• 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:
    1409613 Seaming non-metallic sheet material GEIMUPLAST PETER MUNDT KG 13 Sept 1973 [21 Sept 1972] 43134/73 Heading B5K Apparatus for welding together two plastics parts 5, 6 of a photographic slide frame, consisting of a base 5 hinged by a film to a cover 6, and for aligning the welded frames on carrying and centering rods 31, 32, comprises two feed magazines 1 from which tracks extend to an ultrasonic welding horn 12 and which are open on those sides 3, 4 which are at right angles to the direction of travel of the parts 5, 6, the tracks being designed to bend up the part 6 from a horizontal plane, in which both the parts 5, 6 lie initially, into a vertical plane and guide the part 6 into the part 5 in a succeeding portion ; endless conveyer belts or chains 7 provided with pushers 8, 9, 10, 11 and associated one with each magazine 1 to move the parts 5, 6 towards the horn 12; and two downwardly extending centering magazines 23, 25 which succeed the horn 12 and are provided each with a plunger 28, 27 disposed above the track. As shown in Fig. 1, the parts 5, 6 are supplied to the magazines 1 in an unfolded state with the parts 6 extending outward through the sides 3, 4. After the pushers 8, 9, 10, 11 have moved the parts 5, 6 towards the horn 12, fingers 13, Fig. 2, centre the folded parts beneath the horn. As the parts 5, 6 are fed by the chains 7, the folding of the parts is effected by rails 15, 16, Fig. 3, the rail 15 being provided with a rising cam 19 to fold the part 6 to a vertical position and with a deflecting ledge 22 to guide the part 6 into the part 5. Four centering magazines, e.g. 23, 24, 25, Figs. 2 and 4, are each provided with a plunger 28, 29, 27 carried in pairs by a holder 29a, and movable by a fluid pressure actuator 30. Centering rods 31, 32 are provided. Guides 33, 34, 35 are provided for the welded frames 36, 37, the guides 34, 35 being swingable outwardly so that the plungers 27, 28 can force the frames 36, 37 into the magazines. When the rods adjuacent to the horn 12 are full, changeover means is actuated so that the other two plungers are actuated to fill the other two centering rods. The magazines 1 are provided with a lifting plate 38, Fig. 5, pivotable about a pin 39 and upon which only a few slide frames rest to prevent lower frames in the stacks from becoming canted. The major portion of the stacks are supported by a clamping device 40.
    公开号:SU865120A3
    申请号:SU731968564
    申请日:1973-09-20
    公开日:1981-09-15
    发明作者:Ханс Эрнест Мундт Петер；Урбан Отфрид；Нойхольд Арнольд
    申请人:Гаймупласт Петер Мундт Кг (Фирма)；
    IPC主号:
    专利说明:

    The invention relates to the connection of materials and can be used in the assembly and ultrasonic welding of parts of the transparency frame.
    Known devices containing a base with a supply magazine in the form of a rectangular supply and centering shafts with punches, a transport chain with drive cams and a welding head [1].
    However, these devices do not provide high performance.
    The purpose of the invention is to increase productivity by ensuring the supply of the frame for welding in a folded out.
    The goal is achieved by the fact that the device is equipped with guides placed on the base along the transport chain and made with longitudinal grooves for moving one of the frame parts along it, while on one of the guides there is a deflecting plate with a guide of 25-ohm, and the centering shaft is equipped with four pairwise placed chambers with punches.
    In addition, the punches placed in the adjacent chambers of the centering shaft are interconnected by a thrust and installed with the possibility of joint reciprocating movement.
    The supply shaft is made in the form of two chambers with three walls, two of which are parallel to the transport chain, and one perpendicularly.
    Moreover, at one end of the walls. a lifting plate is mounted on the chambers of the feed shaft, and a clamping bar for the frames is mounted on others.
    Figure 1 shows the device, a top view; figure 2 - the implementation of the transport chain; in Fig.3 - the execution of the guides / Fig.4 is a guide, side view / Fig.5 is a guide, a top view; Fig.6 and 7 guide, front view; on Fig. centering camera, front view; figure 9 is a device with a lifting plate, top view.
