• 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:
    A resealable closure device (10) for use on metallic cans includes a metallic end wall (12) having an opening (24) surrounded by an upwardly extending and outwardly flaring beaded flange (22). The flexible closure element (14) includes a central panel (34), a lever portion (36) and a connecting portion (38) connecting the lever portion to the central panel; the closure device may be molded in an inverted umbrella position which is capable of being inverted to engage the flange of the opening; a skirt portion (48) is provided on the interior side of the central panel of the flexible closure element to provide a degree of resistance to removal of the closure device from the opening by user.
    公开号:SU1651785A3
    申请号:SU884356067
    申请日:1988-07-12
    公开日:1991-05-23
    发明作者:Ф.В.Арферт Хорст；Ф.Кудзик Даниэль；Х.Дональдсон Роджер
    申请人:Рейнольдс Металз Компани (Фирма)；
    IPC主号:
    专利说明:

    (L
    WITH
    20
    13
    25
    13
    The invention relates to a container, namely to closures for a container having a metal end wall with a hole surrounded by a beaded shoulder extending outward from the relative opening.
    The purpose of the invention is to provide convenience when opening
    Pa fig depicts the shutter for that "ry, vertical section; in fig „2 the same general view; Fig. 3 shows a closure, a top view of Fig. 4 shows a section for connecting a container with a closure; Fig 5 - a section of the neck of the container.
    A closure for a container having a metal end wall 1 with a hole 2 surrounded by a flanged flap 3 extending outwardly about a mile, and the end wall includes part 4 surrounding the shoulder and located at an angle relative to the outer surface of the shoulder , contains a flexible closing element, including interconnected central hinge 5, connecting part 6 with an annular collar 7 and a conical skirt 8 located in the initial position upwards, and when closing - downwards ensuring the size tim annular flanged collar under zallechnkom 3 outside. On the inner surface facing the container, the surface of the central panel 5 is provided with an annular cylindrical hole 9 for frictional interaction with the inner surface of at least a part of the sampled pin when the shutter is opened.
    The annular cylindrical protrusion can be mounted with a gap in relation to a part of the inner surface of the flanged shoulder with the shutter closed to allow the flexible closing element to move relative to the opening 2 under the pressure in the container.
    On the side surface of the annular cylindrical protrusion at least one can be made 10 for relieving the pressure in the container, per hectare per hectare of the central panel.
    The side surface of the annular cylindrical protrusion may be located at a distance from the annular portion of the connecting part 6 facing inwardly the container.
    0
    five
    0
    five
    0
    five
    0
    five
     On the central panel 5, on the side facing the container, a recess II was made, surrounded by catfish 12.
    On the side surface of the annular cylindrical protrusion can be made several grooves 10 for pressure relief. On the conical skirt i, there can be a gripping device containing at least one eyelet 13, having two spaced branches 14 and 15, the ends of which 16 and 17 are fixed on the conical skirt, and the grooves are located at the ear.
    The wall thickness of the conical skirt 8 may decrease with increasing distance from the center panel, and the gripping device is made one with the skirt.
    The branches 14 and 15 of the ear can be fixed so that the angle between them is 50.
    The fixed end 16 or 17 of each branch may be inclined relative to the branch itself by an angle of 15 °, and the branches may have the same thickness along their length.
    The shutter can be equipped with two gripping devices spaced around the circumference of the conical skirt (Fig. 2).
    The conical skirt 8 may have a section 18 of reduced thickness between the ends of the attachment of the branches of the ear to the skirt o
    The thickness of the conical skirt 8 in the area from the central panel 5 to its free end may first increase - section 19, and then decrease - section 20 On the outer surface of the skirt 8 there may be an annular juice 21 to facilitate the molding of the closure,
    The shoulder 3 has an outer surface 22, an upper surface 23 and an inner surface 24. The end wall 1 is connected to the container by means of a flange 25. The shoulder 3 has a horizontal section 26, the inclination of which is equal to the angle of inclination of the section 27 of the flexible covering element.
