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    • 2. 发明授权
    • Apparatus for assembling tire and rim and filling inner pressure
    • 装配轮胎和轮辋和填充内部压力的装置
    • US5339880A
    • 1994-08-23
    • US32106
    • 1993-03-17
    • Hiroshi KawabeToshiyuki WatanabeNaotaka Tomita
    • Hiroshi KawabeToshiyuki WatanabeNaotaka Tomita
    • B60C25/12B60C25/132B60C25/14B60C25/06
    • B60C25/12B60C25/132B60C25/14B60C25/145
    • A method and an apparatus for fitting bead portions of the tire onto a wheel substantially uniformly and at the same time for filling inner pressure into the tire. A wheel cap-shaped jig in the form of a disc is arranged on the side surface of the wheel. The periphery of the wheel cap-shaped jig progressively reduces outwardly in the rotating axial direction of the wheel. The tire is then obliquely arranged on the wheel through the wheel cap-shaped jig, and the bead portions are radially outwardly expanded along their circumferences so as to assemble onto the rim. An outer cylindrical member having an inclined annular end surface and an inner cylindrical member telescopically arranged in the outer cylindrical member are brought into air-tight contact with the rim and a side surface of the tire, respectively. While inner pressure is filled into the tire through the clearance between the wheel and the bead portion of the tire, the outer cylindrical member is lowered relative to the inner cylindrical member to bring the bead portions into close contact with the rim.
    • 一种用于将轮胎的胎圈部分基本上均匀地配合到车轮上并同时用于将内部压力填充到轮胎中的方法和装置。 在轮的侧面上布置有盘形轮毂形夹具。 车轮盖形夹具的周边在车轮的旋转轴向方向上逐渐减小。 然后将轮胎通过车轮盖形夹具倾斜地布置在车轮上,并且胎圈部分沿其周边径向向外扩展,以便组装到轮辋上。 具有倾斜环形端面的外圆柱形构件和可伸缩地布置在外圆柱形构件中的内圆筒构件分别与轮辋的轮辋和侧表面气密性地接触。 当通过车轮和轮胎的胎圈部分之间的间隙将内部压力填充到轮胎中时,外部圆柱形构件相对于内部圆柱形构件降低以使胎圈部分与轮辋紧密接触。
    • 4. 发明授权
    • Method of correcting weight unbalance of rim-fitted tire
    • 校正轮胎重量不平衡的方法
    • US5171067A
    • 1992-12-15
    • US866350
    • 1992-04-10
    • Hiroshi KawabeToshiyuki WatanabeNaotaka Tomita
    • Hiroshi KawabeToshiyuki WatanabeNaotaka Tomita
    • F16F15/32G01M1/12G01M1/32G01M1/38
    • G01M1/326F16F15/324G01M1/12
    • The magnitude of an amount of correction of unbalance at each axially opposite end face of the rim-fitted tire and the position on a circumference of each of the rim end faces are measured by means of an unbalance measuring machine for simultaneously measuring an amount of correction of static unbalance and an amount of correction of dynamic unbalance. The magnitude of the amount of correction of static unbalance, the position of an amount of correction of static unbalance on a rim periphery for minimizing a magnitude of an amount of correction of residual dynamic unbalance, the magnitude of the amount of correction of residual dynamic unbalance, and the position of the amount of correction of residual dynamic unbalance on the circumference of each of the rim end faces are calculated on the basis of the magnitude of the amount of correction of unbalance and the position of the amount of correction of unbalance on the circumference of each of the rim end faces measured. A balance weight of a magnitude corresponding to the magnitude of the amount of correction of static unbalance is fixed at the calculated position on the rim periphery, and a balance weight of a magnitude corresponding to the magnitude of the amount of correction of residual dynamic unbalance is fixed at the calculated position on the circumference of each of the rim end faces, thereby correcting weight unbalance of the rim-fitted tire.
    • 通过用于同时测量修正量的不平衡测量机来测量轮辋装配轮胎的每个轴向相对端面处的不平衡量的大小和每个轮辋端面的圆周上的位置的大小, 的静态不平衡和动态不平衡的校正量。 静态不平衡校正量的大小,边缘周边的静态不平衡校正量的位置,用于最小化残余动态不平衡校正量的大小,残留动态不平衡校正量的大小 并且基于不平衡校正量的大小和不平衡量校正量的位置来计算每个轮辋端面的圆周上的残余动态不平衡量的校正量的位置 测量每个边缘端面的周长。 对应于静态不平衡校正量的大小的大小的平衡重被固定在边缘周边的计算位置,并且与残余动态不平衡校正量的大小对应的大小的平衡权重是 固定在每个轮辋端面的圆周上的计算位置,从而校正轮辋装配轮胎的重量不平衡。
    • 5. 发明授权
    • Method and apparatus for assembling tire and wheel and filling inner
pressure
    • 用于组装轮胎和车轮并填充内部压力的方法和装置
    • US5287907A
    • 1994-02-22
    • US935172
    • 1992-08-26
    • Hiroshi KawabeToshiyuki WatanabeNaotaka Tomita
    • Hiroshi KawabeToshiyuki WatanabeNaotaka Tomita
    • B60C25/138B60C25/10
    • B60C25/138
    • A method for assembling a tire on the rim of a wheel and filling inner pressure in the tire. The wheel is fixed on a wheel table in an airtight manner to the table. The tire is arranged on the wheel and a pawl is moved along the circumference of the wheel or the wheel on the table is rotated to arrange the bead portions of the tire around the rim of the wheel. An outer cylinder member is brought into abutment against one of the bead portions to urge it toward the other bead portion and pressurized air is filled into the tire through a clearance between the wheel and the one bead portion of the tire to bring the bead portions into close contact with the rim of the wheel. Thereafter, pressurized air is further filled in the tire through the inflation valve of the wheel to maintain the inner pressure higher than the normal inner pressure and then the inner pressure is lowered to the normal inner pressure.
