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
    • Weight sensing apparatus
    • 重量感测装置
    • US4926359A
    • 1990-05-15
    • US346288
    • 1989-05-01
    • Satoshi KonishiKazufumi NaitoMitito Utsunomiya
    • Satoshi KonishiKazufumi NaitoMitito Utsunomiya
    • G01G23/10
    • G01G23/10
    • A weight sensing apparatus has a weight sensor provided with a load cell for producing an output signal indicative of the weight of an article, and a support for supporting the weight sensor. The apparatus includes oscillation sensing means provided in the vicinity of the load cell for producing an output signal indicative of an oscillation component caused by floor oscillation, a summing amplifier for adding the output signal from the load cell and a signal which is the inverse of the output signal from the oscillation sensing means, and signal processing means for processing the output of the summing amplifier to remove an oscillation component contained in the output signal from the load cell. The oscillation component is caused by oscillation received by the weight sensor from its surroundings.
    • 重量检测装置具有配重传感器,该重量传感器设置有用于产生表示物品重量的输出信号的称重传感器和用于支撑重量传感器的支撑件。 该装置包括设置在测力传感器附近的振荡感测装置,用于产生指示由地面振荡引起的振荡分量的输出信号,用于将来自测力传感器的输出信号相加的加法放大器和与负载单元相反的信号 来自振荡感测装置的输出信号的信号处理装置和用于处理加法放大器的输出以去除来自测力传感器的输出信号中包含的振荡分量的信号处理装置。 振动分量由重量传感器从其周围环境接收的振荡引起。
    • 2. 发明授权
    • Load sensor using a piezoelectric S.A.W. device
    • 负载传感器使用压电S.A.W. 设备
    • US4623813A
    • 1986-11-18
    • US685779
    • 1984-12-24
    • Kazufumi NaitoMitito Utsunomiya
    • Kazufumi NaitoMitito Utsunomiya
    • G01G3/13G01G3/16G01G9/00G01L1/16H01L41/08
    • G01G3/16G01G3/13G01L1/165Y10S73/04
    • A load sensor includes a fixed rigid portion, a movable rigid portion spaced from the fixed rigid portion and adapted to receive an applied load, and a shear-deformable member provided between the two rigid portions. The shear-deformable portion is provided with a transmission and a reception transducer constituting an elastic surface-wave oscillator. When a load is applied to the movable rigid portion, weight is sensed based on a deviation in the oscillation frequency of the elastic surface-wave oscillator. The fixed and movable rigid portions, as well as upper and lower beams interconnecting these portions, constitute a load-sensitive element. The latter has a side face which is closed off by a pliable membrane for sealing the shear-deformable element disposed within the load-sensitivie element. Alternatively, a corrugated bellows is connected across the fixed and movable rigid portions to seal the shear-deformable member within the bellows.
    • 负载传感器包括固定的刚性部分,与固定的刚性部分间隔开并适于接收施加的负载的可移动的刚性部分以及设置在两个刚性部分之间的可剪切变形部件。 剪切变形部分设置有构成弹性表面波振荡器的变速器和接收换能器。 当向可动刚性部分施加负载时,基于弹性表面波振荡器的振荡频率的偏差来感测重量。 固定和可移动的刚性部分,以及互连这些部分的上部和下部梁构成负载敏感元件。 后者具有由柔性膜封闭的侧面,用于密封设置在负载敏感元件内的可剪切变形元件。 或者,波纹波纹管跨越固定和可移动的刚性部分连接,以密封波纹管内的可剪切变形构件。
    • 3. 发明申请
    • COMPONENT FORCE DAMPING DEVICE AND PLATFORM SCALE USING SAME
    • 组件式阻尼装置和平台规模使用相同
    • US20120085586A1
    • 2012-04-12
    • US13376324
    • 2010-06-23
    • Kazufumi NaitoHiroshi Suzawa
    • Kazufumi NaitoHiroshi Suzawa
    • G01G23/06
    • G01G3/16G01G21/06G01G21/184G01G21/23G01G21/242
    • The present invention is to provide a platform scale including a plurality of component force damping devices assembled therein for making high precision weighing. The platform scale for weighing an object to be weighed by supporting a support member that supports the object to be weighed by a plurality of load detection units 301,302 includes at least four component force damping devices 321˜324, each comprising an arrangement of a plurality of needle bearings disposed in parallel and a pair of opposed plates for sandwiching the arrangement of the needle bearings 63 so that the pair of plates make a relative movement in a direction of the arrangement of the needle bearings. The four component force damping devices 321˜324 are in contact with the support member at four locations that form a rectangle. Directions of the relative movement of any two component force damping devices locating at the same side of the rectangle are different, while directions of the relative movement of any two component force damping devices at diagonal locations of the rectangle are identical. Even in case of bending of the support member in any direction, the component force damping devices are able to release the horizontal component force due to such bending.
