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    • 1. 发明申请
    • SCRAP MELTING METHOD
    • 刮刀熔炼方法
    • WO1997012997A1
    • 1997-04-10
    • PCT/JP1996001184
    • 1996-04-30
    • NKK CORPORATIONARIYAMA, TatsuroINOGUCHI, TakanoriNODA, HidetoshiMATSUURA, MasahiroSHIKADA, TsutomuKONISHI, TakeshiMURAI, Ryota
    • NKK CORPORATION
    • C21B11/02
    • F27B1/20C21B5/003C21B5/023C21B5/026C21B11/02C21B13/0066C21C5/466C21C5/562C21C2005/4666C21C2200/00F27B1/16Y02P10/136Y02P10/216
    • A scrap melting method for producing hot metal by using scrap as an iron source, pulverized coal as a main heat source and/or as a high calorie exhaust gas source, and synthetic resins, which are wastes, as a high calorie exhaust gas source and as a part of the heat source and obtaining high calorie exhaust gas having high utility value as a fuel gas, characterised in that a shaft furnace having a combustion burner at a tuyere is used, that scrap and coke as iron sources are supplied into the furnace from a top portion thereof while a synthetic resin material is supplied as required, that pulverized coal or pulverized coal and the synthetic resin material and oxygen are blown from the combustion burner under a specific condition so that pulverized coal or pulverized coal and the synthetic resin material and oxygen can be mixed together to thereby have pulverized coal and the like burned quickly, that scrap is melted by sensible heat of the combustion gas to produce hot metal and that the secondary combustion of combustion gas inside the furnace is intentionally prevented to thereby recover it as fuel gas.
    • 以废料为铁源,粉煤作为主要热源和/或作为高热量废气源的废铁生产废铁的废铁熔炼方法,作为高热量废气源, 作为热源的一部分,获得作为燃料气体的高效用值的高热量废气,其特征在于,使用在风口具有燃烧器的竖炉,将作为铁源的废料和焦炭供给到炉 从合成树脂材料的上部按照需要供给合成树脂材料,在特定条件下从燃烧器吹出粉煤或粉煤,合成树脂材料和氧气,使得粉煤或粉煤与合成树脂材料 可以将氧气混合在一起,从而使粉煤等迅速燃烧,通过燃烧气体的显热来使废料熔融,生成铁水, 有意地防止炉内的燃烧气体的二次燃烧,从而将其作为燃料气体回收。
    • 3. 发明申请
    • PROCESS FOR PRODUCING DIMETHYL ETHER
    • 生产二甲醚的方法
    • WO1993010069A1
    • 1993-05-27
    • PCT/JP1992001467
    • 1992-11-11
    • NKK CORPORATIONFUJIMOTO, KaoruSHIKADA, TsutomuYAMAOKA, YojiroSUMIGAMA, Takashi
    • NKK CORPORATION
    • C07C43/04
    • C07C41/01C07C43/043
    • A process for producing dimethyl ether from a gaseous mixture comprising carbon monoxide, hydrogen and/or steam, and optionally further carbon dioxide, wherein use is made of either a catalyst prepared by pulverizing a catalytic mixture comprising at least zinc oxide, copper or chromium oxide, and aluminum oxide, compacting the mixture on a high-pressure press, and again pulverizing the compacted mixture, or a catalytic mixture comprising at least zinc oxide, copper oxide and alumina in the form of a slurry suspended in a solvent. This process gives dimethyl ether in a high yield, allows a high conversion of water formed by the reaction into hydrogen, and is free from the problem of clogging caused by the catalyst, and no mechanical strength is required of the catalyst. The process has further advantages such that the carbon monoxide to hydrogen ratio can be widely varied, that the reaction can be conducted even in the presence of carbon dioxide with high concentration, and impurities and catalyst poison little affect the reaction.
