• 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:
    PCT No. PCT/SE81/00267 Sec. 371 Date May 7, 1982 Sec. 102(e) Date May 7, 1982 PCT Filed Sep. 17, 1981 PCT Pub. No. WO82/00991 PCT Pub. Date Apr. 1, 1982.A conveyor for moving a number of goods carriers (22) along a track has a drive device provided with a driver member (59) operating with a reciprocating movement which can entrain the goods carriers in the desired transport direction and move freely in the return direction. The track consists of a hollow profile (1) with a groove (11) which in the longitudinal direction of the track firstly has fully closed sections and secondly is provided with sections having a side aperture (62). Plugs (26, 32) are inserted in the fully closed sections and between the plugs cylindrical spaces (40) are formed which enclose a piston (36) with a piston rod (38) which extends beyond the cylindrical space. In the open sections members (24) which can move along the groove are provided, these members being combined with piston rod (38) and provided with the carrier devices (59) which are accessible through the side aperture (62). A track for the goods carriers (22) is provided on the outside of the girder and the carrier devices (59) can make contact with the goods carriers through the aperture (62). The cylinder chamber (40) is connected to pipelines for a pressure medium so that the piston (36) or pistons can be moved backwards and forwards as a result of the introduction of pressure medium on different sides of the piston. The drive device (59) thus moves the goods carrier (22) in the desired transport direction.
    公开号:SU1321370A3
    申请号:SU823506246
    申请日:1982-10-15
    公开日:1987-06-30
    发明作者:Ингвар Давидсон Матс
    申请人:и (72) Мате Ингвар Давидсон (SE)；
    IPC主号:
    专利说明:

    2, they are moved with the help of two levers 8. Outside the CPU, there is a slot, in which an external path for K 2 is located on the outer surface B 1. The inner surface of the CPU has a groove for moving the pulling chain, the links are provided with rollers interacting with the inner surface of the CPU beam 1. In the groove of the CPU, stoppers are inserted between
    one
    The invention relates to overhead conveyors, in particular operating intermittently.
    The aim of the invention is to improve the reliability of the device. Figure 1 shows the conveyor. General view; figure 2 - the conveyor in the area of the rise, the cross section; Fig.3.4 - section aa in Fig.2; figure 5 - auxiliary equipment in the form of a locking mechanism; figure 6 is a cross-section of the conveyor for the locking mechanism.
    The device for conveyors comprises a guide beam 1 for moving the carriers along the carrier for the cargo in the form of carriages 2 with the cargo hooks 3 suspended thereto. Ring 1 is mounted on a frame (not shown). The initial part 4 of the beam 1 is inclined in the direction of movement so that the carriages 2 roll forward under the action of their own weight. Along part 4 of beam 1, ancillary equipment is installed in the form of a locking mechanism 5 for feeding the carriages in the desired sequence. After the part 4 of the beam 1 there is the lower part 6 of the beam 1, which precedes the lifting inclined part 7 of the guide beam 1, along which the carriages 2 move with the help of leading elements, each of which is made in the form of a stop lever 8 of one-way action. Auxiliary equipment in the form of a locking mechanism 9 is installed on the lifting inclined part 7 of the guide beam 1.
    After the elevation inclined part 7 is inclined in the direction
    which placed the piston with the rod. The latter passes through the hole in the stopper and is pressed against the inner surface of the hole with a sealed insert. The piston moves back and forth in a sealed CPU formed by stoppers in the CPU under the action of a pressure medium. The pipelines for this are the pipes in beam CPU 1. 5 zl, f-ly, 6 silt,
    0
    five
    0
    five
    0
    five
    0
    The transport part 10, In beam 1, a cylindrical cavity 11 and at least two longitudinal drillings 12, 13 are made along it in the direction of transport. The upper outer surface of beam 1 has two parallel side surfaces 14 which terminate at the bottom with flanges 15 with upper guide surfaces 16, which is the undercarriage for carriages.
    In the upper part, the beam 1 terminates with short flanges 17. Under the flanges 15 there are grooves 18 for installing protective elements 19 in them. Under the beam 1 there is a groove 20 in the form of a dovetail tail, which. it is used to fasten and substitute beam 1, connecting to the frame with clamping devices located in the groove 20.
