WO2001030188A1

WO2001030188A1 - A folding assembly

Info

Publication number: WO2001030188A1
Application number: PCT/US2000/026049
Authority: WO
Inventors: Christine L. Lapace; Ronald J. Lapace; Steve Ladue; Charles R. Smalley
Original assignee: Goldpace Enterprises, Inc.
Priority date: 1999-10-22
Filing date: 2000-09-22
Publication date: 2001-05-03
Also published as: AU780086B2; MXPA02003993A; US20010020630A1; ZA200202891B; CN1402617A; CA2387639C; AU7605900A; US6561392B2; US6269987B1; BR0014910A; RU2002113562A; CN1186999C; CA2387639A1; JP2003532451A; EP1237430A1; EP1237430A4

Abstract

A folding assembly structure to arrange any one of a plurality of different articles into a folded orientation and including an orienting device having a main segment (16) and at least two outwardly extending and spaced apart side segments (18, 20), wherein the main segments and two side segments are initially disposed in engaging relation to different portions of the article being folded. A support assembly (14) comprises an elongated configuration selectively disposable into either a supporting position or a collapsed, stored position, wherein the supporting position is defined by disposing the orienting device at a convenient height above a supporting surface to facilitate the arranging of the articles into the preferred folded position.

Description

A FOLDING ASSEMBLY

BACKGROUND OF THE INVENTION Field of the Invention

This invention relates to a folding assembly designed to facilitate the manual arrangement of any of a plurality of different articles into a folded orientation, on an independent basis, wherein various operative components of the folding assembly are expandable or extendable into their intended, operative position during the folding procedure, and are selectively disposable into a stored or collapsed, inoperative position to facilitate transport of the folding assembly between different locations.

Description of the Related Art

Numerous devices exist which are directed to the arrangement of garments, as well as other articles, in a predetermined, folded position. Such folding devices vary from small manually operated structures, which may be used at home or in an environment where only occasional folding is required, to large mechanized folding devices, which are extremely expensive and primarily designed for strictly commercial environments where garments or other articles are manufactured and/or packaged in extremely large numbers. Devices of the type set forth above are commercially available and are primarily directed to an attempt to save both time and labor, which would normally be expended if the process were relegated to laboriously hand folding each article. In addition, except in the home or domestic environment, the hand folding of garments or other articles is generally unacceptable due to the lack of uniformity resulting from such manual folding. It is of course recognized that such uniformity m appearance of the folded article is a necessity m a commercial or retail establishment, wherein the folded article is made available n a container or package of standard dimension and configuration, or the folded article is presented for display in a manner which is hopefully appealing to the consuming public.

Accordingly, depended upon the particular area of application, folding devices have primarily been designed for specialized applications, in order to accomplish either individual or bulk folding of a variety of different types of articles or of specific articles, such as shirts or the like. Therefore, with the exception of the bulk folding of articles, as primarily used in the garment industry, the individual folding of garments or other articles is usually accomplished either by the use of fully or semi-automatic machines; small, inexpensive and less than durable folding boards; small apparatus specifically designed to fold garments or other articles for purposes of packaging or, as set forth above, by the individual hand folding of each item. A recognized disadvantage of the above set forth categories of folding devices is their lack of versatility and inability to be used other than in the specialized field, for which they are initially designed. For example, there is certainly no need or use for a fully or semi-automatic folding machine in a commercial or retail establishment, such as a department store the like, where uniform folding is important but, wherein the quantity of articles that must be folded, or refolded does not justify the expense of such mechanized equipment. Moreover, such mechanized devices do not generally provide a desirable degree of portability so as to allow workers to gather and fold items conveniently at a display location. Alternatively, folding tables or like devices which are manually operated are typically formed from inexpensive, light weight material having a relatively short operable life and which are specifically not intended to accommodate the folding of large numbers of garments or other articles. Likewise, such less sophisticated devices are still somewhat cumbersome to manipulate and move to a desired folding location when a number of spaced display locations are present within a particular establishment.

Also, m certain locations such as department stores or other similar retail establishments, available space is at a premium. Accordingly, space dedicated to the storage of a folding table or like device s typically unavailable. Known or conventional garment folding assemblies, of the type set forth above, are not readily adaptable for use in locations where the folding of garments or other articles is necessary for either display or packaging, but where the storage space needed to maintain such folding tables is at a minimum or non-existent.

Therefore, based on the above disadvantages and the overall failure of known or conventional designs to incorporate sufficient versatility and mobility to be adaptable for use m a variety of different commercial, retail and/or domestic environments, there is an obvious need in this area for an improved folding assembly.

Such an improved folding assembly should be capable of being operated manually, but should also have sufficient versatility to be used with any one of a wide variety of different types of article for arrangement thereof in a predetermined, folded orientation, resulting in the folded article having a sufficiently uniform appearance to facilitate its display and/or packaging.

