ZIPPERED FILM AND BAG

Abstract: A bag has a reclosable fastener (26) connected to one wall, and is made from a film (55) which has a reclosable fastener (26) connected to one side of it. Attachment of the fastener to any other portion of the film (55) when making a bag is not required. The fastener (26) includes a tamper-proof member to indicate whether the bag has been previously opened. The film (55) can be wound into a roll (54) for use on conventional bag making machines including form, fill, and seal machines, or a chain of coilable reclosable bags can be produced since the fasteners (26) are connected to the web transversely to the longitudinal formation axis. The method and apparatus for making the film (55) include supplying a continuous web of material, feeding fastener material from a coil, positioning, cutting, and attaching the fastener (26) to the film (55), with a plurality of fasteners (26) attached thereon.

Description: DESCRIPTION ZIPPERED FILM AND BAG Technical Field The invention relates to reclosable fasteners for attachment to plastic film, plastic film having a reclosable fastener transversly attached thereon, bags made from plastic film having a reclosable fastener attached thereto, and methods and apparatus for making film and bags having reclosable fasteners attached thereto. Even more particularly, the present invention is related to plastic film having a reclosable fastener thereon which may be used (a) in a form, fill, and seal packaging machine to package items in a reclosable bag and (b) to make reclosable bags which may be connected to one another. Background Art Plastic bags are well known in the art. Such bags may be used for containing a variety of items. A popular use for plastic bags is to contain and display food items such as poultry and the like. Exemplary ofthe prior art are the following patents: U.S. Patent 5,116,140 discloses an easy-to-open synthetic resin bag including (a) a bag body substantially composed of a pair of laminated walls made of synthetic resin films, the peripheries ofthe laminated walls being heat-sealed to form a sealed border region while defining an unsealed storing space within the sealed border region, (b) a tear string which is heat sealed along an imaginary opening line on the inside of one ofthe laminated walls, the tear string having both ends thereof heat sealed in a sandwiched condition on the corresponding portion ofthe sealed border region, (c) a pulling tab formed by cutting a part of one side portion of the sealed border region which corresponds to one end of the tear string, the pulling tab being tearable from the bag body integrally with the tear string, and (d) a tear string retaining portion including a transverse opening which is formed by cutting off a part ofthe other side portion ofthe sealed border region and a pair of inside and outside heat sealed portions which are located at both sides ofthe transverse opening, the transverse opening extending in a direction peφendicular to the tear string such that the tear string passes through a central portion ofthe transverse opening. Due to such a tear string retaining portion, the separation and complete removal of the tear string from the bag is reliably prevented while assuring the easy bag opening operation. U.S. Patent 5,050,736 discloses a reclosable package including interlocking closure strips positioned outside of a hermetic seal or seal area and the method for producing same. The hermetic seal is ofthe easy-open or peelaway type so as to not destroy the integrity of the package or closure strips upon opening ofthe package. U.S. Patent 5,036,543 discloses a form, fill, seal and separate packaging machine for reclosable containers to web by a plurality of stations disposed along a path of travel of a thermoplastic web including a device to attach a pair of mated, resealable closure strips to the base web. The machine is intermittent in its operation, with movement ofthe web through the machine controlled so that the various steps of applying the closure strips, forming, filling, sealing and separating the reclosable containers are performed during periodic stops ofthe machine. The machine is further characterized by its use of two pairs of web belts to move the web through the machine. A first pair of web belts initially receive the folded web stock and partially form and completely fill the containers. The second pair of web belts overlap with the downstream end ofthe first pair of belts, but are disposed lower than the first belts. When the filled partially formed containers pass from the first pair of belts to the second pair of belts, the unsealed free ends are exposed for final sealing and severing. U.S. Patent 5,022,530 discloses a modified zipper elements for easy open containers having interlocking zipper elements and a tear strip for opening the container along the upper edge, wherein the bases ofthe zipper elements are extended upward towards the tear strip to limit the area of tearing and protect the zipper elements, and a method for making. U.S. Patent 4,909,017 discloses a reclosable bag material, method and apparatus which is a new method of making a form fill bag having a reclosable fastener thereon and a mechanism therefor wherein a continuous length of film is advanced and joined first and second fastener profile strips are laid laterally onto the film of a length substantially equal to one-half of the film width, the film is advanced and formed into a tube with the side edges folded together and seamed, the first profile strip is attached to the surface ofthe film prior to forming it into the tube and the second opposed interlocked profile strip is attached to the inner surface ofthe film after it is formed into a tube, and a cross-seam is formed in the tube above the closure strip to form the bottom ofthe succeeding bag, and a completed bag is cut from the film by cutting below the bottom seam and above the fastener strips. U.S. Patent 4,894,975 discloses a method and apparatus for making reclosable bags with fastener strips in a form fill and seal machine from a supply of thin thermoplastic film with the film being formed into tubular shape about a filling tube with the edges ofthe film brought together and joined solely by a zipper strip having reclosable pressure interlocking members thereon with the zipper strip preferably heat sealed to the film and the zipper strip having a web between the pressure interlocking members which provides a tamper-evident juncture between the edges of the film so that the web must be severed for access to the interior of a bag formed from the film, and individual bags formed from the continuous tube by filing the tube through the filling tube and cross-seaming and cutting individual bags from the continuous film tube. U.S. Patent 4,782,951 discloses a reclosable package and method of making reclosable package including interlocking closure strips positioned outside of a hermetic seal or seal area and the method for producing same. The hermetic seal is ofthe easy-open or peelaway type so as to not destroy the integrity ofthe package or closure strips upon opening ofthe package. U.S. Patent 4,617,683 disclosed a reclosable bag, material, and method of and a device for making same wherein in one aspect extruded resiliently flexible plastic profiled reclosable fastener strip device for reclosable bags is located across the longitudinal formation axis ofthe bag wall web material, and in another aspect ofthe invention single strip fastener strip has at one or more suitable locations there along separations across the profiles, such as notches, to facilitate bending or folding ofthe strip upon itself so that the self-interlocking profiles of the portions of the strip folded upon themselves are adapted for reclosable interlocking with one another. The interlockable portions ofthe strip may have separable air tight sealing ribs therealong. The