会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Polar leapfrog filter
    • 极地跨越过滤器
    • US5298813A
    • 1994-03-29
    • US863413
    • 1992-04-03
    • Hiroshi TanigawaIsao FukaiHiroshi KondoTsuneo Tohyama
    • Hiroshi TanigawaIsao FukaiHiroshi KondoTsuneo Tohyama
    • H03H11/12H03H11/04H03F34/04H03F1/34
    • H03H11/0466H03H11/045
    • A polar leapfrog filter includes at least one polar network. The polar network comprises a differentiator constituted by an operational amplifier having input and output terminals, and a first integrator formed by a first capacitor for providing negative feedback to the operational amplifier and a first variable transconductance amplifier; and a second integrator formed by a second capacitor for providing negative feedback to the first integrator, and a second variable transconductance amplifier. A differentiator is provided at each of the input and output portions of the filter, and a third differentiator is provided immediately preceding the output side differentiator. In the case where two or more said polar networks are incorporated, an additional differentiator is provided between the polar networks. The sum of the number of the circuits constituting the differentiators and the number of the polar networks is selected to be even and equal to the order of the filter. The adjacent ones of the circuits are connected in such a manner that leapfrog type negative feedback is effected, and the differentiators except the output side one are constructed in the form of self negative feedback type.
    • 极地跨越式过滤器包括至少一个极性网络。 极性网络包括由具有输入和输出端子的运算放大器构成的微分器和由用于向运算放大器提供负反馈的第一电容器和由第一可变跨导放大器形成的第一积分器; 以及由用于向第一积分器提供负反馈的第二电容器形成的第二积分器和第二可变跨导放大器。 在滤波器的每个输入和输出部分设置微分器,并且紧邻输出侧微分器之前提供第三微分器。 在并入两个或更多个所述极性网络的情况下,在极性网络之间提供附加的微分器。 构成微分器的电路的数量和极性网络的数量之和被选择为均匀且等于滤波器的次序。 相邻的电路以跨越式负反馈的方式连接,除输出侧之外的微分器以自负反馈型的形式构成。
    • 3. 发明授权
    • Polar leapfrog filter
    • 极地跨越过滤器
    • US5296763A
    • 1994-03-22
    • US858010
    • 1992-03-26
    • Hiroshi TanigawaHiroshi KondoIsao FukaiTsuneo Tohyama
    • Hiroshi TanigawaHiroshi KondoIsao FukaiTsuneo Tohyama
    • H03H11/12H03H11/04H03F3/04
    • H03H11/0466H03H11/045
    • A polar leapfrog filter includes at least one polar network. The polar network comprises a differentiator constituted by an operational amplifier having input and output terminals, and a first integrator formed by a first capacitor for providing negative feedback to the operational amplifier and a first variable transconductance amplifier; and a second integrator formed by a second capacitor for providing negative feedback to the first integrator, and a second variable transconductance amplifier. In the case where two or more said polar networks are incorporated, an integrator is provided between adjacent ones of the polar networks. The total number of all the circuits is selected to be odd and equal to the order of the filter. The adjacent ones of the circuits are connected in such a manner that leapfrog type negative feedback is effected.
