• 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:
    1496854 Injection moulding grooved articles ANTON ANGER MASCHINENBAU GmbH 22 July 1976 [29 July 1975 10 Oct 1975] 30573/76 Heading B5A A method of producing grooves in containers, ducting or sleeves 4 comprises introducing synthetic material into a mould 1 having a multi-part core 3, heating the material at least in the region where the groove is formed so that the material displays resiliency and withdrawing the part 7 of the core 3 axially of the latter whilst the material is resilient so that the groove is elastically deformed and then recovers its moulded shape. As shown, the grooved sleeve is injection moulded from PVC in a split mould 1 having a three part core 3, part 8 of the core defining the outer contour of the groove 5. To withdraw the parts 7, 8, part 8 is slid along the main body of the core 3 by a drive acting on a flange 15 until a stop 16 engages a stop 17 on part 7 to thereby withdraw the latter and hence flange 13 from groove 5 as the part 8 is further withdrawn. The part 7 may be provided with a shoulder 18 for supporting the moulding after withdrawal of the core part 7 until the moulding has cooled sufficiently. The part 7 and/or the part 8 may be provided with cartridge heaters 22. The part 7 may be provided with air outlets so that air may be introduced between the core and moulding to facilitate parting. The core parts may be held in engagement during moulding by either a semi-circular wedge 12 (see Fig. 1, not shown) or a hydraulic device 24 (Figs. 5, 6, not shown).
    公开号:SU708991A3
    申请号:SU762386904
    申请日:1976-07-27
    公开日:1980-01-05
    发明作者:Ангер Антон
    申请人:Антон Ангер Машиненбау Гмбх (Фирма)；
    IPC主号:
    专利说明:

    one
    The invention relates to equipment for processing plastics, and in particular to injection molds for the manufacture of tubular articles with an undercut of thermoplastic materials.
    : LOW.
    A known mold for the manufacture of tubular articles with an undercut of thermoplastic materials, comprising an outer half-form and mounted inside the outer half-form with the possibility of axial displacement of the mold with a core with an annular edge 1
    An annular rib of this shape, made of sectors, moves under the action of a clamping mechanism, which complicates the design of the form and does not guarantee the quality of the products, since material may leak between segors.
    The closest to the technical essence of the invention known to the invention is a mold for the manufacture of tubular articles with an undercut of thermoplastic materials, comprising an outer half-mold with a movable part, mounted inside the outer half-mold with the ability to axially move the shape core with the reciprocating axial displacement with a liner with an annular rib to form an undercut 2. An annular fin of a known shape includes annular sectors moving under The effect of the wedge mechanism, which complicates the design of the mold, reduces its reliability and does not guarantee the quality of the products, since it is possible for the material to leak between the sectors of the ring.
    The purpose of the invention is to increase product quality and simplify the form design.
