• 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:
    1434858 Transferring between conveyers HERMANN HEYE 19 March 1974 [3 April 1973] 12112/74 Heading B8A Objects are transferred from a first conveyer 10 to a transversely extending second conveyer 33 by means of a pusher 70 carried by arms 93, 94 pivoted to fixed bearings 96, 97, the arm 94 being connected to a crank-arm 106 by a rod 100 so as to cause the pusher 70 to follow a path having components parallel to the direction of both the first and second conveyers. The pusher 70 is connected to supports 73, 74 pivoted to supports 80, 81 connected to the arms 93, 94, and is raised during its return stroke by a ram 85. The supports 73, 74 have off-set portions 110 permitting the passage of objects on the first conveyer 10 when the pusher is extended. In a modification (Figs. 4 and 5) the pusher is pivoted to a plate (130) carried by three pivotal arms (119-121) and connected to the crankarm.
    公开号:SU849995A3
    申请号:SU742010157
    申请日:1974-03-25
    公开日:1981-07-23
    发明作者:Беккер Курт
    申请人:Херманн Хойе (Фирма)；
    IPC主号:
    专利说明:

    The invention relates to devices for transferring products from one conveyor ι to another and can be used in the glass industry.
    Closest to the proposed device is a device for transferring glass products from one conveyor to another, perpendicular to the first one containing a skeleton, a receiving table mounted above the receiving table, a mechanism for moving glass products in the form of a slide rod for gripping glassware pivotally mounted on supports with a connecting rod 15 yes [1].
    However, this device provides only linear movement of the slide bar in the direction of the second conveyor. In addition, when glass-20 ware is transferred, a sharp change in the speed and direction of their movement occurs, which leads to their damage.
    The invention is aimed at increasing the productivity and reliability of the device by preventing damage to the products.
    The goal is achieved in that in the device for transferring glassware 1 from one conveyor to another, perpendicular to the first containing the skeleton receiving table mounted on the receiving table, a mechanism for moving the glass in the form of a slide for gripping glassware pivotally mounted on supports with a connecting rod drive, each support is equipped with pivotally connected links, the other ends of which are connected with the skeleton. Moreover, the engine rod is mounted with the possibility of periodic rocking from the drive. In addition, the support is made U-shaped.
    In FIG. 1 schematically shows a device with two rods in plan / in FIG. 2 - section AA in FIG. 1> in FIG. 3 is a section BB in FIG. 1; in FIG. 4 is an example of a device with three rods.
    On the first conveyor belt 1, a group of glass objects 2 moves in the direction of arrow 3 in one row at equal distances from each other from a glass-forming machine (not shown in the drawing). The first conveyor belt 1 is connected to the roller 4 and the axis
    5. The shaft 6 of the roller 4 through the bevel gear pair 7 and 8, the universal joint 9 is driven from the driveshaft 1 (G through the gearbox 11 and the clutch 12 from the drive 13.
    Parallel to the part of the first conveyor belt 1, a fixed plate 14 is placed, overlapping the second conveyor belt 15 passing along the roll 16, which is driven through a bevel gear pair 18 and 17 from the shaft 6.
    On the second conveyor belt 15, groups of glass objects are arranged in a row one after another and transported in the direction 19. The slide bar 20 is rigidly connected to the posts 21 and 22 and to the traverse 23 and pivotally connected to the supports 24 and 25 connected by the traverse 26. Between the traverses 23 and 26, the cylinder 27 is pivotally suspended as a swing drive. Each support 24 and 25 at nodes 28 and 29 is connected to a link 30 and 31.
    The free end of the connecting rod 32 of the crank mechanism 33 is pivotally attached to the hinge 29. The connecting rod 32 is pivotally connected to the crank 34, which rotates in the direction of the arrow 35, The crank drive 34 is driven through a bevel gear pair 36 and 37 and the shaft 38 from the gearbox 11.
    Racks 21 and 22 are made U-shaped, which ensures free passage of glass objects 2 coming through the first conveyor belt 1 even when the slide bar 20 is located on the side of the first conveyor 1.