    Angle A (), i.e. the angle between the outer surface 22 of the cap 3 and the plane 28 passing through the minimum diameter of the hole should be 30-40, preferably 35 °. In ensuring this, depending on the STP central panel 5,
    516
    lives in tight grip
    3 at high pressures in a container. When the angle A is less than 30 °, it becomes difficult to remove the panel 5 from the end wall 1A at an angle A greater than 40 °, in the case that the contents of the container is under pressure, the central panel 5 can slide over the shoulder 3.
    Angle B (FIG. 5) —the angle between the inclined section 4 and the plane 28 — should be in the range of 25-35 °, and preferably 25. At an angle of more than 35 ° C, the ability of the shutter to be placed in the foot is impaired, and at an angle of less than 25 ° B, it is inconvenient to pour out the liquid from the washer.
    The sum of the angles A and B is thus 55-75 °, and preferably about 60. There is an annular recess 29 in the flexible closure member.
    The metal end wall 1 may be made of a steel or aluminum alloy, preferably aluminum. The flexible closure may be made of rubber or plastic, such as polyethylene, polypropylene, copolymers of polypropylene and polyethylene. Polypropylene is preferred.
    The shutter works in the following way.
    The flexible closure is molded from plastic, such as polypropylene. The skirt 8 is molded in the raised position or the position of an inverted umbrella. When the skirt 8 is lowered during the installation of the flexible closing element on the end wall 1 of the container, internal forces caused by the movement of the YUKI 8 from the initial elevation to the horizontal and through the middle position down, horizontal horizontal, create tension in it that attracts the skirt and the annular the flange 7 is closer to the central panel 5, as a result of which a tight seal is provided between the said flange and the outer surface 22 of the hollow 3 located in the annular recess 29
    As shown ano in Fig. 1, the entire flexible closure element is tightly seated on the metal end wall, and the annular shoulder 7 is in intimate contact with the outer surface 22 of the shoulder flange.
    785
    3 In the illustrated embodiment, the bolt 7 occupies the entire space between the outer surface of the shoulder 3 and the adjacent conical section 4. With this design, the consequences of natural plastic deformation are minimized, so that it will be possible to open and close the opening 2 for a long time.
    In the fully closed position shown in Fig. 1, the skirt 8 is in a stressed state. This residual stress contributes
    5 to maintain a hermetic seal between the annular shoulder 7 and the outer surface 22 of the nongole 3. The residual voltage is, at least partially, the result
    0 the inability of the skirt 8 to pivot down further, since it comes into close contact with the section 4 of the end wall. This tight contact prevents the passage between them.
    5 dirt and debris, thus avoiding contamination of the contents of the container.
    ILiOTHbiH contact with the shoulder provide, as shown in figure 1,
    0 is preferably mainly along the outer surface 22 of the shoulder 3. Sash, with such a design, pulls out one of the ears 13, the skirt 8 adjoining close to it rises and removes the adjacent part of the shoulder 7 from contact with the shoulder 3. The surface 22 of the shoulder 3 begins an adjustable depressurization into the atmosphere, and the far-reaching movement of the tab 13 upwards causes the rest of the skirt 8 to move towards the position of the inverted umbrella. Any bending of the cylindrical protrusion 9
    - maintains frictional adhesion of its peripheral surface with the inner surface of the shoulder 3, which effectively prevents the flexible closing element from being pushed out
    . time of pressure relief to atmosphere.
    Using the other eyelet 13 to move up the rest of the skirt 8, you can completely return it to the raised position. After that, the consumer can, lifting the flexible closing element, remove it from the metal end wall 1. The execution of the flexible closing element so that the annular cylindrical
    five
    The cusp 9 does not form a plug that interacts with the inner surface 24 of the shoulder 3, avoiding uncontrolled release of pressure into the atmosphere, which can lead to the release of a flexible closing element, which is unacceptable.
