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    • 2. 发明申请
    • Method and device for manufacturing tissue section
    • 用于制造组织切片的方法和装置
    • US20050126311A1
    • 2005-06-16
    • US10509743
    • 2003-03-26
    • Kazuo MiyazawaIwao KuroiwaMasahiko ArakawaAkira Yanagimachi
    • Kazuo MiyazawaIwao KuroiwaMasahiko ArakawaAkira Yanagimachi
    • G01N1/06G01N1/28G01N1/36G01N1/42G01N1/00G01N1/04
    • G01N1/06G01N1/36G01N1/42G01N2001/2873Y10T83/04Y10T83/2192
    • The method for manufacturing a tissue section, which is used for a sample for observation by a microscope, comprises the steps of slicing an organism specimen (12), whose form has been fixed by freezing or by using an embedding agent, along a slicing surface, characterized by: adjusting a distance between the slicing surface of the organism specimen (12) and one side of a tape (32) and a temperature difference between the organism specimen (12) and the tape (32) when the slicing of the organism specimen (12) is started, thereby a tip part of the tissue section (16) curling to the outside of the slicing surface of the organism specimen (12) is allowed to adhesively abut on one side of the tape (32) running apart from the slicing surface of the organism specimen (12); and running the tape (32) at a speed in synchronism with a slicing speed of the tissue section (16) after the tip part of the tissue section (16) is allowed to adhesively abut on the one side of the tape (32), thereby the entire tissue section (16) cut off from the organism specimen (12) can be adhered onto the one side of the tape (32).
    • 用于通过显微镜观察的样本的组织切片的制造方法包括以下步骤:通过冷冻或通过使用包埋剂将形态已经被固定的生物样本(12)沿着切片表面 其特征在于:当所述生物体的切片时,调节所述生物样本(12)的切片表面与所述带(32)的一侧之间的距离以及所述生物样本(12)和所述带(32)之间的温度差 开始试样(12),从而使生物体(12)的切片面的外侧卷曲的组织部(16)的前端被粘合地抵接在离开 生物样本(12)的切片表面; 并且在所述组织部分(16)的顶端部分被允许粘附在所述带子(32)的一侧上之后,以与所述组织部分(16)的切片速度同步的速度运行所述带(32) 从而可以将从生物样本(12)切断的整个组织部分(16)粘附到带(32)的一侧。
    • 3. 发明授权
    • Method and device for manufacturing tissue section
    • 用于制造组织切片的方法和装置
    • US07503245B2
    • 2009-03-17
    • US10509743
    • 2003-03-26
    • Kazuo MiyazawaIwao KuroiwaMasahiko ArakawaAkira Yanagimachi
    • Kazuo MiyazawaIwao KuroiwaMasahiko ArakawaAkira Yanagimachi
    • B26D1/00
    • G01N1/06G01N1/36G01N1/42G01N2001/2873Y10T83/04Y10T83/2192
    • The method for manufacturing a tissue section, which is used for a sample for observation by a microscope, comprises the steps of slicing an organism specimen (12), whose form has been fixed by freezing or by using an embedding agent, along a slicing surface, characterized by: adjusting a distance between the slicing surface of the organism specimen (12) and one side of a tape (32) and a temperature difference between the organism specimen (12) and the tape (32) when the slicing of the organism specimen (12) is started, thereby a tip part of the tissue section (16) curling to the outside of the slicing surface of the organism specimen (12) is allowed to adhesively abut on one side of the tape (32) running apart from the slicing surface of the organism specimen (12); and running the tape (32) at a speed in synchronism with a slicing speed of the tissue section (16) after the tip part of the tissue section (16) is allowed to adhesively abut on the one side of the tape (32), thereby the entire tissue section (16) cut off from the organism specimen (12) can be adhered onto the one side of the tape (32).
