Luggage with fold out tray

Abstract

Provided herein is an article of luggage having a support surface that folds and collapses into a body of the article of luggage. A suitcase can include: a body; a frame secured within the body; a telescoping handle configured to transition between a stowed position within the body and a deployed position extending from the body, where the telescoping handle includes a pair of structural members, wherein each of the pair of structural members is attached to the frame at two or more points, and the structural members slide relative to the frame between the stowed position and the deployed position; and a tray table hingedly attached to the pair of structural members and configured to transition between a stowed position coextensive with the structural members, and a deployed position in at least a 45 degree angle relative to the telescoping arms.

Description

LUGGAGE WITH FOLD OUT TRAYCROSS-REFERENCE TO RELATED APPLICATIONS

[0001] This application claims priority to U.S. Provisional Patent Application Serial No. 63 / 515,197, filed on July 24, 2023, and to U.S. Provisional Patent Application Serial No. 63 / 500,599, filed on May 7, 2023, the contents of each of which are hereby incorporated by reference in their entirety.TECHNOLOGICAL FIELD

[0002] Example embodiments relate generally to an article of luggage having a support surface integrated therein, and more particularly, to an article of luggage having a support surface that folds and collapses into a body of the article of luggage.BACKGROUND

[0003] Articles of luggage are generally used for transporting goods and possessions from an origin to a destination. Luggage comes in many forms, ranging from small hand-held bags to large steamer trunks. However, the most ubiquitous form of luggage is luggage designed to be conducive with air travel. Airlines have relatively strict size requirements for luggage that is transported by air. These size requirements are more relaxed for luggage that is to be checked, or stowed within a cargo hold of the aircraft, while the size requirements for luggage carried into the passenger compartment of an aircraft are more rigid. The “carry-on” type luggage ranges in size from bags or cases that can fit under a seat in front of a passenger to specific “carry-on” cases that are designed to be approximately the size of the maximum allowable carry-on luggage. These size restrictions are based on overhead bin space, aisle width, passenger density, and industry / government (e.g. TSA) regulations.

[0004] Carry-on luggage, particularly “roll aboard” cases generally have the same overall form factor including a rectangular profile in all views, having wheels at a bottom of the case when standing upright, and a handle that extends from the case for rolling the case for transport. The size restrictions on these carry-on luggage pieces generally restrict the functionality of such luggage to primarily focus on compact storage of goods within the luggage.BRIEF SUMMARY

[0005] The present disclosure relates generally to an article of luggage having a support surface integrated therein, and more particularly, to an article of luggage having a support surface that folds and collapses into a body of the article of luggage. Embodiments provided herein include a suitcase including: a body; a frame secured within the body; a telescoping handle configured to transition between a stowed position within the body and a deployed position extending from the body, where the telescoping handle includes a pair of structural members, wherein each of the pair of structural members is attached to the frame at two or more points, and the structural members slide relative to the frame between the stowed position and the deployed position; and a tray table hingedly attached to the pair of structural members and configured to transition between a stowed position coextensive with the structural members, and a deployed position in at least a 45 degree angle relative to the telescoping arms.

[0006] According to some embodiments, the tray table is hingedly attached to a pair of inserts, where each insert of the pair of inserts is received within a respective slot of a respective structural member. According to certain embodiments the pair of inserts slide within their respective slots of the respective structural member to adjust a height of the tray table in the deployed position relative to the telescoping handle. The suitcase of an example embodiment further includes a fastener attached to each insert of the pair of inserts, where the fastener in an engaged position, fixes a respective insert in the respective slot to fix a height of the tray table in the deployed position relative to the telescoping handle. According to some embodiments the tray table is secure to each insert with a hinge assembly, wherein the hinge assembly is lockable to secure the tray table in at least the deployed position. According to certain embodiments the hinge assembly is lockable to secure the tray table in at least one other position in addition to the deployed position. According to an example embodiment the tray table includes a shelf, where the tray table in the stowed position is configured to receive on the shelf an object, and where the object is stored within the suitcase between the structural members when the telescoping handle is in the stowed position.

[0007] According to certain embodiments, the tray table includes one or more leaves, where the one or more leaves are configured to transition between a folded position overlaying the mainportion of the tray table and an unfolded position substantially coplanar with the main portion of the tray table. The tray table of some embodiments includes one or more leaves, where the one or more leaves are configured to transition between a stowed position received within a main portion of the tray table and a deployed position, slid out from within the main portion of the tray table.

[0008] Embodiments include a suitcase including: a body; a telescoping handle configured to transition between a stowed position within the body and a deployed position extending from the body, where the telescoping handle includes a pair of telescoping arms; and a tray table disposed between or on the surface of the telescoping arms and configured to transition between a stowed position coextensive with the telescoping arms and a deployed position in at least a 45 degree angle relative to the telescoping arms. According to some embodiments, the tray table includes a pair of pins, where the pair of telescoping arms define, in some embodiments, at least one pair of attachment holes, where the tray table attaches to the pair of telescoping arms with the pair of pins engaging at least one pair of attachment holes.

[0009] According to certain embodiments, the tray able pivots from the stowed position to the deployed position away from the body of the suitcase. The suitcase of some embodiments further includes at least one stabilizer extending from the body of the suitcase in a direction corresponding to a direction along which the tray table extends in the deployed position. The at least one stabilizer in some embodiments rotates out from a bottom of the body. The at least one stabilizer, in some embodiments, telescopes out from a bottom of the body of the suitcase. According to certain embodiments, each of the pair of telescoping arms includes an opening extending along a length of the telescoping arms, the suitcase further including a carriage carried within each of the telescoping arms, where the tray table attaches to the carriage carried within each of the telescoping arms through the opening.

[0010] According to some embodiments, the carriage carried within each of the telescoping arms includes at least one pair of wheels spring-biased into engagement with an inner surface of a respective telescoping arm. The carriage carried within each of the telescoping arms is, in some embodiments, frictionally engaged with the respective telescoping arm to resist movement within the telescoping arm in response to a weight of the tray table and a predetermined load. The carriage carried within each of the telescoping arms is, in some embodiments, configured to move between telescoping sections of the respective telescoping arm and remain frictionallyengaged. According to certain embodiments, the tray table includes one or more wings, where the one or more leaves are configured to transition between a folded position overlaying the main portion of the tray table and an unfolded position substantially coplanar with the main portion of the tray table. The tray table of some embodiments includes one or more leaves, where the one or more leaves are configured to transition between a stowed position received within a main portion of the tray table and a deployed position, slid out from within the main portion of the tray table.

[0011] Embodiments provided herein include a tray table including: a major surface configured to be mounted between or on the surface of a pair telescoping arms of a suitcase, where the tray table is rotatable between a stowed position, coextensive with the pair of telescoping arms, and a deployed position where the tray table extends away from between / surface of the pair of telescoping arms; and at least one minor surface, where the minor surface is configurable between a stowed position where the minor surface overlays the major surface, and a deployed position where the minor surface does not overlay the major surface. The minor surface of some embodiments is hinged relative to the major surface.

