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
    • 1. 发明授权
    • Paper container and method of manufacturing it
    • 纸容器及其制造方法
    • US06595409B2
    • 2003-07-22
    • US09835629
    • 2001-04-17
    • Masaru HashimotoYasuhiro Ohara
    • Masaru HashimotoYasuhiro Ohara
    • B65D306
    • B65D5/241B65D5/2033B65D5/2047B65D81/3865
    • A method is provided of calculating a development plan of a paper container of deep bottom integrally formed from a single-sheet blank. An annular rule line 6 constituting a regular polygonal shape is formed at the center of a single-sheet blank to constitute the bottom face of the paper container, and divided faces 5 to constitute the outside of the peripheral face of the paper container are formed on the outside of the annular rule line 6. The blank portions between the divided faces 5 constitute inner pleated faces 4. Each of the blank portions is folded downwards along the rule line 7 and folded upwards along the line 9, so that the blank portion is folded to define two triangles 8 with an angle &phgr; and the overlapping portions thus obtained constitute an inner wall face 4. The lateral edges of the divided faces 5 are brought together by folding up the annular rule line 6 while folding the inner pleated faces 4 in two along the lines of symmetry 7 and 9, and the inner pleated faces are overlapped onto the divided faces, whereby a paper container is manufactured.
    • 提供一种计算从单张纸一体形成的深底纸纸容器的显影方案的方法。 构成规则多边形形状的环形规则线6形成在单张坯料的中心,以构成纸容器的底面,并且在纸容器的周面的外侧形成分隔面5 分隔面5之间的空白部分构成内部打褶面4.每个坯件沿着规则线7向下折叠并沿着线9向上折叠,使得坯件部分为 折叠以限定具有角度phi的两个三角形8,并且由此获得的重叠部分构成内壁面4.通过折叠环形规则线6将分开的面5的侧边缘折叠在一起,同时将内部褶皱面4折叠 沿着对称线7和9的两个,并且内部褶皱面重叠在分开的面上,由此制造纸容器。
    • 2. 发明授权
    • Voltage-controlled oscillator, phase synchronization circuit and signal processing circuit
    • 压控振荡器,相位同步电路和信号处理电路
    • US06344778B1
    • 2002-02-05
    • US09596056
    • 2000-06-16
    • Norio NakamuraKatsuyuki OmiToshio ShiramatsuNobuyasu GotoMasaru Hashimoto
    • Norio NakamuraKatsuyuki OmiToshio ShiramatsuNobuyasu GotoMasaru Hashimoto
    • H03B524
    • H03L7/0805G11B20/1403H03B5/24H03L5/00H03L7/099
    • A delay-time variable filter delays an input signal by a desired time according to a control signal from a control input node and outputs the delayed input signal, and a positive feedback loop circuit changes the output signal (sinusoidal wave signal) from this filter, and provides a positive feedback of the binary pulse signal to the input side of the filter at a desired level for carrying out an oscillation. This positive feedback loop circuit includes a circuit for changing the signal into a binary signal and providing a positive feedback of the binary signal to the input of the filter by limiting the signal at a desired amplitude. As the delay-time variable filter, a quartic Butterworth low-pass filter is used, for example. As the positive feedback loop circuit, there is used a voltage comparator circuit that changes an input signal into a binary signal and outputs a pulse signal of a desired amplitude.
    • 延迟时间可变滤波器根据来自控制输入节点的控制信号将输入信号延迟所需时间,并输出延迟输入信号,正反馈环路电路改变来自该滤波器的输出信号(正弦波信号) 并且将二进制脉冲信号的正反馈提供给滤波器的输入侧,以实现振荡的期望水平。 该正反馈环路电路包括用于将信号改变为二进制信号的电路,并通过将信号限制在期望的幅度来提供二进制信号的正反馈给滤波器的输入。 作为延迟时间可变滤波器,例如使用四分之一巴特沃思低通滤波器。 作为正反馈环路电路,使用将输入信号变更为二进制信号并输出​​期望幅度的脉冲信号的电压比较电路。
    • 6. 发明申请
    • Electric Wheelchair
    • 电动轮椅
    • US20070256872A1
    • 2007-11-08
    • US11660328
    • 2005-08-11
    • Shigeki YamamuroMasaru HashimotoShiro KatoKazuya Kuriyama
    • Shigeki YamamuroMasaru HashimotoShiro KatoKazuya Kuriyama
    • B60K1/00
    • A61G5/045A61G5/1054A61G2203/14B60L58/33B60L58/34B60L58/40Y02T10/7011Y02T90/34
    • A wheelchair T is driven by hybrid control of a fuel cell 3 and a rechargeable battery 5. The wheelchair is driven by a motor M to which electric power is supplied from the fuel cell 3 and the rechargeable battery 5. Electric power is supplied to the motor by hydraulic control based on load fluctuations corresponding to the travel conditions of the wheelchair T. The electric energy generated by the fuel cell 3 is kept at a constant level, and the energy of the lithium-ion battery 5 is additionally used when a high load is applied to the motor such as when the wheelchair is ascending a slope. When excess energy is generated by the fuel cell 3, the lithium-ion battery 5 is charged with the excess energy, thereby minimizing the possibility of exhaustion of the lithium-ion battery 5 so that the wheelchair can travel a long distance. By using a rechargeable battery that is resistant to load fluctuations, the wheelchair can be driven smoothly. By keeping the output of the fuel cell to a constant level, it is possible to prolong its life span. By charging the rechargeable battery with constant electric energy, the load on the rechargeable battery during charging is small, so that the life span of the rechargeable battery can be prolonged too.
