Adjustable binding garment

Abstract

In summary the invention described herein is broadly directed to a binding garment for compressing a torso of a wearer, comprising: a flexible layer shaped to envelop the torso of a wearer and configured to define a front portion and a rear portion; a first adjustment mechanism engaged with each of the front portion and the rear portion to facilitate adjustment of the flexible layer around a first side of the torso of the wearer; and a second adjustment mechanism engaged with each of the front portion and the rear portion to facilitate adjustment of the flexible layer around a second side of the torso of the wearer, wherein each of the first and second adjustment mechanisms comprise cooperating engagement means defining a plurality of engagement configurations, whereby each of the plurality of engagement configurations provides a different level of compression to the torso of the wearer.

Description

ADJUSTABLE BINDING GARMENTTECHNICAL FIELD

[0001] The present invention relates to binding garments for providing body compression.

[0002] More particularly, the invention relates to an adjustable binding garment that compresses the torso of a wearer.BACKGROUND

[0003] Binding garments or binders are used for reducing the amount that a wearer's chest protrudes from their torso, this is often achieved by compressing the chest area or the entire torso of the wearer. People may elect to bind their chest in order to reduce, partially or completely, the appearance of breasts. Chest binding can also provide a temporary or longterm alternative to top surgery (a gender affirming surgery conducted to remove or reduce breast tissue). There are also other use cases for binding garments, both medical and cosmetic, for example those with gynecomastia may wish to bind their chest in order to hide or reduce the appearance of their breasts. Without wishing to draw attention to the use of such binding garments, it is desirable that the use of such binding garments go unnoticed and do not protrude through outer garments and clothing.

[0004] When a wearer first begins to use such binders, the feeling of wearing the garment may be uncomfortable and can restrict movement and breathing of the wearer. To this end, it is not uncommon for new user's to only wear the garment for short periods, at least over an adjustment period. Furthermore, binders can cause discomfort for experienced users when worn for long periods of time. This can be inconvenient during both work and social occasions, leaving the wearer to discretely find places to remove and store the binder until such time as it is comfortable to redon the binder. As binding garments can be worn over long periods of time, there can also be discomfort and skin irritation caused by materials of the garment and the reduction of skin breathability in warm and hot climates.

[0005] The restrictive nature of the binder is also more acutely felt during periods of physical activity such as walking, sports, dancing or the like. The decision to wear the binder garment is not sporadic or a mere outfit choice, and wearers are seeking a more flexible solution thatameliorates at least some of the above drawbacks set out above or provides a useful alternative thereto.

[0006] The present invention was conceived with these shortcomings in mind.SUMMARY OF THE INVENTION

[0007] In a first aspect, the invention provides a binding garment for compressing a torso of a wearer, comprising: a flexible layer shaped to envelop the torso of a wearer and configured to define a front portion and a rear portion; a first adjustment mechanism engaged with each of the front portion and the rear portion to facilitate adjustment of the flexible layer around a first side of the torso of the wearer; and a second adjustment mechanism engaged with each of the front portion and the rear portion to facilitate adjustment of the flexible layer around a second side of the torso of the wearer, wherein each of the first and second adjustment mechanisms comprise cooperating engagement means defining a plurality of engagement configurations, whereby each of the plurality of engagement configurations provides a different level of compression to the torso of the wearer.

[0008] The invention provides an advantage in that compression can be provided in multiple different binding configurations. Compression is varied by adjustment of the pair of adjustment mechanisms engaged with each of the front portion and the rear portion to facilitate adjustment of the flexible layer around the torso of a wearer. Adjusting one or more of the pair of adjustment mechanisms adjusts an overlap between the front and the rear portions, thereby altering the perimeter of the garment and either increasing or decreasing compressive force or pressure applied to the torso of the wearer.

[0009] The level of compression can be adjusted by a wearer at any time for example, over a period of weeks or months as the wearer become more accustomed to the binding garment and elects to increase the level of compressive force, or over a period of hours, where the garment has become loose or uncomfortable and the wearer elects to make an adjustment.

[0010] The adjustments can be simultaneously made to each of the first and second adjustment mechanisms to vary the overlap on each side of the garment, in an even manner. Alternatively, the wearer can elect to adjust each of the first and second adjustmentmechanisms by differing amounts thereby adjusting the garment in an uneven or biased manner in response to their comfort and compression needs.

[0011] In the manner described above, the binding garment provides a unique training advantage as a first-time wearer begins use and allows a plurality of compression configurations as the wearer's body become more accustomed to the garment over a longer time period and at higher levels of compression.

[0012] A binding garment in accordance with the present invention provides improved comfort to the wearer and improved usage, as the binding garment can be worn for training and for use thereafter without a wearer continually having to seek new garments to offer a different level of compression.

[0013] The binding garment described herein can advantageously provide different binding configurations for a first level of compression, a range of uneven binding configurations for the first level of compression, and a range of even binding configuration for the first level of compression. Moreover, the binding garment can advantageously maintain each of these configurations over a range of predetermined compression levels as determined by the chosen adjustment mechanisms.

[0014] The binding garment described herein can advantageously adjust (increase or decrease) the level of compression as desired, at any time. As the wearer becomes more accustomed to wearing the binder garment, they can elect to increase the level of compression in accordance with their comfort and tolerance to the binding garment. Alternatively, at any time, if wearing of the binder becomes uncomfortable or restrictive, the wearer can elect to decrease the level of compression to loosen the binder for a period of time until they feel comfortable to optionally increase the level of compression to tighten the binder again. The binder garment does not have to be totally removed or stored when binding garment use becomes uncomfortable or restrictive, as the adjustment mechanisms allow for significant variance of compression.

[0015] The at least two adjustment mechanisms may comprise suitable means for maintaining and adjusting compression of the flexible layer, on which they are disposed, around the torso of the wearer.

[0016] In some embodiments, there is provided a binding garment wherein the first and second cooperating engagement means comprise a series of hooks and cooperating eyelets.

[0017] The series of hooks and cooperating eyelets provide a means of maintaining and adjusting compression of the flexible layer, on which they are disposed, around the torso of the wearer. When a hook is inserted into an eyelet, to thereby engage the hook and eyelet, the engaged hook and eyelet engage and hold distal edges of the front and rear panel in a fixed spatial relationship. As there is no elasticity in the cooperating engagement means the tension in the flexible layer is distributed through the garment as compressive force acting against the torso or the wearer, as the engagement means resist the forces that act to separate the hooks and eyelets.

