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    • 91. 发明申请
    • SCISSORS
    • 剪刀
    • US20100299940A1
    • 2010-12-02
    • US12624619
    • 2009-11-24
    • Akio Fujii
    • Akio Fujii
    • B26B13/00
    • B26B13/12B26B13/14
    • A scissors includes a pair of scissors constitution bodies which have a cutting portion and a holding portion formed continuously from the cutting portion. The cutting portion has cutter blades formed on both sides in a width direction. The pair of scissors constitution bodies are rotatably joined by a shaft portion in a base end portion of the cutting portion. The pair of scissors constitution bodies cross and rotate in both directions through the shaft portion. The holding portion includes a handle portion mounted therein so as to be visually unrecognized from the outside, the handle portion projected only in one width direction. A slider provided in the holding portion is operated to form a handle portion.
    • 剪刀包括一对剪刀构造体,其具有切割部分和从切割部分连续形成的保持部分。 切割部分具有形成在宽度方向两侧的切割刀片。 一对剪刀构造体在切割部的基端部由轴部可旋转地连接。 一对剪刀构造体通过轴部分在两个方向上交叉并旋转。 保持部包括安装在其中的手柄部分,以便从外部视觉上不被识别,手柄部分仅在一个宽度方向上突出。 设置在保持部分中的滑块被操作以形成把手部分。
    • 92. 发明授权
    • Image reproduction apparatus, control method thereof, program and storage medium
    • 图像再现装置,其控制方法,程序和存储介质
    • US07613819B2
    • 2009-11-03
    • US11200030
    • 2005-08-10
    • Akio Fujii
    • Akio Fujii
    • H04N7/12H04N7/50H04N5/91H04N11/02H04B1/66
    • G11B20/10527G11B2020/10685G11B2020/10694G11B2020/10722
    • An object of this invention is to suppress discontinuity of a moving image as much as possible. In order to achieve this object, an image reproduction apparatus includes a buffer which temporarily stores an encoded image data stream, a buffer size setting circuit which sets the storage size of the buffer, a decoding time calculation circuit which calculates a decoding time at which the encoded image data stream is output from the buffer to a decoder, and a control circuit which controls to set the storage size of the buffer to at least twice the maximum value of a storage size required by an encoded data stream reproducible by the image reproduction apparatus, start fetching a second encoded image data stream in the buffer immediately after fetch of a first encoded image data stream in the buffer is ended, and calculate the decoding time of the second image data stream on the basis of a time when fetch of the first image data stream in the buffer is ended.
    • 本发明的目的是尽可能地抑制运动图像的不连续性。 为了实现该目的,图像再现装置包括临时存储编码图像数据流的缓冲器,设置缓冲器的存储尺寸的缓冲器大小设置电路,计算解码时间的解码时间计算电路, 编码图像数据流从缓冲器输出到解码器,以及控制电路,其控制将缓冲器的存储大小设置为由图像再现装置可再现的编码数据流所需的存储尺寸的最大值的两倍 在缓冲器中获取第一编码图像数据流之后立即开始在缓冲器中取出第二编码图像数据流,并且基于获取第一编码图像数据流的时间,计算第二图像数据流的解码时间 缓冲器中的图像数据流结束。
    • 95. 发明授权
    • Ball bearing
    • 滚珠轴承
    • US06481898B1
    • 2002-11-19
    • US09601956
    • 2000-08-10
    • Kenji YakuraHirotoshi AramakiYukio OouraAkio FujiiSumio SugitaDai KinnoShoji NoguchiKoji Ueda
    • Kenji YakuraHirotoshi AramakiYukio OouraAkio FujiiSumio SugitaDai KinnoShoji NoguchiKoji Ueda
    • F16C3358
    • F16C33/64F16C19/163F16C33/303F16C33/32F16C33/585F16C33/62F16C2240/76F16C2322/39
    • A ball bearing in which the heat value in an inner ring is decreased and the heat value in an outer ring is brought closer to the heat value in the inner ring by making the radius of curvature for the inner ring groove larger, and defining the radius of curvature for the outer ring groove as 50.5% to 53.0% of the ball diameter. The arrangement of the present invention suppresses the heat value in the entire ball bearing and extends the bearing life at a reduced cost without using a large flow rate lubrication method or a preloading method such as constant preloading. In addition, a decrease in heat generation, seizing resistance and wear resistance can be attained further by optimizing a relation between the raceway groove and the ball diameter, by optimizing the number of balls, by controlling the ingredient composition for the material of the bearing ring, and by forming a hard deposition film on the surface of the raceway groove. Thus, according to the present invention, a ball bearing having a long life is provided even during high speed rotation at a dmn value of 2,000,000 or more.
    • 通过使内圈的曲率半径越大,内圈的热量越小,外圈的热量越接近内圈的热值越靠近, 的外圈槽的曲率为球直径的50.5%至53.0%。 本发明的结构抑制了整个滚珠轴承的热值,并且在不使用大流量润滑方法或诸如恒定预加载的预加载方法的情况下,以降低的成本延长了轴承寿命。 此外,通过优化滚珠的数量,通过控制用于轴承环的材料的成分组成,能够进一步优化滚道槽与滚珠直径之间的关系,从而进一步降低发热,耐咬合性和耐磨性 并且通过在滚道槽的表面上形成硬质沉积膜。 因此,根据本发明,即使在高速旋转期间,也具有寿命长的球轴承,其数值为2,000,000以上。
    • 97. 发明授权
    • Support structure for a toilet cover unit
    • 马桶盖单元的支撑结构
    • US5901383A
    • 1999-05-11
    • US666283
    • 1996-09-19
    • Yasuhiro YanagawaTetsuo NishimotoHiroshi MatsuoAkio FujiiAkihiko NakajimaTakao Sakama
    • Yasuhiro YanagawaTetsuo NishimotoHiroshi MatsuoAkio FujiiAkihiko NakajimaTakao Sakama
    • A47K13/12
    • A47K13/12
    • The slide support base 62 protrudes from the supporting wall 56 of the support recess 52 in the casing main body 14 and the tube-shaped support part 122 on the side of the toilet lid 100 is supported by and capable of sliding over its cylindrical surface 65a. The rotational pin 70 of the viscous resistance mechanism 80 protrudes from slide support base 62 and the rotational pin 70 fits in the fitting recess 132 on the side of the toilet lid 100. That is, the toilet lid 100 is pivotably supported to the casing main body 14 by two support structures. To remove the toilet lid 100 from the casing main body 14, the toilet lid is raised to the upright position and then applied with upward force to be pulled out. Since the opening 124 and the opening 136 are formed in the tube-shaped support part 122 and the fitting recess 132, the toilet lid 100 is removed from the casing main body through them.
    • PCT No.PCT / JP94 / 02231 Sec。 371日期1996年9月19日 102(e)1996年9月19日PCT PCT 1994年12月26日PCT公布。 公开号WO95 / 17844 日期1995年7月6日滑动支撑基部62从壳体主体14中的支撑凹部52的支撑壁56突出,并且马桶盖100侧的管状支撑部122被支撑并能够滑动 在其圆柱形表面65a上。 粘性阻力机构80的旋转销70从滑动支撑基座62突出,旋转销70装配在便器盖100侧的嵌合凹部132中。即,马桶盖100可枢转地支承在壳体主体 身体14由两个支撑结构。 为了将马桶盖100从壳体主体14取下,将马桶盖升高到直立位置,然后施加向上的力被拉出。 由于开口124和开口136形成在管状支撑部分122和装配凹槽132中,所以马桶盖100通过它们从壳体主体移除。