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    • 32. 发明授权
    • Apparatus for digital RMS detection and peak detection in head-disk contact detection
    • 头盘接触检测中的数字有效值检测和峰值检测装置
    • US08625214B2
    • 2014-01-07
    • US13224696
    • 2011-09-02
    • Toru TakeuchiReza Sharifi
    • Toru TakeuchiReza Sharifi
    • G11B27/36G11B20/10G11B15/48
    • G11B27/36G11B5/6076
    • An apparatus comprises a root mean square (‘RMS’) value generator; an integrator coupled to the RMS value generator; a sample and hold switch coupled to an output of the integrator; a capacitor coupled between the sample and hold switch and a ground; an input of the analog to digital convertor (‘ADC’) coupled to the capacitor; an adder coupled to an output of the ADC; a register, wherein an output of the register is coupled to an input of the adder; and wherein an output of the adder is coupled to an input of the register; and a logic coupled to the register for comparing an output of the register to an RMS threshold value for determining whether a touch-down has occurred.
    • 一种装置包括均方根('RMS')值发生器; 耦合到RMS值发生器的积分器; 耦合到积分器的输出的采样和保持开关; 耦合在采样保持开关和地之间的电容器; 耦合到电容器的模数转换器(“ADC”)的输入; 耦合到ADC的输出的加法器; 寄存器,其中寄存器的输出耦合到加法器的输入; 并且其中所述加法器的输出耦合到所述寄存器的输入; 以及耦合到所述寄存器的逻辑,用于将所述寄存器的输出与RMS阈值进行比较,以用于确定是否发生了向下触发。
    • 33. 发明申请
    • APPARATUS FOR DIGITAL RMS DETECTION AND PEAK DETECTION IN HEAD-DISK CONTACT DETECTION
    • 用于头盘接触检测中的数字有效值检测和峰值检测的装置
    • US20130058201A1
    • 2013-03-07
    • US13224696
    • 2011-09-02
    • Toru TakeuchiReza Sharifi
    • Toru TakeuchiReza Sharifi
    • G11B27/36
    • G11B27/36G11B5/6076
    • An apparatus comprises a root mean square (‘RMS’) value generator; an integrator coupled to the RMS value generator; a sample and hold switch coupled to an output of the integrator; a capacitor coupled between the sample and hold switch and a ground; an input of the analog to digital convertor (‘ADC’) coupled to the capacitor; an adder coupled to an output of the ADC; a register, wherein an output of the register is coupled to an input of the adder; and wherein an output of the adder is coupled to an input of the register; and a logic coupled to the register for comparing an output of the register to an RMS threshold value for determining whether a touch-down has occurred.
    • 一种装置包括均方根(RMS)值发生器; 耦合到RMS值发生器的积分器; 耦合到积分器的输出的采样和保持开关; 耦合在采样保持开关和地之间的电容器; 耦合到电容器的模数转换器(ADC)的输入; 耦合到ADC的输出的加法器; 寄存器,其中所述寄存器的输出耦合到所述加法器的输入; 并且其中所述加法器的输出耦合到所述寄存器的输入; 以及耦合到所述寄存器的逻辑,用于将所述寄存器的输出与RMS阈值进行比较,以用于确定是否发生了向下触发。
    • 34. 发明申请
    • COMPACT COIN HOPPER
    • 紧凑型硬币HOPPER
    • US20110269385A1
    • 2011-11-03
    • US13095721
    • 2011-04-27
    • Hiroshi AbeToru Takeuchi
    • Hiroshi AbeToru Takeuchi
    • G07D1/00
    • G07D9/008
    • The compact coin hopper for holding and dispensing coins in bulk includes a rotable disk for releasing individual coins to a sliding base beneath the rotable disk for ejection from the coin hopper. The upper surface of the rotable disk includes an upper step part and a lower step part connected by a riser part. The upper step part has a crescent arc shape with a radii smaller than the radius of the rotating disk in a planar view. One end of the crescent arc shape terminates adjacent an edge of the through hole while the other end of the crescent arc shape diverges away from the through hole and terminates adjacent a peripheral side edge of the lower step part. The configuration of the upper and lower step parts and the riser part assist in dispensing a coin.