    The device can be provided with three links 39, 40 and 41, which swing in stationary bearings, 35 for example 42 and 43. At the free ends of the links 39, 40 and 41, a plate 44 is pivotally mounted, in which one end, in turn, is pivotally mounted cylinder 27, as well as struts up to 21 and 22. Two-way valves 45 and 46 are connected through two lines 47 and 48 to two-way valves 49 and 50 of the preliminary control of the three-way valve. ''
    The valve 51 is controlled negative pulse e trolled valve which via line 52 is fed with liquid under pressure, and a conduit 53 connected to the cylinder 27. Two-way valves 45 and 46 are respectively the control member 54 and the switching member 55.
    The device operates as follows. 55 in the final position, the slide bar 20 moves the group of glassware 2 to the second conveyor 15, with the previously moved group of products. The connecting rod 32 and the crank 34 of the crank drive are in an extended position, and the links 30 and 31 are perpendicular to the direction of movement 19 of the second conveyor 15. The control element 54 is located at approximately ¢ 5
    15 ° further relative to the elongated position of the crank 34. ι
    With a uniform movement of the crank 34, the slide bar 20 from the position shown by the dot-dash line in FIG. 4, at first in its lowered position it moves back, and only when the switching element 54 is activated does it rise up under the action of the cylinder 27. Thus, the slide engine first moves away from the newly moved group of glassware, and then it rises and does not overturn them and the newly approached group glassware. When the rod engine 20 completely departs, the switching element 55 is triggered, after which it falls under its own weight into its original position, and its link begins to move in a quarter of a circle. When the first reaches the set position from the approaching glassware, the slide 20 touches it. Then the remaining glass products move from the first conveyor 1 to the plate 14, and from it go to the second conveyor 15 ..
    When the engine 20 is returned to its original position, the posts 21 and 22 with the engine 20 are lifted upward by the cylinder 27 to prevent the engine 20 from tipping over. Glass products that have come up during this time. To do this, the cylinder through the pipe 53 is filled with liquid under pressure. The fluid supply is controlled through a two-way valve with two positions 45, the switching element of which 54 is under the influence of the crank 34.
    The invention will improve the performance of conveyor devices and their reliability and reduce the number of marriage in the battle of glassware.
    权利要求:
    Claims (3)
    [1]
    The invention relates to devices for transferring products from one conveyor i to another and can be used in the glass industry. The closest to the present invention is a device for transferring glassware from one conveyor to another, perpendicular to the first, containing a frame, a receiving table, a mechanism mounted above the receiving table for moving glassware in the form of a slider rod for gripping glassware hingedly mounted on supports with a connecting rod at Yes 1. However, this device provides only a linear movement of the rod engine in the direction of the second conveyor. In addition, when glass products are transferred, there is a sudden change in the speed and direction of their movement, which leads to their damage. The purpose of the invention is to improve the performance and reliability of the device by preventing damage to the products. The goal is achieved by the fact that in a device for transferring glassware from one conveyor to another, perpendicular to the first, containing the skeleton, the receiving table, mounted above the receiving table is a mechanism for moving the glassware in the form of a slide bar to grip the glassware hinged on the supports with a connecting rod drive, each support is provided with pivotally connected links, the other ends of which are connected to the skeleton. Moreover, the engine-rod is mounted with the possibility of periodic swing from the drive. In addition, the support is made U-shaped. FIG. 1 schematically shows a device with two rods in plan; FIG. 2 shows a section A-A in FIG. 1 in FIG. 3 is a section bB in FIG. 1; FIG. 4 is an embodiment of a device with three legs. On the first conveyor belt 1, a group of glass objects 2 moves in the direction of the arrow 3 in one row at equal distances from each other from the glass forming machine (not shown in the drawing). The first conveyor belt 1 is