In addition, such an improved folding assembly should be inexpensive and light weight, yet be formed from materials and or structural components which assure a long operable life and which facilitate the folding device to be transported from location to location without placing undue stress on personnel responsible for its re-location or transport. Finally, an improved folding assembly of the type referred to herein should be capable of being selectively oriented in either an operative position or a collapsed position, wherein when in the collapsed position, the improved folding assembly has a significantly reduced size and configuration so as to be conveniently stored in any of a variety of locations, particularly in establishments where storage space is at a minimum.

Summary of the Invention

The present invention relates to a folding assembly designed to arrange any of a wide variety of articles into a folded orientation by the manual manipulation of an orientation device. The orientation device comprises a main, centrally disposed segment and at least two side segments extending laterally outward from the main segment in spaced relation thereto. An attachment assembly, which is preferably formed from a flexible material, movably interconnects each of the side segments to opposite sides of the main segment or in another embodiment to other substantially oppositely disposed structural components of the orienting device, as will be explained in greater detail hereinafter. In either embodiment, the side segments are movably secured to the orienting device in a manner which allows the independent, substantially pivotal movement of each of the side segments in alternate fashion, from an outwardly extended position, for initial support of a garment or other article thereon, to a substantially overlying position relative to the main segment, thereby accomplishing a portion of the folded orientation. The main segment, as well as each of side segments, may of course vary m dimension and configuration, dependent upon the type and/or size of the article being folded. However, an overall dimension or configuration of each of the main and side segments is preferably such as to allow sufficient versatility to enable the orientation device to be used in the folding of any number of a variety of different articles of a variety of different sizes and thicknesses. Also, regardless of the type of articles being folded, a substantially uniform fold will be the result .

One structural feature of the present invention is the aforementioned attachment assembly, wherein at least one attachment member extends outwardly from opposite sides or peripheral portions of the main segment into movable securement with a correspondingly positioned side or peripheral portion of each of the individual side segments. Accordingly, when in their expanded position, each of the side segments are disposed laterally outward from the main segment m spaced apart relation thereto. However, when the side segments are alternately disposed into a folded position, the flexibility of the attachment member allows for the free pivotal movement as well as an automatic adjustment to accommodate the thickness of the material from which an article is formed or the overall thickness of the article being folded. It should be apparent therefore that the folding assembly of the present invention is readily adaptable for use in folding articles or garments formed of a variety different types of materials, without changing the configuration or dimension or being forced to adjust the relative positions of the operative components of the folding assembly, such as the main segment and side segments, relative to one another.

Another feature of the present invention is the provision of a support assembly, which, when in a supporting position, engages and positions the orienting device, including the main segment and outwardly extending side segments, at a preferred height above a floor, platform or other supporting surface on which the folding assembly of the present invention is disposed. The height of the support assembly can be regulated in order to position the orienting device at a desired location to accomplish the process of folding dependent on the particular location or area where the folding processes occurs.

In addition, the support assembly of the present invention comprises a plurality of support members or legs which, as set forth in greater detail hereinafter, may be more specifically comprised of pivotally attached leg pairs. The leg pairs are selectively positioned, along with the other components of the support assembly, into either a supporting position, as described above, or a stored position. The stored position facilitates the hand carrying of the folding assembly or movement of the folding assembly of the present invention, between different locations, where it is being used. Moreover, to facilitate such transport, a plurality of rollers, casters or like structure, hereinafter collectively referred to as a roller assembly, may be secured to the bottom end or adjacent portion of the support members, in order to facilitate the rolling of the support assembly, when the support assembly is in either its supporting position or its stored position, to a desired location.

In order to facilitate a stable engagement and support with the orientation device, as described above, the support assembly further includes a base which is connected to what may be considered an upper end of the plurality of legs or support members. When the support assembly is in its supporting position the base is disposed in supporting engagement with at least the main segment of the orienting device. It should also be noted that the orienting device, including the main segment and the two or more side segments, may be removably secured to the support assembly, including the base, or alternatively may be fixedly attached thereto in a manner which allows the independent movement of each of the side segments relative to the main segment. In the embodiment comprising a fixed attachment, the base may be fixedly secured by any of a variety of applicable structures to the main segment, such that the two side segments are allowed to be collectively positioned between the aforementioned outwardly extended, supporting position and/or in a folded, stored position, as required.

