magnet and casing with strap for attachment to a suspenders strap end 50 referring to fig1 there is shown an exploded perspective view of a preferred embodiment of the magnetic clasp that generally comprises two components : 1 .) a belt attachment 40 with attached ferrous metal target 42 , 2 .) a component 50 comprising a magnet 59 and magnet casing 58 with a means of attaching a strap 57 which , in turn incorporates a hook and loop means for attachment to a suspenders strap end 54 . not shown in this figure are the suspenders to which component 50 is to be attached . later fig2 , 24 and 25 will illustrate preferred and alternative embodiments of the suspenders straps . in the preferred embodiment the magnetic clasp component 50 there is incorporated into magnet casing 58 a magnet 59 that utilizes a rare earth material such as neodymium and has a rating of n42 or higher and includes a protective coating such as nickel or other suitable decorative material to prevent corrosion . magnet casing 58 is comprised of a plastic material such as nylon , pvc , styrene or other suitable plastic and the magnet 59 is held in place by adhesive or mechanical means . this magnet casing 58 incorporates a means of attaching a strap 57 which has a hook pad 56 attached to the inner surface of strap 57 . a suspenders strap end 54 has a loop pad attached to its &# 39 ; outer surface making it possible to attach the casing strap 57 to the suspenders end strap 54 . while a hook and loop fastening system is a preferred embodiment , other attachment means such as buttons or zippers may be utilized . the straps 54 and 57 of component 50 are intended to be of sufficient length so as to provide for vertical adjustment of the position of the magnet casing 58 so that it is opposite the ferrous metal target 42 . fig1 further illustrates the positioning of the magnet 59 and magnet casing 58 such that they are held in a fixed position vertically at the end of a suspenders strap with the magnet 59 and magnet casing 58 inside the wearer &# 39 ; s clothing and directly opposite the belt attachment 40 and its &# 39 ; attached ferrous metal target 42 . in this preferred embodiment the belt attachment 40 is given a “ j ” shape with a spring foil so that it may easily be clipped to the underside of the wearer &# 39 ; s belt 31 with the long face of the attachment 40 and the attached ferrous metal target 42 on the inside face of the belt 31 . the belt attachment 40 and its &# 39 ; attached target 42 may be comprised of any suitable ferromagnetic material and may incorporate decorative and protective coatings such as gold , silver or nickel . the resultant attraction between the magnet 59 and the ferrous metal target 42 effectively connects the wearer &# 39 ; s belt 31 to the suspenders and , thus , the weight of the trousers is borne on the wearer &# 39 ; s shoulders and upper torso . fig5 , 6 , 7 and 8 illustrate the preferred and alternative embodiments of the magnet casing 58 . the magnet casing 58 shown in fig5 is comprised of a plastic material such as nylon , pvc or styrene and incorporates a casing wall 64 that extends above the surface of the magnet 59 and terminates in a serrated surface 65 . these serrations are intended to reduce the possibility of slippage along the inner surfaces of the wearer &# 39 ; s clothing . flange 67 incorporates an attachment means for a strap . the magnet casing 58 shown in fig6 is comprised of a plastic material such as nylon , pvc or styrene and completely encloses the magnet 59 . the thin outer surface 65 is serrated or textured such that it will reduce the possibility of slippage along the inner surface of the wearer &# 39 ; s clothing . flange 67 incorporates an attachment means for a strap . the magnet casing 58 shown in fig7 is comprised of a ferromagnetic material and incorporates a casing wall 64 that extends above the surface of the magnet 59 so as to reduce the possibility of slippage along the inner surface of the wearer &# 39 ; s clothing . this magnet casing 58 may further be magnetized and of a polarity complimentary to the magnet 59 so as to enhance the attraction to the ferrous metal target 42 . flange 67 incorporates an attachment means for a strap . the casing 58 shown in fig8 is comprised of a ferromagnetic material structural substrate with a casing wall 64 to hold the magnet 59 and a flexible plastic outer coating 66 . this outer coating 66 may be of a material that is inherently frictional so as to resist slippage along the inner surface of the wearer &# 39 ; s clothing . flange 67 incorporates an attachment means for a strap . fig9 , 10 , 11 , 12 , 13 , 14 , 15 and 16 illustrate details of a preferred embodiment of the belt attachment 40 and an alternative embodiment of a belt attachment 41 wherein these attachments are not a permanent part of the wearer &# 39 ; s belt . both embodiments have a ferrous metal target 42 attached to their respective inner faces . fig9 and 10 are plan and sectional views , respectively of a preferred embodiment of the belt attachment 40 with its &# 39 ; attached ferrous metal target 42 . in this embodiment the belt attachment is in a “ j ” shaped clip that incorporates a spring foil 45 so that this embodiment of the belt attachment 40 and its attached ferrous metal target 42 may be positioned on the underside of the wearer &# 39 ; s trousers belt with the ferrous metal target 42 facing the wearer &# 39 ; s torso and remain there through the clamping effect of the spring foil 45 . fig1 and 12 are plan and sectional views , respectively of an alternative embodiment of a belt attachment 41 . in this embodiment the belt attachment is in a “ c ” shape with folds at the upper and lower sides 46 so that this embodiment of a belt attachment 41 may be positioned on the wearer &# 39 ; s belt with its &# 39 ; attached ferrous metal target 42 facing the wearer &# 39 ; s torso and remain there without any clamping effect or any resultant undesirable deformation of the user &# 39 ; s trousers belt . fig1 and 14 are exploded and assembled views , respectively , of the preferred embodiment of the magnet and casing 58 with the preferred embodiment of the belt attachment 40 with it &# 39 ; s attached ferrous metal target 42 shown in place relative to the wearer &# 39 ; s trousers and belt . fig1 and 16 are exploded and assembled views , respectively , of the preferred embodiment of the magnet and casing 58 with an alternative embodiment of a belt attachment 41 with its &# 39 ; ferrous metal target 42 shown in place relative to the wearer &# 39 ; s trousers and belt . fig1 , 18 , 19 , 20 , 21 and 22 illustrate further alternative embodiments of the ferrous metal target 42 . fig1 and 18 are exploded and assembled views , respectively , of the preferred embodiment of the magnet and casing 58 with an alternative embodiment of a ferrous metal target 42 wherein this target is a permanent part of the wearer &# 39 ; s belt 31 . in this embodiment the ferrous metal target 42 is secured to the wearer &# 39 ; s belt by an adhesive or inserted into a pocket in the inner face of the belt 31 . fig1 and 20 are exploded and assembled views , respectively , of the preferred embodiment of the magnet and casing 58 with an alternative embodiment of the ferrous metal target 43 wherein this target is a permanent part of the wearer &# 39 ; s belt 31 . in this embodiment a ferrous metal target 43 incorporates a countersunk hole so that it may be secured to the wearer &# 39 ; s belt by a rivet 44 or other similar mechanical means . fig2 and 22 are exploded and assembled views , respectively , of the preferred embodiment of the magnet and casing 58 with a further alternative embodiment of the magnetic clasp wherein a belt is not utilized . in this embodiment the belt and ferrous metal belt attachments are supplanted by a disk or button shaped ferrous metal target 45 with a target casing 46 . the target casing 46 is shaped in such a manner as to facilitate removal the ferrous metal target from the magnetic attraction of the magnet 59 . additionally , any of the ferrous metal targets described above may be magnetized and of a polarity such that there is an enhanced attraction to the magnet 59 . fig2 , 24 and 25 illustrate a preferred and two alternative embodiments of the suspenders utilized to support the magnetic clasps 50 in a fixed position vertically on the wearer &# 39 ; s torso . fig2 illustrates the preferred embodiment of the suspenders in which a pair of magnetic clasps are located at the front of the wearer &# 39 ; s trousers and supported by a pair of anterior straps 60 which pass over the shoulders either side of the wearer &# 39 ; s neck and return downward and underneath each arm wrapping around the wearer &# 39 ; s torso 32 and converging at the top of the magnetic clasp components 50 . a supplemental anterior strap 62 runs horizontally between the two magnetic clasp components 50 to both connect and separate these clasp components and a supplemental posterior strap 61 connects the two straps 60 at the back of the wearer to prevent the straps 60 from slipping off the wearer &# 39 ; s shoulders . the magnet casing components 58 of the magnetic clasps are positioned inside the wearers clothing opposite the ferrous metal targets 42 which are held in place by the belt attachments 40 . the resultant magnetic connection between magnet components 59 of the magnetic clasp and the ferrous metal targets 42 attaches the suspenders to the wearer &# 39 ; s belt 31 so that the weight of the wearer &# 39 ; s trousers 34 is carried on the wearer &# 39 ; s shoulders . fig2 illustrates an alternative embodiment of the suspenders and incorporates a pair of magnetic clasps , one each at a front and rear location on wearer &# 39 ; s trousers . in this embodiment the anterior magnetic clasp component 50 supported by a pair of anterior straps 60 which pass over the shoulders either side of the wearer &# 39 ; s neck and return downward as a pair of posterior straps which converge at and support the posterior magnetic clasp component 50 . the anterior and posterior magnet casings 58 are positioned inside the wearers clothing and opposite the ferrous metal targets 42 . the resultant magnetic connection between the magnets 59 and the ferrous metal targets 42 attaches the suspenders to the wearer &# 39 ; s belt 31 so that the weight of the wearer &# 39 ; s trousers 34 is carried on the wearer &# 39 ; s shoulders . fig2 illustrates a further alternative embodiment of the suspenders which incorporates a t - shirt as an integral part of the suspenders . this t - shirt 74 has a pair of loop pads 73 approximately one inch wide attached at the shoulder seam of the t - shirt and which extend downward approximately eight inches so as to provide for an additional means of adjustment for the vertical position of the magnetic clasp component 50 . a pair of hook pads 72 approximately one inch wide and three inches long with an appropriate backing such as leather or plastic are attachment points on the loop pads 73 for a support strap 71 comprised of a nylon or woven metal cord or may be a metal or plastic chain or other suitable material . the magnetic clasp component 50 is attached to the center of support strap 71 and the resultant “ v ” shape allows the magnet casing 58 to be positioned inside the wearers clothing and opposite the ferrous metal target 42 . the resultant magnetic connection between the magnet 59 and the ferrous metal target 42 attaches the suspenders to the wearer &# 39 ; s belt 31 so that the weight of the wearer &# 39 ; s trousers 34 is carried on the wearer &# 39 ; s shoulders .
a suspenders system having at least one magnetic clasp comprising a strong permanent magnet attached to a suspenders arrangement that allows most of the suspenders to be worn underneath a wearer &# 39 ; s clothing . with the suspenders arrangement in place , the only exterior elements of the suspenders system are either ferrous metal belt attachments or matching permanent magnet buttons . the magnetic clasp underlays at lease one layer of clothing allowing the suspenders system to be worn in a concealed fashion .