    • 一种用于在轮的轮缘上组装轮胎并填充轮胎内部内压的方法。 轮子以气密的方式固定在车轮台上。 轮胎被布置在车轮上,并且棘爪沿着车轮的圆周移动,或者车轮上的车轮旋转以将轮胎的胎圈部分围绕车轮的轮缘布置。 一个外筒件与一个胎圈部分抵接,将其推向另一个胎圈部分,并且通过车轮与轮胎的一个胎圈部分之间的间隙将加压空气填充到轮胎中,以使胎圈部分进入 与轮的边缘紧密接触。 此后,通过车轮的充气阀将加压空气进一步填充在轮胎中,以保持内部压力高于正常内部压力,然后将内部压力降低至正常内部压力。
    • 6. 发明授权
    • Method and apparatus for detecting sound source
    • 检测声源的方法和装置
    • US4532807A
    • 1985-08-06
    • US537609
    • 1983-09-30
    • Naotaka TomitaToshiyuki Watanabe
    • Naotaka TomitaToshiyuki Watanabe
    • G01S5/18G01H3/00G01S3/803G01S5/22G01N29/04
    • G01S3/8034G01H3/00G01M17/025
    • In a method and an apparatus for detecting a sound source, a measurement plane to be observed is automatically scanned in two-dimensional manner by means of two microphones which are spaced apart from each other by a given distance and are moved by a traversing device. Outputs of these microphones are sampled for successive measurement regions and then are processed by processing circuit including a fast Fourier transform to derive acoustic intensities with respect to various frequencies in a given frequency range. Then, a distribution of the acoustic intensities is indicated on a display device by using various indication techniques. Therefore, since the measurement is effected by using the acoustic intensity representing both a sound power and a propagating direction, the analysis of the sound source can be performed in an easy and accurate manner, and an entier apparatus can be small in size and inexpensive in cost.
    • 在用于检测声源的方法和装置中,将通过两个彼此间隔一定距离的麦克风以二维方式自动扫描要观察的测量平面,并通过横动装置移动。 这些麦克风的输出被采样用于连续的测量区域,然后由包括快速傅里叶变换的处理电路处理,以导出相对于给定频率范围内的各种频率的声强。 然后,通过使用各种指示技术在显示装置上指示声强的分布。 因此,由于通过使用表示声功率和传播方向的声强度来进行测量,所以可以容易且准确地进行声源的分析,并且可以小型化并且便宜 成本。
    • 9. 发明授权
    • Reticle defect inspection apparatus and reticle defect inspection method
    • 光罩缺陷检查装置和掩模版缺陷检查方法
    • US07911599B2
    • 2011-03-22
    • US12047554
    • 2008-03-13
    • Toshiyuki WatanabeRiki Ogawa
    • Toshiyuki WatanabeRiki Ogawa
    • G01N21/00G01N21/88
    • G01N21/956G01N2021/95676G03F1/84
    • A reticle defect inspection apparatus that can carry out a defect inspection with high detection sensitivity are provided. The apparatus includes an optical system of transmitted illumination for irradiating one surface of a sample with a first inspection light, an optical system of reflected illumination for irradiating another surface of the sample with a second inspection light, and a detecting optical system that can simultaneously detect a transmitted light obtained by the first inspection light being passed through the sample and a reflected light obtained by the second inspection light being reflected by the sample. And the optical system of transmitted illumination includes a focusing lens driving mechanism for correcting a focal point shift of the transmitted light resulting from thickness of the sample.
    • 提供了能够进行高检测灵敏度的缺陷检查的掩模版缺陷检查装置。 该装置包括用于利用第一检查光照射样品的一个表面的透射照明的光学系统,用第二检查光照射样品的另一个表面的反射照明的光学系统,以及可以同时检测的检测光学系统 通过第一检查光通过样品而获得的透射光和由第二检查光获得的反射光被样品反射。 并且透射照明的光学系统包括用于校正由样品的厚度产生的透射光的焦点偏移的聚焦透镜驱动机构。