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    • 22. 发明授权
    • Tape printing apparatus and method
    • 胶带印刷装置及方法
    • US06676314B2
    • 2004-01-13
    • US10224530
    • 2002-08-20
    • Seiji TanakaKiyoshi OgawaHiroshi Ono
    • Seiji TanakaKiyoshi OgawaHiroshi Ono
    • B41J1144
    • B41J11/663B41J3/4075
    • There is provided a tape printing apparatus and method that enables reliable discharge of a cut-off tape strip from the apparatus. Print data to be printed is input, and a tape length tp (tp>0) is calculated based on the input print data. Then, a tape length t is set based on the calculation tape length tp, and a tape is cut to the set tape length t. In the step of setting the tape length, it is determined whether or not the calculation tape length tp is smaller than a length (a+x) obtained by adding a predetermined length x (x≧0) to a length a (a≧0) between a cutting position at which the tape is cut through and a position of an exit via which a cut-off strip of the tape is discharged out of an apparatus. Then, when it is determined that tp
    • 提供了一种能够从设备中可靠地排出截止带带的带式打印设备和方法。 输入要打印的打印数据,并根据输入的打印数据计算带长度tp(tp> 0)。 然后,基于计算带长度tp设定带长度t,并将带切割成设定带长度t。 在设定磁带长度的步骤中,确定计算磁带长度tp是否小于通过将预定长度x(x> = 0)与长度a(a> x)相加而获得的长度(a + x) = 0)在切割带的切割位置和出口的位置之间,带的切断条通过该位置排出设备。 然后,当确定tp <(a + x)成立时,磁带长度t被设置为使得t> =(a + x)成立,而当确定tp> =(a + x)成立时, 磁带长度t被设置为使得t = tp成立。
    • 25. 发明授权
    • Powder feed apparatus and control method thereof
    • 粉料供给装置及其控制方法
    • US5861180A
    • 1999-01-19
    • US637841
    • 1996-04-25
    • Hideo KanekoKazutami TakahashiKiyoshi Ogawa
    • Hideo KanekoKazutami TakahashiKiyoshi Ogawa
    • B30B11/00B29C31/06B29C43/34B30B15/30B29C43/58
    • B30B11/005B29C31/066B29C43/34B30B15/304B29C2037/90B29C2043/3494B29C2043/3618B29K2105/251
    • In a powder feed apparatus and a control method thereof, a powder molding press feeds powder from a hopper of the powder feed apparatus to a feeder slidably disposed on a die plate of the press proper. Powder is charged into a die in the die plate. The feeder is electronically controlled to a correct position on the die. Powder is fed from a powder feed apparatus into a feeder slidably disposed on a die plate of a press proper and a feeder drive motor is servo-controlled by an output obtained by comparing detection outputs from a position detector for detecting the vertical position of the die plate of the press proper and a position detector for detecting the position of the feeder in its sliding direction. As a result, it is possible to avoid the trouble of changing cams or inserting insert cams every time the shape of the compact being molded changes. It is also possible to easily make changes to the movement speed of the feeder in correspondence with changes to the compact.
    • 在粉末进料装置及其控制方法中,粉末成型压榨机将粉末进料装置的料斗中的粉末供给可滑动地设置在压榨机的模板上的进料器。 将粉末装入模板中的模具中。 进料器被电子控制到模具上的正确位置。 将粉末从粉末供给装置供给到可滑动地设置在压制机的模板上的进料器中,并且通过比较来自用于检测模具的垂直位置的位置检测器的检测输出获得的输出来进行伺服控制的给料器驱动马达 压板本体的板和用于检测进给器在其滑动方向上的位置的位置检测器。 结果,每当模制件的形状改变时,可以避免改变凸轮或插入凸轮的麻烦。 也可以根据压实体的变化容易地改变进给器的移动速度。
    • 26. 发明授权
    • Retractor with a clamping mechanism
    • 带夹紧机构的牵开器
    • US5588611A
    • 1996-12-31
    • US399634
    • 1995-03-07
    • Sadanori OsumiKiyoshi OgawaToshifumi TaguchiMutsumu Haraoka
    • Sadanori OsumiKiyoshi OgawaToshifumi TaguchiMutsumu Haraoka
    • B60R22/34B60R22/42
    • B60R22/341B60R22/42
    • In a retractor with a clamping mechanism, when a tension exceeding a predetermined value acting on a webbing in a vehicle emergency, a guide member moves in the webbing draw-out direction while plastically deforming a holding device, with the movement of a clamp member in the webbing draw-out direction. After the removal of the guide member, the guide member moves in the webbing draw-out direction while plastically deforming the holding device for preventing its movement. At the same time, the webbing is tightened on the winding shaft. Further, in an initial stage of holding the webbing by the clamping mechanism, the clamp member holds the webbing with all of clamp teeth formed on the clamp member, thereby preventing the draw-out of the webbing. When a tension acting on the webbing after the webbing is held exceeds a predetermined value, plastic deformation of the guide member for guiding the clamp member starts. The clamp member which holds the webbing moves along the webbing. Through the movement of these member, kinetic energy transferred from the occupant to the webbing is absorbed to thereby hold back an increase of the tensile force acting on the webbing.