[0012] According to some embodiments, the tray table includes a pair of pins, where the pair of telescoping arms define at least one pair of attachment holes, and the tray table attaches to the pair of telescoping arms with the pair of pins engaging the at least one pair of attachment holes. The tray table of some embodiments includes a pair of carriages, where each of the pair of carriages is mounted within / surf ace of a respective one of the pair of telescoping arms. The carriage received within each of the pair of telescoping arms includes, in some embodiments, at least one pair of wheels spring-biased into engagement with an inner surface of a respective telescoping arm. According to certain embodiments, the carriage received within each of the telescoping arms is frictionally engaged with the respective telescoping arm to resist movement within the telescoping arm in response to a weight of the tray table and a predetermined load. According to certain embodiments, the carriage received within each of the pair of telescoping arms is configured to move between telescoping sections of the respective telescoping arm and remain frictionally engaged.BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Having thus described embodiments of the disclosure in general terms, reference will now be made to the accompanying drawings, which are not necessarily drawn to scale. The following drawings are illustrative of particular embodiments of the present disclosure and do not limit the scope of the present disclosure. Moreover, the drawings are intended for use in conjunction with the explanations provided herein. Example embodiments of the present disclosure will hereinafter be described in conjunction with the appended drawings.

[0014] Figure 1 illustrates a suitcase as described herein according to an example embodiment of the present disclosure;

[0015] Figure 2 illustrates a suitcase with a telescoping handle according to an example embodiment of the present disclosure;

[0016] Figure 3 illustrates a suitcase with a telescoping handle and a tray table according to an example embodiment of the present disclosure;

[0017] Figure 4 illustrates a suitcase with a telescoping handle and a tray table deployed at different heights according to an example embodiment of the present disclosure;

[0018] Figure 5 illustrates a side view of a suitcase with a telescoping handle and a tray table according to an example embodiment of the present disclosure;

[0019] Figure 6 illustrates a side view of a suitcase with a telescoping handle and a tray table folding out in a different direction relative to the embodiment of Figure 5 according to an example embodiment of the present disclosure;

[0020] Figure 7 illustrates a top view of a suitcase with a telescoping handle and a tray table with folding extensions according to an example embodiment of the present disclosure;

[0021] Figure 8 illustrates a top view of a suitcase with a telescoping handle and a tray table with sliding extensions to another example embodiment of the present disclosure,

[0022] Figure 9 illustrates a bottom view of a suitcase with a telescoping handle and a tray table, and further including a stabilizing support according to an example embodiment of the present disclosure;

[0023] Figure 10 illustrates a telescoping handle for use with a tray table according to an example embodiment of the present disclosure;

[0024] Figure 11 illustrates a telescoping handle for use with a tray table according to another embodiment of the present disclosure;

[0025] Figure 12 illustrates a section of a telescoping handle and an adjustable carriage according to an example embodiment of the present disclosure;

[0026] Figure 13 illustrates a section of a telescoping handle with an adjustable carriage received therein according to an example embodiment of the present disclosure;

[0027] Figure 14 illustrates an example embodiment of such a structural member that employs a T-slot quad-track extruded aluminum channel according to an example embodiment of the present disclosure;

[0028] Figure 15 illustrates a telescoping handle extended from a frame with a tray table stowed within the frame according to an example embodiment of the present disclosure;

[0029] Figure 16 illustrates the connection points between the telescoping handle and the frame according to an example embodiment of the present disclosure;

[0030] Figure 17 illustrates the telescoping handle stowed within the frame and the tray table in a stowed position without the structure of an article of luggage according to an example embodiment of the present disclosure;

[0031] Figure 18 illustrates the telescoping handle in a deployed position and the tray table deployed at a low height according to an example embodiment of the present disclosure;

[0032] Figure 19 illustrates a hinge connection between the telescoping handle and the tray table according to an example embodiment of the present disclosure;

[0033] Figure 20 illustrates another view of the telescoping handle in the deployed position and the tray table deployed at a lower height according to an example embodiment of the present disclosure;

[0034] Figure 21 illustrates the telescoping handle in the deployed position and the tray table deployed at a lower height and supporting a laptop computer according to an example embodiment of the present disclosure;

[0035] Figure 22 illustrates the view of Figure 21 with the tray table moved to an elevated position along the deployed telescoping handle according to an example embodiment of the present disclosure;

[0036] Figure 23 illustrates the connection of the hinge to the insert within the structural member of the telescoping handle and the mechanism to secure the tray table at variable heights according to an example embodiment of the present disclosure;

[0037] Figure 24 illustrates the tray table system including the telescoping handle and tray table deployed from an article of luggage according to an example embodiment of the present disclosure;

[0038] Figure 25 illustrates foldable leaves for extending the tray table surface according to an example embodiment of the present disclosure;

[0039] Figure 26 illustrates an extending mechanism for extending the tray table from the telescoping handle according to an example embodiment of the present disclosure;

[0040] Figure 27 illustrates a tray table deployed at an angle of less than perpendicular to the telescoping handle according to an example embodiment of the present disclosure;

[0041] Figure 28 illustrates a deployable lip for holding articles on the tray table surface according to an example embodiment of the present disclosure; and

[0042] Figure 29 illustrates a stabilizer for an article of luggage employing a tray table as described herein according to an example embodiment of the present disclosure.DETAILED DESCRIPTION

[0043] Some embodiments of the present invention will now be described more fully hereinafter with reference to the accompanying drawings, in which some, but not all, embodiments of the invention are shown. Like reference numerals refer to like elements throughout. Indeed, various embodiments of the invention may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will satisfy applicable legal requirements.

[0044] As used herein, the term “or” is used in both the alternative and conjunctive sense, unless otherwise indicated. The term “along,” and similarly utilized terms, means near or on, but not necessarily requiring directly on an edge or other referenced location. The terms “approximately,” “generally,” and “substantially” refer to within manufacturing and / or engineering design tolerances for the corresponding materials and / or elements unless otherwise indicated. Thus, use of any such aforementioned terms, or similarly interchangeable terms, should not be taken to limit the spirit and scope of embodiments of the present invention.

[0045] The figures are not drawn to scale and are provided merely to illustrate some example embodiments of the inventions described herein. The figures do not limit the scope of the presentdisclosure or the appended claims. Several aspects of the example embodiments are described below with reference to example applications for illustration. It should be understood that numerous specific details, relationships, and methods are set forth to provide a full understanding of the example embodiments. One having ordinary skill in the relevant art, however, will readily recognize that the example embodiments can be practiced without one or more of the specific details or with other methods. In other instances, well-known structures and / or operations are not shown in detail to avoid obscuring the example embodiments.

