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    • 52. 发明申请
    • Heat Shield Member and Single Crystal Pulling Device
    • 隔热构件和单晶拉拔装置
    • US20080127886A1
    • 2008-06-05
    • US11577989
    • 2004-10-26
    • Hitoshi SasakiSyunji Kuragaki
    • Hitoshi SasakiSyunji Kuragaki
    • C30B15/20
    • C30B15/14C30B35/00Y10S117/90Y10T117/10Y10T117/1032Y10T117/1052Y10T117/1068
    • A heat shielding member 20 that thermally shields the periphery of a single crystal 16 used in a Czochralski single crystal pulling device that pulls the single crystal 16 from a melt 15 that is collected in a crucible 10 is disclosed. The heat shielding member 20 is provided with an approximately cylindrical main body portion 21 arranged so as to surround the single crystal 15, with a lower end portion thereof extending to the vicinity of the melt 15, and an approximately annular bottom plate portion 22 that extends in the diameter direction from the bottom end portion of the main body portion 21 to cover the melt. The bottom plate portion 22 is attached to the main body portion 21 in the state of being severed in the circumferential direction at least one location. With this constitution it is possible to provide a heat shielding member with superior durability and a single crystal pulling device that employs the heat shielding member.
    • 公开了一种热屏蔽构件20,该隔热构件20用于将从坩埚10中收集的熔体15拉出单晶16的切克拉斯基单晶拉制装置中使用的单晶16的周边。 隔热构件20设置有围绕单晶15布置的近似圆筒形的主体部分21,其下端部延伸到熔体15附近,并且大致环形的底板部分22延伸 在主体部分21的底端部的直径方向上,以覆盖熔体。 底板部分22在至少一个位置处沿周向被切断的状态附接到主体部分21。 利用该结构,可以提供具有优异耐久性的隔热构件和采用该隔热构件的单晶拉制装置。
    • 53. 发明授权
    • Bag for bag-in-box and bag-in-box
    • 袋装袋和箱包
    • US5788121A
    • 1998-08-04
    • US559038
    • 1995-11-15
    • Hitoshi SasakiMitsuru OhbaRaizo KugeSusumu Niwa
    • Hitoshi SasakiMitsuru OhbaRaizo KugeSusumu Niwa
    • B65D77/06B65D35/56
    • B65D77/065Y10S383/906
    • The bag for bag-in-box of this invention comprises: a bag body composed of flat portions and side portions each having a folding line along which the side portion is folded inward; oblique seal portions provided at respective corner portions of the bag body, the oblique seal portion being formed by obliquely cutting-off the respective corner portions; and a triangular fin portion integrally formed with the oblique seal portion; wherein the flat portion and the side portion are composed of several sheets of synthetic resin films that are superposed to each other. The dimensions of the bag shall be set within a predetermined range so as to meet the International Standard of a pallet. The opening portion to be formed on the outer box of the bag-in-box has a size enabling to sufficiently draw out a spout and the bag body portion around the spout to form a funnel-shape. According to the present invention, there can be provided an inner bag for a bag-in-box excellent in shock resistance, content discharging property and self-supporting property at a time when the inner bag is filled with the content.