Yet another feature of the present invention comprises the provision of a brace assembly movably mounted on the support assembly in adjacent, co-operative relation to the base. The brace assembly is co-operatively structured with the base, as well as other associated parts of the support assembly, to be selectively disposed in either an operative position or an inoperative position. The position of the brace assembly may at least partially depend on whether the support assembly is disposed in its supporting position and/or stored position, as described above. More specifically, the brace assembly comprises at least two brace members each of which are movably disposed outwardly from opposite sides and/or substantially oppositely disposed peripheral portions of the base and into supporting engagement with an under portion of different ones of the side segments. The outwardly extending position of the brace members thereby defines the aforementioned operative position of the brace assembly so as to define a rigid table type support surface. In one embodiment, each of brace members are slidingly connected to the base and/or an under portion thereof, in the vicinity of the upper end of the support assembly, such that each of the brace members may be independently extended outwardly from the base different distances, dependent on the size, configuration and/or location of the respective side segments which they support. The inoperative position of the brace members is at least partially defined by their respective disposition m immediately adjacent and/or contiguous relation to the base and more particularly to the correspondingly disposed sides or peripheral portions thereof, from which they normally extend when in the above described operative position.

Based on the above, it should be apparent that the folding assembly of the present invention comprises an improved folding device for any number of different garments or a variety of other articles, any of which may by formed from material having a different thickness, wherein any one the various types of the articles may be arranged in a folded orientation in a quick and easy manner, without requiring replacement, adjustments or repositioning of any of the operative, structural components of the folding assembly. Moreover, the folding assembly also provides an easily transportable, multi-function support surface.

These and other features of the present invention will become more clear when the drawings as well as the detailed description are taken into consideration.

Brief Description of the Drawings

For a fuller understanding of the nature of the present invention, reference should be had to the following detailed description taken m connection with the accompanying drawings in which:

Figure 1 is an end view of the folding assembly of the present invention in a position ready for use; Figure 2 is top plan view of the embodiment of Figure 1;

Figure 3 is a side view of the embodiment of Figures 1 and 2;

Figure 3A is perspective view in partial cutaway of additional structural details of a support assembly of the present invention;

Figure 4 is an end view of a support assembly associated with the embodiment of Figures 1 through 3;

Figure 5 is a top plan view of the embodiment of Figure 4 ; Figure 6 is a top view of the embodiment of the support assembly of Figures 4 and 5, shown in an in-operative position; Figure 7 is an end view of the support assembly of the embodiment of Figures 4 through 6, shown in a stored position;

Figure 8 is a schematic representation of an orienting device of the embodiment of Figures 1 through 3, depicting the disposition of certain structural components during the process of folding an article;

Figure 9 is a schematic view of a different step in the folding process, other than that shown in Figure 8;

Figure 10 is a schematic view of yet another step in the folding process; Figure 11 is another embodiment of the folding assembly of the present invention incorporating an orienting device differing from the embodiment of Figures 1 through 3;

Figure 12 is a partial sectional view of the embodiment of Figure 11; Figure 13 is a top plan view of one structural component of the orienting device of the embodiment of Figures 11 and 12;

Figure 14 is a top plan view of another structural component of the orienting device of the embodiment of Figures 11 and 12; and Figure 15 is a sectional view m partial cutaway of a portion of the embodiment of the orienting device as shown in Figure 11. Like reference numerals refer to like parts throughout the several views of the drawings.

Detailed Description of the Preferred Embodiment

As shown m the accompanying drawings, the present invention relates to a folding assembly generally indicated as 10 including an orienting device generally indicated as 12, and a support assembly generally indicated as 14. With primary reference to Figures 1 through 3, the orienting device 12 includes at least a main, substantially centrally disposed segment 16 and two side segments 18 and 20. The orienting device may be selectively disposed in either an expanded position, as best shown m Figures 1 and 2, or a folded position, as successively depicted Figures 8 through 10, which will be explained in greater detail hereinafter.

Each of the main segment 16 and at least two side segments 18 and 20, may each comprise a substantially flat sheet or panellike configuration, formed from a substantially rigid or, depending upon the type of articles being folded, at least partially flexible material. Moreover, preferably etched in the mam segment 16 is a center line 99, which provides a guide for the center of an article to be folded. When the side segments 18 and 20 are disposed in their expanded position, they are positioned outwardly from opposite sides or, depending upon the configuration of the mam segments 16, opposite peripheral portions as at 16' and 16". Further, each of the side segments 18 and 20 are preferably coupled n spaced apart relation to the correspondingly disposed peripheral portions or sides 16' and 16", through the provision of an attachment assembly. Although the attachment assembly may include any of a variety of hinge defining structures, in the illustrated embodiment, the attachment assembly of the present invention is preferably formed of a flexible material, such as but not limited to a high strength, flexible canvas, plastic, or other applicable flexible material. In the embodiment of Figure 2, the attachment assembly comprises at least two flexible material straps or equivalently structured connector elements 24 and 26, each of which serve to interconnect a different one of the side segments 18 and 20 respectively, to the ma segment 16, in spaced apart relation to the correspondingly disposed peripheral portions or sides 16' and 16" respectively. It is emphasized that the attachment assembly may differ from the embodiment shown in Figure 2, in that the length of each of the flexible material elements 24 and 26 may be increased or decreased or alternatively, a plurality of such connector assemblies 24 and 26 may extend in spaced relation to one another between the ma segment 16 and each of the side segments 18 and 20. As a result of the connector elements 24 and

26 being formed from a flexible material, a substantial degree of versatility is added to the folding procedure. This applies in terms of the types of articles being folded, as well as the physical characteristics, including but not limited to "thickness" of the material from which the various folded articles are formed.