    The device comprises double feed chambers 1 with a common dividing wall 2. Both sides 3 and 4 of the chambers are perpendicular to the direction of transportation. In each chamber, the lower part 5 of the transparency frame is located. The upper covering part b is attached to the lower part *. 5 using a film hinge. Both parts of the frame 5 and 6 are led to the chambers 1 in the open position, as a result of which both parts of the frame mainly occupy a horizontal position. The transport chain is an endless chain 7 with several driving cams 8-11. In this case, the circuit interacts with each chamber of the double shaft. The transport chain '7 using its drive cams 8-11, due to the cam in the viewing window of the lower part of the frame 5, feeds both parts of the frame to the ultrasonic welding head 12. There are centering fingers 13, which provide accurate centering of the folded transparency frames 14 with their approach to head 12.
    The guides in the first portion 15 bend the cover portion 6 from {horizontal to vertical. Each guide is formed by two parts 16 and 17. In the first section 15, the guide 17 located inside has only one guide groove 18 for the lower part 5 of the transparency frame. A curved plane 18 is made from above on the outside of the guide rail 16 (in this section). The plane 19 bends the covering part from a horizontal position. To a vertical position. At section Ϊ9, the guides 16 and 17, on the one hand, are provided with longitudinal guide grooves 20, the Guide 16, on the other hand, * is equipped with a deflecting bar 21, expanding in the direction inward and located above it. This deflecting caustic inserts the covering part at the end of the guide into the lower part, and prepares it for the welding process.
    The device has two located one after another, i.e. four centering chambers 22-25, of which figure 8 shows centering chambers 22 and 23 and figure 2 shows centering chambers 24 and 25. Each centering chamber is provided with punches 26-29, respectively. Two punches, for example 26 and 27 are mounted on a common thrust 30 and with the aid of a cylinder 31 they can jointly reciprocate. Figure 2 shows the centering rods 32 and 33. A centering rod is connected to each centering chamber. Fig. 8 also shows the guides 34, 35, 36 for the transparency frames 14. The outer guides 35 and 36 are pivotally mounted, as a result of which the transparency frames 14 can be pressed into the corresponding centering chamber by means of punches 26 and 27.
    With .centric cameras inter. there is an exclusion system that automatically switches in such a way that the punches next to the ultrasonic head 12 work first, which stop as soon as the centering rods next to the ultrasonic head 12 are full, and both front punches come into operation to fill both sides front centering rod.
    Figures 1 and 9 show that under the double chamber 1 there is a lifting plate 37, which rotates around axis 38. A stack of folded transparencies is laid on the lifting plate 37. They are raised before the device is put into operation. After that, the clamping bar for the transparency frames is activated, which clamps the stack inside the double shaft 1, as a result of which only a small number of transparency frames lie on the lifting plate 37, as shown in Fig.9. This eliminates the skew of the transparency frames at the bottom of the stack, the drive cams without interference enter the viewing windows located at the bottom of the bottom of the frame and can be removed from the stack.
