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    • 5. 发明授权
    • Method for producing laminated object
    • 层压物的制造方法
    • US5985204A
    • 1999-11-16
    • US65627
    • 1998-04-24
    • Yukio OtsukaMotoaki Ozaki
    • Yukio OtsukaMotoaki Ozaki
    • B23K26/34B29C67/00B29K105/24B29C33/38B29C35/08B29C41/02
    • B29C67/0077B23K26/34
    • A depositing step and an irradiating step are repeated alternately so as to pile solid layers to produce a laminated mold for casting an alloy melt. In the depositing step there is formed a deposited layer of sand coated with a thermosetting resin capable of forming a solid layer upon being irradiated with a laser beam. In the irradiating step, the deposited layer is irradiated with a laser beam to form a hardened solid layer. The irradiating step includes the operations of: distinguishing an outer skin portion from an inner portion of the deposited layer, and emitting a thick laser beam having a large diameter to harden the inner portion of the deposited layer, and emitting a thin laser beam having a diameter smaller than the thick laser beam to harden the skin portion of the deposited layer.
    • 交替地重复沉积步骤和照射步骤,以便堆积固体层以产生用于铸造合金熔体的层压模具。 在沉积步骤中,形成了涂覆有热固性树脂的沉积层,该热固性树脂能够在用激光束照射时形成固体层。 在照射步骤中,用激光束照射沉积层以形成硬化的固体层。 照射步骤包括以下操作:区分外皮部分与沉积层的内部,并且发射具有大直径的厚激光束以使沉积层的内部部分硬化,并且发射具有 直径小于厚激光束以使沉积层的皮肤部分硬化。
    • 8. 发明授权
    • Forced cooling casting apparatus
    • 强制冷却铸造设备
    • US4671337A
    • 1987-06-09
    • US853721
    • 1986-04-18
    • Hiroshi KawaiYukio Otsuka
    • Hiroshi KawaiYukio Otsuka
    • B22D19/00B22D27/04B22D47/00
    • B22D27/045
    • A lower mold made of a metal mold is disposed on a stool and an upper mold consisting of a sand mold is guided and fitted to the lower mold in such a manner as to define a cavity for a product. Tubular members are disposed at several positions in such a manner as to penetrate through the upper and lower molds and the cavity. A cooling plate equipped with cooling nozzles fitting to the projecting ends of the tubular members from the upper mold is disposed in such a manner as to clamp the upper and lower molds between it and the stool. The cooling nozzles are communicated with a cooling medium tube disposed on the cooling plate so that a cooling medium supplied to the cooling medium tube is uniformly distributed to the cooling nozzles.
    • 将由金属模具制成的下模具设置在凳子上,并且由砂模组成的上模具以限定产品的空腔的方式引导并安装到下模具。 管状构件以贯穿上下模具和模腔的方式设置在多个位置。 配备有从上模配合到管状构件的突出端部的冷却喷嘴的冷却板以这样的方式设置,以将上模和下模夹在其与粪便之间。 冷却喷嘴与设置在冷却板上的冷却介质管连通,供给至冷却介质管的冷却介质均匀地分配到冷却喷嘴。
    • 9. 发明申请
    • Plant simulator
    • 植物模拟器
    • US20070136038A1
    • 2007-06-14
    • US11633526
    • 2006-12-05
    • Takahisa KatoKensuke KawaiHirokazu OtsukaYukio Otsuka
    • Takahisa KatoKensuke KawaiHirokazu OtsukaYukio Otsuka
    • G06G7/48
    • G05B17/02
    • A plant simulator which makes it possible to set factors which could invite a system accident and to simulate the process of occurrence of a system accident. The plant simulator has a plant monitoring and operation unit 300 which displays on a display screen parameters and the plant status computed by a plant simulation unit and, by using this display screen, gives the plant simulation unit the operation performed on the plant; and a simulation instructing unit 100 which, connected to a terminal screen, gives the plant simulation unit the setting of initial values necessary for simulation from this terminal screen and a demand instruction, which may be to demand discontinuation of the execution of simulation, the plant simulator simulating a system accident according to a control model and a plant model, further including a system accident factor database 504 in which action logics of system accident factors matching the control model are stored; a system accident factor selecting unit 500 having a selecting device for taking out data stored in this system accident factor database; and a system accident executing unit 400 which executes a system accident on the basis of data taken out of the system accident factor selecting unit, whereby the system accident is simulated.
    • 一种植物模拟器,可以设定可能引发系统事故的因素,并模拟系统事故发生的过程。 工厂模拟器具有工厂监视和操作单元300,其在显示屏上显示参数和由工厂模拟单元计算的工厂状态,并且通过使用该显示屏,给工厂模拟单元执行对工厂的操作; 以及模拟指示单元100,其连接到终端屏幕,给予工厂模拟单元从该终端屏幕设置模拟所需的初始值和可能要求停止模拟执行的需求指令,该工厂 模拟器根据控制模型和工厂模型模拟系统事故,还包括系统事故因素数据库504,其中存储与控制模型相匹配的系统事故因素的动作逻辑; 系统事故因素选择单元500,具有用于取出存储在该系统事故因素数据库中的数据的选择装置; 以及系统事故执行单元400,其基于从系统事故因素选择单元取出的数据执行系统事故,由此模拟系统事故。
    • 10. 发明授权
    • Forced cooling casting apparatus
    • 强制冷却铸造设备
    • US4671338A
    • 1987-06-09
    • US853722
    • 1986-04-18
    • Yukio OtsukaHiroshi KawaiKiyomi IidaHironobu Nakano
    • Yukio OtsukaHiroshi KawaiKiyomi IidaHironobu Nakano
    • B22D19/00B22D27/04B22D30/00B22D47/00B22D29/00B22D33/02B22D47/02
    • B22D30/00B22D27/045
    • A forced cooling casting apparatus has a loop track for guiding a stool having a lower mold fitted thereto and having a punch-out portion. A plurality of stations are sequentially disposed on the loop track for effecting the steps of cleaning the lower mold, arranging an upper mold, inserting tubular members for cooling, setting a cooling plate having a plurality of cooling nozzles for passing a cooling medium through the tubular members, pouring a molten metal, effecting cooling in several stages, removing the cooling plate and taking out the resulting casting. A cooling medium tube communicates with the cooling nozzles, having a coupler and disposed on the cooling plate. A cooling medium feeder is connected to the coupler and/or a cooling medium jet device for cooling the lower mold, and is disposed at each of the cooling stations.
    • 强制冷却铸造设备具有用于引导具有安装在其上的下模的凳子并具有穿孔部分的环形轨道。 多个站依次设置在环路上,用于实现清洁下模的步骤,布置上模,插入用于冷却的管状构件,设置具有多个冷却喷嘴的冷却板,以使冷却介质通过管状 成员,浇注熔融金属,几个阶段进行冷却,取出冷却板并取出所得的铸件。 冷却介质管与具有耦合器并设置在冷却板上的冷却喷嘴连通。 冷却介质供给器连接到耦合器和/或用于冷却下模的冷却介质喷射装置,并且设置在每个冷却站。