    权利要求:
    Claims (4)
    [1]
    Invention Formula
    1 Shutter for container, having a metal end wall with a hole, surrounded by a flanged extension that extends outwardly against the opening, the end wall includes a portion surrounding the shoulder and located at an angle relative to the outside surface of the shoulder, containing a flexible closing element comprising a central panel interconnected, a connecting part with an annular collar and a conical skirt located in the initial position upwards, and when closing - downwards, ensuring the placement of the rings under the shoulder of the flanged flange, which is due to the fact that
    Lewn to provide comfort when opening the lent on a conical skirt.
    NII, on the inside, facing Ta-Yu. The shutter pop. 1, distinguishing the surface of the central panel, has an annular cylindrical protrusion for frictional interaction with the inner surface of at least a part of the flanged shoulder when the shutter is opened.
    2. A closure according to claim 1, characterized in that the annular cylindrical protrusion is mounted with a gap in relation to a part of the inner surface of the flanged shoulder with the shutter closed to allow the flexible closure element to move relative to the orifice under the action of the pressure in the container.
    [2]
    3. The closure is characterized by the fact that at least one pressure relief groove in the container is arranged perpendicular to the central panel on the lateral surface of the annular cylindrical protrusion.
    [3]
    4. The closure according to claim 1, characterized in that the lateral surface of the annular cylindrical protrusion is located at a distance of
    [4]
    from the annular portion of the connecting part facing the inside of the container. : 5, The closure according to item A. It is also distinguished by the fact that on the central panel from the side facing the container, a recess is made, surrounded by catfish.
    6 "Shutter according to Clause 3, of a hl of a kg) and with the fact that several pressure relief grooves are made on the lateral surface of the annular cylindrical protrusion.
    7. The closure according to claim 6, characterized by the fact that on the conical
    the skirt is made gripping device, and the grooves are located at the last ,,
    8. The closure according to claim 1, which differs from 0 to the fact that the wall thickness
    the conical skirt decreases with increasing distance from the center panel, and the gripping device is integral with the skirt. 59. The shutter on PP.7 and 8, about tl and -
    so that the gripping device contains at least one eyelet that has two separated branches, the ends of which are fixed
    u and with the fact that the branches of the abalone are fixed so that the angle between them is 50 °.
    11. The closure of claim 10, characterized in that the fixed end of each branch is inclined relative to the branch itself at an angle of 15 °.
    12. A closure according to claims, characterized in that the branches have the same thickness along their length.
    13. Closure according to claims 7-12, characterized in that it provides
    5 wives with two gripping devices spaced around the circumference of the conical skirt.
    14. The closure according to claims 9-13, tl and g due to the fact that
    The skirt has a section of reduced thickness between the ends of the attachment of the branches of the ear to the skirt.
    15. The closure according to claims 1-14, which is such that the thickness of the conical skirt from the central panel to its free end first increases and then decreases.
     3
    25
    ; 75
    X
    oh
    .ir. dt
    one,
    „V
    Uh
    ...and
    6 26 29 2
    7 Z 2710
    /
    Fig 4Fig. five
    类似技术:
    公开号 | 公开日 | 专利标题
    SU1651785A3|1991-05-23|Container closing device
    US4545495A|1985-10-08|Snap action hinge with closed position straight straps
    US3986627A|1976-10-19|Closure
    US5335802A|1994-08-09|Plastic closure for a container
    US7861393B2|2011-01-04|Method of making a dispensing closure
    US5163575A|1992-11-17|Container with curled tamper-evident band to retain closure
    US7832581B2|2010-11-16|Closure and methods for placing and removing such a closure
    US4598613A|1986-07-08|Champagne bottle opener
    US4369888A|1983-01-25|Closure for container
    US4387820A|1983-06-14|Closing arrangement for packing containers
    MY131157A|2007-07-31|Container closure system having a cap removable with less than a 45 degree twist
    EA006466B1|2005-12-29|Cup-shaped receptacle and lid
    EP0036256A1|1981-09-23|Closure cap
    EP0473706A1|1992-03-11|Plastic closure with improved seal.
