1. Technical Field
The present application relates generally to easy-open packages used for storing, transporting, securing sending and receiving physical objects. More particularly, the present application relates to an easy-open envelope for securely containing and sending and/or receiving letters or other correspondence, and a method for making the same.
2. State of the Art
For many years, people have corresponded and/or communicated with each other using written messages presented on paper or other similar media. For various reasons, including the need to protect the messages from damage, the need to protect messages from prying eyes, and the need to include with the messages information calculated to make sure that the message arrives at a certain destination and is delivered to certain people and/or persons, messages have frequently been sent, stored, or transported contained in storage devices such as envelopes.
In order to insure that the contents of the message have been safely secured within the envelope, and to instill confidence that the contents of the message have not been accessed by anyone other than the addressee, envelopes have been typically sealed. This sealing has taken many forms, including but not limited to the use of heated wax positioned across the flap portion of the envelope designed to provide access to the envelope contents. More recently, the sealing has taken the form of a glue present on the envelope flap that can be moistened with the tongue such that when the moistened flap is folded across the opening, the envelope is sealed. Even more recently, the sealing has taken the form of an adhesive covered with a backing. When the backing is removed, the sticky adhesive portion is revealed, such that when the flap is folded across the envelope, the sticky adhesive portion adheres to the envelope in such a way as to seal the envelope.
Initially, devices for containing messages, including envelopes, were made by hand. With the arrival of the industrial age in the 1800s, envelopes began being mass produced by machines. In 1845 Edwin Hill and Warren de la Rue obtained a patent for a machine that automated the manufacturing of what we have come to know as the modern day envelope. Their machine enabled the mass manufacture of envelopes which were machine cut and folded. Since the patent of this machine, some changes have occurred in the manufacturing of envelope, such as, for example, changes in the method by which adhesive material is applied during the manufacturing of the envelope.
However, while much time and effort has been expended in the development of machinery to mass produce envelopes, little effort has been expended developing ways in which users of the envelope can more easily open the envelopes to access the messages or other content contained therein. More specifically, developments in envelopes permitting easy access to the content while still providing security for the contents until the envelope arrives to its intended recipient have been limited.
At present, methods available for accessing the contents of typical envelopes include using letter opener tools (which might be inconveniently located if available at all), attempting to force a finger into a small gap at the top of the envelope so that the envelope can be torn open along an edge by this repeated action along an edge of the envelope (risking tearing or harming the contents of the envelope and possible finger cuts as well), tapping the envelope on an object to attempt to force the contents to one end of an envelope, followed by a tearing off of the opposite end of the envelope (and hoping the contents haven't been destroyed or damaged in the process), followed by blowing into the end of the envelope so that the envelope “expands”, permitting one to access and remove the contents. In addition to posing the above-noted risks of damaging the envelope contents and possibly injuring fingers and/or nails, these methods also are disadvantageous in that they take more time than should be reasonably required to open the envelope and access the contents thereof. This is especially disadvantageous when the considerable volume of mail received by individuals and businesses on any given day is considered. Although in some cases envelopes have included perforations cut into an edge of the envelope in order to make opening the envelopes easier, these perforated envelopes do not overcome the shortcomings noted above. Finally, current envelopes opened as discussed above result in an open envelope having ragged, irregular edges. In addition to being aesthetically displeasing, these envelopes having ragged edges are more difficult to store and organize in an orderly fashion.
Accordingly, there is a need for an easy-open envelope that allows users to access the content of envelopes without risking injury to fingers and/or fingernails, without the need for external contraptions such as letter openers, and without wasting unnecessary time and energy. Furthermore, there is a need for a method for making such an envelope.
In view of the foregoing disadvantages inherent in the prior art, the general purpose of the present invention is to provide an easy-open envelope and method for making the same that overcomes the drawbacks inherent in prior art envelopes by eliminating the difficulty, wasted time, inconvenience, need for special tools, and risk of injury associated with prior art envelopes and opening the same.
The easy-open envelope of the present invention comprises a pocket or pouch for receiving and storing objects. The pocket further comprises a flap configured to be positioned in an open and closed position. The flap is configured such that when positioned in an open position, contents may be readily added to or removed from the pocket. The flap is further configured such that when positioned in a closed position, contents may not be added to or removed from the pocket. At least one of the flap interior or pocket exterior comprises an adhesive configured such that when the adhesive has been activated and the flap closed (also referred to as sealing the envelope), the contents of the envelope pocket may not be accessed without tearing some portion of the envelope. The easy-open envelope further comprises an embedded access device. The embedded access device is configured to permit easy access to the content of the easy-open envelope if the envelope has been sealed. A method for making the easy-open envelope is also provided. When opened using the embedded access device, the easy-open envelope of the present invention has a “clean” opening (typically without ragged, irregular edges), making it easier to store and organize the easy-open envelopes once they have been opened.
