会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 11. 发明授权
    • Method and apparatus for picking up papers
    • 拾纸的方法和装置
    • US06416048B2
    • 2002-07-09
    • US09283211
    • 1999-04-01
    • Katsuya TomiyamaKenichi Ikegami
    • Katsuya TomiyamaKenichi Ikegami
    • B65H312
    • B65H3/124B65H2301/321B65H2402/31B65H2406/32231B65H2701/1916
    • An apparatus for picking up a plurality of papers stacked in an upright position one by one is disclosed. A pick-up mechanism is angularly movable about a single point between a position for sucking the outermost paper and a position for conveying it. While an sending mechanism sends air toward the bottom of a stack of papers positioned on a tray, the pick-up mechanism sucks the outermost paper and moves away from the other papers at a low speed. After the pick-up mechanism has conveyed the above paper, it moves toward she next paper for sucking it at a high speed. Air being sent from the above mechanism insures the separation of the consecutive papers. Because the pickup mechanism retaining the outermost sheet by suction moves slowly away from the other papers, the outermost paper is easily spaced from the other papers and therefore more surely separated from the other papers. This obviates a shearing force otherwise acting on and damaging, e.g., letters and magazines of delicate quality.
    • 公开了一种用于拾取多个堆叠在直立位置上的纸张的装置。 拾取机构可以在用于吸入最外侧纸张的位置和用于传送最外侧纸张的位置之间的单个点上成角度地移动。 当发送机构向定位在托盘上的一叠纸张的底部发送空气时,拾取机构吸收最外面的纸并以低速离开其它纸张。 在拾取机构传送上述纸张之后,它移动到下一纸张以高速吸取纸张。 从上述机制发出的空气确保连续纸张的分离。 由于通过抽吸保持最外面的片材的拾取机构缓慢地远离其他纸张,所以最外面的纸张与其他纸张容易地间隔开,因此与其他纸张更确定地分离。 这消除了另外作用于和损坏例如精细品质的字母和杂志的剪切力。
    • 15. 发明公开
    • Sheet feeding apparatus
    • 供纸装置
    • EP0990609A2
    • 2000-04-05
    • EP99106495.7
    • 1999-03-30
    • NEC CORPORATION
    • Tomiyama, KatsuyaNakabayashi, Isamu
    • B65H3/12B65H1/02
    • B65H1/025B65H3/124B65H7/16B65H2301/321B65H2406/32231B65H2406/41B65H2511/51B65H2511/514B65H2515/342B65H2557/37B65H2701/1916B65H2220/01B65H2220/11B65H2220/02
    • A sheet feeding apparatus includes a carrier portion, a suction belt, a servo motor, a blower, a solenoid valve, a pressure sensor, a position sensor, a belt hole sensor, and a controller. The carrier portion feeds a plurality of sheets of different sizes in a direction of their thickness in an upright state. The suction belt has a belt hole for drawing each sheet fed from the carrier portion by suction, so as to feed out each sheet drawn by suction with the belt hole. The servo motor drives the suction belt. The blower generates a pressure for drawing the sheet by suction in the belt hole. The solenoid valve enables/disconnects supply of the negative pressure from the blower to the belt hole. The pressure sensor measures a pressure in the belt hole. The position sensor detects the sheet fed out by the suction belt. The belt hole sensor detects the belt hole after the sheet is fed out. The controller controls operations of the solenoid valve and the servo motor on the basis of detection outputs from the pressure sensor, the position sensor, and the belt hole sensor.
    • 片材供给装置包括载体部分,吸力带,伺服马达,鼓风机,电磁阀,压力传感器,位置传感器,带孔传感器和控制器。 载体部分以直立状态在厚度方向上供给多个不同尺寸的片材。 吸附带具有带孔,用于通过抽吸从载体部分供给的每张片材,以便通过带孔抽吸由吸附吸取的每张片材。 伺服电机驱动吸力带。 鼓风机产生用于通过在带孔中抽吸来抽吸片材的压力。 电磁阀启用/断开来自鼓风机的负压向带孔的供应。 压力传感器测量带孔中的压力。 位置传感器检测由吸附带输出的纸张。 在纸张送出之后,皮带孔传感器检测到皮带孔。 控制器基于来自压力传感器,位置传感器和带孔传感器的检测输出来控制电磁阀和伺服电动机的操作。