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
    • Portable position detector and position management system
    • 便携式位置检测器和位置管理系统
    • US06546336B1
    • 2003-04-08
    • US09401199
    • 1999-09-23
    • Yoshio MatsuokaAkito Yamamoto
    • Yoshio MatsuokaAkito Yamamoto
    • G01C2100
    • G01C22/006
    • A portable position detector is equipped with a pedometer, a geomagnetic sensor, and an acceleration sensor. With the pedometer, the moved distance of a walker is detected by a calculation of “the number of steps×the length of a step”. With the walking time per step detected with the acceleration sensor, the length of a step is corrected so that it corresponds to the walking state. The moved direction of the walker is detected with the geomagnetic sensor. With this, the moved position of the walker is accurately detected by self-contained navigation. Particularly, even in the case where the position detector is located in a forest or between buildings where a signal cannot be received from a global positioning system (GPS) due to high buildings, banks, and forests, the position detector with a portable size and weight applicable to a walker can know with a practically sufficient degree of accuracy the position of a person carrying this portable detector by self-contained navigation.
    • 便携式位置检测器配备有计步器,地磁传感器和加速度传感器。 使用计步器,通过计算“步长的步数”来检测步行者的移动距离。 随着用加速度传感器检测到的每步的步行时间,步长的长度被校正,使其对应于行走状态。 用地磁传感器检测步行者的移动方向。 由此,通过自包含的导航精确地检测步行者的移动位置。 特别地,即使在位置检测器位于森林中或建筑物之间由于高建筑物,银行和森林而不能从全球定位系统(GPS)接收信号的情况下,具有便携式尺寸的位置检测器和 适用于步行者的重量可以通过独立导航以实际足够的精度知道携带该便携式检测器的人的位置。
    • 2. 发明授权
    • General purpose combined harvester and thresher
    • 通用联合收割机和脱粒机
    • US06361435B1
    • 2002-03-26
    • US09486209
    • 2000-06-19
    • Akito YamamotoKenji HamadaMasami NakamuraToshinori KirihataJun TerashimaJunichi MasanoYuichi Shinpuku
    • Akito YamamotoKenji HamadaMasami NakamuraToshinori KirihataJun TerashimaJunichi MasanoYuichi Shinpuku
    • A01F1244
    • A01D41/02A01F12/00A01F12/20
    • A general purpose combined harvester and thresher comprising a first rotor (51) and a second rotor (52) provided in a thresh unit (5) and arranged longitudinally in parallel to each other with axes thereof right and left, and a first receiving net (55) and a second receiving net (56) arranged below the respective rotors to define a first treating chamber (D1) and second treating chamber (D2). A grain tank (79) is arranged above the threst unit (5), a base end of a discharge auger (83) is arranged outside the grain tank (79), an engine (84) is arranged behind the grain tank (79), and a transmission casing (85) is arranged below the engines A tooth bar (T1) is provided on an outer peripheral surface of the first rotor (51) facing a grain rod inlet (36), and a screw vane (53) has a pitch (P) equal to a width of a rear end of a feeder housing (35). A terminal end of a return conveyor (81) for returning of a second product communicates with the first treating chamber (D1).
    • 一种通用联合收割机和脱粒机,其包括设置在切割单元(5)中的第一转子(51)和第二转子(52),并且彼此纵向并排地布置有左右的轴线,以及第一接收网 55)和布置在相应转子下方以限定第一处理室(D1)和第二处理室(D2)的第二接收网(56)。 谷物罐(79)布置在攻击单元(5)的上方,排出螺旋推运器(83)的基端设置在粮仓(79)的外侧,发动机(84)布置在粮仓(79)的后方, ,并且在发动机下方配置有变速器壳体(85),在与第一转子(51)的面向砂粒入口(36)的外周面上设置有齿条(T1),螺杆叶片(53)具有 间距(P)等于馈送器壳体(35)的后端的宽度。 用于返回第二产品的返回传送器(81)的终端与第一处理室(D1)连通。
    • 5. 发明授权
    • System for controlling ignition timing in an internal combustion engine
and method therefor
    • 用于控制内燃机中的点火正时的系统及其方法
    • US4777920A
    • 1988-10-18
    • US8116
    • 1987-01-23
    • Katsunori OshiageAkito YamamotoYuji Nakajima
    • Katsunori OshiageAkito YamamotoYuji Nakajima
    • F02P5/152G01L23/22F02P5/04
    • F02P5/152G01L23/225Y02T10/46
    • A system and method for controlling ignition timing of an internal combustion engine controls the ignition timing in accordance with the measured intensity of knocking when such occurs. The system corrects the ignition timing by a retardation amount related to the intensity of knocking. The system monitors engine vibration over a period in which knocking cannot occur and over the period after TDC in which knocking may occur and compares the vibration intensity levels to produce a statistical measure of knocking intensity. If the measured intensity reflects a high probability of severe knocking, ignition is retarded immediation to an extent related to the measured intensity. If knocking is absent to a high probability, ignition timing is advanced to a fixed extent. When only light knocking is detected, the measured intensity is monitored over numerous ignition cycles until the cumulative intensity level reflects a high probability either of desirable trace knocking or moderately disruptive knocking. In the latter case, ignition is retarded to a fixed extent.
