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    • 2. 发明专利
    • Photocatalyst use type hydrogen/oxygen manufacturing method using radiation and apparatus therefor
    • 光催化剂使用类型氢/氧气制造方法使用其辐射和装置
    • JP2003054902A
    • 2003-02-26
    • JP2001241794
    • 2001-08-09
    • Japan Atom Energy Res InstTokyo Electric Power Co Inc:The日本原子力研究所東京電力株式会社
    • KAWAMURA HIROSHIUCHIDA MUNENORIYAMADA KOICHIAMANO OSAMU
    • G21H3/00B01J23/648B01J35/02C01B3/04C01B13/02G21H5/00
    • Y02E60/364
    • PROBLEM TO BE SOLVED: To provide a method and an apparatus for producing hydrogen/oxygen particularly using a radioactive substance produced from a nuclear reactor or the like in the treatment of high level radioactive waste produced from the nuclear reactor or the like. SOLUTION: The following technical contents are provided as the constituting requirements of this invention. A radioactive material produced in the nuclear reactor or the like attenuates its radioactivity with the emission of γ. X-ray. The γ. X-ray is transformed to visible ray or ultraviolet ray by a scintillator. Water is decomposed by irradiating a photocatalyst with the visible ray or the ultraviolet ray to produce hydrogen and oxygen. The waste is stored in a water tank until the radioactivity is sufficiently attenuated to produce hydrogen and oxygen and after that, the waste is sent to a normal treatment process such as reclamation. The manufacturing apparatus is provided with a vessel for mixing and preserving the scintillator and the waste in the water tank and an apparatus for recovering the produced hydrogen and oxygen and can be constructed within the extent to which a conventional preserving apparatus is extended.
    • 要解决的问题:提供一种用于生产氢/氧的方法和装置,特别是使用由核反应堆等制造的放射性物质来处理从核反应堆等产生的高放射性废物。 解决方案:提供以下技术内容作为本发明的构成要求。 在核反应堆等中产生的放射性物质以γ的发射衰减其放射性。 X光片。 γ。 X射线被闪烁体转变成可见光或紫外线。 通过用可见光或紫外线照射光催化剂来分解水分以产生氢和氧。 将废物储存在水箱中,直到放射性充分减弱以产生氢气和氧气,然后将废物送至正常的处理过程如回收。 制造装置设置有用于混合和保存水箱中的闪烁体和废物的容器,以及用于回收所产生的氢和氧的装置,并且可以在传统的保存装置延伸的程度内构造。
    • 5. 发明专利
    • SYNCHRONIZING SYSTEM
    • JPS57133737A
    • 1982-08-18
    • JP1930181
    • 1981-02-12
    • HITACHI LTD
    • NONAKA HARUOAMANO OSAMU
    • H04L7/00
    • PURPOSE:To confirm the completion of synchronization while taking synchronism through the transmission and reception of a specific pattern. CONSTITUTION:Prior to the start of correspondence of signals between an upper rank device 1 and a lower rank device 2, an optical transmitter 3 of the device 1 generates a specific pattern. This specific pattern is sampled at an electrooptic converter 6 and converted into an optical signal and transmitted to an optical transmitter 4 of the lower rank device 2 through an optical fiber 11. This optical signal is converted into an electric signal at a photoelectric conversion circuit 8 and inputted to a specific pattern detection circuit 13. At the same time, a synchronizing signal extracting circuit 9 extracts a synchronizing signal among outputted electric signals of the circuit 8 and specific patterns are restored based on the synchronizing signal. When a correct restoration is achieved, a signal representing the completion of synchronism is transmitted to the device 1 with a return circuit 14.