    权利要求:
    Claims (4)
    [1]
    (54) DEVICE FOR ASSEMBLING AND WELDING THE DIAPOSITIVE FRAME PARTS The invention relates to the joining of materials and can be used in the assembly and ultrasonic welding of parts of the slide frame. Devices are known that contain a base with a pitcid magazine in the form of rectangular inlet and centering shafts with punches, a transport chain with lead cams and a welding head Cj. However, these devices do not provide high performance. The purpose of the invention is to increase productivity by providing a frame for welding when folded. The goal is achieved by the fact that the iCTBO device is equipped with guides placed on the base along the transport chain and made with longitudinal grooves for moving one of the frame parts along them, while a deflecting bar with a guide bar is fixed on one of the directions. The centering shaft is equipped with four pairwise placed chambers with punches. In addition, punches placed in adjacent chambers of the centering shaft are connected with each other and installed with the possibility of joint reciprocating movement. The supply shaft is made in the form of two chambers with three walls, two of which are parallel to the transport chain, ei one - perpendicular. At the same time at one end of the walls. The chamber of the feed shaft is equipped with a lifting plate, and on the others - a clamping bar for the frames. Figure 1 shows the device, top view; figure 2 - implementation of the transport chain; on fig.Z - performance directions n cih / figure 4 - directions kada, side view; fig.Z - direction, top view; Figures 6 and 7 of the direction, front view; in Figure 8; centering camera, front view; figure 9 is a device with a lifting plate, top view. The device contains double feed chambers 1 with a common dividing wall 2. Both sides 3 and 4 of the chambers are located perpendicular to the transport direction. Each chamber houses the bottom part 5 of the slide frame. The top cover is attached to the bottom. 5 using a film hinge. Both parts of the frame 5 and 6 are brought to the chambers 1 in the opened position, as a result of which both parts of the frame mainly occupy a horizontal position. The transport chain is an endless chain 7 with several drive jaws 8-11. In this case, the chain interacts with each chamber: a swarm of a double shaft. The transport chain / using its driver cams 8-11 due to the cam placed in the CMOTpoiBOM window of the lower part of the frame 5 delivers both parts of the frame to the ultrasonic welding head 12. There are located the centering of the pallet 13, which provide precise centering of the folded slide frames 14 at. their approach to the head 12. The guides in the first section 15 bend the covering part 6 from the horizontal to the vertical plane. Each guide is formed by two parts 16 and 17. In the first section 15 there is only one guide located inside. 17 ;; guide rail 18 for the lower part 5 of the slide frame. On the outside ... outside the level 16 (; In this section) there is a curved plane 18 on the top. Plane 1 bends the cover part from a horizontal position to a vertical position. In section 19, guides 16 and 17j, with one hundred, the rions, are provided with longitudinal rails, equalizing slots 20, Guiding 16, on the other side, and equipped with a deflecting bar 21 extending towards the interior and located above it. This deflection plane introduces the covering part at the end of the guide rail into the lower part and prepares it for the welding process. The device has two located one after another, i.e. four centering chambers 22-25, of which centering chambers 22 and 23 are shown in FIG. 8, and centering chambers 24 and 25 are shown in FIG. 2; X1; The centering chamber is provided with punches 26-129, respectively. For two punches, ..., for example, 26 and 27, are mounted on a common bar 30 and using cylinder 31, they V can perform a reciprocating motion together. Figure 2 shows the centrirux rods 32 and 33. A centering rod is connected to each centering chamber. Fig. 8 also shows the direction of the rim 34, 35, 36 for the slide frames 14. The outer directions 35 and 36 are rotatably mounted, as a result of which the slide frames 14 can be pressed into the corresponding centering chamber with the aid of the punches 26 and 27. An exclusion system interacts with the centrifugal chamber that automatically switches in such a way that the punches first work next to the ultrasonic head 12, which stop as soon as the centrifugal rods next to the ultrasonic head 12 are filled, and at the same time come into effect both front punch to fill with -adapositive frames both front centering rods. It can be seen from Figures 1 and 9 that under the double chamber 1 there is a lifting plate 37, which rotates around an axis 38. A stack of folded slide frames is laid on the lifting plate 37. They are raised before the device is put into operation. Thereafter, a clamping bar for slide frames, which clamps the pile inside double shaft 1, is actuated, as a result of which only a small number of slide frames lie on the lifting plate 37, as shown in FIG. 9. eliminating the bias of the slide frames at the bottom of the stack,. The driving cams, without interference, enter the viewing windows of the bottom of the frame located at the bottom and can be removed from the stack. Claim 1 An apparatus for assembling and welding parts of a slide frame, comprising a base with a pitakidim magazine, rectangular feed and centering shafts with punches, a transport chain with a driving cam and a welding head, for what purpose. Increasing productivity by ensuring that the frame is fed for folded welding, it is equipped with guides placed on the base along the transport center and made with longitudinal grooves for moving one of the frame parts along them, while a deflecting a plank with the direction to the cyp-groove, and the centering shaft is equipped with four pairwise placed chambers with punches.
    [2]
    2. The device according to Claim 1, which is based on the fact that the punches placed in the adjacent chambers by the shaft centric handle are interconnected and installed with the possibility of joint reciprocating sweep.
