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    • 71. 发明申请
    • Method and apparatus for community management in virtual community
    • 虚拟社区社区管理方法与设备
    • US20050273465A1
    • 2005-12-08
    • US11025957
    • 2005-01-03
    • Hideki Kimura
    • Hideki Kimura
    • G06F7/00G06F13/00G06F15/00G06Q10/00G06Q10/06G06Q50/00
    • G06Q10/10
    • A method and an apparatus for community management in a virtual community are disclosed. The community management apparatus manages a management table as an electronic data containing, in correspondence with each other, the data on a community, the members of the community and the resource data providing the messages exchanged by members, and transfers the resource data from a predecessor community to a successor community. The community management apparatus receives the input of the transfer conditions. The predecessor community selected under the transfer conditions is acquired from the management table. The members corresponding to the acquired community are searched for in the management table and transferred to the successor community. The resource data corresponding to the acquired community is searched for in the management table and transferred to the successor community.
    • 公开了一种用于虚拟社区中的社区管理的方法和装置。 社区管理装置将作为电子数据的管理表管理为包含社区,社区成员和提供成员交换的消息的资源数据的数据,并且将资源数据从前人 社区到继承社区。 社区管理装置接收转移条件的输入。 在转移条件下选择的前身社区从管理表中获取。 在管理表中搜索与获取的社区相对应的成员,并将其转移到后继社区。 在管理表中搜索与获取的社区相对应的资源数据,并将其传送到后继社区。
    • 73. 发明申请
    • Method and device for manufacturing bellows tube
    • 波纹管制造方法及装置
    • US20050012249A1
    • 2005-01-20
    • US10496220
    • 2002-12-09
    • Hideki Kimura
    • Hideki Kimura
    • B29C48/32B29C33/30B29C48/30B29C48/90B29C48/92B29C49/00B29C49/04B29C49/78B29L23/18B29D23/18B29C33/24B29C53/30
    • B29C49/0021B29C33/308B29C48/001B29C48/09B29C48/13B29C48/30B29C48/303B29C48/92B29C49/04B29C49/78B29C2791/001B29C2791/006B29C2791/007B29C2948/9258B29C2948/92609B29C2948/92933B29K2021/00B29L2016/00B29L2023/18B29L2023/183
    • A bellows tube manufacturing method and a system for manufacturing bellows tubes enables composing new mold block trains for molding a bellows tube of a new pattern and sending the new mold block trains into a molding zone without requiring any preparatory operation and without stopping the bellows tube manufacturing system, and manufacturing bellows tubes at high productivity. Elemental mold blocks MBa, MBb, MBc and MBd necessary for composing a first mold block train 20 and a second mold block train 22 for forming elemental molds having molding surfaces conforming to the shape of a bellows tube to be manufactured are selected and arranged according to composition data specifying the numbers, types and order of arrangement of the elemental mold blocks MBa, MBb, MBc and MBd to compose the first mold block train 20 and the second mold block train 22, and the mold block trains 20 and 22 are moved into a molding zone 24. A molten resin is extruded into a space between the mold block trains 20 and 22 moving in the molding zone 24 through an extrusion die 25 by an extruder 26. The corresponding elemental mold blocks MB of the mold block trains 20 and 22 are clamped to form the elemental molds having cavities as the mold block trains 20 and 22 move in the same direction, and a negative pressure is produced in the cavities to mold a bellows tube. The elemental mold blocks MB of the mold block trains 20 and 22 returned from the molding zone 24 are sorted according to type.
    • 波纹管制造方法和用于制造波纹管的系统能够组成新的模块列车,用于模制新图案的波纹管,并将新的模块列车送入模制区域,而不需要任何预备操作,并且不停止波纹管制造 系统和制造波纹管,生产率高。 元件模块MBa,MBb,MBc和MBd组成第一模块组20所必需的模具块和第二模块组22,用于形成具有与要制造的波纹管形状一致的模制表面的元模具,根据 组成数据,指定组成第一模块组20和第二模块组22的元件模块MBa,MBb,MBc和MBd的排列的数量,类型和顺序以及模块组20和22移动到 模制区24.熔融树脂通过挤出机26挤出到在成型区24中通过挤出模具25移动的模块列20和22之间的空间中。相应的元件模块阻挡模块列20的MB和 22被夹紧以形成具有空腔的元模具,因为模块列20和22沿相同方向移动,并且在空腔中产生负压以模制波纹管。 从模制区24返回的模块列20和22的元模具块MB根据类型进行分类。
    • 74. 发明授权
    • Rubber crawler
    • 橡胶履带
    • US06652044B1
    • 2003-11-25
    • US09914673
    • 2001-08-31
    • Yusaku KatohHideki Kimura
    • Yusaku KatohHideki Kimura
    • B62D5524
    • B62D55/21B62D55/244
    • A rubber crawler has a core of generally parallelepiped blocks (5) each having two longitudinally spaced through holes (9) in the lower surface region and bars (4) inserted in the through holes (9), the generally parallelepiped blocks (5) being arranged in two series, with the blocks of one of the series laterally overlapping the blocks of the other series, and with sprocket engaging holes (2) disposed therebetween, and the bars (4) being inserted in alternately corresponding through holes (9) in adjacent generally parallelepiped blocks (5), the bars (4) being connected within the generally parallelepiped blocks (5), the bars (4) being connected within the generally parallelepiped blocks (5) and embedded in the rubber crawler.
    • 橡胶履带具有大致平行六面体块(5)的芯,每个块在下表面区域中具有两个纵向间隔的通孔(9)和插入通孔(9)中的杆(4),大致平行六面体块(5)为 排列成两个系列,其中一个系列的块与另一系列的块横向重叠,并且在其间设置有链轮接合孔(2),并且杆(4)插入交替对应的通孔(9)中 相邻的大致平行六面体块(5),杆(4)连接在大致平行六面体块(5)内,杆(4)连接在大致平行六面体块(5)内并嵌入橡胶履带中。
    • 75. 发明授权
    • Method for making a semiconductor device
    • 制造半导体器件的方法
    • US5602045A
    • 1997-02-11
    • US591772
    • 1996-01-25
    • Hideki Kimura
    • Hideki Kimura
    • H01L21/265H01L21/336H01L29/08H01L29/10H01L29/78
    • H01L29/66492H01L21/26506H01L21/26513H01L29/0847H01L29/1083H01L29/6659H01L29/7833Y10S438/909
    • A method for making a microfine semiconductor device includes the step of forming a diffusion layer of a small depth to provide reduced junction leak current. Si ions are implanted at a dosage of from 1.times.10.sup.15 to 1.times.10.sup.16 cm.sup.-2 into an Si substrate held at a temperature not higher than -40.degree. C. Then, impurity ion implantation into the Si substrate is conducted so as to form an impurity layer having a depth smaller than that of the amorphous layer. Consequently, it is possible to form an amorphous layer wherein elongation and an increase of dislocation loops at the interface between the amorphous layer and crystalline layer is suppressed. It is also possible to activate the impurity layer through annealing and still provide an impurity layer having a depth smaller than that of the amorphous layer.
    • 一种微细半导体器件的制造方法包括形成深度较小的扩散层以减少结漏电流的步骤。 将Si离子以1×10 15〜1×10 16 cm -2的剂量注入保持在-40℃以下的Si衬底中。然后,对Si衬底进行杂质离子注入,形成具有 深度比非晶层的深度小。 因此,可以形成非晶层,其中在非晶层和晶体层之间的界面处的位错环的伸长和增加被抑制。 还可以通过退火来激活杂质层,并且还提供深度小于非晶层深度的杂质层。