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    • 1. 发明授权
    • Crankshaft for combustion engines
    • 内燃机曲轴
    • US4534241A
    • 1985-08-13
    • US503193
    • 1983-06-02
    • Arne RemmerfeltSten Larsson
    • Arne RemmerfeltSten Larsson
    • F16C3/06B23K15/00F16C3/10F16C3/14
    • F16C3/10F16C3/14Y10T29/17Y10T74/2175Y10T74/2185
    • A crankshaft for combustion engines has a number of components joined to each other. Each component comprises a counterweight, a portion of a main bearing journal, and a portion of a crank bearing journal. Adjacent components are so arranged that their crank bearing journal portions are connected to each other to form a complete crank bearing journal, and their main bearing journal portions are secured to each other to form a complete main bearing journal. One of each pair of portions is longer than the other; and oil ducts extend through cavities in the components but do not communicate with those cavities. Instead, the ends of the ducts open through the journal bearing surfaces, and specifically through the longer of the two journal portions so that the opening of the ducts can be central of the journal and still not interfere with the joint between the components.
    • PCT No.PCT / SE82 / 00323 Sec。 371日期1983年6月2日 102(e)日期1983年6月2日PCT申请日为1982年10月7日PCT公布。 出版物WO83 / 01283 1983年4月14日。内燃机用曲轴具有彼此连接的多个部件。 每个部件包括配重,主轴承颈部的一部分和曲柄轴承轴颈的一部分。 相邻的部件被布置成使得它们的曲柄轴颈部分彼此连接以形成完整的曲柄轴承轴颈,并且它们的主轴承轴颈部分彼此固定以形成完整的主轴承轴颈。 每对部分之一比另一部分长; 并且油管延伸通过部件中的空腔,但不与那些空腔连通。 相反,管道的端部通过轴颈轴承表面打开,并且具体地穿过两个轴颈部分中的较长者,使得管道的开口可以是轴颈的中心,并且仍然不干扰部件之间的接头。
    • 2. 发明授权
    • X-ray examination apparatus
    • X射线检查装置
    • US5081661A
    • 1992-01-14
    • US585521
    • 1990-09-20
    • Sten Larsson
    • Sten Larsson
    • A61B6/00
    • A61B6/4476A61B6/4441
    • An x-ray examination apparatus has a bent carrier having a first end to which a radiation source is attached and a second end to which an x-ray image intensifier is connected. The radiation source and the image intensifier are respectively connected to the carrier via individual, laterally projecting booms. Each boom is connected to the carrier so as to be rotatable around an axis at the end of the carrier to which it is connected. The arrangement allows unimpacted accessibility to the patient in different types of examinations.
    • X射线检查装置具有弯曲载体,其具有安装有辐射源的第一端和连接有X射线图像增强器的第二端。 辐射源和图像增强器分别通过单独的侧向突出的吊杆连接到载体。 每个悬臂连接到载体,以便能够在与其连接的载体的端部处的轴线周围旋转。 该安排允许在不同类型的检查中对患者的无阻碍的可及性。
    • 3. 发明授权
    • Patient support apparatus comprising a rotatable support
    • 患者支撑装置包括可旋转支撑件
    • US4481657A
    • 1984-11-06
    • US383983
    • 1982-06-01
    • Sten Larsson
    • Sten Larsson
    • A61B6/04G03B41/16
    • A61B6/0457A61B6/0464
    • In the case of a patient support apparatus, a support, rotatably mounted about a horizontal spatial axis, is height-, longitudinally- and laterally-adjustable relative to an x-ray apparatus, whereby at least the height adjustment proceeds by a motor. In order, in the case of a lengthwise displacement of the patient support, to automatically conduct such a height adjustment that the isocenter moves along a path--capable of being established in advance--along the support, it is provided in accordance with the disclosure that a processor constantly determines, for the actual coordinates of the spatial axis and of the tilt angle .alpha. of the support, the height of a desired examination point and compares it with the height of the isocenter. A follow-up control coupled with the processor ensures a constant adaptation of these two values.
