fig5 a - 5 d illustrate the multi - angle hook 20 in one exemplary embodiment of the present invention . fig5 a illustrates a side view , fig5 b a front view , fig5 c a foldout view , and fig5 d an additional view . as illustrated in fig5 a , the multi - angle hook 20 includes a member 22 and a member 24 , which , as shown , are at a right angle or substantially a right angle to each other , although this is not essential . in fact , the angle between members 24 and 26 can be any angle as long as the angle is capable of a portion of the seat platform 12 , which will be discussed in more detail below with respect to fig6 a - 6 d . the multi - angle hook 20 also includes a member 26 and a member 28 . in a preferred embodiment , the multi - angle hook 20 is formed as a single piece , preferably of metal , but also possibly of any type of rigid , sturdy , plastic , wood or any other suitable material . as illustrated in fig5 a and 5 d , the angle between members 24 and 26 is obtuse , in particular , approximately 135 ° and the angle between members 26 and 28 is a right angle or substantially a right angle to each other , although these values are also not essential . in fact , similar to the angle between members 22 and 24 , the angles between members 24 and 26 and members 26 and 28 can be any angle as long as the angles are capable of catching a portion of the seat platform 12 , which will be discussed in more detail below with respect to fig6 a - 6 d . as illustrated in fig5 a - 5 d , the multi - angle hook 20 includes at least one hole 30 for securing the multi - angle hook to the extension 10 . in a preferred embodiment , the at least one hole 30 is counter - sunk . in another preferred embodiment , the number of holes 30 is three , although any number of holes may be used . further , the manner in which the multi - angle hook 20 is secured to the extension 10 , screws , bolts , nails , rivets , pins , staples , snaps , ( or any other suitable fastener ), glue ( which might obviate the need for holes altogether ), etc ., is not significant , as long as the multi - angle hook 20 and the extension 10 are secured together . fig6 a - 6 d illustrate the relationship between the extension 10 , the seat platform 12 , and the multi - angle hook 20 in several positions . fig6 a illustrates the bed position , where the extension 10 and the seat platform 12 are both substantially parallel to the floor . as illustrated in fig6 a , the multi - angle hook 20 is secured to the extension 10 and the multi - angle hook 20 is arranged such that it catches the seat platform 12 . as illustrated , member 22 of the multi - angle hook 20 contacts and is substantially parallel to a top side of the seat platform 12 and member 24 of the multi - angle hook 20 contacts and is substantially parallel to a front side of the seat platform 12 . in this manner , the extension 10 is supported by the seat platform 12 at one end and via legs 11 at the other end . further , the multi - angle hook 20 enables the extension to temporarily engage the seat platform 12 , when in the bed position . fig6 b illustrates the steamer position , where the extension 10 and the seat platform 12 are both substantially tilted with respect to the floor . as illustrated in fig6 b , the multi - angle hook 20 is secured to the extension 10 and the multi - angle hook 20 is arranged such that it again catches the seat platform 12 . as illustrated , member 26 of the multi - angle hook 20 contacts and is substantially parallel to a top side of the seat platform 12 and member 28 of the multi - angle hook 20 contacts and is substantially parallel to a front side of the seat platform 12 . in this manner , the extension 10 is supported by the seat platform 12 at one end and via the floor on the other end . further , the multi - angle hook 20 enables the extension to temporarily engage the seat platform 12 , when in the steamer position . it may also be advantageous for member 22 to have a notch or indent 21 , at one end to further secure the seat platform 12 . it is further noted that member 28 is optional fig6 c illustrates the lounger position , which is somewhat of a hybrid between the bed position and the steamer position in that the extension 10 may be parallel or substantially parallel to the floor as in the bed position ( although the seat platform 12 is not ) or the extension 10 may be tilted with respect to the floor , but less tilted than the seat platform 12 in the steamer position . as illustrated in fig6 c , the multi - angle hook 20 is secured to the extension 10 and the multi - angle hook 20 is arranged such that it again catches the seat platform 12 . as illustrated , member 24 of the multi - angle hook 20 contacts the side of the