[0018] In various embodiments, the cooperating engagement means may comprise any one or more of the following: VelcroR(or similar hook-and-loop or hook-and-pile fasteners); laces or a single lace (corset-style lacing); bows; strings; straps; belts and buckles; zips; studs; pop fasteners; and buttons.

[0019] In some embodiments, there is provided a binding garment wherein the flexible layer is formed from a single layer, the front and rear portions configured to provide an aperture therebetween for placing over a user's head and wherein a first of the pair of adjustment mechanisms is disposed on a left-hand side of the garment, and a second of the pair of adjustment mechanisms is disposed on a right-hand side of the garment. Forming the binding garment from a unitary flexible layer can advantageously provide a binding garment that is simple to manufacture. Adjustment mechanisms disposed on the left-hand and right-hand side of the garment can advantageously provide a convenient location for making adjustments, as the wearer can easily reach the adjustment mechanism during use and without the need to remove the binding garment.

[0020] The pair of adjustment mechanisms are used to pull distal edges of the front portion and the rear portion towards each other and in some instances to overlap these distal portions thereby reducing a perimeter of the binding garment. By reducing the perimeter, the compression on the torso of the wearer is increased. By similar token, increasing the perimeter of the binding garment reduce the compression levels applied to the torso of the wearer. Adjusting the distal edges of the front portion and the rear portion relative to each other canadvantageously provide a simple means of increasing / decreasing compression level on the torso of the wearer.

[0021] In some embodiments, the flexible layer may comprise a compression material. The compression material may be a breathable, elastic material for applying a compressive force to the torso of a wearer. The use of a compression material provides several advantages in that the elasticity of the compression material can advantageously assist in reducing wrinkling of the flexible layer, and in distributing compression across the torso comfortably. The elasticity of the compression material also facilitates the flexible material conforming and moulding itself around torsos of varying shapes and sizes.

[0022] The compression material may also provide the binding garment with breathability. Breathability can allow the wearer's sweat to evaporate, cooling them down when their body temperature rises. This provides an advantage in that when the wearer's body temperature increases during binding garment compression, discomfort and overheating can be reduced by the compression material's breathability which allows moisture to wick away from the body. Furthermore, the compression material may provide such a degree of stretch in the flexible layer that the mobility of the wearer is not unnecessarily impeded when moving their torso.

[0023] In some embodiments, the flexible layer may comprise a plurality of layers. At least one of the plurality of layers may be a mesh material. Mesh material facilitates breathability of a garment, which is particularly important in tight-fitting, constrictive garments. The material provides an interlacing structure having a plurality of holes allowing air to flow through the mesh material. The use of a mesh material may advantageously allow the wearer's sweat to evaporate, cooling them down when their body temperature rises. This provides an advantage in that when the wearer's body temperature increases during binding garment compression, discomfort and overheating can be reduced by the mesh material's breathability which allows moisture to wick away from the body. In some embodiments, the mesh material may be confined to one of the front portion or the rear portion.

[0024] In some embodiments, the mesh material may be confined to an insert panel. The insert panel may be located in the front portion, the rear portion or both the front and rear portions of the garment. The insert panel may extend horizontally across the front or rear portion of the garment. In some embodiments, the insert panel may extend longitudinallydown the front or rear portion of the garment. The horizontally extending insert panel can advantageously assist in distributing compression across the torso comfortably, and can also provide a degree of horizontal stretch to the front or rear portion of the binding garment, providing mobility that allows the wearer to move their shoulders. The longitudinally extending insert panel can advantageously assist in distributing compression across the torso comfortably, and can also provide a degree of vertical stretch to the front or rear portion of the binding garment, providing mobility that allows the wearer to move their shoulders.

[0025] At least one of the front portion and the rear portion of the garment may comprise a secondary layer of compression material. This can advantageously provide greater compression and a tighter bind, which reduces the appearance of the wearer's chest or any protrusions. Greater compression and a tighter bind can also advantageously provide suitable compression for a larger, fuller figured wearer. In some embodiments, at least one of the front portion and the rear portion of the garment may comprise a tertiary layer of compression material providing even higher levels of torso compression.

[0026] In some embodiments, the at least two layers of compression material may have different fabric grain orientations. This can advantageously provide different compression characteristic to the front and rear panels in different directions. In some embodiments, the at least two layers of compression material may have aligned fabric grain orientations. This can advantageously provide more uniform compression characteristics to the front and rear portions of the garment. Increasing the number of layers of compression material may increase the levels of compression achievable from the garment.

[0027] In some embodiments, the compression material extends to the top of the shoulder. This can advantageously reduce bulging of the torso where the boundaries of the garment lie. When applying compression to a region of soft tissue of a wearer, the soft tissue disposed outside of the boundary of the region can bulge outwardly from the torso of the wearer. The amount of bulging can be amplified on highly compressible (soft) regions of the body. This bulging may provide a visual appearance undesirable to the wearer of the binding garment. This bulging can also make it more readily apparent that a binding garment is being worn by the wearer, undermining the covert nature of the binder garment. Extending the compression material to the top of the shoulder can advantageously reduce bulging, and move theboundary of the compression garment towards the shoulder region which is typically harder / firmer and less prone to bulging.

[0028] In some embodiments, the binding garment comprises an internal lining. This lining may be soft, or antibacterial and may advantageously provide an improved comfort to the binding garment or a reduction in odour for the wearer. The propensity for a material to irritate skin, such as scratch or rub against the skin, can be increased when the material is compressed into the skin. Using a soft internal lining can provide a binding garment that advantageously reduces skin irritation, thereby assisting in the comfort of the binding garment for the wearer.

[0029] In some embodiments, there is provided a binding garment comprising long sleeves. This may provide a binding garment providing better insulation, as body heat retention in the arms of the wearer can be improved by covering the arms with long sleeves. This may be advantageous in cold environments.

[0030] In some embodiments, there is provided a binding garment further comprising short sleeves. This may provide a binding garment providing less insulation, as body heat may freely radiate away from the arms of the wearer when exposed to the air. This may be advantageous in warm environments.

[0031] In some embodiments, there is provided a binding garment having no sleeves, essentially a tank top style. This may provide a binding garment with less insulation keeping the wearer is cooler, as body heat may freely radiate away from the arms and shoulders of the wearer when exposed to the air. This may be advantageous in warm environments. In addition, the lack of sleeves may allow the wearer to covertly wear the binding garment under clothes with no sleeves.

