Patent Grant
10207854
Embodiments of the present invention are generally related to transportation packaging for the transport or shipment of contents and the reuse of the packaging associated with the contents.
In an embodiment of the present invention a method of providing the reuse of transportation packaging for the transport of an electronic device includes providing a pattern on at least one surface of the transportation packaging, the pattern defining a portion of the transportation packaging to be removed from the transportation packaging and assembled. The assembled pattern includes a first portion that engages with a first side of the electronic device and a second portion that engages with a second side of the electronic device.
In another embodiment of the present invention, transportation packaging for transporting an electronic device includes the pattern on at least one surface of transportation packaging that defines a portion of the transportation package to be removed and assembled subsequent to the transport of the electronic device.
These and other embodiments, features, aspects, and advantages will become better understood with reference to the following description, appended claims, and accompanying figures.
So that the manner in which the above recited features of the present invention embodiments are attained and can be understood, a more particular description, briefly summarized above, may be had by reference to the various embodiments thereof which are illustrated in the appended figures.
It is to be noted, however, that the appended figures illustrate only typical embodiments of this invention and are therefore not to be considered limiting of its scope, for the invention may admit to other equally effective embodiments.
The descriptions of the various embodiments of the present invention have been presented for purposes of illustration, but are not intended to be exhaustive or limited to the embodiments disclosed. Many modifications and variations will be apparent to those of ordinary skill in the art without departing from the scope and spirit of the described embodiments. The terminology used herein was chosen to best explain the principles of the embodiments, the practical application or technical improvement over technologies found in the marketplace, or to enable others of ordinary skill in the art to understand the embodiments disclosed herein.
Electronic device 20 may be for example a computer, desktop computer, all-in-one computer, server, or tower server, etc. However electronic device 20 may also be an appliance-like device such as a network terminal, a thin client, a terminal-like device, a voice response unit, or television etc. Further electronic device 20 may be a hand held or mobile device such as laptop, notebook, tablet computer or smart phone, etc.
A peripheral device 40 is a device that may be attached to electronic device 20 and may expand the capabilities of electronic device 20. Depending upon the particular device embodied as electronic device 20, peripheral device 40 may be integrated into electronic device 20 or external to electronic device 20. In various applications, for example, peripheral device 40 may be a display, mouse, keyboard, touch screen, hard drive, compact disk/digital video disk drive, game unit, handheld or mobile device, printer, microphone, speaker, motion detector, remote control, etc.
Tray 30 may hold or generally support one or more peripheral devices 40 and comprises a usability surface for supporting a peripheral device 40 and at least one portion that engages with electronic device 20. In certain embodiments tray 30 is assembled from transportation packaging used in the transport and/or shipment of electronic device 20 and is further described herein. In other embodiments tray 30 is used in association with a particular electronic device 20 even though tray 30 was assembled from the transportation packaging of a different electronic device 20.
Transportation packaging 50 may include a base 53 and a plurality of flaps 51. The flaps may be of similar size or one or more flaps 51 may be larger or smaller compared to other flaps 51. The larger flaps 51 may be referred to major flaps and the smaller flaps 51 may be referred to as minor flaps. Transportation packaging may also include one or more score lines, slots, and/or manufacturer's joints, etc.
Transportation packaging 50 may be, for example, a Regular Slotted Container (RSC). The respective flaps 51 are the same length from score to edge and the major flaps meet in the middle and the minor flaps do not. In other examples, transportation packaging 50 may be a Full Overlap Box that is similar to an RSC but the major flaps overlap, a Half Slotted Container where the bottom or top are used as a cap or base, a Five Panel Folder that has five flaps 51, one of which fully overlaps (the end flaps 51 may or may not also overlap), a Full Telescope Box, a Partial Telescope Box, etc.
As shown in
Transportation packaging 50 may also include a pattern 56 that may be located upon a single flap 51, multiple flaps 51, base 53, or any combination of transportation packaging 50 surfaces. In certain embodiments, pattern 56 is located upon a largest surface (e.g. base 53, top flap 54, etc.). Pattern 56 depicts a general marking, path, outline, etc. of a shape to be removed from transportation packaging 50. Transportation packaging 50 may also include directions 72. Directions 72 may be either printed words or images that may assist or guide in the removal, assembly, engagement, or general usability of pattern 56 from transportation packaging 50.
In various embodiments, additional actions to removing pattern 56 may be used to create the assembled pattern 81. For instance, an alteration may be made to remove pattern 56 to create a portion 86 configured to engage with the product. An alteration may be a fold, crease, or any other action giving the removed pattern 56 three dimensions. Upon engagement, portion 86 may abut against, plug to, rest upon, or otherwise interact with the product. In other embodiments, another portion 88 configured to engage with the product may also be created. Portion 88 may likewise abut against, plug to, rest upon, or otherwise interact with the product upon engagement. In certain embodiments, an opening 82 may be included to properly or adequately engage with the product. Opening 82 may be any type of material recess to assembled pattern 81.