    • 极地跨越式过滤器包括至少一个极性网络。 极性网络包括由具有输入和输出端子的运算放大器构成的微分器和由用于向运算放大器提供负反馈的第一电容器和由第一可变跨导放大器形成的第一积分器; 以及由用于向第一积分器提供负反馈的第二电容器形成的第二积分器和第二可变跨导放大器。 在并入两个或多个所述极性网络的情况下,在相邻的极性网络之间提供积分器。 所有电路的总数被选择为奇数,并且等于滤波器的顺序。 相邻的电路以跨越式负反馈的方式连接。
    • 4. 发明授权
    • Polar leapfrog filter
    • 极地跨越过滤器
    • US5293086A
    • 1994-03-08
    • US858063
    • 1992-03-26
    • Hiroshi TanigawaHiroshi KondoTsuneo TohyamaIsao Fukai
    • Hiroshi TanigawaHiroshi KondoTsuneo TohyamaIsao Fukai
    • H03H11/12H03H11/04H03F3/64H03F1/34
    • H03H11/0466H03H11/045
    • A polar leapfrog filter includes at least one polar network. The polar network comprises a differentiator constituted by an operational amplifier having input and output terminals, and a first integrator formed by a first capacitor for providing negative feedback to the operational amplifier and a first variable transconductance amplifier; and a second integrator formed by a second capacitor for providing negative feedback to the first integrator, and a second variable transconductance amplifier. An integrator is provided at each of the input and output stages, and a third integrator is provided immediately preceding the output side integrator. In the case where two or more said polar networks are incorporated, an additional integrator is provided between the polar networks. The total number of all the circuits is selected to be even and equal to the order of the filter. The adjacent ones of the circuits are connected in such a manner that leapfrog type negative feedback is effected, and only the input side integrator is constructed in the form of self negative feedback type.
    • 极地跨越式过滤器包括至少一个极性网络。 极性网络包括由具有输入和输出端子的运算放大器构成的微分器和由用于向运算放大器提供负反馈的第一电容器和由第一可变跨导放大器形成的第一积分器; 以及由用于向第一积分器提供负反馈的第二电容器形成的第二积分器和第二可变跨导放大器。 在每个输入和输出级提供积分器,并且在输出侧积分器之前提供第三积分器。 在并入两个或更多个所述极性网络的情况下,在极性网络之间提供附加积分器。 所有电路的总数选择为均匀且等于滤波器的顺序。 相邻的电路以跨越式负反馈的方式连接,只有输入侧积分器构成自负反馈型的形式。
    • 5. 发明授权
    • Polar leapfrog filter
    • 极地跨越过滤器
    • US5182522A
    • 1993-01-26
    • US863205
    • 1992-04-03
    • Hiroshi TanigawaHiroshi KondoIsao FukaiTsuneo Tohyama
    • Hiroshi TanigawaHiroshi KondoIsao FukaiTsuneo Tohyama
    • H03H11/12H03H11/04
    • H03H11/0466H03H11/045
    • A polar leapfrog filter includes at least one polar network. The polar network comprises a differentiator constituted by an operational amplifier having input and output terminals, and a first integrator formed by a first capacitor for providing negative feedback to the operational amplifier and a first variable transconductance amplifier; and a second integrator formed by a second capacitor for providing negative feedback to the first integrator, and a second variable transconductance amplifier. A differentiator is provided at each of the input and output stages of the filter. In the case where two or more said polar networks are incorporated, an additional differentiator is provided between the polar networks. The total number of all the circuit units constituting the filter is selected to provide odd order and equal order for the filter. The circuit units are connected in such a manner that leapfrog type negative feedback is effected.
    • 极地跨越式过滤器包括至少一个极性网络。 极性网络包括由具有输入和输出端子的运算放大器构成的微分器和由用于向运算放大器提供负反馈的第一电容器和由第一可变跨导放大器形成的第一积分器; 以及由用于向第一积分器提供负反馈的第二电容器形成的第二积分器和第二可变跨导放大器。 在滤波器的每个输入和输出级设置微分器。 在并入两个或更多个所述极性网络的情况下,在极性网络之间提供附加的微分器。 选择构成滤波器的所有电路单元的总数,以为滤波器提供奇数阶和相等的顺序。 电路单元以跨越式负反馈的方式连接。
    • 6. 发明授权
    • Active filter circuit
    • 有源滤波电路
    • US5177382A
    • 1993-01-05
    • US798215
    • 1991-11-26
    • Hiroshi KondoHiroshi TanigawaTsuneo TohyamaIsao Fukai
    • Hiroshi KondoHiroshi TanigawaTsuneo TohyamaIsao Fukai
    • H03H11/04H03H11/12
    • H03H11/0466
    • An active filter circuit comprises a differentiator constituted by an operational amplifier having an input terminal and output terminal, and a first integrator constituted by a first capacitor and a first variable conductance amplifier for providing negative feedback to the operational amplifier and a first variable conductance amplifier; and a second integrator constituted by a second capacitor and a second variable conductance amplifier for providing negative feedback to the first integrator. The active filter circuit is arranged such that a damping pole is set up at a predetermined frequency by adjusting operating currents of the first and second variable conductance amplifiers.
