Closure assembly for fiber container including a molded lid with multi-mode closure orientations

Claim 2

A closure assembly for a container of a variety having a sidewall with external and internal surfaces extending from a bottom rim to a top portion having a top edge, comprising: discrete fastener means connected in predetermined spacedapart relationship with said sidewall, extending downwardly along the external surface thereof sustantially from said top edge, said fastener means including primary detent means and secondary detent means each extending outwardly from said external surface; and a molded lid for closure over said container including: a lid top portion formed of resilient plastic material extensible across said container top portion to an outer periphery locatable adjacent said top edge, a skirt assembly integrally formed with said lid top portion and extending downwardly from said periphery to a lower edge locatable below said primary detent means, said skirt assembly including a parting groove extending thereabout to define upper and lower skirt portions and hand graspable means configured with said skirt lower portion for effecting the manual removal of said skirt lower portion from along said parting groove, primary latching ledge means formed within discete, spaced apart regions of said skirt assembly lower skirt portion in correspondence with said predetermined spaced apart relationship of said fastener means for non-releasing engagement with said primary detent means when said lid is rotationally oriented for engaing contact therewith, secondary latching detent means formed substantially continuously within said skirt assembly upper skirt portion for removable latching engagement with said fastener means secondary detent means in substantially all rotational orientations of said lid uopn said container, and a sealing channel formed within said lid top portion outer periphery for abutting, container closure engagement against said container top edge.

Claim 3

The closure assembly of claim 1 in which said primary latching ledge means is configured of lengthwise extent corresponding with a said spaced-apart region and includes limit stop means abuttable against an engaged said fastener means to restrict rotational movement of said lid.

Claim 4

The closure assembly of claim 1 in which: said fastener means secondary detent means is configured having a rounded contact edge surface for effecting abutting contact with said lid secondary latching detent means; and said lid secondary latching detent means is configured having a downwardly sloping continuous contact surface for biasing abutment with said secondary detent means rounded contact edge to effect removable retention of said lid upon said container.

Claim 5

The closure assembly of claim 1 in which: said lid primary latching ledge means is configured having an inwardly depending retainer surface extending substantially perpendicularly from the internally disposed surface of said skirt assembly; and said fastener means primary detent means is configured having a contact surface abuttably engageable with said retainer surface.

Claim 6

The closure assembly of claim 1 in which said lid top portion includes a centering ridge adjacent said outer periphery and a container stacking surface extending outwardly therefrom above said sealing channel for locating and supporting the bottom of another said container.

Claim 7

The closure assembly of claim 1 in which: said lid primary latching ledge means extends normally inwardly from said skirt assembly lower edge to provide a downwardly disposed lid stacking surface; said lid top portion includes an upwardly disposed lid seating surface at said periphery positioned outwardly of said sealing channel for receiving a said lid stacking surface of another lid for effecting an aligned, stacking relationship therewith.

Claim 8

The closure assembly of claim 6 in which said skirt assembly hand graspable means is a pull tab integrally formed with said lower skirt portion at the outwardly disposed surface thereof so as to provide for said aligned, stacking relationship.

Claim 9

The closure assembly of claim 1 in which said skirt assembly hand graspable means is a pull tab integrally formed with said lower skirt portion and located in predetermined relationship with respect to a said primary latching ledge means for facilitating said rotational orientation of said lid.

Claim 10

The closure assembly of claim 1 in which: said lid includes a lid stacking surface extending inwardly from said skirt assembly lower edge; and said lid top portion includes a centering ridge adjacent said outer periphery, a container stacking surface extending outwardly therefrom above said sealing channel for locating and supporting the bottom of another said container, and an upwardly disposed lid seating surface positioned outwardly of said container stacking surface for receiving a said lid stacking surface of another lid in a stacking relationship.

Claim 11

The closure assembly of claim 1 in which said lid includes annular supporting rib means depending downwardly from the inner surface thereof and forming an inwardly disposed surface of said sealing channel for structurally stiffening said lid and facilitating lid centering over said container top edge.

Claim 12

The closure assembly of claim 1 in which each said discrete fastener means is formed as a sheet metal clip coupled to said container external surface by at least one cleat extending thereinto.

Claim 13

The closure assembly of claim 1 in which each said discrete fastener means is formed as a sheet metal clip having an internally disposed U-shaped channel mountable over said container top edge and extensible downwardly therefrom.

Claim 14

The closure assembly of claim 1 in which each said discrete fastener means is an integrally molded plastic clip adhesively affixed to said container external surface.