[0032] In a further aspect, the invention provides a method for compressing a torso of a wearer, the method comprising the step of: disposing an adjustable binder garment around the torso of the wearer; conforming the garment to the torso by: engaging a first adjustment mechanism by selecting one of a series of cooperating engagement means on a first side of the garment, to releasably engage a front portion of the garment to a rear portion of the garment on the first side thereof; engaging a second adjustment mechanism by selecting one of a series of cooperating engagement means on a second side of the garment, to releasablyengage the front portion of the garment to the rear portion of the garment on the second side thereof; and adjusting the compression applied to the torso by selectively releasing and re-engaging at least one of the cooperating engagement means of the first and second adjustment mechanisms until a desired compression level is achieved.

[0033] Various features, aspects, and advantages of the invention will become more apparent from the following description of embodiments of the invention, along with the accompanying drawings in which like numerals represent like components.BRIEF DESCRIPTION OF THE DRAWINGS

[0034] Embodiments of the invention are illustrated by way of example, and not by way of limitation, with reference to the accompanying drawings, of which:

[0035] Figure 1 illustrates a perspective front view of an embodiment of a binding garment for compressing a torso of a wearer, illustrating a first adjustment mechanism on a first side of the garment;

[0036] Figure 2 is a perspective rear view of the binding garment of Figure 1, illustrating a second adjustment mechanism on a second side of the garment;

[0037] Figure 3 is a rear view of the binding garment of Figure 1, illustrating a mesh panel vertically disposed in the rear portion of the garment ;

[0038] Figure 4 is a front view of the binding garment of Figure 1, illustrating both the first and second adjustment mechanisms and a series of cooperating engagement means thereof;

[0039] Figure 5 illustrates a left side view of one embodiment of a binding garment, illustrating non-symmetrical front and rear portions;

[0040] Figure 6A illustrates one embodiment of an adjustment means comprising a plurality of hooks and a plurality of cooperating eyelets for releasably receiving the hooks;

[0041] Figure 6B illustrates the plurality of eyelets of an adjustment mechanism attached to a front portion of a binder garment according to one embodiment of the invention;

[0042] Figure 7 is an internal front view of the binding garment of Figure 1, illustrating a mesh material on an inner surface of the front portion of the garment;

[0043] Figure 8A is an internal front view of one embodiment of the binding garment, illustrating a mesh arrangement that does not extend to shoulder of the garment;

[0044] Figure 8B is an internal front view of one embodiment of the binding garment, illustrating an inner lining material that extends to a top of the shoulder of the garment;

[0045] Figure 9 is an exploded front view of one embodiment of the garment, illustrating a series of layers to the front portion of the garment for providing compression and comfort to the torso of the wearer;

[0046] Figure 10 is an exploded rear view of one embodiment of the garment, illustrating a series of layers to the rear portion of the garment for providing compression and breathability to the torso of the wearer;

[0047] Figure 11 A is a perspective front view of one embodiment of the binder garment, illustrating a long body tank top for compressing the torso of the wearer;

[0048] Figure 11B is a perspective rearview of the binding garment of Figure 11A, illustrating a breathable mesh panel disposed horizontally in the rear portion;

[0049] Figure 11C is an internal front view of the binder garment of Figure 11 A, illustrating an internal mesh that does not extend to the shoulders of the garment;

[0050] Figure 11 D is an internal front view of the binder garment of Figure 11 A, illustrating an embodiment where an internal mesh extends to the shoulders of the garment;

[0051] Figure 12A is a front view of one embodiment of the binder garment as a short sleeve T-shirt for compressing a torso of a wearer;

[0052] Figure 12B is a rear view of the short sleeve T-shirt binder garment of Figure 12A;

[0053] Figure 13A is an internal front view of the binder garment of Figure 12A, illustrating an internal mesh that does not extend to the shoulders of the garment;

[0054] Figure 13B is an internal front view of the binder garment of Figure 12A, illustrating an embodiment where the internal mesh extends to the shoulders of the garment;

[0055] Figure 13C is a perspective front view of the binder garment of Figure 12A, illustrating no external features or indicia that suggest the binder garment provides compression to the torso;

[0056] Figure 13D is a perspective rear view of the binder garment of Figure 12A, illustrating a horizontally disposed mesh panel for increasing air flow to the wearer's skin;

[0057] Figure 14A is a perspective front view of one embodiment of the binder garment configured as a long sleeve T-shirt for compressing the torso of the wearer;

[0058] Figure 14B is a rear perspective view of the binder garment of Figure 14A, illustrating a horizontally disposed mesh panel for increasing air flow to the wearer's skin;

[0059] Figure 14C is an internal front view of the binder garment of Figure 14A, illustrating an embodiment where the internal mesh extends to the shoulders of the garment;

[0060] Figure 15A is a side view of one compression configuration having an increased waist compression towards a lower hem of the garment

[0061] Figure 15B is a side view of one compression configuration having a cinched central portion; and

[0062] Figure 15C is side view of one compression configuration having a high level of compression that gradually decreases towards the hem of the garment.

[0063] The invention will now be described more fully hereinafter with reference to the accompanying drawings, in which various embodiments, although not the only possible embodiments, of the invention are shown. The invention may be embodied in many different forms and should not be construed as being limited to the embodiments described below.DETAILED DESCRIPTION

[0064] In general terms, the invention is directed to a binding garment (1) for compressing the torso of a wearer embodiments of which are illustrated in Figures 1 -14 herein.

[0065] In a first embodiment, illustrated in Figures 1 -10, there is provided a binding garment (1) for compressing a torso of a wearer, comprising: a flexible layer (2) shaped to envelop the torso of the wearer and configured to define a front portion (3) and a rear portion (4); a first adjustment mechanism (20) engaged with each of the front portion (3) and the rear portion (4) to facilitate adjustment of the flexible layer (2) around a first side of the torso of the wearer; and a second adjustment mechanism (20) engaged with each of the front portion (3) and the rear portion (4) to facilitate adjustment of the flexible layer (2) around a second side of thetorso of the wearer, wherein each of the first and second adjustment mechanisms (20) comprise cooperating engagement means (21) defining a plurality of engagement configurations, whereby each of the plurality of engagement configurations provides a different level of compression to the torso of the wearer.