    • 在具有夹持机构的牵开器中,当在车辆紧急情况下超过作用在织带上的预定值的张力时,引导构件在织带拉出方向上移动,同时随着夹持构件的移动而使保持装置塑性变形 织带拉出方向。 在引导构件的移除之后,引导构件在织带拉出方向上移动,同时使保持装置塑性变形以防止其移动。 同时,在卷轴上拧紧织带。 此外,在通过夹紧机构保持织带的初始阶段中,夹持构件以形成在夹持构件上的所有夹紧齿保持织带,从而防止织带的拉出。 当在保持织带之后作用在织带上的张力超过预定值时,用于引导夹紧构件的引导构件的塑性变形开始。 夹持织带的夹紧件沿织带移动。 通过这些构件的移动,吸收从乘员传递到织带的动能,从而阻止作用在织带上的张力的增加。
    • 27. 发明授权
    • Retractor with a clamp mechanism
    • 牵引机具有夹紧机构
    • US5524842A
    • 1996-06-11
    • US304691
    • 1994-09-12
    • Kiyoshi OgawaSadanori Ohsumi
    • Kiyoshi OgawaSadanori Ohsumi
    • B60R22/28B60R22/42
    • B60R22/42B60R22/28
    • In a retractor with a clamp mechanism for holding a webbing directly in a vehicle emergency, the retractor provides a movable clamp member for holding the webbing between the lower plate and the clamp member, and a guide member for guiding the clamp member to a webbing holding position, in which the clamp member includes a clamp teeth portion for clamping and engaging the webbing with a webbing opposing surface of the clamp member, a plane portion located on an opposite side to the webbing opposing surface, and a rear end side edge provided on a rear end side of the plane portion, and in which the guide member includes a sliding contact surface for sliding contact with the plane portion of the clamp member and a deforming portion deformable substantially in parallel to the webbing opposing surface of the clamp member. A movable wedge-shaped clamp member may be provided with a hold portion including a clamp teeth portion formed in a shape capable of biting into a surface of the webbing and shearable and deformable by a tensile force of a predetermined value or greater, and including a pressure teeth portion capable of applying resistance to the webbing moved in the webbing draw-out direction by a tensile force of a predetermined value or greater.
    • 在具有用于直接在车辆紧急情况下保持织带的夹紧机构的牵开器中,牵开器提供用于将织带保持在下板和夹紧构件之间的可移动夹紧构件,以及用于将夹紧构件引导到织带保持件 位置,其中所述夹紧构件包括用于将所述织带与所述夹紧构件的织带相对表面夹紧和接合的夹紧齿部分,位于所述织带相对表面的相对侧上的平面部分和设置在所述织带相对表面上的后端侧边缘 平面部分的后端侧,并且其中引导构件包括用于与夹紧构件的平面部分滑动接触的滑动接触表面和基本上平行于夹紧构件的织带相对表面变形的变形部分。 可移动的楔形夹紧构件可以设置有保持部分,该保持部分包括形成为能够咬入织带的表面的形状的夹紧齿部分,并且可以通过预定值以上的张力进行剪切和变形,并且包括 压力齿部能够通过预定值以上的张力施加对在织带拉出方向上移动的织带的阻力。
    • 28. 发明授权
    • Virtual machine system having an extended storage
    • 具有扩展存储的虚拟机系统
    • US5341484A
    • 1994-08-23
    • US476434
    • 1990-05-24
    • Shunji TanakaAkira YamaokaHidenori UmenoMasatoshi HaraguchiKiyoshi OgawaKeiji SaijoKatsumi Takeda
    • Shunji TanakaAkira YamaokaHidenori UmenoMasatoshi HaraguchiKiyoshi OgawaKeiji SaijoKatsumi Takeda
    • G06F12/06G06F12/10G06F12/00
    • G06F12/109G06F12/0623
    • A virtual machine system in which a plurality of operating systems (OS's) can run on one computer including a physical main storage (physical MS), and at least one physical extended storage (physical ES), each operating system (OS) of the OS's having a virtual MS on the physical MS and at least one virtual ES on the at least one physical ES. The system includes a first address translator for translating a virtual ES address designated by an instruction issued by one OS of the OS's on a virtual space generated by the one OS on one virtual ES of the at least one virtual ES of the one OS to a virtual physical ES address on the one virtual ES based on the virtual ES address and an address of an ES relocation table on the virtual MS of the one OS or an ES relocation register in the computer, the one virtual ES being on one physical ES of the at least one physical ES of the computer, and a second address translator for translating the virtual physical ES address to a physical ES address on the one physical ES based on the virtual physical ES address and a start address of the one virtual ES in the one physical ES.
    • PCT No.PCT / JP89 / 00983 Sec。 371日期1990年5月24日 102(e)日期1990年5月24日PCT提交1989年9月28日PCT公布。 公开号WO90 / 05338 日期:1990年5月17日。一种其中多个操作系统(OS)可以在包括物理主存储(物理MS)和至少一个物理扩展存储(物理ES))的计算机上运行的虚拟机系统,每个操作系统 (OS)在物理MS上具有虚拟MS并且在至少一个物理ES上具有至少一个虚拟ES。 该系统包括第一地址转换器,用于将由OS的一个OS发出的指令指定的虚拟ES地址在由该OS的至少一个虚拟ES的一个虚拟ES上由一个OS产生的虚拟空间上指定给 基于虚拟ES地址的一个虚拟ES上的虚拟物理ES地址和计算机中的一个OS的虚拟MS或ES重定位寄存器上的ES重定位表的地址,一个虚拟ES位于一个物理ES上 所述计算机的所述至少一个物理ES和第二地址转换器,用于基于所述虚拟物理ES地址和所述虚拟物理ES地址中的所述一个虚拟ES的起始地址将所述虚拟物理ES地址转换为所述一个物理ES上的物理ES地址 一个物理ES。