    • 一种从包含一氧化碳,氢气和/或蒸汽以及任选的另外的二氧化碳的气体混合物生产二甲醚的方法,其中使用通过粉碎至少包含氧化锌,铜或铬氧化物的催化混合物制备的催化剂 和氧化铝,在高压压机上压实混合物,再次粉碎压实的混合物,或至少包含氧化锌,氧化铜和氧化铝的悬浮在溶剂中的浆料的催化混合物。 该方法以高产率提供二甲醚,允许将通过反应形成的水的高转化率转化为氢气,并且不存在由催化剂引起的堵塞的问题,并且催化剂不需要机械强度。 该方法具有能够大幅度变化的一氧化碳与氢的比例,即使在高浓度的二氧化碳的存在下也能够进行反应,并且杂质和催化剂的毒性对反应几乎没有影响。
    • 7. 发明申请
    • MULTIPROCESSOR SYSTEM
    • 多处理器系统
    • WO1996013779A1
    • 1996-05-09
    • PCT/JP1995002232
    • 1995-10-31
    • NKK CORPORATIONTAKAMATSU, Hajime
    • NKK CORPORATION
    • G06F15/16
    • G06F9/5016
    • A multiprocessor system in which the number of data processors can be increased without changing its operating system program, comprising a main memory (7) which stores application programs and the operating system program, a plurality of data processors (3-6) which performs distributed processing of application programs in accordance with the operating system program, and a plurality of system buses (1A-1E) connected between the processors (3-6) and main memory (7). A hierarchical order of the memory (7) and processors (3-6) is determined, with the memory (7) at the highest rank. In addition, gateway sections (2A-2E) are connected to the system buses (1A-1E) so that data can be transmitted between layers. The gateway sections (2A-2E) monitor memory access requests to layers which are one rank lower than the layers which have made the memory access requests, and carry out control of suspending the response to memory access requests when the requests interfere with memory accesses to the corresponding layer.
    • 一种多处理器系统,其中可以增加数据处理器的数量而不改变其操作系统程序,包括存储应用程序和操作系统程序的主存储器(7),执行分布式的多个数据处理器(3-6) 根据操作系统程序处理应用程序,以及连接在处理器(3-6)和主存储器(7)之间的多个系统总线(1A-1E)。 确定存储器(7)和处理器(3-6)的层次顺序,存储器(7)处于最高级。 此外,网关部分(2A-2E)连接到系统总线(1A-1E),以便可以在层之间传输数据。 网关部分(2A-2E)监视对已经做出存储器访问请求的层次低一级的层的存储器访问请求,并且当请求干扰存储器访问时执行对存储器访问请求的暂停响应的控制 相应的层。
    • 9. 发明申请
    • APPARATUS FOR AUTOMATICALLY CHAMFERING STEEL MATERIAL
    • 自动切割钢材的设备
    • WO1996005933A1
    • 1996-02-29
    • PCT/JP1995001676
    • 1995-08-24
    • NKK CORPORATION
    • NKK CORPORATIONTAKAHATA, KiyoharuHATA, AkiraOGAYA, ShigeruTAMAOKI, Naohiro
    • B23D79/00
    • B23C3/12
    • This apparatus comprises a means (2) for introducing bolt hole-bored steel materials (1) into the apparatus, an image processing means (8) provided subsequently to the introduction means and adapted to identify the contours of the steel materials and positions of the bolt holes, chamfering means (11, 12, 13) provided subsequently to the image processing means, reversing means (23, 24), a discharged means (29), and a controller (33) for controlling these means. The chamfering means are adapted to chamfer the bolt holes in and a circumferential portion of the steel materials on the basis of the image processing data from the image processing means, and the reversing means turns over a steel material one surface of which has finished being chamfered, the discharge means being adapted to discharge a steel material the chamfering of which has completely finished.
    • 该装置包括用于将螺栓孔钻钢材(1)引入到装置中的装置(2),设置在引入装置之后的图像处理装置(8),并且适于识别钢材的轮廓和 螺栓孔,设置在图像处理装置之后的倒角装置(11,12,13),反转装置(23,24),排出装置(29)和用于控制这些装置的控制器(33)。 倒角装置适于根据来自图像处理装置的图像处理数据对钢材的螺栓孔和圆周部分进行倒角,并且反转装置翻转其表面已经被倒角的钢材 排出装置适于对其倒角完全完成的钢材进行排出。