seat platform 12 and member 22 and / or the extension 10 itself contact the top side of the seat platform 12 . in this manner , the extension 10 is supported by the seat platform 12 at one end and via the legs 11 on the other end . further , the multi - angle hook 20 enables the extension to temporarily engage the seat platform 12 , when in the lounger position . it may also be advantageous for member 24 and / or member 22 ( or the extension 10 itself ) to have a notch or indent 21 , to further secure the seat platform 12 . fig6 d illustrates the closed or unextended position , where the slats of the extension 10 are nested within the slats of the seat platform 12 . the extension slats slide in between the slats of the seat platform 12 , sliding in and out in relation to them . as illustrated in fig6 d , the extension 10 and the seat platform 12 are both substantially tilted with respect to the floor . as illustrated in fig6 d , the multi - angle hook 20 is arranged in front of a rear rail of the seat platform 12 . as illustrated in fig6 d , there is little or no interaction between the multi - angle hook and the seat platform 12 in the closed or unextended position . fig7 a - 7 c illustrate the lounger position , the steamer position , and the bed position , respectively , from additional angles . although each of fig6 a - 6 d and 7 a - 7 c illustrate two multi - angle hooks , any number of hooks 20 may be utilized . further , although the multi - angle hook 20 of fig6 a - 6 d and 7 a - 7 c contacts top and front sides of the front rail of the seat platform 12 , the multi - angle hook 20 may contact any surface of the seat platform 12 or the extension 10 to accomplish the desired goal . still further , although the multi - angle hook 20 of fig6 a - 6 d and 7 a - 7 c is shown as being attached to the extension 10 , the multi - angle hook could also be attached to the seat platform 12 . still further , the multi - angle hook 20 may be configured so that in the lounger position , the extension 10 is inclined with respect to the floor ( fig6 c ) or parallel to the floor ( fig7 a ). it is obvious from fig6 a and 6 c that member 28 is unnecessary in both the bed and lounger positions . it is less obvious that member 28 is also not necessary ( although helpful ) in the steamer position of fig6 b . the weight of the futon mattress can keep the multi - angle hook 20 in place in the steamer position . accordingly , the inclusion of member 28 is considered desirable , but not necessary . as described the present invention is directed to a multi - angle hook and a method of temporarily securing two frame components of a futon bed together . the multi - angle hook and method of temporarily securing two frame components of a futon bed together of the present invention changes the nature of the attachment two frame components of a futon bed by allowing easy and complete removal of one frame component from another . the multi - angle hook and method of temporarily securing two frame components of a futon bed together of the present invention allow one frame component to be freely lifted off another frame component and alternately lowered and set into place . the multi - angle hook and method of temporarily securing two frame components of a futon bed together of the present invention facilitates conversion of the futon frame into its various positions ( bed , steamer , lounger ) because the futon frame is easier to manipulate with one or frame components removed . further , defective parts are easily replaced using the multi - angle hook and method of temporarily securing two frame components of a futon bed together of the present invention . still further , parts management in manufacturing is simpler using the multi - angle hook and method of temporarily securing two frame components of a futon bed together of the present invention , thereby saving production cost . the invention being thus described , it will be obvious that the same may be varied in many ways . such variations are not to be regarded as a departure from the spirit and scope of the invention , and all such modifications as would be obvious to one skilled in the art are intended to be included within the scope of the following claims .
a multi - angle hook fastened to an extension member , that is used to stop the extension from completely pulling out of the frame it sits in . when fully extended , the multi - angle hook allows at least three different holding positions , seen as three different angles that the extension sits at while using the multi - angle hook as its fixed point of pivot . the multi - angle hook is a metal , plastic , or wood plate bent along several parallel lines , across its width , at varying angles .