[0066] The flexible layer (2) can be a fabric and is preferably a compression fabric. The flexible layer (2) defines the front portion (3) and the rear portion (4) which can be symmetrical as shown in Figure 1 but need not be. In some embodiments the front portion (3) and rear portion (4) can be non-symmetrical to allow additional adjustment to the garment (1) when worn in a different orientation on the wearer, i.e turned around so the front portion and rear portion are reversed (see Figure 5). It is further contemplated that the front portion (3) and the rear portion (4) of the flexible layer (2) can be formed from different fabrics, to allow a greater compression on one side of the garment (1) and a lesser compression on a second side of the garment (1). This configuration provides additional flexibility to the wearer in tailoring the level of chest compression provided by the garment (1).

[0067] The front portion (3) and the rear portion (4) are shaped to envelop the torso of the wearer providing generous gaps around the neck and arms of the wearer, to reduce the likelihood of the garment (1) being or becoming visible under other clothing worn by the wearer. These generous gaps around a neckline (8) of the garment and arms apertures (5) can also reduce friction and rubbing of the garment increasing comfort to the wearer. The binding garment (1) provides a first and a second adjustment mechanism (20) each engaged with the front (3) and rear (4) portions of the flexible layer (2) to facilitate adjustment of the flexible layer (2) allowing it to conform to the torso of the wearer.

[0068] The adjustment mechanisms (20) provide adjustment means to thereby vary compression levels on the torso when worn. Adjustment of the first and second engagement means (20) allow the wearer to adjust the compressions applied to the torso by changing the selected cooperating engagement means (21) loosening or tightening one or both sides of the garment to apply a desired a level of compression. As the wearer become more accustomed to wearing the garment (1) for long periods (and their tolerance increases) the level of compression can be increased. In addition, the garment (1) can be quickly and easilyadjusted to relieve or reduce compression level at any time during use, giving the wearer complete control of their compression and comfort levels across the day.

[0069] Figures 6A and 6B illustrate one contemplated embodiment of the adjustment mechanisms (20) comprising a single row of hooks (23) and a plurality of rows A, B, C (25, 26, 27) of eyelets (24), the rows A, B, C (25, 26, 27) arranged at spaced intervals from each other in a side-by-side arrangement, for example 0.5 cm, 1cm, 1.5 cms. The hooks (23) can be engaged with any one of the plurality of rows (25, 26, 27) of eyelets (24) to selectively apply a high-level compression, medium compression, or gentle compression to the wearer's torso. The wearer can selectively disengage or reattach the hooks (23) to any one of the plurality of rows of eyelets (25, 26, 27) to adjust the compression applied by the garment (1).

[0070] While the embodiments shown herein illustrate the hooks (23) being attached to the rear portion (4) of the garment, and the plurality of rows of eyelets (24) being attached to the front portion (3) of the garment, this can be reversed.

[0071] For ease of donning the garment (1), each side of the rear portion (4) is individually pulled around the user and engaged at the desired compression level to the front portion (3) by securing the hooks (23) of respective sides into one of the eyelet rows (25, 26, 27) on each side of the garment. Alternatively, the garment (1) can be fastened on a first side, before slipping the garment (1) over the head or the wearer, and then fastening the hooks (23) on the other, second side. Usually the open, second side will be the wearer's non-dominant side because it is easier to reach across the torso with the dominant hand to fasten the hooks (23). Studies have found correlation between gender diversity and joint hypermobility, and the garment (1) disclosed herein provides advantages to wearers having joint hypermobility, in providing an ease of putting on and taking off the garment (1).

[0072] The hooks (23) can be adjusted to the high / medium / gentle compression levels (corresponding to rows A, B, C of eyelets (25, 26, 27)) on each side of the garment (1). However, depending on the wearer's torso, the garment (1) can be fastened in a range of configurations. For example, if the wearer is seeking increased compression towards their waist, the wearer can elect to fasten the lower hooks (23) closer to a hem (6) to rows A or B of the eyelets (24), to comparatively reduce the dimension W (and thereby increase the compression) in a lower portion of the garment closest to the hem (6) while engaging the hooks (23) closer to the armaperture (5) to row C (27). This configuration is illustrated in Figure 15A, where only rows B and C (26, 27) have been used to create greater compression proximate the hem (6) of the garment (1).

[0073] Conversely, if the wearer is seeking to decrease compression towards their waist, the wearer can elect to fasten selected upper hooks (23) closer to arm aperture (5) to rows A, B of the eyelets (24), iteratively increasing the dimension W from the arm aperture (5) towards the hem (6) and engaging hooks (23) closer to the hem (6) to row C (27). This configuration is illustrated in Figure 15C, where rows A, B and C (25, 26, 27) have been used to create an increased compression proximate the arm aperture (5) that gradually decreases towards the hem (6) of the garment (1).

[0074] In a further configuration illustrated in Figure 15B, the wearer can elect to engage one or more hooks (23) in the centre of each adjustment mechanism (20) to a higher compression level (eg. row A or B), while engaging the hooks (23) at the ends of each adjustment mechanism (20) to row C (27), creating a cinched configuration.

[0075] In some embodiments of the garment (1) the hooks (23) and eyelets (24) can be substituted for alternative engagement means for example VelcroR(or similar hook and loop fasteners), laces or a single lace, bows, strings, straps, belts and buckles, zips, studs, pop fasteners and buttons are all contemplated cooperating engagement means.

[0076] In use, the flexible layer (2) provides a compressive force around the torso of the wearer, the torso in turn applies a reaction force directed outwardly against the flexible layer (2). This outward force (30) against the flexible layer (2) creates a separating force acting on the front (3) and rear (4) portions of the flexile layer (2) trying to separate a distal edge (11) of the front portion (3) and a distal edge (11') of the rear portion (4). The adjustment mechanisms (20) resist this separating force to hold the distal edges (11,11') in fixed relationship to thereby maintain the level of compression applied to the torso. Using a compression material to form the flexible layer (2) can improve the level of compression provided and can increase wearer comfort.

[0077] In Figures 1-5, the cooperating engagement means (21) of adjustment mechanisms (20) are illustrated as hooks (23) and cooperating eyelets (24) which can resist against this separating force to maintain the level of compression. When hook (23) is inserted into acooperating eyelet (24), the hook (23) engages the eyelet (24), resisting the separating force that acts to separate the hook and eyelet. Engaging a row of eyelets (24) further positioned from the distal edge (11) will reduce a perimeter (32) of the garment (1) and thereby increase compression applied. The perimeter (32) is approximately twice the width W of the garment (1) as illustrated in Figure 3. As the adjustment mechanisms (20) are located on each of the two sides of the garment (1) the wearer has ultimate flexibility as to whether to adjust both side maintaining a more even compression across the torso, or to adjust only one side of the garment (1). This improves comfort and flexibility of the garment (1) and also allows for the fact that not all wearers are symmetrical and may require support in a non-even manner.