The versatile feature will be more specifically described with regard to the folding procedure depicted in Figures 8 through 10 hereinafter. In order to provide such versatility, it is further emphasized that the size, configuration and material from which the connector elements 24 and 26 are formed can vary as long as sufficient flexibility is provided in allowing a substantially

"pivotal" type of movement of the side segments 18 and 20, into their respective folded position, as shown in Figures 8 and 9, during the folding procedure. In addition, the material from which the connector members 24 and 26 are formed can even be elastic, so as to somewhat vary the initial spacing between the side segments 18 and 20 and the mam segments 16, such as when the elastic material connector members are stretched. Alternatively, the length of the connector members 24 and 26 can be selectively varied in terms of extending or retracting the length between the corresponding peripheral portions of each of the side segments 18 and 20 and the respective sides or peripheral portions 16' and 16" of the mam segments 16.

Another feature of the folding assembly 10 of the present invention comprises the aforementioned support assembly 14 which, in at least one embodiment has a somewhat elongated configuration and, when in its supporting position as shown in Figures 1 through 4, is substantially vertically oriented so as to position the orienting device 12 in a vertically spaced relation to a floor, support platform or other supporting surface 15 on which the folding assembly 10 is disposed, thereby defining a table or like support article. More specifically, the support assembly 14 comprises a plurality of support members generally in the form of legs or "leg pairs" 30 and 32. The leg pairs 30 and 32 are pivotally connected to one another as at 34 and include an upper or top end generally indicated as 36 and 38 and a lower end, generally indicated as 40 and 42 respectively. Cross members 44 and 46 may be provided in order to assure the structural integrity and stability of the support assembly 14. In addition, a retaining member 48 may be disposed n interconnected relation between the leg pairs 30 and 32, preferably at the cross members 44 and 46, in order to limit the spaced apart distance between the lower portions of the leg pairs 30 and 32, when the support assembly 14 is in its supporting position as shown in Figures 1, 3 and 4.

In order to facilitate either the removal or fixed support of the orienting device 12, the support assembly 14 comprises a base 50 which may have an open or apertured construction or be in the form of a solid material panel. In either embodiment, end portions 52, which may be secured to an under portion or any other applicable portion of the base 50, are pivotally attached, as at

54, to an upper end 36 of one of the leg pairs 30. The upper end

38 of the other leg pair 32 is removably disposed m supporting engagement with the base 50 at an opposite end of the end portions

52 or any other location. In order to further assure stability of the support assembly and prevent inadvertent displacement of the base 50 from its substantially horizontal position, as shown m

Figures 1 and 4, the upper end 38 of at least one of the legs of the leg pairs 32, may include an aperture 39. In addition, a bracket 41 may be correspondingly mounted or attached to the correspondingly disposed end portion 52 of the base 50, and is disposed and configured to receive the end 38 removably therein.

A spring biased locking pin 43 is preferably mounted on bracket 41 and is positionable to removably pass through the aperture 39, when the end 38 is received within the interior of the bracket 41.

Conversely, when it is desired to orient the support assembly 14 out of its substantially horizontal support position, the spring biased pin 43 is manually positioned outwardly from the aperture 39, thereby allowing the apertured end 38 of the leg or leg pairs

32 to be removed from the bracket 41. The base 50 is thereby disposed in a substantially horizontal orientation so as to dispose the mam segment 16 of the orienting device 12 also in a substantially horizontal orientation during the folding procedure, and so as to provide sufficient support thereto in order to define a table top or like support surface.

By virtue of the pivotal connection 54 of the base 50, it may be selectively disposed in a somewhat aligned, immediately adjacent orientation relative to the plurality of support members or leg pairs 30 and 32 as represented m Figure 7. Figure 7 defines the support assembly 14 in its stored position for purposes of facilitating transport, including hand carrying, and/or storage. In addition, in its stored position, a roller assembly, comprising a plurality of rollers, casters, etc. 58 may be mounted on the lower most end 40 and 42 of the leg pairs 30 and 32 to accomplish transport of the stored support assembly by rolling, rather than hand carrying. Likewise, however, the casters 58 also substantially facilitate the transportability of the folding assembly 10 in its operative position, such as when a store employee wishes to move from location to location, folding and/or otherwise arranging articles on a given display. It should also be noted that in order to facilitate rolling transport or movement of the folding assembly 10 through a crowded area, such as within a retail clothing establishment, when the support assembly 14 is in its operative position, the lower ends 40 and 42 of the supporting leg pairs 30 and 32 are spaced outwardly from one another a greater distance than the width of the base 50. In particular, the relatively small transverse dimension or width of the base 50, as compared to the distance between the lower ends

