Patent Application
20140284389
The following invention relates to postcards, greeting cards, and envelopes for sending messages from a sender to a recipient. More particularly, this invention relates to reusable envelopes which do not require either saving in their original form or discarding, but rather can be reconfigured and reused for sending from a new sender to a new recipient or adapted to be completely reusable or reused a fixed amount of times (at least more than once)
Pre-printed greeting cards and postcards are known to be manufactured and sold, typically at retail establishments, to assist individuals in exchanging greetings with others. Such greeting cards typically have a construction primarily of paper or paper-like materials and typically include a message and artwork of some type. Many greeting cards and postcards include plenty of space for customization, such as for allowing a sender to write a personal message in handwriting directly on the greeting card or postcard
Greeting cards typically have a theme which correlates with some event which might typically call for the sending of a greeting card. Examples include birthdays, holidays, anniversaries, illnesses, graduations, etc. In addition to the theme associated with the card, cards also can be distinguished in other ways, such as with some cards being humorous and other cards being more sentimental or serious.
Because of the many different types of greetings and the many different particular tastes and styles enjoyed by different individuals, an exceptionally large number of greeting cards must be inventoried at stores if “just the right card” is to be provided for the purchaser. In many instances, multiple aisles of a store are devoted to the display of such cards. Display space within a store is quite valuable to the retailer, such that there is a continuing need to diminish the amount of space required to display a certain number of greeting cards. When the amount of display space available is fixed, it is desirable to have as many greeting card options as possible available within that display space.
Furthermore, one drawback of greeting cards is that they are typically exchanged and enjoyed for a very brief period of time and then typically thrown away. The recipient of the card does not have any opportunity to recoup the value of the card which has been received, but must rather purchase new cards when greetings are to be exchanged back to the sender or to others. Such a disposability cycle for greeting cards is undesirable in that it inefficiently utilizes the natural resources which go into the manufacture of the greeting cards. Furthermore, economically it is less efficient for the users to have such greeting cards used only once and then disposed of. While it would be desirable to reuse a greeting card, such reuse is hampered in that the card has typically already been customized by the sender so that it cannot be reused by the recipient. Furthermore, the recipient may need a greeting card with a different message to accommodate a different special occasion, so that the greeting cards which have been received by the recipient are not suitable for sending out again.
Furthermore, twenty-first century society has gained a significantly heightened awareness of the benefits of reusability and sustainability practices. Such reusability and sustainability practices have found their way into many consumer items. However, greeting cards have not heretofore enjoyed a practical reusable greeting or postcard. Accordingly, this desire to maximize reusability and sustainability is to a great extent frustrated when such individuals are faced with a need to purchase greeting cards.
Envelopes are primarily configured so that they are only used once and disposed of. In at least one instance, an envelope is known which can be inverted and refolded/ reconstructed after initial use to be ready for a single further use, such as when in the form of a utility bill envelope which can be converted into an envelope in which a payment can be returned. However, such envelopes are only usable twice and require significant effort to reconfigure the envelope for reuse.
With this invention, a reusable card, such as a greeting card or postcard is provided, as well as a reusable envelope, so that a greeting card or postcard can be utilized multiple times before its usefulness has been exhausted. While the greeting card could have a variety of different numbers of panels and surfaces associated therewith, a typical embodiment includes at least one panel, preferably two panels, in the form of generally planar substantially rigid paper hinged together. Surfaces of these panels include a front, inside front, inside rear and rear which are provided on a front leaf and a rear leaf that hinge together about a fold therebetween, which generally divides the greeting card into two halves.
A typical embodiment for a reusable postcard in combination with a reusable postcard envelope, includes at least one panel in the form of generally planar substantially rigid paper hinged or folded together to provide a space for an insert such as a postcard or photo to be inserted and contained therewithin. Surfaces of these panels include a front, inside front, inside rear and rear which are provided by a fold therebetween, where a photo, illustration, or traditional postcard may be inserted and at least a portion of said insert may be viewable through a cut-out or a see-through plastic panel. This reusable postcard envelope also has an area with reusable adhesive to hold the photo or traditional postcard therewithin.
The various different attributes of this exemplary greeting card are shown herein in a particular arrangement which is most preferred. However, the various details of this greeting card could be rearranged to different locations in alternative embodiments and alternative embodiments could have a greater or lesser number of surfaces and panels, with or without creases, such as, but not limited to a reusable postcard. Also, while the crease between the two leaves is shown as a vertical crease, this crease could be horizontal or in some other orientation.
