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    • 3. 发明申请
    • Server allocation control method
    • 服务器分配控制方法
    • US20050193113A1
    • 2005-09-01
    • US11099538
    • 2005-04-06
    • Yasuhiro KokushoSatoshi TutiyaTsutomu Kawai
    • Yasuhiro KokushoSatoshi TutiyaTsutomu Kawai
    • G06F9/46G06F9/50G06F15/173H04L29/08
    • G06F9/5083G06F2209/5019G06F2209/5022H04L67/1002H04L67/1008H04L67/1012
    • A method to automatically allocate servers to network services in a data center in real time and without need for operators for a load sharing device is provided. In the method, fluctuations in quantity of requests arriving at the network services can be monitored, the value of the quantity of requests for a subsequent fixed time interval can be predicted and, in accordance with the magnitude of the predicted value of the quantity of requests, the quantity of servers allocated to the network services can be controlled. Here, where traffic of the quantity indicated by the predicted value of the quantity of requests arrives at the network services, the number of servers allocated to the network services can be set in such a way that the average response time to the user terminals is equivalent to a response time threshold value or less set in advance by the operations manager.
    • 提供了一种实时自动将服务器分配到数据中心的网络服务而不需要负载共享设备的操作员的方法。 在该方法中,可以监视到达网络服务的请求量的波动,可以预测随后的固定时间间隔的请求量的值,并且根据请求量的预测值的大小 ,可以控制分配给网络服务的服务器数量。 这里,当由请求数量的预测值指示的数量的流量到达网络服务时,分配给网络服务的服务器的数量可以被设置为使得到用户终端的平均响应时间是等效的 到操作管理者预先设定的响应时间阈值以下。
    • 4. 发明申请
    • Liquid ejection head
    • 液体喷头
    • US20050073556A1
    • 2005-04-07
    • US10620421
    • 2003-07-17
    • Toshiaki SasakiKeiichi MuraiYasuyuki TamuraSadayuki SugamaAkira AsaiTsutomu KawaiMasayoshi Tachihara
    • Toshiaki SasakiKeiichi MuraiYasuyuki TamuraSadayuki SugamaAkira AsaiTsutomu KawaiMasayoshi Tachihara
    • A61M15/00A61M15/02B05B1/24B41J2/14B41J2/05
    • B41J2/1404A61M15/0065A61M15/02A61M15/025B41J2/14016B41J2/1412B41J2/1433B41J2002/14387B41J2002/14475
    • A liquid ejection head includes a liquid path; an ejection outlet forming member which constitutes a part of a wall of the liquid and which forms an ejection outlet for ejecting a droplet of liquid; a heat generating element, provided at a position opposing to the ejection outlet of the wall of the liquid flow path, for generating a bubble in the liquid by application of heat to the liquid; a restrictor portion, provided at a recessed portion of the ejection outlet, wherein the recessed portion is recessed from a plane in which the ejection outlet is formed, wherein the liquid forms a meniscus and is retained in the ejection outlet such that the restrictor portion is within the liquid, wherein an area So of an opening of the restrictor portion and a surface Sh of the heat generating element satisfy So≦Sh. According to this invention, a central portion of the meniscus opposed to the fine opening at the ejection outlet bulges, and the liquid is ejected in this state. Namely, very small amount of the liquid can be ejected, since not all of the liquid in the recess portion in the ejection outlet is ejected.
    • 液体喷射头包括液体通道; 喷射出口形成构件,其构成液体壁的一部分并且形成用于喷射液滴的喷射出口; 发热元件,设置在与液体流路的壁的喷射出口相对的位置处,用于通过向液体施加热量而在液体中产生气泡; 设置在所述喷射出口的凹陷部分处的所述限制器部分,其中所述凹部从形成所述喷射出口的平面凹陷,其中所述液体形成弯液面并保持在所述喷射出口中,使得所述限制器部分 在液体内,限制器部分的开口的面积So和发热元件的表面Sh满足So <= Sh。 根据本发明,与喷射出口处的微细开口相对的弯月面的中心部分凸出,并且在该状态下喷射液体。 也就是说,由于喷出口的凹部内的液体并不全部喷出,因此能够喷射非常少量的液体。
    • 7. 发明授权
    • Wiping and recovery of an ink jet head with inclined discharge port
surface
    • 具有倾斜排出口表面的喷墨头的擦拭和回收
    • US6137504A
    • 2000-10-24
    • US795723
    • 1997-02-04
    • Tsutomu KawaiHisashi Morioka
    • Tsutomu KawaiHisashi Morioka
    • B41J2/165
    • B41J2/16544
    • The present invention enables a more reliable and stable recovery operation on an ink jet head in which a shoulder is formed on a discharge port surface thereof. In the recovery operation, the discharge portion surface having an inclined surface portion constituting the shoulder is cleaned by a blade which is a rubber-like elastic member and which is movable on an axis on which discharge ports are arrayed on the discharge port surface. A distal end portion of the blade is parallel to the inclined surface portion and has a width which allows at least one edge of the blade to be within the inclined surface portion. Consequently, the blade can be pressed against the discharge port surface under a uniform contact pressure, and excellent cleaning can thus be achieved. In a structure in which a fence portion is provided on the discharge port surface having a shoulder or in which a balloon portion is provided in a cap portion, the contact between the cap and the discharge port surface is improved, and ink leakage which would occur during capping can be avoided.
    • 本发明能够在其喷射口表面上形成有肩部的喷墨头上进行更可靠和稳定的恢复操作。 在恢复动作中,具有构成肩部的倾斜面部的排出部表面被作为橡胶状弹性部件的叶片清扫,并且能够在排出口排列有排出口的轴上移动。 叶片的远端部分平行于倾斜表面部分并且具有允许叶片的至少一个边缘在倾斜表面部分内的宽度。 因此,叶片能够在均匀的接触压力下被压靠在排出口表面上,因此可以实现极好的清洁。 在具有肩部的排出口表面上设置挡板部,或者在盖部设置有气囊部的结构中,盖与排出口面的接触性提高,发生墨漏出 在封顶期间可以避免。