    The wheels 21 of the carriage 2 move along the guide surfaces 16. The side surfaces 14 serve to guide the wheels 21. The wheels 21 are connected by means of an axis 22 to which the hook 23 of the hook 3 is connected. The inner surface of the cylindrical cavity 11 forms a guide groove for installation in with the possibility of reciprocating movement of the flexible traction body in the form of a drive chain 24. The direction of transport of the carriages 2 is indicated by an arrow 25. The stopper 26 in the form of a cylindrical body with a 0-shaped ring 27 inserted into the groove, false inside the cylindrical cavity 11.
    On one side of the stopper 26 there is a buffer ring 28. A stopper 26 in
    The desired position in the cavity 11 is established by means of a clamp 29 with a slot 30 under a screwdriver. The latch 29 is located in the hole drilled in the beam 1 between the flanges 17J and the groove 31 on the stopper 26.
    At a distance from the stopper 26, a second stopper 32 is provided. The stopper 32 is also installed in the required position by means of a similar latch 29. The stopper 32 has two 0-shaped rings 33 and a buffer ring 28, like the stopper 26. In the stopper 32 there is a hole 34 and an inset-shaped insert 35 is installed. Buffer rings 28 of stoppers 26 and. 32 face one another: another, and the bottom of them is the drive of the driving elements in the form of a piston 36 with two seal rings 37 connected to the rod 38 with the help of a finger 39.
    The rod 38 passes through the opening 34 in the stopper 32 and is hermetically sealed to the inner surface of the opening in the stopper by means of a sealed insert - the sleeve 35. The piston 36 can move back and forth in the sealed cylindrical cavity 40 formed in the cavity 11 by stoppers
    26 and 32. I
    To move the piston 36, the pressure medium must be supplied from each side of the piston. Drilling 12 and 13 are used as pipelines for this purpose. At the same time one of them with the help of a transversely drilled hole 41 next to the stopper 32
    associated with sealed cylindrical
    40
    cavity 40 on one side of the piston 36, and the other with the same hole 42 located at the stopper 26 on the other side of the piston 36. The holes 41 and 42 also serve as pipelines for the delivery of pressure medium and, since they have outlets beams 1, then they are sealed by balls 43. Pressure medium, for example compressed air, can be fed into drills 12, 13 through nozzles 44 located at the end of 45 drills. The ends 45 of the drillings 12, 13 can be sealed by pressing in balls similar to balls 43. Additional pistons can also be provided associated with the rod 38. In this case, the presence is necessary.
    50
    0
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    rn s
    stoppers similar to stopper 32, which form airtight cavities, are likewise connected to a pressure medium. As a result, the force of the piston can be significantly increased. When mounted on the rod 38 of the second piston 46, doubling of the force for transport occurs. Here also, the rod 38 is connected to the piston 46 by means of a finger 39. There is also a transverse bore 47 which is associated with the drilling 12.
    The rod 38 is provided with a shank 48, which is part of the piston 46. There is an opening 49 in the shank 48. The chain 24 is located outside the sealed cylindrical cavity 40 and connected to the shank 48 by means of a finger 50 located in the hole 49. The chain 24 consists of links with forked the ends. The fork end of the first link 51 covers the shank 48. The second link 52 of the chain 24 covers the fork end. the first link 51. The remaining links are sequentially installed in this way. The chain 24 is provided with rollers 53 installed with the possibility of interaction with the inner surface of the cylindrical cavity 11 of the beam 1. On the chain 24, the locking levers 8 are single-acting, i.e. when moving in the direction of transport, they interact with the axes 22 of the carriage 2, and when they move backward, the locking levers 8 deflect when interacting with them. The locking levers 8 are located above the surface of the beam 1 due to their location in the slot 54, made along the beam 1 outside the sealed cylindrical cavity 40. To prevent the carriages 2 from moving in the opposite direction, the locking mechanism 9 is provided on the inclined part 7. It contains the beam 55 which is fixed in the grooves 20 on the beam 1. The upper flange 56 of the beam 55 carries a pivotally mounted one-way locking hook 57, i.e. it collapses when the carriages 2 pass and prevents them from moving backwards. Surfaces 16 ras-. laid at slot 54.
    The device works as follows.