40 and 42, facilitates travel of the folding assembly 10 between clothing or garment racks, wherein the space between the hanging garments on adjacently positioned garment racks is much less than the relatively greater space between the respective bases of the garment racks, beneath the supported garments. Accordingly, the relatively narrow or lesser transverse dimension of the base 50 facilitates the easy passage of the folding assembly 10 between adjacently disposed, but spaced apart, garment racks of the type commonly used when the support assembly 14 is in its vertically oriented, operative position, while still providing a wide and stable rolling surface. However, in some circumstances, the tight confines of a location may limit operative movement of the folding assembly 10, the complete and/or partial collapsing of the folding assembly 10 in the manners described herein can further ease maneuverability to a desired location.

Yet another feature of the present invention comprises the provision of a brace assembly, generally indicated as 60, wherein the brace assembly 60 includes at least two brace members 62 and

64 selectively positionable between an operative position as shown in Figures 2, 4, and 5 and an in-operative position as shown in

Figure 6. The brace assembly 60 is selectively positioned, when in its operative position, beneath and in supporting engagement with an under surface of the respectively disposed side segments

18 and 20. Each of the brace members 62 and 64 are independently moveable between the aforementioned operative position defined by their outwardly extended orientation, and the m-operative position defined by their orientation in immediately adjacent, substantially contiguous relation to the base 50. As best shown in Figure 6, in order to accomplish such selective positioning, each of the brace members 62 and 64 preferably include outwardly extending, spaced apart legs 66 and 68 respectively. The legs or more precisely leg pairs 66 and 68 are slidmgly attached to an under portion or other applicably disposed structure of the base

50. In addition, it is emphasized that the distance of outward spacing or extension of each of the brace members 62 and 64 may vary from a fully extended position, as shown in Figure 5, to any number of partially extended positions (not shown) , depending upon the overall size and/or configuration of the respective side segments 18 and 20, which the brace members 62 and 64 support.

Also, as best shown in Figures 5 and 6 the spacing between the respective leg member 66 and 68, may vary in order that they would not interfere with one another, when they are disposed inwardly into the m operative position of Figure 6.

As each of the brace members 62 and 64 are independently extendable or collapsible, the overall size of the support surface defined by the side segments 18 and 20 can also be varied to the needs of the user and/or the limits of a work area. For example, the preferred connector elements 24 and 26 formed of a flexible material, and as a result preferably define a two way hmge structure. As a result, in addition to being foldable atop the mam segment 16 so as to fold an article, such as a garment, the connector elements 24 and 26 also allow the side segments 18 and 20 to fold downwardly when the brace members 62 and 64 are not in their extended, supporting position. Accordingly, a variably sized work area can be provided and easily maneuvered and transported to a desired location.

Other structural features of the present invention may include the provision of a storage facility, generally indicated as 70, in the form of a bag, bin or other container 72, having any type of opening 74 communicating with the interior thereof. The storage facility 70 is provided in order to store articles, garments, etc. 76 therein, wherein such garments are yet to be folded and are disposed at an easily accessible location during folding and/or transport of the folding assembly.

As shown m Figures 8 through 10, the folding operation or procedure is accomplish by positioning an article or garment 80 in engaging relation with the ma segment 16, in preferably aligned relation to the center line 99, as well as the side segments 18 and 20. A generally central or mid portion of the article 80 is disposed in overlying, supporting relation to the mam segment 16, wherein side or peripheral portions of the article 80 are disposed in overlying, supported relation to the side segments 18 and 20. The folding procedure is instigated by disposing one of the side segments 18 or 20, from its outwardly expanded position to its folded position as shown in Figure 8.