web and fastener material and fastener assembly is especially suitable for machines wherein the bags are formed, filled and sealed. U.S. Patent 4,241,865 discloses a reclosable shipping sack and method, the sack having a pouring mouth from which discrete pourable contents may be discharged, including a primary non-reclosable stitched closure fastener across and closing the mouth against unintentional discharge o the contents and including a device such as chain stitch and rip strip for facilitating digital opening of the primary closure fastener. A secondary, reclosable fastener, desirably of the zipper type, extends across the sack mouth outwardly from the primary closure fastener and is adapted for selectively opening and closing the sack mouth after opening ofthe primary closure fastener. A method of making the reclosable sack is also disclosed. U.S. Patent 3,473,589 discloses a plastic bag having a closure structure and a method for making same, the structure having a first thin inner layer of flexible plastic material with a first fastener element extending therealong formed of a resilient material and being of one piece with the layer, a second thin layer of flexibly plastic material facing the first layer and having a uniform second fastener element extending therealong formed of a resilient material and being of one piece with the second layer and shaped to be releasably interlocked with the first fastener element, a first outer layer positioned over the outer surface ofthe first inner layer and laminated thereto, the first inner and outer layers providing a first substantially monolithic wall so that the first inner layer provides a support with the layers coacting and allowing a stronger lock with a thin film, and a second outer layer positioned over the outer surface ofthe second inner layer and laminated thereto, the second inner and outer layers providing a second substantially monolithic wall so that the second inner layer provides a backing for the support allowing a stronger lock with a thin film, the outer layers laminated to the inner layer opposite fastener elements so as to reinforce the inner layers in the area of the fastener elements. Disclosure ofthe Invention In accordance with the first embodiment ofthe present invention there is provided a reclosable bag made from plastic film having reclosable fastener assemblies thereon, film having a reclosable fastener assembly attached thereon, and a method for making reclosable bags from plastic film having reclosable fastener assemblies thereon. The reclosable bag has a reclosable fastener assembly connected to a single wall of the bag, and the film has a reclosable fastener connected to one side thereof which does not require attachment to any other portion ofthe film when making a bag. The fastener may have an easy bag opening tamper-proof member attached thereto to indicate if the bag has been previously opened. The film ofthe invention has the advantage of having a reclosable fastener assembly completely connected thereto prior to being fed to a bag making machine or a form, fill, and seal machine, thereby eliminating the need to apply a reclosable fastener assembly during the bag making process or during the form, fill, and seal process, thereby eliminating the need for the equipment necessary to add a reclosable fastener during the form, fill, and seal process. The film ofthe invention has the additional advantage of being capable of forming a reclosable bag on a vertical or horizontal form, fill, and seal machine. The bag and film ofthe invention has the advantage of allowing the reclosable fastener assembly to be located at any desired distance from the top or bottom ofthe bag because the fastener assembly is attached to only one wall ofthe bag ofthe invention. The length ofthe fastener assembly may be much less than the width of a bag formed with the fastener assembly thereon. Such small length fasteners allow liquids, powders, and other small granular materials to be poured from the bag through the fastener assembly. A good use for the bags ofthe invention when the ends ofthe fastener assembly are not sealed to front wall ofthe bag is to store non-perishable items such as ice glazed food products that are not susceptible to freezer burn since air and moisture is able to enter the bag around the ends ofthe fastener assembly after the front wall ofthe bag has been penetrated to gain access to the fastener assembly or even before the bag wall has been penetrated such as when a line of perforations is utilized for allowing easy access to the fastener assembly. In accordance with the first, second and third embodiment ofthe present invention there is provided a method for making reclosable bags on a bag making machine where the reclosable fastener strips are independently attached to the same side of the bag film preferably transversely to the longitudinal forming axis in-line with the bag making machine, a unique two-piece interlocking fastener assembly that minimizes the size ofthe opening at the fastener strip ends, film having a plurality ofthe unique reclosable fasteners each with two interlocking profile strips attached thereon, and an apparatus for attaching the unique fastener assembly to a sheet of film including a mechanism for supplying a continuous film of flexible bag material and a mechanism for feeding preferably the coiled reclosable profile strip material preferably transversely across the bag material film, and a mechanism for positioning, cutting, and attaching enough ofthe reclosable profile strip material to form a preferably transversely positioned reclosable fastener for a single bag during each cycle of the apparatus, the reclosable fasteners each being spaced a single bag length apart and each profile strip of each reclosable fastener being maintained in the interlocked position and being independently connected to the same side ofthe film that forms one panel ofthe resulting bag. The bag material can be wound into a roll in the folded or unfolded state or fed directly into a conventional form, fill, and seal machine that is in-line with the apparatus for positioning and attaching the reclosable fastener strip material to the bag material web. In accordance with a fourth embodiment ofthe present invention there is provided a chain of coilable interconnected reclosable bags and a method for making the same. A chain of bags are interconnected by a series of preferably transverse cross-seals including a plurality of spaced tearlines between adjacent bags. Each bag ofthe coilable chain includes preferably a transversely positioned reclosable fastener secured to the outer or inner surface of material that forms its front wall. The present invention allows a single bag to be easily torn away from the chain of bags. The method of making the chain of coilable reclosable bags includes supplying a continuous film of plastic web material and moving said film forward in a bag forming direction. A plurality of reclosable fasteners are secured to the surface ofthe web material, that forms the front wall of each bag, preferably transversely across the web. The web is drawn forward bringing the inside surface of said web material that forms the front wall of each bag next to the surface of a web material that forms the back wall of each bag. The longitudinal edges ofthe web materials that form the front and back wall of each bag are sealed together to form a tube of plastic web material. The front wall and back wall ofthe tube are cross-sealed to each other to form the top and bottom end of each bag. A tearline is cut in the tube between the seals of each bag and the chain of bags are coiled into a roll. The method can include the application of a twin seal with a tearline between them thereby creating a closed top end and a closed bottom end on each bag or a single seal and tearline can be applied which creates an open end and a