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    • 2. 发明授权
    • Hydrophilic porous membrane, method of manufacturing the same and liquid
filter using same
    • 亲水性多孔膜,其制造方法和使用其的液体过滤器
    • US5279856A
    • 1994-01-18
    • US996158
    • 1992-12-23
    • Noriyuki KoyamaShinsuke YokomachiYasushi NemotoMakoto Ohnishi
    • Noriyuki KoyamaShinsuke YokomachiYasushi NemotoMakoto Ohnishi
    • B01D67/00
    • B01D67/0088B01D67/0093
    • A hydrophilic porous membrane is obtained by covering porous membrane substrate with a non-ionic, amino-acid-based or non-ionic fluorine-based surface active agent. For the covering, the porous membrane substrate is immersed in a solution containing the surface active agent and then drying the membrane substrate. A different hydrophilic porous membrane is obtained by providing the surfaces of a porous membrane substrate and inner pore surfaces with a polar group and then covering the membrane substrate with a hydrophilic polymer film. For this covering, after introduction of the polar group to the surfaces of the porous membrane substrate and inner pore surfaces, the membrane substrate is immersed in a solution containing a hydrophilic substance and then dried. In a liquid filter using any of these hydrophilic porous membrane the porous membrane is disposed in a housing such as to divide the housing inner space into two sub-spaces respectively communicating with a liquid inlet and a filtrate outlet provided on the housing.
    • 通过用非离子,氨基酸或非离子的氟基表面活性剂覆盖多孔膜基底来获得亲水性多孔膜。 对于覆盖物,将多孔膜基材浸渍在含有表面活性剂的溶液中,然后干燥膜基材。 通过使多孔膜基材的表面和内孔表面具有极性基团,然后用亲水性聚合物膜覆盖膜基材,获得不同的亲水性多孔膜。 对于该覆盖物,在将极性基团引入到多孔膜基材和内孔表面的表面之后,将膜基材浸渍在含有亲水性物质的溶液中,然后干燥。 在使用任何这些亲水性多孔膜的液体过滤器中,多孔膜设置在壳体中,以将壳体内部空间分成两个分别与液体入口和设置在壳体上的滤液出口连通的子空间。
    • 3. 发明申请
    • Operational processor with a status information register serving as a data register
    • 具有作为数据寄存器的状态信息寄存器的操作处理器
    • US20070055847A1
    • 2007-03-08
    • US11515905
    • 2006-09-06
    • Masaru NagaseMakoto Ohnishi
    • Masaru NagaseMakoto Ohnishi
    • G06F9/44
    • G06F9/30101G06F9/30014G06F9/30181G06F9/3863
    • The operational processor includes a general-purpose register that holds data associated with operation processing, and a program status register that holds information associated with the status of the operational processor. The data and information are saved during interrupt processing or task switching. The program status register holds in its bit positions C1-Cn a portion of data resulting from the operation processing. The held data are the n most significant bits of the least significant bits of the data resulting from the operation processing which are not held in the general-purpose register, and are for use in the operation. The operational processor may perform fewer operations than the double precision operation, and improve the operation precision without increasing the task switching time.
    • 操作处理器包括保存与操作处理相关联的数据的通用寄存器,以及保存与操作处理器的状态相关联的信息的程序状态寄存器。 在中断处理或任务切换期间保存数据和信息。 程序状态寄存器的位位置C 1 -C n是由操作处理产生的数据的一部分。 所保持的数据是由操作处理产生的数据的最低有效位的n个最高有效位,其不保存在通用寄存器中,并且用于操作。 操作处理器可以执行比双精度操作更少的操作,并且在不增加任务切换时间的情况下提高操作精度。
    • 5. 发明授权
    • Transmission/reception method based on frequency division multiple
access having changeable communication channel bandwidths and
communication apparatus employing the method
    • 基于具有可变通信信道带宽的频分多址的发送/接收方法和采用该方法的通信装置
    • US5889766A
    • 1999-03-30
    • US783200
    • 1997-01-14
    • Makoto OhnishiYukinari Fujiwara
    • Makoto OhnishiYukinari Fujiwara
    • H04J1/00H04B7/26H04J1/05H04J4/00
    • H04B7/2612H04J1/05H04J4/005
    • An FDMA (Frequency-Division Multiple Access) transmitter-receiver for use in an FDMA communication system which is capable of changing a bandwidth of a channel as required. The FDMA transmitter-receiver includes: a plurality of trans-demultiplexers which are different in the number of channel multiplexings from each other and each of which serves to convert the received FDMA signal into a TDMA signal; a communication signal demultiplexing/multiplexing circuit for subjecting the output communication channel signals from the trans-demultiplexers to demultiplex and channel-reassignable multiplex them; a plurality of trans-multiplexers which are provided in correspondence to the plurality of trans-demultiplexers and each of which serves to convert the output channel signal after demultiplexing and remultiplexing from the associated communication signal demultiplexing/multiplexing circuit into an FDMA signal; an adder for adding the FDMA signals outputted from the trans-multiplexers; and a transmission circuit connected to an output of the adder for transmitting therefrom the signal which has been obtained by adding the FDMA signals. The bandwidth per channel of each of the trans-demultiplexers and the trans-multiplexers is different in correspondence to the number of channel multiplexing.
