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    • 1. 发明授权
    • Vehicle seat
    • 车座
    • US07673938B2
    • 2010-03-09
    • US11822665
    • 2007-07-09
    • Hiroyoshi YamaguchiMakoto HasegawaMasato OhchiMasaharu TaninoShinji Suzuki
    • Hiroyoshi YamaguchiMakoto HasegawaMasato OhchiMasaharu TaninoShinji Suzuki
    • B60N2/42
    • B60N2/888B60N2/809B60N2/838
    • A vehicle seat includes a seat body having a seat back, a pair of left and right legs, a headrest coupled to the seat back at above the seat back through the pair of legs, load detecting means provided on the seat back and having a movable part that displaces in a predetermined direction upon undergoing a load from the front of the seat back; a first interacting member mechanically coupled to one leg of the pair and to the movable part of the load detecting means, to move one leg of the pair in conjunction with a displacement of the movable part caused upon undergoing the load, thereby displacing the headrest frontward, and a second interacting member mechanically coupled to the other leg of the pair and to the first interacting member, to move the other leg of the pair in conjunction with a movement of the first interacting member caused upon moving the one leg of the pair, thereby displacing the headrest frontward.
    • 车辆座椅包括具有座椅靠背,一对左腿和右腿的座椅主体,通过一对腿联接到座椅靠背上方的座椅靠背的头枕,设置在座椅靠背上的负载检测装置,具有可移动的 在从座椅靠背的前方经受负荷时,在预定方向上移动的部分; 第一相互作用的构件机械地联接到该对的一个腿部和负载检测装置的可移动部分,以使该对中的一个腿与在经受负载时引起的可移动部件的位移一起移动,从而使头枕向前移位 以及第二相互作用构件,其机械地联接到所述对中的另一个腿和所述第一相互作用构件,以在所述一对的所述一个腿移动时结合所述第一相互作用构件的运动而移动所述一对的另一个腿, 从而使头枕向前移位。
    • 2. 发明申请
    • Vehicle seat
    • 车座
    • US20080012381A1
    • 2008-01-17
    • US11822665
    • 2007-07-09
    • Hiroyoshi YamaguchiMakoto HasegawaMasato OhchiMasaharu TaninoShinji Suzuki
    • Hiroyoshi YamaguchiMakoto HasegawaMasato OhchiMasaharu TaninoShinji Suzuki
    • B60N2/02
    • B60N2/888B60N2/809B60N2/838
    • A vehicle seat includes a seat body having a seat back, a pair of left and right legs, a headrest coupled to the seat back at above the seat back through the pair of legs, load detecting means provided on the seat back and having a movable part that displaces in a predetermined direction upon undergoing a load from the front of the seat back; a first interacting member mechanically coupled to one leg of the pair and to the movable part of the load detecting means, to move one leg of the pair in conjunction with a displacement of the movable part caused upon undergoing the load, thereby displacing the headrest frontward, and a second interacting member mechanically coupled to the other leg of the pair and to the first interacting member, to move the other leg of the pair in conjunction with a movement of the first interacting member caused upon moving the one leg of the pair, thereby displacing the headrest frontward.
    • 车辆座椅包括具有座椅靠背,一对左腿和右腿的座椅主体,通过一对腿联接到座椅靠背上方的座椅靠背的头枕,设置在座椅靠背上的具有可移动的负载检测装置 在从座椅靠背的前方经受负荷时,在预定方向上移动的部分; 第一相互作用的构件机械地联接到该对的一个腿部和负载检测装置的可移动部分,以使该对中的一个腿与在经受负载时引起的可移动部件的位移一起移动,从而使头枕向前移位 以及第二相互作用构件,其机械地联接到所述对中的另一个腿和所述第一相互作用构件,以在所述一对的所述一个腿移动时结合所述第一相互作用构件的运动而移动所述一对的另一个腿, 从而使头枕向前移位。
    • 8. 发明授权
    • Method and system of virtual machine migration
    • 虚拟机迁移的方法和系统
    • US08396986B2
    • 2013-03-12
    • US13023908
    • 2011-02-09
    • Yasusi KanadaYasushi KasugaiShinji SuzukiToshiaki Tarui
    • Yasusi KanadaYasushi KasugaiShinji SuzukiToshiaki Tarui
    • G06F15/173
    • H04L45/00G06F9/4856G06F11/1484H04L12/4641H04L29/12028H04L29/12264H04L29/12367H04L49/557H04L49/70H04L61/103H04L61/2046H04L61/2514Y02D10/24Y02D10/32
    • In cooperation between each data center and a WAN, virtual machine migration is carried out without interruption in processing so as to enable effective power-saving implementation, load distribution, or fault countermeasure processing. Each node located at a boundary point between the WAN and another network is provided with a network address translation (NAT) function that can be set dynamically to avoid address duplication due to virtual machine migration. Alternatively, each node included in the WAN is provided with a network virtualization function; and there are implemented a virtual network connected to a data center for including a virtual machine before migration, and a virtual network connected to a data center for including the virtual machine after migration, thereby allowing coexistent provision of identical addresses. Thus, the need for changing network routing information at the time of virtual machine migration can be eliminated, and a setting change for migration accomplished quickly.
    • 在每个数据中心和WAN之间的合作中,虚拟机迁移在处理中不间断地执行,以便能够实现有效的省电实施,负载分配或故障对策处理。 位于WAN和另一个网络之间的边界点的每个节点都具有网络地址转换(NAT)功能,可以动态设置,以避免由于虚拟机迁移引起的地址重复。 或者,包括在WAN中的每个节点被提供有网络虚拟化功能; 并且实现了连接到数据中心的虚拟网络,用于在迁移之前包括虚拟机,以及连接到数据中心的虚拟网络,用于在迁移之后包括虚拟机,从而允许共同提供相同的地址。 因此,可以消除在虚拟机迁移时改变网络路由信息的需要,并且迁移的设置更改快速完成。