closed end on each bag. The method of the present invention also includes a rupturable line of weakness applied to the front wall of each bag adjacent to the reclosable fastener for entering the bag. The reclosable bags on a roll can be conveniently used by the customer. The reclosable bags ofthe present invention also have the unique property of being less likely to leak when the bag is placed on its back wall with the reclosable fastener facing up. Brief Description ofthe Drawings FIGURE 1 is a front elevational view ofthe bag ofthe first embodiment ofthe present invention; FIGURE 2 is a partly cut-away, side elevational view ofthe bag shown in Figure 1; FIGURE 3 is a cross-sectional view ofthe bag of Figure 1 taken along lines 3-3 of Figure 1; FIGURE 4 is a perspective view of a roll of film ofthe first embodiment ofthe present invention having a plurality of reclosable fasteners connected thereto; FIGURE 5 is a partly cut-away, partly cross-sectional, detailed perspective view of the reclosable fastener connected to the bag ofthe first embodiment ofthe present invention; FIGURE 6 A is perspective view ofthe bag ofthe second embodiment ofthe present invention including a pull-out plug for easy opening; FIGURE 6B is a cross-sectional view ofthe bag of Figure 6A taken along lines 6B-6B of Figure 6 A; FIGURE 6C is a perspective view of the film of the second embodiment of the invention wound into a coil without a supporting core; FIGURE 6D is a perspective view of the film of the second embodiment of the invention staggered into a fan-folded stack; FIGURE 6E is a perspective view of an apparatus for connecting the reclosable fasteners ofthe invention to a sheet of film; FIGURE 6F is a cross-sectional view taken along line 6F-6F of Figure 6E showing the fastener attaching device heat sealing the fastener to the film ofthe present invention; FIGURE 7 A is a perspective view ofthe roll of film ofthe third embodiment ofthe present invention having a plurality of reclosable fasteners connected onto a folded web; FIGURE 7B is a perspective view of a bag made from the film of Figure 7 A; FIGURE 7C is a partly cut-away, partly cross-sectional detailed perspective view taken along lines 7C-7C of Figure 7 A of a reclosable fastener ofthe invention connected to the film ofthe invention; FIGURE 8 A is a side view of the bags of the fourth embodiment of the present invention; FIGURE 8B is a cross-sectional view ofthe bag of Figure 8A taken along lines 8B-8B of Figure 8 A; FIGURE 8C is a web material flow diagram showing the method of the fourth embodiment ofthe present invention of converting the extruded film into reclosable bags on a roll; FIGURE 8D is a perspective view of the front wall web material of the fourth embodiment wound into a coil; and FIGURE 8E is a perspective view of the front wall web material of the fourth embodiment ofthe invention staggered into a fan-folded stack. Best Mode For Carrying Out The Invention Referring now to the drawings, in Figures 1 and 2 is shown the reclosable bag ofthe invention generally indicated by the numeral 10. Bag 10 has a top end generally indicated by the numeral 12 and a bottom end generally indicated by the numeral 14. Bag 10 has a front wall 16 and a back wall 18. Bag 10 has a seal 20 at the top end 12 at which the front wall 16 is joined to the back wall 18, and a seal 22 at the bottom end at which the front wall 16 is joined to the back wall 18. Located on the back wall 18 is a seam generally indicated by the numeral 24. As best can be seen in Figure 5, connected to front wall 16 is a reclosable fastener assembly generally indicated by the numeral 26 having two opposite ends 26a and 26b. Reclosable fastener assembly 26 includes two profile strips generally indicated by the numerals 28 and 30 which are shown in the drawings to be interlocked. Profile strip 28 contains a groove 32 and profile strip 30 contains a protuberance 34 which is lockingly received in the groove 32. Each end 26a and 26b of reclosable fastener assembly 26 is preferably sealed in any conventional manner such as heat sealing to the inside of front wall 16 to prevent air or liquids from entering or leaving bag 10 through the ends 26a and 26b of reclosable fastener assembly 26 after the front wall 16 has been opened by the user of the bag 10 to gain access to reclosable fastener assembly 26. However, if desired, the ends 26a and 26b need not be sealed to the inside, of front wall 16, and after opening front wall 16, air or liquids can enter or leave bag 10 through the ends 26a and 26b of bag 10 and through the opening in front wall 16. The bag 10 is air tight prior to opening the front wall 16 to gain access to reclosable fastener assembly 26. Therefore, products can be vacuum packed in bag 10. Groove 32 is formed in groove body 36, and groove body 36 is connected to groove body arm 38. A portion of groove body arm 38 is connected to the inside of front wall 16 at seal 40. Groove body arm 38 could be made separately from groove body 36 and attached to groove body 36 in any conventional manner such as heat sealing. Protuberance 34 is integrally connected to protuberance body 42, and protuberance body 42 is integrally connected to protuberance body leg 44. A portion of protuberance body leg 44 is connected to the inside of front wall 16 at seal 46. Protuberance body leg 44 could be made separately from protuberance body 42 and attached to protuberance body 42 in any conventional manner such as heat sealing. A string 48 for tearing a portion of front wall 16 to expose and provide access to reclosable fastener 26 is located adjacent to the inside of front wall 16 and seal 40. String 48 has an exposed end 50 connected to pull tab 52 for grasping by the customer and pulling to tear a portion ofthe front wall 16 covering reclosable fastener 26. If desired, string 48 could be replaced with a plurality of perforations in front wall 16 between seal 40 and protuberance body 42. If desired, string 48 and the plurality of perforations in front wall 16 could be omitted from bag 10, and the portion of front wall 16 between seal 40 and protuberance body 42 could be opened with a sharp object such as knife or scissors. A roll of film 54 on a paper core 54a placed on an axle or roller 56 containing the reclosable fastener 26 is shown in Figure 4. Film roll 54 can be prepared by connecting reclosable fastener 26 to a flat sheet of film 55 at seal 40 and 46. String 48 of reclosable fastener 26 may be connected to reclosable fastener 26 prior to attaching reclosable fastener 26 to film 55. If desired, film 55 may be perforated to allow string 48 to extend therethrough. Also, as stated above, string 48 could be eliminated and replaced with a plurality of perforations on front wall 16 to permit access to reclosable fastener 26 by tearing along the plurality of perforations. If desired, reclosable fastener 26 could be attached to film 55 parallel to the edge 55a of film 55, i.e., rotated 90 degrees from the orientation shown in Figure 4 where reclosable fastener is shown in the preferred orientation peφendicular to the parallel edges 55a of film 55. To make the bag 10 ofthe invention from the roll of film 54, each side 56 and 58 of the film 54 is folded together as shown in Figure 1 to overlap and form seal 24. The combined length of sides 56 and 58 must be greater than the length of reclosable fastener 26 to enable seal 24 to be formed. Top seal 20 and bottom seal 22 can then be made simultaneously or in any desired order. For example, bottom seal 22 could be made first, the bag could then be filled with a product such as a food item or the like, and then the top seal 20 could be made. The roll of film 54 could be used on a conventional form, fill, and seal machine. Such machines are well known in the art. U.S. Patent 4,617,683 shows a typical form, fill, and seal operation with the exception that a reclosable fastener is added, and