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    • 2. 发明申请
    • ELECTRIC COMPRESSOR AND ASSEMBLY METHOD THEREOF
    • 电动压缩机及其装配方法
    • US20120282123A1
    • 2012-11-08
    • US13519926
    • 2010-08-26
    • Yuki IchiseTakayuki HagitaMasayuki IshikawaTakeshi HiranoTakayuki Watanabe
    • Yuki IchiseTakayuki HagitaMasayuki IshikawaTakeshi HiranoTakayuki Watanabe
    • F04D25/06B23P15/00
    • F04B39/14F04C18/0215F04C23/008F04C29/0078F04C2230/60H02K1/28H02K5/1732H02K7/083H02K15/0012Y10T29/49245
    • A main-bearing outer diameter of an electric motor is made smaller than a rotor outer diameter without causing a drop in production efficiency, and the ease of performing a shrink-fitting step is also enhanced by making it possible to mount a rotor to a main shaft in an early stage. A bearing journal portion (14b) of a main shaft (14) of an electric motor is formed in a shape into which an inner race (18b) of a main bearing (18) can be press-fitted from both sides in the axial direction thereof, and, in addition, an outer diameter of the bearing journal portion (14b) is made larger than an outer diameter of a rotor press-fitting portion (14a), whereas a bearing bore portion (5a) of a partition member (5) is formed in a shape into which an outer race (18a) can be press-fitted from both sides in the axial direction thereof. It is preferable that a space (S) into which a press-fitting tool for press-fitting the main bearing (18) can be inserted be provided between the rotor press-fitting portion (14a) of the main shaft (14) and the bearing journal portion (14b) thereof.
    • 电动机的主轴承外径小于转子外径而不会导致生产效率下降,并且通过使转子能够安装到主体上也可以提高进行收缩装配步骤的容易性 轴早期阶段。 电动机的主轴(14)的轴承轴颈部(14b)形成为主轴承(18)的内圈(18b)能够沿轴向从两侧压配合成的形状 并且另外,使轴承轴颈部(14b)的外径大于转子压配部(14a)的外径,而分隔部件(5)的轴承孔部(5a) )形成为能够沿其轴向方向从两侧压配合外圈(18a)的形状。 优选的是,可以插入用于压配主轴承(18)的压配工具的空间(S),该​​主体轴(14)的转子压配合部(14a)和 轴承轴颈部分(14b)。
    • 10. 发明授权
    • Drawing apparatus and method, program and recording medium
    • 绘图装置和方法,程序和记录介质
    • US07212219B2
    • 2007-05-01
    • US11012465
    • 2004-12-15
    • Taizo KoutaniMasayuki Ishikawa
    • Taizo KoutaniMasayuki Ishikawa
    • G09G5/00
    • G06T11/20G09G5/14G09G2340/045
    • Accurate drawing without position displacement is performed irrespective of different aspect ratios on the transmission side of drawing information and on the reception side. In a drawing apparatus 50, a normalized coordinate transformation section 62 transforms normalized coordinates (x3, y3) transmitted via a network into rear coordinates (x2, y3) in accordance with an inverse function g1−1 of a function g1 for normalizing an aspect ratio of an image displayed on a display, and a rear coordinate transformation section 63 transforms the rear coordinates (x2, y2) into front coordinates (x1, y1) in accordance with an inverse function f1−1 of a function f1 corresponding to the aspect ratio of the image. A drawing section 67 draws an image on the screen of the display in accordance with the front coordinates (x1, y1). The invention is applicable, for example, to an application sharing drawing information.
    • 与绘图信息的发送侧和接收侧的不同宽高比无关地执行没有位置偏移的精确绘制。 在绘图装置50中,归一化坐标变换部分62将经由网络发送的归一化坐标(x 3,y 3 3)转换成后坐标(x <2> / SUB>,y 3 3)根据函数g 1的反函数g <1> -1 用于对显示器上显示的图像的纵横比进行标准化,而后坐标变换部分63将后坐标(x2> 2,y2>)转换成前坐标(x 根据对应于函数f 1的函数f 1的反函数f 1 1 - 1 来计算第1个子元素,1个&lt; 1&lt; 1&lt; 1&gt; 图像的宽高比。 绘图部分67根据前坐标(x 1,y 1,1)在显示器的屏幕上绘制图像。 本发明可以应用于例如应用程序共享图形信息。