    US4305515A|1981-12-15|Automatically sealing bottle stopper
    EP0187820B1|1990-05-02|Sealed container with replaceable plug insert
    US6976611B2|2005-12-20|Pressure dispensing cap for liquid container
    US5938056A|1999-08-17|Articulated hinged closure
    DK161244B|1991-06-17|CONTAINER
    US3527375A|1970-09-08|Cover for beaded cylindrical beverage container
    EP0048889B1|1985-04-10|Container and closure therefor
    JP4349671B2|2009-10-21|Easy-opening inner stopper and container lid with inner stopper
    JP2593497Y2|1999-04-12|plug
    GB2086361A|1982-05-12|An improved container closure
    BE1015835A3|2005-10-04|Valve for plug-and similar carafes.
    同族专利:
    公开号 | 公开日
    AU1901788A|1989-01-19|
    US4793510A|1988-12-27|
    CN1038623A|1990-01-10|
    BR8803501A|1989-01-31|
    DE3868161D1|1992-03-12|
    IL86742A|1991-06-30|
    AT72189T|1992-02-15|
    KR890001842A|1989-04-06|
    JPS6437358A|1989-02-08|
    EP0299644B1|1992-01-29|
    NZ225244A|1991-05-28|
    EP0299644A2|1989-01-18|
    EP0299644A3|1989-08-23|
    CN1013094B|1991-07-10|
    PH25068A|1991-02-19|
    DK388388D0|1988-07-12|
    ZA884310B|1989-03-29|
    IL86742D0|1988-11-30|
    DK388388A|1989-01-14|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    GB1054334A|1900-01-01|
    NL74121C|
    GB1054335A|1900-01-01|
    US25906A|1859-10-25|miller |
    FR368095A|1906-07-17|1906-11-16|Paul Henri Deon|Hooded cap and safety ring|
    US1201082A|1916-01-13|1916-10-10|William O Nussbaumer|Closure for milk-cans.|
    US1613826A|1923-06-04|1927-01-11|Samuel W Hind|Receptacle and cover for same|
    CH109104A|1924-05-19|1925-06-16|Zigerli Paul|Closure for containers.|
    US1546159A|1924-09-20|1925-07-14|Sr Joseph Wippler|Milk-bottle closure|
    FR677495A|1929-06-27|1930-03-11|Editions De La Natalite Franca|Improvement with rubber stoppers or other similar elastic material|
    US1946981A|1930-07-14|1934-02-13|Sun Rubber Co|Bottle stopper|
    US1902892A|1931-08-29|1933-03-28|Jr Francis M Pottenger|Bottle stopper and flask connecter|
    US2036858A|1931-11-16|1936-04-07|Symington T H & Son Inc|Three-part truck|
    US2070377A|1932-06-08|1937-02-09|Simmons Elta|Bottle closure|
    US2004852A|1934-02-23|1935-06-11|Continental Can Co|Sheet metal container|
    GB465368A|1936-01-03|1937-05-06|Frederic Brewis Kenyon Crossle|Improvements in or relating to closures for bottles, jars, carboys and the like|
    US2084084A|1936-08-25|1937-06-15|John M Potter|Can construction|
    CH193582A|1936-12-01|1937-10-31|Wiener Desire|Closure on vessels such as tubes, cans, bottles and the like.|
    FR828967A|1937-02-10|1938-06-07|Caps for bottles and the like|
    US2168734A|1937-02-10|1939-08-08|Freeman William Simon|Stopper for bottles, jars, and similar containers|
    US2208899A|1937-04-24|1940-07-23|Freeman William Simon|Stopper for carboys, bottles, cans, and like containers|
    FR836941A|1937-04-24|1939-01-30|Improvements to stoppers for demijohns, bottles, cans and similar containers|
    FR828633A|1937-11-20|1938-05-24|Caps for bottles and others|
    US2215392A|1938-07-04|1940-09-17|Freeman William Simon|Stopper for carboys, bottles, cans, and like containers|
    US2303773A|1938-10-18|1942-12-01|Rohm & Haas|Textile finishing process|
