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    • 21. 发明申请
    • AD CONVERTER AND RADIO RECEIVER
    • AD转换器和无线接收器
    • US20080204298A1
    • 2008-08-28
    • US12104488
    • 2008-04-17
    • Takafumi YamajiTakeshi Ueno
    • Takafumi YamajiTakeshi Ueno
    • H03M1/12
    • H03M1/123H03M1/44H03M1/46
    • Disclosed is an AD converter including: a first conversion stage including a quantizing part to generate m parallel pieces of quantized signals from m pieces of input analog signals representing n-dimensional vectors (n≦m≦2n), a decoding part to generate m pieces of decoded analog signals from the m parallel pieces of quantized signals, and a residual amplifying part to output m pieces of amplified residual signals by multiplying respective differences between each of the m pieces of analog signals and each of the m pieces of decoded analog signals; a second conversion stage including a quantizing part to generate m parallel pieces of quantized signals from the m pieces of amplified residual signals; and a synthesizing part to generate m parallel pieces of digital signals by synthesizing each of the quantized signals in the first conversion stage and in the second conversion stage at each parallel position.
    • 公开了一种AD转换器,包括:第一转换级,包括量化部分,用于从表示n维向量(n <= m <= 2n)的m个输入模拟信号生成m个并行量化信号,生成 m个来自m个并行量化信号的解码模拟信号,以及残余放大部分,通过将m个模拟信号中的每一个与m个解码模拟信号中的每一个相乘来输出m个放大残差信号 信号; 第二转换级,包括从所述m个放大残差信号中产生m个并行量化信号的量化部分; 以及通过在每个平行位置合成第一转换级和第二转换级中的每个量化信号来产生m个并行数字信号的合成部分。
    • 29. 发明授权
    • Steam turbine plant having a turbine bypass system
    • 具有涡轮旁路系统的蒸汽轮机设备
    • US4693086A
    • 1987-09-15
    • US787106
    • 1985-10-15
    • Shinichi HoizumiNorio AbeTakeshi UenoTadao ArakawaKunio Hodozuka
    • Shinichi HoizumiNorio AbeTakeshi UenoTadao ArakawaKunio Hodozuka
    • F01K7/22F01K7/24F01K9/04F01K13/02
    • F01K7/24F01K7/22F01K9/04
    • A reheat steam turbine power plant having a boiler with a superheater and reheater disposed therein, a high pressure steam turbine, an intermediate pressure steam turbine, a low pressure turbine, and a condenser condensing a steam exhausted through the low pressure turbine to a condensate. A turbine bypass pipe is provided with a bypass valve. A branch pipe branches off a cold reheater pipe between the check valve and the reheater is connected to the condenser for introducing steam flowing through the turbine bypass pipe. A control valve is arranged in the branch pipe and a controller controls the bypass valve and the control valve. When the turbine bypass line is operational in one of a start-up or an auxiliary operation of the power plant, the control valve and the bypass valve are controlled by the controller so that the quantity of reheat steam introduced into the reheater is controlled and excess or surplus steam is discharged to the condenser through the branch pipe.
    • 一种具有设置有过热器和再热器的锅炉的再热蒸汽轮机发电厂,高压蒸汽轮机,中压蒸汽轮机,低压涡轮机和冷凝通过低压涡轮机排出的蒸汽的冷凝器。 涡轮旁通管设有旁通阀。 在止回阀和再热器之间的冷再热管分支的分支管连接到用于引入通过涡轮旁通管的蒸汽的冷凝器。 控制阀配置在分支管中,控制器控制旁通阀和控制阀。 当涡轮旁路管线在发电厂的启动或辅助操作之一中操作时,控制器控制控制阀和旁通阀,从而控制引入再热器的再热蒸汽的量和过量 或者多余的蒸汽通过分支管排出到冷凝器。
    • 30. 发明授权
    • Side stream type condensing system and method of operating the same
    • 侧流式冷凝系统及其运行方法
    • US4353213A
    • 1982-10-12
    • US177072
    • 1980-08-11
    • Toyohiko MasudaTakeshi UenoYoji NagaiHiroshi TsunematsuShozo Nakamura
    • Toyohiko MasudaTakeshi UenoYoji NagaiHiroshi TsunematsuShozo Nakamura
    • F28B9/08B01D5/00F22D11/00F28B11/00F01K19/00
    • B01D5/009B01D5/00F22D11/006
    • A side stream type condenser which has a first hot well for condensing steam exhausted from a turbine and storing the condensed water and a second hot well for storing the purified condensed water to prepare for water feed to a main system includes a partition plate for defining the two hot wells. The partition plate is formed with a weir portion so that part of the condensed water in the second hot well may overflow to keep a fixed water level. The weir portion is constructed in the shape of a labyrinth and is formed with a passage normally filled up with the condensed water, and a space in the upper part of the second hot well communicates with the upper space of the first hot well through this passage only. The condensed water in the first hot well is fed to a purifying system disposed outside, and is purified therein. It is thereafter fed to the second hot well when the main system requires the feed water and to the first hot well when not, through pipe means constructed so as to feed the water selectively to the first hot well and the second hot well. The water level of the first hot well is controlled by causing the condensed water to overflow from the weir portion. On the other hand, the water level of the second hot well is controlled in such a way that the actual water level is detected by a water level gauge disposed in the second hot well, that the quantities of water in an inlet and outlet of a tank for storing the feed water of the main system are controlled in accordance with the detected water level, and that the feed water of the tank is caused to flow into the first hot well.
    • 一种侧流式冷凝器,其具有用于冷凝从涡轮机排出的蒸汽并储存冷凝水的第一热井,以及用于储存净化的冷凝水以准备供给主系统的水的第二热井,包括用于限定 两个热水井。 分隔板形成有堰部分,使得第二热井中的部分冷凝水可能溢出以保持固定的水位。 堰部构造成迷宫的形状,并形成有通常填充有冷凝水的通道,并且第二热井的上部中的空间通过该通道与第一热井的上部空间连通 只要。 将第一热水中的冷凝水供给到设置在外部的净化系统,并将其净化。 然后当主系统需要给水时和第一个热井,当不是通过构造成将水选择性地供给到第一热井和第二热井的管道装置时,它被送入第二个热井。 通过使冷凝水从堰部溢出来控制第一热井的水位。 另一方面,第二热水井的水位以这样的方式进行控制,即通过设置在第二热井中的水位计来检测实际水位,即在第二热井的入口和出口处的水量 根据检测到的水位控制主系统的供水的储存罐,并且使得罐的给水流入第一热井。