[0078] Illustrated in Figure 4, the garment (1) shows, the adjustment mechanisms (20) on first and second sides of the garment (1) which can be adjusted to increase or decrease the level of compression on the torso. Each of the two adjustment mechanisms (20) can be adjusted individually facilitating an uneven adjustment applied to each adjustment mechanism (20).For example, if the first adjustment mechanism (20) on the left hand side of the garment has a binding configuration wherein the hooks (23) are engaged with an eyelet row A (25) and the second adjustment mechanism (20) on the right hand side of the garment has hooks (23) engaged with an eyelet row B (26) which is spaced between 5-15mm from row A, then this uneven configuration (with a whole row difference) will increase the level of compression on a user's torso with a bias to the first side of the garment where the hooks are engaged with row A (25) as this will pull the front portion (3) of the garment (1) closer to the rear (4) portion thereby increasing the overlap of the front and rear portions at the first mechanism side of the garment (1).

[0079] Alternatively, each of the two adjustment mechanisms (20) can be adjusted individually by an equal adjustment of each adjustment mechanism (20) resulting in an even binding configuration of the binding garment (1). This even binding configuration can be maintained through multiple adjustments (engaging the hooks (23) with rows A, B, C (25, 26, 27) etc.) to the desired level of compression by changing the adjustment mechanisms (20) on each side of the garment (1) by equal measure.

[0080] In some embodiments, the garment (1) comprises the flexible layer (2) as a unitary layer. Forming the binding garment (1) from a unitary layer can provide a binding garmentthat is simple to manufacture. The adjustment mechanisms (20) being disposed on the lefthand and right-hand sides of the garment provide a convenient location for making adjustments, as the wearer can easily reach them, during use. The flexible layer (2) can also be lined with a lining material (10) to provide a super soft, more luxurious skin facing layer.

[0081] The lining material (10) can be soft and low irritant which can assist in the comfort of the binding garment (1). The propensity for a material to irritate skin, such as scratch or rub against skin, can be increased when the material is compressed against the skin, which can make binding garments uncomfortable. The internal lining (10) can reduce irritation of the wearer's skin.

[0082] Figure 7 illustrates an inner surface of the front portion (3) having two layers (16, 17) of compression material (9). This can provide greater compression and a tighter bind, which results in a flatter silhouette. This greater compression and tighter bind can also provide suitable compression for a larger, fuller figured wearer. It is also envisaged that there could be a tertiary layer of a compression material or more.

[0083] The compression material (9) is illustrated in Figure 7 as a mesh of cross-hatched lines. The compression material (9) extends across the entire inner of the front portion (3), from waistline (6) to shoulders (13), along the neckline (8) and from distal edge (11) to distal edge (11) shown in Figure 7 as side seam (15).

[0084] In Figure 7, the compression material (9) extends to the top of the shoulder (13). This can advantageously reduce the appearance of bulging. When applying compression to a region of soft tissue of a wearer, there is a tendency for some skin / tissue to bulge outside of the boundary of the garment (1). The amount of bulging can be further increased at any boundary where compression ceases. This bulging may provide a visual appearance undesirable to the wearer of the binding garment (1). This bulging can also make it more apparent to observers that the binding garment (1) is being worn by the wearer, which may be undesirable if the wearer wishes binding garment to be discrete. Where multiple compression layers are used, extending both the primary (16) and the secondary (17) compression layers to the top of the shoulder (13) can reduce bulging. To this end, increasing the compression material (9) right up to the shoulder (13) can prevent bulging in other areasof the garment (1) because the compression ceases closer to a less compressible (firm) region of the body ie. the shoulders.

[0085] Figure 8A illustrates an inner front portion (3) of garment (1') an alternative embodiment of the garment (1). In garment (1') the compression material (9) extends from waistline (6) to a portion of the neckline (8) and from distal edge (11) to distal edge (11) shown as side seam (15). However, the compression material (9) does not extend up to the shoulders (13) and meets a central portion of the neckline (8) while tapering along diagonal seams (28) to the arm apertures (5) and side seams (15). This embodiment of the garment (1') still provide compression across the torso but does not compress across the shoulders (18) which may be preferred by some wearers.

[0086] Figure 8B illustrates garment (1 ') from inside of the front portion (3) having a soft, liner material (10) across the entire inner surface for the wearer's comfort. Also illustrated in Figure 8B are rows of flat-lock stitching (7a). As this stitching in on a side of the garment (1') in direct contact with the wearer's skin, this type of stitching is preferred, being flat and stretchy and less likely to mark the skin under compression than other non-flat lock stitching forms. This flat-lock stitching is envisaged for use on all embodiments of the garments (1, T, 101, 201, 301) and is not to be confined to garment (1') only. In some embodiments, the stitching (7, 7a) can be selected to match the colour of the front portion (3) or rear portion (4) of the garment (1). In other embodiments of the invention, colour contrast stitching can be used such that the stitching (7, 7a) contrasts with the colour of the outer layer's (2) for a desirable aesthetic.

[0087] Figure 9 illustrates an embodiment of the garment (1) having the front portion (3) comprised of: a primary or outer layer (2) of a compression material (9); at least one layer, and preferably two layers, of compression mesh material (16, 17) illustrated in cross-hatch; and an inner, lining fabric (10) illustrated in grey. The legend here is the same as that of Figure 2. The lining (10) provides comfort being in direct contact with the wearer's torso. The outer layer (2) provides a level of compression to prevent the garment (1) from wrinkling and allowing the front and rear portions to conform to the torso. This also reduces the opportunity for the garment (1) to be seen or noticed under additional layers of clothing. The primary (16) and secondary (17) layers of compression mesh material are used to increase the compressionapplied by the garment (1). While Figure 9 illustrates two layers of compression mesh material it is further contemplated that a single layer may be sufficient for some wearers. Alternatively, some garments can provide increase compression levels by having three, four or five layers of compression mesh.

[0088] The compression mesh layers (16, 17) can be aligned to one another, such that a primary and a secondary compression axis of each are aligned. In some embodiments, the compression mesh layers (16, 17) can be offset or misaligned to one another to tailor the primary and secondary compression axes of the garment (1) can be varied for example layered at 45-degree angles in a diagonal arrangement or offset at 90-degrees or right angles. This layering technique can thus provide a gentle compression in one direction (for example across the chest) and a stronger compression in a second direction (for example vertically up and down the chest) depending on a wearer's needs.

