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    • 1. 发明授权
    • Eyeglass lens processing apparatus
    • 眼镜镜片加工设备
    • US06719609B2
    • 2004-04-13
    • US09842642
    • 2001-04-27
    • Toshiaki MizunoShinji Koike
    • Toshiaki MizunoShinji Koike
    • B24B4916
    • B24B9/148B24B19/03B24B49/16
    • An eyeglass lens processing apparatus for processing a periphery of an eyeglass lens, includes: a lens rotating shaft which holds and rotates an eyeglass lens to be processed; an abrasive wheel rotating shaft movable between a retracted position and a processing position; a chamfering abrasive wheel which is attached to the abrasive wheel rotating shaft and which chamfers the lens while receiving a processing load from the lens during processing; a detecting unit which detects the load to the chamfering abrasive wheel; and a control unit which issues a control signal for relatively moving the lens and the chamfering abrasive wheel one from another to reduce the processing load if the detected processing load is higher than a predetermined first level and for continuing the chamfering, and which issues a control signal for ending the chamfering if the detected processing load over the entire periphery of the lens is lower than a predetermined second level.
    • 一种用于处理眼镜镜片周边的眼镜镜片处理装置,包括:透镜旋转轴,其保持并旋转待处理的眼镜镜片; 可在缩回位置和处理位置之间移动的砂轮旋转轴; 一个倒角砂轮,其连接到砂轮旋转轴,并且在加工期间从透镜接收处理负载时倒角透镜; 检测单元,其检测对所述倒角砂轮的负荷; 以及控制单元,其发出用于相对移动透镜和倒角砂轮的控制信号,以便如果检测到的处理负载高于预定的第一水平并且用于继续倒角,则减少处理负载,并且发生控制 如果在透镜的整个周边上检测到的处理负载低于预定的第二电平,则用于结束倒角的信号。
    • 6. 发明授权
    • Numerically controlled machine tool
    • 数控机床
    • US06786686B1
    • 2004-09-07
    • US09889489
    • 2001-07-17
    • Shinji Koike
    • Shinji Koike
    • B23D700
    • B23Q1/40B23Q1/525B23Q1/626B23Q1/66B23Q1/70B23Q1/76B23Q7/1431B23Q11/0053B23Q11/0057B23Q37/00Y10T29/5124Y10T29/5196Y10T409/304088Y10T409/308232Y10T409/309576
    • A numerically controlled machine tool is disclosed including a spindle support structure for moving the spindle having a tool mounted thereon in directions along an X-axis, a Y-axis and a Z-axis, a workpiece support structure having an indexing workpiece mounting table, and a chip discharge means located between the spindle support structure and the workpiece support structure for discharging chips produced in the machining area to the outside. Since the workpiece mounting table is allowed for rotational indexing, the setup process for the workpiece can be performed with the workpiece mounting surface of the workpiece mounting table facing upward, and therefore the setup process can be shortened while at the same time improving the machine operating rate. Also, since the spindle support structure, the workpiece support structure and the chip discharge means can be configured separately from each other, the machine tool can be manufactured and installed easily.
    • 公开了一种数控机床,其包括:主轴支撑结构,用于使具有安装在其上的工具的主轴沿着X轴,Y轴和Z轴移动;具有分度工件安装台的工件支撑结构, 以及位于主轴支撑结构和工件支撑结构之间的排屑装置,用于将在加工区域中产生的切屑排出到外部。 由于工件安装台被允许进行旋转分度,因此可以在工件安装台的工件安装面朝上的情况下进行工件的安装处理,因此可以缩短设置过程,同时改善机器的运行 率。 此外,由于主轴支撑结构,工件支撑结构和切屑排出装置可以彼此分开地构造,所以可以容易地制造和安装机床。
    • 9. 发明申请
    • BAG MANUFACTURING AND PACKAGING APPARATUS AND BAG MANUFACTURING AND PACKAGING METHOD
    • 袋制造和包装设备和包装制造和包装方法
    • US20100101188A1
    • 2010-04-29
    • US12444317
    • 2007-10-29
    • Shinji Koike
    • Shinji Koike
    • B65B9/06
    • B65B9/2028B65B9/2007B65B9/213B65B51/306
    • A bag manufacturing and packaging apparatus manufactures a bag by sealing a packaging material formed in a tubular shape and at the same time fills the bag with articles to be packaged. The bag manufacturing and packaging apparatus includes a conveyance mechanism, a squeezing mechanism and a conveyance adjusting unit. The conveyance mechanism is configured and arranged to convey the packaging material in a conveying direction. The squeezing mechanism includes a squeezing unit configured and arranged to sandwich the packaging material and to perform a squeezing motion so as to move the articles to be packaged to the downstream side in the conveying direction. The conveyance adjusting unit configured and arranged to move the packaging material towards the upstream side in the conveying direction during the squeezing motion of the squeezing unit.
    • 袋制造和包装装置通过密封形成为管状形状的包装材料制造袋子,并且同时用包装物品填充袋子。 袋制造和包装设备包括输送机构,挤压机构和输送调节单元。 输送机构被构造和布置成沿输送方向输送包装材料。 挤压机构包括挤压单元,该挤压单元构造和布置成夹持包装材料并进行挤压运动,以将要包装的物品沿输送方向移动到下游侧。 输送调节单元构造和布置成在挤压单元的挤压运动期间将包装材料朝向输送方向的上游侧移动。