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    • 1. 发明申请
    • APPARATUS FOR RETENTION OF MOLTEN MATERIAL OUTSIDE GENERATION IV REACTOR AFTER NUCLEAR POWER PLANT ACCIDENT
    • 在核电厂事故发生后,维持外部生成的IV物质的反应器的装置
    • US20140241483A1
    • 2014-08-28
    • US14130402
    • 2012-06-20
    • Mingguang ZhengCheng YeGuoxing GuJinquan YanYuanwei YeGuobao ShiSong Chenkemei Cao
    • Mingguang ZhengCheng YeGuoxing GuJinquan YanYuanwei YeGuobao ShiSong Chenkemei Cao
    • G21C9/016
    • G21C9/016G21C13/02Y02E30/40
    • An apparatus for retention of molten material for a Generation IV reactor after a nuclear power plant accident comprises an inner wall which is peripherally closed, a vapor channel wall with an opening at the bottom fixed in the inner side of the inner wall, a pressure vessel disposed in the vapor channel wall, a vapor rising channel formed between the pressure vessel and the vapor channel wall, and it further comprises an outer wall surrounding the inner wall, a core molten material retention apparatus fixed at the bottom of the inner wall, and a deflector keeping away from the inner wall and the core molten material retention apparatus to form a gap; wherein a coolant falling channel is formed between the outer wall and the deflector, a coolant inlet is disposed at the bottom of the deflector, and a coolant channel is disposed between the inner wall and the core molten material retention apparatus; a core molten material retention recess is disposed at the upper surface of the core molten material retention apparatus, and the lower surface of the core molten material retention apparatus is arch-shaped; the core molten material retention apparatus is made of non-metal inorganic fireproof material. The invention adopts the design of molten material retention outside the reactor, using different material containing molten material and cooling the molten material by coolant cycle and the deflector structure, thus to improve the safety of the nuclear power plant.
    • 用于在核电站事故发生后保留用于第IV代反应器的熔融材料的装置包括:外围封闭的内壁,在内壁的内侧固定有底部的开口的蒸气通道壁,压力容器 设置在蒸汽通道壁中,形成在压力容器和蒸汽通道壁之间的蒸汽上升通道,并且还包括围绕内壁的外壁,固定在内壁底部的芯熔融材料保持装置,以及 偏转器远离内壁和芯熔融材料保持装置形成间隙; 其中在所述外壁和所述偏转器之间形成冷却剂下落通道,在所述偏转器的底部设置冷却剂入口,并且在所述内壁和所述芯熔融材料保持装置之间设置冷却剂通道; 核心熔融材料保持装置的上表面设置有芯熔融材料保持凹部,芯熔融材料保持装置的下表面为拱形; 核心熔融材料保持装置由非金属无机防火材料制成。 本发明采用熔融材料保留在反应器外部的设计,使用含有熔融材料的不同材料,并通过冷却剂循环和偏转器结构冷却熔融材料,从而提高核电站的安全性。
    • 2. 发明授权
    • Apparatus for retention of molten material outside generation IV reactor after nuclear power plant accident
    • 在核电厂事故发生后,在第IV代反应堆外保留熔融材料的设备
    • US09384863B2
    • 2016-07-05
    • US14130402
    • 2012-06-20
    • Mingguang ZhengCheng YeGuoxing GuJinquan YanYuanwei YeGuobao ShiSong ChenKemei Cao
    • Mingguang ZhengCheng YeGuoxing GuJinquan YanYuanwei YeGuobao ShiSong ChenKemei Cao
    • G21C9/00G21C9/016G21C13/02
    • G21C9/016G21C13/02Y02E30/40
    • An apparatus for retention of molten material for a Generation IV reactor after a nuclear power plant accident comprises an inner wall which is peripherally closed, a vapor channel wall with an opening at the bottom fixed in the inner side of the inner wall, a pressure vessel disposed in the vapor channel wall, a vapor rising channel formed between the pressure vessel and the vapor channel wall, and it further comprises an outer wall surrounding the inner wall, a core molten material retention apparatus fixed at the bottom of the inner wall, and a deflector keeping away from the inner wall and the core molten material retention apparatus to form a gap; wherein a coolant falling channel is formed between the outer wall and the deflector, a coolant inlet is disposed at the bottom of the deflector, and a coolant channel is disposed between the inner wall and the core molten material retention apparatus; a core molten material retention recess is disposed at the upper surface of the core molten material retention apparatus, and the lower surface of the core molten material retention apparatus is arch-shaped; the core molten material retention apparatus is made of non-metal inorganic fireproof material. The invention adopts the design of molten material retention outside the reactor, using different material containing molten material and cooling the molten material by coolant cycle and the deflector structure, thus to improve the safety of the nuclear power plant.
