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    • 4. 发明授权
    • Method for producing flaky-glass granule, flaky-glass granule, and resin composition containing the same
    • 制备片状玻璃颗粒,片状玻璃颗粒的方法和含有它的树脂组合物
    • US08329806B2
    • 2012-12-11
    • US12680958
    • 2008-10-03
    • Takeshi Maeda
    • Takeshi Maeda
    • C09C1/28C08K3/40
    • C03B37/005C08K3/40C08K7/00Y10T428/2982
    • The method for producing flaky-glass granules of the present invention is a method for producing flaky-glass granules by allowing a plurality of glass flakes to be bonded to each other so as to be granulated. The method includes the steps of: (I) adding at least one liquid selected from water and a volatile organic solvent to the plurality of glass flakes and stirring a resultant mixture, and (II) drying the plurality of glass flakes stirred with the liquid added thereto. Unlike conventional flaky-glass granules, the flaky-glass granules produced by this method contain neither a binder nor a surface treatment agent for bonding the glass flakes to each other. Thus, when mixed into a thermoplastic resin to be molded at a high temperature, the flaky-glass granules cause neither foam inclusion nor discoloration in a molded article of the resin.
    • 本发明的片状玻璃颗粒的制造方法是通过使多个玻璃鳞片彼此粘合而造粒而制造片状玻璃颗粒的方法。 该方法包括以下步骤:(I)将至少一种选自水和挥发性有机溶剂的液体加入到多个玻璃薄片中并搅拌所得混合物,和(II)干燥多个与所加液体一起搅拌的玻璃薄片 到此。 与常规片状玻璃颗粒不同,通过该方法生产的片状玻璃颗粒既不含粘合剂也不含玻璃鳞片彼此粘合的表面处理剂。 因此,当混合成要在高温下成型的热塑性树脂时,片状玻璃颗粒在树脂的模塑制品中既不引起泡沫夹杂也不引起变色。
    • 5. 发明申请
    • HIGHLY ADAPTIVE RECORDING METHOD AND OPTICAL RECORDING APPARATUS
    • 高自适应记录方法和光学记录装置
    • US20120201113A1
    • 2012-08-09
    • US13449085
    • 2012-04-17
    • Shinji FUJITATakeshi MAEDAManabu SHIOZAWATakahiro KUROKAWA
    • Shinji FUJITATakeshi MAEDAManabu SHIOZAWATakahiro KUROKAWA
    • G11B7/0045
    • G11B7/00456G11B7/0062
    • An optical disk recording method includes the steps of: providing a multi-pulse chain from a recording wave; independently changing the pulse rise timing and pulse fall timing (pulse width) of the first pulse in the multi-pulse chain in accordance with a preceding space length and a recording mark length; changing the pulse rise timing and pulse fall timing (pulse width) in accordance with a following space length and the recording mark length in a predetermined timing or in independence; and in relation to the smallest mark recorded by irradiation with mono pulse, changing the rise timing in accordance with the preceding space length and the recording mark length and the fall timing (pulse width) in accordance with the following space length and recording mark length, compensating various optical disks different in recording material without change of the fundamental waveform.
    • 光盘记录方法包括以下步骤:从记录波提供多脉冲链; 根据先前的空间长度和记录标记长度独立地改变多脉冲链中的第一脉冲的脉冲上升时间和脉冲下降时间(脉冲宽度); 根据以下空间长度和记录标记长度在预定时间或独立性中改变脉冲上升时间和脉冲下降时间(脉冲宽度); 并且相对于通过单脉冲照射记录的最小标记,根据以前的空格长度和记录标记长度以及根据以下空格长度和记录标记长度的下降时间(脉冲宽度)来改变上升时间, 补偿记录材料不同的各种光盘,而不改变基波形。
    • 7. 发明申请
    • HIGHLY ADAPTIVE RECORDING METHOD AND OPTICAL RECORDING APPARATUS
    • 高自适应记录方法和光学记录装置
    • US20110209166A1
    • 2011-08-25
    • US13099093
    • 2011-05-02
    • Shinji FUJITATakeshi MAEDAManabu SHIOZAWATakahiro KUROKAWA
    • Shinji FUJITATakeshi MAEDAManabu SHIOZAWATakahiro KUROKAWA
    • G11B20/10G11B7/24
    • G11B7/00456G11B7/0062
    • An optical disk recording method includes the steps of: providing a multi-pulse chain from a recording wave; independently changing the pulse rise timing and pulse fall timing (pulse width) of the first pulse in the multi-pulse chain in accordance with a preceding space length and a recording mark length; changing the pulse rise timing and pulse fall timing (pulse width) in accordance with a following space length and the recording mark length in a predetermined timing or in independence; and in relation to the smallest mark recorded by irradiation with mono pulse, changing the rise timing in accordance with the preceding space length and the recording mark length and the fall timing (pulse width) in accordance with the following space length and recording mark length, compensating various optical disks different in recording material without change of the fundamental waveform.
