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    • 82. 发明授权
    • Electromagnetic noise measurement apparatus
    • 电磁噪声测量仪
    • US06184693B2
    • 2001-02-06
    • US09112365
    • 1998-07-09
    • Kenichi AraiMasahiro YamaguchiShin YabukamiAtsushi ItagakiMitsuharu WatanabeKiichi ItagakiNoboru SaitoKoichi FudaHiroshi TakahashiTakashi TamogamiYukio Sakurada
    • Kenichi AraiMasahiro YamaguchiShin YabukamiAtsushi ItagakiMitsuharu WatanabeKiichi ItagakiNoboru SaitoKoichi FudaHiroshi TakahashiTakashi TamogamiYukio Sakurada
    • G01R2926
    • G01R31/002G01R29/0814
    • A first substrate having a first electromagnetic noise sensor on its surface perpendicularly intersects with a second substrate having a second electromagnetic noise sensor on its surface, making up an integral structure. A first induced voltage value output from the first electromagnetic sensor at a position thereof directly before driving by a driving means is recorded, and a second induced voltage value output from the second electromagnetic noise sensor at a position thereof at a time of movement of the integral structure for only a predetermined distance by a driving means is recorded. Further, the first and second electromagnetic noise sensors are parallel connected at the position of movement, and a third induced voltage value output from a parallel connected electromagnetic noise sensor is also recorded. Based on the recorded first and second voltage values, an electromagnetic noise level in a vicinity of the integral substrate is determined. The first and second induced voltage values are compared, and based on comparison of the first and second induced voltage values, and whether a larger voltage value from among the first and second voltage values is larger than the third voltage value, a direction of an electromagnetic noise generating source in the vicinity of the integral substrate is computationally determined. The determined electromagnetic noise level and direction of the electromagnetic noise generating source are displayed at a position on a display device corresponding with a position of the first electromagnetic noise sensor.
    • 第一基板,其表面上具有第一电磁噪声传感器,其表面垂直地与具有第二电磁噪声传感器的第二基板相交,构成一体结构。 记录从驱动装置驱动前的位置处的第一电磁传感器输出的第一感应电压值,以及从第二电磁噪声传感器输出的第二感应电压值,该第二感应电压值在积分时移动时的位置 记录通过驱动装置仅预定距离的结构。 此外,第一和第二电磁噪声传感器在运动位置处并联,并且还记录了从并联的电磁噪声传感器输出的第三感应电压值。 基于记录的第一和第二电压值,确定整体基板附近的电磁噪声电平。 比较第一和第二感应电压值,并且基于第一和第二感应电压值的比较,以及第一和第二电压值中的较大电压值是否大于第三电压值,电磁方向 计算确定在一体基板附近的噪声发生源。 所确定的电磁噪声发生源的电磁噪声水平和方向被显示在对应于第一电磁噪声传感器的位置的显示装置上的位置处。
    • 84. 发明授权
    • Speed change operation device for vehicle
    • 车辆变速操作装置
    • US6067872A
    • 2000-05-30
    • US41704
    • 1998-03-13
    • Kazuyoshi MiyaharaJitsumi HanabusaTooru KimuraHiroshi Takahashi
    • Kazuyoshi MiyaharaJitsumi HanabusaTooru KimuraHiroshi Takahashi
    • B62D11/00B62D11/18B60K20/00G05G1/00
    • B62D11/006B62D11/183Y10T74/20006Y10T74/20018Y10T74/20049Y10T74/2014Y10T74/20396
    • A speed change operation device for a vehicle with continuously variable transmission having a running apparatus, a power source and a continuously variable transmission for transmitting power from the power source to the running apparatus. The speed change operation device comprises a first movable member operated by a speed change operation member to rotate; a second movable member connected to a speed change operation quantity input section of the continuously variable transmission directly or indirectly through a transmission means to change speed of the continuous variable transmission; a first rotation support shaft pivotally supporting the first movable member; and a second rotation support shaft disposed in parallel with the first rotation shaft for pivotally supporting the second movable member. And the first and second movable members are connected with each other so that rotating force is transmitted from the first movable member to the second movable member and alternatively the second movable member can rotate independently.
