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    • 92. 发明授权
    • Air bag device
    • 气囊装置
    • US5683099A
    • 1997-11-04
    • US617599
    • 1996-03-19
    • Masaru IdoYuji KuriyamaHiroshi YasudaTakumi Narita
    • Masaru IdoYuji KuriyamaHiroshi YasudaTakumi Narita
    • B60R21/20B60R21/203B60R21/217B60R21/16
    • B60R21/217
    • In the air bag device, a bag holder, a retainer, and an air bag can be assembled together into a united body by use of bolts and nuts which are provided so as to extend from a retainer formed from a metal plate. At a plurality of positions near a peripheral edge of an opening formed in the air bag, there are formed insertion holes. In the retainer, there are provided a plurality of securing projections which are inserted through associated insertion holes and into associated securing holes formed in the bag holder. Each of the securing projections is cut and raised from a main body of the retainer and has a semi-cylindrical shape with the peripheral wall thereof raised from the retainer and a semi-arc shaped outer peripheral surface of the peripheral wall faces the opening of the air bag.
    • 在气囊装置中,袋保持器,保持器和气囊可以通过使用螺栓和螺母组装在一起成为一体,该螺栓和螺母设置成从金属板形成的保持器延伸。 在形成在安全气囊中的开口的周缘附近的多个位置形成有插通孔。 在保持器中,设置有多个固定突起,其通过相关联的插入孔插入到形成在袋保持器中的相关联的固定孔中。 每个固定突起从保持器的主体被切割和升起,并且具有半圆柱形状,其周壁从保持器上升,并且周壁的半弧形外周表面面向 气囊
    • 95. 发明授权
    • Electron beam exposure process for writing a pattern on an object by an
electron beam with a compensation of the proximity effect
    • 电子束曝光过程,用于通过电子束在邻近效应的补偿上将图案写在物体上
    • US5278419A
    • 1994-01-11
    • US925110
    • 1992-08-06
    • Yasushi TakahashiHiroshi Yasuda
    • Yasushi TakahashiHiroshi Yasuda
    • G03F7/20H01J37/302H01J37/317H01L21/027H01L21/30
    • H01J37/3026B82Y10/00B82Y40/00H01J37/3174H01J2237/31764H01J2237/31769
    • A method for writing a pattern on an object by a charged particle beam comprises the steps of: dividing a pattern to be written on the object into a plurality of pattern blocks that cause a proximity effect with each other; determining a pattern density for each of said pattern blocks; selecting a specific pattern block as a reference pattern block; setting a dose level of exposure of the charged particle beam to a reference dose level such that the reference pattern block is exposed with a predetermined total dose level which includes the contribution of the exposure by the charged particle beam and the contribution of the exposure by the backscattered charged particles; exposing the plurality of pattern blocks including the reference pattern block by the charged particle beam with the reference dose level; and exposing those pattern blocks that have the pattern density smaller than the pattern density of the reference pattern block by a defocused charged particle beam with a total dose level set such that the total dose level for those pattern blocks is substantially identical with the total dose level of the reference pattern block.
    • 通过带电粒子束在物体上写入图案的方法包括以下步骤:将要写入对象的图案划分成彼此相互接近效应的多个图案块; 确定每个所述图案块的图形密度; 选择特定图案块作为参考图案块; 将带电粒子束的剂量水平设置为参考剂量水平,使得参考图案块以预定的总剂量水平曝光,该预定总剂量水平包括通过带电粒子束的曝光的贡献以及曝光的贡献 反向散射带电粒子; 通过具有参考剂量水平的带电粒子束曝光包括参考图案块的多个图案块; 并且将具有小于参考图案块的图案密度的图案密度的那些图案块通过设定为使得这些图案块的总剂量水平与总剂量水平基本相同的总剂量水平的散焦带电粒子束曝光 的参考图案块。
    • 98. 发明授权
    • Holder for portable electronic equipment
    • 便携式电子设备支架
    • US5230016A
    • 1993-07-20
    • US805051
    • 1991-12-11
    • Hiroshi Yasuda
    • Hiroshi Yasuda
    • F25D1/00G05D23/00H02J7/00H04B1/38H05K7/20
    • H02J7/0044H04B1/3877H04B1/3888
    • A holder for an electronic appliance includes a holding section 2 for holding a portable electronic appliance 101. A control circuit section 21 senses the temperature within the holding section 2 and, when the temperature is found to be higher than a predetermined temperature, a sirocco fan 16 is caused to be rotated for supplying outside air into the holding section 2 by a suction hole 17 and a vent hole 15 for cooling the electronic appliance 101. Since the electronic appliance 101 is cooled even under elevated environmental temperatures, the electronic appliance 101 may be protected against malfunction otherwise caused due to elevated temperatures.
    • 用于电子设备的保持器包括用于保持便携式电子设备101的保持部分2.控制电路部分21感测保持部分2内的温度,当发现温度高于预定温度时,西罗克风扇 16被引导旋转以便通过抽吸孔17和用于冷却电子设备101的通气孔15将外部空气供给到保持部分2.由于电子设备101即使在升高的环境温度下也被冷却,所以电子设备101可以 防止因温度升高而导致的故障。