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    • 32. 发明授权
    • Multiple step-up rectifier circuit
    • 多路升压整流电路
    • US4584637A
    • 1986-04-22
    • US535161
    • 1983-09-23
    • Yoshio TakamuraAkira Nakajima
    • Yoshio TakamuraAkira Nakajima
    • H02M7/10
    • H02M7/10
    • A multiple step-up rectifier circuit comprises a transformer, a series circuit of diodes, a first series circuit of capacitors, a second series circuit of capacitors and a third series circuit of capacitors. An AC signal source is connected to the primary winding of the transformer. The secondary winding of the transformer has a tap connected to the ground. The tap is also connected to one end of the series circuit of diodes, so that the diodes are biased in the same direction. The first series circuit of capacitors is connected between both ends of the series circuit of diodes. The second series circuit of capacitors is connected between one end of the secondary winding and a connecting point between the diodes. The third series circuit of capacitors is connected between the other end of the secondary winding and another connecting point between the diodes. A connecting point between the capacitors is also connected to a connecting point between the diodes. Another connecting point between capacitors is connected to another connecting point between the diodes. A third connecting point between the capacitors is connected to yet another connecting point between the diodes.
    • 多重升压整流电路包括变压器,二极管的串联电路,电容器的第一串联电路,电容器的第二串联电路和电容器的第三串联电路。 交流信号源连接到变压器的初级绕组。 变压器的次级绕组具有连接到地的分接头。 抽头也连接到二极管的串联电路的一端,使得二极管在相同的方向上被偏置。 电容器的第一串联电路连接在二极管串联电路的两端。 电容器的第二串联电路连接在次级绕组的一端和二极管之间的连接点。 电容器的第三串联电路连接在次级绕组的另一端和二极管之间的另一个连接点。 电容器之间的连接点也连接到二极管之间的连接点。 电容器之间的另一个连接点连接到二极管之间的另一个连接点。 电容器之间的第三连接点连接到二极管之间的另一个连接点。
    • 33. 发明授权
    • Rectifier circuit
    • 整流电路
    • US4437147A
    • 1984-03-13
    • US379042
    • 1982-05-17
    • Yoshio TakamuraAkira Nakajima
    • Yoshio TakamuraAkira Nakajima
    • H02M7/10
    • H02M7/10
    • A rectifier circuit comprises a transformer having a primary winding connected to an an AC power source, a first diode whose anode is connected through a first capacitor to one end of a secondar winding of the transformer, a second diode whose cathode is connected through the first capacitor to the one end of the secondary winding, and a second capacitor connected between the cathode of the first diode and the anode of the second diode. A third capacitor is connected between the anode of the second diode and the other end of the secondary winding, and a third diode is connected between the anode of the second diode and the second capacitor and in the same rectifying direction as those of the first and second diodes, and the tap of the secondary winding is grounded.
    • 整流器电路包括具有连接到AC电源的初级绕组的变压器,其阳极通过第一电容器连接到变压器的二次绕组的一端的第一二极管,第二二极管,其阴极通过第一 电容器连接到次级绕组的一端,第二电容器连接在第一二极管的阴极和第二二极管的阳极之间。 第三电容器连接在第二二极管的阳极和次级绕组的另一端之间,第三二极管连接在第二二极管的阳极和第二电容器之间并且沿与第一和第二二极管的整流方向相同的整流方向 第二个二极管,次级绕组的抽头接地。
    • 37. 发明申请
    • Airbag and Airbag Device
    • 安全气囊和安全气囊设备
    • US20100289252A1
    • 2010-11-18
    • US12670831
    • 2008-05-26
    • Kazuhiro AbeMasayoshi KumagaiAkira Nakajima
    • Kazuhiro AbeMasayoshi KumagaiAkira Nakajima
    • B60R21/20
    • B60R21/231B60R21/2338B60R21/239B60R2021/23382
    • Provided are an airbag and an airbag device whose size of a package when the airbag is folded can be reduced while demonstrating effects of an inner chamber. An airbag device in the present invention includes a gas generator configured to generate gas under predetermined conditions, an airbag connected to the gas generator to be inflated and deployed, and a retainer configured to accommodate the airbag. The airbag includes an inner panel arranged in the interior thereof and a connection panel having a surface area smaller than the inner panel, and the inner panel includes a center seamed portion connected to an inner surface of the airbag with respect to the direction of thickness and a plurality of outer peripheral seamed portions connected to the connection panel which is arranged on the inner surface of the airbag apart from the portion where the center seamed portion is connected. The outline of the inner panel 4 between the outer peripheral seamed portions when the inner panel is deployed in a plane is formed into a shape following a straight line connecting the outer peripheral seamed portions.