    • 一种用于具有无级变速器的车辆的变速操作装置,具有运行装置,电源和用于从电源向运行装置发送电力的无级变速器。 变速操作装置包括由变速操作构件操作以旋转的第一可动构件; 第二可动构件,通过传动装置直接或间接地连接到无级变速器的变速操作量输入部,以改变连续变速传动的速度; 枢转地支撑所述第一可动构件的第一旋转支撑轴; 以及与第一旋转轴平行设置的用于枢转地支撑第二可动构件的第二旋转支撑轴。 并且第一和第二可移动构件彼此连接,使得旋转力从第一可移动构件传递到第二可动构件,或者第二可移动构件可以独立地旋转。
    • 86. 发明授权
    • Full adder circuit
    • 全加器电路
    • US5875124A
    • 1999-02-23
    • US950108
    • 1997-10-16
    • Hiroshi Takahashi
    • Hiroshi Takahashi
    • G06F7/50G06F7/501
    • G06F7/5016G06F7/501
    • A full adder that operates rapidly with low power supply voltage and minimal power consumption, and further, that occupies a small area on a semiconductor element. A sum signal calculation circuit 10 of full adder 1 performs addition of input signals A and B and carry in signal C and outputs sum signal S.sub.out. Carry signal calculation circuit 16 outputs carry out signal C.sub.out corresponding to the combination of the logic values of input signals A and B and carry in signal C. Sum signal calculation circuit (10) is composed of addition signal generation circuit (12) and sum signal generation circuit (14). Addition signal generation circuit 12 performs XOR logic operations on input signals A and B. Sum signal generation circuit 14 outputs the results of full addition operations on inputs signals A and B and carry in signal C as sum signal S.sub.out, based on the results of XOR logic operations by addition signal generation circuit (12) and carry in signal C.
    • 全加法器,具有低电源电压和最小功耗的快速运行,而且在半导体元件上占据较小的面积。 全加器1的和信号计算电路10执行输入信号A和B的相加,并进入信号C并输出和信号Sout。 进位信号计算电路16输出与输入信号A和B的逻辑值的组合对应的执行信号Cout,并进入信号C.和信号计算电路(10)由相加信号生成电路(12)和和信号 发电电路(14)。 加法信号生成电路12对输入信号A,B进行异或逻辑运算。求和信号生成电路14根据输入信号A,B输出全加法运算结果,并根据XOR的结果输入信号C作为和信号Sout 由加法信号发生电路(12)进行逻辑运算并进行信号C.
    • 90. 发明授权
    • Programmable reader for numerical information carriers such as compact
discs
    • 数字信息载体如光盘的可编程读卡器
    • US5768225A
    • 1998-06-16
    • US630596
    • 1996-04-11
    • Hiroshi Takahashi
    • Hiroshi Takahashi
    • G11B17/22G11B27/00G11B27/11
    • G11B27/002G11B17/22G11B27/11G11B2220/2545G11B2220/65G11B2220/90
    • A reader for digital information carriers (2-2, 2-2) such as compact discs includes a comprises material reading unit (3) for reading of the carrier (2) and a control unit (4). The control unit (4) includes a management unit (5) in order to memorize the "tables of contents" of the carriers (2), a reading control unit (6) adapted to cause reading by the reading unit (3) of a "current " track of the carrier, and sequential programming unit (8) enabling acquisition by the user of a sequence, and its storage in a sequential memory (10). The programming unit (8) is separated from the control unit (6), and the memory (9) of the management unit (5) as well as the sequential memory (10) are conjointly accessible to the programming unit (8) and to the control unit (6) in such a way that the programming unit (8) may in addition be rendered operative during functioning of the control unit (6) in order to enable modification of the content of the the sequential memory (10).
    • 用于诸如光盘的数字信息载体(2-2,2-2)的读取器包括:用于读取载体(2)的材料读取单元(3)和控制单元(4)。 控制单元(4)包括管理单元(5),用于存储载体(2)的“目录表”,读取控制单元(6),适于由读取单元(3)读取 载波的“当前”轨道和顺序编程单元(8),使得用户能够获取序列,并将其存储在顺序存储器(10)中。 编程单元(8)与控制单元(6)分离,并且管理单元(5)的存储器(9)以及顺序存储器(10)可由编程单元(8)共同访问,并且 控制单元(6),使得编程单元(8)可以另外在控制单元(6)的功能期间被操作,以便能够修改顺序存储器(10)的内容。