    • 轮椅T由燃料电池3和可充电电池5的混合控制驱动。轮椅由电动机M驱动,电动机M从燃料电池3和可充电电池5供给电力。 通过基于与轮椅T的行驶条件相对应的负载波动的液压控制将电力供给到电动机。由燃料电池3产生的电能保持在一定水平,并且锂离子电池5的能量 当向轮胎施加高负载时,例如当轮椅上升斜坡时,另外使用。 当燃料电池3产生多余的能量时,锂离子电池5被充满能量,从而使得锂离子电池5耗尽的可能性最小化,使得轮椅能够长距离行驶。 通过使用耐负载波动的可充电电池,可以平稳地驱动轮椅。 通过将燃料电池的输出保持在一定水平,可延长其使用寿命。 通过以恒定的电能对可充电电池充电,充电期间充电电池的负载小,从而可以延长充电电池的使用寿命。
    • 7. 发明申请
    • Reference voltage generating circuit
    • 参考电压发生电路
    • US20050127987A1
    • 2005-06-16
    • US10998674
    • 2004-11-30
    • Yukio SatoMasaru Hashimoto
    • Yukio SatoMasaru Hashimoto
    • G05F3/24G05F3/30H03K5/153
    • G05F3/30
    • A collector and a base of a first, a second transistors are each short circuited. The second transistor has a current density larger than that of the first transistor. A first resistor is connected between the emitter of the first transistor and a ground potential node. One end of a second resistor is connected to the first transistor. One end of a third resistor is connected to the second transistor. The other end of the third resistor is connected commonly to the other end of the second resistor. An operational amplifier circuit has an inverting input terminal connected to the one end of the second resistor and a non-inverting input terminal connected to the one end of the third resistor. A reference voltage regulating output circuit is inserted between the output terminal of the operational amplifier circuit and the other ends of the second, the third resistors.
    • 第一,第二晶体管的集电极和基极各自短路。 第二晶体管的电流密度大于第一晶体管的电流密度。 第一电阻器连接在第一晶体管的发射极和地电位节点之间。 第二电阻器的一端连接到第一晶体管。 第三电阻器的一端连接到第二晶体管。 第三电阻器的另一端共同连接到第二电阻器的另一端。 运算放大器电路具有连接到第二电阻器的一端的反相输入端子和与第三电阻器的一端连接的非反相输入端子。 参考电压调节输出电路插入在运算放大器电路的输出端和第二电阻的另一端之间。
    • 9. 发明授权
    • Level detector
    • 液位探测器
    • US4621206A
    • 1986-11-04
    • US610669
    • 1984-05-16
    • Masaru Hashimoto
    • Masaru Hashimoto
    • G01R19/165H03G3/20H03G11/06H03K5/08G01R19/22
    • H03G3/3052H03G11/06
    • Disclosed is a level detector in use with a differential amplifier circuit in an amplitude-limiting amplifying system for angle-modulation signal amplification. The differential amplifier circuit is made up of differentially paired transistors. The level detector contains first and second transistors which form a differential pair. In the first transistor, the base is connected to an interjunction of the emitters of the differentially paired transistors. A second transistor is connected at the emitter to the emitter of the first transistor. A current source is connected to the emitter interjunction of the first and second transistors. A bias circuit applies a predetermined bias potential to the base of the second transistor. An output signal containing the detected level information of the input signal is derived from the collector of the first or second transistor.
    • 公开了一种与用于角度调制信号放大的限幅放大系统中的差分放大器电路一起使用的电平检测器。 差分放大器电路由差分配对的晶体管组成。 电平检测器包含形成差分对的第一和第二晶体管。 在第一晶体管中,基极连接到差分配对晶体管的发射极的交汇点。 第二晶体管在发射极处连接到第一晶体管的发射极。 电流源连接到第一和第二晶体管的发射极结。 偏置电路将预定的偏置电位施加到第二晶体管的基极。 包含检测到的输入信号的电平信息的输出信号从第一或第二晶体管的集电极导出。
    • 10. 发明授权
    • Differential amplifier circuit
    • 差分放大电路
    • US4498054A
    • 1985-02-05
    • US526822
    • 1983-08-26
    • Hirokazu FukudaMasaru Hashimoto
    • Hirokazu FukudaMasaru Hashimoto
    • H03F3/181H03F3/45H03G1/00H03G1/04
    • H03F3/4521H03F3/45071H03G1/0023H03G1/04H03F2203/45366
    • A differential amplifier circuit includes first and second differential amplifiers, with respective first input terminals thereof connected to each other and first and second current sources for supplying first and second drive currents to drive the first and second amplifiers respectively. The first and second drive currents are set such that their sum is constant. The differential amplifier circuit further includes first and second transistors with the bases thereof connected to second input terminals of the first and second amplifiers respectively and third and fourth current sources respectively connected to the current paths of the first and second transistors and supplying third and fourth drive currents equal to one half the respective second and first drive currents.
    • 差分放大器电路包括第一和第二差分放大器,其相应的第一输入端彼此连接,第一和第二电流源用于提供第一和第二驱动电流以分别驱动第一和第二放大器。 第一和第二驱动电流被设置为使得它们的和是恒定的。 差分放大器电路还包括第一和第二晶体管,其基极分别连接到第一和第二放大器的第二输入端,第三和第四电流源分别连接到第一和第二晶体管的电流路径,并提供第三和第四驱动 相当于相应的第二和第一驱动电流的一半的电流。