This will bring one portion of the article 80 into a folded orientation as shown in Figure 8. Figure 9 shows the other of the side segments as at 20 being first brought into its folded position rather than the side segment 18. Furthermore, in the embodiment of Figure 8 a relatively thin material article is being folded, while to the contrary, in the embodiment of Figure 9, a much thicker material article 82 is being folded. This demonstrates the versatility of the folding assembly 10 of the present invention, through the provision of the flexible material attachment assembly comprising the flexible material connector elements 24 and 26. Therefore, regardless of the "thickness" of the material from which the article is formed or its overall dimension after folding has been completed, the flexibility and overall structure of the connector members 24 and/or 26 is such as to automatically accommodate and provide for the difference in the spacing between the mam segment 16 and the side segment 18, when a relatively thin material article 80 is being folded, than when a relatively thick material article 82 is being folded. Further, Figure 10 shows the resulting thicker dimension of the completely folded article 84 requiring the connector member 24 to extend outwardly a greater distance, when the end segment 18 is disposed in overlapping relation to the main segment 16, than is required of the connector 26 when the end segment 20 is performing the first fold in Figure 9. Additionally, as shown in Figures 11 through 16, the folding assembly of the present invention includes another embodiment of the orienting device which is generally indicated therein as 12 ' . The orienting device 12' comprises a ma segment 160 and at least two outwardly extending movably interconnected side segments 18 ' and 20' which operate in substantially the same fashion as described with reference to the embodiment of Figures 1 through 10. In addition, the orienting device 12' can be used in combination with the support assembly 14 as described with reference to Figures 1 through 7 above. However, in this alternate embodiment of the orienting device 12', it preferably includes at least one, but preferably two extension members, such as those generally indicated as 90 and 92, represented m at least partially operative and assembled form in Figure 11 and depicted and explained in greater detail with reference to Figures 12 through 15. Since the structural details and operative features of each of the extension members 90 and 92 are substantially identical, a detailed description of one of the extension members 92 is meant to be inclusive of the structural and operative features of the other of the extension members.

More specifically, each of the extension members 90 and 92 are selectively positionable both towards and away from the respective sides 160' and 160" of the main segment 160, as indicated by directional arrow 97. As a result, the overall or effective size of the support surface of the main segment 160 can be correspondingly decreased or increased to meet the needs of the user relative to narrower and wider garments and other articles.

Along these lines, it is noted that if desired, the entire main segment can be defined by the extension members, such as by having the extension members abut one another to define all or part of the main segment. Indeed, in such an embodiment, only one of the extension members need truly be provided so as to preserve a preferred, general symmetry of the system.

In the illustrated embodiment, each of the extension members

90 and 92 are preferably moveable independently of one another and are incrementally positionable at any varying distance from the main segment 160 due to the provision of a tongue and groove type assembly. The tongue and groove assembly comprises an integral or otherwise fixedly secured tongue 94, projecting outwardly from slide portion 96 of each of the extension members 90 and 92. The tongue 94 is dimensioned and configured to be removably received within any one of a plurality of elongated grooves 98 formed in spaced, substantially parallel relation to one another in the under surface of the main segment 160, as best shown in Figures

12 and 14. Further, the removable interconnection of the tongue

94 with anyone of the grooves 98 will facilitate the outwardly extending support or disposition of the extension members 90 and

92. For example, an under surface thereof, such as 93 may engage a support structure as at 95, which is secured to an underportion of the main segment 160, at any applicable location to provide somewhat of a cantilever-type support as the outwardly projecting tongue 94 and the under surface 93 of the extension member 92, simultaneously engage one of the grooves 98 and support structure 95, respectively. Accordingly, dependent upon the relative position between the main segment 160 and each of the extension members 90 and 92, the size of a central portion of the support surface, which includes the main segment 160, is effectively changed, based on the positioning of the support surfaces 90' and

92' towards and/or away from the main segment. The extension members 90 and 92 are particularly useful for folding of an unusually large garment and/or where the various garments or articles being folded continuously vary in size or configuration. In the latter situation the extension members 90 and 92 can easily and quickly be adjusted both towards an away from the main segment

160 to either reduce or expand the effective support surface, as described above.

A structural modification also incorporated in the embodiment of Figures 11 through 15 includes the side panels 18' and 20' being movably connected to the correspondingly disposed extension members 90 and 92, respectively. More specifically, the flexible material connector members 24' and 26' movably connect or secure each of the side segments 18' and 20' to a corresponding one of the extension members 90 and 92 respectively, as shown in Figures

11 and 15. Operative positioning of each of the side segments 18' and 20' is substantially the same as described with regard to the embodiment of Figures 8 through 10, regardless of the outward disposition of the extension members 90 and 92 relative to the main segment 160.

Since many modifications, variations and changes in detail can be made to the described preferred embodiment of the invention, it is intended that all matters in the foregoing description and shown in the accompanying drawings be interpreted as illustrative and not in a limiting sense. Thus, the scope of the invention should be determined by the appended claims and their legal equivalents.

Now that the invention has been described, Claims 1. A folding assembly structured to arrange an article into a folded orientation, said folding assembly comprising: a) an orienting device, said orienting device including a ma segment and at least two side segments disposed in engaging relation to different portions of the article being folded, b) an attachment assembly securing each of said side segments to said orienting device in movable relation to said mam segment, c) said side segments selectively positionable between an expanded position and a folded position; said expanded position at least partially defined by said side segments extending laterally outward from said mam segment in spaced relation thereto and said folded position defined by each of said side segments independently disposed m substantially overlapping relation to said mam segment, and d) a support assembly disposed in supporting engagement with said orienting device.