In one specific embodiment, a front surface of the front leaf is generally rectangular. A primary feature of this front surface is that a portion of this front surface has been cut away to define a window. Portions of the front surface outside of the window generally have printing thereon which is static in nature. The window is accessible through a slot preferably located at an upper edge of the front leaf, but the slot could be located on a bottom or lateral edge, or the slot could be inboard of the edges.
The reusable greeting card is provided with a multiplicity of inserts which are preferably stored within a storage slot, preferably within an interior of the rear leaf of the greeting card. One of these inserts is selected and subsequently slid into the slot in the front leaf. The insert has a theme and printing thereon which correlates to the theme. The printing typically includes wording and also typically graphics, photographs, etc. positioned on the insert so that when the insert is placed within the slot in the front leaf, this visual information associated with the insert is visible through the window.
In a most preferred embodiment, the insert has printing on both an outer surface and an inner surface. An inside front of the front leaf has an inside window therein similar to the window on the outside front of the front leaf. The printing on the inner surface of the insert shows through the inside window. The printing on both sides of the insert preferably correlate together and associate with a particular theme. Themes could vary as do greeting cards known in the prior art. Examples include inserts specifically provided for Earth Day, Valentine's Day, Mother's Day, Father's Day, Christmas, birthdays, get well soon greetings, graduation, celebrations, other holidays, or other significant life events.
While the windows are shown having a particular shape, size and position, these shapes, sizes and positions could vary for the reusable greeting card. Preferably, each of the inserts would be of a similar shape and would have text and/or other graphic depictions thereon positioned so that they show through whatever window size, shape and position is provided for the front and inside surfaces of the front leaf. While the windows are preferably merely open, they could be filled with a transparent layer which isolates the inside of the window.
The rear leaf preferably is fitted with the storage pocket in which a multiplicity of the various inserts can be simultaneously stored. In addition, the rear panel preferably includes a customizable greetings space where a modifiable message can be provided by the sender. One such customizable greeting space element can be in the form of a stack of sticky notes attached thereto. By having greeting customization limited to a surface of one of these sticky notes, the top note sheet can merely be removed and then a new note sheet is available for the recipient of the greeting card to reuse when sending the card to another recipient. As an alternative (or in addition) to sticky notes, a dry erase surface (or other temporary writing technology, such as pencil or chalk) could be provided which allows for wiping off or erasing one message and writing a new message on such a surface.
A rear side of the rear panel is configured for general instructions and optionally to allow for addressing of the greeting card to the recipient. In this preferred embodiment two dry erase panels are provided, one at an address space for the card and one at a return address space for the card. These spaces correspond with windows in are usable envelope in one embodiment of this invention.
Details of the embodiment(s) of the envelope are described below. By using a dry erase marker, the address and return address can be provided on the card and then the card placed within the reusable envelope with the address and return address showing through these windows. As an alternative, pads of sticky notes could be provided for the address and return address spaces on the rear surface of the rear panel of the greeting card. The reusable greeting card could be utilized with a standard envelope also, if desired.
In one embodiment of the invention, sound can be accommodated with the greeting card. For instance, a song selection wheel can be provided on an edge of the rear panel which is rotatable within a side slot. Rotation of the song wheel allows for selection of different songs which correlate with different special occasions. The sender of the card would rotate the song selection wheel to the desired theme. Then, when the recipient receives the greeting card and opens the greeting card, a switch associated with the greeting card detects when the card has been opened and commences play of the sound file for the greeting card. Such switches, sound storage devices, sound generation speakers, power supplies and other details of this attribute of the reusable greeting card are similar to those known in the prior art for sound generating greeting cards.
In an alternative embodiment, each of the inserts can be fitted with storage media which can store a sound file in the media thereof. A player would read the sound file off of the insert when the insert is placed within the slot in the front panel of the greeting card, with playing of the sound file triggered when the greeting card is opened, or when a button is pushed, or some other trigger actuated.