    • 本发明提供一种平台秤,其包括组装在其中的多个分力抑制装置,用于进行高精度称重。 通过支撑由多个负载检测单元301,302支撑被测量物体的支撑构件来称重待称重物体的平台秤包括至少四个分力阻尼装置321〜324,每个包括多个 平行布置的滚针轴承和用于夹持滚针轴承63的布置的一对相对的板,使得该对板在滚针轴承的布置方向上进行相对运动。 四组分力阻尼装置321〜324在形成矩形的四个位置处与支撑构件接触。 定位在矩形同一侧的任何两个分量的力阻尼装置的相对运动的方向是不同的,而矩形对角线位置处的任何两个分力的阻尼装置的相对运动的方向相同。 即使在支撑构件沿任何方向弯曲的情况下,组件力阻尼装置也能够由于这种弯曲而释放水平分力。
    • 5. 发明授权
    • Load cell
    • 称重传感器
    • US5756943A
    • 1998-05-26
    • US657767
    • 1996-05-31
    • Kazufumi NaitoMichito UtsunomiyaHiroyuki KonishiShotaro Tamai
    • Kazufumi NaitoMichito UtsunomiyaHiroyuki KonishiShotaro Tamai
    • G01G3/14G01L1/22G01G3/08
    • G01L1/2243G01G3/1412
    • A load cell for use in detecting a load imposed thereon which includes a body (30) in which strain is induced in proportion to the imposed load, and a strain sensor (40) for detecting the strain induced in the body (30). The body (30) is a plate member having a longitudinal axis (X) and the strain sensor (40) is mounted on the body (30). The body (30) has an opening (31) defined therein at a location intermediate of the length of the body (30) so as to define a fixed rigid body forming region (70) at one end thereof, a movable rigid body forming region (71) at the opposite end thereof opposite to the fixed rigid body forming region (70) in the longitudinal direction (X), and side connecting strips (30b, 30b) spaced by the opening (31) from each other in a widthwise direction (Y) of the opening (31) and connecting the fixed rigid body forming region (70) and the movable rigid body forming region (71) together. The strain sensor (40) has opposite ends (41c) spaced in the longitudinal direction (X) and mounted on the body (30) with its opposite ends (41c) fixed to the fixed rigid body forming region (70) and the movable rigid body forming region (71).
    • 一种用于检测施加在其上的负载的测力传感器,其包括与所施加的负载成比例地引起应变的体(30);以及用于检测在体(30)中诱发的应变的应变传感器(40)。 主体(30)是具有纵向轴线(X)的板件,并且应变传感器(40)安装在主体(30)上。 主体(30)在其主体(30)的长度的中间位置处具有限定在其中的开口(31),以便在其一端限定固定的刚体形成区域(70),可移动刚体形成区域 (70)的与所述固定的刚性体形成区域(70)的长度方向(X)相反的另一端的宽度方向(71)和由所述开口(31)在宽度方向上彼此隔开的侧连接条(30b,30b) (31)的开口(Y)并将固定的刚体形成区域(70)和可动刚体形成区域(71)连接在一起。 应变传感器(40)具有在纵向方向(X)上间隔开并安装在主体(30)上的相对端(41c),其相对端(41c)固定在固定的刚体形成区域(70)上, 身体形成区域(71)。
    • 6. 发明授权
    • Accurate and responsive weighing apparatus with drift compensation
    • 具有漂移补偿精度和响应的称重装置
    • US5656800A
    • 1997-08-12
    • US719032
    • 1996-09-24
    • Kazufumi NaitoKouji Itoh
    • Kazufumi NaitoKouji Itoh
    • G01G23/37G01G19/22G01G13/00
    • G01G23/3714
    • In order to increase both the weighing accuracy and the weighing speed of a weighing apparatus, a delta.multidot.sigma analog-to-digital converter (4) having a cut-off frequency higher than that of an analog filter (3) is connected with the output of the analog filter (3). Also, in order to perform a quick drift correction of an amplifier (2), the analog filter (3) is selectively switchable so as to perform a filtering function during a weighing mode and to perform a buffering function during a correction mode correcting means (52) is provided for storing the digital signal from the delta.multidot.sigma analog-to-digital converter (4) as a drift signal (df) during the correction mode and for providing a corrected digital weight signal (d2) by subtracting the drift signal (dr) from the digital weight signal (d1) obtained from the delta.multidot.sigma-type analog-to-digital converter (4) during the weighing mode.
    • 为了增加称重装置的称重精度和称重速度,具有比模拟滤波器(3)的截止频率更高的截止频率的三角洲模数转换器(4)与 模拟滤波器(3)。 此外,为了进行放大器(2)的快速漂移校正,可以选择性地切换模拟滤波器(3),以便在称重模式期间执行滤波功能,并且在校正模式校正装置期间执行缓冲功能 52)被提供用于在校正模式期间将来自三角洲模数转换器(4)的数字信号作为漂移信号(df)存储,并通过减去漂移信号(dr)来提供校正的数字加权信号(d2) )从称重模式期间从三角型模数转换器(4)获得的数字加权信号(d1)。
    • 7. 发明授权
    • Multiple input signal high-speed analog-digital converter circuit
    • 多路输入信号高速模数转换电路
    • US4677422A
    • 1987-06-30
    • US679999
    • 1984-12-10
    • Kazufumi Naito
    • Kazufumi Naito
    • H03M1/12H03M1/00
    • H03M1/1215
    • A multiple input signal high-speed analog-digital converter circuit for digitizing, by means of an A/D converter, an output signal from a multiplexer which successively delivers multiple input signals applied thereto. Two sample/hold circuits which receive the output signal from the multiplexer repeatedly sample and hold the signal, and a changeover switch keeps one of the sample/hold circuits on hold while the other sample/hold circuit samples the output signal from the multiplexer. While one of the sample/hold circuits is holding the signal, the other sample/hold circuit is sampling another signal so that the A/D conversion time of multiple input signals is capable of being reduced by the sampling time.
