AU2004201884B2 - Container for Shaving Cartridge or Other Stored Item - Google Patents

Description

S&F Ref: 582549D3

AUSTRALIA

PATENTS ACT 1990 COMPLETE SPECIFICATION FOR A STANDARD PATENT Name and Address of Applicant Actual Inventor(s): Address for Service: Invention Title: The Gillette Company, of Prudential Tower Building, Boston, Massachusetts, 02119, United States of America John D. Petricca Spruson Ferguson St Martins Tower Level 31 Market Street Sydney NSW 2000 (CCN 3710000177) Container for Shaving Cartridge or Other Stored Item The following statement is a full description of this invention, including the best method of performing it known to me/us:- 5845c -1- CONTAINER FOR SHAVING CARTRIDGE OR OTHER STORED ITEM The invention relates to containers for storing items such as shaving cartridges.

Shaving cartridges are typically sold in plastic dispensers containing a plurality of shaving cartridges located in respective sections of the container.

It is known in the art of packaging snacks and condiments to have a rectangular formed plastic container generally in the shape of an open box with a peripheral rim, covered by a plastic foil sealed around the rim, and a pull tab which is then formed by a slitting knife shearing one corner of the rim diagonally such that the triangular tab remains attached to the sealing foil with no appreciable space between the triangular tab and the adjacent portion of the rim. For example, such packages have been used to package snacks that have been available in the United States under the trade designation "Phileas Fogg". Such prior art package is depicted in the accompanying Figures 1-2 labeled "prior art". Applicants understand the plastic container 100 is formed of a food-compatible thermoplastic with a rim 102 formed around the four sides (the rim being generally the same width on opposite sides, but of slightly different widths on adjacent sides), has a plastic covering film 104 sealed around the rim, the film being metallic-colored (believed to be by vacuum deposition) on the underside and printed with product information on the outside, and the pull tab 106 remaining adhered to the film when it is peeled back. Applicants have recognized that when the plastic film is peeled back from the plastic container but not completely removed therefrom and then let go, the film falls away from the position shown in Fig. 2 back to block the opening, and thus completely lacks any "deadfold" capability to leave the opening accessible as that term is discussed hereinbelow. It is known, however, that plastic food pack films have moisture and gas barrier properties to protect the product from becoming stale.

The acknowledged prior art also includes bendable metal foil used to cover plastic containers for patty-sized portions of butter, or similar packages for condiments or preserves such as have been available in the United States under the name Knotts Berry Farm Foods, Inc. (Placentia, California); these containers also have a corner pull tab that has been provided by slitting a rim portion. The laminate cover foil is understood to be thin metal foil coated outside with plastic 2a 00 0 According to an aspect of the invention, there is provided a package component Scomprising a formed plastic container defining a storage region, a container edge, and a Ssealing surface around an entrance to said region, a plastic tab that is adjacent to said O sealing surface and has a tab edge that is adjacent said container edge, and a first temporary connector that connects said tab to said plastic container, and wherein said first 00 00 temporary connector has a first portion that extends transversely from said tab edge, a second portion that extends from said first portion generally parallel to said container Nedge and said tab edge, and a third portion that extends transversely from said container edge to said second portion, whereby said first temporary connector can be trimmed by a to single cut made parallel to said container edge and tab edge.

According to another aspect of the present invention, there is provided a method of making a sealed package comprising providing a formed plastic container defining a storage region and a sealing surface around an entrance to said region, placing a unit in said storage region, said unit being removable as an entire unit, sealing a removable film to said sealing surface so as to cover said entrance, and attaching a plastic tab to a portion of said film extending beyond said sealing surface for initiating peeling of said film from said sealing surface, connecting said plastic tab to said container with a temporary connector, and after said steps of sealing and attaching, disconnecting said temporary connector and leaving said tab in said first position adjacent said sealing surface.

Particular embodiments of the invention may include one or more of the following features. The blades of the cartridge face away from the entrance to 945321 :hxa 2a

O

SAccording to a further aspect of the invention, there is provided a package component comprising a formed plastic container defining a storage region, a container edge, and a sealing surface around an entrance to said region, a plastic tab that is adjacent to said sealing surface and has a tab edge that is adjacent said container edge, and a first temporary connector that connects said tab to said plastic container, and wherein said first 00 temporary connector has a first portion that extends transversely from said tab edge, a second portion that extends from said first portion generally parallel to said container Sedge and said tab edge, and a third portion that extends transversely from said container Oedge to said second portion, whereby said first temporary connector can be trimmed by a single cut made parallel to said container edge and tab edge.