    • 用于通过显微镜观察的样本的组织切片的制造方法包括以下步骤:通过冷冻或通过使用包埋剂将形态已经被固定的生物样本(12)沿着切片表面 其特征在于:当所述生物体的切片时,调节所述生物样本(12)的切片表面与所述带(32)的一侧之间的距离以及所述生物样本(12)和所述带(32)之间的温度差 开始试样(12),从而使生物体(12)的切片面的外侧卷曲的组织部(16)的前端被粘合地抵接在离开 生物样本(12)的切片表面; 并且在所述组织部分(16)的顶端部分被允许粘附在所述带子(32)的一侧上之后,以与所述组织部分(16)的切片速度同步的速度运行所述带(32) 从而可以将从生物样本(12)切断的整个组织部分(16)粘附到带(32)的一侧。
    • 4. 发明授权
    • Lubrication system for two cycle engine
    • 双循环发动机润滑系统
    • US5836280A
    • 1998-11-17
    • US562159
    • 1995-11-22
    • Kazuo Miyazawa
    • Kazuo Miyazawa
    • F01M9/02C23C30/00F01M1/08F01M1/16F02B3/06F02B75/02F02F1/00F02F1/20F02F3/00F02F5/00F16N15/00F16N15/02F02F3/10F02F3/12
    • F16N15/02C23C30/00F01M1/16F02F1/20F16N15/00F01M2001/083F01M2001/086F02B2075/025F02B3/06F05C2201/021F05C2201/0448F05C2201/046
    • A feature of the invention resides in a plating arrangement for a piston that reciprocates within a cylinder. The piston includes a generally cylindrical piston body. The piston body includes a piston head with a nickel plating and a piston skirt with a tin plating provided at the circumference of the piston body. At least one piston ring groove with a molybdenum disulfide plating is provided in the piston skirt at an upper portion of the piston body. A piston ring with a chromium and resin layer is disposed in each of the piston ring grooves. The piston body includes a piston pin hole that defines an inner diameter surface of the piston. The inner diameter surface has a molybdenum disulfide plating. The plating arrangement for the piston enhances lubrication of the piston. Additionally, the present invention includes a lubricating system for a two-cycle, crankcase compression, diesel engine, comprising a cylinder block and head assembly, the cylinder block and head assembly includes a plurality of cylinders, a piston disposed in each of said cylinders so as to reciprocate in an axial direction of said cylinders, and the oil includes a polyisobutane additive for further enhancing lubrication of the piston.
    • 本发明的一个特征在于一种用于在气缸内往复运动的活塞的电镀装置。 活塞包括大致圆柱形的活塞体。 活塞主体包括具有镀镍的活塞头和设置在活塞体周围的镀锡的活塞裙部。 在活塞裙部的活塞主体的上部设有至少一个具有二硫化钼电镀的活塞环槽。 具有铬和树脂层的活塞环设置在每个活塞环槽中。 活塞体包括限定活塞的内径表面的活塞销孔。 内径表面具有二硫化钼电镀。 活塞的电镀装置增强了活塞的润滑。 另外,本发明包括一个用于两循环曲轴箱压缩的柴油发动机的润滑系统,该柴油发动机包括气缸体和头部组件,气缸体和头部组件包括多个气缸,每个所述气缸中设置一个活塞, 以便在所述气缸的轴向上往复运动,并且所述油包括用于进一步提高活塞润滑性的聚异丁烷添加剂。
    • 7. 发明授权
    • Composite piston for reciprocating machine
    • 复合活塞往复机
    • US06240827B1
    • 2001-06-05
    • US09058531
    • 1998-04-10
    • Toshikatsu KoikeKazuo Miyazawa
    • Toshikatsu KoikeKazuo Miyazawa
    • F16J104
    • B21K1/18B21C23/205F02F3/003F02F2003/0061F02F2200/04F05C2201/021F05C2251/042
    • A composite piston and method for forming such a piston for a reciprocating machine such as an internal combustion engine. A blank is formed from a pair of dissimilar alloys, one of which has substantially greater properties such as strength or abrasion resistance. The blank is forged into a piston in such a way that the two materials are bonded together in the forging process. The higher strength and/or abrasion resistance material forms at least a part of the outer surface of the piston in areas where the better properties are required. The other material backs up the higher strength or hardness material in necessary areas so as to provide an integral structure that has lightweight, low costs and nevertheless the desired properties. Various physical constructions and forming operations are disclosed.
    • 一种用于形成诸如内燃机之类的往复机的活塞的复合活塞和方法。 由一对不同的合金形成坯料,其中之一具有显着更大的性能,例如强度或耐磨性。 坯料以这样的方式锻造成活塞,使得两种材料在锻造过程中结合在一起。 较高强度和/或耐磨性材料在需要更好性能的区域中形成活塞的外表面的至少一部分。 另一种材料在必要的区域中支撑较高强度或硬度的材料,从而提供具有重量轻,成本低且仍具有所需特性的整体结构。 公开了各种物理结构和成形操作。