connected to roller 4 and axle 5. Vyosh b roller 4 through bevel gear pair 7 and 8, universal joint 9 is set in motion from the universal joint I through the gearbox 11 and clutch 12 from vipH 13, parallel to the part of the first HoPi conveyor belt 1 is placed stationary plate 14, overlapping the second conveyor belt 15, passing through the roller 16, which is driven through a bevel gear pair 18 and 17 from the shaft 6. On the second conveyor belt 15 are groups of glass objects in a row each friend and transport are rotated in direction 19. The slider-rod 20 is rigidly connected with the strings 21 and 22 and with the cross-bar 23 and pivotally connected to the supports 24 and 25 connected by the cross-beam 26. Between the cross-bar themselves 23 and 26 the cylinder 27 is pivotally suspended . Each bearing 24 and 25 in nodes 28 and 29 is connected to link 30 and 31. The hinge 29 is pivotally attached to the free end of the connecting rod 32 of the crank mechanism 33. The connecting rod 32 is pivotally connected to the crank 34 which rotates in the direction of arrow 35, the crank drive 34 is driven through bevel gear pair 36 and 37 and shaft 38 from gearbox 11. Racks 21 and 22 are made U-shaped, which ensures free passage of glass objects 2 coming in by the first conveyor belt 1 even when the sliding bar 20 is on the side of the first conveyor 1 in the device can be Three links 39, 40 and 41 are provided which swing in stationary bearings, for example 42 and 43. At the free ends of links 39, 40 and 41, a plate 44 is pivotally hinged, in which one end of the cylinder 27 is pivotally attached. and the racks 21 and 22. The two-way valves 45 and 46 through the pipes 47 and 48 are connected to the valves 49 and 50 of the preliminary control of the three-way valve 51 in two positions. Valve 51 is a negatively controlled impulse valve that is supplied with fluid under pressure through pipe 52, and pipe 53 is connected to cylinder 27. Two directional valves 45 and 46 each have a control element 54 and a switching element 55. The device operates as follows % ohm the final position of the engine-rod 20 moves the glassware group 2 to the second conveyor 15 here. previously moved by the product group. The connecting rod 32 and crank drive crank 34 are in an extended position, and links 30 and 31 are arranged perpendicularly and directionally to the movement 19 of the second conveyor 15. Control element 54 is located approximately 1b further relative to the extended crank position 34.i With uniform motion crank 34 slider 20 from the position shown in phantom in FIG. 4, first in its lowered position, moves back, and only when the switching element 54 is triggered, it rises up under the action of the cylinder 27. Thus, the rod engine first moves away from the group of glassware just moved, and then rises and does not upset them and the newly approached group glassware. When the rod engine 20 completely departs, the switching element 55 is triggered, after which it is lowered to its original position by the action of its own weight, and its link begins to move in a quarter of a circle. When the first of the approaching glassware reaches a predetermined position, the slider 20 touches it. Then, the remaining glassworks; 1 move from the first conveyor 1 to the plate 14, and from there move to the second conveyor 15. When the slider 20 returns to its original position, the struts 21 and 22 with the slider 20 are raised up using a cylinder 27 to prevent the slider from tilting 20. Glass products that came during this time. For this, the cylinder through line 53 is filled with pressurized fluid. Fluid supply control is performed through a two-way valve with two positions 45, the switching element of which 54 is under the influence of the crank 34. The invention will improve the performance of conveyor devices and their reliability and reduce the number of scrap on the battle of glass products. 1. A device for transferring glassware from one conveyor to another, perpendicular to the first, containing a frame, a receiving table, a mechanism mounted above the receiving table for re-burning glassware in the form of a slider bar for gripping glassware hinged on supports with a connecting rod drive, different in order to increase productivity and reliability by preventing damage to the products, each support is provided with pivotally connected links, the other ends of which are connected to the core. 2. The device according to claim 1, characterized in that the engine-rod
    [2]
    mounted with the possibility of periodic swing from the drive.
    [3]