As another alternative, the inserts could merely have tab on a lower edge thereof which is in a particular position which causes a bottom of the slot to detect the position of the tab and play a corresponding song or other sound file which would then be associated with the proper occasion to which the insert is directed. For instance, an insert associated with Christmas might have a tab at a middle of the lower edge of the insert. When this insert is placed within the slot in the front panel of the greeting card, this middle located tab would engage a sound device at a lower portion of the slot at a middle portion thereof and the sound generating device would be programmed to play a Christmas related song when the tab interacts with the sound playing device at a middle portion of the lower edge of the slot.
As another alternative, a readable element, such as a magnetic strip, could be provided on a lower edge of the insert which would be readable by the sound generating device so that the sound generating device would play music or other sound files which correlate with the information provided upon the readable element of the insert. Other forms of machine readable attributes could be put upon the insert to interact with some form of reader so that a proper sound file is played correlating with the contents of the insert that has been placed within the slot of the front panel.
Another system for associating sound or video with the greeting card includes printing a unique scannable tag on the greeting card, preferably on the rear leaf adjacent the customizable greetings space. A smartphone with a video screen and a camera can scan such a tag and then access a media file storage site over the internet. A file associated with this tag can be created and uploaded by the user of the smartphone. A recipient of the card who later accesses this media storage site will be able to play the sound and/or video file created by the sender. The recipient can also re-record a new media file for use by a new recipient when the greeting card is reconfigured and resent to the new recipient.
The reusable envelope preferably is formed of a flexible plastic, paper material or mixture thereof, and is substantially closed except for along one edge thereof to resist being soiled while passing through the mail or otherwise becoming damaged, such as by coming into contact with water. While this envelope is preferably substantially entirely closed, an openable closure is provided along one edge. The reusable greeting card or other contents can be passed into and removed from an interior open space of the envelope through this openable closure.
One form of openable closure is in the form of a tongue and groove closure such as that provided under the trademark ZIPLOC by S. C. Johnson & Son, Inc. of Racine, Wis. As another alternative, hook and loop type fastening closure systems could be utilized for this openable closure. As a further alternative, snaps could be provided or bendable metal closure elements. Any of a variety of different kind of closures could be utilized including those which utilize adhesive forces, static attraction forces, magnetic forces, mechanical fastening forces or other forces to allow the openable closure to be opened and closed by the user. The closure could be at an edge of the envelope or partially concealed under a flap near an edge of the envelope.
In one embodiment, a pair of windows are provided in one surface of the reusable envelope which align with address spaces and return address spaces on the greeting card. These windows are regions where the material forming the envelope are transparent, with remaining portions of the envelope being opaque. In this way, the address and return address for the envelope can be seen through these windows.
In a second embodiment for the reusable envelope, an outer surface of the material forming the envelope has a surface character which releasably allows adhesive backed materials to readily and securely stick thereto but also be removable without leaving any residue on the envelope. In one form, this material could have a surface akin to the material which is provided on sticker mounting sheets. Often adhesive labels are provided together on a single mounting sheet. The adhesive labels have an adhesive on an undersurface thereof and the labels are mounted upon the mounting sheet. The mounting sheet has a surface finish which can be a form of wax paper, or can be in the form of other known materials to which such an adhesive label can readily and securely stick to, but from which the label can be removed without damage to the label, and which can also have the label reattached and remain securely thereon until again peeled off.
By forming the envelope with an outer surface of such material, various different elements required for proper utilization of the envelope through the mail can be adhesively attached for a first use, and then removed and replaced with other attachments when reused. For instance, a return address label can be placed in an upper left corner of a front face of the envelope and stick securely to this material. When a user grabs a corner of the label and applies a peeling motion to the label, it can be readily peeled off of the envelope. However, the postage, or other labels, will not become inadvertently dislodged. In a similar manner, an address space can be fitted with an address label. The address label can be applied and readily stick to a surface of the envelope, but can also be removed after use leaving no trace on the envelope.
Similarly, postage can be attached to the envelope in the upper right corner. Postage that is formed with the adhesive already in place, without requiring wetting, can be readily attached and removed from the envelope. Illicit reuse of the postage is avoided in that the postage is canceled by the postal service when the envelope passes through the mail. The material on the outer surface of the envelope is preferably of a type which can have a cancel stamp and other ink markings provided on the envelope by the post office adhere thereto initially, but be readily removable, such as by wiping with a tissue, to leave the envelope substantially clean for reuse. In one embodiment, only the regions where postage or labels are to be applied is configured with the material which releasably holds labels or postage, with other parts of the envelope not so configured.