[0089] The compression material (9) is a breathable, elastic material for applying compressive force to the torso of the wearer. The elasticity of the compression material (9) can reduce wrinkling of the flexible layer (2) and assist in distributing compression across the torso evenly and comfortably. The elasticity of the compression material (9) also provides that the flexible layer (2) can comfortably conform around torsos of varying shapes and sizes.

[0090] The breathability of compression material (9) can provide the binding garment (1) with breathability. Breathability can allow the wearer's sweat to evaporate, cooling them down when their body temperature rises. When the wearer's body temperature increases during binding garment compression, discomfort and overheating can be reduced by the compression material's (9) breathability which allows moisture to wick away from the body.

[0091] The compression material (9) also provides a degree of stretch in the front and rear portions (3,4) which assists in mobility for the wearer when moving their torso. For instance, when the wearer is breathing under compression, the compressional hinderance on the expansion of their lungs is reduced by the degree of stretch in the compression material (9).

[0092] In one embodiment the flexible layer (2) can be a compression nylon, having approximately 80-90% nylon and approximately 20-10% elastane. The layer (2) thus has a jersey-like look and feel, that is smooth and soft. This flexible layer (2) will be durable anddimensionally resilient. In this manner the garment (1) is designed for daily wear over long periods and engineered for comfort and repeated wear.

[0093] In one embodiment the compression material (9) can be a compression mesh, having approximately 70-80% polyester and approximately 20-30% elastane. The compression material (9) has a mesh-like appearance and a higher compression capacity than that of the outer flexible layer (2). As compression mesh layers (16, 17) are sandwiched between the flexible layer (2) and lining (10) it is not envisaged that the compression material (9) will be visible from the exterior of the front portion (3) of the garment (1). This high percentage of elastane improves the breathability of the compression material (9), with elastane being known for its wicking ability and resistance to absorbing moisture keeping it cool and dry. This compression material (9) is also highly stretchy to maintain the shape and fit of the garment (1) being based on a synthetic polyurethan fibre. Is it is also contemplated that any one of more of these layers (2, 16, 17, 10) can additionally provide an anti-microbial coating to prevent odours from perspiration of the wearer.

[0094] Figures 1 and 2 illustrate the front portion (3) and the rear portion (4) of the flexible layer (2) as separate panels that join at the top of shoulders (13). The joined front and rear portions (3,4) define an aperture therebetween bounded by neckline 8 for placing over the wearer's head to don the garment (1); this places the first adjustment mechanisms (20) on a left-hand side of the garment, and the second adjustment mechanisms (20) on a right-hand side of the garment. This arrangement may be reversed if the garment (1) is worn in reverse, depending on the wearer's preference.

[0095] Figure 2 illustrates an elongate rear insert panel (14). This insert patent (14) can be made of the compression material (9) and can be in a mesh form extending vertically along the rear portion (4) of the garment (1). The insert panel (14) is positioned to align with a spine of the wearer, in use. The insert panel (14) can assist in distributing compression across the torso comfortably and can provide a degree of stretch to the rear portion (4) of the binding garment (1), allowing more flexibility in the perimeter (32) of the garment (1). Furthermore, the insert panel (14) can assist mobility of the wearer's shoulders when moving them forward. It is also envisaged that the insert panel (14) can provide a degree of vertical stretch to the rear portion (4). In some embodiments (Figures 11-14) the rear insert panel is envisaged toextend in a horizontal direction across the rear portion (4) of the garment (1). In some embodiments (not shown) a front insert panel is also envisaged to increase breathability of the garment (1). Figure 2 illustrates a legend having three types of fabric for use in the garment. Shown in hatched detail, is a compression mesh fabric described in further detail herein. Shown in grey is a soft brushed lining material that is comfortable against the skin for long periods of use. Finaly, shown in white is a compression nylon, which is also described in further detail herein.

[0096] Figure 10 illustrates an exploded view of the rear portion (4) and one combination of layers. Figure 10 uses the same legend as that of Figure 2 and 9. The outer layer of the garment (1) is provided by the flexible layer (2). A liner or inner layer of the garment is provided by soft lining material (10). The rear inert panel (14) is formed from compression material (9) as described herein. This arrangement provides: (i) comfort for the user as the skin contacting layer is soft; (ii) an aesthetic appeal to the outer layer due to decreased wrinkling (and therefore an overall improvement to the covert nature of the garment (1) when worn); and (iii) increased breathability and comfort to the wearer from the breathable compression mesh.

[0097] The invention also provides a method for compressing the torso of a wearer, the method comprising the step of: disposing an adjustable binder garment around the torso of the wearer; conforming the garment to the torso by: engaging a first adjustment mechanism by selecting one of a series of cooperating engagement means on a first side of the garment, to releasably engage a front portion of the garment to a rear portion of the garment on the first side thereof; engaging a second adjustment mechanism by selecting one of a series of cooperating engagement means on a second side of the garment, to releasably engage the front portion of the garment to the rear portion of the garment on the second side thereof; and adjusting the compression applied to the torso by selectively releasing and re-engaging at least one of the cooperating engagement means of the first and second adjustment mechanism until a desired compression level is achieved.

[0098] Figures 11A-11 D illustrate embodiments of a binding garment (101) having a long body and no sleeves, essentially configured as a tank top. The features of binder garment (101) use similar numbering to those of binder garment (1, 1') for ease of reference.

[0099] Binder (101) comprises a front portion (103) and a rear portion (104), joined at shoulders (113) and side seams (115). The rear portion (104) is shown in Figure 11 B having a rear insert panel (114) extending horizontally across the rear of the garment from seam (115) to seam (115). The location of the rear insert panel (114) is just below the arm apertures (105) and intended to approximate a location of the breasts of a wearer. This configuration provides an outer layer (102) of a compression material (as discussed in relation to garments (1,1') herein) and a zone of increased compression by means of rear insert panel (114). The rear insert panel (114) is approximately 10-15cms in depth but can be configured to be shallower or deeper depending on the size and intended wearer of the garment (101). Increasing the compression in this region, increases the binding capacity of the garment (101) while presenting a tank-top appearance on the outer front portion (103) covering the appearance of the compression layers therein.