    • 一种用于通过A / D转换器数字化来自多路复用器的输出信号的多输入信号高速模拟 - 数字转换器电路,其连续递送施加到其上的多个输入信号。 接收来自多路复用器的输出信号的两个采样/保持电路反复采样和保持信号,而转换开关将采样/保持电路中的一个保持在保持状态,而另一个采样/保持电路从多路复用器采样输出信号。 当其中一个采样/保持电路保持信号时,另一个采样/保持电路对另一个信号进行采样,使得多个输入信号的A / D转换时间能够减少采样时间。
    • 8. 发明授权
    • Weight sensor with vibration error correction
    • 带振动误差校正的重量传感器
    • US4624331A
    • 1986-11-25
    • US687174
    • 1984-12-28
    • Kazufumi Naito
    • Kazufumi Naito
    • G01G23/00G01G23/10G01G23/37G01G19/00
    • G01G23/00G01G23/10G01G23/3714
    • A load sensor includes a scale cell for producing an output signal corresponding to the weight of an article, and a dummy cell, provided near the scale cell, for producing a noise signal output ascribable to floor vibration. A correcting circuit extracts a signal proportional to a DC component contained in the output signal of the scale cell and, on the basis of the extracted signal, corrects the output signal of the dummy cell to the noise level of a floor vibration component of the scale cell. The corrected dummy cell noise signal is added in opposite-phase relation to the scale cell output signal, so that the floor vibration noise contained in the scale cell output signal is cancelled out by the corrected noise signal of the dummy cell.
    • 负载传感器包括用于产生对应于物品的重量的输出信号的秤单元和设置在刻度单元附近的用于产生归因于地板振动的噪声信号输出的虚拟单元。 校正电路提取与比例单元的输出信号中包含的DC分量成比例的信号,并且基于提取的信号将虚拟单元的输出信号校正为比例尺的地板振动分量的噪声水平 细胞。 校正后的虚设单元噪声信号以与比例单元输出信号相反的相位关系相加,从而通过虚拟单元的校正噪声信号来消除包含在比例单元输出信号中的地板振动噪声。
    • 9. 发明授权
    • Multi-point cell type weighing machines
    • 多点电池式称重机
    • US6013879A
    • 2000-01-11
    • US923060
    • 1997-09-03
    • Yoshihiro NakamuraYukio WakasaKazufumi Naito
    • Yoshihiro NakamuraYukio WakasaKazufumi Naito
    • G01G23/01G01G3/14G01G11/00G01G23/10G01G19/22G01G19/00G01G21/10
    • G01G23/10G01G3/1414
    • A multi-point cell type weighing machine has a plural number of scale cells set on a floor to support a table and to output weight signals indicative of weights measured thereby of a target object placed on the table. One or more floor vibration detecting cells are set on the same floor and output floor vibration detection signals indicative of the vibrations of the floor. The weight signals are corrected on the basis of vibration components of the floor vibration detection signals. A standard weight is placed at a larger plural number of places on the table than there are scale cells and output sensitivity ratios among the scale cells are calculated from outputted values from the scale cells, and the weight signals are further corrected on the basis of the output sensitivity ratios. These weight signals are added together and the weight of the target object is obtained from the added signal. A plurality of floor vibration detecting cells may be set on the floor, each near different one of the scale cells, or they may be set anywhere on the floor and a mode of floor vibrations may calculated from their outputs. A single floor vibration detecting cell may be set between the scale cells. The table is supported by the scale cells through elastic pieces such that only vertical forces are communicated to the scale cells.
    • 多点电池型称量机具有设置在地面上的多个电池型称重机,以支撑桌子并输出表示由放置在桌子上的目标物体所测量的重量的重量信号。 一个或多个地板振动检测单元设置在相同的楼层上,并且输出表示地板振动的楼层振动检测信号。 基于地板振动检测信号的振动分量校正重量信号。 标准重量放置在桌子上的数量比在比例单元上的多个位置,并且按比例单元的输出值计算尺度单元之间的输出灵敏​​度比,并且基于 输出灵敏度比。 这些加权信号被加在一起,并且从所添加的信号中获得目标对象的权重。 多个楼层振动检测单元可以设置在地板上,每个靠近不同的一个秤单元,或者它们可以设置在地板的任何地方,并且可以根据它们的输出计算地板振动的模式。 可以在秤单元之间设置单层振动检测单元。 该表由秤单元通过弹性件支撑,使得只有垂直的力传递到秤单元。