[0046] Articles of luggage have various conflicting needs when it comes to size and shape. Users often desire luggage that has a large capacity, but also want luggage that is easily transported. Further, while a large size is desirable from a storage perspective, it is undesirable from a storage, carrying, and lifting perspective. Adding to these design considerations are size restrictions for luggage carried on aircraft. Luggage transported by air has size and weight restrictions depending both upon where the luggage is to be carried (i.e., in the passenger cabin or in the cargo hold) and upon the airline carrier. As luggage is generally designed to be multipurpose, luggage designs have largely focused on sizes and form factors that are conducive to air travel.

[0047] Carry-on luggage, particularly “roll aboard” cases generally have the same overall form factor including a rectangular profde in all views, having wheels at a bottom of the case when standing upright, and a handle that extends from the case for rolling the case for transport. The size restrictions on these carry-on luggage pieces generally restrict the functionality of such luggage to primarily focus on compact storage of goods within the luggage. Figure 1 depicts a conventional hard-sided roll aboard carry-on style suitcase. As illustrated, the suitcase 100 includes a clamshell hard-sided design with a front portion 110 and a back portion 112. The illustrated embodiment further includes two pairs of wheels with a front pair of wheels 120 and back pair of wheels 122. The suitcase 100 further includes telescoping handle 130 in a stowed position.

[0048] Figure 1 illustrates only one kind of suitcase for which embodiments of the present disclosure would be beneficial. Other embodiments can include soft-sided suitcases, larger “checked-bag” suitcases, smaller briefcase type suitcases, or the like. Figure 1 illustrates a general form factor of a suitcase and the various components thereof.

[0049] Suitcases such as those shown in Figure 1 are often used for air travel as they are highly mobile and compatible with most airline size restrictions for carry-on luggage. Air travel has become widely available and relatively affordable, such that more people are traveling by air than ever before. Further, security restrictions have complicated the check-in process at airports. This leads to long security check-in lines, and recommendations to arrive at an airport two or three hours ahead of the departure time of a flight. This leads to a substantial amount of time spent in airport terminals awaiting boarding of an aircraft. Add to this delays, cancellations, and layovers between different legs of a multi-leg air travel journey, a traveler may spend a considerable amount of time in an airport.

[0050] With modem mobile technology, people tend to travel with one or more computing devices on their person. For example, cell phones, laptops, tablet computers, etc. Devices such as a laptop can be used while resting on a user’s lap as they sit. However, this can make the position of the screen and keyboard awkward for a user. Further, a user may not have a seat when in a crowded area (such as an airport) or while waiting in an area lacking seating, such as many train stations. Embodiments provided herein include a suitcase configured with a fold-out table that can be used for a variety of functions, such as holding a laptop computer, at a comfortable working height while a user is standing, sitting, or kneeling.

[0051] Figure 2 illustrates an example embodiment of a suitcase 200 as described herein having a telescoping handle 230 extending from a back portion 212 of the suitcase. The suitcase of the illustrated embodiment further includes a pair of wheels 222, which may be one of two pairs of wheels in some embodiments. Figure 2 illustrates the telescoping handle 230 at three different positions, with a stowed position shown at 242, a partially deployed position shown at 244, and a fully deployed position shown at 246. The telescoping handle 230 can be deployed to different heights to accommodate the heights of different people carrying or towing the suitcase 200. The arms of the telescoping handle 230 can include one or more sections to enable longer extension of the handle as needed. The illustrated embodiment shows a first arm section 235 and a second arm section 237. While fewer or more sections are possible, only having a single arm section limits the travel of the arm to extend the handle no more than an overall height of the suitcase itself. More telescoping sections enable further handle extension, but can also become less stable with multiple arm sections. The illustrated embodiment includes two arm sections, with the second arm section 237 telescoping from within the first arm section 235.

[0052] Further illustrated in Figure 3 is tray table 250 disposed between the arms of the suitcase 200. The tray table 250 is disposed at a position substantially parallel to the arms of the telescoping handle for storage and received within the body of the suitcase 200 between and / or on surface of the arms of the telescoping handle 230. As will be further detailed below, once the telescoping handle is deployed to a point where the tray table is outside of the body of the suitcase, the tray table can be deployed (in either forward or backward direction) as a usable work surface.

[0053] The tray table 250 of example embodiments can be made of a variety of different materials; however, as it is desirable for suitcases to be relatively lightweight, the materials used for a tray table may also be lightweight. While weight is an important consideration, the tray table needs rigidity to properly function, as such, light and strong materials may be most desirable. Materials such as composites (e g. fiberglass, carbon fiber), hard plastics (e.g. high- density polyethylene), lightweight metals (e g., aluminum, magnesium), or any combination thereof.

[0054] The arms of the illustrated embodiment are disposed at a width greater than usual to accommodate therebetween the tray table 250. This width permits a reasonably sized tray table 250 to fit between the arms and to be received within the back portion 212 of the suitcase when the telescoping handle is in the stowed position of 242. A conventional telescoping handle is typically a width of about six inches, with the telescoping arms spaced approximately the same width apart. This configuration is generally driven by a desire to have the handle at a minimum width within which a hand can grasp, and wrap around the handle for transport of the suitcase. A smaller width is generally favored as the handle experiences numerous forces during its lifetime. For example, turning and steering of the suitcase when dragged by the handle imparts a torque on the handle experienced across the pair of telescoping arms. If the arms are not sufficiently strong, this can bend the arms, particularly when the suitcase is heavily laden. Bends in the arms result in the handle no longer being able to be collapsed to the stowed position. Embodiments provided herein include a handle that is wider than conventional telescoping handles to accommodate the tray table there between. A handle width of example embodiments can range from eight inches to twenty inches. Typical carry-on suitcase size restrictions generally limit the size of a case to a width of fourteen to sixteen inches. In a typical carry-on size, embodiments described herein may employ a handle width of about twelve to fourteen inches.

[0055] The tray table 250 of the illustrated embodiment of Figure 3 is hingedly attached between or on the surface of the first arm sections 235 of the arms telescoping handle. The inclusion of the tray table between the arms provides additional stability to the telescoping handle. As noted above, telescoping handles are subject to twisting torque during use, such that the inclusion of the tray table connecting the arms of the telescoping handle at a point disposed between the handle itself and the suitcase provides structural rigidity that helps prevent deformation and bending of the arms during use. Optionally, the tray table can be hingedly connected between the second arm sections 237 of the arms. An advantage to having the tray table 250 connected between the first arm sections 235 of the arms is that the first arm sections are generally larger than the second arm sections that nest within the first arm sections. This provides a larger section to which the tray table can attach. Further, this configuration provides greater stability. A downside of connecting the tray table 250 between the first arm sections 235 of the arms of the telescoping handle 230 is that the height of the tray table is limited by the height of the first arm sections of the arms. An advantage of connecting the tray table 250 between the second arm sections 237 of the arms of the telescoping handle is that the tray table can be extended to a greater height. However, such a configuration can sacrifice stability of the tray table 250 and the handle.