U.S. Patent 4,617,683 is hereby incoφorated by reference. Any conventional bag making film known in the art may be utilized as the film stock to make bag 10. The seals ofthe invention are preferably made by heat sealing as is well known in the art. Such bag film is commonly referred to as plastic film, and is commonly made from polymeric materials. Referring now to Figures 6A and 6B is shown the reclosable bag of the second embodiment ofthe invention generally indicated by the numeral 110. Bag 110 has a top end generally indicated by the numeral 112 and a bottom end generally indicated by the numeral 114. Bag 110 has a front wall 116 and a back wall 118. Bag 110 has a generally horizontal seal 120 at the top end 112 at which the front wall 116 is joined to the back wall 118, and a seal 122 generally parallel to seal 120 at the bottom end at which the front wall 116 is joined to the back wall 118. Located on the back wall 118 is a seam generally indicated by the numeral 124 which is generally peφendicular to seal 120 and 122. As can best be seen in Figure 6A, connected to front wall 116 is a reclosable fastener assembly generally indicated by the numeral 126 having two opposite ends 126a and 126b. Reclosable fastener assembly 126 includes two fastener profile strips generally indicated by the numerals 128 and 130 which are shown in the drawings to be interlocked. Fastener profile strip 128 contains a groove 132 and fastener profile strip 130 contains a protuberance 134 which is lockingly received in the groove 132. Groove 132 is formed into groove body 136, and groove body 136 is connected to groove body arm 138. A portion of groove body arm 138 is connected by heat-sealing or welding to the inside of front wall 116 at seal 140. As shown in Figure 6 A and Figure 6B groove body 136 is connected to a groove body leg 139. A portion of groove body leg 139 may be connected to the inside of front wall 116 at peelable seal 141. Peelable seals such as peelable seal 141 are well known in the art and are disclosed in U.S. Patent 5,050,736, which is hereby incoφorated by reference. Peelable seals such as peelable seal 141 are made to peel open easily using minimal opening forces by utilizing low sealing temperatures, reduced dwell time, and light pressures. Peelable seals can also be produced by utilizing a single polymer or from a combination of polymers that molecularly produce low seal strengths. As can best be seen in Figure 6B, protuberance 134 is preferably integrally connected to protuberance body 142. A portion of protuberance body 142 is connected by heat-sealing or welding to the inside of front wall 116 at seal 146. As can be seen in Figure 6 A, an easy opening pull-out plug 150 is located on bag 110 and is defined by a plurality of perforations 150a in front wall 116 between seal 140 and seal 146. Pull-out plug 150 may be torn or pulled-out as indicated by the arrow in Figure 6 to expose and provide access to reclosable fastener 126. Pull-out plug 150 is similar to the pull¬ out plug disclosed in U.S. Patent 3,266,965, which is hereby incoφorated by reference. Pull¬ out plug 150 has an exposed tab or end 153 connected to pull-out plug 150 for grasping by the customer and pulling in the direction indicated by the arrow in Figure 6A to remove pull¬ out plug 150 and provide an opening 153a in the front wall 116 covering reclosable fastener 126. If desired, pull-out plug 150 could be replaced with a single line of perforations or line of weakness such as is disclosed in U.S. Patent 4,401,213, which is hereby incoφorated by reference. If desired, easy opening pull-out plug 150 and perforations 150a in front wall 116 could be omitted from bag 110, and the portion of front wall 116 between seal 140 and seal 146 could be a continuous sheet of film which could be opened with a shaφ instrument such as knife or scissors. Bag 110 would be well suited for packaging perishable items such as cereal and the like since peelable seal 141 would prevent the passage of air and moisture into the bag through reclosable fastener assembly 126 when bag 110 includes an easy opening feature such as pull-out plug 150 that requires perforations to be cut through front wall 116 of bag 110. Thus, to open a bag 110 that has been filled with a desired product such as rice, cereal, meat, or the like, pull-out plug 150 is torn or pulled out as explained above to expose and provide access to reclosable fastener 126 through opening 153a. Profile strip 130 is then pulled away from profile strip 128, forcing peelable seal 141 away from sealing contact with the inside of front wall 116. The interior of bag 110 may then be accessed through opening 153a, between profile strips 128 and 130, and between front wall 116 and peelable seal 141. As mentioned above, pull-out plug 150 could be replaced with a line of perforations or line of weakness or a continuous sheet of film, and reclosable fastener assembly 126 would be accessed by tearing the line of perforations or weakness, or opening the sheet of film with a knife or scissors. Each end 126a and 126b of reclosable fastener assembly 126 is preferably sealed at seams 126c and 126d in any conventional manner such as heat sealing to the inside of front wall 116 to prevent air or liquids from entering or leaving bag 110 through the openings 125a and 125b at ends 126a and 126b of reclosable fastener assembly 126 after the front wall 116 has been penetrated by the user ofthe bag 110 to gain access to reclosable fastener assembly 126. However, if desired, the openings 125a and 125b at ends 126a and 126b need not be sealed to the inside of front wall 116, and after penetrating front wall 116, air or liquids can enter or leave bag 110 through the openings 125a and 125b at ends 126a and 126b of bag 110 and through the penetrations in front wall 116. Groove body arm 138 and groove body leg 139 could be an integral part of groove body 136 or as shown in 6B could be made separately from groove body 136 and attached to groove body 136 during a separate operation in any conventional manner such as heat sealing. Groove body arm 138 and groove body leg 139 could be opaque in color for optically identifying where one bag should end and another bag begins without having to print some type of colored identifier on the film at each bag location. To make the bag 110 as shown in Figure 6 A ofthe invention from the coil of film 60 as shown in Figure 6C, each side 156 and 158 ofthe film 155 is folded together as shown in Figure 6A to overlap and form seal 124. The combined length of sides 156 and 158 must be greaterthan the length of reclosable fastener 126 to enable seal 124 to be formed. Top seal 120 and bottom seal 122 can then be made simultaneously or in any desired order. For example, bottom seal 122 could be made first, the bag could then be filled with a product such as a food item or the like, and then the top seal 120 could be made. The coil of film 60 could be used on a conventional form, fill, and seal machine. Such machines are well known in the art. As shown in Figure 6C film 155 could also be wound after a plurality of reclosable fastener assemblies 126 have been attached along with a plurality of perforations, lines of weakness, or pull-out plugs into a coreless coil 60 or as shown in Figure 6D film 155 could be formed into a fan folded stack 65 in a zig-zag fashion. Film 155 could be folded after a plurality of reclosable fasteners 126 have been attached along with a plurality of perforations, lines of weakness, or pull-out plugs 150 prior to being formed into a coil 60 or into a fan- folded stack 65. As shown in Figure 6E an apparatus 170 for making zippered film includes an unwinding device 175 for feeding a continuous supply of bag film 155 forwardly while attaching a plurality of two-piece reclosable fastener assemblies such as fastener assembly 126 to the inner surface ofthe film 155 that forms the inside of each