In a non-limiting embodiment, a scannable tag may also be printed in the stamp area, or another area, where at least a portion of said scannable tag may be covered slightly or completely by a label or postage, so that when the receiver receives a card (greeting card or post card), they may subsequently reveal a scannable tag that would have been otherwise hidden, at least to some extent—to attempt or try to maintain at least some privacy, of the media that would be displayed when the scannable tag is read, in particular with the reusable postcard, but may also be used in combination with the greeting card. Alternatively, the scannable tag can be or may be also password protected.
Most preferably, such a reusable envelope has a closure along an edge which has two surfaces which abut each other adjacent this openable edge. These adjacent surfaces can be fitted with hook and loop fastener material to bring the two edges together and allow them to hold each other securely. Alternatively, a flap can be provided to present the surfaces for selective opening and resealing of the envelope.
If desired, some form of seal can be provided over this openable edge, such as a sticker passing over this edge and attaching to front and back sides of the envelope. Such a sticker would be removably attachable as with other stickers due to the coating on the material. However, the seal sticker could be formed sufficiently thin and fragile that the relatively low forces required to peel the sticker from the envelope is sufficient to destroy the seal sticker. In such a way, the potential for tampering with the mail is ameliorated.
Preferably, since an interior of the envelope will contain different contents at different times through repeated reuse, an antimicrobial or antibacterial agent is applied to an interior of the envelope before its initial use, to help in maintaining a sanitary environment within the envelope. Such an antibacterial material could be in the form of a spray of a liquid or gas applied directly into the envelope. As another alternative, a strip of antimicrobial agent bearing material could be inserted into the envelope with printing thereon instructing users to leave that strip within the envelope to continue to provide the antimicrobial benefits.
Most preferably, both a front and rear surface of the envelope have a common surface material so that a return address sticker can similarly be provided on a back side of the envelope. Also, any other stickers such as postage processing barcode stickers can readily be applied to and removed from such a reusable envelope. If desired, a hybrid of the invention of this embodiment and other embodiments could be combined together in various different combinations.
Accordingly, a primary object of the present invention is to provide a card, such as a greeting card or post card, which can be reused with a new recipient after a first use from a sender to a first recipient.
Another object of the present invention is to provide an envelope which can be repeatedly opened and closed and reconfigured to be sent from a different sender to a different recipient after an initial use, for multiple reuses.
Another object of the present invention is to provide a combination reusable card such as, but not limited to a greeting card or postcard and reusable envelope to allow customizable greetings to be sent multiple times from different senders to different recipients.
Another object of the present invention is to minimize waste associated with discarding of envelopes and greeting cards after initial use.
Another object of the present invention is to provide a greeting card which can be coordinated with a recordable customizable electronic message, such as a video or audio message.
Another object of the present invention is to provide a reusable envelope which securely keeps contents of the envelope closed when intended to be closed, to prevent inadvertent opening, but that can be readily opened and re-closed and reopened multiple times.
Other further objects of the present invention will become apparent from a careful reading of the included drawing figures, the claims and detailed description of the invention.
Referring to the drawings, wherein like reference numerals represent like parts throughout the various drawing figures, reference numeral 10 is directed to a reusable greeting card according to a preferred embodiment of this invention (
In essence, and with particular reference to
The rear leaf 30 provides a customizable greetings space which can be written upon in an erasable or removable fashion to provide a modifiable message. This customizable greeting space also preferably includes a scannable tag 38 which can be scanned by a smartphone 70 to facilitate the recording and presentation of media such as a video or audio file from the sender to the recipient. Details of this system are shown in
The reusable envelope 110 includes multiple spaces on a front surface thereof, such as a return space 120, address space 130 and postage space 140. These spaces 120, 130, 140 are each provided with a surface material of a releasable holding character, such as that provided by a unique coating, which readily releases adhesive backed structures such as postage, return labels and address labels 135. Thus, these spaces 120, 130, 140 can have a label 125, 135 or postage 145 placed thereon which will hold securely, but which can later be peeled away when reuse of the envelope 110 is desired. The reusable envelope 110 also has an open edge 115. A resealable closure 150 is associated with the opening at this open edge 115 which can selectively hold the open edge 115 closed or allow the open edge 115 to be opened multiple times, to secure the greeting card 10 or other contents within the open space inside of the reusable envelope 110. Alternative envelopes 210, 310 (
More specifically, and with particular reference to
The front leaf 20 is rectangular in this preferred embodiment. The front leaf 20 is formed by two separate planar layers of material with a gap therebetween. This gap is accessible through a slot 22 shown at an upper edge of the front leaf 20 in this embodiment. The slot 22 could be provided on other edges of the front leaf 20 if desired, including either side edge or the bottom edge. The slot 22 is preferably sufficiently large to allow the insert 50 to be slidably placed into and out of the slot 22 for selective access into the gap between the two layers of material forming the front leaf 20.