The shape of pattern 56 may dictate the resulting shape of assembled pattern 81. Therefore, assembled pattern 81 may take the form of many different shapes that may engage with the product in many different ways. In a particular embodiment, pattern 56 has a particular shape such that assembled pattern 81 takes the form of tray 30.
In certain embodiments appendages may be altered relative to the usability surface 80 as interacting pairs. For example, appendage 92 and appendage 94 may each be altered such that appendage 92 joins, attaches, interlocks, or generally interacts with appendage 94. In this manner, the interacting appendage 92 and appendage 94 may form a portion configured to engage with the product. Likewise appendage 96 and appendage 98 may each be altered such that appendage 96 interacts with appendage 98, thereby forming a second portion configured to engage with the product. In certain embodiments, appendage 92, appendage 94, appendage 96, and appendage 98 have a height dimension ‘h’, though the appendages may have differing heights. Appendage 92 and appendage 94 may be separated from appendage 96 and appendage 98 by a height dimension ‘c’ respectfully. In various embodiments dimension ‘c’ may be substantially similar to a particular feature of the product to which the assembled pattern 81 may engage. For example dimension ‘c’ may equal a width ‘h’ of the electronic device.
An appendage may also include an interaction feature that assists in the joining, attaching, interlocking, etc. of that appendage to another appendage. The interaction feature may be integral to the appendage (e.g. tab 60, slot 62, etc.) or added subsequent to the appendages interacting (e.g. staple, adhesive, etc.). In particular embodiments, there may be one interaction feature per interacting appendage pair, or one interaction feature per appendage. Where each appendage includes an interaction feature, each interaction feature may interact with the other to join, attach, interlock, etc. the respective appendages (e.g. tab 60 may be inserted into slot 62, etc.).
In the exemplary embodiment when tab 60 and slot 62 are utilized the tab 60 may have a width dimension ‘d’ and the slot 62 may be offset from an edge of an appendage by width dimension ‘e’. Though dimension ‘d’ may differ from dimension ‘e’, in particular embodiments dimension ‘d’ is approximately equal to dimension ‘e’. Slot 62 may have a width of dimension ‘f’ that may be approximately equal to the depth (in the z-axis) of the removed pattern 90.
To make a large assembled pattern 81, the pattern 56 may be located on the largest surface of transportation packaging 50 (e.g. base 53). For example, the dimensions ‘a’ and ‘b’ of removed packaging 90 may be equal to or less than a width and length of base 53. In a particular embodiment the dimensions ‘a’ and ‘b’ are maximized to the largest surface (e.g. base 53, etc.) dimensions.
In other embodiments, a second portion 88 configured to engage with the product may also be created. Portion 88 may likewise abut against, plug to, rest upon, or otherwise interact with the product upon engagement. For example, portion 88 may contact a side 106 of electronic device 20.
In certain embodiments, opening 82 may be included to properly or adequately engage with the product. For example opening 82 allows a surface 84 that opposes usability surface 80 to rest upon a top surface 102 of electronic device 20.
At block 204, a pattern on at least one surface of transportation packaging is provided. In other words, a pattern on at least one surface of transportation packaging is supplied, given, allowed to occur, or is otherwise made available. At block 206, the removal of the pattern from the transportation packaging is provided for. In other words, the removal of the pattern from the transportation packaging is allowed to occur (e.g. a removable pattern is provided, perforations are provided, removal aids are provided, etc.). At block 208 the assembly of the removed pattern is provided for. In other words, the assembly of the removed pattern is allowed to occur (e.g. a pattern to be assembled is provided, assembly aids are provided, etc.).
At block 210, assembly instructions on at least one surface of the transportation packaging are provided. In other words, assembly instructions or images are supplied, given, or are otherwise made available. At block 212, a fold indication or a score line on the pattern is provided. In other words, a fold indication is supplied, given, or is otherwise made available or a score line is made, supplied, given, or is otherwise made available. At block 214, perforations on or for the pattern are provided. In other words, perforations are supplied, given, or is otherwise made available. Method 200 ends at block 216.
At block 304, a pattern is removed from at least one surface of transportation packaging. For example, a user may cut, tear, or otherwise remove the pattern from the packaging used in the shipment or transport of a product. At block 306, the pattern is assembled. For example, the pattern may be altered, folded, creased, or otherwise given three dimensions. At block 308, the assembled pattern is engaged with the contents of the transportation packaging. For example, the assembled pattern may abut against, plug to, rest upon, or otherwise interact with the product. Method 300 ends at block 310.
The functions noted in the blocks of method 200 and method 300 may occur out of the order noted in the figures. For example, two blocks shown in succession may, in fact, be executed concurrently, or the blocks may sometimes be executed in the reverse order, depending upon the functionality involved.
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| Number | Date | Country | |
|---|---|---|---|
| 20140091132 A1 | Apr 2014 | US |
| Number | Date | Country | |
|---|---|---|---|
| Parent | 13087698 | Apr 2011 | US |
| Child | 14095067 | US |