    • 用于在核电站事故发生后保留用于第IV代反应器的熔融材料的装置包括:外围封闭的内壁,在内壁的内侧固定有底部的开口的蒸气通道壁,压力容器 设置在蒸汽通道壁中,形成在压力容器和蒸汽通道壁之间的蒸汽上升通道,并且还包括围绕内壁的外壁,固定在内壁底部的芯熔融材料保持装置,以及 偏转器远离内壁和芯熔融材料保持装置形成间隙; 其中在所述外壁和所述偏转器之间形成冷却剂下落通道,在所述偏转器的底部设置冷却剂入口,并且在所述内壁和所述芯熔融材料保持装置之间设置冷却剂通道; 核心熔融材料保持装置的上表面设置有芯熔融材料保持凹部,芯熔融材料保持装置的下表面为拱形; 核心熔融材料保持装置由非金属无机防火材料制成。 本发明采用熔融材料保留在反应器外部的设计,使用含有熔融材料的不同材料,并通过冷却剂循环和偏转器结构冷却熔融材料,从而提高核电站的安全性。
    • 3. 发明授权
    • Data merging in distributed computing
    • 分布式计算中的数据合并
    • US08463822B2
    • 2013-06-11
    • US12158689
    • 2008-03-28
    • Jianghua LiWeixun WuSong Chen
    • Jianghua LiWeixun WuSong Chen
    • G06F17/30
    • G06F9/5027G06F2209/5017
    • A data merging method for distributed computing uses a configuration file to guide the insertion of computational results obtained by distributed nodes into a database table, and to merge the computational results inserted in the database table. The configuration file is established according to the task splitting conditions of distributed computing. The method uses a data merging server to import and host the configuration file and create a database table corresponding to the configuration file. Each distributed node inserting its distributed computational result into the database table after completing the respective distributed computing task, while the data merging server merges the data in the database table. An interface standard applicable to various uses and various distributed computing tasks may be used such that the user only needs to establish a job-specific configuration file based on the interface standard.
    • 用于分布式计算的数据合并方法使用配置文件来指导将由分布式节点获得的计算结果插入到数据库表中,并且合并插入到数据库表中的计算结果。 根据分布式计算任务分解条件建立配置文件。 该方法使用数据合并服务器导入和托管配置文件,并创建与配置文件对应的数据库表。 每个分布式节点在完成相应的分布式计算任务之后将其分布式计算结果插入到数据库表中,同时数据合并服务器将数据库中的数据合并。 可以使用适用于各种用途和各种分布式计算任务的接口标准,使得用户仅需要基于接口标准建立特定于作业的配置文件。
    • 4. 发明授权
    • Device and method for ultrasonic video display
    • 超声波视频显示装置及方法
    • US08125523B2
    • 2012-02-28
    • US12257255
    • 2008-10-23
    • Xuewu ZhangSong Chen
    • Xuewu ZhangSong Chen
    • H04N5/66H04N7/01
    • H04N9/642A61B8/461G09G5/36
    • An ultrasonic video display device may comprise a memory; a programmable logic device, which may comprise a VGA signal receiving module for receiving and demodulating digital video signals and a video signal processing module including a memory controller, a gamma correcting unit, a scaling processing unit, a filtering unit, a chrominance space converting unit, a chrominance sampling unit and an interleaved sampling controller. The ultrasonic video display may also include a first digital-to-analog converter having an input coupled to an output of the VGA signal receiving module to convert the digital video signals into VGA analog signals and to output the VGA analog signals. A second digital-to-analog converter may receive video digital signals, convert the video digital signals into video analog signals, and output the video analog signals.
    • 超声波视频显示装置可以包括存储器; 可编程逻辑器件,其可以包括用于接收和解调数字视频信号的VGA信号接收模块和包括存储器控制器,伽马校正单元,缩放处理单元,滤波单元,色度空间转换单元的视频信号处理模块 ,色度采样单元和交错采样控制器。 超声波视频显示器还可以包括第一数模转换器,其具有耦合到VGA信号接收模块的输出的输入,以将数字视频信号转换成VGA模拟信号并输出​​VGA模拟信号。 第二数模转换器可以接收视频数字信号,将视频数字信号转换为视频模拟信号,并输出视频模拟信号。
    • 6. 发明申请
    • EFFICIENT SOFTWARE DOWNLOAD TO CONFIGURABLE COMMUNICATION DEVICE
    • 有效的软件下载到可配置的通信设备
    • US20110035475A1
    • 2011-02-10
    • US12908613
    • 2010-10-20
    • John D. RALSTONRavi SubramanianSong ChenTed E. Williams
    • John D. RALSTONRavi SubramanianSong ChenTed E. Williams
    • G06F15/177
    • H04B1/0003H04B1/40H04M1/72525H04M3/42178
    • An efficient software download to a configurable communication device is disclosed herein. The method of efficiently downloading software begins with a step of receiving a request to configure a communication device to run a communication application. The communication device being configured has a plurality of function blocks with a fixed portion of hardware and a flexible portion of hardware, wherein the same plurality of function blocks is capable of operating a plurality of communication applications. In a next step, the capability of the fixed portion and the flexible portion of hardware of the communication device is evaluated for a capability of implementing the communication application. Next, configuration information only for the flexible portion of hardware of the communication device is transmitted to the communication device to enable it to operate the communication application. An identification of the communication application is also transmitted to the communication device for purposes of tracking its implementation.
    • 本文公开了向可配置通信设备的有效软件下载。 有效下载软件的方法从接收到配置通信设备以运行通信应用的请求的步骤开始。 配置的通信设备具有多个具有固定部分硬件和硬件的灵活部分的功能块,其中相同的多个功能块能够操作多个通信应用。 在下一步骤中,评估通信设备的固定部分和硬件的灵活部分的能力,以实现通信应用的能力。 接下来,仅将用于通信设备的硬件的灵活部分的配置信息发送到通信设备以使其能够操作通信应用。 通信应用的标识也被发送到通信设备,以便跟踪其实现。