    • 提供一种安全气囊和安全气囊装置,其能够降低气囊折叠时的包装尺寸,同时显示内腔的作用。 本发明的安全气囊装置包括:气体发生器,被配置为在预定条件下产生气体,连接到气体发生器以充气和展开的气囊;以及保持器,其构造成容纳气囊。 安全气囊包括布置在其内部的内板和具有比内板小的表面积的连接板,并且内板包括相对于厚度方向连接到气囊的内表面的中心接缝部分, 连接到连接面板的多个外周缝合部分,其布置在距中心接缝部分连接部分的气囊的内表面上。 当内板展开在平面中时,外周缝合部分之间的内板4的轮廓形成为连接外周缝合部分的直线后的形状。
    • 38. 发明授权
    • Board inspecting apparatus, its parameter setting method and parameter setting apparatus
    • 板检测装置,其参数设定方法和参数设定装置
    • US07822261B2
    • 2010-10-26
    • US11472508
    • 2006-06-21
    • Toshihiro MoriyaHirotaka WadaTakako OnishiAtsushi ShimizuAkira Nakajima
    • Toshihiro MoriyaHirotaka WadaTakako OnishiAtsushi ShimizuAkira Nakajima
    • G06K9/00
    • G01N21/8851G01N21/95684G06T7/0004G06T2207/30141
    • For each teaching image, a plurality of patterns of color pickup regions each include a first region for picking up a color of a first part and a second region for picking up a color of a second part are set, the color of each pixel in the first region and the color of each pixel in the second region are mapped as a target point and an exclusion point respectively, to a color space for each of the patterns of the color pickup regions, a degree in separation between a target point distribution and an exclusion point distribution in the color space is calculated for each of the patterns of the color pickup regions, a pattern of a color pickup region having a maximum degree in separation is selected, a color range which divides the color space and has the largest difference between the number of target points and the number of exclusion points in the selected pattern therein is found, and the found color range is set as a color condition used in a board inspecting process.
    • 对于每个示教图像,多个图案的颜色拾取区域各自包括用于拾取第一部分的颜色的第一区域和用于拾取第二部分的颜色的第二区域,每个像素的颜色在 第一区域和第二区域中的每个像素的颜色分别作为目标点和排除点映射到颜色拾取区域的每个图案的颜色空间,目标点分布和 针对颜色拾取区域的每个图案计算颜色空间中的排除点分布,选择具有最大分离度的颜色拾取区域的图案,分割颜色空间并且具有最大差异的颜色范围 找到所选择的图案中的目标点的数量和排除点的数量,并且将所发现的颜色范围设置为在板检查处理中使用的颜色条件。
    • 40. 发明授权
    • Ultrasonic sensor
    • 超声波传感器
    • US07583563B2
    • 2009-09-01
    • US11108757
    • 2005-04-19
    • Akira Nakajima
    • Akira Nakajima
    • G01N29/00G01S7/521
    • G10K9/122
    • An ultrasonic sensor consists of an ultrasonic transducer and a casing. The transducer includes a metal-made housing having an inner space; a vibrating planar member formed in the housing, wherein an outward surface of the vibrating planar member constitutes an outward surface of the housing and an inward surface of the vibrating planar member faces the inner space; and a driving element attached on an inward surface of the vibrating planar member for vibrating the vibrating planar member. This ultrasonic transducer is assembled within the casing and attached to a vehicle via the casing with the outward surface of the vibrating planar member exposed outwardly. Further, a resin film is attached using an adhesive member applied on a rear surface of the film to cover all the outward surface of the vibrating planner member.
    • 超声波传感器由超声波换能器和外壳构成。 换能器包括具有内部空间的金属制壳体; 形成在所述壳体中的振动平面构件,其中所述振动平面构件的外表面构成所述壳体的外表面,并且所述振动平面构件的内表面面向所述内部空间; 以及安装在振动平面构件的内表面上的用于振动振动平面构件的驱动元件。 该超声波换能器组装在壳体内并通过壳体附接到车辆,其中振动平面构件的外表面向外露出。 此外,使用施加在膜的后表面上的粘合剂构件来安装树脂膜以覆盖振动计划构件的所有外表面。