According to another aspect of the present invention, there is provided a method of making a sealed package comprising providing a formed plastic container defining a storage region and a sealing surface around an entrance to said region, placing a unit in said storage region, said unit being removable as an entire unit, sealing a removable film to said sealing surface so as to cover said entrance, and attaching a plastic tab to a portion of said film extending beyond said sealing surface for initiating peeling of said film from said sealing surface, connecting said plastic tab to said container with a temporary connector, and after said steps of sealing and attaching, disconnecting said temporary connector and leaving said tab in said first position adjacent said sealing surface.

Particular embodiments of the invention may include one or more of the following features. The blades of the cartridge face away from the entrance to 94532 l:hxa -3- (Z the storage region. The container has a ramp structure that leads from the lip on the Scontainer to the cartridge in the storage region. The container has support members on the bottom wall that support the cartridge in a desired orientation; the support members have a curved surface that matches the upper surface profile of the cartridge. The cartridge retaining structures on the side walls of the container have inclined surfaces 00 facing the entrance and the bottom wall. The container is transparent. The container has a plurality of protruding finger gripping ridges on one or more exterior surfaces; the (Ni ridges on some surfaces have an indented profile to accommodate a user's fingers. The Splastic tab connected to the removable film has a gripping ridge extending from a surface.

1o The plastic tab is located at a cutout region at the lip of the container. The tab has the shape of a half moon. The removable film is more flexible than the walls of the formed plastic container. The film is adhered to the container with a removal force greater than Newtons (preferably 3-5 Newtons). The film carrier printing on an internal surface between film layers. The film is heat sealed or radio frequency (RF) sealed to the sealing Is surface of the container.

945321:hxa -4- Embodiments of the invention may include one or more of the following advantages. The sealed package protects the cartridge from moisture, shaving preparation products such as soaps, foams and gels, and cleaning agents when the package is stored in a shower or bath tub area prior to usage. The hoop bridge members can be easily severed with a single cut along the outside of the package. The inclined surfaces guide the cartridge to the desired position when loaded into the storage region. The support members and retaining structure hold the cartridge in a desired position for attachment to a handle. The plastic tabs provide a good gripping member for initiating peeling. The deadfold characteristics prevent a partially removed foil from interfering with connection of the handle to the cartridge. The ramp structure guides the handle to the connecting portion of the cartridge contained in the container. The lip protects the user's fingers or thumb from the cutting edges of the blade during removal of the cartridge from the container.

Other advantages and features of the invention will be apparent from the following detailed description of the embodiments of the invention and from the claims.

Fig. 1 is a perspective view of a sealed package in a partially opened condition with a shaving cartridge in the package.

Fig. 2 is a perspective view of a formed plastic container of the Fig. 1 package.

Fig. 3 is a sectional view, taken at 3-3 of Fig. 2, of the Fig. 2 plastic container.

Fig. 4 is a top view of the Fig. 2 plastic container.

Fig. 5 is a front elevation of the Fig. 2 plastic container.

Fig. 6 is a rear elevation of the Fig. 2 plastic container.

Fig. 7 is a bottom view of the Fig. 2 plastic container.

Fig. 8 is a partial sectional view, taken at 8-8 of Fig. 4, showing a connecting bridge structure of the Fig. 4 container.

Fig. 9 is a partial plan view showing an alternative to the bridge structure.

Figs. 10-11 show a prior art sealed food container.

Fig. 12 shows the layered structure of the removable film of the Fig. 1 package.

Figs. 13-14 shows a handle being connected to a razor cartridge contained in the Fig. 1 package.

Fig. 15 shows an opened cover sheet of the Fig. 3 package remaining in a stable first exemplary peeled back condition; and Fig. 16 shows an opened cover sheet of the Fig. 3 package remaining in a stable second exemplary peeled back condition.