resulting bag 110. The fastener assemblies 126 are fed laterally across the upper surface of the film 155 at right angles to the machine direction, that is, transversely to the longitudinal forming axis ofthe film. The fastener material 126 is supplied from a spool 171 fed through a guide slot 172 up to a stop plate 173. Stop plate 173 has a tab 173a connected thereto which is force fitted in slot 172a in the top of guide slot 172 enabling the location of stop plate 173 within guide slot 172 to be varied as desired for different fastener assembly lengths. A cut-off device 177 cuts a length of fastener material 126. Cut-off device 177 is similar to apparatus that are shown in U.S. Patent 4,909,017 and U.S. Patent 4,617,683. U.S. Patent 4,909,017 is hereby incoφorated by reference. As can best be seen in Figure 6F, both groove body 136 and protuberance body 142 of each reclosable fastener assembly 126 are independently connected to the film by a mechanism which includes an attaching device 179 such as that shown in U.S. Patent 4,909,017 that preferably utilizes heat sealing technology. Device 179 includes a first platen 179a that is heated and an second platen 179b that could also be heated. First and second platens 179a and 179b have a device for moving the two platens together and apart such as cylinders 178a and 178b that are shown in Figure 6E. First platen 179b includes guide slot 172 which extends from one end of platen 179b to the other end of platen 179b for positioning the fastener assembly 126 accurately while sealing fastener assembly 126 to film 155 to create roll of film 154. Each fastener assembly 126 is connected to the film 155 in a location that is preferably a single bag's length away from the previous fastener assembly 126. As shown in Figure 6E a punching mechanism 180 for providing an easy bag opening feature such as a line of perforations, or a pull-plug 150 on film 155 could be added to the apparatus for making roll of film 154. The punching mechanism 180 could consist of a single serrated blade to produce a single line of perforations in film 155 with each stroke ofthe mechanism 180 or as shown a serrated elongated shaped rectangular blade 181 with circular ends could be utilized to produce pull-out plug 150 in film 155 with each stroke of the mechanism 180. Any device known in the art for providing easy opening features could be utilized. The location ofthe mechanism 180 for providing easy opening could be incoφorated into the apparatus 170 for making roll of film 154 anywhere desirable, but the mechanism 180 would preferably be located in a place whereby the easy opening feature would be provided in or on the film 155 immediately prior to the attaching of reclosable fastener assembly 126 onto film 155. The apparatus 170 for making rolls of film 154 includes a rewinding device 182 for winding film 155 into a roll on a supporting core 154a or into coil 60 without supporting core material as shown in Figure 6C. The rewinding device 182 could be replaced by a device capable of forming film 155 into a fan folded stack 65 in a zig-zag fashion as shown in Figure 6D. The apparatus for making zippered film could be connected to a form, fill, and seal machine, that is, provided in-line or part ofthe form, fill, and seal machine. As a result the method for making bag 110 would not require that film 155 be formed into a roll of film 154 since the film 155 would be fed directly into the form, fill, and seal machine. The device 182 for rewinding the film into roll 154 would not be a required part ofthe apparatus for making zippered film when the in-line method is used. As a result of not having to wind film 155 into a roll 154, film 155 could have the fastener assemblies 126 attached by apparatus 170 parallel to the longitudinal forming axis of film 155 as shown in Figure 8D rather than transversely to the longitudinal forming axis. Any conventional bag making film known in the art may be utilized as a film stock to make bag 110. The seals of the invention are preferably made by heat sealing as is well known in the art. Such bag film is commonly referred to as plastic film, and is commonly made from polymeric materials. In Figure 7A and 7B is shown an alternate embodiment of reclosable fastener assembly 126 generally indicated by the numeral 1266 connected to a sheet of film 1155. A roll of folded film 1154 on a paper core 1154a containing the pre-applied reclosable fastener assembly 1266 is shown in Figure 7 A. As can best be seen in Figure 7 A film roll 1154 can be prepared by connecting reclosable fastener assembly 1266 to a flat sheet of film 1155 at seal 1400 and seal 1466. A single line of perforations or line of weakness 1155b is provided in film 1155, such as those disclosed in U.S. Patent 4,401,213, to provide access through film 1155 when reclosable fastener assembly 1266 is opened. After a plurality of reclosable fastener assemblies 1266 are connected to film 1155 and a single line of perforations or line of weakness 1155b are provided in film 1155, film 1155 is folded and wound on a paper core 1154a as shown in Figure 7A. If desired, a pull-out plug 150 described above could be substituted for the single line of perforations or line of weakness 1155b in film 1155. In Figure 7 A a folded web of bag film is shown with one side longer than the other creating a lip 1155a which is commonly referred to in the art as J-sheeting. J-sheeting with the reclosable fastener assemblies 1266 pre-applied as shown in Figure 7 A can be formed into reclosable bags by many different bag machine types known in the art such as side-weld bag machines that are used to manufacture many different bag types such as bread bags. As can best be seen in Figure 7C reclosable fastener assembly 1266 has groove body 1366 with groove body arm 1388 connected at the locking side 1366a of groove body 1366 so as to minimize the size of opening 1255a at fastener end 1266a and opening 1255b at fastener end 1266b. An arm such as 1388 is connected at the locking side of either profile strip 1366 peφendicular to the direction the protuberance 1344 ofthe protuberance body 1424 is lockingly received by the groove 1322 ofthe groove body 1366. If desired, profile strip 1366 could be interchanged with profile strip 1422 and arm 1388 could be attached to profile strip 1422 in the same manner in which arm 1388 is shown attached to profile strip 1366, and profile strip 1366 would be connected to the inside of film 1155 by heat-sealing or welding as was profile strip 1422. The profile strip including the arm 1388 of fastener 1266 needs to be the one ofthe two profile strips farthest from the film 1155 to which fastener assembly 1266 is connected. By reducing the size of openings 1255a and 1255b at fastener ends 1266a and 1266b, the flow of air and liquids can be minimized through the ends 1266a and 1266b. Shown in Figure 7B is a third embodiment ofthe present invention generally indicated by the numeral 1010 being formed from J-sheeted film 1155. Reclosable bag 1010 has a front wall 1012 and a rear wall 1014 which are made from a single, integral piece of plastic film. Front wall 1012 is joined to rear wall 1014 by side seams 1016 and 1018 and by bottom fold 1020. Front wall 1012 has a top edge 1012b which is not connected to rear wall 1014, and rear wall 1014 has a top edge 1014b which is not connected to front wall 1012. Top edge 1014b is located at a distance above top edge 1012b to form lip 1155a. Thus a mouth 1022 is formed in the top of bag 1010. Goods such as poultry, beef, or any other product to be stored in bag 1010 could be inserted into bag 1010 through mouth 1022. As shown in Figure 7B bag 1010 includes a seam 1025 sealing off mouth 1022. Seam 1025 is normally created after bag 1010 has been filled with the goods to be stored in bag 1010. Bag 1010 has a reclosable fastener assembly 1266 connected to the inside of front wall 1012 at seal 1400 