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    • 54. 发明授权
    • Service quality management system
    • 服务质量管理体系
    • US06529907B1
    • 2003-03-04
    • US09538293
    • 2000-03-29
    • Yosuke TerakuraKei KatoHiroshi Nagai
    • Yosuke TerakuraKei KatoHiroshi Nagai
    • G06F1730
    • H04L41/0893H04L41/5022Y10S707/99939
    • A service quality management system which is capable of adaptively controlling a quality of a service provided by a distributed object is provided. The system is provided with a first storage for saving information about a relation between a server for the distributed object and a priority set to services to be provided by the server and a second storage for saving information about a relation between an identifier for communication path under the control of a node and a priority set for processing made on the node. At the time of a request for activation of the server, the priority set to services provided by the server is read out by using priority reading from the first storage and the information about the identifier for communication path corresponding to processing with the same priority as that read from the priority reading device is read out by using an identifier reading device from the second storage. Then, the corresponding server is actually activated by a server activating device and the server is connected to the communication path designated by the identifier read from the identifier reading device.
    • 提供能够自适应地控制由分布对象提供的服务的质量的服务质量管理系统。 该系统设置有第一存储器,用于保存关于分布式对象的服务器与由服务器提供的服务之间的关系的信息;以及第二存储器,用于保存关于通信路径的标识符之间的关系的信息 节点的控制和在节点上进行的处理优先级设置。 在请求激活服务器时,通过使用来自第一存储器的优先级读取和关于与处理相关的通信路径的标识符的信息与第一存储器提供的服务相同的优先级来读取服务器提供的服务的优先级 通过使用来自第二存储器的标识符读取装置读出从优先读取装置的读取。 然后,相应的服务器实际上由服务器激活设备激活,并且服务器连接到由标识符读取设备读取的标识符指定的通信路径。
    • 56. 发明授权
    • Method and apparatus for reclaiming oil from waste plastic
    • 从废塑料回收油的方法和设备
    • US6011187A
    • 2000-01-04
    • US945458
    • 1997-10-27
    • Hirotoshi HorizoeTakeshi AmariHiroshi NagaiShizuo YasudaYuji KaiharaYoshimasa KawamiYasumasa Matsukawa
    • Hirotoshi HorizoeTakeshi AmariHiroshi NagaiShizuo YasudaYuji KaiharaYoshimasa KawamiYasumasa Matsukawa
    • B29B17/02C10G1/00C10G1/02C10G1/10C10B1/04C08J1/16
    • B29B17/02C10G1/00C10G1/006C10G1/02C10G1/10B29B17/04B29B2017/0496B29K2027/06B29K2101/10Y02P70/26Y02W30/622Y02W30/625
    • This invention provides a method for reclaiming oil from waste plastic in such a way that thermosetting resins and solid foreign matter in the plastic will not pose a problem. This method greatly reduces the burden of presorting the garbage or industrial waste. To achieve this objective when oil is to be reclaimed from a waste plastic containing chlorine compounds, such as vinyl chloride, the plastic must first be stripped of chlorine. Prior to pyrolysis, while being conveyed forward in a continuous stream, the plastic is mixed with heated sand and/or an additive agent to raise its temperature to 250-350.degree. C. This creates a product which is comprised of a mixture of sand and substantially dechlorinated plastic. The product is mixed with heated sand to heat it directly to a temperature of 350-500.degree. C. It is maintained at this temperature until pyrolysis occurs. In order to obtain high-quality oil with a low boiling point, a first gas/liquid separation process separates the product obtained from the aforesaid pyrolysis into liquid high-boiling point oil, gaseous low-boiling point oil and low molecular-weight gases, and recirculates the liquid high-boiling point oil to the pyrolysis process, and a second gas/liquid separation process separates the gaseous low-boiling point oil and low molecular-weight gases into liquid low-boiling point oil and low molecular-weight gases. The first and second gas/liquid separation process are connected in sequence.