    权利要求:
    Claims (2)
    [1]
    To achieve the above purpose, the injection mold contains an external half-mold with a movable part, mounted inside the external half-mold with the possibility of axial movement of a forming core with a reciprocating axial displaced sleeve with an annular edge to form an undercut, according to the invention, a sleeve forming | The core is equipped with a collar adjacent to the ring, the new rib, and the movable part of the 37 half-mold is provided with grippers interacting with the sleeve and driven e move. In addition, according to the invention, an adjustable heater is installed in the movable part of the outer mold half. Such an execution of the injection mold allows to simplify its design and improve the quality of products by eliminating ring sectors and a wedge mechanism. FIG. 1-3 depicts a mold for the manufacture of articles with an undercut of thermo-plastic materials during its operation; FIG. 4 shows an embodiment of an injection mold without a heater; in fig. 5 - injection molding machine using injection mold; in fig. 6 - section A-A of FIG. 5. Casting mold for the manufacture of tubular articles with thermoplastic material undercuts. The firstuv contains an outer split noloform 1 with a movable part 2, mounted inside the outer half-mold with the possibility of axial non-displacement formulated core 3 placed on it with the possibility of reciprocating axial movement of the sleeve 4c annular rib 5 to form an undercut. The sleeve 4 of the forming core 3 is provided with a flange 6 adjacent to the annular rib 5, and the movable part 2 of the outer half-mold 1 is provided with a ZIO 4 interacting with the blade, grippers 7, 8, and its movement drive (not shown in the drawings). The forming core 3 has piles 9, 10, the movable part 2 is a recess I, which interacts with the wedge strips 12 of the device having closed; The front part of the grip 7 is made in the form of an undercut of the matrix 13, and in the movable part 2 of the outer mold half in this place there is an adjustable heater 14. The sleeve 4 has a projection 15, which interacts with the grip 7 of the movable part
    [2]
    2. In one embodiment of the injection mold (FIG. 4), the heater 14 may be absent in the movable part 2 or be installed in the annular rib 5. In the area of the matrix 13, thermocouples (not shown) regulating the temperature of the heater 14 are also mounted, and the mold 1 and the sleeve 4 are provided with channels (not shown in the drawings) for supplying hot or cold air. The casting machine using the proposed form (FIGS. 5, 6) consists mainly of the closing device 16 and the device 17 for injection of the material, as well as a hydraulic) and the closing device 18 for the form, which may be absent at high sacking forces . The mold for the manufacture of tubular articles with an undercut of thermoplastic materials works as follows. When molten material is injected, the mold is in a closed state (Fig. 1). The gripper 8 of part 2 presses the sleeve 4 against the collet 9 of the core 3, the plates 12 of the closing device 16 are located in the recesses 11, and the movable part 2 is pressed tightly against the split mold 1. The space between the edge 5 and the die 13 forms a volume for forming the undercut 19 of the product 20, which also has an annular protrusion 21 in the undercut area. After the material is injected, the product 20 is cooled, however, in the undercut area 19, it is heated by the heater 14 to a temperature at which the elastic plastic properties of the product are kept on this yiacTKe. Then, under the action of an individual drive, the movable part 2 (Fig. 2) moves to the side, releasing the upper part of the undercut 19, and the detachable zero shape 1 is opened. As it moves, the movable part 2 of the gripper 7 interacts with the protrusion 15 of the sleeve 4 and