The front leaf 20 also includes a window 28 formed in at least one of the layers of material on either side of the gap which is accessed through the slot 22. Most preferably, this window 28 extends through both layers of material. The window 28 can merely be an open space or can be closed by a transparent layer, such as transparent film. Portions of the insert 50 can be viewed through the window 28 when the insert 50 is placed through the slot 22 into the gap between the layers of material forming the front leaf 20. Most preferably, the insert 50 has printing on both sides so that the window 28 facilitates viewing of both sides of the insert 50, through either a front side of the front leaf 20 or a rear side of the front leaf 20 within an interior of the card 10.
Most preferably, the window 28 covers a majority of the surface area of the front leaf 20, but less than all of the surface area of the front leaf 20. In this preferred embodiment a border is provided in the form of an outer border 24 on an outside of the front leaf 20 and an inner border 26 on an inner side of the front leaf 20. These borders 24, 26 are preferably similar in size and shape and location so that the window 28 passes through adjacent portions of the two layers of material forming the front leaf 20. The borders 24, 26 help to hold the insert 50 within the gap in the front leaf 20 and act as guides when the insert 50 is being passed through the slot 22 into or out of the front leaf 20. In some alternative embodiments, the front leaf (and optionally also the rear leaf 30) is formed as a clear pouch of plastic or other material so that all or part of the insert 50 can be seen through the clear front leaf 20. A rear leaf 30 insert is fitted into a corresponding rear clear pouch optionally replacing the rear leaf 30, with such clear pouches being hinged together to match the general configuration for the card 10 as described elsewhere herein.
In the embodiment shown, the outer border 24 has a series of holes therein. These holes allow portions of the insert 50 which are hidden by the outer border 24 to be visible through these holes. In the embodiment shown, these holes are circular. In other embodiments, the holes could have other shapes which could be a repeating pattern of similar shapes or unique shapes.
In one embodiment the outer border 24 is formed of a more neutral color than color on portions of the insert 50 which are covered by the outer border 24. The insert 50 has a certain color scheme and the portions of the insert 50 which are covered by the outer border 24 are provided with a complementary color to this color scheme. In this way, portions of the insert shine through the holes in the outer border 24 to provide a color which is complementary with the color scheme of other portions of the insert 50. The inner border 26 (
While the outer border 24 and inner border 26 preferably have similar shapes, they could have differing shapes and sizes so that the window 28 has a different shape passing through an outer layer of material forming the front leaf 20 than the form of the window 28 passing through the inner layer of material in the front leaf 20. If desired, multiple windows 28 could be provided in the front leaf 20, such as a pair of windows 28 which are approximately half as wide and of similar height as the window 28. Inserts 50 of correspondingly narrower form could be inserted into such a pair of windows. In a similar way, three or more windows could be provided in the front leaf 20. The window in the front leaf 20 could be offset so that the window that passes through the front layer of the front leaf 20 is offset from the window in the inner layer of the front leaf 20 with separate inserts being viewed through the separate windows rather than a single insert being viewed through both portions of the window simultaneously.
With continuing reference to
The pocket 32 can be omitted if desired and the user can purchase or otherwise supply their own insert 50 for reuse of the greeting card 10.
The rear leaf 30 has a front surface 34 generally facing the inner side of the front leaf 20. The rear leaf 30 has a rear surface 36 opposite the front surface 34 which is not shown in
The rear leaf 30 generally provides a customizable greetings space which defines a portion of the reusable greeting card 10 which can be customized by the sender or particular recipient to provide a modifiable message. Such customizing can include something as simple as a signature of the sender, or can include a personal note in the sender's own handwriting.
