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    • 81. 发明授权
    • Strengthening member for automobile
    • 加强汽车会员
    • US06752451B2
    • 2004-06-22
    • US10311518
    • 2002-12-13
    • Shinya SakamotoDaigo SumimotoYoshio TeradaYukihisa KuriyamaHiroshi SakuraiEizaburou Nakanishi
    • Shinya SakamotoDaigo SumimotoYoshio TeradaYukihisa KuriyamaHiroshi SakuraiEizaburou Nakanishi
    • B21D4702
    • B62D21/152B21C1/22B21D26/033B21D26/047B21D47/02B62D21/00B62D25/00B62D25/20B62D29/007F16F7/12Y10T29/49622
    • An object of the present invention is to provide a lightweight strengthening member for an automobile, excellent in crush resistance in the axial direction and having high flexural strength. Further, another object thereof is to provide a strengthening member which does not generating cracks even when a high-strength steel sheet is used. The present invention provides: a strengthening member 1 for an automobile, being a lengthy strengthening member 1 having concave portions 3 at the four corners of a basic rectangular cross section 2 and forming a cruciform closed section as a whole, characterized in that the wall thickness of the concave portions 3 is 5 to 30% thicker than the wall thickness of the portions excluding the concave portions, namely, the side walls 4 and the top walls 5; further, a strengthening member 1 for an automobile, characterized in that the hardness of the concave portions 3 is 5% or more higher than the hardness of the portions excluding the concave portions, namely, the side walls 4 and the top walls 5; and furthermore, a strengthening member 1 for an automobile formed by drawing or hydroforming.
    • 本发明的一个目的是提供一种用于汽车的轻质加强件,在轴向方向上具有优异的抗压碎性并且具有高弯曲强度。 此外,其另一个目的是提供即使在使用高强度钢板时也不会产生裂缝的加强构件。 本发明提供一种用于汽车的强化构件1,它是一个长的加强构件1,其具有在基本矩形横截面2的四个角处的凹入部分3,并且整体形成十字形封闭区域,其特征在于,壁厚 的凹部3比除了凹部以外的部分即侧壁4和顶壁5的壁厚厚5〜30% 另外,一种用于汽车的加强件1,其特征在于,凹部3的硬度比不包括凹部的部分即侧壁4和顶壁5的硬度高5%以上。 并且还包括用于通过拉伸或液压成形形成的汽车用加强件1。
    • 82. 发明授权
    • Cathode-ray tube system capable of providing beam spots of a small diameter
    • 能够提供小直径的光斑的阴极射线管系统
    • US06407519B1
    • 2002-06-18
    • US09583252
    • 2000-05-31
    • Hiroshi Sakurai
    • Hiroshi Sakurai
    • H01Q322
    • G09G1/04G09G2340/0407H04N3/26H04N5/68
    • A signal is sent to a deflection circuit and a video signal processing circuit. On receiving the signal, the deflection circuit outputs a vertical deflection signal and a horizontal deflection signal. The vertical deflection signal is sent directly to a deflection yoke while the horizontal deflection signal is sent via an S-shaped wave modulation circuit to the deflection yoke. On the other hand, the video signal processing circuit receives the signal and outputs a video signal via an amplitude modulation circuit and a frequency modulation circuit to a cathode of an electron gun. The S-shaped wave modulation circuit performs modulation on the horizontal deflection signal to change scanning speed. The amplitude modulation circuit and the frequency modulation circuit perform, on the video signal, amplitude modulation and frequency modulation which are appropriate for this speed.
    • 信号被发送到偏转电路和视频信号处理电路。 在接收到信号时,偏转电路输出垂直偏转信号和水平偏转信号。 垂直偏转信号直接发送到偏转线圈,而水平偏转信号通过S形波形调制电路发送到偏转线圈。 另一方面,视频信号处理电路接收该信号,经由幅度调制电路和频率调制电路将视频信号输出到电子枪的阴极。 S形波调制电路对水平偏转信号进行调制以改变扫描速度。 幅度调制电路和频率调制电路对视频信号执行适合于该速度的幅度调制和频率调制。
    • 83. 发明授权
    • Network system including a plurality of lan systems and an intermediate network having independent address schemes
    • 包括多个lan系统的网络系统和具有独立地址方案的中间网络
    • US06173334B2
    • 2001-01-09
    • US09166860
    • 1998-10-06
    • Takanori MatsuzakiHiroshi Sakurai
    • Takanori MatsuzakiHiroshi Sakurai
    • G06F1300
    • H04L29/12367H04L12/4604H04L29/12009H04L29/12424H04L61/2514H04L61/2535
    • A network system is constructed by: a first LAN system having first terminal equipment; a second LAN system having second terminal equipment; an intermediate network to connect the first and second LAN systems; first communication equipment to transfer a packet between the first LAN system and the intermediate network; and second communication equipment to transfer a packet between the second LAN system and the intermediate network. To transfer the packet from the first terminal equipment to the second terminal equipment, the first communication equipment converts an address showing a transmission destination of the packet transmitted from the first terminal equipment from an address defined on the first LAN system to an address defined on the intermediate network and transfers the converted address from the first LAN system to the intermediate network. The second communication equipment converts an address showing the transmission destination of the packet on the intermediate network from the address defined on the intermediate network to an address defined on the second LAN system and transfers the converted address from the intermediate network to the second LAN system.
