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    • 31. 发明申请
    • MOLDING METHOD AND MOLDING APPARATUS
    • 成型方法和成型设备
    • US20150083357A1
    • 2015-03-26
    • US14388947
    • 2013-03-13
    • Makoto Kikuchi
    • Makoto Kikuchi
    • B22D17/20B22D35/04
    • B22D17/203B22D17/14B22D17/2076B22D17/30B22D18/04B22D35/04
    • A molding apparatus (30) is configured so as to form a molten metal holding space (41a) by dividing the inside of a connecting portion (41) into the molten metal holding space (41a) and a molten metal supply port-side space (41b) by closing an on-off valve (42), and pump up molten metal (5) from a molten metal furnace (50) into the molten metal holding space (41a) of the connecting portion (41) with a pump (40). Then a pressure of the molten metal (5) that has been pumped up into the molten metal holding space (41a) is reduced by a pressure-reducing portion, and the molten metal holding space (41a) inside the connecting portion (41) is communicated with a molten metal supply port (6) of an injection sleeve (2) by opening the on-off valve (42), and the molten metal (5), the pressure of which has been reduced in the molten metal holding space (41a), is supplied into the injection sleeve (2).
    • 成形装置(30)构成为通过将连接部(41)的内部分割成熔融金属保持空间(41a)和熔融金属供给口侧空间(41a)而形成熔融金属保持空间(41a) 41b),通过关闭开关阀(42),并将熔融金属(5)从熔融金属炉(50)泵送到连接部分(41)的熔融金属保持空间(41a)中,泵(40) )。 然后,通过减压部减少已经被泵送到熔融金属保持空间41a内的熔融金属(5)的压力,连接部(41)内的熔融金属保持空间(41a)为 通过打开开关阀(42)和熔融金属(5)的熔融金属(5)在熔融金属保持空间(图1)中被降低而与注射套筒(2)的熔融金属供给口(6) 41a)供应到注射套筒(2)中。
    • 33. 发明申请
    • ENTRY/EXIT CONTROLLING SYSTEM AND METHOD
    • 进入/退出控制系统和方法
    • US20120032775A1
    • 2012-02-09
    • US13197034
    • 2011-08-03
    • Makoto Kikuchi
    • Makoto Kikuchi
    • G05B19/00
    • G07C9/00111
    • Reader terminals are provided on both sides of doors accessing different areas and are provided on at least one side of doors accessing regions of the same area. An evaluation processing portion evaluates if there is an anti-pass-back violation by a user in response to an evaluation request from a reader terminal. A comparison an area ID for the movement origin region, obtained from the region information storing portion, and a current area ID for the user, obtained from the current location information storing portion is performed. If the result of the evaluations for entry/exit permission is that entry/exit is permitted and there is no anti-pass-back violation, then the area ID and the individual ID of the movement destination region, obtained from the region information storing portion, are stored as the current area ID and the current region ID for the user, in the current location information storing portion.
    • 读取器端子设置在访问不同区域的门的两侧,并且设置在访问相同区域的区域的门的至少一侧。 评估处理部分响应于来自读取器终端的评估请求来评估用户是否存在反传递冲突。 执行从当前位置信息存储部分获得的用于从区域信息存储部分获得的运动起始区域的区域ID和用户的当前区域ID的比较。 如果入口/出口许可的评估结果是入口/出口是允许的,并且没有反传递冲突,则从区域信息存储部分获得的区域ID和移动目的地区域的个人ID 被存储在当前位置信息存储部分中作为用户的当前区域ID和当前区域ID。
    • 36. 发明授权
    • Light radiating device of heatsensitive perforating device
    • 热敏穿孔装置的光辐射装置
    • US5988062A
    • 1999-11-23
    • US837
    • 1997-12-30
    • Makoto Kikuchi
    • Makoto Kikuchi
    • B41C1/14B41C1/055
    • B41C1/148
    • A light radiating device of a heatsensitive perforating device includes a casing having an opened lower surface arranged at a perforating plane of a heatsensitive stencil sheet; a light emitting device arranged within the casing, the light emitting means having a bulb portion, a base portion and a contact; an electrode connected to a power supply for energizing the light emitting device, said electrode contacting with the contact of the light emitting device; lower side reflection mirrors contacting with the perforating plane of the heatsensitive stencil sheet; upper side reflection mirrors continuous with the lower side reflection mirrors in a predetermined angle; an upper reflection mirror arranged continuous with the upper side reflection mirrors and in parallel with the perforating plane of the heatsensitive stencil sheet; a holding device for holding the light emitting device in such a manner that a line passing straight through the contact, the center of the base portion and the center of the lower surface of the bulb portion of the light emitting device is perpendicular to the perforating plane of the heatsensitive stencil sheet.
    • 一种感热穿孔装置的光辐射装置包括一个壳体,其具有布置在热敏蜡纸的穿孔平面上的开放的下表面; 布置在壳体内的发光装置,发光装置具有灯泡部分,基部和接触件; 连接到用于激发所述发光器件的电源的电极,所述电极与所述发光器件的触点接触; 与热敏蜡纸的穿孔平面接触的下侧反射镜; 上侧反射镜以预定角度与下侧反射镜连续; 与上侧反射镜连续配置并与热敏蜡纸的穿孔平面平行的上反射镜; 用于保持发光装置的保持装置,使得直线穿过接触线,基部的中心和发光装置的灯泡部分的下表面的中心的线垂直于穿孔平面 的热敏蜡纸。