2. A folding assembly as recited in claim 1 wherein said support assembly comprises a base disposed m supporting engagement with said orienting device so as to define a support surface at said orienting device.

3. A folding assembly as recited in claim 2 wherein said base includes a pair of brace members structured to selectively extend into supporting, engaging relation with each of said side segments so as to vary a size of said support surface.

4. A folding assembly as recited claim 3 wherein said attachment assembly is structured to permit selective downwarα pivotal movement of said side segments, upon a corresponding one of said brace members being disposed m a retracted, m-operative position, so as to selectively reduce said size of said support surface.

5. A folding assembly as recited in claim 4 wherein sa d attachment assembly comprises at least two flexible material connectors structured to provide two way pivotal movement of said side segments. 6. A folding assembly as recited in claim 1 wherein said support assembly comprises an elongated configuration extending substantially vertically upward from a supporting surface into supporting engagement with said orienting device at an upper end of said support assembly.

7. A folding assembly as recited in claim 6 wherein said support assembly is structured to be selectively disposed between a supporting position and a substantially collapsed, stored position. 8. A folding assembly as recited in claim 1 wherein said support assembly comprises a plurality of support members movably connected to one another and selectively disposable between a supporting position and a stored position.

9. A folding assembly as recited m claim 8 wherein said supporting position is at least partially defined by said plurality of support members collectively extending substantially vertically upward from a supporting surface into engagement with said orienting device at an upper end thereof.

10. A folding assembly as recited in claim 9 wherein said stored position is at least partially defined by said pair of support members collectively disposed in a substantially aligned, collapsed position having a substantially flat configuration.

11. A folding assembly as recited in claim 8 wherein said support assembly comprises a base movably connected to said plurality of support members and disposed m supporting engagement with said orienting device, when said support assembly is in said supporting position.

12. A folding assembly as recited in claim 11 wherein said base is disposed in substantially aligned, overlapping position when said support assembly is in said stored position.

13. A folding assembly as recited claim 12 wherein said stored position is further defined by said plurality of support members collectively disposed m a substantially aligned, collapsed position having a substantially flat configuration. 14. A folding assembly as recited m claim 13 wherein said supporting position is at least partially defined by said plurality of support members collectively extending substantially vertically upward from a supporting surface and said base is substantially horizontally oriented into engagement with said orienting device at an upper end of said plurality of support members .

15. A folding assembly as recited in claim 14 wherein said support assembly further comprises a roller assembly secured to said plurality of support members in opposed relation to said base . 16. A folding assembly as recited in claim 8 wherein said support assembly comprises a base movably connected to said plurality of support members and disposable in supporting engagement with said orienting device.

17. A folding assembly as recited in claim 16 wherein said support assembly further comprises a brace assembly disposed in supporting engagement with said side segments when said side segments are in said expanded position.

18. A folding assembly as recited in claim 17 wherein said brace assembly is selectively positionable between an operative position and an in-operative position.

19. A folding assembly as recited m claim 18 wherein said operative position is at least partially defined by said brace assembly extending laterally outward from said base into supporting engagement with an under portion of each of said side segments.

20. A folding assembly as recited in claim 19 wherein said inoperative position is at least partially defined by said brace assembly disposed in substantially aligned, immediately adjacent relation to said base. 21. A folding assembly as recited in claim 18 wherein said brace assembly comprises at least two brace members independently movably mounted on said support assembly relative to said base, each of said brace members selectively extending laterally outward from a different peripheral portion of said base into supporting engagement with a different one of said side segments to define said operative position. 22. A folding assembly as recited in claim 21 wherein each of said brace members is slidmgly mounted on said support assembly towards and away from said base so as to at least partially define said in-operative and said operative positions respectively. 23. A folding assembly as recited in claim 21 wherein said operative position of said brace assembly is further defined by each of said brace members extending outwardly a variable distance from said base, dependent on the size of corresponding ones of said side segments. 24. A folding assembly as recited in claim 23 wherein said attachment assembly comprises at least two flexible material connectors each movably securing a different one of said side segments to said mam segment.

25. A folding assembly as recited in claim 24 wherein said flexible material connectors are structured to permit two way pivotal movement of said side segments.

26. A folding assembly as recited in claim 1 wherein said attachment assembly comprises at least two flexible material connectors each movably securing a different one of said side segments to said base.

27. A folding assembly as recited in claim 1 wherein said ma segment includes an etched center line defined therein.

28. A folding assembly as recited m claim 1 further comprising a storage facility operatively associated therewith and structured to contain a plurality of said articles.

29. A folding assembly as recited in claim 1 wherein said orienting device further comprises at least one extension member moveable outwardly to selectively vary the effective size of saiα mam segment. 30. A folding assembly as recited m claim 29 comprising at least two of said extension members.