[0056] Figure 4 illustrates an example embodiment in which the tray table 250 is disposed between the second arm section 237 of the arms. As shown, the tray table 250 of the embodiment of Figure 4 can be raised to a higher height as shown at 248. Figure 4 further illustrates at 249 the manner in which the tray table 250 is hinged to be moved to a useable position. The tray table 250 of Figure 4 hinges away from a body of the suitcase 200. This provides a user the ability to stand close to the tray table without their feet or knees bumping into the suitcase 200. Further, if the tray table is used while a user is sitting (e.g., at a lower height), the tray table extending away from the body of the suitcase enables a user’s knees to be below the tray table. A weight of the loaded suitcase 200 can provide sufficient stability that the tray table 250 and a load carried thereon (e.g., a laptop) will not cause the suitcase to tip. Alternatively, the tray table can be hinged to swing out toward the body of the suitcase. Such a configuration may provide greater stability to a load carried on the tray table as tipping of the suitcase becomes less likely. However, such a configuration presents an issue with a user standing too close to the tray table.In some embodiments, a tray table 250 may be configured to be deployed in either direction such that a user can determine if they prefer greater stability or greater comfort of use.

[0057] The tray table 250 of the illustrated embodiment of Figure 4 further includes a lip 251. This lip 251, which can be at a 90-degree angle relative to a surface of the tray table 250 or at another similar angle or curvature, can be multifunctional. The tray table 250 can be received within the body of the suitcase 220 in a cavity. That cavity and an opening thereto may be suitably sized for a laptop computer or tablet computer. A laptop or tablet can be received between the telescoping handles 237 on the surface of the tray table 250. The laptop or tablet computer can be held by the lip 251, such that as the telescoping handles are retracted into the body of the suitcase 200. As the tray table 250 enters the cavity of the suitcase, the laptop can accompany the tray table into the suitcase to be stowed with the tray table. When the telescoping handles are extended to a deployed position, and the tray table is lifted from the body of the suitcase, the laptop may be lifted out at the same time. This lip 251 can further help retain a laptop, tablet, book, or the like on a surface of the tray table 250 when the tray table is at a deployed angle.

[0058] The tray table 250 can be configured to latch into one or more deployed positions, where a deployed position constitutes the tray table at an angle of at least 45 degrees relative to the arms of the telescoping handle 230. The tray table can be deployed into multiple deployed positions, such as at an angle of 45 degrees relative to the arms of the telescoping handle and 90 degrees relative to the arms of the telescoping handle.

[0059] Figure 5 illustrates an example embodiment of the tray table 250 attached between the first arm sections 235 of the arms of the telescoping handle. The telescoping handle may define multiple deployed positions at different heights. The telescoping handle may employ detents with a spring loaded tab to engage the detents to define various heights of the telescoping handle. Such variable height can further increase the usefulness of the tray table 250 described herein as the tray table can be deployed at an ergonomic height for users of various heights and standing or seated positions. A tray table 250 deployed at a height shown at 262 can be used while a user is sitting, while a tray table 250 deployed at a height shown at 264 can be used while a user is standing. Figure 6 illustrates an example embodiment in which the tray table folds out to a deployed position in an opposite direction, toward a body of the suitcase 200. The tray table250 of Figure 6 is shown deploying at a first height at 263, and with the telescoping handle portions 235 and tray table 250 at a taller height at 265.

[0060] As described above, the tray table of example embodiments can be disposed between arms of a telescoping handle. The tray table substantially parallel to the arms of the telescoping handle when stowed within the suitcase. This configuration limits a width of the tray table. As such, embodiments described herein may include hinged leaves for the tray table, where the hinged leaves can be deployed when the tray table is deployed to provide additional width to the tray table working surface.

[0061] Figure 7 illustrates an example embodiment of a tray table 350 having foldable leaves 352 that are shown in a folded configuration at 362, and in a deployed, unfolded position in 364. These leaves 352 allow for a greater area of working surface while being stored in the same small footprint of the tray table section between the leaves. The leaves shown can hinge about hinge line 354 and are configured to stop when substantially coplanar with the section of the tray table 350 between the hinge lines. This stop can be accomplished using a hinge structure that prevents rotation beyond the coplanar position. The hinges can be adjusted vertically automatically freely to allow the leaves to be level with the main table when in use and slightly above the surface to allow them to fold over onto the main table when being stored. Leaves may be detached and left behind. Figure 7 further illustrates an embodiment of the tray table 350 including a cup holder 360 disposed therein. The cup holder 360 can be a hole through the tray table 350 of a size that permits the bottom of a typical disposable coffee or soda cup to pass through, but prohibits a top of the same cup from passing through due to the tapered nature of such disposable cups. Thus, a cup can be supported within cup holder 360 by nesting within the hole.

[0062] While the leaves 352 of the illustrated embodiment hinge about hinge lines 354, embodiments can employ leaves that extend from within or beneath the tray table as extensions. Such extensions, while not ideally coplanar, can still provide additional working surface for a user. Figure 8 illustrates an example embodiment of the tray table 350 having slidable extensions 353. The extensions can slide out from pockets 351 of the tray table 350 from the retracted position shown at 263 to a deployed position shown at 365. An advantage to sliding trays is that the extension degree is substantially infinite, with as little or as much extension used up to the maximum amount the extensions are permitted to slide out from within the tray table 350.

[0063] The telescoping handle, the tray table, and the cavity into which the tray table is stowed may be manufactured as a cassette, whereby all components necessary for the handle to function with a deployable tray table may be included within the manufactured cassette. In such an embodiment, the cassette can be installed into any suitcase, whether hard sided or soft sided, provided the dimensions accommodate the cassette. This type of containment of the mechanism is desirable for central manufacturing and selling / distributing to suitcase manufacturers. This enables easier and earlier adoption into the market while also integrating the tray table into a wide variety of form factors and styles.

[0064] As noted above, with the embodiment of the tray table 350 extending away from the body of the suitcase, stability may be an issue, particularly when the tray table is supporting significant loads (e.g., more than ten pounds). To combat the instability issue, embodiments described herein can employ stabilizers. Figure 9 illustrates two bottom views of suitcases 200 having front portion 210 and back portion 212. A single, rotatable stabilizer is shown at 342 with the stabilizer 320 shown in a folded, stowed position. The rotatable stabilizer can be rotated out to position 322 which can provide stability and increase the safe load carrying capacity of the tray table. Stabilizers can also be retractable, as shown at 344, where a stabilizer 330 extends from the body of the suitcase 200 in the same manner in which a handle extends from a suitcase. As shown, the stabilizer 330 is illustrated in the stowed position, and can be extended to position 332 for added stability.