    • 7. 发明专利
    • INFORMATION EXCHANGE DEVICE
    • JPS60170354A
    • 1985-09-03
    • JP2506684
    • 1984-02-15
    • HITACHI LTD
    • AMANO OSAMU
    • H04L12/46
    • PURPOSE:To make information exchange between two series loops possible with inexpensive hardware, by coupling the two series loops with an information exchange device having a prescribed function. CONSTITUTION:Series loops 1 and 2 are coupled with each other by means of an information exchange device 3. The information exchange device 3 is provided with a prescribed function. Namely, the device 3 supervises loop number fields of information on the two series loops and propagates information having its own loop number to the lower-order loop line as it is. The device 3 draws up information having the other side loop number in a buffer provided in the device 3 and deletes the information from the loop. Then the device 3 sends the drawn up information synchronously to the transmission timing of the other side loop. Moreover, this device 3 is equipped with a bypass circuit which sets the two series loops to a one series loop condition. Therefore, information exchange between the two series loops can be performed with inexpensive hardware.
    • 8. 发明专利
    • PARALLELLSERIES CONVERTER CIRCUIT
    • JPS56111944A
    • 1981-09-04
    • JP1495280
    • 1980-02-09
    • HITACHI LTD
    • NONAKA HARUOAMANO OSAMU
    • G06F13/00H03M9/00H04L7/00
    • PURPOSE:To realize a high-speed conversion with no time delay, by installing a parallel signal holding circuit plus a comparator to obtain a disagreement detection signal of the input/output signals of the said holding circuit at the front stage of a shift register that is inputted by a parallel signal and the delivers the series signal by the clock signal. CONSTITUTION:The circuit 13 to hold the parallel input signal plus a comparator 12 which detects a disagreement between the input and output signals of the circuit 13 through a comparison are installed at the front stage of the shift register which supplies the parallel signals A-C and then delivers the series signal via the clock signal. Thus the parallel input signals are set to the circuit 13 and the register 11 to perform a parallel-series conversion by the disagreement detection signal showing the changing point of the parallel input signal. In such way, a high-speed transmission is possible for the data with no delay of time since a parallel-series conversion is given at the moment when the signal level is changed.
    • 10. 发明专利
    • Multiple centralized distribution system
    • 多中央分配系统
    • JPS59112746A
    • 1984-06-29
    • JP22203982
    • 1982-12-20
    • Hitachi Ltd
    • AMANO OSAMU
    • H03M5/12H04J3/00H04L25/49
    • H04L25/4925
    • PURPOSE:To transmit frames which consists of various and large numbers of bits on time-division basis at a high speed by applying the frame with time division in bit unit and modulation to the result to make it a binary AMI code, and transmitting a specific original transmit code while inverting ''1'' and ''0'' to that of another original transmit code. CONSTITUTION:Two opposite couples of transmitters 1A and 2A, and 1B and 2B are connected to the optical communication path 4 consisting of optical converters 5 and 6 and an optical fiber X by using multiple centralized distributing devices 3 and 8, and asynchronous transmit frames of both systems A and B are multiplexed, bit by bit, on time-division basis to perform digital transmission. In this case, original transmit codes are modulated into binary AMI codes of frequency which is twice as high as the frequency of multiple centralized distribution, and ''1'' and ''0'' corresponding to a specific original reference transmit code among the binary AMI codes are inverted to ''1'' and ''0'' corresponding to other original transmit codes and transmitted between the devices 3 and 8. Consequently, frames are transmitted at a high speed and synchronization is facilitated.
    • 目的:通过将具有时分的帧以单位和调制的帧应用于具有二进制AMI码的方式,以高速通过时分的方式发送由各种大量的比特组成的帧,从而将特定的 原始发送码,同时将“1”和“0”反转到另一个原始发送码的发送码。 构成:通过使用多个集中分配装置3和8将两个相对的发射器1A和2A以及1B和2B连接到由光转换器5和6组成的光通信路径4和光纤X,以及异步传输帧 系统A和B都以时分的方式逐位复用以执行数字传输。 在这种情况下,原始发送码被调制成二进制AMI码,其频率是多个集中分配频率的两倍,对应于特定原始参考发射码的“1”和“0” 二进制AMI码被反转为与其他原始发送码相对应的“1”和“0”,并在装置3和8之间发送。因此,帧被高速发送并且便于同步。