    • 光盘记录方法包括以下步骤:从记录波提供多脉冲链; 根据先前的空间长度和记录标记长度独立地改变多脉冲链中的第一脉冲的脉冲上升时间和脉冲下降时间(脉冲宽度); 根据以下空间长度和记录标记长度在预定时间或独立性中改变脉冲上升时间和脉冲下降时间(脉冲宽度); 并且相对于通过单脉冲照射记录的最小标记,根据以前的空格长度和记录标记长度以及根据以下空格长度和记录标记长度的下降时间(脉冲宽度)来改变上升时间, 补偿记录材料不同的各种光盘,而不改变基波形。
    • 8. 发明申请
    • PUNCHED RETAINER, SELF-ALIGNING ROLLER BEARING, AND METHOD OF MANUFACTURING PUNCHED RETAINER
    • 冲压保持器,自调心滚子轴承以及制造冲压保持器的方法
    • US20110116734A1
    • 2011-05-19
    • US13003889
    • 2009-07-14
    • Takehiko UmemotoYukihisa TsumoriTakeshi MaedaYasuhiro Shimizu
    • Takehiko UmemotoYukihisa TsumoriTakeshi MaedaYasuhiro Shimizu
    • F16C23/08F16C33/48B23P17/00
    • F16C23/086F16C19/38F16C33/541F16C33/543Y10T29/49691
    • It is desired to form a flange and roller guide surfaces on each retainer of a self-aligning roller bearing easily and with high precision. Each punched retainer include a large-diameter annular portion (1), a small-diameter annular portion (2), a plurality of bridges (3) extending between the annular portions (1) and (2) and defining a plurality of circumferentially separated pockets (4) therebetween, roller guide surfaces (1a) that can be brought into sliding contact with end surfaces of respective convex rollers (5), which revolve around the axis of the bearing, and a flange (6) formed by radially bending the large-diameter annular portion (1). The roller guide surfaces (1a) comprise punched sections formed on the portions of the inner peripheries of the pockets (4) located at the large-diameter annular portion (1), and the flange (6) has a Bent Portion® that extends the entire circumference of the large-diameter annular portion (1). With this arrangement, the roller guide surfaces (1a) can be formed by punching only, which is a essential step. This makes it possible to make uniform the flatness of the back and front surfaces of the flange and its bent angle over the entire circumference thereof.
    • 希望在自调心滚子轴承的每个保持器上容易且高精度地形成凸缘和滚子导向表面。 每个冲压保持器包括大直径环形部分(1),小直径环形部分(2),在环形部分(1)和(2)之间延伸并限定多个周向分离的多个桥 在其间的凹穴(4),能够与围绕轴承的轴线旋转的各个凸轮(5)的端面滑动接触的滚子引导表面(1a)和通过径向弯曲形成的凸缘(6) 大直径环形部分(1)。 滚子引导表面(1a)包括形成在位于大直径环形部分(1)的凹穴(4)的内周的部分上的冲压部分,并且凸缘(6)具有弯曲部分 大直径环形部分(1)的整个圆周。 通过这种布置,滚子引导表面(1a)可以仅通过冲压形成,这是必要的步骤。 这使得可以使凸缘的后表面和前表面的平整度及其整个圆周上的弯曲角度均匀。
    • 10. 发明申请
    • INFORMATION PROCESSING APPARATUS, ENCODING METHOD AND FRAME SYNCHRONIZATION METHOD
    • 信息处理设备,编码方法和帧同步方法
    • US20100296589A1
    • 2010-11-25
    • US12778572
    • 2010-05-12
    • Takeshi MAEDA
    • Takeshi MAEDA
    • H04B3/00
    • H04L25/4917H04L25/4904
    • Provided is an information processing apparatus including a frame generator for generating a frame by adding, to data, a header indicating a beginning position of the data, an encoder for encoding the frame generated by the frame generator according to a specific coding scheme, and generating encoded data expressed by mutually different first and second-bits, a cycle changer for changing a coding cycle in a header section by controlling the encoder, and a line coding unit for performing line coding on the encoded data generated by the encoder, and generating an encoded signal which expresses the first-bit in a form of a plurality of first levels and the second-bit in a form of a plurality of second levels different from the first levels such that a same level does not occur consecutively and for which a polarity of the level is inverted every half cycle of a clock.
    • 提供了一种信息处理装置,包括:帧生成器,用于通过向数据添加指示数据的开始位置的标题来生成帧;编码器,用于根据特定编码方案对由帧生成器生成的帧进行编码,并且生成 通过相互不同的第一和第二比特表示的编码数据,用于通过控制编码器来改变标题部分中的编码周期的循环更换器,以及用于对编码器生成的编码数据执行行编码的行编码单元, 编码信号,其以多个第一电平的形式表示第一位,并且第二位以与第一电平不同的多个第二电平的形式表示,使得相同电平不连续发生,并且极性 的电平每半个周期反转一个时钟。