Claim 15

A closure assembly for a cellulosic container of a variety having a cylindrical sidewall with internal and external surfaces extending from a bottom rim to a top portion having a top edge, comprising: a plurality of discrete fasteners connected to said container adjacent said top edge and located about said external surface in a predetermined spaced apart relationship, said fastener including a primary detent component and a secondary detent component spaced thereabove; a molded lid orientable for closure over said container in a pre-fill mode, a filled mode and a reclosure mode, including: a discoidal lid top portion formed of resilient plastic material extensible across said container top portion to an outer periphery locatable adjacent said top edge; a skirt assembly integrally formed with said lid top portion and extending downwardly from said periphery to a lower edge locatable below said primary detent component, said skirt assembly including parting locus means for defining upper and lower skirt portions and hand graspable means configured with said skirt lower portion for facilitating the removal of said skirt lower portion; a plurality of primary latching components formed within discrete, spaced apart regions of said skirt assembly lower skirt portion in correspondence with said predetermined spaced apart relationship of said fasteners, said primary latching components being non-engaged with said primary detent components of said fasteners when said lid is oriented for said pre-fill mode, being engaged with said primary detent components when said lid is oriented for said filled mode and disengageable therefrom substantially only by said removal of said lower skirt portion, to permit use of said lid in said reclosure mode; and secondary latching detent means formed substantially continuously within said skirt assembly upper skirt portion for removable latching engagement with said secondary detent component of said fasteners when said lid is oriented in said pre-fill, filled and reclosure modes.

Claim 16

A closure assembly for a cellulosic container of a variety having a cylindrical sidewall with internal and external surfaces extending from a bottom rim to a top portion having a top edge, comprising: a plurality of discrete fasteners connected to said container adjacent said top edge and located about said external surface in a predetermined spaced apart relationship, said fastener including a primary detent component and a secondary detent component spaced thereabove; a molded lid orientable for closure over said container in a pre-fill mode, a filled mode and a reclosure mode, including: a discoidal lid top portion formed of resilient plastic material extensible across said container top portion to an outer periphery locatable adjacent said top edge; a skirt assembly integrally formed with said lid top portion and extending downwardly from said periphery to a lower edge locatable below said primary detent component, said skirt assembly including parting locus means for defining upper and lower skirt portions and hand graspable means configured with said skirt lower portion for facilitating the removal of said skirt lower portion; a plurality of primary latching components formed within discrete, spaced apart regions of said skirt assembly lower skirt portion in correspondence with said predetermined spaced apart relationship of said fasteners, said primary latching components being non-engaged with said primary detent components of said fasteners when said lid is oriented for said pre-fill mode, being engaged with said primary detent components when said lid is oriented for said filled mode and disengageable therefrom substantially only by said removal of said lower skirt portion, to permit use of said lid in said reclosure mode; and secondary latching detent means formed substantially continuously within said skirt assembly upper skirt portion for removable latching engagement with said secondary detent component of said fasteners when said lid is oriented in said pre-fill, filled and reclosure modes.

Claim 17

The closure assembly of claim 14 in which said lid includes a sealing channel formed within said lid to portion outer periphery for abutting, container closure engagement against said container top edge.

Claim 18

The closure assembly of claim 14 in which each said primary latching component includes limit stop means abuttable against an engaged fastener to restrict rotational movement of said lid when providing said closure over said container.

Claim 19

The closure assembly of claim 14 in which: said secondary detent component of said fastener is configured having a rounded contact edge surface for effecting abutting contact with said lid secondary latching detent means; and said secondary latching detent means is configured having a downwardly sloping continuous contact surface for biasing abuttment with said secondary detent component rounded contact edge to effect removable retention of said lid upon said container.

Claim 20

The closure assembly of claim 14 in which: each said primary latching component is configured as an inwardly depending ledge having an inwardly depending retainer surface extending substantially perpendicularly from the internally disposed surface of said skirt assembly; and each said primary detent component is configured having a contact surface abuttably engageable with said retainer surface.

Claim 21

The closure assembly of claim 14 in which: said lid includes a sealing channel formed within said lid to portion outer periphery for abutting, container closure engagement against said container top edge; and said lid top portion includes a centering ridge adjacent said outer periphery and a container stacking surface extending outwardly therefrom above said sealing channel for locating and supporting the bottom of another said container.

Claim 22

The closure assembly of claim 14 in which: said lid includes a sealing channel formed within said lid to portion outer periphery for abutting, container closure engagement against said container to edge; and said lid primary latching component is configured as an inwardly depending ledge extending normally inwardly from said skirt assembly lower edge to provide a downwardly disposed lid stacking surface; and said lid top portion includes an upwardly disposed lid sealing surface at said periphery positioned outwardly of said sealing channel for receiving a said lid stacking surface of another lid for effecting an aligned, stacking relationship therewith.

Claim 23

The closure assembly of claim 20 in which said skirt assembly hand graspable means is a pull tab integrally formed with said lower skirt portion at the outwardly disposed surface thereof so as to provide for said aligned, stacking relationship.

Claim 24

The closure assembly of claim 14 in which said skirt assembly hand graspable means is a pull tab located in predetermined relationship with respect to a said primary latching component for facilitating said lid orientation for said pre-fill mode and said filled mode for closure.

Claim 25

The closure assembly of claim 21 in which said pull tab includes an adhesively attached roughened surface to provide an enhanced frictional grasp.

Claim 26

The closure assembly of claim 14 in which: said lid includes a sealing channel formed within said lid to portion outer periphery for abutting, container closure engagement against said container top edge; said lid includes a lid stacking surface extending inwardly from said skirt assembly lower edge; and said lid top portion includes a centering ridge adjacent said outer periphery, a container stacking surface extending outwardly therefrom above said sealing channel for locating and supporting the bottom of another said container, and an upwardly disposed lid seating surface positioned outwardly of said container stacking surface for receiving a said lid stacking surface of another lid in a stacking relationship.