[0100] Although not illustrated in Figures 11A-11 D, binder (101) can be configured to have a lining layer (110) as part of at least one of the front portion (103) and the rear portion (104). In addition, binder (101) can have one or more compression mesh layers (116, 117) as described herein in relation to binder garment (1, 1') to increase the compressive force across the front panel (103).

[0101] Binder (101) is also contemplated to use flat-lock seams for comfort, and to minimise a bulky appearance to the seams of the garment (101). The flat-lock seams are a continuous stitch that can further even the compressive forces across the garment so reduce the garment (101) from puckering or biting into the torso of the wearer.

[0102] Binder (101) is shown in Figures 11A-11 D to be non-symmetrical, but it is contemplated that the garment could be configured to be symmetrical from the front portion (103) to the rear portion (104) to allow the wearer the choice of reversing the garment when worn.

[0103] The front portion (103) is illustrated in Figures 11C and 11 D in two configurations, a first (101) having an inner compression mesh (109) extending to the shoulder (113), and a second (101') have an inner compression mesh (109) stopping before the shoulder (113) and joining only a portion of the neckline (108). The compression mesh (109) is shown to stop at a mid-line (ML) around halfway down the front portion (103) and not to meet the hem (106)of the garment (101). However, it is contemplated that the extent of coverage of the compression mesh (109) could both: (i) extend further down the front portion (103) towards the hem (106); or (ii) retract to not extend as far as the mid-line (ML) of the front portion (103).

[0104] Figures 12A-12B illustrate embodiments of a binding garment (201) having a long body and short sleeves, essentially configured as a t-shirt. The features of binder garment (201) use similar numbering to those of binder garment (1, 1') for ease of reference. Externally, the binder (201) can be configured to have not indicia of a binding garment. Alternatively, as shown in Figure 13D, the binder (201) can provide a rear insert panel (214) to increase breathability of the binder (201).

[0105] Figures 13A-13D illustrate embodiments of the binding garment (201) having a long body and short sleeves, essentially configured as a t-shirt. The features of binder garment (201) use similar numbering to those of binder garment (1, 1') for ease of reference.

[0106] Binder (201) comprises a front portion (203) and a rear portion (204), joined at shoulders (213) and side seams (215). The rear portion (204) is shown in Figure 13D having a rear insert panel (214) extending horizontally across the rear of the garment from seam (215) to seam (215). The location of the rear insert panel (214) is just below the arm apertures (205) and intended to approximate a location of the breasts of a wearer. This configuration provides an outer layer (202) of a compression material (as discussed in relation to garments (1,1') herein) and a zone of increased compression by means of rear insert panel (214). The rear insert panel (214) is approximately 10-15cms in depth but can be configured to be shallower or deeper depending on the size and intended wearer of the garment (201). Increasing the compression in this region, increases the binding capacity of the garment (201) while presenting a t-shirt appearance on the outer front portion (203) covering the appearance of the compression layers therein.

[0107] Although not illustrated in Figures 13A-13D, binder (201) can be configured to have a lining layer (210) as part of at least one of the front portion (203) and the rear portion (204). In addition, binder (201) can have one or more compression mesh layers (216, 217) as described herein in relation to binder garment (1, 1') to increase the compressive force across the front panel (203).

[0108] Binder (201) is also contemplated to use flat-lock seams for comfort, and to minimise a bulky appearance to the seams of the garment (201). The flat-lock seams are a continuous stitch that can further even the compressive forces across the garment so reduce the garment (201) from puckering or biting into the torso of the wearer.

[0109] Binder (201) is shown in Figures 13A-13D to be non-symmetrical, but it is contemplated that the garment could be configured to be symmetrical from the front portion (203) to the rear portion (204) to allow the wearer the choice of reversing the garment when worn.

[0110] The front portion (203) is illustrated in Figures 13A and 13B in two configurations, a first (201) having an inner compression mesh (209) extending to the shoulder (213), and a second (201') have an inner compression mesh (209) stopping before the shoulder (213) and joining only a portion of the neckline (208). The compression mesh (209) is shown to stop at a mid-line (ML) around halfway down the front portion (203) and not to meet the hem (206) of the garment (201). However, it is contemplated that the extent of coverage of the compression mesh (209) could both: (i) extend further down the front portion (203) towards the hem (206); or (ii) retract to not extend as far as the mid-line (ML) of the front portion (203).

[0111] Figures 14A-14C illustrate embodiments of a binding garment (301) having a long body and long sleeves, essentially configured as a long-sleeved t-shirt. The features of binder garment (301) use similar numbering to those of binder garment (1, 1') for ease of reference.

[0112] Binder (301) comprises a front portion (303) and a rear portion (304), joined at shoulders (313) and side seams (315). The rear portion (304) is shown in Figure 14B having a rear insert panel (314) extending horizontally across the rear of the garment from seam (315) to seam (315). The location of the rear insert panel (314) is just below the arm apertures (305) and intended to approximate a location of the breasts of a wearer. This configuration provides an outer layer (302) of a compression material (as discussed in relation to garments (1,1') herein) and a zone of increased compression by means of rear insert panel (314). The rear insert panel (314) is approximately 10-15cms in depth but can be configured to be shallower or deeper depending on the size and intended wearer of the garment (301). Increasing the compression in this region, increases the binding capacity of the garment (301) whilepresenting a tank-top appearance on the outer front portion (303) covering the appearance of the compression layers therein.

[0113] Although not illustrated in Figures 14A-14C, binder (101) can be configured to have a lining layer (310) as part of at least one of the front portion (303) and the rear portion (304). In addition, binder (301) can have one or more compression mesh layers (316, 317) as described herein in relation to binder garment (1, 1') to increase the compressive force across the front panel (303).

[0114] Binder (301) is also contemplated to use flat-lock seams for comfort, and to minimise a bulky appearance to the seams of the garment (301). The flat-lock seams are a continuous stitch that can further even the compressive forces across the garment so reduce the garment (301) from puckering or biting into the torso of the wearer.

[0115] Binder (301) is shown in Figures 14A-14C to be non-symmetrical, but it is contemplated that the garment could be configured to be symmetrical from the front portion (303) to the rear portion (304) to allow the wearer the choice of reversing the garment when worn.

[0116] The front portion (303) is illustrated in Figures 14C having an inner compression mesh (309) extending to the shoulder (313). The compression mesh (309) is shown to stop at a midline (ML) around halfway down the front portion (303) and not to meet the hem (306) of the garment (301). However, it is contemplated that the extent of coverage of the compression mesh (309) could both: (i) extend further down the front portion (303) towards the hem (306); or (ii) retract to not extend as far as the mid-line (ML) of the front portion (303).