    • 在患者支撑装置的情况下,围绕水平空间轴线可旋转地安装的支撑件相对于x射线装置是高度,纵向和横向可调节的,由此至少由马达进行高度调节。 为了在患者支架的纵向位移的情况下,为了自动地进行这样的高度调整,以使得等距中心沿着能沿着支撑件预先建立的路径移动,根据本公开提供 处理器对于空间轴的实际坐标和支撑件的倾斜角α来确定所需检查点的高度,并将其与等角点的高度进行比较。 与处理器耦合的后续控制确保了这两个值的不断调整。
    • 4. 发明授权
    • Patient examination table having a simplified tilt mechanism
    • 具有简化倾斜机制的患者检查表
    • US5201088A
    • 1993-04-13
    • US802222
    • 1991-12-04
    • Sten Larsson
    • Sten Larsson
    • A61B6/03A61B6/04
    • A61B6/0464Y10T74/19516Y10T74/2186
    • A patient examination table, of the type used in an x-ray examination apparatus, has one end secured to a ceiling or floor stand via a tilt mechanism which permits the longitudinal axis of the table to be tilted upwardly or downwardly. The table can be tilted around an imaginary axis, the imaginary axis being movable roughly in the middle of the examination table. The tilt mechanism includes a driven element, which may be a part of the housing for the tilt mechanism, a first gear which is rigidly attached to the stand, a second gear which is rigidly attached to the examination table and a transmission linkage between the first and second gears which permits the second gear to be movable around the drive shaft of the first gear as the driven element is rotated. The second gear is rotated in an opposite direction to the direction of rotation of the driven element.
    • 用于x射线检查装置的类型的患者检查台具有通过倾斜机构固定到天花板或地板支架的一端,其允许桌子的纵向轴线向上或向下倾斜。 桌子可绕虚拟轴线倾斜,假想轴大致在检查台的中间移动。 倾斜机构包括从动元件,其可以是用于倾斜机构的壳体的一部分,刚性地附接到支架的第一齿轮,刚性地附接到检查台的第二齿轮和第一 以及当所述从动元件旋转时允许所述第二齿轮能够绕所述第一齿轮的驱动轴移动的第二齿轮。 第二齿轮沿与被驱动元件的旋转方向相反的方向旋转。
    • 5. 发明授权
    • Method of producing castings with means to facilitate burr removal
    • 生产铸件的方法,方便拆除毛刺
    • US4494297A
    • 1985-01-22
    • US427305
    • 1982-09-29
    • Sten Larsson
    • Sten Larsson
    • B22C23/00B22D31/00B22D11/126B22D11/128
    • B22D31/00Y10S29/026Y10T29/49799Y10T29/49989
    • A method is described for producing castings and removing burrs produced during the casting at the parting line of the casting mold and in regions where cores are supported in core-supporting holes formed in the mold. The casting mold is so shaped that a well-defined burr, which includes a substantially uninterrupted flange projecting from the casting, is formed in the region of the casting which solidifies opposite the mold parting line. The mold may also be so shaped that a further well-defined burr, which includes a further substantially uninterrupted flange projecting from the casting, is formed in the region of the casting which solidifies where a core of the casting mold enters a core-supporting hole. After removal of the casting from the mold, the or each flange is removed by a mechanical cutting tool or by gas cutting, preferably by employing an industrial robot to effect relative movement between the flange and the flange-removing means.
    • 描述了一种用于生产铸件和去除在铸模分模线期间铸造期间产生的毛刺的方法以及在模具中形成的芯支撑孔中支撑芯体的区域。 铸造模具的形状使得在铸件的区域中形成明确的毛刺,该毛刺包括从铸件突出的基本不间断的凸缘,其与模具分型线相对固化。 模具也可以是这样的形状,使得在铸件的区域中形成另一个明确定义的毛刺,其中包括另外基本上不间断的凸缘突出的凸缘,其中铸模的芯进入芯支撑孔 。 在从模具移除铸件之后,通过机械切割工具或气体切割来移除或者每个凸缘,优选地通过使用工业机器人来实现凸缘和法兰移除装置之间的相对运动。