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
    • 3. 发明授权
    • Impedance discriminator responsive to operation of switches mounted on a
steering wheel
    • 响应于安装在方向盘上的开关的操作的阻抗鉴别器
    • US4658150A
    • 1987-04-14
    • US576899
    • 1984-02-03
    • Yoshikazu MizunoYutaka NinoyuMotoyoshi SuzukiAkira Ikuma
    • Yoshikazu MizunoYutaka NinoyuMotoyoshi SuzukiAkira Ikuma
    • H01H9/54B60K31/04B60R16/02B60R16/027H02J1/00
    • B60R16/027B60K31/047Y10T307/766
    • Apparatus for effecting the impedance discrimination for use in an automobile comprises a plurality of switches (11-14) mounted on a steering wheel, and a plurality of first impedance elements (15-17) for providing a different impedance in response to the operation of each switch. A second impedance element (131) is coupled through a common slip-ring connection (8, 9) to the first impedance elements for feeding a current from a battery (1) to the first impedance elements (15-17) to generate a potential corresponding to the operation of one of the switches. A transistor (133) provides a horn activating signal when the potential reaches a predetermined value. A resistance network (141-144; 141-142, 150-154) derives a first value corresponding to the first potential and a second value corresponding to the battery potential. A potential discriminator (110) derives a relative value from the first and second values and detects which one of the switches is operated as a function of the relative value to generate a control signal associated with the operated switch.
    • 用于实现用于汽车中的阻抗鉴别的装置包括安装在方向盘上的多个开关(11-14)和多个第一阻抗元件(15-17),用于响应于 每个开关 第二阻抗元件(131)通过公共滑环连接(8,9)耦合到第一阻抗元件,用于将来自电池(1)的电流馈送到第一阻抗元件(15-17)以产生电位 对应于其中一个开关的操作。 当电位达到预定值时,晶体管(133)提供喇叭激活信号。 电阻网络(141-144; 141-142,150-154)导出对应于第一电位的第一值和对应于电池电位的第二值。 电位鉴别器(110)根据第一和第二值得出相对值,并根据相对值检测哪一个开关被操作,以产生与被操作的开关相关联的控制信号。
    • 5. 发明授权
    • Bearing arrangement
    • 轴承安排
    • US4930910A
    • 1990-06-05
    • US289299
    • 1988-12-23
    • Sanae MoriMasaaki SakamotoTakuo WadaYoshikazu MizunoMasakazu Sato
    • Sanae MoriMasaaki SakamotoTakuo WadaYoshikazu MizunoMasakazu Sato
    • F16C9/04F16C17/02F16C33/04F16C33/14
    • F16C9/04F16C17/02F16C33/04F16C33/14F05C2201/021
    • A bearing arrangement including a plain bearing consisting of a laminated body of a bearing layer and a backing metal supporting the bearing layer. The backing metal is made of a material whose modulus of elasticity is lowered by cold working (austenitic stainless steel), and the bearing layer and the backing metal are joined to each other by cold rolling. Since a working proportion of the backing metal upon the above-mentioned cold rolling is small in the inside portion held in contact with the bearing layer but is large in the outside portion, the modulus of elasticity of the backing metal is different between the inside portion and the outside portion thereof, and the modulus of elasticity in the outside portion is smaller than the modulus of elasticity in the inside portion. Also, the hardness of the outside portion is higher than the hardness of the inside portion. The above-mentioned plain bearing is of half-split type or wrapped bush type, and it is interposed between a bearing housing of the type that two halves are coupled together by means of bolts and a rotary shaft to be supported with a predetermined interference.
    • 一种轴承装置,包括由轴承层的层叠体和支撑轴承层的背衬金属构成的滑动轴承。 背衬金属由通过冷加工(奥氏体不锈钢)降低弹性模量的材料制成,并且轴承层和背衬金属通过冷轧彼此接合。 由于在上述冷轧时的背衬金属的工作比例在与轴承层保持接触的内侧部分小,而在外侧部分较大,因此背衬金属的弹性模量在内部 外侧部分和外侧部分的弹性模量小于内侧部分的弹性模量。 此外,外侧部分的硬度高于内侧部分的硬度。 上述滑动轴承是半分体式或者套管式的,并且它被插入在两个半部通过螺栓联接在一起的轴承壳体和以预定的干涉被支撑的旋转轴之间。
    • 8. 发明授权
    • Inter-pulse time difference measuring circuit
    • 脉冲间差测量电路
    • US5001683A
    • 1991-03-19
    • US518448
    • 1990-05-07
    • Harutugu FukumotoMuneaki MatsumotoYoshikazu Mizuno
    • Harutugu FukumotoMuneaki MatsumotoYoshikazu Mizuno
    • G01D21/00G01S17/10G04F10/10H03M1/54
    • G04F10/105
    • An inter-pulse time difference measuring circuit which expands the time difference between a first pulse and a second pulse by a given multiplication factor and measures the expanded time difference, thereby realizing a higher measuring resolution. The circuit can be constructed by using a capacitor charging and discharging circuit connected to a constant current source and such circuit can always expand the time difference by a given multiplication factor even if the voltages and resistance values of the other circuits than the constant current circuit are varied with temperature changes. The circuit can also be realized by a circuit which charges and discharges a capacitor through a pair of transistors having a given current ratio and such circuit can maintain the current ratio of the transistors constant without suffering the effect of temperature changes, thereby always ensuring expansion of the time difference between pulses by a given multiplication factor.
    • 一种脉冲间时差测量电路,其以给定的倍增因子扩展第一脉冲和第二脉冲之间的时间差,并测量扩大的时间差,从而实现更高的测量分辨率。 该电路可以通过使用连接到恒流源的电容器充电和放电电路来构造,并且这样的电路可以总是以给定的乘法因子来扩展时间差,即使其他电路的电压和电阻值比恒定电流电路 随温度变化而变化。 电路也可以通过对具有给定电流比的一对晶体管对电容器进行充电和放电的电路来实现,并且这种电路可以保持晶体管的电流比恒定,而不会受到温度变化的影响,从而总是确保扩展 脉冲之间的时间差由给定的倍增因子。