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    • 66. 发明授权
    • Side airbag apparatus
    • 侧面安全气囊装置
    • US07793973B2
    • 2010-09-14
    • US11723979
    • 2007-03-23
    • Eiji SatoToshinori TanaseSatoshi MabuchiToru KoyamaMotoaki Naruse
    • Eiji SatoToshinori TanaseSatoshi MabuchiToru KoyamaMotoaki Naruse
    • B60R21/16
    • B60R21/23138B60R21/235
    • A side airbag apparatus for vehicle has an airbag and an inflator. An upper chamber, a lower chamber, and an intermediate chamber are defined by a seam in the airbag. When the airbag is deployed, the upper chamber corresponds to a shoulder of an occupant, the lower chamber corresponds to a lumbar region of the occupant, and the intermediate chamber corresponds to a thorax of the occupant. The seam guides gas from the inflator to the upper and lower chambers such that the upper and lower chambers are substantially simultaneously inflated, and the intermediate chamber is inflated after a delay. The thickness of the intermediate chamber is less than the thicknesses of the upper and lower chambers. As a result, the occupant of the vehicle is effectively protected.
    • 一种用于车辆的侧面安全气囊装置具有安全气囊和充气机。 上部腔室,下部腔室和中间腔室由气囊中的接缝限定。 当安全气囊展开时,上室对应于乘员的肩膀,下腔对应于乘员的腰部区域,中间腔对应于乘员的胸部。 接缝将气体从充气机引导到上部和下部腔室,使得上部腔室和下部腔室基本上同时膨胀,并且中间腔室在延迟之后被膨胀。 中间室的厚度小于上室和下室的厚度。 结果,车辆的乘客被有效地保护。
    • 67. 发明授权
    • Method for manufacturing semiconductor device
    • 制造半导体器件的方法
    • US07756600B2
    • 2010-07-13
    • US11522843
    • 2006-09-18
    • Gen FujiiEiji SatoShigeru Onoya
    • Gen FujiiEiji SatoShigeru Onoya
    • G06F19/00
    • H01L27/12H01L27/1285H01L27/1292H01L51/0022
    • In the case of forming fine wires and the like by a droplet discharging apparatus to manufacture electric circuits, discharging controls including controls of a discharging position, a discharging timing, and the like are required to have very high accuracy. After forming design diagram data of an electric circuit by a CAD tool, the design diagram data is converted into first raster data, which is then converted into second raster data. The first raster data is a square grid regarding a dot pitch Xdp in a horizontal direction and a dot pitch Ydp in a perpendicular direction as one unit. The second raster data is a rectangular grid regarding the dot pitch Xdp in the horizontal direction and a dot pitch Ydp/V (V>1) as one unit. It is to be noted that arbitrary discharging number is the same before and after the conversion from the first raster data to the second raster data.
    • 在通过液滴喷射装置形成细线等来制造电路的情况下,需要包括排出位置的控制,放电时间等的放电控制具有非常高的精度。 在通过CAD工具形成电路的设计图数据之后,将设计图数据转换为第一光栅数据,然后将其转换为第二光栅数据。 第一光栅数据是关于水平方向上的点间距Xdp和垂直方向上的点间距Ydp作为一个单位的方格。 第二光栅数据是关于水平方向上的点间距Xdp和点间距Ydp / V(V> 1)作为一个单位的矩形网格。 应当注意,从第一光栅数据到第二光栅数据的转换之前和之后的任意放电数相同。
    • 69. 发明申请
    • WELDING CONTROL APPARATUS AND METHOD
    • 焊接控制装置和方法
    • US20090242533A1
    • 2009-10-01
    • US12364739
    • 2009-02-03
    • Kei YAMAZAKIKeiichi SuzukiEiji Sato
    • Kei YAMAZAKIKeiichi SuzukiEiji Sato
    • B23K9/10
    • B23K9/0953B23K9/0732B23K9/092B23K9/0956
    • The present invention provides a welding control apparatus including: a droplet separation detecting unit that detects separation of a droplet from a tip end of welding wire; and a waveform generator that alternately generates a first pulse for separating the droplet and a second pulse for shaping the droplet and outputs the generated pulse to a welding power source, the waveform generator generating a third pulse having a pulse shape different in a pulse peak current and/or a pulse width from the second pulse to output the generated third pulse to the welding pulse source after a base time of the first pulse if separation of the droplet is not detected within a peak period, a falling slope period, or a base period of the first pulse to thereby restore a droplet supply regularity.
    • 本发明提供一种焊接控制装置,包括:液滴分离检测单元,其检测熔滴与焊丝的前端的分离; 以及波形发生器,其交替地产生用于分离液滴的第一脉冲和用于成形液滴的第二脉冲,并将所生成的脉冲输出到焊接电源,所述波形发生器生成具有脉冲峰值电流不同的脉冲形状的第三脉冲 和/或来自第二脉冲的脉冲宽度,以在第一脉冲的基准时间之后将所产生的第三脉冲输出到焊接脉冲源,如果在峰值期间,下降斜率周期或基极内未检测到液滴的分离 从而恢复液滴供应的规律性。