    • 有源滤波器电路包括由具有输入端和输出端的运算放大器构成的微分器和由第一电容器和第一可变电导放大器构成的第一积分器,用于向运算放大器提供负反馈和第一可变电导放大器; 以及由第二电容器和第二可变电导放大器构成的第二积分器,用于向第一积分器提供负反馈。 有源滤波器电路被布置成使得通过调节第一和第二可变电导放大器的工作电流来将阻尼极以预定频率设置。
    • 8. 发明授权
    • Flame-retardant thermoplastic resin composition and molded article thereof
    • 阻燃热塑性树脂组合物及其成型品
    • US08609754B2
    • 2013-12-17
    • US13510820
    • 2010-11-18
    • Yoshitaka NaitoShigeki HamamotoHirotoshi SaitoHiroshi TanigawaJoichi WatanabeKoichi TezukaMasahito Nakamoto
    • Yoshitaka NaitoShigeki HamamotoHirotoshi SaitoHiroshi TanigawaJoichi WatanabeKoichi TezukaMasahito Nakamoto
    • C08L51/04
    • C08L25/12C08K5/523C08L33/18C08L55/02C08L2201/02C08L2666/24
    • Provided is a flame-retardant thermoplastic resin composition in which any halogenated flame retardant is not used but a phosphoric flame retardant is used, which has flame retardancy meeting U.S. UL Standard 94 V-2, which exhibits excellent dripping performance during burning, and which is excellent in balance between properties. The flame-retardant thermoplastic resin composition contains 100 parts by mass of a copolymer mixture containing a graft copolymer (A) obtained by graft-polymerizing a rubbery polymer, a vinyl cyanide compound, and a copolymerizable vinyl compound and a vinyl copolymer (B) which is obtained by copolymerizing the vinyl cyanide compound and the copolymerizable vinyl compound and which has a mass-average molecular weight of 90,000 to 160,000 and 5 to 20 parts by mass of a phosphoric flame retardant (C) blended with the copolymer mixture. The content CB1 of vinyl cyanide units in the acetone-insoluble fraction of the copolymer mixture is 22.0% to 32.0% by mass, the content CB2 of vinyl cyanide units in the acetone-soluble fraction thereof is 22.0% to 34.0% by mass, and |CB1−CB2| is 0% to 3.0% by mass.
    • 本发明提供一种阻燃热塑性树脂组合物,其中不使用任何卤化阻燃剂,但使用磷阻燃剂,其阻燃性符合美国UL标准94V-2,其在燃烧时表现出优异的滴水性能, 性能之间的平衡优异。 阻燃性热塑性树脂组合物含有100质量份含有通过使橡胶状聚合物,乙烯基氰化合物和可共聚乙烯基化合物接枝聚合得到的接枝共聚物(A)和乙烯基共聚物(B)的共聚物混合物, 通过共聚合乙烯基氰化合物和可共聚的乙烯基化合物,其质均分子量为90,000至160,000,和5至20质量份与共聚物混合物共混的磷阻燃剂(C)。 共聚物混合物的丙酮不溶级分中的乙烯基氰单元的含量CB1为22.0〜32.0质量%,丙酮可溶成分中的乙烯基氰单元的含量CB2为22.0〜34.0质量%, | CB1-CB2 | 为0〜3.0质量%。