• 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:
    The inclined chute (6) guides sealing rings (5) on to carrier pegs (4) around the edge (3) of a rotating disc (2). Another rotating disc (7) edge (8) pushes the seals home. A second chute (10) feeds a spring ring (11) which is held by a magnet (12) until becoming hooked (13) in an approaching seal's groove (15). Further seal movement along a face (17) pushes the picked up spring ring over the seal end, for entire groove occupation. A pivoted spring (20) loaded face (17') and face corner (19) follow on with radial thrust. Ring positioning is verified (22) and a forked stripper (23) removes the seal complete with its spring ring.
    公开号:SU833150A3
    申请号:SU762356807
    申请日:1976-05-14
    公开日:1981-05-23
    发明作者:Дойтцманн Клаус
    申请人:Гетцеверке,Фридрих Гетце (Фирма)；
    IPC主号:
    专利说明:

    The invention relates to mechanical engineering and is intended for ’automatic donning of flexible spring rings on the sealing protrusions of the ring-shaped parts.
    A device is known comprising trays for supplying parts arranged at an angle to a rotating disk having fixing devices [1].
    A disadvantage of the known device is the low reliability when assembling spring rings with elaotic ring-shaped parts, for example, products such as seals.
    The purpose of the invention is trapping reliability of product assembly.
    The goal is achieved axis 9, running parallel to the axis 1 of the disk. In the direction of rotation of the disk 2 is located behind the first feeding tray 6, the second feeding tray 10 for the spring rings 11. The feeding tray 10, like the tray b, is located at an acute angle to the surface 3 of the circumference of the disk 2 and has an element with a magnet 12 against, respectively, the lower snap ring 11. The magnet determines.
    the ability to rotate the spring-loaded one-arm lever.
    In FIG. 1 shows a device, side view, section; in FIG. 2 times- .
    cut AA in FIG. 1.
    The device consists of a disk 2 mounted rotatably around the axis 1, the outer surface 3 of the circle is koch-. “It has several spaced apart cylindrical gripping fingers
    4. O-rings 5 are located in the first feed tray 6, which is located at an acute angle to the outer surface 3 of the circumference of the disk 2. There is a pressure roller 7 0 with the pressure surface 8 located in the direction of rotation of the disk so that the device is equipped with ^^ 2 behind the tray .6. At the same time, the pressure roller at the end of the tray for feeding the ring · ^ roller 7 is mounted rotatably around whole parts with a pressure roller whose axis is parallel to the axis of the disk, and the fixing device of the tray for feeding the Spring Rings has an element with an edge located obliquely relative to the surface of the disk and transferring to the clamping surface, a magnet is mounted on the wraparound speaker on this element, and, in addition, it is installed on this element that part of the circumference 13 of the spring ring is in the circumferential shape of the tracks 14, the groove 15 of the sealing ring 5. Said element has an edge with a magnet 16, and goes over, in the conductive presser surface 17. The lip 16 and surface 17 lie opposite the collar 18 of the sealing ring 5 (FIG. 1). .On the element with a turning edge installed with the possibility of rotation of the one-arm lever 19, spring-loaded spring 20 and having an edge 21.
    To check the sealing ring 5 for the presence of a spring ring 11 on the sealing protrusion 22 is a measuring device 23, while 15 as the dropping fork (Fig. 1) is located under the disk 2.
    The device operates as follows.
    The sealing rings 5 laid in the trays 6 with the rotating disk 2 are grabbed from below by the fingers 4 and removed from the tray 6, the rings 5 being fully pressed to the fingers through the pressing surface 8 of the roller 7.
    The sealing ring 5 is transported along the second feed tray 10, where the magnet 12 holds the lowest spring ring 11, into which the sealing ring is pushed by its shoulder 18. In this case, the shoulder 30 is gripped by the spring ring or its edge part and enters the hole in the spring ring so that with the help of the edge 16 and the clamping surface 17, the spring ring pro-35 slides through the shoulder until it enters the groove 15. Using the lever 19, the reliability of the fact that the spring ring 11 enters the groove 15 is further increased, since leading edge 21 to a spring ring 11 with the simultaneous radial movement. This ensures that, accordingly, the lowest spring ring 11 is captured and driven along with the sealing ring 5, only if the latter is present.
    The sealing rings 5 thus assembled during subsequent rotation of the disk 2 are gripped by a fork 24 and removed from the fingers.