[0117] It is contemplated that the binding garments (1, 1', 101, 201, 301) could have varying neck lines (8), such as a turtleneck or a v-neck, depending on different levels of compression sought. These different embodiments also provide a wearer with flexibility to change their binder (1) to better suit the items of clothing to be worn over the binder (1).

[0118] It will be appreciated by persons skilled in the art that numerous variations and modifications may be made to the above-described embodiments, without departing from the scope of the following claims. The present embodiments are, therefore, to be considered in all respects as illustrative and not restrictive.

[0119] Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Although any methods and materials similar or equivalent to those described herein can also be used in the practice or testing of the present invention, a limited number of the exemplary methods and materials are described herein.

[0120] It is to be understood that, if any prior art publication is referred to herein, such reference does not constitute an admission that the publication forms a part of the common general knowledge in the art, in Australia or any other country.

[0121] In the claims which follow and in the preceding description of the invention, except where the context requires otherwise due to express language or necessary implication, the word "comprise" or variations such as "comprises" or "comprising" is used in an inclusive sense, i.e. to specify the presence of the stated features but not to preclude the presence or addition of further features in various embodiments of the invention.

Claims

CLAIMSThe claims defining the invention are as follows:

1. A binding garment for compressing a torso of a wearer, comprising: a flexible layer shaped to envelop the torso of a wearer and configured to define a front portion and a rear portion; a first adjustment mechanism engaged with each of the front portion and the rear portion to facilitate adjustment of the flexible layer around a first side of the torso of the wearer; and a second adjustment mechanism engaged with each of the front portion and the rear portion to facilitate adjustment of the flexible layer around a second side of the torso of the wearer, wherein each of the first and second adjustment mechanisms comprise cooperating engagement means defining a plurality of engagement configurations, whereby each of the plurality of engagement configurations provides a different level of compression to the torso of the wearer.

2. The binding garment of claim 1, wherein the first and second cooperating engagement means comprise a series of hooks and cooperating eyelets.

3. The binding garment of claim 1 or claim 2, wherein the first and second cooperating engagement means comprise a series of protrusions and cooperating recesses for receiving said protrusions.

4. The binding garment of claim 1 or claim 2, wherein the first and second cooperating engagement means comprise a plurality of two-piece studded fasteners or pop fasteners.

5. The binding garment of claim 1 or claim 2, wherein the first and second cooperating engagement means comprise a plurality of buttons and cooperating buttonholes.

6. The binding garment of claim 1 or claim 2, wherein the first and second cooperating engagement means comprises plurality of strips of looped fabric and at least one cooperating strip of loop engaging fabric.

7. The binding garment of any one of the previous claims, wherein the front and rear portion are formed from a unitary layer.

8. The binding garment of any one of the previous claims, wherein the front and rear portion are configured to provide an aperture therebetween for placing over the head of the wearer.

9. The binding garment of any one of the previous claims, wherein a first of the pair of adjustment mechanisms is disposed on a left-hand side of the garment, and a second of the pair of adjustment mechanisms is disposed on a right-hand side of the garment.

10. The binding garment of any one of the previous claims, wherein the pair of adjustment mechanisms are configured to adjust an overlap between distal edges of the front and rear portions on at least one of the left-hand and right-hand sides of the garment.

11. The binding garment of claim 10, wherein adjustment of the overlap between the distal edges of the front portion and the rear portion alters a perimeter of the binding garment to thereby increase or decrease a level of compression applied to the torso of the wearer.

12. The binding garment of any one of the previous claims, wherein the pair of adjustment mechanisms are arranged to engage distal edges of the front portion with distal edges of the rear portion and hold these distal edges in a fixed spatial relationship to thereby adjust a or the perimeter of the binding garment tension the front and rear portions of the garment the apply a compressive force to targeted regions of the wearer's torso.

13. The binding garment of any one of the previous claims, wherein the flexible layer comprises a compression material layer.

14. The binding garment of any one of the previous claims, wherein the flexible layer comprises a plurality of fabric layers.

15. The binding garment of claim 14, wherein one of the plurality of fabric layers is a compression material.

16. The binding garment of claim 14, wherein one of the plurality of fabric layers is a high compression material and one of the plurality of fabric layers is a low compression material.

17. The binding garment of any one of the previous claims, wherein at least one of the plurality of fabric layers is a mesh material.

18. The binding garment of any one of the previous claims, wherein at least two of the plurality of fabric layers are a mesh material.

19. The binding garment of any one of the previous claims, wherein the at least two layers of mesh material are oriented in alignment to align the grain / nap of the material layers.

20. The binding garment of any one of the previous claims, wherein the at least two layers of mesh material are not in alignment to offset the grain / nap of the material layers.

21. The binding garment of any one of the previous claims, wherein one of the plurality of fabric layers is a lining material.

22. The binding garment of claim 17 or claim 18, wherein the mesh material layer extends across the entire front portion of the garment.

23. The binding garment of claim 17 or claim 18, wherein the mesh material layer extends partially across the front portion of the garment.

24. The binding garment of any one of the previous claims, wherein the rear portion comprises an insert panel, the rear portion comprising a first material and the insert panel comprising a second material.

25. The binding garment of claim 24, wherein the insert panel extends vertically along the rear portion.

26. The binding garment of claim 24 wherein the insert panel extends horizontally across the rear portion.

27. The binding garment of claim 25 or claim 26, wherein the insert panel comprises a mesh material.

28. The binding garment of claim 27, wherein the insert panel comprises a compression mesh material.

29. The binding garment of any one of the previous claims, wherein flat-lock stitching is used on the seams of the garment.

30. The binding garment of any one of the previous claims, wherein at least one seam of the garment is coated with jelly tape.

31. A method for compressing a torso of a wearer, the method comprising the steps of: disposing an adjustable binder garment around the torso of the wearer; conforming the garment to the torso by: engaging a first adjustment mechanism by selecting one of a series of cooperating engagement means on a first side of the garment, to releasably engage a front portion of the garment to a rear portion of the garment on the first side thereof;engaging a second adjustment mechanism by selecting one of a series of cooperating engagement means on a second side of the garment, to releasably engage the front portion of the garment to the rear portion of the garment on the second side thereof; and adjusting the compression applied to the torso by selectively releasing and reengaging at least one of the cooperating engagement means of the first and second adjustment mechanisms until a desired compression level is achieved.

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