If a written message is to be provided, the customizable greeting space accommodates such a written message in a variety of ways. In one methodology, an erasable panel 31 is provided on the customizable greeting space. This erasable panel 31 could be in the form of a dry erase surface with which dry erase markers can be used in a write on and wipe off fashion. The erasable panel 31 could be in the form of a chalkboard-type material which can accommodate writing with chalk thereon which can be subsequently erased away. The erasable panel 31 can be in the form of a surface which readily allows pencil lead to be marked thereon and which can be readily erased with a standard pencil eraser for full erasure of any message. Other erasable writing technology could also be integrated into the erasable panel 31, including either erasable writing technology known in the prior art or hereafter developed.
Another form of customizable greetings space element includes a stack of removable notes 33. Such a stack of separate notes are stacked one upon the other with an adhesive on a rear side of each sheet of notes. The sender would write a customizable note, such as with ink, on a top note. When the reusable greeting card 10 is to be reused, the individual who will reuse the greeting card 10 removes the top sheet from the removable note stack 33, leaving a fresh note at the top of the stack for writing of a new customizable message. A number of sheets in the stack 33 can generally correspond with a number of times that the reusable greeting card 10 is intended to be reused. It is also conceivable that such notes could be replenished from a separate supply should the original inventory of removable notes in the stack 33 be depleted. In one form of the invention, this stack 33 is generally square in form and is similar in shape and construction as many sticky notes such as those provided under the trademark POST-IT by the 3M Company of St. Paul, Minn.
The erasable panel 31 and removable note stack 33 could be supplied alone or in combination on the customizable greeting space, such as on the front surface 34 of the rear leaf 30. The size and position of the erasable panel 31 and removable note stack 33 can also be customized with the orientation shown in
Preferably, the customizable greeting space also includes a scannable tag 38. This scannable tag 38 is some form of tag which can be machine read and correspond with a unique ID number. One form of such tag 38 is known as a “QR code” tag. Preferably, this tag 38 also identifies a URL (Uniform Resource Locator) associated with the world wide web of the internet, or some other generally analogous telecommunications system through which communications between electronic devices can occur. This tag 38 facilitates a further presentation of a customizable greeting from a sender to a recipient. In some embodiments, the tag 38 is printed on the card 10. Alternatively, the tag 38 is provided on a removable sticker. When the card 10 is reused a new sticker can be optionally purchased or otherwise supplied and placed upon or otherwise sent with the card 10.
In particular, and with reference to
The sound and/or video file is recorded and stored at a central data storage location. This data file has a unique ID associated with it which matches the unique ID associated with the tag 38. When a recipient later receives the greeting card 10, the recipient can use the recipient's smartphone 70 to point the camera 72 at the tag 38. The smartphone 70 then accesses the same web site through the prompting of the tag 38 and the unique ID associated with the tag 38 causes the central data storage to call up the data file associated with that unique tag 38. The media file in the form of a video or audio message is then played for the recipient. The recipient can be provided with other options such as to save the greeting permanently, copy the greeting and transfer it for storage on a smartphone 70 or have the greeting emailed to the recipient or to some other designated address selected by the recipient.
When the reusable greeting card 10 is to be reused, the recipient or some other individual who will be reusing the greeting card can again scan the tag 38 with a smartphone 70. When the portal to the central data storage is accessed, rather than selecting for the playing of the message, a separate selection can be made to re-record the message. A new recording of sound and/or audio is then provided within the central data storage which replaces the previous file and is again associated with this tag 38. Then, when the greeting card 10 is resent to a new individual, this new recipient can then be a consumer of the new unique media file in the manner described above.
As another alternative, the card itself can contain a sound file inventory and a sound file player. The sender can select a file that is played when the card 10 is opened. In one form, the sound file is automatically coordinated with the insert 50, such as by putting a magnetic strip on the bottom of each insert 50 and having a reader adjacent the gap in the front leaf 20 to read the strip and cause the sound player to play the appropriate sound associated with the insert 50.
The insert 50 associated with the greeting card 10 preferably is a single rectangular sheet sized to fit within the gap in the front leaf 20 accessed through the slot 22. The insert 50 includes an outer surface 52 opposite an inner surface 54. Preferably, the outer surface 52 includes a first portion of a greeting and the inner surface 54 includes a second portion of a greeting. For instance, if the greeting is in the form of poetry, one-half of the poem might be provided on the outer surface 52 and a second half of the poem might be provided on the inner surface 54. If the greeting is in the form of a joke, or a riddle, a riddle question or first half of the joke can be provided on the outer surface 52 and a riddle answer or second half of the joke can be provided on the inner surface 54. The outer surface 52 and inner surface 54 thus have messages which are correlated together and which come in a two part format.