    • 用于FDMA通信系统的FDMA(频分多址)发射机 - 接收机,其能够根据需要改变频道的带宽。 FDMA发送器 - 接收器包括:多个多路复用器,它们彼此之间的信道多路复用数不同,其中每一个用于将接收的FDMA信号转换成TDMA信号; 通信信号解复用/多路复用电路,用于对来自反多解复用器的输出通信信道信号进行解复用和信道重新分配复用; 多个反复复用器,其对应于多个反解复用器设置,并且其中的每一个用于将解复用后的输出信道信号和从相关联的通信信号解复用电路再复用到FDMA信号中; 加法器,用于将从多路转换器输出的FDMA信号相加; 以及发送电路,连接到加法器的输出端,用于从其中发送通过添加FDMA信号而获得的信号。 每个解复用器和多路复用器的每个通道的带宽对应于信道复用的数量是不同的。
    • 7. 发明授权
    • Digital adder circuit with a plurality of 1-bit adders and improved
carry means
    • 具有多个1位加法器的数字加法器电路和改进的进位装置
    • US4285047A
    • 1981-08-18
    • US84457
    • 1979-10-12
    • Makoto Ohnishi
    • Makoto Ohnishi
    • G06F7/504G06F7/494G06F7/50G06F7/508
    • G06F7/504
    • A digital adder comprises at least two, first and second 1-bit adders; first and second carry circuits which store therein output signals of carry output terminals of said first and second adders and apply them to carry input terminals of said first and second adders, respectively, in response to a predetermined clock signal; first input means for applying each pair of a plurality of pairs of data to be added up and each consisting of a predetermined number of bits, to said first adder in 1-bit sequence from least significant bits of said each pair of data in response to said clock signal; second input means for applying the data to be added to the carry signal delivered from said first adder by the addition of most significant bits of said each pair of data, to said second adder in 1-bit sequence from the least significant bits in response to said clock signal and upon termination of the application of said pair of data to said first adder; a first gate circuit which inhibits the carry signal delivered from said first adder by the addition of the most significant bits of said each pair of data, from being applied to said first carry circuit and applies said carry signal to said second carry circuit; and means for combining outputs of said first and second adders so as to attach the output of said second adder onto a more significant bit side of the output of said first adder and for delivering the combined output as one data.
    • 数字加法器包括至少两个第一和第二1位加法器; 第一和第二进位电路,其存储所述第一和第二加法器的进位输出端的输出信号,并且分别响应于预定的时钟信号施加它们以携带所述第一和第二加法器的输入端; 第一输入装置,用于响应于所述每对数据的最低有效位,以1比特顺序将每对相加的多对数据对,并且每一对由预定数量的比特组成, 所述时钟信号; 第二输入装置,用于通过将所述每对数据的最高有效位相加来将从所述第一加法器传送的进位信号中添加的数据加到所述第二加法器中,以便从最低有效位以1位序列响应于 所述时钟信号和在将所述数据对应用于所述第一加法器时终止; 第一门电路,其通过加上所述每对数据的最高有效位来禁止从所述第一加法器传送的进位信号,以将其应用于所述第一进位电路并将所述进位信号施加到所述第二进位电路; 以及用于组合所述第一和第二加法器的输出以便将所述第二加法器的输出附加到所述第一加法器的输出的更有效位侧并用于将组合输出作为一个数据传送的装置。