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    • 5. 发明专利
    • Steam turbine, steam turbine plant system, and output increasing method of steam turbine
    • 蒸汽涡轮机,蒸汽涡轮机系统和蒸汽涡轮机的输出增加方法
    • JP2009228617A
    • 2009-10-08
    • JP2008077248
    • 2008-03-25
    • Hitachi LtdPan Pacific Copper Co Ltdパンパシフィック・カッパー株式会社株式会社日立製作所
    • TSUCHIYA TAKAHIROSUNAHARA KAZUNORIOKUBO SHUJIOTSUKA YUJIWATANABE YOSHIESUZUKI TSUGIO
    • F01D17/20F01D17/24F01D17/26F01K25/14
    • PROBLEM TO BE SOLVED: To provide a steam turbine, a steam turbine plant system, and an output increasing method for steam turbine capable of increasing the output by raising the performance of a high-low pressure integrated type turbine in which a high pressure part and a low pressure part are integrated and by utilizing its surplus steam effectively.
      SOLUTION: A steam drainage hole 20 is provided in the prescribed place prior to the low pressure part L and a pressure regulating valve 35 is installed to discharge the steam as surplus for the low pressure part L from the steam drainage hole 20 by controlling the steam. The steam within the range of the rated pressure for the high pressure part H and surplus for the low pressure part L is introduced to the high pressure part H so as to perform high-load operation in the high pressure part H, while the surplus steam is introduced to the low pressure part L after discharged from the steam drainage hole 20. Thereby the output can be increased.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种蒸汽轮机,蒸汽轮机设备系统和用于蒸汽轮机的输出增加方法,其能够通过提高其中高的高压综合型涡轮机的性能来增加输出 压力部件和低压部件相结合,并有效利用其多余的蒸汽。 解决方案:在低压部分L之前的规定位置设置蒸汽排出孔20,并且安装压力调节阀35,以从蒸汽排出孔20排出低压部分L的多余的蒸汽, 控制蒸汽。 在高压部H的额定压力范围内的蒸汽和低压部L的剩余量的蒸汽被引入高压部H,以在高压部H中进行高负荷运转,而多余的蒸汽 在从排水孔20排出后被引入低压部L,从而可以提高输出。 版权所有(C)2010,JPO&INPIT
    • 6. 发明专利
    • READER
    • JPH0522595A
    • 1993-01-29
    • JP16965791
    • 1991-07-10
    • HITACHI LTD
    • OTSUKA YASUOINUZUKA TATSUKIYOSHIDA MASASHIOOGA KIMIONARUI YOICHISUZUKI TSUGIOATO KAZUHIKO
    • B65H5/06H04N1/40H04N1/401
    • PURPOSE:To perform shading correction based on a white reference value by accurately detecting the white reference value without being limited by the object depth on the document side of a read sensor. CONSTITUTION:A white reference part 2b is provided on a part of a carrying roll 2 of a reader 1, and the whole of the carrying roll 2 including the white reference part 2b is closely brought into contact with a read sensor 3, and shading correction of the whole including a paper feed part 2a is performed based on the white reference value of the white reference part 2b. The coefficient of friction of elasticity of the white reference part 2b is reduced to prevent sticking of dust or the like, and that of the paper feed part 2a is increased to surely carry the document. Consequently, the white reference is accurately detected and shading correction is stably performed without restrictions due to the object depth of the document side because the white reference part is always placed on the read sensor surface. Since the whole of the carrying roll including the white reference part is closely brought into contact with the read sensor, the document is not floated and is surely read.
    • 8. 发明专利
    • BEARING STRUCTURE OF THERMAL TRANSFER RECORDER
    • JPH04129779A
    • 1992-04-30
    • JP25020090
    • 1990-09-21
    • HITACHI LTD
    • SUZUKI TSUGIOOOGA KIMIO
    • B41J25/304B41J2/32H04N1/032H04N1/23
    • PURPOSE:To prevent a wrench from occurring even in fitting to or separating from a roller by a method wherein a roller is freely rotatably with a bearing component on an outer periphery of the bearing component. CONSTITUTION:A bearing component 7 of a shaft 2b of a platen roller 2 is supported with support components 8a, 8b of the platen roller 2. A roller 9 has a form capable of being rotated on the outer periphery of the bearing component 7. Herein, when a thermal head 1 and the plated roller 2 perform opening and closing operations, bearing grooves 3a', 3b' of positioning components 3a, 3b fit to or separate from the roller 9. A relative positional 2 is kept constant. Further, since the roller 9 performs rotary operation on the outer periphery of the bearing component 7 when the bearing grooves 3a', 3b' of the positioning components 3a, 3b fit to or separate from the roller 9, fitting or separation is smoothly performed, and abrasion of contact parts between the bearing grooves 3a', 3b' of the positioning components 3a, 3b and the bearing components 7 is apt to be decreased.