Referring to Fig. 1 there is shown sealed package 10 including formed plastic container 12, cover sheet 14, and shaving cartridge 16 stored inside container 12 in storage region 18. Fig. 2 shows container 12 prior to attachment of cover sheet 14. Container 12 has a sealing surface 20 surrounding the entrance 22 to storage region 18, and cover sheet 14 is sealed to sealing surface 20. Plastic tabs 24 (only one is shown in Fig. 1) are attached to an undersurface at two comers of cover sheet 14. Plastic tabs 24 are used to initiate peeling of sheet 14. Prior to peeling, plastic tabs 24 are located in cutaway portions 26 (Fig. 1) that are located at the ends of lip 28, which extends along one side of container 12. As can be seen from Fig. 2, there is a curved gap 29 between tab 24 and lip 28.

Referring to Figs. 1 through 7, container 12 has finger gripping ridges 30 on the two ends (Figs. 1, 2 and 7) and relieved portions 32 providing vertical gripping portions 34 on front surface 35 (Figs. 1, 2, 5 and 7) and relieved portions 36 providing gripping ridges 38 on rear surface 40 (Figs. 6 and As can perhaps best be seen from the bottom view in Fig. 7, the end gripping ridges extend further outward than the middle gripping ridges 30 such that the outermost surfaces of the gripping ridges have an overall indented profile to better accommodate the user's fingers.

Figs. 2 and 4 show a plastic container 12 prior to filling with shaving cartridge 16 and sealing sheet 14 thereover. At this stage in the manufacture, plastic tabs 24 are part of container 12 and connected thereto by internal bridge members 46, which are best shown in Figs. 4 and 8. Bridge members 46 are thin, frangible members that are strong enough to hold tabs 24 in place during handling prior to sealing, but weak enough to easily break when a user lifts a tab 24 to -6initiate peeling of cover 14. (The lips could be relieved mechanically or at least partially severed to provide alternative bridge members). Tabs 24 have circumferential ridges 25 at the outer edges to facilitate gripping by a user's finger.

(Figs. 5, 6 and 7).

Referring to Figs. 1-4, it is seen that lip 28 is connected to side wall 48 of the container by an angled ramp structure 50 that leads to cartridge connecting structure 52 (Fig. 1) of cartridge 16. A suitable cartridge 16 is described in U.S.S.N. 09/066,499, filed April 24, 1998, (hereby incorporated by reference). U.S.

Design Patent D407,851 describes a handle that mates with cartridge 16. During connection of a razor handle (Fig. 13) to cartridge 16, the connecting end of the handle is brought over lip 28, and ramp 50 tends to guide the end of the handle into connecting structure 52 (Fig. Upon connection of cartridge 16, the handle is retracted, and cartridge 16 is removed from container 12. Lip 28 protects the user's thumb and fingers from being cut by the blades of cartridge 16 during retraction from container 12.

Referring to Figs. 3 and 4 it is seen that container 12 has two supporting members 51, which have curved, concave upper surfaces 53 matching the profile of the top surface of the blade unit of cartridge 16 in order to support cartridge 16 in the desired position. Supporting members 51 support the edge portions of cartridge 16 outside of the blades of cartridge 16. When stored in container 12, the cutting edges of the blades face downward. Detents 54, 56 protrude inward from respective side walls 48, 58. Both detents 54, 56 have upper inclined surfaces 60 facing entrance 22 and lower inclined surfaces 62 facing bottom wall 64. As the cartridge is loaded into container 12, the cartridge slightly deforms the container walls as it moves over inclined surfaces 60 and snaps past detents 54, 56. The cartridge also slightly deforms the container walls as the cartridge moves past inclined surfaces 62 during removal from the container 12.

Detents 54 hold the guard portion of cartridge 16 down, and detents 56 hold the cap portion of the razor cartridge down.

In manufacture, container 12 is injection molded from polypropylene.

Other materials that can be used for container 12 include polystyrene (particularly crystalline polystyrene, high impact polystyrene (HIPS) or medium impact -7polystyrene (MIPS)), polycarbonate, acrylonitrile butadiene styrene (ABS), Nylon, and SAN. In using materials other than polypropylene, one skilled in the art would select an appropriate sealing layer material for sealing layer 118 (shown in Fig. 12 and discussed below). After forming container 12, a cartridge 16 is loaded into a container 12 with the blade unit snapping beyond detents 54, 56 and resting on upper surface 53 in a desired connecting position with cartridge connecting structure 52 adjacent to ramp 50 near lip 28. Then cover sheet 14 is sealed to upper sealing surface 20 and to the upper surfaces of plastic tabs 24 by heat welding.

Alternatively, radio frequency sealing could be employed.