    • 用于控制内燃机的点火正时的系统和方法根据测量的爆震强度在发生这种情况时控制点火正时。 该系统通过与爆震强度相关的延迟量来校正点火正时。 该系统在不能发生爆震的时间段内以及TDC后可能发生爆震的时期内监测发动机振动,并比较振动强度水平以产生爆震强度的统计测量值。 如果测得的强度反映出严重爆震的可能性很大,点火被延迟到与测得的强度有关的程度。 如果以高概率不存在敲击,则点火正时进行到一定程度。 当仅检测到轻敲击时,在多个点火循环中监测测量的强度,直到累积强度水平反映出期望的轨迹敲击或中等破坏性敲击的高概率。 在后一种情况下,点火被延迟到一定程度。
    • 7. 发明授权
    • Event detector used vehicle control apparatus
    • 事件检测器二手车控制装置
    • US5305216A
    • 1994-04-19
    • US784937
    • 1991-10-31
    • Kazuma OkuraAkito Yamamoto
    • Kazuma OkuraAkito Yamamoto
    • B60R16/02F02D41/24F02D41/26F02D45/00G06F7/70
    • F02D41/28F02D41/26
    • A vehicle control apparatus comprises various sensors sensitive to vehicle operating parameters for producing signals having values sensed for the respective vehicle operating parameters. The vehicle control apparatus also comprises a transition detector. The transition detector includes a memory for storing threshold values specified for the respective vehicle operating parameters, and a comparator for comparing the sensed values with the respective threshold values in a predetermined sequence to sense a transition in one of the vehicle operating parameters when the value sensed for the one vehicle operating parameter is in a range defined by the threshold value specified for the one vehicle operating parameter. The transition detector is coupled to a control unit for controlling the automotive vehicle for the sensed transition.
    • 车辆控制装置包括对车辆操作参数敏感的各种传感器,用于产生具有针对各个车辆操作参数检测的值的信号。 车辆控制装置还包括转换检测器。 转换检测器包括存储器,用于存储针对各个车辆操作参数指定的阈值,以及比较器,用于以预定的顺序将感测值与各个阈值进行比较,以便在检测到的值时检测车辆运行参数之一的转换 因为一个车辆操作参数在由针对一个车辆操作参数指定的阈值所限定的范围内。 转换检测器耦合到控制单元,用于控制用于感测转换的机动车辆。
    • 8. 发明授权
    • Watchdog timer
    • 看门狗定时器
    • US4956807A
    • 1990-09-11
    • US562011
    • 1983-12-16
    • Akio HosakaAkito Yamamoto
    • Akio HosakaAkito Yamamoto
    • G06F11/30G06F11/00
    • G06F11/0763G06F11/0757
    • A watchdog timer works in concert with special computer program features to monitor program execution and reset the computer in case of malfunction. The computer CPU is programmed to periodically output one of an alternating pair of values to a register which holds the value for a comparator. The output value is compared to a predetermined value equal to one of the alternating output value. When the compared values are equal, the comparator outputs a reset signal to a counter. The counter counts clock pulses and if it counts to its full capacity before being reset by the comparator output, it outputs a reset signal which causes the computer to restart program execution. A second comparator may be provided to compare the alternating values to a reference value equal to the other values. Thus the comparators check for proper output of both signals and reset the counter only in response to receipt of both values. In addition a second counting system may be provided so that the computer will be reset whether the period of alternating value output increases or decreases.
    • 看门狗定时器与特殊的计算机程序功能一致,以监视程序执行情况,并在出现故障时重置计算机。 计算机CPU被编程为周期性地将一个交替的一对值输出到保持比较器的值的寄存器。 将输出值与等于交流输出值之一的预定值进行比较。 当比较值相等时,比较器将复位信号输出到计数器。 计数器计数时钟脉冲,如果在比较器输出复位之前计数其全部容量,它将输出复位信号,使计算机重新启动程序执行。 可以提供第二比较器以将交替值与等于其它值的参考值进行比较。 因此,比较器检查两个信号的正确输出,并仅在接收到这两个值时重置计数器。 此外,可以提供第二计数系统,使得计算机将被重置,无论交替值输出的周期是增加还是减少。