    DE826555C|1940-01-02|1952-01-03|William Simon Freemann|Closure for bottles and similar containers|
    US2393578A|1942-01-09|1946-01-22|Sterling Drug Inc|Closure|
    US2486364A|1945-05-19|1949-10-25|Pyramid Rubber Company|Bottle cap or closure|
    US2614727A|1949-03-11|1952-10-21|William H Robinson|Container and closure therefor|
    US2620938A|1949-09-02|1952-12-09|Package Devices Inc|Container closure|
    GB693027A|1951-03-30|1953-06-17|William Simon Freeman|Improvements in or relating to closures for containers|
    FR1023521A|1951-06-12|1953-03-19|Shutter in flexible material adaptable to all container necks|
    US2639058A|1951-07-26|1953-05-19|Lobl Frederick|Elastically sealed closure for containers|
    US2704100A|1952-01-28|1955-03-15|Freeman William Simon|Bottles and like containers and closures therefor|
    US2711840A|1952-06-16|1955-06-28|Jules P Gits|Containers and closures therefor|
    US2776691A|1953-01-12|1957-01-08|Earl S Tupper|Double-walled tumbler and seal|
    FR1149455A|1955-01-14|1957-12-26|Flip-top caps|
    US2819748A|1955-05-24|1958-01-14|Catalano Calogero Atilio|Bottle closure|
    US3074578A|1956-12-26|1963-01-22|Dwight H Hester|Container closures|
    US2869746A|1957-03-14|1959-01-20|Isaac L Wilcox|Bottle cap|
    US2922563A|1957-08-05|1960-01-26|American Can Co|Snug fitting container closure|
    US2953272A|1958-02-27|1960-09-20|Owens Illinois Glass Co|Closure caps for bottles and jars|
    FR1216506A|1958-11-28|1960-04-26|Improvements made to plastic caps for hermetic and tamper-evident closure of containers|
    BE638168A|1962-10-03|
    US3352448A|1965-11-15|1967-11-14|Jay G Livingstone|Resilient closure|
    FR1505614A|1966-10-26|1967-12-15|Plug|
    US3486665A|1967-10-02|1969-12-30|American Can Co|Dispensing can with plastic top|
    NO117404B|1968-05-16|1969-08-04|Rolf Haeggbom|
    GB1282754A|1969-04-02|1972-07-26|Mardon Illingworth|Pressure containier with closure cap|
    US3606074A|1969-07-24|1971-09-20|Robert M Hayes|Multiple purpose gripping lid|
    US3527375A|1969-10-20|1970-09-08|Louis M Klein|Cover for beaded cylindrical beverage container|
    US3628542A|1969-11-13|1971-12-21|Harry Drew|Smoker{3 s pipe cover|
    US3642167A|1970-07-20|1972-02-15|Phillips Petroleum Co|Container closure|
    US3688942A|1970-11-20|1972-09-05|Continental Can Co|Container and closure combination|
    DE2139587C3|1971-08-06|1974-02-14|Fa. Wilhelm Wagner, 7300 Esslingen|Thin-walled container for a ready-made meal, a meal portion or the like|
    GB1407601A|1972-01-06|1975-09-24|Metal Box Co Ltd|Container closures|
    US3727787A|1972-02-22|1973-04-17|G Gregory|Pop-top can re-sealer|
    US3831797A|1972-10-02|1974-08-27|P Stevens|Child resistant safety closure|
    US3907158A|1973-04-16|1975-09-23|Continental Can Co|Vacuum package with improved closure|
    BG20679A1|1974-07-01|1975-12-20|
    US4023703A|1975-05-27|1977-05-17|Strobe Carl J|Easy-open container with flange push-in member|
    US4094460A|1976-04-26|1978-06-13|Aluminum Company Of America|Closure assembly and package|
    US4061244A|1976-11-19|1977-12-06|Tucker John A|Combination container with removable closure|
    FR2377333A1|1977-01-13|1978-08-11|Flax V|Bottle cap surrounded by flexible ring - has ring joined to cap, acting as hinge|