Container 12 is made from transparent plastic to permit visual inspection of the cartridges therein. Cover sheet 14 is printable, and can carry instructions for opening and use of a cartridge. Cover sheet 14 is made of a laminate as shown in Fig. 5 (not to scale). The laminate comprises 0.48 mil thick (0.012 mm, 48 gauge) PET upper layer 112 (which is reverse printed), 0.50 mil thick (0.013 mm, 50 gauge, alternatively referred to as "7.5 lbs./ream") polyethylene (preferably LDPE) layer 114 thereunder (which is preferably white for opacity, but could alternatively be transparent), 1.15 mil thick (0.029 mm, 115 gauge) oriented high density polyethylene layer (HDPE) 116 thereunder, 0.1 mil thick (approximately) (also referred to as about "2 lbs./ream") polyester-urethane adhesive layer 117 thereunder, and 1.25 mil thick (0.32 numm) coextruded LDPE-EVA (28%) lower sealing layer 118 thereunder, the lower EVA portion of which heat bonds to container 12.

In sheet 14, the HDPE layer, and to a lesser extent the LDPE layer, provide moisture barrier properties and deadfold characteristics. PET provides bulk and clarity and protection for the printing on its lower surface. PET also provides structural integrity for the laminate so as to avoid tearing and provide one-piece removal of the laminate. PET is selected that preferably withstands an accelerated testing regime of a 100°F hot water bath for 24 hours without delamination. The polyethylene layer (preferably LDPE) acts as a bonding layer to join the HDPE layer and the PET layer. The PET is chemically primed for use with the LDPE which is applied hot (about 600°F) as the bonding layer between PET and HDPE.

The polyethylene layer (preferably LDPE) is preferably opaque, in particular white, -8to provide a background color for the printing, and provides opacity to present an aesthetically more uniform appearance between regions that are heat-affected by sealing and those regions further from the sealing surface. The polyester-urethane layer 117, which is very thin and less then I mil, preferably only about 0.1 mil, acts as a bonding layer to join the HDPE layer 116 and the LDPE-EVA sealing layer 118. The LDPE-EVA of layer 118 is particularly suited for providing a seal to polypropylene in container 12. It is understood that the amount of EVA in the sealing layer 118 can be varied depending on the material of container 12. It is further understood that if using radio frequency or ultrasonic sealing, it would be possible to omit a distinct lower sealing layer 118. The sealing layer 118 is preferably not thicker than 1.25 mil or else its bulk may outstrip the deadfold capability of the HDPE layer to remain peeled back.

"Deadfold" characteristics for the laminate are provided by the LDPE and HDPE layers, primarily the HDPE layer. The deadfold characteristics are such that when cover sheet 14 is peeled open with a portion still attached to the container 12, and then released by the user's hand, sheet 14 remains folded back or bended back after opening, as is shown in Figs. 13-16, to permit easy access to the cartridge. In the case of stored articles that could be accessed by a user's hands, the deadfold characteristic is such that there is substantially unobstructed access to a digit of the hand while accessing the article inside. In general, as is shown in Fig.

16, sufficient deadfold results when the angle between the removed portion and sealing surface 22 is greater than 300 and most preferably greater than 450 (schematically depicted in dotted line positions). Viewed another way, as shown for example in Fig. 15 or 16, sufficient deadfold results in the removed portion of the cover sheet remaining behind a position to expose at least halfway the area of the entrance to the container to permit substantially unimpeded access to a stored object.

Preferably, as is shown in Fig. 15, the removed portion of the cover sheet generally remains behind a midline through the container half-way between side surfaces. In particular, cover sheet 14 remains folded back sufficiently such that the handle is substantially unobstructed while connecting to the cartridge, and the cartridge can be removed without a substantial impediment.

The moisture vapor barrier properties are provided by the LDPE and -9- HDPE layers, primarily the HDPE layer. The moisture barrier property of the sheet can be expressed in terms of the Moisture Vapor Transmission Rate (MVTR) being less than or equal to about 0.16 gm of water per 100 square inches per 24 hours, under conditions of 100°F (37.8°C) and 90% relative humidity.

The use of the HDPE layer together with the LDPE layer advantageously provides the desired combination of deadfold characteristics and moisture barrier properties. Further, the cover sheet is improved by the use of the LDPE layer being sandwiched between an outer PET layer and the HDPE layer to give the additional benefit of protecting the film integrity, such as the resistance to tearing and integrity of the printing.