Claim 27

A lid for multi-mode closure over a cellulosic container of a variety having a sidewall with internal and external surfaces extending from a bottom rim to a top portion having a top edge and wherein a plurality of discrete fasteners are connected to the container adjacent said top edge and located about said external surface in a predetermined, spaced apart relationship and including a primary retaining component and a secondary detent component spaced above said primary retaining component, the lid comprising: a discoidal lid top portion formed of resilient plastic material and extensible across said container top portion to an outer periphery locatable adjacent said top edge; a skirt assembly integrally formed with said lid top portion and extending downwardly therefrom to a lower edge, said skirt assembly including a parting groove extending thereabout to define upper and lower skirt portions and hand graspable means configured with said skirt lower portion for providing for the removal of said skirt lower portion; a plurality of primary latching ledges formed within discrete, spaced apart regions of said skirt assembly lower skirt portion in correspondence with said predetermined spaced apart relationship of said fastener and depending inwardly from said skirt assembly lower edge, said primary latching ledges being non-engaged with said primary retaining component of each said fastener when said lid is oriented for a pre-fill said mode, being engaged with said primary retaining component of said fasteners when said lid is oriented for a filled said mode and disengageable therefrom substantially only by said removal of said lower skirt portion; secondary latching detent means formed substantially continuously within said skirt assembly upper skirt portion for removable latching engagement with said secondary detent component of said fastener when said lid is oriented in said pre-fill, and filled modes and in a reclosure said mode occurring subsequent to said removal of said lower skirt portion.

Claim 28

A lid for multi-mode closure over a cellulosic container of a variety having a sidewall with internal and external surfaces extending from a bottom rim to a top portion having a top edge and wherein a plurality of discrete fasteners are connected to the container adjacent said top edge and located about said external surface in a predetermined, spaced apart relationship and including a primary retaining component and a secondary detent component spaced above said primary retaining component, the lid comprising: a discoidal lid top portion formed of resilient plastic material and extensible across said container top portion to an outer periphery locatable adjacent said top edge; a skirt assembly integrally formed with said lid top portion and extending downwardly therefrom to a lower edge, said skirt assembly including a parting groove extending thereabout to define upper and lower skirt portions and hand graspable means configured with said skirt lower portion for providing for the removal of said skirt lower portion; a plurality of primary latching ledges formed within discrete, spaced apart regions of said skirt assembly lower skirt portion in correspondence with said predetermined spaced apart relationship of said fastener and depending inwardly from said skirt assembly lower edge, said primary latching ledges being non-engaged with said primary retaining component of each said fastener when said lid is oriented for a pre-fill said mode, being engaged with said primary retaining component of said fasteners when said lid is oriented for a filled said mode and disengageable therefrom substantially only by said removal of said lower skirt portion; secondary latching detent means formed substantially continuously within said skirt assembly upper skirt portion for removable latching engagement with said secondary detent component of said fastener when said lid is oriented in said pre-fill, and filled modes and in a reclosure said mode occurring subsequent to said removal of said lower skirt portion.

Claim 29

The lid of claim 25 in which said lid includes a sealing channel formed within said lid top portion outer periphery for abutting, container closure engagement against said container top edge.

Claim 30

The lid of claim 26 in which: each said lid primary latching ledge extends normally inwardly from said skirt assembly lower edge to provide a downwardly disposed lid stacking surface; and said lid top portion includes an upwardly disposed lid seating surface at said periphery positioned outwardly of said sealing channel for receiving a said lid stacking surface of another lid for effecting an aligned, stacking relationship therewith.

Claim 31

The lid of claim 27 in which said skirt assembly hand graspable means is a pull tab integrally formed with said lower skirt portion at the outwardly disposed surface thereof so as to provide for said aligned, stacking relationship.

Claim 32

The lid of claim 25 in which said skirt assembly hand graspable means is a pull tab integrally formed with said lower skirt portion and located in substantial alignment with a said primary latching ledge for facilitating said lid orientation for said pre-fill mode and said filled mode.

Claim 33

The lid of claim 28 in which said pull tab includes an adhesively attached roughened surface to provide an enhanced frictional grasp.

Claim 34

The lid of claim 26 in which said top portion includes a centering ridge adjacent said outer periphery and a container stacking surface extending outwardly therefrom above said sealing channel for locating and supporting the bottom of another said container.

Claim 35

The lid of claim 26 in which: said lid includes a lid stacking surface extending inwardly from said skirt assembly lower edge; and said lid top portion includes a centering ridge adjacent said outer periphery, a container stacking surface extending outwardly therefrom above said sealing channel for locating and supporting the bottom of another said container, and an upwardly disposed lid seating surface positioned outwardly of said container stacking surface for receiving a said lid stacking surface of another lid in a stacking relationship.

Claim 36

The lid of claim 25 in which each said primary latching edge includes limit stop means abuttable against an engaged said fastener to restrict rotational movement of said lid when providing said closure over said container.