To effectively and properly sort and recover resources waste refuse mixed with foamed trays by composing the sorting method of a wind force sorting process sorting lightweight matter from waste form other material, a process crushing the sorted lightweight matter and a specific gravity sorting process sorting foamed trays from the crushed lightweight matter. SOLUTION: When waste refuse to be sorted including foamed trays is charged in a wind force sorting apparatus 1 by a charging conveyor 6, the waste refuse is sorted by wts. by the high speed jet streams from a nozzle header 2 and glass bottles are collected in a heavy matter chute 3 while steel cans, aluminum cans and PET bottles are collected in a medium wt. matter chute 4 and foamed trays and films are collected as lightweight matter by a revolving endless track type reticulated screen 5 to be subsequently supplied to a crushing process to be granulated by the heat at a time of crushing. Next, the formed trays and granulated films are sorted in a specific gravity sorting process and the crushed foamed trays are recovered by specific gravity difference.
    • 5. 发明专利
    • SLAG REMOVING DEVICE AND ITS OPERATING METHOD
    • JPH09262661A
    • 1997-10-07
    • JP7470096
    • 1996-03-28
    • NIPPON KOKAN KK
    • ASANO MIKIYUKIUBUSAWA KATSUMI
    • G01F23/28B22D43/00F27D3/15
    • PROBLEM TO BE SOLVED: To improve the ladle yield of the molten metal, to improve the service life of a scraping plate, and to reduce the working time by performing the scraping by an interactive point input means through a monitoring television after the slags are afloat on the molten metal surface like islands. SOLUTION: The scraping pattern is selected by the slag amount in a ladle 12 after tiltation, and the slag is automatically scraped. When the slags are afloat on the molten metal like islands, the automatic operation is stopped. The slag piece S to be scraped is designated by a touch sensor 32 on the screen of a monitoring television 31, and the coordinates of the position on the screen are received by a computing element 33. The computing element 33 converts the inputted coordinates of the position into the coordinates of the scraping starting position of a slag removing device 1, the scraping route is operated, and the operated result is commanded to a controller 34. The controller 34 operates the vertical movement of a scraping arm 3, the advancement or retraction of a saddle 4, and the turning angle of a turning table 6 are operated on the positional coordinates of the commanded scraping route, and each equipment is controlled to discharge the slag pieces S.