    • 用于容纳和分发硬币的紧凑型硬币盒包括用于将单个硬币释放到可旋转盘下方的滑动基座的用于从硬币漏斗排出的可旋转盘。 可旋转盘的上表面包括上台阶部分和由提升部分连接的下台阶部分。 在俯视图中,上台阶部具有半径小于旋转盘的半径的月牙形。 新月形弧形的一端在通孔的边缘附近终止,而新月形弧形的另一端从通孔分开,并且在下阶梯部的周边侧缘附近终止。 上下台阶部件和提升部件的配置有助于分配硬币。
    • 36. 发明授权
    • Banknote storing with condition detection apparatus and method
    • 钞票存储与条件检测装置和方法
    • US07344014B2
    • 2008-03-18
    • US10797950
    • 2004-03-10
    • Toru Takeuchi
    • Toru Takeuchi
    • G07F7/04
    • G07D11/0039G07D11/0012G07D11/0045
    • A banknote condition detection device for a banknote storing unit where the banknote storing unit can be removably positioned within a banknote receiving unit. The banknote storing unit receives a banknote from the banknote receiving unit into the banknote storing unit. The received banknote is moved by a moving unit within the banknote storing unit for storing the received banknote within the storing unit. Each of the stored banknotes is aligned together in a stack within the storing unit. The storing unit includes a plurality of optical guide units each having a receiving surface, and each positioned at the surface of the storing unit. A plurality of optical emitter-receiver pair units are positioned within the banknote receiving unit opposite the plurality of optical guide units, each optical emitter-receiver pair unit is positioned to send light to and receive light from a predetermined optical guide unit.
    • 一种用于钞票存储单元的纸币状态检测装置,其中纸币存储单元可拆卸地定位在纸币接收单元内。 纸币存储单元从纸币接收单元接收到纸币存储单元的纸币。 所接收的纸币由纸币存储单元内的移动单元移动,用于将收到的纸币存储在存储单元内。 所存储的纸币中的每一个在存储单元内的堆叠中对齐在一起。 存储单元包括多个光导单元,每个光导单元具有接收表面,并且各自定位在存储单元的表面。 多个光发射器 - 接收器对单元位于与多个光导单元相对的纸币接收单元内,每个光发射器 - 接收器对单元被定位成向预定的光导单元发送光并从其接收光。
    • 40. 发明授权
    • Buckling restrained braces and damping steel structures
    • 弯曲限制支架和阻尼钢结构
    • US06826874B2
    • 2004-12-07
    • US09735252
    • 2000-12-12
    • Toru TakeuchiHiroshi NakamuraIsao KimuraHisami HasegawaEiichiro SaekiAtsushi Watanabe
    • Toru TakeuchiHiroshi NakamuraIsao KimuraHisami HasegawaEiichiro SaekiAtsushi Watanabe
    • E04B198
    • E04H9/02E04H9/028
    • The present invention relates to a buckling restrained brace capable of absorbing vibration energy produced by an earthquake, wind power and the like, in a building and a steel structure. The buckling restrained brace of the present invention is accomplished by a buckling restrained brace 1 wherein a steel-made center axial member 3 is passed through a buckling-constraining concrete member 2 reinforced with a steel member 6, and an adhesion-preventive film 4 is provided to the interface between the steel-made center axial member and buckling-constraining concrete 5, the adhesion-preventive film showing a secant modulus in the thickness direction of at least 0.1 N/mm2 between a point which shows a compressive strain of 0% and a point which shows a compressive strain of 50%, and up to 21,000 N/mm2 between a point which shows a compressive strain of 50% and a point which shows a compressive strain of 75%, and having a thickness dt in the plate thickness direction of the steel-made center axial member and a thickness dw in the plate width direction thereof from at least 0.5 to 10% of the plate thickness t and from at least 0.5 to 10% of the plate width w, respectively, and by the application of the buckling restrained brace to a damping steel structure.
    • 本发明涉及一种能够吸收由建筑物和钢结构中的地震,风力等产生的振动能量的屈曲约束支架。本发明的屈曲约束支架由屈曲约束支架1实现,其中, 钢制中心轴构件3通过钢构件6加强的屈曲约束混凝土构件2,并且在钢制中心轴构件和屈曲约束混凝土之间的界面处设置防粘接膜4 如图5所示,在显示压缩应变为0%的点和显示压缩应变为50%的点之间,在厚度方向上示出切割模量为至少0.1N / mm 2的防粘附膜, 在压缩应变为50%的点和显示75%的压缩应变的点之间的21,000N / mm 2,并且具有钢制成的板的厚度方向的厚度dt 并且板宽度方向上的厚度dw分别为板厚度t的至少0.5至10%和板宽度w的至少0.5至10%,并且通过施加屈曲约束支架 到阻尼钢结构。