carries it along. In this case, the annular rib 5, due to the preserved elastic properties of the material, the undercuts 19 exits from it, and the sleeve 6 of the liner is positioned in which it supports the annular protrusion 21 of the article 20 (Fig. 3). In this position, the mold is for some time during which the final cooling of the product 20 occurs. As a result of the bead 6 supporting the protrusion 21, the distortion of the product 2 in this part does not occur. After cooling the product 20, the movable part 2 opens further, while its grip 8 acts on the shoulders 10 of the core 3, removes it from the split half-mold 1. Then the finished product 20 is removed from the core 3, the form is closed again, and the production cycle of the product is repeated. The use of an injection mold for the manufacture of tubular articles with an undercut of the thermo-shepherd materials according to the invention improves the quality of the products while simplifying the shape design. Claim 1. Injection mold for blasting tubular articles with subnufation of thermoplastic materials, comprising an outer half-mold with a movable part, mounted inside the outer half-mold with axial movement a forming core with a returnable-axial displacement on it with a sleeve with an annular edge formation under the interior, characterized in that, in order to improve the quality of the products and simplify the design of the mold, the core of the forming core is equipped with gayuschim to the annular edge bead and the movable portion of the outer noluformy provided cooperating with the sleeve and the gripper drive its movement. / 19 "/ J 21 - 6 S 7 JS 3
    Ut.J 6 2. Casting mold according to claim 1, characterized in that an adjustable heater is installed in the movable part of the outer mold half. Priority points: 29.07.75 under item 1, 10.10.75 under item 2, Sources of information taken into account in the examination 1. USSR patent number 329703, cl. B 29 C 17/02. 1972. 2. Patent of Germany No. 1479626, cl. 39a 17/02, 1969 (prototype), g 1 19/3 g; 7 IS jz It
    ff S j 4
    708991
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    US3441982A|1969-05-06|Apparatus for injection blow moulding
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    US3910740A|1975-10-07|Ejection-control system for injection-molding machine
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    同族专利:
    公开号 | 公开日
    DK154997C|1989-06-05|
    DK339576A|1977-01-30|
    IE43714L|1977-01-29|
    PT65417A|1976-08-01|
    SE405568B|1978-12-18|
    IT1064698B|1985-02-25|
    NO151493C|1985-04-24|
    TR19165A|1978-06-12|
    FI58277C|1981-01-12|
    US4127632A|1978-11-28|
    PL104966B1|1979-09-29|
    RO84886B|1984-09-30|
    JPS55588U|1980-01-05|
    DD125332A5|1977-04-13|
    FR2319475B1|1981-03-27|
    IL49945D0|1976-08-31|
    DK154997B|1989-01-23|
    HU175694B|1980-10-28|
    ES450278A1|1977-11-16|
    DE2659935C2|1982-10-07|
    NL7607071A|1976-12-31|
    SE7608536L|1977-01-30|
    AU502491B2|1979-07-26|
    ES450278A0|1977-11-16|
    BE844627A|1977-01-28|
    MX143406A|1981-05-06|
    JPS5216565A|1977-02-07|
    CS207362B2|1981-07-31|
    AR207088A1|1976-09-09|
    US4521178A|1985-06-04|
    RO84886A|1984-08-17|
    DE2633050B2|1978-02-09|
    CH600226A5|1978-06-15|
    NO762537L|1977-02-01|
    USRE31404E|1983-10-04|
    NL168752C|1988-10-17|
    PT65417B|1978-02-08|
    NO151493B|1985-01-07|
    FI58277B|1980-09-30|
    DE2633050A1|1977-02-10|
    GB1496854A|1978-01-05|
    AU1601676A|1978-02-23|
    BR7604864A|1977-08-09|
    IL49945A|1980-05-30|
    FI761994A|1977-01-30|
    JPS5724491Y2|1982-05-27|
    FR2319475A1|1977-02-25|
    YU186676A|1984-02-29|
    NL168752B|1981-12-16|
    IE43714B1|1981-05-06|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    DK54682C|1934-03-21|1938-05-02|Denes Von Mihaly|Apparatus for continuous writing and reproduction of photographic sound and tone streaks.|