and seal 1466. Reclosable fastener assembly 1266 is positioned transversely to the longitudinal forming axis of film 1155 that forms bag 1010. Bags such as bag 1010 are commonly referred to in the art as side seal or side weld bags and are usually sold to product packers as finished bags that are often hand loaded before being sealed shut. A good use for reclosable bag 1010 would be to package bakery items such as tortillas. Reclosable bag 1010 could be formed from J-sheeted film 1155 which includes reclosable fastener assemblies 1266 that have been attached by a machine, such as apparatus 170 shown in Figure 6E, that is in-line with the bag forming process and therefore film 1155 would not need to be wound into roll 1154. As a result of having never to be wound into a roll 1154, as shown in Figure 8D film 1155 could have the reclosable fastener assemblies 1266 positioned parallel to the longitudinal forming axis of film 1155 rather than positioned transversely to the longitudinal forming axis. Referring now to Figure 8A and 8B is the fourth embodiment ofthe present invention showing a collapsed tubular web generally indicated by numeral 218 of plastic having a front wall 21 1 and a rear wall 212. The tubular web 218 includes a plurality of identical interconnected reclosable bags 210. Each bag 210 has a top end 223 and a bottom end 224. Each bag 210 has a front wall 21 1 and a back wall 212. Each bag 210 has a seal 220a at the top end 223 and a seal 220b at the bottom end 224 at which the front wall 211 is joined to the back wall 212. Each bag 210 has side edge seals 221a and 221b at which the front wall 211 is joined to the back wall 212. As can best be seen in Figure 8B, connected to front wall 211 is a reclosable fastener generally indicated by the numeral 213. Reclosable fastener 213 includes two interlocking profile strips generally indicated by the numerals 214 and 215 which are shown in the drawings to be interlocked. Profile strip 214 contains a groove 225 and profile strip 215 contains a protuberance 226 that is lockingly received in the groove 225. A flange 216 is connected to the outside of profile strip 214. Flange 216 is connected to front panel 211 along flange edge 219. A rupturable perforation line 217 in front wall 211 provides a tear line for tearing open to enter bag 210 once the reclosable fastener 213 is opened. Each end 216a and 216b of flange 216 is preferably secured to front wall 211 in any conventional manner such as heat sealing to the front wall 211 to prevent air or liquids from entering or leaving through flange ends 216a and 216b. However, if desired, the flange ends 216a and 216b need not be sealed to the front wall 211 so air and liquids can enter or leave bag 210 through the flange ends 216a and 216b. The flange 216 could be integrally connected to the profile strip 214 or as shown in Figure 8B the flange 216 could be made separately from profile strip 214 and attached to flange 216 in any conventional manner such as heat sealing. Reclosable fastener 213 with attached flange 216 could be replaced with any ofthe previously described fastener arrangements such as shown in Figure 5 which includes a groove body arm 38 and a groove body leg 44 for use in attaching reclosable fastener assembly 26 to the inside ofthe wall that forms the front panel ofthe bag instead of attaching fastener assembly 26 to the outside of the wall of the front panel of the bag as shown in Figure 8 A and 8B. Reclosable bags such as bag 210 could be used as freezer storage bags and would be very conveniently dispensed from a roll or coil rather than individual bags that are loosely packed. The collapsed tubular web 218 or reclosable bags 210 is formed by connecting a plurality of bags 210 together by perforation lines 222 extending across the tube 218 transversely to the side edge seams 221a and 221b and between the top end seals 220a and bottom end seals 220b of two adjacent bags 210. The preferred method of producing the collapsed tubular web of reclosable bags of the present invention according to Figure 8C requires a plastic film be blown into a tube 251 on a conventional blown film tube extrusion machine 250. Such machines are well known in the art. U.S. Patent 3,543,343 shows a typical blown film tube extrusion machine with the exception that a reclosable fastener is added, and U.S. Patent 3,543,343 is hereby incoφorated by reference. The tube 251 is collapsed and both side edges are slit open creating two separate webs of material 211 and 212. After passing over several idler rolls such as 252a and 252b, the two webs of material 211 and 212 are forced to follow two different web paths. Web material 211 that forms the front wall travels through a sealing device 256 where a series of spaced reclosable fasteners 213 are transversely secured to the underside ofthe web material 211, a bag's length apart, by preferably heat sealing. Reclosable fasteners 213 are preferably only slightly shorter than the width of web material 211. Such sealing devices are well known in the art. U.S. Patent 4,909,017 shows such a device. Rupturable perforation lines 217 are cut in front wall 211 adjacently below the reclosable fastener 213 by sealing device 256. A serrated knife 257 required to produce the perforation line 217 is incoφorated into the typical sealing device 256. Back wall web material 212 is diverted around sealing device 256 by passing over preferably at least one additional idler roll 253. At nip section 258 the web materials that form the front wall 211 and the back wall 212 are rejoined by passing through two preferably driven nip rolls 258a and 258b where they are secured together by continues seams along the longitudinal edges 224a and 224b of front wall 211 and the longitudinal edges 224c and 224d of back wall 212 by any conventional method such as heat sealing. The web materials that form front wall 211 and the rear wall 212 with their peripheral edges 224a, 224b 224c, and 224d, sealed together reform a tube 218 with a plurality of spaced reclosable fasteners 213 and perforation lines 217 transversely secured a bag's length apart along the length of tube 218. The tube 218 passes through a cutting cross-sealing device 260 that applies one bags top end seal 220a and the adjacent bags bottom end seal 220b simultaneously while cutting the perforation line 222 extending transversely across the tube 218 and between the top end seals 220a and bottom end seal 220b. Such cutting sealing devices are well known in the art. U.S. Patent 4,449,962 shows a typical cutting sealing device with the exception that a straight cut is included for making separated bags. While the present invention could also produce separated bags the preferred embodiment is bags connected to one another by the perforation lines 222 between adjacent bags. The device of Patent 4,449,962 could accomplish this by utilizing a serrated knife, and U.S. Patent 4,449,962 is hereby incoφorated by reference. The tube 218 has been converted, as described above, into a series of reclosable bags 210 connected together making it possible to wind them into roll 262 by any conventional winding machine 263. The reclosable bags 210 can be wound onto any preferred core material 264 such as a paper tube or can be would into roll 262 without any supporting core material 264. Roll 262 can be produced with any desired number of reclosable bags 10 making up the roll 262. As shown in Figure 8D front wall web material 211 could be wound after a plurality of reclosable fasteners 213 have been attached along with a plurality of rupturable perforation lines 217 into a coil 270 or as shown in Figure 8E, front wall web material 211 could be formed into a fan folded stack 275 in a zig-zag fashion. If desired, a plurality of reclosable fasteners shown in phantom lines generally indicated by the numeral 213a could be positioned on film 211 in a direction parallel to the longitudinal