    US4113134A|1977-11-17|1978-09-12|Heintzelman Leo A|Can closure|
    DE7801717U1|1978-01-21|1978-05-11|Ihne Heinz|Device for closing the widely used beverage cans|
    US4291813A|1978-02-17|1981-09-29|Buckeye Molding Company|Containers and closures|
    DE2814594A1|1978-04-05|1979-10-18|Klaus Schuessler|Closure element for drink cans - has sealing element to close off pouring opening consisting of projection formed on plastics lid|
    US4301941A|1978-04-07|1981-11-24|Phillips Petroleum Company|Container closure|
    US4177930A|1978-05-30|1979-12-11|Polysar Resins, Inc.|Closure having opening means|
    AT359908B|1978-06-08|1980-12-10|Vmw Ranshofen Berndorf Ag|BEVERAGE PACKAGING FOR SILENT AND CARBONATED BEVERAGES|
    DD144746A5|1979-07-02|1980-11-05|Nelson J Waterbury|LOCKING ON AN OPENED LID|
    FR2464196A1|1979-08-28|1981-03-06|Lamidey Marcel|Stopper for flask under vacuum - has outside skirt fitting under flange in flask neck|
    DE3003804C2|1980-02-02|1984-06-20|Fried. Krupp Gmbh, 4300 Essen|Tear-off lid|
    US4262815A|1980-03-10|1981-04-21|Klein Gerald B|Conical can end with a gate and opening tab at the cone apex|
    US4341324A|1980-07-09|1982-07-27|Dolco Packaging Corporation|Bowl and cover assembly|
    SE8005182L|1980-07-16|1982-01-17|Tetra Pak Dev|PACKAGING CONTAINER CLOSING DEVICE|
    SE8005957L|1980-08-26|1982-02-27|Rigello Pak Ab|CAP|
    US4376493A|1980-09-19|1983-03-15|Sears, Roebuck And Co.|Lockable closure for containers|
    DK145194C|1980-11-20|1983-02-28|Superfos As|CONTAINER COVER OF ELASTIC DEFORMABLE PLASTIC|
    DE3201469A1|1981-02-04|1982-08-26|Blechwarenfabriken Züchner GmbH & Co, 3370 Seesen|RE-CLOSABLE METAL LID FOR A CAN FOR LIQUID FILLING GOODS|
    US4429801A|1981-05-05|1984-02-07|American Flange & Manufacturing Co. Inc.|Tear-off cap for closing bottles|
    US4465205A|1981-11-16|1984-08-14|Sutch Brian L C|Fragile opening means for a container lid|
    DE3207198A1|1982-02-27|1983-09-08|Fried. Krupp Gmbh, 4300 Essen|Tear-open lid|
    DE3208994A1|1982-03-12|1983-09-22|Ludwig Dipl.-Ing. Lang|Beverage-can closure|
    US4487325A|1982-07-06|1984-12-11|Owens-Illinois, Inc.|Crown closures and containers|
    DE8228681U1|1982-10-13|1983-10-06|Blechwarenfabriken Züchner GmbH & Co, 3370 Seesen|Tin lid for a can for liquid filling material|
    IL73279A|1983-10-31|1988-03-31|Reynolds Metals Co|Resealable container closure|
    US4487326A|1983-11-10|1984-12-11|Owens-Illinois, Inc.|Carbonated beverage package|
    US4574975A|1984-09-20|1986-03-11|Reynolds Metals Company|Resealable container closure|US4932555A|1989-04-14|1990-06-12|Aluminum Company Of America|Resealable cap hinge structure|
    US4982862A|1989-04-14|1991-01-08|Aluminum Company Of America|Digitally openable, resealable container closure|
    US4991732A|1989-04-14|1991-02-12|Aluminum Company Of America|Excess pressure vent for resealable beverage cap|
    US4928844A|1989-04-14|1990-05-29|Aluminum Company Of America|Pressure release for carbonated beverage containers|
    US4957216A|1989-04-17|1990-09-18|Aluminum Company Of America|Anchor for plastic cap|
    US5103990A|1990-10-29|1992-04-14|Hoover Universal, Inc.|Closure for single service beverage container|