    US2483093A|1946-05-06|1949-09-27|Wilfred G Harvey|Stripping and knockout mechanism for molding dies|
    DE834751C|1949-04-14|1952-03-24|Alfred Much|Void-free expansion core for the production of hollow bodies from hardenable synthetic resin|
    DE834140C|1949-12-02|1952-03-17|Emil Schuster|Method and device for the production of pressed or molded parts with undercuts|
    DE1130153B|1955-11-18|1962-05-24|Neosid Pemetzrieder G M B H|Process for the production of injection molded parts from thermoplastic material|
    US3020594A|1958-07-11|1962-02-13|American Can Co|Injection molding|
    NL249952A|1959-03-31|
    DE1805446U|1959-05-16|1960-02-04|Agfa Ag|CINEMA CAMERA, ESPECIALLY WITH INDEPENDENT EXPOSURE CONTROL DEVICE.|
    DE1804164U|1959-11-20|1960-01-14|Wilhelm Dreyer Fa|DEVICE FOR FLOW CONTROL OF FLOWING MEDIA.|
    US3064310A|1960-04-20|1962-11-20|Drackett Co|Method and apparatus for making plastic articles|
    US3183292A|1962-05-25|1965-05-11|Dvoracek Frank|Plastic molding apparatus and method|
    US3325576A|1964-02-03|1967-06-13|Kessler Milton|Method of making unitary plastic sealing cap|
    US3402713A|1965-05-13|1968-09-24|Becton Dickinson Co|Hypodermic syringe with improved retaining means|
    CH455252A|1967-04-21|1968-06-28|Fischer Ag Georg|Injection mold for the production of plastic parts with an undercut inner profile|
    DE1967427U|1967-05-29|1967-08-31|Wilhelm Eichhorn|INJECTION TOOL WITH MULTI-PART CORE.|
    US3474999A|1967-06-28|1969-10-28|United States Pipe Foundry|Apparatus for forming hollow plastic articles|
    DE1804164A1|1967-10-20|1969-05-14|Camillo Krejci|Production of one-piece plastic ball-or roller-bearing|
    GB1175503A|1968-02-14|1969-12-23|Bartol Plastics|Improvements in or relating to Pipe Couplings|
    DE1805446C3|1968-07-18|1974-09-12|Kunststoffwerk Gebr. Anger Gmbh & Co Muenchen, 8000 Muenchen|Method for producing a tubular body made of a thermoplastic material|
    US3679339A|1970-11-27|1972-07-25|Eastman Kodak Co|Mold having a slide plate for forming articles having a projection or recess|
    AT318904B|1971-06-03|1974-11-25|Mekusta Dr Ferdinand Pauler|Device for ejecting moldings|
    US3749543A|1971-06-21|1973-07-31|Asc Ind Inc|Apparatus for forming belled pipe couplings|
    JPS4841934A|1971-10-02|1973-06-19|
    US3776676A|1972-06-26|1973-12-04|M Kessler|Insulated runner system for plastic cap molds|
    DE2234774C3|1972-07-14|1978-03-23|Thyssen Plastik Anger Kg, 8000 Muenchen|Injection mold|
    US4005101A|1973-04-09|1977-01-25|Albert Obrist Ag|Method for molding plastic covers for containers|
    DE2326681A1|1973-05-25|1974-12-12|Anger Kunststoff|Plastic pipe connections - by injection moulding, partly cooling inside mould, and rapidly cooling outside mould|
    DE2336789C3|1973-07-19|1979-02-08|Stapla Hans-Dieter Golde Gmbh & Co Kg, 6365 Rosbach|Method and tool for demolding a core from an undercut plastic channel profile|
    JPS5314386Y2|1973-12-21|1978-04-17|
    FR2261937B1|1974-02-21|1979-05-25|Captocap Ltd|
    US3904165A|1974-04-29|1975-09-09|Int Tools|Molding apparatus for safety caps|
    JPS58363B2|1974-12-19|1983-01-06|Sekisui Chemical Co Ltd|
    US4113829A|1976-02-09|1978-09-12|Philips Industries Inc.|Method of forming a bell end on thermoplastic pipe|CH643047A5|1978-10-18|1984-05-15|Battenfeld Maschfab|Method for producing fittings for pipe connections and tool for exercise of procedure and by this method made fitting.|
    EP0013040A1|1978-12-12|1980-07-09|Polva-Nederland B.V.|Method and apparatus for forming couplings of thermoplastic material|
    EP0012480A1|1978-12-12|1980-06-25|Polva-Nederland B.V.|Method and apparatus for forming couplings of thermoplastic material|
    FR2464133B1|1979-08-29|1983-10-07|Chiminter|