[0065] The tray table illustrated in the above embodiments may be permanently positioned relative to arms of the telescoping handle and height dependent based upon the position of the telescoping handle. However, according to other embodiments, a tray table may be repositionable with respect to the telescoping handle. Figure 10 illustrates such an example embodiment including telescoping handle 430 and a pair of telescoping arms 435. The suitcase is omitted from the illustrated embodiment for ease of illustration. The pair of telescoping arms each include one or more holes 440, with a corresponding hole on the other telescoping arm at the same relative position. The tray table 450 of the illustrated embodiment includes a pair of pins 445 configured to be received within a respective pair of hole 440. The pins 445 of the illustrated embodiment may be retractable, such as by using tabs 455 to move the pins in toward the tray table 450. This enables the tray table to be positioned relative to the telescoping handle 430 with one or both of the pins retracted, and once positioned, the pin can be extended into theselected hole 440. The embodiment of Figure 10 enables the tray table 450 to be positioned at various heights corresponding to the hole locations on the telescoping arms 435.

[0066] Figure 11 illustrates a similar embodiment to Figure 10; however, the pins 555 of the tray table 550 are square, and can be retracted by tabs 545. The square pins 555 correspond to square holes 540 of the telescoping arms 535 of the telescoping handle 530. The size of the square holes 540 can correspond to the size of the square pins 555. Thus, when installed to the telescoping handle, rotation is prevented between the tray table 550 and the telescoping handle 530. To fold away the tray table 550, the square pins 555 can be retracted, the table rotated, and the square pins extended back into the respective holes 540 in the stowed configuration, coextensive with the arms 535 of the telescoping handle 530.

[0067] According to some embodiments, a height of the tray table may be infinitely adjustable within the telescoping handle. According to such an embodiment, the tray table may move vertically relative to the telescoping handle along its length. Figure 12 illustrates an example embodiment in which a section 600 of an arm of a telescoping handle is shown with a carriage 610. The section 600 includes a channel, such as a C-shaped channel that includes an opening 602 along a length of the channel. According to an embodiment employing the adjustment mechanism described with respect to Figure 10, each section of the telescoping arms of the telescoping handles has a corresponding opening 602, such that the opening extends along a length of the telescoping handle when the handle is in the deployed, extended position. A cavity 604 is open within the section 600.

[0068] A carriage 610 is configured to ride within the cavity 604 and includes a pin 612 extending from a chassis 614. The pin 612 corresponds to a pin attached to a tray table, to serve as the attachment point between the telescoping handle and the tray table as described above. The carriage 610 includes a first pair of wheels 616 and a second pair of wheels 618. The wheels are rotatable relative to a hub 626 and 628. The hubs are connected to the chassis 614 through springs 622 and 624 which bias the hubs 626 and 628 away from the chassis, and into engagement with inner walls of the section 600. The spring bias of the hubs 626 and 628 is sufficient to engage the section in such a way as the carriage does not move without deliberate force to move the carriage along a length of the section.

[0069] The telescoping arms of a telescoping handle have different sizes in order to be able to nest together. The carriage 610 of Figure 12 is configured to fit within the different sizes ofsections of the telescoping arms. Figure 13 illustrates the carriage received within cavity 604 of section 600. Also illustrated is a telescoping section 700 received within section 600. As illustrated, the telescoping section 700 is smaller than the section 600, but retains channel 702 continuous with opening 602. Due to the spring-biased hubs of the carriage 610, the carriage can transition between the section 600 and the telescoping section 700. Using this configuration, the carriage can travel along the length of the telescoping handle, thereby giving the attached tray table infinite adjustability for height.

[0070] While the telescoping arms of a telescoping handle described above provide a first mechanism by which the tray table may be stowed and deployed, another example embodiment employs a side-by-side frame arrangement or “side-by-slide” where one frame translates within another frame to provide the telescoping handle structure. Such a side-by-slide mechanism can provide improved structural rigidity that may be beneficial in a variety of ways. Luggage handles often experience significant forces when used to lift a suitcase. Further, telescoping luggage handles are subject to side loads that can be substantial and can damage handles of insufficient structural integrity. Additionally, as embodiments described herein add functionality to the handle structure by way of the tray table, the telescoping handle can experience additional stress and is required to hold the tray table securely in position while the tray table is used for working purposes.

[0071] The side-by-slide embodiment described herein provides this additional structural rigidity by providing two or more frame structures that have substantial rigidity that are secured together in a sliding arrangement to provide a highly stable structure in a lightweight compact form factor. To do so, structural members of the frame structures are fabricated from a lightweight, rigid material such as extruded aluminum channel. Figure 14 illustrates an example embodiment of such a structural member that employs a T-slot quad-track extruded aluminum channel. The “T-slot” references the slots along each face with a substantially T-shaped cross section used to receive T-keyed inserts that can travel along a length of the extrusion. The “quadtrack” references the four T-slots, one in each face of the square or rectangular cross-section member.

[0072] As shown in Figure 14, a sample cross section of a channel 800 in the form of a T- slot quad-track channel having four faces 802, with each face having a slot 804 therein. As will be apparent to one of ordinary skill, different channel configurations may be employed inembodiments of the present disclosure, such as channels having more or fewer slots, and having more or fewer faces and differing cross-sections. However, the illustrated T-slot quad-track channel provides the functionality of the telescoping handle and tray table support as described herein.

[0073] The slots 804 of the channel 800 are configured to receive therein inserts 806 of various configurations for different purposes. However, each insert 806 includes a cross- sectional shape conducive to being received within a respective slot 804 and to slide along a length of the corresponding slot. The insert 806 of an example embodiment can include a stud 808 or other protrusion that is exposed through the slot, whereby tension applied to the stud 808 creates friction between the insert 806 and a front face of the slot 804, which can lock the insert in position within the slot. The stud may be a threaded stud configured to receive a nut or handle that threads on to the stud to draw tension, or the stud may be secured to a handle, such as a camlock handle that when moved to a locked position, draws tension on the stud to lock the insert 806 within the slot 804. Alternative, an insert 806 can include one or more holes therein, wherein the hole is configured to receive therein a threaded insert, such as a handle or knob that can be tightened within the one or more holes to provide the tension between the insert 806 and the slot 804 to lock the insert within the slot.

[0074] Having described above the general mechanism by which a structural channel can be employed with sliding inserts, embodiments of the side-by-slide frame will be described with respect to the telescoping handle and tray table support. Figure 15 illustrates an example embodiment of the frame 820 for use as a telescoping handle 830 and a tray table support. The illustrated frame 820 is shown without the article of luggage into which the frame can be integrated for ease of illustration and understanding. However, the illustrated frame 820 can be implemented within an article of luggage without deviating from the functional components described herein.