A border space 53 surrounds the outer surface 52 and a border space 55 surrounds the inner surface 54. These border spaces 53, 55 have coloration and other potential markings which are configured to be visible through the holes in the outer border 24 and inner border 26 in the front leaf 20. The border space 53, 55 keeps the insert 50 securely held within the front leaf 20 and also provides a mechanism by which color coordination of a color scheme provided on the outer surface 52 and inner surface 54 of the insert 50 can be coordinated and more fully integrated into portions of the front leaf 20 to generally provide the appearance that the insert 50 and front leaf 20 are an integrated whole, rather than two disjointed separate parts.
In one embodiment the greeting card 10 is provided with a store of inserts 50 located within the pocket 32. For instance, a dozen separate inserts 50 could be provided within the pocket 32 with different greetings on the different inserts. Some inserts could be in the form of birthday greetings, others could be in the form of holiday greetings, others could be in the form of special event greetings such as graduation greetings, consolation greetings, friendship greetings, and other greetings known in the greetings art or developed in the future. As another alternative, or in addition to this storage of multiple inserts 50 within the pocket 32, store which sells the reusable greeting card 10 can also sell packages of inserts 50 so that users can go to a store (or online store) and purchase new inserts 50 for use with the reusable greeting card 10. If desired, a user can customize the insert 50, such as by writing directly upon the insert 50. When the recipient chooses to reuse the greeting card 10, the insert 50 can be removed and kept by the recipient and then a new insert 50 can be used when the first recipient chooses to resend the greeting card 10 to another recipient.
With particular reference to
The reusable envelope 110 includes at least one space thereon which is configured with a coating or outer surface formed of a material which is characterized by being able to releasably hold an adhesive backed structure thereon. In one embodiment the entire front 112 of the envelope 110 is formed of such a material or provided with such a coating or other releasable holding layer. In one embodiment, this layer is merely a wax paper coating. In another embodiment this layer is formed of a similar material to that which has labels or stickers mounted thereon before their use. Such “backing” material is characterized for being able to hold to an adhesive with some force but not so much force that the material is destroyed when the adhesive backed material is removed. This characteristic of the front 112 surface of the envelope 110 allows labels and postage to be removably attached to the envelope 110.
While in one embodiment the entire front 112 is so configured with this releasability layer or characteristic, in the preferred embodiment at least three separate spaces are provided with this characteristic. These spaces include a return space 120 generally in an upper left corner of the front 112, an address space 130 generally in a lower portion of the front 112 generally closer to the right edge than to the left edge, and a postage space 140 generally in an upper right corner of the front 112. These spaces 120, 130, 140 in this embodiment are configured to include the layer or coating which releasably holds adhesive thereon.
A return label 125 can be placed on the return space 120. The return label 125 is typically any standard label which is formed of cellulosic material or other material and has a rear surface with an adhesive thereon. Because of the character of the layer or coating on the return space 120, the return label 125 can be placed on the return space 120 and holds securely thereto. However, the return label 125 can also be readily peeled off of the return space 120 without damage to the return space 120.
Similarly, an address label 135 is provided which can be removably attached in a similar fashion to the address space 130. Also, postage 145 of the type which is preformed with adhesive thereon and ready to stick without wetting, can attach to the postage space 140 and be readily removed for replacement with additional postage. Preferably, the postage space 140 is sufficiently large so that cancelation marks which are used to cancel the postage 145, and also to record receipt of the envelope 110 into the postage system, are printed or applied through a sticker onto the postage space 140. The character of the coating or label forming the postage space 140 is such that any label placed thereon can be peeled away and any printing made directly thereon with ink does not readily hold to the material but can be wiped away such as with a tissue. Because cancelation marks will remain on the postage that has been used, the postage remains canceled and must be discarded (or collected but not useful as postage) and new postage can be placed on or onto the envelope 110.
In some alternative embodiments, a large releasable blank label is provided at the postage space 140, large enough for both the postage and any postal service markings applied as part of the mail processing system. Then this label can be removed along with the canceled postage and other markings and a new blank label applied for envelope 110 reuse.
