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    • 3. 发明授权
    • Method and apparatus for manufacturing a ferrule
    • 用于制造套圈的方法和装置
    • US5707565A
    • 1998-01-13
    • US536697
    • 1995-09-29
    • Kenji SuzukiHiroyuki YamadaKoichi TakagiTakashi ShigematsuMikio Ishihara
    • Kenji SuzukiHiroyuki YamadaKoichi TakagiTakashi ShigematsuMikio Ishihara
    • B29C33/42B29C33/76G02B6/38G02B6/40B29D11/00B29C45/14B29C45/36
    • G02B6/3865
    • A method for manufacturing a ferrule having butt end face on the front and positioning holes on both sides in the width direction and formed with plurality of fiber holes for inserting optical fibers, arranged in such a manner as to be inclined in the thickness direction, by using at least two molds which are arranged in an opposed manner and either or both of which can be moved in the opening/closing direction. Each of at least two molds has a first forming wall for forming the butt end face and a second forming wall for forming a working portion for applying a pressing force perpendicular to the butt end face at the rear of the ferrule. A core for forming the fiber hole and molding pins for forming the positioning holes are arranged in parallel and held in such a manner as to be inclined at a predetermined angle .theta. in the thickness direction of the ferrule molded by at least two molds.
    • 一种用于制造在前侧具有对接端面和宽度方向两侧的定位孔的套圈的方法,并且形成有多个用于插入光纤的光纤孔,以沿厚度方向倾斜的方式布置,通过 使用至少两个以相对方式布置的模具,并且其中的一个或两个可以在打开/关闭方向上移动。 至少两个模具中的每一个具有用于形成对接端面的第一形成壁和用于形成用于在套圈的后部垂直于对接端面施加按压力的工作部分的第二形成壁。 用于形成光纤孔的芯和用于形成定位孔的成型销被平行地布置并且以通过至少两个模具模制的套圈的厚度方向以预定角度θ倾斜地保持。
    • 6. 发明授权
    • Method of managing database
    • 管理数据库的方法
    • US09251195B2
    • 2016-02-02
    • US13542324
    • 2012-07-05
    • Hiroyuki Yamada
    • Hiroyuki Yamada
    • G06F17/30G06F15/16
    • G06F17/30353G06F15/16
    • A multi-master node model database management technology involves notifying a higher-level master node of a transaction minimum value as a minimum value of an implementation-underway transaction in a snapshot from a lower-level master node, comparing the transaction minimum value with minimum values retained by the respective master nodes and thus updating a node minimum value and a cluster minimum value. Then, the lower-level master node transmits a write set containing a shadow copy of its own database, a heap tuple map deployed on its own memory and the transaction minimum value to the higher-level master node, and the higher-level master node receiving the write set updates the database by use of the write set if the transaction minimum value is equal to or larger than the cluster minimum value, and aborts the write set if the transaction minimum value is smaller than the cluster minimum value.
    • 多主节点模型数据库管理技术涉及将较高级别的主节点通知较低层主节点的事务最小值作为快照中实施执行事务的最小值,将事务最小值与最小值进行比较 由各个主节点保留的值,从而更新节点最小值和簇最小值。 然后,下级主节点发送包含其自己的数据库的卷影副本的写入集,在其自己的存储器上部署的堆组映射映射,并将事务最小值发送到上级主节点,以及上级主节点 如果事务最小值等于或大于集群最小值,则通过使用写入集合来接收写入集更新数据库,并且如果事务最小值小于集群最小值则中止写入集合。