    权利要求:
    Claims (2)
    [1]
    that a part of the circumference 13 of the spring ring is in the circumferential path 14 of the groove 15 of the sealing ring 5. This element with a magnet has an edge 16 that passes into the pressing surface 17. The edge 16 and the surface 17 lie opposite the flange 18 of the sealing ring 5 (Fig. 1 ). On the wrapping edge element, the one-arm lever 19 is spring-loaded and the edge 21 is spring-loaded and the edge 21 is rotatable. To check the sealing ring 5 on the bottom of the spring ring 11, a measuring device 23 serves on the sealing ledge 22, while the plug is reset (FIG. 1) is located under the. Disk 2. The device works as follows. The sealing rings 5 placed in the trays 6 when the disk 2 rotates is gripped by the fingers 4 and removed from the tray 6, and the rings 5 are fully pressed to the fingers through the pressing surface 8 of the roller 7 The sealing ring 5 is transported along the second feeding tray 10, where the magnet 12 holds the most the lower spring ring 11, into which the sealing ring is pushed by its flange 18. In this case, the shoulder is gripped by the spring ring or its edge part and enters the hole in the spring ring so that with the aid of the edge 16 and so forth olive with surface 17 of spring ring about skalzyvaet through bead until it enters the recess 15. With the lever 19 is further improved nadezhnos that the spring ring 11 enters the groove 15, as its edge 21 Veda circlip 11 with the simultaneous radial movement. This ensures that, respectively, the lowermost spring ring 11 is gripped and driven along with the sealing ring 5 only when the latter is present. The o-rings 5 thus assembled during the subsequent rotation of the disk 2 are gripped by a fork 24 and removed from the fingers. Claim 1. Device for putting flexible spring rings on sealing protrusions of ring-shaped parts, containing trays located at an angle to the rotating disk for supplying parts having fixing devices, characterized in that. In order to increase reliability, it is provided with a pressure roller located at the end of the tray for feeding ring-shaped parts, the axis of which is parallel to the axis of the disk, and the locking device of the tray for supplying spring rings has an element with an edge located obliquely relative to the disk surface and passing into the pressing surface, moreover, a magnet is mounted on this element at the edge.
    [2]
    2. The device according to claim 1, which distinguishes the fact that the element with the edge is installed with the possibility of rotation of the spring-loaded single-arm lever. Sources of information, acceptance AT: attention in the examination 1. USSR Copyright Certificate № 413018, CL. At 23 V 19/08, 1970.
    ten
    FIG. 2
    类似技术:
    公开号 | 公开日 | 专利标题
    SU833150A3|1981-05-23|Device for putting flexible spring rings on packing flanges of circular parts
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    ES2013691T3|1994-04-16|DEVICE FOR IMMOBILIZATION OF AN INERTIAL SENSOR LEVER IN A SEAT BELT RETRACTOR.
    JPS58107138A|1983-06-25|Method of feeding cake pieces
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    SU465500A1|1975-03-30|Overrunning clutch
    GB779980A|1957-07-24|Improvements in permanent connections between cylindrical members of different diameters
    JPS5240177A|1977-03-28|Revolving direction detecting device
    同族专利:
    公开号 | 公开日
    HU177097B|1981-07-28|
    DE2521398A1|1976-11-25|
    DE2521398C2|1982-10-28|
    RO69854A|1981-04-30|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    DE414641C|1924-08-10|1925-06-04|Louis Witte Oeiletts U Metallw|Feeding device on machines for attaching metal caps to hollow shafts|
    US1958180A|1931-02-21|1934-05-08|Nat Machine Products Company|Coupling mechanism for washers and headed fasteners|
    US2730732A|1952-03-22|1956-01-17|Illinois Tool Works|Method of and apparatus for assembling nut and washer elements|
    DE2102915A1|1970-01-22|1971-08-12|Eaton Yale & Towne|Method and device for capturing together two parts, in particular a nut and a washer|
    DE2013998A1|1970-03-24|1971-10-14|Goetzewerke|Device for inserting screws, especially in sealing rings|DE2922908C2|1979-06-06|1982-10-07|Goetze Ag, 5093 Burscheid|Device for inserting flexible spring washers into sealing rings|
    DE3127047C2|1981-07-09|1986-01-09|Goetze Ag, 5093 Burscheid|Device for inserting flexible spring washers in lip sealing rings|
    DE3718386A1|1987-06-02|1988-12-22|Pass Anlagenbau Gmbh|Method and device for mounting an elastic ring in an annular groove of a cylindrical body|
    DE102004019478A1|2004-04-22|2005-11-10|Ab Skf|Method and device for attaching spring to sealing element of hollow cylindrical shape, comprising specific conveying units|
    CN103481058B|2013-09-30|2016-02-03|无锡众望四维科技有限公司|Cable connector automatic assembling|
    CN103753190B|2014-01-17|2016-06-01|周俊雄|Sealing-ring is automatically loaded equipment|
    CN106736491B|2016-12-14|2019-01-15|唐山兴隆钢铁有限公司|A kind of product automation assembling adapting device|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DE19752521398|DE2521398C2|1975-05-14|1975-05-14|Device for pulling flexible spring washers onto the sealing lips of sealing rings|
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