    AT362925B|1979-10-11|1981-06-25|Anger Anton Maschbau|INJECTION MOLD FOR MAKING FITTINGS AND TUBE CONNECTORS FROM THERMOPLASTIC PLASTIC|
    JPS6334812B2|1980-03-07|1988-07-12|Kubota Ltd|
    JPS56126116A|1980-03-07|1981-10-02|Kubota Ltd|Forming method of socket of thermoplastic synthetic resin pipe|
    JPS56126115A|1980-03-07|1981-10-02|Kubota Ltd|Secondary forming method of diametrically expanded socket having annular groove|
    EP0036454B1|1980-03-25|1983-11-23|Hawo B.V.|Method and apparatus for manufacturing a tubular body provided with a sealing ring|
    US4268237A|1980-03-26|1981-05-19|Hawo B.V.|Apparatus for manufacturing a tubular body provided with a sealing ring|
    JPS56144125A|1980-04-11|1981-11-10|Kubota Ltd|Molding method of expanded socket having packing retaining protuberance|
    JPS56146714A|1980-04-17|1981-11-14|Kubota Ltd|Molding method for accepting mouth of thermoplastic synthetic resin tube|
    JPS56150511A|1980-04-23|1981-11-21|Kubota Ltd|Secondary molding method for forming expanded socket having annular groove|
    DE8100532U1|1981-01-13|1982-05-19|KAHA Kunststoffwerk Kurt Hädrich GmbH & Co KG, 6300 Giessen|Plastic container|
    NL8103011A|1981-06-22|1983-01-17|Dirk Van Manen|METHOD FOR MANUFACTURING PLASTIC ATTACHMENTS WITH TUBE COUPLING SOCKET AND APPARATUS FOR APPLYING THE METHOD|
    JPS6260968B2|1982-04-13|1987-12-18|Kubota Ltd|
    CA1322284C|1988-03-14|1993-09-21|Robert K. Mitchell|Molded camshaft assembly|
    DE3902885A1|1989-02-01|1990-08-02|Riesselmann & Sohn|PLANT POT PRODUCTION METHOD AND PRODUCTS PRODUCED BY THIS METHOD|
    US5021109A|1989-12-29|1991-06-04|Xerox Corporation|Method of preparing a multilayered belt|
    US5203943A|1990-12-13|1993-04-20|Minnesota Mining And Manufacturing Company|Method of forming internal strictures in a tubular member and a bonding connection with an inserted tube|
    US5156864A|1991-02-06|1992-10-20|Guo Muh Juh|Plastics threaded fitting molding mechanism|
    US5234130A|1991-03-22|1993-08-10|Manhattan Products, Inc.|Dispensing package for a pourable material having a bottle, a pour-back spout and a closure|
    US5340304A|1991-04-26|1994-08-23|Nissei Asb Machine Co., Ltd.|Mold for injection molding preform with undercut lip|
    GB9112617D0|1991-06-12|1991-07-31|Guest John D|Improvements in or relating to tube coupling bodies|
    AT398725B|1992-10-21|1995-01-25|Schnallinger Helfried Ing|METHOD FOR PRODUCING EXHAUST SLEEVES ON PLASTIC PIPES|
    US20040195252A1|1994-06-21|2004-10-07|Von Holdt John W.|Plastic bucket and lid|
    US20020063134A1|1994-06-21|2002-05-30|Von Holdt John W.|Plastic bucket and lid|
    US5913446A|1994-06-21|1999-06-22|Von Holdt, Sr.; John W.|Plastic bucket and lid|
    DE19506645C2|1995-02-25|1998-07-16|Coronet Kunststoffwerk Gmbh|Method of making a hanger|
    US5803926A|1995-06-07|1998-09-08|Pristech, Inc.|Double handled vacuum extractor|
    US5935136A|1997-05-09|1999-08-10|Pristech, Inc.|Obstetrical vacuum extractor cup with soft molded lip|
    US5957931A|1998-05-11|1999-09-28|Prism Enterprises, Inc.|Obstetrical vacuum extractor cup|
    US6361542B1|2000-05-17|2002-03-26|Prism Enterprises, Inc.|Obstetrical vacuum extractor cup with force measuring capabilities|
    JP2009000840A|2007-06-19|2009-01-08|Showa Corp|Method for producing joint of fluidic device|
    CN102059782B|2009-11-18|2013-04-17|江苏华生塑业有限公司|Flaring demolding mechanism for flaring pipe fitting|
    CN105730825B|2010-10-01|2019-08-16|福林德施普产品有限公司|The modularization of laterally attached feature with raising interlocks container|
    US9290300B2|2012-02-21|2016-03-22|Friendship Products Llc|Modular interlocking containers|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    AT587875A|AT356369B|1975-07-29|1975-07-29|INJECTION MOLD FOR MAKING FITTINGS|
    AT0777075A|AT363248B|1975-10-10|1975-10-10|INJECTION MOLD FOR MAKING FITTINGS|
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