    [3]
    3. A device according to claim 1, characterized in that the supply shaft is made in the form of two chambers with three walls, two of which are located parallel to the transport chain, and one is perpendicular.
    [4]
    4. The device according to PP.1 and 3, which is characterized by the fact that at one ends of the walls of the chamber of the supply shaft a lifting plate is mounted.
    and on others, a clamping strip for the frames.
    Sources of information taken into account in the examination 1. The patent of Germany. 1287326, class 42 h, 23/23, 1969.
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    类似技术:
    公开号 | 公开日 | 专利标题
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    同族专利:
    公开号 | 公开日
    NL175858C|1985-01-02|
    DK148729B|1985-09-09|
    HU168827B|1976-07-28|
    NL175858B|1984-08-01|
    GB1409613A|1975-10-08|
    US3943029A|1976-03-09|
    IT993921B|1975-09-30|
    AU6037873A|1975-03-20|
    CA994143A|1976-08-03|
    AT330482B|1976-07-12|
    JPS49102337A|1974-09-27|
    ATA816273A|1975-09-15|
    CS183715B2|1978-07-31|
    DD109271A5|1974-10-20|
    BE805136A|1974-01-16|
    CH558028A|1975-01-15|
    SE390671B|1977-01-03|
    DK148729C|1986-02-17|
    FR2200550B1|1977-03-11|
    NL7312959A|1974-03-25|
    FR2200550A1|1974-04-19|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US1454701A|1921-04-30|1923-05-08|Clarke Frank|Envelope-closing means|
    US1485051A|1922-10-12|1924-02-26|Postage Meters & Machines Comp|Envelope-sealing device for postage meters|
    US3067805A|1958-11-21|1962-12-11|Seary Mfg Company|Apparatus for mounting transparencies in transparency mounts|
    DE1162285B|1960-08-01|1964-01-30|Michael Weinig K G|Machine for filling magazines with wooden sticks, especially parquet slats|
    US3562074A|1967-04-28|1971-02-09|Geimuplast Mundt Kg Peter|Apparatus for joining and subsequently stacking the parts of a slide frame|
    US3565721A|1969-07-29|1971-02-23|American Can Co|Label application apparatus and method|
    US3709755A|1970-09-11|1973-01-09|Dennison Mfg Co|Multi-station labelling method|
    US3816219A|1972-03-30|1974-06-11|Eastman Kodak Co|Slide mounting machine|DE2853158C2|1978-12-08|1987-11-19|Geimuplast Peter Mundt Gmbh & Co Kg, 8105 Farchant, De|
    US4331260A|1980-06-06|1982-05-25|Pako Corporation|Slide mounter with slide separator/out-of-slide inhibitor|
    US4355748A|1980-10-31|1982-10-26|Pako Corporation|Film advance breakaway mechanism for slide mounter|
    US4391082A|1980-11-06|1983-07-05|Pako Corporation|Slide mounter with film curl accommodator|
    US4543771A|1982-01-11|1985-10-01|Pako Corporation|Photographic slide mounter|
    US4415282A|1982-01-21|1983-11-15|Pako Corporation|Slide mount data printer|
    US4394094A|1982-01-21|1983-07-19|Pako Corporation|Slide motion sensor for slide mount data printer|
    US4395144A|1982-01-21|1983-07-26|Pako Corporation|Apparatus for printing alphanumeric information on photographic slide mounts|
    US4411721A|1982-02-25|1983-10-25|The Mead Corporation|Apparatus and method for attaching fastener tapes|
    IT1158790B|1982-10-06|1987-02-25|Photo Engineering Di Signorett|EQUIPMENT FOR HANDLING PHOTOGRAPHIC FILMS ON DISC|
    US5437594A|1992-10-21|1995-08-01|Roberts Systems Inc.|Process for applying a handle|
    WO1994023940A1|1993-04-19|1994-10-27|Roberts Systems, Inc.|Handle applicator|
    DE19528913C2|1995-08-07|1998-07-23|Franz Schulte|Flow control valve|
    US7648678B2|2002-12-20|2010-01-19|Dako Denmark A/S|Method and system for pretreatment of tissue slides|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DE7234662|1972-09-21|
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