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    • 4. 发明授权
    • Pneumatic tire having outer tread layer of foam rubber
    • 具有泡沫橡胶外胎面层的气动轮胎
    • US5176765A
    • 1993-01-05
    • US690322
    • 1991-04-26
    • Kojiro YamaguchiTakashi Takusagawa
    • Kojiro YamaguchiTakashi Takusagawa
    • B60C1/00B60C11/00B60C11/18
    • B60C1/0016B60C11/00B60C11/005B60C11/0058B60C11/18B60C2011/147Y10S152/03Y10S152/04
    • To prevent crack occurrence at groove bottoms on both side areas of foam rubber tread of all-season studless tires, the pneumatic tire having a tread surface portion composed of at least two outer and inner rubber layers is characterized in that the hardness of the inner rubber layer lies from 54 to 80 degrees in Shore hardness and is higher than that of the outer rubber layer, and further the outer rubber layer is made of foam rubber with a foam rate from 5 to 50% with at least 10% volume ratio with respect to tread volume. The outer foam rubber layer serves to improve tire performance on icy and snowy roads in winter, and the inner ordinary rubber layer serves to reduce change in groove width after vulcanization, that is, reduce dynamic strain concentration at lateral grooves and therefore to reduce crack generation at the lateral groove bottoms.
    • 为了防止全季无钉轮胎的泡沫橡胶胎面的两侧面的槽底发生裂纹,具有由至少两个外橡胶层和内橡胶层构成的胎面表面部分的充气轮胎的特征在于,内橡胶 层的肖氏硬度为54〜80度,高于外侧橡胶层,外侧橡胶层由发泡率为5〜50%的发泡橡胶制成,体积比至少为10体积% 踩踏。 外层泡沫橡胶层用于提高冬季冰雪路面的轮胎性能,内部普通橡胶层用于减少硫化后的槽宽度变化,即减小横向槽的动态应变集中,减少裂纹产生 在侧槽底部。
    • 6. 发明授权
    • Method and apparatus for nuclear magnetic resonance for measuring speed
of flowing target object
    • 用于测量目标物体流动速度的核磁共振的方法和装置
    • US5315248A
    • 1994-05-24
    • US23311
    • 1993-02-26
    • Kojiro Yamaguchi
    • Kojiro Yamaguchi
    • G01F1/716G01P5/00G01R33/563G01V3/00
    • G01R33/56308G01F1/716G01P5/001
    • A nuclear magnetic resonance imaging for measuring a speed of a flowing target object, capable of determining the speed of the flowing target object accurately, even for the high speed flowing target object. Timings for an application of a pre-saturation pulse to a saturation plane producing a saturated portion within the flowing target object and an execution of an imaging pulse sequence to collect NMR signals from a desired imaging region containing a saturation plane and the saturated portion are controlled to realize a single slice multi-phase pulse sequence, at each phase of which an application of the pre-saturation pulse is followed by an execution of the desired imaging pulse sequence. The speed of the flowing target object is then determined by measuring a distance between the saturated portion and the saturation plane in each reconstructed NMR image, and dividing the measured distance by a time interval between an application of the pre-saturation pulse and a reception of the NMR signals in the single slice multi-phase pulse sequence.
    • 一种用于测量流动目标物体的速度的核磁共振成像,即使对于高速流动的目标物体也能够精确地确定目标物体的流动速度。 用于将饱和度脉冲施加到产生流动目标对象内的饱和部分的饱和平面脉冲和执行成像脉冲序列以从包含饱和平面和饱和部分的期望成像区域收集NMR信号的定时被控制 为了实现单片多相脉冲序列,在其每个阶段,预饱和脉冲的应用之后执行期望的成像脉冲序列。 然后通过测量每个重构NMR图像中的饱和部分和饱和度平面之间的距离来确定流动目标对象的速度,并且将所测量的距离除以施加预饱和脉冲和接收前的时间间隔 在单片多相脉冲序列中的NMR信号。