    US5778723A|1992-07-31|1998-07-14|Aluminum Company Of America|Method and apparatus for necking a metal container and resultant container|
    US5425467A|1993-12-28|1995-06-20|Rubbermaid Incorporated|Bowl lid having integral lever mechanism|
    US6010028A|1994-11-22|2000-01-04|Aluminum Company Of America|Lightweight reclosable can with attached threaded pour spout and methods of manufacture|
    US5718352A|1994-11-22|1998-02-17|Aluminum Company Of America|Threaded aluminum cans and methods of manufacture|
    US6010026A|1994-11-22|2000-01-04|Aluminum Company Of America|Assembly of aluminum can and threaded sleeve|
    GB2295379B|1994-11-25|1998-06-03|Rubbermaid Inc|Container with handles and cover|
    US5704240A|1996-05-08|1998-01-06|Aluminum Company Of America|Method and apparatus for forming threads in metal containers|
    US6324592B1|1997-02-25|2001-11-27|Keystone Aerospace|Apparatus and method for a mobile computer architecture and input/output management system|
    GB2349636A|1998-09-17|2000-11-08|Adv Liquid Packaging Corp|Resealable can|
    USD428777S|1999-11-08|2000-08-01|Pactiv Corporation|Combined lid and container|
    USD432859S|1999-11-08|2000-10-31|Pactiv Corporation|Tab for container lid|
    USD432858S|1999-11-08|2000-10-31|Pactiv Corporation|Lid for a container|
    USD429965S|1999-11-08|2000-08-29|Pactiv Corporation|Container|
    US7014060B2|2002-07-19|2006-03-21|Ball Corporation|Twist opening sealing container|
    NL1021536C1|2002-09-26|2004-03-29|Bound2B B V|Device for holding liquids, in particular drinks.|
    US7299941B2|2003-04-15|2007-11-27|Dart Industries Inc.|Container seal with flexible central panel|
    GB0406762D0|2004-03-25|2004-04-28|Carbonite Corp|Beverage containers|
    US7861881B2|2004-10-28|2011-01-04|General Mills Cereals, Llc.|Removable overcap for microwaveable packaged good article|
    CA2524951A1|2004-10-28|2006-04-28|General Mills, Inc.|Microwaveable packaged good article overcap|
    GB0622398D0|2006-11-09|2006-12-20|Carbonite Corp|Beverage containers|
    US10435145B1|2009-07-02|2019-10-08|Alfred Finnell|Vehicle with tension wing assembly|
    US9211969B2|2010-02-22|2015-12-15|Medline Industries, Inc|Specimen container|
    US20120061395A1|2010-09-09|2012-03-15|John Imo|Beverage container cover|
    USD828753S1|2012-08-10|2018-09-18|Daniel A Zabaleta|Axially oriented peripheral sidewalled beverage container lid|
    USD795693S1|2012-08-10|2017-08-29|Daniel A Zabeleta|Axially oriented peripheral sidewalled beverage container lid|
    US8985371B2|2012-08-10|2015-03-24|Daniel A. Zabaleta|Resealable beverage containers and methods of making same|
    US10968010B1|2012-08-10|2021-04-06|Daniel A Zabaleta|Resealable container lid and accessories including methods of manufacture and use|
    US9637269B1|2012-08-10|2017-05-02|Daniel A. Zabaleta|Resealable container lid and accessories including methods of manufacturing and use|
    US8844761B2|2012-08-10|2014-09-30|Daniel A. Zabaleta|Resealable beverage containers and methods of making same|
    US9139324B1|2012-10-01|2015-09-22|Aleco Container, LLC|Metal bottle type container with insert/outsert and related methodology|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    US07/073,080|US4793510A|1987-07-13|1987-07-13|Resealable container closure|
    [返回顶部]