[0075] As shown, the telescoping handle 830 extends from a frame base 825. The frame base 820 shown in Figure 15 would be received within and fixed to the article of luggage, while the telescoping handle 830 and structural members 835 slide out in a telescoping fashion from the frame base as shown in Figure 15. The frame 820 of the illustrated embodiment includes a top frame member 840 and a bottom frame member 845. These frame members, together with securing of the frame 820 within the article of luggage, provides a rigid structure from which thetelescoping handle 830 and structural members 835 can extend. Further, maintaining the frame 820 vertical members 850 in a parallel, spaced relationship ensures consistent and smooth extension of the telescoping handle 830. The telescoping handle 830 likewise includes a top horizontal member 860 and bottom horizontal member 865 that maintains the structural members 835 in a parallel, spaced relationship.

[0076] Further illustrated in Figure 15 is the tray table 822 that is secured to the telescoping handle 830 as will be detailed further below. The tray table 822 is illustrated attached to a distant side of the telescoping handle 830 and carrying therewith a computer 824, such as a laptop computer, tablet computer, book, or other such form factor object.

[0077] The telescoping handle 830 can be disposed in a stowed position, where the top horizontal member 860 is positioned at a height substantially similar to the top frame member 840, and the bottom horizontal member 865 is positioned on top of the bottom frame member 845. In the stowed position, the structural members 835 are parallel to and substantially coextensive with the vertical members 850 of the frame. As shown in Figure 15, the telescoping handle 830 can be disposed in a deployed position, where the top horizontal member 860 is substantially above the top frame member 840. The telescoping handle 830 can be disposed at any position between a fully stowed position and a fully deployed position.

[0078] Figure 16 illustrates the connection points between the telescoping handle 830 and the frame 820. As shown, the connection includes two or more points of contact. A first point of contact is an insert (not visible) received within a channel of the structural member 835 facing the top frame member 840. The insert is engaged by a fastener 870, which in the illustrated embodiment is a knurled knob. The fastener can be loosened, to allow the telescoping handle 830 to translate between the stowed position and the deployed position or tightened to secure the telescoping handle in position relative to the frame 820 at any position.

[0079] While the illustrated embodiment includes fastener 870 to secure the telescoping handle 830 in a deployed position, embodiments can optionally include an automated locking mechanism that secures the telescoping handle 830 in a deployed position as it is extended. For example, the telescoping handle can employ a ratchet mechanism that enables extension of the telescoping handle to the deployed position by virtue of a spring biased tooth that engages a toothed track, whereby when the telescoping handle is deployed it becomes securely extended in the deployed position. The telescoping handle 830 can be lowered to the stowed position by amechanism that drives the spring biased tooth against the bias to disengage the tooth from the toothed track. Such a mechanism enables swift deployment of the telescoping handle 830 while maintaining the telescoping handle in a secure deployed position. Other ratchet-type mechanisms can be employed with various shapes of detents and lugs that mate along the deployment path of the telescoping handle.

[0080] The telescoping handle 830 is further illustrated with connection points between the structural member 835 and the vertical member 850 of the frame. These connection points include sliding inserts 875 that engage slots of the structural member 835 and the vertical member 850 that face one another. The sliding inserts 875 can be carried by and with the structural member 835 and slide along a length of the vertical member 850. These sliding inserts 875 do not require any mechanism to secure or fix them in position along the vertical member 850, but when carried by the structural member 835 ensure that the structural member has a connection with the vertical member and with the top frame member 840 at all times. These connection points ensure that the telescoping handle 830 is held rigid in a plane defined by the frame 820. The vertical member 850 of the illustrated embodiment further includes a removable stop 877, where the stop 877 prevents the sliding inserts from passing the stop, thereby retaining the telescoping handle in connection with the frame 820. The removable stops 877 of the illustrated embodiment can be implemented as permanent stops or otherwise fixed stops in practice.

[0081] Figure 17 illustrates the frame 820 with the telescoping handle 830 received in the substantially stowed position as viewed from the side opposite that of Figure 15. As shown, the structural member 835 are substantially coextensive with the vertical frame member 850 in the substantially stowed position. Also visible in the illustrated embodiment of Figure 17 are legs that would extend along a bottom of an article of luggage (not shown) when the frame 820 is disposed within the article of luggage. These legs 880 are optional as a structure of the article of luggage may provide the structural rigidity necessary to attach wheels or feet directly to a bottom of the article of luggage.

[0082] Also shown in Figure 17 is a top surface 826 of the tray table 822 shown in a stowed position, folded closed to the telescoping handle 830. Figure 18 illustrates the view from the perspective of Figure 17 with the telescoping handle 830 deployed and the tray table 822 deployed to a working position. As shown, the telescoping handle extends well above the traytable 822 in the illustrated position. Also visible in Figure 18 is the shelf 828 which is configured to support thereon the laptop, tablet, or other article within the telescoping handle 830 assembly when the tray table 822 is in the stowed position folded closed with the telescoping handle as shown in Figure 15. The tray table 822 can be locked into the deployed position illustrated in Figure 18 using handles 832. The handles 832 can secure the tray table at any angle between the stowed position, where the tray table is folded such that the top surface 826 is substantially coplanar with the frame 820 and the telescoping handle 830, and a fully deployed position where the tray table 826 is positioned with the top surface 826 positioned at approximately a 90-degree angle relative to a plane defined by the frame 820 and the telescoping handle 830.

[0083] Figure 19 illustrates the hinge mechanism of the depicted embodiment that enables the tray table to be deployed to any position between fully stowed and fully deployed. As shown, the tray table 822 is in the fully deployed position relative to the structural member 835 of the telescoping handle 830. An insert 884 is received within the slot of the structural member 835 facing the direction of deployment of the tray table 822. The insert 884 of the depicted embodiment extends along a length of up to several inches within the slot of the structural member 835. The length of extension of the insert provides additional stability to the tray table 822, particularly when in the deployed position. A first portion of a hinge 882 is secured to the insert 884 disposed within the slot, while a second portion of the hinge 882 is secured to the tray table 822. The handle 832 connects between the first portion and the second portion of the hinge. The handle can be loosened, whereby the first portion of the hinge rotates freely with respect to the second portion of the hinge. When the handle 832 is tightened, the first portion of the hinge 882 frictionally engages the second part of the hinge 882 and functionally locks the first and second portions of the hinge into a fixed position.

[0084] According to some embodiments, the first hinge portion and the second hinge portion may include detents at numerous rotational positions, where the tray table can be deployed to any of the positions corresponding to a respective detent. Such a configuration may aid in the rotational lock between the first hinge portion and the second hinge portion by providing a toothand-land engagement at the detent positions. When the handle 832 is loosened to stow the tray table 822, the tray table is rotated down with gravity relative to the hinge 882 such that the handle does not need to be re-tightened to stow the tray table within the frame as gravity willmaintain the stowed position of the tray table 822 relative to the frame 820 and the telescoping handle 830.

