• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    1527278 Rotary conveyers DR CARL HAHN GmbH 13 Oct 1976 [15 Oct 1975] 42542/76 Heading B8A An apparatus for receiving a cylindrical workpiece, e.g. a tampon from a first station (Fig. 2) by axial displacement of said piece and for axially displacing said piece into a second station (Fig. 3), comprises a transfer element 21 extending substantially in one main plane, movable in said plane, and having a plurality of openings 78 theretheough, the openings having an inner perimeter; bushes 22 for receiving the workpiece, mounted within said openings for movement with the transfer element 21 and with their axes transverse to said main plane; means for moving each of the bushes 22 into approximate axial alignment with said first station for receiving a workpiece, and for moving the bushes into an approximate axial alignment with the second station (Fig. 4) for discharging the workpiece; the bushes being floatingly mounted within said openings so as to be able to move in both the axial and radial direction to compensate for errors in said alignment.
    公开号:SU833153A3
    申请号:SU762409556
    申请日:1976-10-13
    公开日:1981-05-23
    发明作者:Фризе Аксель；Симон Штефан
    申请人:Др. Карл Хан Гмбх (Фирма)；
    IPC主号:
    专利说明:

    The invention relates to the arbitrariness of tampons made of fibrous material of a cylindrical shape, and more specifically, to a device for supplying fibrous cores to the processing zone.
    ’A device is known for supplying fibrous cores to a processing aeon comprising a turret with core holders [1]. ,
    However, this device is not reliable when refueling it with rods and transferring the rods to the processing zone.
    The purpose of the invention is to increase the reliability of the device. 1 This goal is achieved by the fact that each holder has a sleeve with a self-centering support, and holes are made in the turret to accommodate self-centering supports, and each sleeve is mounted with the possibility of axial movement.
    The self-aligning bearing has a centering ring mounted with possibility voe- e ^ contact with the wall of the hole of the turret, the two spring-loaded conical ring arranged coaxially on either side of the centering ring 30 with the possibility of contacting with the outer surface of the sleeve and the rollers, each of which is disposed between the conical and centering rings, with conical rings facing one another with ends of a smaller diameter. In addition, the self-centering support is a ring made hollow from an elastic material, or a ring spring-loaded in axial and radial directions.
    In FIG. 1 shows a device, a general view, 'in FIG. 2 is the same side view) in FIG. 3-5 - embodiments of the self-centering support.
    The device has a turret 1 with holders 2 cores, which are placed in the holes of the turret. The holder 2 consists of a sleeve 3 and a self-centering support. The sleeve 3 is mounted with the possibility of axial movement.
    Self-centering support (Fig. 3) 'has a centering ring 4 mounted in the hole of the turret, two conical spring-loaded rings 5. Rings'5 are mounted on the rotor 3 coaxially to the centering ring on both sides and face one another with smaller diameters.
    colic 6 are located between the centering and conical rings.
    Self-centering support (Fig. 4) is a ring 7 mounted on the sleeve 3 and made hollow from an elastic material.
    Self-centering support (Fig. 5) is a ring 8, which; mounted on sleeve 3 and tightened in axial and radial; ' directions by springs 9.
    The device operates as follows.
    The cylindrical rods 10 of fibrous material processed on the device 11 are loaded in pairs in the holders 2 of the turret 1.
    The bushings 3 are extended in the direction of the device 11 by the pressure plate 12. They are centered with the holes 13 on the holes 14 of the device 11. The rods 10 are fed into the sleeves 3. The plate 12 is retracted and the turret rotates one step and then the cycle of loading the rods is repeated at the same time, bushings filled with rods reach the transfer position of the rods to device 15 for further processing.
    The bushings 3 are pressed by the strip 16 to the sleeves 17 of the device 15. The plungers 18, making axial movement., Pass through the strip 16 and push the rods from the bushings 3, and feed them into the sleeves 17 of the device 15.
    The bushings 3 are located in the holes of the turret so that their center of gravity coincides with the main plane of the head. The bushings are elastically centered in this position by means of spring elements. This centering provides axial and radial movement with the holes of the device 11 and the sleeves 17 of the device 15.
    权利要求:
    Claims (3)
    [1]
    The rollers 6 are located between the centering and conical rings. The self-initiating onot) a (Fig. 4) is a ring 7 mounted on the sleeve 3 and filled with a hollow of elastic material. The self-centering bearing (Fig. 5) represents the ring 8, which is mounted on the sleeve 3 and is pressed in axially and radially; directions by springs 9. The device operates as follows. The cylindrical rods 10 of the fiber material processed on the devices 11 are loaded in pairs into the holders 2 of the turret 1. The sleeves 3 are advanced in the direction of the device 11 by the pressure bar 12. They are chamfered by means of 13 chamfers 13 with the holes 14 of the device 11. The rods 10 are fed into the sleeves 3. The bar 12 is retracted and the revolver, the head rotates one step this is repeated, at the same time, the sleeves filled with the rods reach the position of the transfer of the rods to the device 15 for further processing. The bushings 3 are pressed by the bar 16 to the sleeves 17 of the device 15. The plungers 18, having made axial movement, pass through the bar 16 and eject BfUOT rods from the bushings 3, and feed them into the sleeves 17 of the device 15. The bushings 3 are located that their center of gravity coincides with the glance plane of the head. The bushings are elastically centered in this position by means of spring elements. Such centering provides axial and radial movement with the openings of the device 11 and the sleeves 17 of the device 15. Formula 1. Invention device for supplying fibrous cores to the treatment area, containing a turret with holders of cores, in order to increase the reliability of the device Each holder has a sleeve with a self-centering support, and in the turret there are holes for accommodating self-centering supports, each sleeve being installed with the possibility of axially displacements.
