Envelopes – wrappers – and paperboard boxes – Paperboard box – Combined with drinking tube
Reexamination Certificate
1999-09-23
2002-08-13
Elkins, Gary E. (Department: 3727)
Envelopes, wrappers, and paperboard boxes
Paperboard box
Combined with drinking tube
C220S708000, C220S710000
Reexamination Certificate
active
06431434
ABSTRACT:
FIELD OF THE INVENTION
The present invention relates generally to the provision of a drinking straw with an individual beverage carton and in particular to the provision of a drinking straw on the inside of an individual beverage carton and a method of manufacture thereof.
BACKGROUND OF THE INVENTION
Packaged individual beverage cartons of plastic coated paper board sheet material folded into a generally parallelepipedic shape have been made available to consumers for many years and are often referred to as “juice boxes”.
Various arrangements have been proposed to provide a straw with an individual beverage carton. In general, a cylindrical plastic drinking straw is packaged in a separate sealed plastic envelope and attached usually with an adhesive to the outside of the beverage carton. The straw may be straight or it may have an accordion type bend therein. In use, the consumer is required to remove the drinking straw from its envelope and insert it through the packaging of the container at a predetermined place usually on the top of the container, the straw then being ready to allow consumption of the beverage from the container. As the drinking straw once inserted into the beverage carton makes consumption of the beverage possible, conversely consumption of the beverage from the container without the use of the drinking straw is problematic and objectionable.
One disadvantage of the assembly as described above is that the straw has to be inserted into the beverage carton prior to use. In order to insert the drinking straw into the beverage carton the consumer has to pierce a portion of the carton. Typically there is a preferred point of entry or insertion point that can be identified by a round hole in the carton (but not in the foil liner) on its top. However, the consumer has to puncture the foil liner so that the straw has access to the liquid therein. The foil liner can withstand relatively high pressures such that the carton will not readily leak at the insertion point. As the act of inserting the drinking straw through the packaging material at the predetermined place requires considerable force, the beverage carton also needs to be simultaneously held soundly. This holding soundly often means squeezing the beverage carton and therefore there exists the risk that beverage will rapidly vacate the beverage carton either up the straw or around the straw at the insertion point upon insertion, thereby causing the beverage to be spilled. The consumer is at risk of spilling the beverage on themselves or someone or something at hand. This risk is further increased by the fact that a high percentage of these beverages are consumed by children, individuals that may lack some degree of hand coordination or who may consider the spraying of liquid desirable. This, of course, is not desirable or a game to the parent.
Another disadvantage of the current system of attaching the drinking straw and protective plastic envelope to the outside of the beverage carton is that the protective plastic envelope will often merely be discarded as litter. Commonly, removal of the existing drinking straw currently provided with the beverage carton of the previously mentioned type also requires removal of the straw's protective plastic envelope from the outside of the beverage carton to which it is attached when received by the consumer. This leaves the consumer in the possession of the now empty plastic envelope and due to the small size of the plastic envelope and its low weight the consumer is often tempted to discard the plastic envelope as litter. As the empty envelope is manufactured of plastic, the envelope will exist in the environment for some time before breaking down and due to its small size and low weight is not likely to be picked up as garbage.
A still further disadvantage of the current system of attaching the drinking straw and protective plastic envelope to the outside of the beverage carton is that the straw will obscure the writing and art work on one side of the carton. In addition, as the plastic envelope containing the drinking straw is attached to the outside of the beverage carton there exists considerable risk that the plastic envelope and drinking straw will be inadvertently removed from the outside of the beverage carton and lost, placing the consumer in a compromised position when the time comes for the consumption of the beverage from the container.
Some arrangements have been proposed wherein a straw is provided in an individual beverage carton. For example U.S. Pat. No. 5,188,283 issued to Gu on Feb. 23, 1993, shows a straw in four different types of containers. In the parallelepipedic shaped container there is provided a hole in the container through which the straw is positioned. A groove is provided on the inside of the top tuck flap that is in registration with a top portion of the straw when the tuck flap is sealed to the container. Another example of providing a straw in a parallelepipedic shaped container is shown in U.S. Pat. No. 5,482,202 issued to Wen on Jan. 9, 1996. This container has a straw that is attached in the seams of the container and in at least one embodiment the straw extends from a top side edge to the opposed bottom side edge. An alternate approach is shown in U.S. Pat. No. 5,116,105 issued to Hong on May 26, 1992. This container has a short straw or pipette attached to the underside of the top tuck flap which is the extension of the top seam. The short straw is less than half the width of the container and is used more as a pouring spout than a drinking straw. The short straw is on the outside of the container and has to be inserted through the side wall of the container.
Each of these examples of a straw provided in an individual beverage container suffers from disadvantages. The Gu container would be difficult to manufacture. Firstly, the groove would be difficult to form in the top tuck flap. Secondly the top tuck flap with the groove therein would be difficult to seal once the container is filled with liquid. Thirdly the straw, hole and groove arrangement would not be adaptable to the continuous form, fill and seal process that is preferred for the manufacture of parallelepipedic shaped containers. The Wen container similarly would not be adaptable to the continuous form, fill and seal process since a good seal in a seam having a straw therein would be difficult to achieve. Further, a straw in the seam might lead to leakage through the straw. The Hong container provides a pour spout but does not eliminate the necessity of the consumer having to push the short straw or pipette into the container with all of the disadvantages associated therewith and it also has the disadvantage described above that the straw can be easily lost.
As the preferred method of manufacture of existing parallelepipedic plastic coated paper board material beverage cartons, involves a continuous form, fill and seal process, there are limited opportunities for the application of a drinking straw on the inside of the carton, so that the drinking straw may be inside the beverage carton at the time of purchase of the beverage by the consumer.
In general, the form, fill and seal process is composed of the steps of unrolling a preprinted and precreased plastic laminated paper board sheet; forming the sheet into a columnar sleeve; sealing a longitudinal seal along the columnar sleeve; adding the beverage into the sealed columnar sleeve; forming a transverse seal across the columnar sleeve and through the beverage; cutting the package from the columnar sleeve and forming a parallelepipedic carton with folded and fixed tabs.
With beverage cartons having a straw attached thereto, drinking straws that have been previously encased in their protective plastic envelopes are attached to one side of the completed beverage carton.
Accordingly it would be advantageous to provide a drinking straw on the inside of an individual beverage carton. Further it would be advantageous to provide a method of manufacturing an individual beverage carton that includes steps to provide a str
Haughton Glenn Wallace
Haughton Keith Louis
Hillar Peter Christopher Michael
Elkins Gary E.
Hill Nancy E.
Hill & Schumacher
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