    • 本发明的袋式包装袋包括:由平面部分和侧部组成的袋体,每个侧部具有折叠线,侧部沿着该折叠线向内折叠; 倾斜密封部设置在袋主体的各个角部,倾斜密封部通过倾斜地切断各个角部而形成; 和与所述倾斜密封部一体形成的三角形翅片部; 其中,所述平坦部和所述侧部由相互叠合的数张合成树脂膜构成。 袋子的尺寸应设定在预定范围内,以符合托盘的国际标准。 要形成在袋内盒的外箱上的开口部分具有能够充分地将喷口和袋主体部分周围地排出以形成漏斗形状的尺寸。 根据本发明,可以提供一种袋内装袋,该内袋在内袋充满内容物时具有优良的抗冲击性,内容物排放性和自支撑性。
    • 55. 发明授权
    • Transfer printing method
    • 转印方法
    • US4992129A
    • 1991-02-12
    • US144647
    • 1988-01-11
    • Hitoshi SasakiShoji Igota
    • Hitoshi SasakiShoji Igota
    • B41F16/00B41M5/382
    • B41M5/38207B41F16/00
    • A method for thermal transfer printing by heating a transfer sheet having a printing ink layer formed on a base sheet with a hot roll, wherein the base sheet comprises biaxially stretched plastic film, and, at the same time, pressing with the hot roll the transfer sheet against a substrate for printing, thereby transferring the printing ink layer to the substrate, wherein the substrate for printing is preheated prior to the pressing, and a transfer printing machine having a supplying roll axle for a roll of transfer paper urged to rotate in the rewinding direction by an urging force, a heat roll for performing heat transfer by pressing one surface of the transfer paper on which printing ink is not applied so as to cause the transfer paper to pressingly contact an object of transfer with a surface to which printing ink has been applied, and a takeup roll axle adapted for intermittently rotating and rewinding, for each rotation thereof, one pitch of the transfer paper having undergone the transfer, an improvement which comprises a pullback mechanism for partially pulling back, by utilizing the urging force, each pitch of transfer paper having been fed in one period of the transfer cycle before the next transfer cycle is started, are disclosed.
    • 一种热转印方法,其通过加热具有在热轧辊上形成在基片上的印刷油墨层的转印片,其中所述基片包括双轴拉伸的塑料膜,并且同时用热辊压印转印 从而将印刷油墨层转印到基材上,其中用于印刷的基材在压制之前是预热的,并且转印印刷机具有用于转印纸卷的供给辊轴, 通过推压力的卷绕方向的热辊,用于通过按压没有施加印刷油墨的转印纸的一个表面进行热传递的热辊,以使转印纸与印刷油墨的表面压接接触转印体 并且适用于间歇地旋转和重绕的卷取轴,对于其每次旋转,转印纸的一个间距已经经历 公开了一种改进,其包括通过利用推动力来部分拉回的拉回机构,该回拉机构在下一个转移周期开始之前的传送周期的一个周期中已经进给的转印纸的每个间距。
    • 57. 发明授权
    • Ink jet recording apparatus and control method, configured to detect remaining ink
    • 喷墨记录装置和控制方法,用于检测剩余墨
    • US09120321B2
    • 2015-09-01
    • US14245100
    • 2014-04-04
    • Yuuichiroh TsujiguchiNamio OgiharaHitoshi Sasaki
    • Yuuichiroh TsujiguchiNamio OgiharaHitoshi Sasaki
    • B41J2/195B41J2/175
    • B41J2/17566B41J2/17513B41J2/1752B41J2/17546B41J2/17553B41J2/17596B41J29/38
    • An ink jet recording apparatus includes: a container to store ink; a detector to detect a remaining ink amount; a liquid feeding unit to supply the ink to the container; an energy generation unit to cause the ink to be discharged; a storage unit to store correspondence information in which driving information for driving the energy generation unit is associated with each piece of time information indicating a supply time taken to supply the ink; and a setting unit to set new driving information using the correspondence information when an actual supply time is different from the supply time indicated by the time information associated with current driving information among the pieces of time information. The actual supply time indicates a time period from when the liquid feeding unit starts supplying the ink until the detector detects that the remaining ink amount is equal to or higher than a threshold.
    • 一种喷墨记录装置,包括:用于存储墨水的容器; 用于检测剩余墨量的检测器; 液体供给单元,用于将油墨供应到容器; 用于使墨水排出的能量产生单元; 存储单元,用于存储其中用于驱动能量生成单元的驾驶信息与指示供应墨水所需的供给时间的每个时间信息相关联的对应信息; 以及设定单元,其在实际供给时间与由时间信息中的与当前驾驶信息相关联的时间信息所表示的供给时间不同的情况下,使用对应信息来设定新的驾驶信息。 实际供给时间表示从液体供给单元开始供给墨水直到检测器检测到剩余墨水量等于或高于阈值的时间段。