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    • 3. 发明公开
    • Web guide with vee bearing
    • 带VEE轴承的WEB指南
    • EP0092735A3
    • 1984-07-04
    • EP83103550
    • 1983-04-13
    • Baldwin Technology Corporation
    • Glanz, Richard
    • B65H25/26
    • B65H23/038
    • The web guide apparatus of the present invention includes a sationary tilt roller support frame, a pivotal tilt roller support means and an inlet tilt roller. A web of material travelling in a direction generally perpendicular to the tilt roller is guided by arcuately pivoting the tilt roller with respect to the direction of travel of the web. The pivotal frame of the apparatus is supported upon the stationary frame by means of a rolling engagement bearing carriage. The center about which the tilt roller is pivoted. known as the origin of radius, lies on the line defined by the inlet edge of the inlet tilt roller.
    • 本发明的卷筒纸引导装置包括立式倾斜辊支撑框架,枢转倾斜辊支撑装置和入口倾斜辊。 沿着大体上垂直于倾斜辊的方向行进的材料网通过相对于幅材行进方向的倾斜辊弧向旋转来引导。 装置的枢转框架通过滚动接合轴承托架支撑在固定框架上。 被称为半径原点的倾斜辊枢转的中心位于由入口倾斜辊的入口边缘限定的线上。
    • 4. 发明公开
    • Web guide with vee bearing
    • Gewebebahnführungmit V-förmigerStütze。
    • EP0092735A2
    • 1983-11-02
    • EP83103550.6
    • 1983-04-13
    • Baldwin Technology Corporation
    • Glanz, Richard
    • B65H25/26
    • B65H23/038
    • The web guide apparatus of the present invention includes a sationary tilt roller support frame, a pivotal tilt roller support means and an inlet tilt roller. A web of material travelling in a direction generally perpendicular to the tilt roller is guided by arcuately pivoting the tilt roller with respect to the direction of travel of the web.
      The pivotal frame of the apparatus is supported upon the stationary frame by means of a rolling engagement bearing carriage. The center about which the tilt roller is pivoted. known as the origin of radius, lies on the line defined by the inlet edge of the inlet tilt roller.
    • 本发明的卷筒纸引导装置包括立式倾斜辊支撑框架,枢转倾斜辊支撑装置和入口倾斜辊。 沿着大体上垂直于倾斜辊的方向行进的材料幅材通过相对于幅材行进方向弧形地枢转倾斜辊来引导。 装置的枢转框架通过滚动接合轴承托架支撑在固定框架上。 被称为半径原点的倾斜辊枢转的中心位于由入口倾斜辊的入口边缘限定的线上。
    • 6. 发明公开
    • Shaft having means for retaining thereon a reel, material roll or similar article, and means for controlling transverse position of the web unwound from the roll
    • 具有用于保留卷轴,材料辊或类似物品的手段的手段以及用于控制来自滚子的WEB的横向位置的手段
    • EP0067481A3
    • 1983-05-25
    • EP82200702
    • 1982-06-08
    • TEVOPHARM SCHIEDAM B.V.
    • van Maanen, Johannes Dominicus
    • B65H75/24B65H25/26B65B41/18
    • B65H23/0326B65B41/18B65H75/242
    • An apparatus comprising a protruding shaft having means for retaining thereon a reel, material roll or similar article which is slipped on the shaft from the free end of the shaft, which means comprise a number of elongated pressure members located in recesses in the shaft. The pressure members are adapted to be displaced radially outwards by means of a pressurized fluid supplied through the shaft through a connector to be coupled with a source of pressurised fluid, until they engage against the inner side of the central cavity of a reel slipped on the shaft and to move radially inwards again for removing the reel from the shaft. The apparatus in particular serves for being applied in a packing machine in which articles are packed continuously in a packing material web unwound from a packing material roll retained on the shaft. Each pressure member is mounted in the associated recess also for a slideable movement in axial direction between a foremost and hindmost position and is provided at the end remote from the free end of the shaft with a stop projecting radially outwards for shifting the pressure members into the hindmost position by means of a reel slipped in the shaft and engaging the stops. Within the pressure members actuating means are mounted for an axially reciprocating movement, said actuating means being provided at their outer sides with at least one wedge surface cooperating with wedge surfaces formed at the inner sides of the pressure members so that by a movement of the actuating means from the one outmost position to the other outmost position the pressure members are urged radially outwards. Means are provided for returning of the pressure members into their foremost position again by a movement of the actuating means to the one outmost position, the actuating means having a stop surface bearing against a stop surface formed in the shaft in said outmost position of the actuating means. Means acting as a spring are provided urging the actuating means to said one outmost position. Further two spaces are defined in the shaft communicating with each other through a relatively narrow channel. A first valve member closes said channel in the one outmost position of the actuating means. The first space communicates directly with the connection to the source of a pressurized fluid so that in operation said space is filled with said pressurized fluid. The second space is bounded by a substantially transversely extending surface of the actuating means and is provided with a second normally closed valve member. The first valve member is coupled to the pressure member such that when said members are moved to a hindmost position the first valve member is opened, by which the pressurized fluid is permitted to flow into the second space through said channel so that the actuating mean is urged to the other outmost position by the fluid pressure acting on said transverse surface for displacing radially the pressure members by means of the wedge surfaces. By opening the second valve member the fluid pressure in the second space is relieved so that the actuating means are urged to the first outmost position again by the means acting as a spring.
    • 8. 发明专利
    • OPTICOELECTRONIC SENSOR
    • BG103218A
    • 2000-09-29
    • BG10321899
    • 1999-03-01
    • DELIJSKI NENKO DGUGOV LUKA GDELCHEV PETAR G
    • DELIJSKI NENKO DGUGOV LUKA GDELCHEV PETAR G
    • B65H43/08G01B11/00B65H25/26
    • The sensor can be used in automatic monitoring and control systems, in particular for following and positioning of operating components and/or mobile belt products. Its efficiency is improved in the following and the dynamic positioning of these elements and/or products. The sensor consists of a light source (1), focussing part (2) and photo receiver (3) positioned on an optical straight line.The focussing part (2) is part of a longitudinally truncated optical cylinder the flat surface of which is directed to the light source (1) which has emitting area equal to the area of the flat surface of part (2). The large base (A) of a truncated optical wedge (4) is positioned in the focal line of the focussing part (2), and photoreceiver (3) is fitted to the small base (B) of wedge (4), for example by contact jelly or optical adhesive. The angle between the side slanted walls (E & F) is determined as a function of the type of the material for wedge (4) and the wavelength for which the photoreceiver is. A mobile shadowing element (14) can be fitted between the light source (1) and the focussing part (2). 8 cliams, 10 figures