The plastic sheet structure of cover 14, rather than metal foil, is preferred because it meets EAS requirements. In an EAS system, small tags (which commonly contain metal inside them) on the products are deactivated at time of payment so as to not set off an alarm when a paying customer leaves the store. If metal foil were used on a package containing a shaving cartridge, the combination of metal foil and metal blades in close proximity could interfere with proper functioning of the EAS tag.

Cover sheet 14 maintains structural integrity and does not delaminate, does not tear when being removed is removable in one piece), and does not degrade in the presence of water and household cleaning agents (which, might be used in a bath tub) or shaving preparation products, protects articles stored therein from moisture and cleaning agents, has desired deadfold characteristics for ease of product removal, is printable, and does not interfere with EAS systems.

Cover sheet 14 is adhered to container 12 to have a predetermined initial peel force. Peel force is determined by supporting container 12 such that cover sheet 14 is in a vertical plane with the corner tab being directed downward, and a diagonal from that corner to the opposite corner being aligned vertically.

Container 12 is maintained in this position by a fixture, while the tab at the lower corner is connected to a force versus distance measurement machine (available under the Instron trade designation) and pulled upward by the machine. The resulting distance versus force graph typically has a single peak, being the initial peel force of interest, of about 3-5 lb.(13.6-22.7N) at sealing temperatures from 160°C 215C. The preferred sealing temperature is about 175°C.

In use, a user bends plastic tabs 24 to break bridges 46 and then pulls back along the surface of the cover sheet to initiate peeling. The user can grip the gripping ridges 30 at the two ends of the container or alternatively grip the ridges 34, 38 at the front and the back. The user then connects the handle (not shown) to cartridge connecting structure 52, and removes cartridge 16. Detents 56 act as a pivot as cartridge 16 is removed. If the front and the back ridges 34, 38 are gripped by the user, lip 28 protects the user's thumb or fingers from being cut by the blades during removal of the cartridge.

Other embodiments of the invention are within the scope of the claims. For example, Fig. 9 (describing the preferred embodiment) shows the use of hoops 100 that extend outward from tabs 24 and the side of container 12 to provide a temporary connecting structure. After cover sheet has been sealed to container 12 and tabs 24, hoops 100 can each be trimmed with a single cut parallel to the sides of the container 12 or edge of lip 28. In addition, tabs 24 and container can be made from the same material or different material, and the temporary connectors, hoops 100, could be made of the same or different material. Tabs could be made of elastomeric material to provide a better grip surface. Besides angled detents 54, 56, other protruding structure could be used to hold a cartridge in a desired position. Cover sheet 14 could, in some applications, be made of metal foil, which will have the desired deadfold characteristics.

Claims (24)

1. A package component including a formed plastic container defining a Sstorage region, a container edge, and a sealing surface around an entrance to said region, Swherein a plastic tab is adjacent to said sealing surface and has a tab edge that is adjacent said container edge and wherein a first temporary connector connects said tab to said 00 oO plastic container and wherein said first temporary connector has a first portion that oO extends transversely from said tab edge, a second portion that extends from said first N, portion generally parallel to said container edge and said tab edge, and a third portion that extends transversely from said container edge to said second portion, whereby said first io temporary connector can be trimmed by a single cut made parallel to said container edge and tab edge.

2. A package component according to claim 1, wherein said tab edge is in line with said container edge.

3. A package component according to claim 1 or claim 2, wherein said temporary connector is molded at the same time as said formed plastic container and said tab.

4. A package component according to any one of claims 1 to 3, wherein said container has a bottom wall and side walls extending upward from said bottom wall and defining said storage region, and wherein a lip is adjacent to and extends from a first said side wall at said entrance, said lip having a cutout portion at an end of said lip, and wherein said tab is located at said cutout portion. A package component according to claim 4, wherein said tab has a first tab edge that is in line with a lip edge, and a second tab edge that is transverse to said first tab edge and is in line with a container edge at a second said side wall that is adjacent to and transverse to said first side wall.

6. A package component according to claim 5, wherein a second temporary connector connects said tab to said plastic container.

7. A package component according to claim 6, wherein said second temporary connector has a first portion that extends transversely from said second tab edge, a second portion that extends from said first portion generally parallel to said container edge and second tab edge, and a third portion that extends transversely from 945321:TCW -12- 00 O said container edge to said second portion, whereby said first and second temporary Sconnectors can be trimmed by respective single cuts parallel to said lip edge and said Scontainer edge.