    • 网络系统由以下部分构成:具有第一终端设备的第一LAN系统; 具有第二终端设备的第二LAN系统; 连接第一和第二LAN系统的中间网络; 第一通信设备,用于在第一LAN系统和中间网络之间传送分组; 以及用于在第二LAN系统和中间网络之间传送分组的第二通信设备。 为了将分组从第一终端设备传送到第二终端设备,第一通信设备将表示从第一终端设备发送的分组的发送目的地的地址从在第一LAN系统上定义的地址转换为 并将转换的地址从第一LAN系统传送到中间网络。 第二通信设备将表示中间网络上的分组的发送目的地的地址从中间网络上定义的地址转换为在第二LAN系统上定义的地址,并将转换的地址从中间网络传送到第二LAN系统。
    • 84. 发明授权
    • Attachment structure for pick-up device in electrical stringed musical
instrument
    • 电子乐器中拾音装置的附件结构
    • US5955694A
    • 1999-09-21
    • US31571
    • 1998-02-26
    • Hiroshi Sakurai
    • Hiroshi Sakurai
    • G10D3/04G10H1/00G10H3/18
    • G10H3/185G10H2220/471G10H2220/495
    • In a structure for mounting a pick-up device in an electrical stringed musical instrument such as an electric guitar, the pick-up device being installed in a metal-made casing along with a string carrier. The casing is accommodated inside a through-hole formed in a lower bridge attached on the outer surface of the front board of the instrument so that the casing can be raised and lowered. The casing has adjustment screws, and these adjustment screws are screwed into screw holes formed in a plate member installed on the inner surface of the front board. When the adjustment screws are rotated, the casing is moved upward or downward inside the accommodating section; as a result, the height of strings supported on the string carrier installed in the casing can be adjusted.
    • 在用于将拾音装置安装在诸如电吉他的电弦乐器中的结构中,拾音装置与弦架一起安装在金属制外壳中。 壳体容纳在形成在安装在仪器的前板的外表面上的下桥中的通孔内,使得壳体可以升高和降低。 壳体具有调节螺钉,并且将这些调节螺钉拧入形成在安装在前板的内表面上的板构件中的螺孔中。 当调节螺钉旋转时,壳体在容纳部分内向上或向下移动; 结果,可以调节支撑在安装在壳体中的绳架上的绳的高度。
    • 85. 发明授权
    • Method of manufacturing an antifuse element having a controlled thickness
    • 具有受控厚度的反熔丝元件的制造方法
    • US5913138A
    • 1999-06-15
    • US806799
    • 1997-02-26
    • Toru YamaokaHiroshi SakuraiHirotsugu HondaHiroshi Yuasa
    • Toru YamaokaHiroshi SakuraiHirotsugu HondaHiroshi Yuasa
    • H01L21/82H01L21/768H01L23/525H01L27/10H01L29/00
    • H01L23/5252H01L21/76888H01L2924/0002
    • The present invention relates to the method of manufacturing an antifuse element having an antifuse layer formed between interconnection layers. Conventionally, an antifuse layer was formed after an aperture was formed through an interlayer insulating film. Such resulted in a thinner film thickness at the corner formed by inner wall surface of the aperture and a lower electrode layer. As it is very difficult to control the film thickness of the thinnest part to a specific value, control of the insulation breakdown voltage in "off" state was difficult. The present antifuse element includes a layer with a flat shape of an even thickness. The layer is a complexed film of amorphous silicon film, silicon nitride film and silicon oxide film. The antifuse electrode layer is of a titanium nitride, the film thickness of which is thicker than the invasion length of a fuse link into electrode layers. The step coverage of upper electrode layer is set to be higher than 80%, by controlling the film thickness of the insulation film separating the electrodes and the tapered shape of the aperture in the antifuse region.
    • 本发明涉及在互连层之间形成有反熔丝层的反熔丝元件的制造方法。 通常,在通过层间绝缘膜形成开口后形成反熔丝层。 这导致在由孔的内壁表面形成的拐角处的较薄的膜厚度和下电极层。 由于将最薄部分的膜厚度控制到特定值是非常困难的,所以绝缘击穿电压在“关闭”状态下的控制是困难的。 本反向熔丝元件包括具有均匀厚度的平坦形状的层。 该层是非晶硅膜,氮化硅膜和氧化硅膜的复合膜。 反熔丝电极层是氮化钛,其厚度比熔丝连接到电极层的侵入长度更厚。 通过控制分离电极的绝缘膜的膜厚和反熔丝区域中的开口的锥形形状,将上电极层的台阶覆盖率设定为高于80%。
    • 87. 发明授权
    • Pick-up point correction device for mounter
    • 贴片机拾取点校正装置
    • US5566447A
    • 1996-10-22
    • US363374
    • 1994-12-23
    • Hiroshi Sakurai
    • Hiroshi Sakurai
    • H05K13/04H05K13/08H05K3/30B23P19/00
    • H05K13/08Y10T29/4913Y10T29/53039Y10T29/53048Y10T29/53178
    • The invention is an apparatus and method for picking up a component at a pick up station and depositing that component in an accurate position at a deposit station. The apparatus includes a gripping device movable between a component delivery position and a component mounting position, a detector for measuring at least one parameter of a component picked up by said the gripping device and a controller connected to said gripping device and said detector. The controller includes means for calculating a picked up position of a component picked up by the gripping device, means for calculating a pick up location correction amount, means for calculating an average pick up location correction amount from a specified number of pick up location correction amount data and pick up point changing means for setting a new pick up location.
    • 本发明是一种用于在拾取站拾取部件的装置和方法,并将该部件在存放站处准确地定位。 该装置包括可在部件传送位置和部件安装位置之间移动的夹持装置,用于测量由所述夹持装置拾取的部件的至少一个参数的检测器和连接到所述夹持装置和所述检测器的控制器。 控制器包括用于计算由夹持装置拾取的部件的拾取位置的装置,用于计算拾取位置校正量的装置,用于从指定数量的拾取位置校正量计算平均拾取位置校正量的装置 数据和拾取点更改装置,用于设置新的拾取位置。