If desired, the address label 135 can be moved to the return space 120 when the reusable envelope 110 is to be reused by the recipient for sending to a new recipient. If the recipient intends to reuse the reusable envelope 110 to send back to the original sender, the return address label 125 can be moved to the address space 130. In such a fashion, even the address label 135 and return label 125 can conceivably be reused. In one embodiment of the invention, a rear 114 of the envelope 110 (or at least a space thereon) can also be configured with the same coating or layer having the releasable characteristic described above.
The open edge 115 of the reusable envelope 110 preferably includes a resealable closure 150 associated therewith. In this way, the open edge 115 can be opened for placement of contents into the reusable envelope 110, such as the reusable greeting card 10. This resealable closure 150 can then be transitioned to a closed configuration to seal the reusable envelope 110 closed and to keep contents safely therein. In one embodiment this resealable closure 150 is fitted with complemental hook and loop fastener technology such as that provided under the trademark VELCRO provided by Velcro Industries B.V. of Curacao, Netherlands. As another alternative, one side of the open edge 115 can be provided with the same releasable holding material provided on the return space 120, address space 130 and postage space 140, with an opposite facing portion of the open edge 115 formed with a releasable adhesive similar to that provided on a rear surface of labels and postage. In such an embodiment the same resealable closure mechanism to provide a closure holding force, is provided at the open edge 115 as is provided at the return space 120, address space 130 and postage space 140.
With particular reference to
An adhesive panel 270 is placed on the front 242 of the flap 240 over the openings 260. Thus, portions of the adhesive panel 270 extend through the openings 260 and come into contact with the release agent panel 235. In this way, the flap 240 can be selectively closed and opened, which may also serve to cover at least a portion of a scannable tag contained therewithin.
As an alternative, or in addition, permanent adhesive 250 can be provided in panels, such as on lateral ends of the flap 240. If a user desires to have a higher degree of security in closing the envelope 110, but at the expense of reusability, the permanent adhesive 250 can be utilized, such as be wetting a wettable adhesive, or by removing a cover off of a permanent adhesive, so that the permanent adhesive 250 can securely close the flap 240 against the rear 230 in a permanent fashion. The envelope 210 would then be opened in a destructive fashion, such as by tearing open when such a permanent adhesive 250 has been used.
With particular reference to
When the envelope 310 is to be reused, the second stub 334 is wetted or otherwise activated, and the shortened flap 333 is closed onto the rear 320 of the envelope 310. When the envelope 310 is to be again opened, the flap 330 is torn at a second perforation leaving the second stub 334 on the rear 320 of the envelope 310, and the second shortened flap 335 is allowed to pivot open to provide access into an interior of the envelope 310.
In
When the envelope 310 is to be again opened, the stub 340 is allowed to remain on the rear 320, with tearing above the stub 340 to allow only the shortened flap 341 to pivot open. As depicted in
In
The scannable tag 36-38 may be placed in an area on the envelope that can be read through the see through area 35-2. The tag 36-38 is readable for example by the device of
The aforementioned embodiments provide truly reusable envelopes which can be easily reused multiple times either with a reusable card such as a greeting card or postcard or other reusable contents, or with single use contents.
This disclosure is provided to reveal a preferred embodiment of the invention and a best mode for practicing the invention. Having thus described the invention in this way, it should be apparent that various different modifications can be made to the preferred embodiment without departing from the scope and spirit of this invention disclosure. For instance, the alternative and exemplary embodiments of
This application is a continuation-in-part (CIP) of U.S. Non-Provisional patent application Ser. No. 13/894,896 filed on May 15, 2013, pending, which is a continuation in part of U.S. Non-Provisional patent application Ser. No. 13/601,922 filed on Aug. 31, 2012, which claims priority pursuant to 35 U.S.C. §119(e) to U.S. Provisional Application No. 61/629,741 filed on Nov. 22, 2011 and U.S. Provisional Application No. 61/632,100 filed on Jan. 17, 2012, the entire contents of which are hereby incorporated herein by reference as if fully set forth.
| Number | Date | Country | |
|---|---|---|---|
| 61629741 | Nov 2011 | US | |
| 61632100 | Jan 2012 | US |
| Number | Date | Country | |
|---|---|---|---|
| Parent | 13894896 | May 2013 | US |
| Child | 14226829 | US | |
| Parent | 13601922 | Aug 2012 | US |
| Child | 13894896 | US |