    • PCT No.PCT / JP97 / 00572 Sec。 371日期1998年1月8日 102(e)日期1998年1月8日PCT提交1997年2月27日PCT公布。 公开号WO97 / 31990 日期1997年9月4日本发明提供了一种从废塑料中回收油的方法,使得塑料中的热固性树脂和固体异物不会造成问题。 这种方法大大减轻了预处理垃圾或工业废物的负担。 为了达到这个目的,当油从含氯化合物(如氯乙烯)的废塑料中回收时,塑料必须先被除去氯。 在热解之前,当在连续流中向前输送时,将塑料与加热的砂和/或添加剂混合以将其温度升高至250-350℃。这产生了由砂和 基本上脱氯塑料。 将产物与加热的沙子混合,直接加热到350-500℃的温度。保持在该温度直到发生热解。 为了获得低沸点的优质油,第一气/液分离方法将从上述热分解得到的产物分离成液体高沸点油,气态低沸点油和低分子量气体, 并将液体高沸点油再循环到热解过程中,并且第二气/液分离过程将气态低沸点油和低分子量气体分离成液体低沸点油和低分子量气体。 第一和第二气/液分离过程依次连接。
    • 57. 发明授权
    • Data multiplex circuit
    • 数据复用电路
    • US5659719A
    • 1997-08-19
    • US645694
    • 1996-05-14
    • Hiroshi Nagai
    • Hiroshi Nagai
    • H04J3/04H04J3/06G06F1/12
    • H04J3/047H04J3/0685
    • A data multiplex circuit possessing a short delay for generating a signal which is synchronous with the phase of the data from the data generation circuit, and for generating a multiplex clock corresponding to this signal. A data generation circuit generates a reference signal which is adjusted to match the output of the data. This reference signal is compared to a multiplex clock by a comparison circuit. The output of the comparison circuit is then converted by a control circuit into a reset signal which, based on the phase difference, resets a dividing circuit for multiplexing. The dividing circuit resets continuously until the phase of its output signal matches that of the data output of the data generation circuit. By resetting the dividing circuit, the phase of the multiplex clock signal to be input into multiplex circuit is correlatively synchronized with regard to the delay of the data generation circuit. Consequently, the multiplex clock and the retiming clock do not need to be synchronous with the phase of the data generation circuit, and multiplexing can be performed on arbitrary frequencies.
    • 数据复用电路具有短的延迟,用于产生与来自数据产生电路的数据的相位同步的信号,并产生与该信号相对应的多路复用时钟。 数据产生电路产生参考信号,该参考信号被调整以匹配数据的输出。 该参考信号通过比较电路与多路复用时钟进行比较。 然后,比较电路的输出由控制电路转换为复位信号,该复位信号基于相位差复位用于复用的除法电路。 分频电路连续复位,直到其输出信号的相位与数据产生电路的数据输出的相位相匹配。 通过复位分频电路,要输入到多路复用电路的多路复用时钟信号的相位与数据产生电路的延迟相关地相同。 因此,复用时钟和重新定时时钟不需要与数据生成电路的相位同步,并且可以对任意频率进行复用。
    • 58. 发明授权
    • Parallel data counter circuit
    • 并行数据计数器电路
    • US5619437A
    • 1997-04-08
    • US534714
    • 1995-09-27
    • Hiroshi Nagai
    • Hiroshi Nagai
    • H03K21/00G06F7/60G06F7/00G06F15/00
    • G06F7/607
    • A parallel data counter circuit is disclosed which is able to handle increases in the amount of parallel data and number of counts with minimal increases in circuitry. First addition circuits add n pieces of parallel data two at a time and output carry signals and storage data which are the addition results thereof. Second addition circuits add two carry signals output from the first addition circuits and output storage data which are the addition results thereof. A counter circuit calculates a final single carry signal and outputs storage data as a count result.
    • 公开了一种并行数据计数器电路,其能够以最小的电路增加来处理并行数据量和计数数量的增加。 第一加法电路一次添加n个并行数据,并输出作为其附加结果的进位信号和存储数据。 第二加法电路添加从第一加法电路输出的两个进位信号和作为其附加结果的输出存储数据。 计数器电路计算最后一个进位信号并输出​​存储数据作为计数结果。