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    • 61. 发明申请
    • WORK SEATING DETECTION DEVICE AND ADJUSTMENT METHOD FOR SAME
    • 工作座位检测装置及其调整方法
    • US20160243662A1
    • 2016-08-25
    • US15027380
    • 2013-10-08
    • FUJI MACHINE MFG.CO., LTD
    • Toshifumi SUZUKIOsamu NAGAI
    • B23Q17/00B23B31/00
    • B23Q17/006B23B31/00B23B2231/26Y10T29/49776Y10T279/21
    • A work seating detection device including a detection hole formed to discharge air from a work seating face of a chuck, a detection flow path connecting an air supply source supplying compressed air and the detection hole, a pressure switch detecting a secondary-side pressure of a throttle portion formed in the detection flow path, and a pressure regulator adjusting the secondary-side pressure is provided. An adjustment flow path branching on a secondary side of the throttle portion is formed in the detection flow path, an on-off valve is disposed at the adjustment flow path, an adjustment block provided with an adjustment face pressing an adjustment gauge is integrally formed in a tip portion, and an adjustment hole having the same size as the detection hole and communicating with the adjustment flow path is formed in the adjustment block for an opening portion to be positioned in the adjustment face.
    • 一种工作座位检测装置,包括:检测孔,其形成为从卡盘的工作座面排出空气;连接供给压缩空气的供气源和检测孔的检测流路;压力开关,其检测二次侧压力 形成在检测流路中的节流部,以及调节二次侧压力的压力调节器。 在检测流路中形成有在节流部的次级侧分支的调节流路,在调节流路上配置有开关阀,在压力调节量规上设置有调整面的调整块一体形成在 在调整面的调整块上形成具有与检测孔大小相同并与调节流路连通的调整孔,该调整块位于调整面。
    • 62. 发明授权
    • Self-adaptive method for mounting side doors on motor-vehicle bodies
    • 汽车车身侧面安装的自适应方法
    • US09422016B2
    • 2016-08-23
    • US13993950
    • 2011-10-18
    • Carlo Mangiarino
    • Carlo Mangiarino
    • B62D65/00B23Q17/00B62D65/06B62D65/02
    • B62D65/06B62D65/028Y10T29/49769Y10T29/49778Y10T29/4978
    • A method for mounting side doors on motor-vehicle bodies involves detecting—by means of optoelectronic systems—a plurality of dimensions measured along coordinates X, Y, Z, on the body and on the door units, with the aid of the proper references, for qualifying the geometric conditions of the coupling between the doors and the cooperating door receiving seats. On the basis of the detected dimensions, the method determines the mounting positions of each pair of hinge elements to be secured to the body and to the doors for accurate fit. The method involves mounting the hinge elements on the body in the determined positions, and mounting the doors on the body by connecting the body hinge elements and the door hinge elements to each other by simultaneously inserting articulation pins in seats, without requiring further operations for adjusting and recording geometrical settings.
    • 用于将侧门安装在机动车体上的方法包括通过光电子系统来检测 - 借助于适当的参考,沿着坐标X,Y,Z在身体和门单元上测量的多个尺寸, 用于限定门和协作门接收座之间的联接的几何条件。 根据检测到的尺寸,该方法确定要固定到主体和门上的每对铰链元件的安装位置以便精确配合。 该方法包括将铰链元件安装在身体上的确定位置,并且通过将关节销同时插入座中而将身体铰链元件和门铰链元件彼此连接,将门安装在主体上,而不需要进一步的调节操作 并记录几何设置。
    • 64. 发明授权
    • Method of measurement and apparatus
    • 测量方法和仪器
    • US09329029B2
    • 2016-05-03
    • US13880015
    • 2011-10-27
    • Yasuhiro Kurahashi
    • Yasuhiro Kurahashi
    • G01B11/24B23Q17/24G01B11/04B23Q17/09B23Q17/22B23Q17/00
    • G01B11/24B23Q17/0914B23Q17/22B23Q17/2409B23Q17/249B23Q2017/001G01B11/04G01B11/2433
    • In the machine tool (10) pertaining to the present invention, an imaging device (33) takes an image of a tool (20) being moved in the feeding direction. Contour lines (51) are identified by means of the plurality of sets of image data generated from imaging. The movement trajectory (52) and the central axis (53) of the tool (20) are identified on the basis of the contour lines (51). When the movement trajectory (52) and the central axis (53) are offset, said offset can be used to correct the positioning of the tool (20) with the machine tool (10). As a result, the processing accuracy of a workpiece improves. Moreover, when the dimensions of a tool (20) that has a tilted posture are measured, it is possible to determine the actual tool diameter or the actual blade position in the tilted posture. The aforementioned blade position and tool diameter can be used to correct the positioning of the machine tool (10). Thus, the processing accuracy of the workpiece improves even more.
    • 在本发明的机床(10)中,成像装置(33)拍摄沿进给方向移动的工具(20)的图像。 轮廓线(51)通过从成像产生的多组图像数据来识别。 基于轮廓线(51)来识别工具(20)的运动轨迹(52)和中心轴线(53)。 当移动轨迹(52)和中心轴线(53)偏移时,所述偏移可用于校正工具(20)与机床(10)的定位。 结果,工件的加工精度提高。 此外,当测量具有倾斜姿势的工具(20)的尺寸时,可以确定倾斜姿势下的实际刀具直径或实际刀片位置。 可以使用上述刀片位置和刀具直径来校正机床(10)的定位。 因此,工件的加工精度进一步提高。
    • 66. 发明申请
    • QUERY UNIT FOR TOGGLE LEVER CLAMP
    • 查询单元用于切割杠杆夹
    • US20160031057A1
    • 2016-02-04
    • US14812065
    • 2015-07-29
    • Pepperl+Fuchs GmbH
    • Thomas FREUND
    • B23Q17/00G01D5/20B25B5/12
    • Query unit for determining the status of moving or movable parts of a system part, particularly for determining the end positions of a clamping arm of a toggle lever clamping apparatus, has a sensor unit and an electroblock. The sensor unit has at least one sensor and a connector plug-in connection part for connecting the sensor unit with the electroblock and can be attached to the system part. The electroblock has at least one electrical connector element for connecting an outer, releasable connection cable, a connector plug-in connection part for connecting the electroblock with the sensor unit, and at least one screw passage opening for installation on an outer surface of the system part. The connector plug-in connection part of the sensor unit is connected in an opening of the system part, with shape fit.
    • 用于确定系统部件的移动部件或可移动部件的状态的查询单元,特别是用于确定肘杆夹紧装置的夹紧臂的端部位置的传感器单元和电子块。 传感器单元具有至少一个传感器和连接器插入式连接部分,用于将传感器单元与电子块连接起来,并可连接到系统部件。 电子插件具有用于连接外部可释放连接电缆的至少一个电连接器元件,用于将电子块与传感器单元连接的连接器插入连接部分,以及用于安装在系统外表面上的至少一个螺纹通道开口 部分。 传感器单元的连接器插入式连接部分连接在系统部件的开口中,形状适合。