forming axis. Front wall web material 211 could also be wound into a roll on a supporting core material such as was shown in the third embodiment ofthe present invention. Front wall web material 211 in the roll, coiled, or fan folded state could be formed into reclosable bags during packaging operations where product is being sandwiched between front web material 211 and another web such as back wall web material 212 resulting in a bag such as reclosable bag 210 that contains product within. The packaging of products as previously described is well known in the art and a specific product that could utilize a reclosable bag formed as described would be sliced bacon. Any conventional bag making film known in the art may be utilized as the film stock to make bag 210. Such bag film is commonly referred to as plastic film, and is commonly made from polymeric or polyolefin materials such as polyethylene. The seals and seams of the invention are preferably made by heat sealing but any other well known methods of securing polymeric materials together such as applying adhesives could also be utilized. Although the preferred embodiments ofthe invention have been described in detail above, it should be understood that the invention is in no sense limited thereby. Other variations are possible. For example referring to the fourth embodiment, a single web of material could be unwound from a roll and folded, out of line with blown film tube extrusion machine 250, after the reclosable fasteners 213 have been attached and the perforated bag openings 217 have been applied. Then the side opposite the fold could be sealed closed and the remaining steps of the method of making reclosable bags on a roll according to the present invention would follow as previously described above. Also a device for staggering the bags could replace the winder so as to fan fold stack the interconnected bags into a container in a zigzag fashion versus winding them into a roll. Furthermore, the top end 223 of each bag 210 could be unsealed so the series of bags could be dispensed from the roll with one end open, allowing product to be loaded through the open end and later sealed shut by the user after loading. The rupturable line of weakness 217 could also be eliminated requiring the user to cut each bag open or a tear string could be incoφorated to assist in creating an opening adjacent the reclosable profile strips 214 and 215 of each bag 210. In addition the front wall 211 could be formed from a transparent flexible film and the back wall 212 could be formed from a opaque flexible film. As taught in the fourth embodiment, many other applications could utilize a film with pre-applied reclosable fasteners that are greater than half the width of the web each located a bag length apart with each profile strip independently connected to the same side of the film, such as, lidding films for vacuum formed trays or lidding films covering forming webs used in vacuum packaging. Many ofthe elements ofthe various embodiments ofthe present invention could be interchanged with one another, e.g., the reclosable fastener assembly of the second embodiment could be substituted for the fastener assembly ofthe third embodiment and vice versa. The fastener assemblies ofthe present invention could not only be interchanged, but they could be positioned transversely or parallel to the longitudinal forming axis of the zippered film as shown in Figure 8D. Therefore, many combinations and substitutions are possible as is made apparent from the teachings of my invention. Accordingly, the scope of my invention should be determined not by the embodiments illustrated, but by the following appended claims and their legal equivalents.

Claims: CLAIMS: 1. A method for making reclosable bags comprising: a. connecting a plurality of reclosable fasteners each with two interlocking profile strips to a rectangular sheet of film having two parallel side edges and a top and a bottom edge, each profile strip of each reclosable fastener means being maintained in the interlocked position and being independently connected to the same side of said film, said film being maintained in a flat unfolded state, b. supplying a continuous sheet of said film with said reclosable fasteners and overlapping said side edges of said film to form a tube to enclose said reclosable fasteners on the inside of said tube, said tube having a top edge and a bottom edge, c. sealing said overlapped side edges of said film, d. sealing said bottom edge of said tube, and e. sealing said tube said single bag length from said bottom edge to form a top edge of said bag to enclose a single reclosable fastener. 2. The method of claim 1 wherein said reclosable fasteners are peφendicular to the longitudinal forming axis of said film. 3. The method of claim 1 wherein said reclosable fasteners are parallel to the longitudinal forming axis of said film. 4. A reclosable bag made by the method of claim 1. 5. The method of claim 1 wherein said reclosable fasteners are less than half the width of said rectangular sheet of film. 6. The method of claim 1 further comprising the securing of each end of said reclosable fastener strips to said film whereby air and liquids are prevented from entering or leaving through said ends when a bag is formed from said film and after front wall of said bag has been opened by user to gain access to said reclosable fastener. 7. The method of claim 1 further comprising attaching an easy opening means for providing access through the portion of said front wall covering said reclosable fastener of each of said reclosable bags made from said film. 8. A film for making reclosable bags, said film comprising: a. a rectangular sheet of film having two parallel side edges and a top and bottom edge, b. reclosable fastener means connected to said film for providing a reclosable opening in said film, each profile strip of said reclosable fastener means being independently connected to one side of said film at a location corresponding to each bag to be formed from said film, and c. each of said profile strips of each reclosable fastener being interlocked and being independently connected to the same side of said film while said film is maintained in a flat unfolded state. 9. The article of claim 8 wherein said reclosable fasteners are peφendicular to the longitudinal forming axis of said film. 10. The article of claim 8 wherein said reclosable fasteners are parallel to the longitudinal forming axis of said film. 11. A reclosable bag formed from the article of claim 8. 12. The article of claim 8 wherein the length of said reclosable fastener means is less than one-half the width of said rectangular sheet of film. 13. The article of claim 8 wherein said rectangular sheet of film with said reclosable fastener means attached is wound into a coil. 14. The article of claim 8 wherein said rectangular sheet of film with said reclosable fastener means attached thereto is fan folded into a stack in a zig-zag fashion. 15. The article of claim 8 wherein said rectangular sheet of film with reclosable fasteners attached thereto is wound into a roll on a supporting core material. 16. The article of claim 8 further comprising a continuous arm connected to at least one of said reclosable fastener strips along its full length, each end of said arm and said reclosable fastener strip being secured to said film whereby air and liquids are prevented from entering or leaving through said ends when a bag is formed from said film and after front wall of said bag has been penetrated by user to gain access to said reclosable fastener. 