[0085] Figure 20 illustrates a view of the deployed telescoping handle 830 and the frame 820 from a side opposite that of the deployed tray table 822. As shown, the telescoping handle 830 is deployed and secured in the deployed position with fasteners 870. The tray table 822 is deployed and held in the deployed position by tightened handles 832. The legs 880 are positioned to provide stability to the tray table 822 in the deployed position to render the tray table a suitable work surface for a computer, book, or other activity. The tray table 822 in the illustrated embodiment of Figure 20 is positioned relatively lower along the structural member 835, which would put the tray table 822 close to the article of luggage from which it is deployed.

[0086] Figure 21 illustrates a side view of the tray table 822 as positioned in Figure 20 with a laptop computer 824 positioned thereon. The deployed tray table 822 is able to sustain the weight of the laptop computer as the handles 832 have locked the tray table 822 rotationally relative to the telescoping handle 830. Figure 22 illustrates the view of Figure 21 with the tray table 822 deployed; however, the tray table has been raised along the structural members 835 toward a top horizontal member of the telescoping handle 830. This vertical adjustment of a height of the tray table 822 can be accomplished, for example, using fasteners similar to fasteners 870 which fix the telescoping handle 830 in position relative to the frame 820.

[0087] Figure 23 illustrates a detail view of the hinge arrangement for the tray table 822 with the telescoping handle in the stowed position relative to the frame and the structural member 835 substantially coextensive with the vertical frame member 850. As shown, the handle 832 is positioned loosely such that the tray table swings down with gravity to the shown stowed position. The hinge 882 is attached to insert 884 within the slot of the structural member 835. Also attached to the insert 884 is fastener 886, which may be a knurled fastener as depicted. This enables a user to loosen or tighten the fastener 886. With the fastener 886 loosened, the insert can slide along a length of the structural member 835. With the fastener 886 tightened, the insert 884 becomes fixed within the slot and in position on the structural member 835. This provides a mechanism by which the tray table position may be adjusted along the telescoping handle 830 when the telesco

[0088] Figure 24 illustrates the stowable tray table described above as embodied within an article of luggage 900. As shown, the frame is secured within the article of luggage 900 withonly the top frame member 840 visible. The telescoping handle 830 is illustrated in the deployed position, with the tray table 822 similarly positioned in a deployed position elevated proximate a top of the telescoping handle. In the illustrated embodiment the telescoping handle is proximate a first side of the article of luggage 900, while the bulk of the storage space of the article of luggage is toward a second, opposite side of the article of luggage. The tray table 822 is illustrated as deployed away from the article of luggage, rather than over the article of luggage. This can pose a stability issue; however, such deployment offers space for a user’s legs and feet beneath the working surface of the tray table 822. According to some embodiments, if the luggage if full and relatively heavy, the article of luggage itself may provide sufficient ballast to maintain balance and allow the tray table 822 to carry some level of weight. Optionally, a stabilizing leg or brace may be employed to help stabilize the luggage with the tray table deployed. Figure 9, above, illustrated an example of such a stabilizing leg.

[0089] As the configuration shown in Figure 24 may introduce stability issues in some cases, such as with an empty or light article of luggage, or when the tray table is supporting substantial weight, it may be desirable in some applications to have the tray table deploy in a direction from the telescoping handle to extend over the article of luggage. Embodiments of the tray table 822 described herein can be deployed from either side of the telescoping handle 830. Referring back to Figure 23, the tray table 822 is secured via hinge 882 pair to a corresponding pair of inserts 884 received within the slots of the structural members 835 of the telescoping handle 830. These inserts 884 are locked in place using fastener 886. When the fastener is loosened, the inserts may slide up a length of the structural members 835 and out of a top of the telescoping handle 830. The inserts 884 can then be re-inserted into the slots on an opposite side of the structural members 835 of the telescoping handle 830 such that the tray table 822 is deployed to the opposite side of the telescoping handle. A cap may cover a top of the structural members 835 for both aesthetic purposes and to soften any exposed edges of the structural members. The cap may be removed and replaced when the tray table is moved to an opposite side of the telescoping handle.

[0090] With reference to Figure 19, the inserts 884 are relatively long and extend along a portion of the length of the slot of the structural member 835. This length can be used to extend a height of the tray table above a top of the telescoping handle. The fastener 886 shown in Figure 23 can be inserted within a bottom hole of the insert 884, which allows the insert to extend out ofthe structural member 835, and the fastener 886 to lock the insert in position in the structural member proximate a bottom of the insert. This enables additional height to be reached with the tray table without requiring a longer telescoping handle.

[0091] Figure 25 illustrates optional folding leaves 852 of the tray table 822. As described above with respect to Figure 6, these folding leaves or extensions can increase the working surface of the tray table 822. The folding leaves 852 can include therewith stops that prevent over rotation about their respective hinges 854 and result in a substantially continuous surface across a top surface 826 of the tray table and the unfolded leaves. The stops can be incorporated into the hinges 854 themselves, incorporated into the leaves 852, or incorporated into the tray table 822 itself. Further, the leaves 852 may be removable for space and weight savings when not needed. The hinges can be adjusted vertically automatically freely to allow the leaves to be level with the main table when in use and slightly above the surface to allow them to fold over onto the main table when being stored. Leaves may be detached and left behind when not needed. Figure 25 illustrates a mechanism for securing the hinges 854 of the leaves including a fastener 853, such as a knurled knob, that may be secured through a portion of the hinge 854 and into an insert in a slot of a frame of the tray table 822.

[0092] Figure 26 illustrates a deployed tray table 822 that is slidable away from the telescoping handle 830 along support rails 837. The support rails can be formed of the same or similar channel as described above with respect to Figure 14 and employed for the telescoping handle 830 and frame 820. In this way, the tray table 822 can be secured to inserts (not shown) within the support rails 837, and when fasteners through the tray table 822 to the inserts are loosened, the tray table can slide along a length of the support rails 837. This can provide additional legroom beneath the working surface. Alternatively, when the tray table is positioned over the article of luggage, such sliding extension can extend a top surface 826 of the tray table 822 past the article of luggage to provide some space below the tray table for a users legs or feet, for example.

[0093] As noted above, the tray table 822 can be positioned at various angles relative to the telescoping handle 830. Figure 27 illustrates an example embodiment of the tray table 822 arranged at approximately a 45-degree angle relative to the telescoping handle 830. The tray table 822 can include a lip 829 at a bottom edge of the tray table to support a book, computer, etc. This lip 829 can be removable to reduce the overall thickness of the tray table for securing inthe stowed position within the frame inside of the article of luggage 900. However, other example embodiments may include a deployable lip to support articles on the tray table 822.