    The carriages 2 are fed to the inclined part 4 of the beam 1, which is connected
    with the place of giving of carriages, for example with branch from the main conveyor or from a warehouse, etc. Since the part 4 of the beam 1 is inclined downwards, the carriages 2 will roll until the counter-locking mechanism 5. In this case, the first carriage 2 will stop with a locking hook 57. The subsequent carriages 2 will be stopped by the first carriage 2 hooked by the hook 57. Then the carriages 2 are fed one at a time interval. The carriages 2 are moved in the direction of arrow 25 by means of locking levers 8 passing through the slit 54 in the beam 1 and attached to the chain 24 connected to the rod 38 of the pistons 36 and 46 mounted with the possibility of reciprocating movement in a hermetic cylindrical cavity 40 from the pressure medium. The carriage 2 moves beyond the locking hook 57 of the locking mechanism 9, which keeps the carriage 2 from moving in the opposite direction. During the subsequent movement of the locking levers 8, the carriage 2 moves to part 10 of the beam 1 inclined in the direction of transport. On it, the carriage 2 again rolls under its own weight to the unloading tube or to another locking mechanism.
    权利要求:
    Claims (6)
    [1]
    1. A device for conveyors containing a running track installed with the possibility of moving along the running way carriers for the cargo, driving elements for moving the carriers installed with the possibility of reciprocating moving along the section of the running way, interacting with the carriers during forward movement and rejection them during the return stroke, a beam, in which a cylindrical cavity and a slot for accommodating driving elements in it, fixed inside the cylindrical cavity and shaped a tight sealed cylindrical cavity with at least a couple of stoppers and a drive of driving elements, made in the form of
    0
    five
    five
    0
    0
    sealed cylindrical cavity of the piston installed in it with the possibility of reciprocating movement from the pressure medium from pipelines located on opposite sides of the piston, characterized in that 5 in order to increase the reliability of the device, the gap is formed outside the sealed cylindrical cavity of the pair of stoppers, a hole is made, and the piston is provided with a rod passing through the hole in the stopper beyond the limits of the hermetic cylindrical cavity and hermetically pressed to the inner surface the holes of the stopper through a sealed insert, while the beam is provided located inside the cylindrical cavity for
    the limits of the sealed cylindrical cavity associated with the stem and the driving member and installed with the car. the possibility of reciprocating movement along the inner surface of the cylindrical cavity by a flexible organ, and the travel path for load carriers is located on the outer surface of the beam at the slot.
    [2]
    2. The device according to claim 1J,, of tl and - so with. that the beam has at least two drillings along it communicated with the hermetic cylindrical cavity and with the pressure medium
    [3]
    3. The device according to claim 1, characterized in that it is provided with ancillary equipment in the kind of locking mechanism,
    [4]
    4. The device according to claim 1, about the tl and - techj temj that the beam is equipped with additional pistons connected with the rod,
    [5]
    5. The device according to n.tj is tl and - h and y, e e so that the flexible organ is made in the form of a chain, the links of which are provided with rollers installed with the possibility of interaction with the inner surface of the cylindrical cavity of the beam.
    [6]
    6. Device according to Claims 1 and 5, characterized in that each leading element is made in the form of a hinged pin on a chain of a single-acting locking lever.