    3. The device according to PP, 1 and 2, of which is the fact that the support is made U-shaped.
    Sources of information taken into account in the examination
    1. USSR author's certificate number 114492, cl. From 03 to 35/02, 1957.
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    类似技术:
    公开号 | 公开日 | 专利标题
    SU849995A3|1981-07-23|Glass article feeding device
    US1766573A|1930-06-24|Apparatus for handling glassware
    US8453822B2|2013-06-04|Apparatus and method for loading food articles
    US4050574A|1977-09-27|Device for transferring products between moulds of a production machine and a table of a wrapping machine
    US3805943A|1974-04-23|Swivel-lift vacuum article loader
    US1835579A|1931-12-08|Apparatus for handling glassware
    US2861672A|1958-11-25|Inter-conveyer transfer means for use with multiple conveyer systems
    US3542412A|1970-11-24|Suction lifter enabling the simultaneous lifting of a plurality of items
    US1766574A|1930-06-24|Apparatus for handling glassware
    US3589497A|1971-06-29| means for spacing articles on a conveyor
    US2681136A|1954-06-15|Transfer mechanism
    US1906604A|1933-05-02|Mechanism for handling glassware
    US1733547A|1929-10-29|Apparatus for handling glassware
    US4095700A|1978-06-20|Turn-over device for slab materials
    US2708501A|1955-05-17|Interconveyor transfer mechanism
    US2156248A|1939-04-25|Article transfer apparatus for conveyers
    US3051289A|1962-08-28|Conveyor devices
    USRE18133E|1931-07-21|op hartpord
    US1489892A|1924-04-08|Transporting mechanism
    US3339626A|1967-09-05|Mold part conveying and juxtapositioning apparatus
    US2610746A|1952-09-16|Bottle stacker
    US3598221A|1971-08-10|Transfer apparatus for exchanging articles between two conveyors
    US3724637A|1973-04-03|Apparatus for pick-up and transfer of containers from lehr conveyor to cross conveyor
    US3401029A|1968-09-10|Bottle forming apparatus
    US1849038A|1932-03-08|Apparatus for stacking glassware
    同族专利:
    公开号 | 公开日
    JPS5237263B2|1977-09-21|
    JPS5052771A|1975-05-10|
    ES424428A1|1976-07-01|
    IT1020564B|1977-12-30|
    GB1434858A|1976-05-05|
    NL163753B|1980-05-16|
    BE812600A|1974-07-15|
    DE2316467B1|1974-09-12|
    CS192510B2|1979-08-31|
    NL163753C|1980-10-15|
    FR2224378B1|1979-07-06|
    CH577421A5|1976-07-15|
    PL93131B1|1977-05-30|
    FR2224378A1|1974-10-31|
    US3960266A|1976-06-01|
    CA1001673A|1976-12-14|
    NL7404123A|1974-10-07|
    DD111353A5|1975-02-12|
    SE426686B|1983-02-07|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US1612215A|1921-11-12|1926-12-28|Phelps Mfg Company|Machine for receiving and parking containers|
    US1629323A|1925-03-10|1927-05-17|Ohio Match Company|Transfer device for conveyers|
    US2217982A|1939-04-27|1940-10-15|Heil Co|Receptacle transfer mechanism|
    US2601914A|1946-05-07|1952-07-01|White Cap Co|Mechanism for transferring containers and the like|
    US2547791A|1947-04-04|1951-04-03|Anchor Hocking Glass Corp|Glassware transferring mechanism|
    US3184031A|1963-03-28|1965-05-18|Owens Illinois Glass Co|Lehr loader|
    US3550789A|1968-03-20|1970-12-29|Brockway Glass Co Inc|Article transfer apparatus|
    US3687262A|1971-05-24|1972-08-29|Lyman L Campbell|Article handling apparatus|US4039073A|1976-04-07|1977-08-02|Ohlhaver Homer W|Push-on device|
    GB1581549A|1976-07-29|1980-12-17|Sheppee Eng Ltd|Transfer mechanism|
    US4714152A|1985-04-08|1987-12-22|Pneumatic Scale Corporation|Accumulator|
    US5044488A|1989-12-08|1991-09-03|Liberty Glass Company|Article transfer apparatus|
    US5092449A|1989-12-08|1992-03-03|Liberty Glass Co.|Article transfer apparatus|
    EP0563461A1|1992-04-03|1993-10-06|Machinefabriek "Csw" B.V.|Loading apparatus|
    US5429651A|1992-12-30|1995-07-04|I.M.T.E.C. Enterprises, Inc.|Apparatus for transferring glass articles from an is to a high speed transfer conveyor|
    US5472077A|1995-01-09|1995-12-05|I.M.T.E.C. Enterprises, Inc.|Article transfer apparatus|
    US6547059B2|2001-03-08|2003-04-15|Ouellette Machinery Systems, Inc.|Conveyor row former for objects having uneven cross section widths|
    US7051861B2|2002-06-12|2006-05-30|Ocean Spray Cranberries, Inc.|Conveying system|
    US7380654B2|2002-07-26|2008-06-03|Abbott Laboratories|Conveyor track drive|
    FR2847242B1|2002-11-15|2005-11-11|Cermex Ouest Conditionnement|MACHINE FOR TRANSFERRING OBJECTS ALIGNED IN SUCCESSIVE RANGES|
    US8561788B2|2011-08-25|2013-10-22|Paul Svejkovsky|Differential impulse conveyor with improved tray|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DE19732316467|DE2316467C2|1973-04-03|Device for sliding glass objects from one conveyor belt to another|
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