17. The article of claim 8 wherein said rectangular sheet of film with said reclosable fastener means attached thereto is folded prior to being wound into a roll. 18. The article of claim 16 wherein said continuous arm is connected to one edge of the one of said profile strips, that is farthest from the inside of said film, said one edge being the edge that is closest to the inside surface of said film. 19. An apparatus for making a film for making reclosable bags said apparatus comprising: a. means for supplying a continuous film of plastic, b. means for positioning a plurality of reclosable fastener means having first and second interlocked fastener strips on the surface of said film, and c. means of independently connecting each of said profile strips of each of said reclosable fastener means to said surface of said film. 20. The apparatus of claim 19 further comprising a means for forming said film into a reclosable bag. 21. A film for making reclosable bags in accordance with the subject matter of claim 19. 22. The apparatus of claim 19 further comprising a means for rewinding said film. 23. The apparatus of claim 19 further comprising a means for positioning said fastener means laterally across said film transversely to the longitudinal forming axis of said film. 24. The apparatus of claim 19 further comprising a means for cutting a single fastener from a continuous roll of reclosable fastener profile strip material. 25. The apparatus of claim 19 further comprising a heat seal means for applying heat to the surfaces of said film and said fasteners for connecting said surfaces together. 26. An article for use in packaging products comprising: a. a collapsed tubular web of plastic having front and rear walls of material, b. said web including a series of spaced, transverse cross-seals securing said front and rear panels of said material together to define a plurality of bags connected together end to end, c. said web including a plurality of spaced tearlines between adjacent bags with each bag having at least one said tearline to permit easy separation of each of said bags from said web, d. said web including a plurality of spaced, reclosable fastener means secured to said front wall of said tube material with each of said bags having secured to it at least one reclosable fastener means, and e. said web with each of said bags having said reclosable fastener means connected thereto being coilable in a roll. 27. The article of claim 26 wherein said reclosable fasteners are peφendicular to the longitudinal forming axis of said web. 28. The article of claim 26 wherein said reclosable fasteners are parallel to the longitudinal forming axis of said web. 29. The article of claim 26 wherein the length of said reclosable fastener means is substantially the same as the width of said web that said fastener means are attached thereto. 30. The article of claim 26 wherein said reclosable fastener means includes a two- edged flange cover connected to one of said reclosable fastener means whereby first edge of said flange cover is secured to said front bag wall and second edge of said flange cover is unattached whereby it provides a means of gripping said reclosable fastener strip for selectively opening. 31. The article of claim 26 wherein said front panel has a rupturable line of weakness in said front wall adjacent said fastener means, and between said fastener means and said flange cover edge that is secured to said front wall. 32. The article of claim 26 wherein an opening in one end of said bag is created by the avulsion of said adjacent bag at said tearline. 33. The article of claim 26 wherein the ends of said flange cover are secured to said front wall of said bag. 34. A method for making a chain of coilable reclosable bags comprising: a. supplying a continuous film of plastic web material and moving said film forwardly in a bag forming direction, b. securing a plurality of reclosable fastener means to the outside surface of said web material, that forms the front wall of each bag, c. drawing said film forwardly bringing the inside surface of said web material that forms said front wall of each bag juxtaposed to the surface of said web material that forms said back wall of each bag and sealing the longitudinal edges together to form a tube of plastic web material with a front wall and back, and d. cross-sealing said front wall and said back wall to each other in at least one place on each bag thereby creating each bags top end and bottom end and cutting a tearline in said tube between said seals of each bag whereby a chain of interconnected coilable bags is created. 35. The method of claim 34 wherein said reclosable fasteners are peφendicular to the longitudinal forming axis of said web. 36. The method of claim 34 wherein said reclosable fasteners are parallel to the longitudinal forming axis of said web. 37. The method of claim 34 wherein the length of said reclosable fastener means is substantially the same as the width ofthe web which said fasteners are attached thereto. 38. The method of claim 34 wherein a rupturable perforation line is cut into said front wall adjacent to said reclosable fastener means. 39. The method of claim 34 wherein said reclosable fastener means includes a flange cover connected to one of said reclosable strips whereby first edge of said flange cover is secured to said front wall and second edge of said flange cover is unattached to provide a means of gripping said reclosable fastener strip for selectively opening of said reclosable fastener means. 40. The method of claim 34 wherein one end of each bag is opened by the avulsion of said adjacent bag at said tearline. 41. The method of claim 34 wherein said chain of interconnected reclosable bags is wound into a roll. 42. The method of claim 34 wherein said chain of interconnected reclosable bags are staggered into a container in a zig-zag fashion. 43. The method of claim 34 wherein said web material that forms said front wall of each bag and said web of material that forms said back wall of each bag is formed from a single web that has been folded upon itself. 44. An extruded plastic reclosable fastener means, comprising: a. two complementary profile strips extending along the length of the fastener and which are constructed to be pressed into interlocked relation, b. one profile strip having a cross-section containing at least one protuberance, and the other profile strip having a cross-section containing a complementary groove for lockingly receiving said protuberance, c. one profile strip having an arm extending from the locking side of said profile strip peφendicular to the direction said protuberance locks into said groove, said arm extending along the full length of said profile strip whereby said arm permits said profile strip to be attached to a flexible film on said locking side of said profile strip without interfering with entry of said protuberance of said profile strip into said groove of said other profile strip, said profile strip including said arm being positioned farther from said flexible film than said other profile strip. 45. A reclosable bag comprising: a. a bag formed from a rectangular sheet of film, said bag having a top end, a bottom end, a front wall, and a back wall, said front wall being connected to said back wall by at least three seams, and b. a reclosable fastener with two complementary interlocking profile strips extending along the length of the fastener and which are constructed to be pressed into interlocked relation, each being less than the width of and independently connected to the same one of said bag walls. 46. The bag of claim 45 wherein said reclosable fasteners are peφendicular to the longitudinal forming axis of said web. 47. The bag of claim 45 wherein said reclosable fasteners are parallel to the longitudinal forming axis of said web. 48. The bag of claim 45 wherein a fourth seam is formed after said bag has been filled with product. 49. The bag of claim 45 wherein at least one of said seams is formed from an integral fold.

Inventors: YEAGER JAMES WORTH, YEAGER, JAMES, WORTH
Applicants: YEAGER JAMES WORTH, YEAGER, JAMES, WORTH
Application year: 1995
Main classification: B65B9
IPC codes: B31B19, B65B61, B65D33