    J
    21
    FIG. 2
    17 29 30 26 27 28
    ///
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    36 37 2v 3S zi 33 3S38
    VV V /
    SB 1 39 3 6 8 dSO I I I II
    22
    physical five
    57
    FIG. 6
    类似技术:
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    同族专利:
    公开号 | 公开日
    FR2490199A1|1982-03-19|
    JPS57501373A|1982-08-05|
    DE3152352C2|1991-07-11|
    GB2106465B|1984-09-19|
    FI823402A0|1982-10-07|
    GB2106465A|1983-04-13|
    CA1161383A|1984-01-31|
    FR2490199B1|1985-04-26|
    IT8124015D0|1981-09-17|
    FI72698B|1987-03-31|
    EP0067818A1|1982-12-29|
    IT1139435B|1986-09-24|
    JPH0158083B2|1989-12-08|
    WO1982000991A1|1982-04-01|
    ES506186A0|1982-09-01|
    SE420903B|1981-11-09|
    FI823402L|1982-10-07|
    US4474114A|1984-10-02|
    FI72698C|1987-07-10|
    ES8207082A1|1982-09-01|
    DE3152352T1|1984-09-20|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US1730519A|1927-09-22|1929-10-08|Mckee James Alexander|Track for dog racing and the like|
    DE508163C|1928-02-03|1930-09-25|Gustav Strunk|Automatic control device for drainage mountains|
    US1977696A|1934-01-10|1934-10-23|Western Electric Co|Article conveying apparatus|
    DE707679C|1935-02-05|1941-06-30|Francesco Merz|Cylinder for a piston-operated acceleration device, in particular an aircraft sling|
    GB461420A|1936-02-03|1937-02-16|United Eng Foundry Co|Improvements in or relating to apparatus for pushing workpieces such as slabs and the like into and out of operating machinery|
    GB478427A|1936-05-18|1938-01-18|Colin Campbell Mitchell|Improvements in and relating to devices for accelerating aircraft for launching purposes|
    US2606504A|1948-10-08|1952-08-12|Stamler William Raymond|Car shifting mechanism|
    US2721539A|1952-02-28|1955-10-25|Colin C Mitchell|Cylinder and piston construction|
    US2648310A|1952-06-23|1953-08-11|Sr Walter S Baer|Link-plate seal for catapult slotted cylinders|
    DE1041860B|1953-06-29|1958-10-23|Teleflex Prod Ltd|Step-by-step conveyor device with pawls|
    GB885905A|1959-07-18|1962-01-03|Tiss Metal Lionel Dupont & Cie|Automatic device for stopping conveyor trolleys in the storage zone|
    US3407750A|1965-12-06|1968-10-29|Abex Corp|Railroad car handling apparatus|
    US3454242A|1967-01-18|1969-07-08|United Aircraft Corp|Floating pneumatic thrust cylinder for aircraft launching system|
    SE352052B|1968-03-27|1972-12-18|M Davidson|
    DE2222384C2|1972-05-06|1982-12-23|"KÖBO" Köhler & Bovenkamp GmbH, 5600 Wuppertal|Transport trough with reciprocating pusher rod - is coupled to loading platform above and fixed vertical scraper baffle above platform|
    DE2434817C2|1974-07-19|1976-09-09|Kernen, Hans, Bern|ELEVATOR|
    US4164893A|1977-08-04|1979-08-21|Bo Granbom|Sealing device at pressure fluid cylinders|
    DE2737924A1|1977-08-23|1979-03-08|Festo Maschf Stoll G|PIPELINE TRANSPORT DEVICE|
    US4248563A|1978-08-22|1981-02-03|Nick Fur|Systems for the storage and retrieval of items and apparatus therefor|ES511954A0|1982-05-05|1983-05-01|Investronica Sa|AIR TRANSPORTATION SYSTEM, CONTROLLED BY MICROPORCESSOR, FOR INDUSTRIAL INSTALLATIONS.|
    AU8629082A|1982-07-22|1984-01-26|Davidson, Mats Ingvar|Distribution system for workpieces|
    FR2588229B1|1985-10-03|1988-09-16|Jice Automat Soc|DEVICE FOR MOVING WORKPIECE SUSPENSION MEANS|
    FR2599399A1|1986-05-27|1987-12-04|Jice Automat Soc|Transporter for component-suspending means.|
    DE59003277D1|1989-03-07|1993-12-09|Sft Ag Spontanfoerdertechnik|Prism switch.|
    JPH0776052B2|1989-07-21|1995-08-16|ブラザー工業株式会社|Conveyor system|
    JPH0699032B2|1989-07-26|1994-12-07|ブラザー工業株式会社|Conveyor distribution device|
    JPH0361211A|1989-07-27|1991-03-18|Brother Ind Ltd|Hanger detecting device in hanger conveyer system|
    JPH0423727A|1990-05-18|1992-01-28|Brother Ind Ltd|Carrying device|
    EP2027046B1|2006-06-08|2014-03-12|Flexlink Components Ab|Conveyor system|
    USD731678S1|2013-11-21|2015-06-09|Lite Guard Safety Solutions Pty Ltd.|Lifting lug|
    CN110834908B|2019-12-04|2021-05-04|青州市坦博尔服饰股份有限公司|Controllable formula device of leaving out among clothing suspension system|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    SE8006510A|SE420903B|1980-09-17|1980-09-17|TRANSPORT COURSE WITH A FORWARD AND RETURNING MOVEMENT WORKING CARRIER ORGANIZED ORGANIZED TO BRING ONE OR MORE GOODS|
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