The foregoing and other features and advantages of the present invention will be apparent from the following more detailed description of the particular embodiments of the invention, as illustrated in the accompanying drawings.
As discussed above, embodiments of the present invention relate to an easy-open envelope and method for making and using the same.
Referring to the drawings and, more particularly to
The pocket 110 further comprises a flap 130 configured to be positioned in an open and closed position. In
The flap 130 is further generally illustrated in
In the present embodiment, adhesive 136 is a glue that is activated by the application of moisture to the adhesive 136 by licking or applying moisture with a sponge device or other applicator. In an alternate embodiment, adhesive 136 may be an adhesive that is active when deposited on the easy-open envelope 100 during manufacture of the envelope, but that is covered with a removable covering until such time as the user wishes to expose the adhesive 136 to secure the flap 130 to the pocket exterior 120. In yet another alternative embodiment, rather than being deposited on the interior surface 132 of the flap 130, adhesive 136 is deposited on the pocket exterior 120 of easy-open envelope 100. In this alternative embodiment, adhesive 136 is deposited located on the pocket exterior 120 such that once it has been activated and the flap 130 has been placed in a closed position, the adhesive 136 will come into contact with the flap interior 132 of flap 130 such that flap 130 is secured to the pocket exterior 120 in a closed position by the adhesive 136.
Referring to
In still another alternate embodiment, generally illustrated in
In alternative embodiments where embedded access device 140 has been placed in a location other than along a fold 135 of easy-open envelope 100, embedded access device 140 includes at least one exposed end 142 remaining located outside the pocket 110 of the easy-open envelope 100 after the flap 130 has been placed in the closed position. The embedded access device 140 is configured to permit easy access to the content of the easy-open envelope 110 after the easy-open envelope 110 has been sealed.
In the present embodiment, embedded access device 140 is #30 waxed silk thread that has been inlayed and secured along fold 135 by gluing it directly along the fold using a thin layer of glue, such as, for example, mxbon 407 cyanocrylate adhesive. In alternate embodiments, embedded access device 140 is secured along fold 135 by applying a thin layer of a different adhesive or glue. In the present embodiment, embedded access device 140 is inlayed and secured along fold 135 such that it is concealed from view except for a small portion of exposed end 142. In alternate embodiments, embedded access device 140 is tussah silk thread, organic thread, biodegradable thread, or other thread or string. In still other alternate embodiments, embedded access device 140 is woven through gummed paper, and is secured to easy-open envelope 100 by pressing or rolling the gummed paper along the fold of easy-open envelope 100.
Referring to
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It should be appreciated that in contrast to prior-art envelopes, the easy-open envelope 100 of the present invention permits easy, efficient access to the contents of the pocket 110 of the envelope by simply pulling on the embedded access device 140, rather than by using external tools, or other less efficient means that also risk injury to fingers and destruction of the contents of the pocket. Furthermore, the easy-open envelope 100, once opened using the embedded access device 140, has a clean opening, rather than an opening having ragged, irregular tears along the edges of the envelope opening, making the easy-open envelope 100 easier to store and organize than prior art envelopes.
Referring to
In an alternate embodiment of the method, step 530 may precede step 520. In yet another alternate embodiment, steps 530 and 520 may occur simultaneously during the manufacture of the easy-open envelope. In still another alternate embodiment, an embedded access device may be secured to the easy-open envelope prior or simultaneously to the forming of the various portions of the envelope (such as the pocket and flap) and prior or simultaneously to the application of adhesive used for securing the flap of the easy-open envelope to the exterior of the easy-open envelope.
The embodiments and examples set forth herein were presented in order to best explain the present invention and its practical application and to thereby enable those of ordinary skill in the art to make and use the invention. However, those of ordinary skill in the art will recognize that the foregoing description and examples have been presented for the purposes of illustration and example only. The description as set forth is not intended to be exhaustive or to limit the invention to the precise form disclosed. Many modifications and variations are possible in light of the teachings above without departing from the spirit and scope of the forthcoming claims.
This application claims priority to U.S. Provisional patent application to Andrew Floyd and Gerald Jay Pirouznia entitled “EASY OPEN ENVELOPE”, Ser. No. 61/492,551, filed Jun. 2, 2011, the disclosure of which is hereby incorporated entirely herein by reference.
Number | Date | Country | |
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61492551 | Jun 2011 | US |