8. A package component according to claim 7, wherein said first and second temporary connectors are molded at the same time as said formed plastic container 00oO and said tab. 00oO

9. A package component according to any one of claims 1 to 8, wherein N, said temporary connector is made of a frangible plastics material. A package component according to any one of claims 1 to 9, wherein 1o there is an interface between said tab and said container, and a frangible plastic bridge portion is located at a discrete location along said interface.

11. A package component according to claim 10, wherein said frangible bridge portion extends along at least a majority of said interface.

12. A package component according to any one of claims 1 to 11, wherein said temporary connector and tab are of a different material than said container, and wherein said container, tab, and temporary connector are provided by two-component molding.

13. A package component according to any one of claims 1 to 12, wherein a removable film is sealed to said sealing surface and covers said entrance, said film also being secured to said tab.

14. A package component according to claim 13, wherein said film is secured to said tab by sealing to said tab during the same operation in which said film is sealed to said sealing surface. A package component according to any one of claims 1 to 14, wherein said container has a plurality of protruding finger gripping ridges on one or more exterior surfaces.

16. A package component according to any one of claims 1 to 15, wherein said container has a plurality of protruding finger gripping ridges on one or more exterior surfaces, said ridges having an indented profile to accommodate a user's fingers.

17. A package component according to any one of claims 1 to 16, wherein said tab has a gripping ridge extending from a surface. 94532 I:TCW -13- 00

18. A package component according to any one of claims 1 to 17, wherein Ssaid container is sized to store a shaving cartridge and includes a ramp structure connecting said lip to a said side wall and leading to said cartridge in said region. O 19. A package component according to claim 1, wherein a solitary stored s unit is contained within said container. 00 20. A package component according to claim 1, wherein said container has 00 an underside, a top side, and an outwardly directed principal surface, wherein said principal surface is at said underside of said container, and wherein a gap extends from said underside of said container to an exposed portion of a removable film that partially io bounds said gap.

21. A package component according to claim 1, wherein respective confronting edge surfaces of the tab and the container are in spaced relation to one another over the mutually facing extent of those confronting edge surfaces.

22. A method of making a sealed package, comprising the steps of providing a formed plastic container defining a storage region and a sealing surface around an entrance to said region, placing a unit in said storage region, said unit being removable as an entire unit, sealing a removable film to said sealing surface so as to cover said entrance, and attaching a plastic tab to a portion of said film extending beyond said sealing surface for initiating peeling of said film from said sealing surface, said plastic tab being provided in a first position adjacent to said sealing surface, connecting said plastic tab to said container with a temporary connector, and, after said steps of sealing and attaching, disconnecting said temporary connector and leaving said tab in said first position adjacent said sealing surface.

23. A method according to claim 22, wherein said attaching comprises sealing said tab to said portion of said film extending beyond said sealing surface during the same operation in which said film is sealed to said sealing surface.

24. A method according to claim 22 or 23, wherein said temporary connector is made of plastic, and said providing includes forming said plastic tab and temporary connector in the same operation as forming said plastic container. 945321:TCW -14- 00 A method according to claim 24, wherein said temporary connector is a frangible bridge portion, and said disconnecting includes breaking said frangible bridge Sportion.

26. A method according to claim 25, wherein there is an interface between said tab and said container, and said frangible bridge portion is at a discrete location along 00oO said interface. 00oO

27. A method according to claim 25, wherein there is an interface between N, said tab and said container, and said frangible bridge portion extends along at least a majority of said interface.

28. A method according to claim 24, wherein said tab has a tab edge that is in line with a container edge, wherein said first temporary connector has a first portion that extends transversely from said tab edge, a second portion that extends from said first portion generally parallel to said container edge and said tab edge, and a third portion that extends transversely from said container edge to said second portion, and wherein said Is disconnecting includes trimming said temporary connector from said container and said tab by a single cut made parallel to said container edge.

29. A method according to claim 22, wherein the removable film comprises plastic. A package component substantially as hereinbefore described with reference to the accompanying drawings.

31. A method of making a sealed package substantially as hereinbefore described. Dated 6 February, 2008 The Gillette Company Patent Attorneys for the Applicant/Nominated Person SPRUSON FERGUSON 945321 :TCW