    [2]
    2. A device according to claim 1, characterized in that each self-centering support has a centering ring installed with the possibility of contact with the hole wall of the turret, two conical spring-loaded rings, spaced. Coaxially mounted on both sides of the centering ring with the possibility of contact with the outer surface of the sleeve, and the rollers, each of which is located between the conical and centering rings, while the conical rings face each other with ends of a smaller diameter.
    [3]
    3. The device according to claim 1, differs ayadey with the fact that the cadda self-centering support is a ring made of a hollow of elastic material. 4, The device according to claim 1, about the t and h and th it by the fact that each self-centering bearing is a ring, spring-loaded in the axial and radial directions. Sources of information taken into account in the examination, 1. Patent of Germany No. 1813669, cd. 81e, 82/02, 1972.
    类似技术:
    公开号 | 公开日 | 专利标题
    SU833153A3|1981-05-23|Device for feeding fibrous cores to treatment zone
    US4134333A|1979-01-16|Method and means for transferring rows of articles
    JPH0342134A|1991-02-22|Crank driving device used in material feeder provided in machine tool
    SU562178A3|1977-06-15|Collet
    US4616410A|1986-10-14|High speed lead socket assembly machine
    SU677801A1|1979-08-05|Unit-assembling machine
    SE468038B|1992-10-26|CENTERING CENTER FOR CENTERING OF A PIPE WELDING APPARATUS RELATIVELY A PIPE TO WELD TO A GABLE PLATE
    SU573321A1|1977-09-25|Device for feeding components into zone of machining
    SU1682140A1|1991-10-07|Detail final machining orientation device
    FR2293283A1|1976-07-02|Equipment for transfer of hollow cylinders - has multi-arm discharger for positive feeding from turret onto conveyor
    US2404233A|1946-07-16|Mechanism for rotating articles
    SU1205005A1|1986-01-15|Arrangement for flaw detection of cylindrical articles
    JPS56135087A|1981-10-22|Clamping device of sheet for drum
    SU942937A1|1982-07-15|Charging apparatus to thread knurling machine
    SU1135578A1|1985-01-23|Device for electrophysical size machining of holes
    SU627920A1|1978-10-15|Device for supporting rotating rod
    KR890011022A|1989-08-12|Wafer Feeder
    SU776784A2|1980-11-07|Carrier plate
    SU1656376A1|1991-06-15|Device for fastening bearings in test machine
    SU784991A2|1980-12-17|Feeding collet chuck
    SU1103956A2|1984-07-23|Self-centering chuck
    SU814488A1|1981-03-23|Monitoring mechanism to apparatus for sorting piston rings
    SU893427A1|1981-12-30|Apparatus for connecting parts of electric discharge devices
    SU1169801A1|1985-07-30|Satellite appliance
    SU1252124A1|1986-08-23|Work feeding apparatus
    同族专利:
    公开号 | 公开日
    CS209431B2|1981-12-31|
    FR2327942B1|1982-06-25|
    FR2327942A1|1977-05-13|
    DE2546245B2|1978-02-02|
    PT65712B|1978-08-02|
    JPS5325095A|1978-03-08|
    ATA761676A|1978-10-15|
    AR211348A1|1977-11-30|
    DE2546245A1|1977-04-21|
    PT65712A|1976-11-01|
    BR7606899A|1977-08-30|
    AU501961B2|1979-07-05|
    US4113083A|1978-09-12|
    YU247976A|1982-06-30|
    GB1527278A|1978-10-04|
    AU1863576A|1978-04-20|
    NZ182254A|1979-01-11|
    AT350179B|1979-05-10|
    ES452411A1|1977-11-01|
    CH614879A5|1979-12-28|
    IT1076493B|1985-04-27|
    CA1055059A|1979-05-22|
    DE2546245C3|1978-09-28|
    PL113066B1|1980-11-29|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US2984334A|1957-12-16|1961-05-16|Barry Wehmiller Machinery Co|Bottle carrier|
    US3316688A|1964-01-16|1967-05-02|Otto C Niederer|Packing equipment|
    US3461535A|1966-12-07|1969-08-19|Medical Supply Co|Rotary type swab assembling machine|
    GB1234268A|1968-11-14|1971-06-03|
    FR2044413A5|1969-05-20|1971-02-19|Riedoz Ets|
    US3585785A|1969-12-15|1971-06-22|Castle & Cooke|Automatic can packer for pineapple slices|
    CH554726A|1972-09-14|1974-10-15|Ism Equipements Ind De Montage|ROTATING TRANSFER TABLE.|
    US3967712A|1974-12-24|1976-07-06|F. Jos. Lamb Company|Work carrier for gravity conveyors|DE3049581C2|1980-12-31|1987-02-26|Dr. Carl Hahn Gmbh, 4000 Duesseldorf, De|
    GB8531505D0|1985-12-20|1986-02-05|Molins Plc|Feeding articles|
    US5200702A|1991-03-04|1993-04-06|Bruker Instruments, Inc.|Feed mechanism and method therefor|
    US5725347A|1996-05-17|1998-03-10|International Business Machines Corporation|Carousel pin stacker|
    WO1998034802A1|1997-02-11|1998-08-13|Fori Automation, Inc.|Tire inflation apparatus and method having floating platen|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DE2546245A|DE2546245C3|1975-10-15|1975-10-15|Device for transferring elongated objects from a first processing station to a second processing station|
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