[0094] Figure 28 illustrates such an embodiment of a deployable lip 839. The deployable lip 839 is rotatable about an axis through a fastener whereby the lip can be rotated to the position shown in Figure 27 to support an article on the tray table 822, and rotated along arrow 841 to a stowed position where the deployable lip 839 does not interfere when the tray table is stowed within the frame and article of luggage. The deployable lip 839 of the illustrated embodiment is integrated into the shelf 828, shown in Figures 15 and 18, that can support an article when the tray table is stowed.

[0095] An example embodiment of a stabilizing mechanism is described above with respect to Figure 6. However, an additional stabilization method is depicted in Figure 29 where the bottom view 950 of an article of luggage 900 is illustrated including wheels 910 which may be fixed direction or rotatable castors. Also shown is a second pair of wheels 912. Integrated into the assembly of the second pair of wheels 912 is a pair of stabilizers 920, which may be formed of an extrusion having one or more slots. As will be appreciated by one of ordinary skill in the art, the stabilizers can be formed of a variety of materials provided they retain the functionality described herein requiring some degree of rigidity and a slot along which a stabilizer wheel 922 can translate.

[0096] The pair of stabilizers 920 of the illustrated embodiment rotate from a stowed position along arrow 924 to a deployed position. The stabilizer wheel 922 can be slid along a length of the stabilizer 920 to a deployed position along arrow 926. A profile view 960 of the article of luggage 900 illustrates how the stabilizer 920 is deployed. The profile view 960 also illustrates the telescoping handle 830 and the tray table 822 deployed, depicting how the stabilizer 920 can add stability to enable a load to be carried on the tray table 822 without causing the article of luggage 900 to tip over.

[0097] Embodiments described herein provide a tray table for use with a suitcase. While the illustrated embodiments focus on carry-on sized suitcases due to their ubiquity, embodiments can be employed with any size suitcase and can be implemented in hard or soft-sided cases. Embodiments provide a significant improvement over existing suitcases and fulfill a need tohave a working surface convenient to a traveler that can be stowed within minimal space of a suitcase.

[0098] Many modifications and other embodiments of the present disclosure set forth herein will come to mind to one skilled in the art to which this disclosure pertains having the benefit of the teachings presented in the foregoing descriptions and the associated drawings. Therefore, it is to be understood that the present disclosure is not to be limited to the specific embodiments disclosed and that modifications and other embodiments are intended to be included within the scope of the appended claims. Moreover, although the foregoing descriptions and the associated drawings describe example embodiments in the context of certain example combinations of elements and / or functions, it should be appreciated, in light of the present disclosure, that different combinations of elements and / or functions can be provided by alternative embodiments without departing from the scope of the appended claims. In this regard, for example, different combinations of elements and / or functions than those explicitly described above are also contemplated as can be set forth in some of the appended claims. Although specific terms are employed herein, they are used in a generic and descriptive sense only and not for purposes of limitation.

Claims

THAT WHICH IS CLAIMED:

1. A suitcase comprising: a body; a frame secured within the body; a telescoping handle configured to transition between a stowed position within the body and a deployed position extending from the body, wherein the telescoping handle comprises a pair of structural members, wherein each of the pair of structural members is attached to the frame at two or more points, and the pair of structural members slide relative to the frame between the stowed position and the deployed position; and a tray table hingedly attached to the pair of structural members and configured to transition between a stowed position coextensive with the structural members, and a deployed position in at least a 45 degree angle relative to the telescoping arms.

2. The suitcase of claim 1, wherein the tray table is hingedly attached to a pair of inserts, where each insert of the pair of inserts is received within a respective slot of a respective structural member.

3. The suitcase of claim 2, wherein the pair of inserts slide within their respective slots of the respective structural member to adjust a height of the tray table in the deployed position relative to the telescoping handle.

4. The suitcase of claim 3, further comprising a fastener attached to each insert of the pair of inserts, wherein the fastener in an engaged position, fixes a respective insert in the respective slot to fix a height of the tray table in the deployed position relative to the telescoping handle.

5. The suitcase of claim 4, wherein the tray table is secure to each insert with a hinge assembly, wherein the hinge assembly is lockable to secure the tray table in at least the deployed position.

6. The suitcase of claim 5, wherein the hinge assembly is lockable to secure the tray table in at least one other position in addition to the deployed position.

7. The suitcase of claim 1, wherein the tray table comprises a shelf, wherein the tray table in the stowed position is configured to receive on the shelf an object, and wherein the object is stored within the suitcase between the structural members when the telescoping handle is in the stowed position.

8. The suitcase of claim 1, further comprising at least one stabilizer extending from the body of the suitcase in a direction corresponding to a direction along which the tray table extends in the deployed position.

9. The suitcase of claim 8, wherein the at least one stabilizer rotates out from a bottom of the body.

10. The suitcase of claim 8, wherein the at least one stabilizer telescopes out from a bottom of the body.

11. The suitcase of claim 1, wherein the tray table comprises one or more leaves, wherein the one or more leaves are configured to transition between a folded position overlaying a main portion of the tray table and an unfolded position substantially coplanar with the main portion of the tray table.

12. The suitcase of claim 1, wherein the tray table comprises one or more leaves, wherein the one or more leaves are configured to transition between a stowed position received within a main portion of the tray table and a deployed position, slid out from within the main portion of the tray table.

13. A tray table comprising: a major surface configured to be mounted to a pair of telescoping arms of a suitcase, wherein the tray table is rotatable between a stowed position, coextensive with the pair oftelescoping arms, and a deployed position wherein the tray table extends away from between the pair of telescoping arms; and at least one minor surface, wherein the minor surface is configurable between a stowed position wherein the minor surface overlays the major surface, and a deployed position, wherein the minor surface does not overlay the major surface.

14. The tray table of claim 13, wherein the minor surface is hinged relative to the major surface.

15. The tray table of claim 13, wherein the tray table comprises a pair of pins, wherein the pair of telescoping arms define at least one pair of attachment holes, and wherein the tray table attaches to the pair of telescoping arms with the pair of pins engaging the at least one pair of attachment holes.

16. The tray table of claim 13, wherein the tray table comprises a pair of carriages, wherein each of the pair of carriages is mounted within a respective one of the pair of telescoping arms.

17. The tray table of claim 16, wherein each of the pair of carriages received within each of the pair of telescoping arms comprises at least one pair of wheels spring-biased into engagement with an inner surface of a respective telescoping arm.

18. The tray table of claim 17, wherein the pair of carriages received within the pair of telescoping arms are frictionally engaged with a respective telescoping arm to resist movement within the respective telescoping arm in response to a weight of the tray table and a predetermined load.

19. The tray table of claim 18, wherein the carriage received within a respective one of the pair of telescoping arms is configured to move between telescoping sections of the respective one of the pair of telescoping arms and remain frictionally engaged.

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