31. A folding assembly as recited in claim 30 wherein each of said extension members is movably disposed in interconnecting relation between said mam segment and a different one of said side segments.

32. A folding assembly as recited m claim 31 wherein said attachment assembly comprises at least two flexible material connectors each movably securing one of said side segments to a different one of said extension members.

33. A folding assembly as recited in claim 32 wherein each of said side segments is laterally moveable towards and away from said ma segments along with a corresponding extension member to which it is secured.

34. A folding assembly as recited in claim 30 wherein each of said extension members is laterally positionable towards and away from opposite sides of said mam segment.

35. A folding assembly as recited m claim 34 wherein each of said extension members is independently disposable into a plurality of spaced apart, incrementally variable positions outwardly from said mam segment. 36. A folding assembly designed to arrange an article into a folded orientation, said folding assembly comprising: a) an orienting device including a main segment and at least two side segments disposed in engaging relation to different portions of the article being folded, b) said side segments movably secured to said mam segment and selectively positionable between an expanded position and a folded position, c) a support assembly disposed in supporting engagement with said orienting device and structured to be selectively disposed in either a supporting position or a stored position, and d) said support assembly comprising an elongated configuration extending substantially vertically upward from a supporting surface into supporting engagement with said orienting device at an upper end of said support assembly when in said supporting position.

37. A folding assembly as recited m claim 36 wherein said support assembly comprises a plurality of support members movably connected to one another and selectively disposable between said supporting position and stored position. 38. A folding assembly as recited in claim 37 wherein said support assembly comprises a base movably connected to said plurality of support members and disposed in supporting engagement with said orienting device, when said support assembly is in said supporting position.

39. A folding assembly as recited in claim 38 wherein said stored position is at least partially defined by said plurality of support members collectively disposed in a substantially aligned, collapsed position and having a substantially flat configuration.

40. A folding assembly as recited in claim 39 wherein said supporting position is at least partially defined by said plurality of support members collectively extending substantially vertically outward from a supporting surface and said base is substantially horizontally oriented into engagement with said orienting device at an upper end of said plurality of support members . 41. An assembly as recited in claim 36 wherein said support assembly comprises a base movably connected to said plurality of support members and disposed in supporting engagement with said orienting device, when said support assembly is in said supporting position, said support assembly further comprising a brace assembly disposed into supporting engagement with said side segment when said side segments are m said expanded position.

42. A folding assembly as recited in claim 41 wherein said brace assembly is selectively positionable between an operative position and an m-operative position; said operative position being at least partially defined by said brace assembly extending laterally outward from said base into supporting engagement with an under portion of each of said side segments.

43. A folding assembly as recited m claim 41 wherein said brace assembly comprises at least two brace members movably mounted on said support assembly relative to said base, each of said brace members extending laterally outward from a different peripheral portion of said base into supporting engagement with a different one of said side segments to define said operative position.

44. A folding assembly as recited in claim 43 wherein said operative position of said brace assembly is further defined by each of said brace members extending outwardly a variable distance from said base, depended on sides of corresponding ones of said side segments.

45. A folding assembly designed to arrange an article into a folded orientation, said folding assembly comprising: a) an orienting device including a main segment and at least two sides of segments disposed in an engaging relation to different portions of the article being folded, b) an attachment assembly disposed in interconnecting relation between said main segment and each of said side segments, c) said attachment assembly comprising at least two flexible material connectors each substantially pivotally securing a different one of said side segments in laterally outward spaced relation to said base, d) a support assembly disposed in supporting engagement with said orienting device and structured to be selectively disposed in either a supporting position or a stored position, and e) said support assembly comprising an elongated configuration extending substantially vertically outward from a supporting surface into supporting engagement with said orienting device at an upper end of said support assembly when said support assembly is in said supporting position.

46. A folding assembly as recited in claim 45 wherein said support assembly comprises a base movably connected to said plurality of support members and disposed in supporting engagement with said orienting device, when said support assembly is in said supporting position.

47. An assembly as recited in claim 46 wherein said support assembly further comprises a brace assembly disposed into supporting engagement with said side segments when said side segments are in an outwardly expanded position.

48. An assembly as recited in claim 47 wherein said brace assembly comprises at least two brace members movably mounted on said support assembly between an operative position and an inoperative position relative to said base, each of said brace members extending laterally outward from different peripheral portions of said base into supporting engagement with a different one of said side segments to define said operative position.

49. A folding assembly as recited in claim 48 wherein each of said brace members is slidingly mounted on said support assembly towards and away from said base so as to at least partially define said in-operative and said operative positions respectively.

50. A folding assembly as recited in claim 49 wherein said operative position of said brace assembly is further define by each of said brace members extending outwardly a variable distance from said base, depended on the sides of corresponding ones of said side segments.