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    • 12. 发明授权
    • Photographic material developing apparatus
    • 照相材料显影装置
    • US5669034A
    • 1997-09-16
    • US600405
    • 1996-02-12
    • Junji Yamada
    • Junji Yamada
    • G03D3/13G03D3/08
    • G03D3/132
    • A photographic material developing apparatus having processing tanks (8), and rack units (10) removably mounted in the processing tanks, respectively. Each of the rack units supports a pair of guide members (11) for guiding a photographic material (1) passing through the processing tanks. The guide members are movable relative to each other to vary a distance therebetween defining a passage width of the photographic material. The relative position between the guide members is variable to adjust the passage width of the photographic material. This relative position is variable by a first drive line disposed outside each rack unit, and a second drive line provided for each rack unit. The first drive line and the second drive line are selectively connected and disconnected, which is carried out through a connected member (85) disposed on the first drive line, and a connecting member (81) disposed on the second drive line. A guide mechanism (60; 160) is provided for determining a relative position between the connecting member (81; 181) and connected member (85; 185) to allow the connecting member and connected member to be connected to each other in a predetermined relative position.
    • 具有处理容器(8)的照相材料显影装置和分别可移除地安装在处理罐中的搁板单元(10)。 每个齿条单元支撑一对用于引导通过处理槽的照相材料(1)的引导构件(11)。 引导构件可相对于彼此移动以改变其间的距离,限定照相材料的通道宽度。 引导构件之间的相对位置是可变的,以调节照相材料的通道宽度。 该相对位置可以通过设置在每个齿条单元之外的第一驱动线而变化,以及为每个齿条单元设置的第二驱动线。 选择性地连接和断开第一驱动线和第二驱动线,其通过设置在第一驱动线上的连接构件(85)和设置在第二驱动线上的连接构件(81)进行。 提供引导机构(60; 160),用于确定连接构件(81; 181)和连接构件(85; 185)之间的相对位置,以允许连接构件和连接构件在预定的相对位置 位置。
    • 16. 发明申请
    • STACKED MEMORY
    • 堆叠内存
    • US20070117317A1
    • 2007-05-24
    • US11560898
    • 2006-11-17
    • Hiroaki IkedaKayoko ShibataJunji Yamada
    • Hiroaki IkedaKayoko ShibataJunji Yamada
    • H01L21/336H01L29/76
    • G11C5/025
    • In a three-dimensional stacked memory having through electrodes, no optimal layer arrangement, bank arrangement, control methods have been established, and thus optimal methods are desired to be established. A stacked memory includes memory core layers, an interposer, and an IF chip. By stacking memory core layers having the same arrangement, it is possible to cope with both of no-oparity operation and parity operation. Further, bank designation irrespective of the number of stacks of the memory core layers can be achieved by assignment of a row address and a bank address. Further, the IF chip has refresh counters for performing a refresh control of the stacked memory. This arrangement provides a stacked memory including stacked memory core layers having through electrodes.
    • 在具有通过电极的三维堆叠存储器中,没有建立最优层布置,库布置,控制方法,因此希望建立最佳方法。 堆叠存储器包括存储器核心层,插入器和IF芯片。 通过堆叠具有相同布置的存储器核心层,可以处理无视操作和奇偶校验操作两者。 此外,可以通过分配行地址和银行地址来实现与存储器核心层的堆栈数无关的库指定。 此外,IF芯片具有用于执行堆叠存储器的刷新控制的刷新计数器。 这种布置提供了包括具有通过电极的堆叠的存储器芯层的堆叠存储器。
    • 19. 发明授权
    • Method for casting metal and apparatus therefor
    • 铸造金属的方法及其设备
    • US5722481A
    • 1998-03-03
    • US637416
    • 1996-04-25
    • Junji YamadaNoboru DemukaiMasayuki Yamamoto
    • Junji YamadaNoboru DemukaiMasayuki Yamamoto
    • B22D18/06B22D27/02
    • B22D18/06
    • Molten metal melted in a levitation melting furnace is cast through a suction pipe immersed therein from above into a mold having a gas permeability in a double-structure mold chamber arranged directly above the melting furnace. The metal is levitation-melted in an inert atmosphere under atmospheric pressure. An outer mold chamber of the double-structure mold chamber is joined to the levitation melting furnace. Pressure in the outer mold chamber and in an inner mold chamber of the double-structure mold chamber and in an upper space in the levitation melting furnace is reduced to below atmospheric pressure. The suction pipe arranged in the inner mold chamber and communicating with the mold therein is immersed into the molten metal. The molten metal is cast into the mold under an increased pressure by blowing an inert gas into the upper space in the melting furnace. The inner mold chamber is raised, thereby pulling out the suction pipe from the molten metal. The outer mold chamber is raised after being returned to atmospheric pressure to separate from the melting furnace.
    • 在悬浮熔融炉中熔融的熔融金属通过从上方浸入其中的吸入管流入在直接设置在熔炉上方的双结构模具室中具有透气性的模具。 金属在大气压下在惰性气氛中悬浮熔融。 双结构模腔的外模腔与悬浮熔化炉相连。 双模模具室的外模腔和内模腔中的压力以及悬浮熔炉的上部空间中的压力降低至大气压以下。 布置在内模腔中并与其中的模具连通的吸管浸入熔融金属中。 熔融金属通过在熔化炉的上部空间吹入惰性气体,在增加的压力下铸入模具中。 内模腔升起,从熔融金属抽出抽吸管。 在外部模具室返回到大气压力之后升高以与熔化炉分离。