referring now particularly to fig1 of the drawings , the present invention will be seen to relate to a kit or assembly providing for the remote actuation of a conventional wall mounted toggle type light or other switch s when installed thereto . the switch extension kit 10 comprises a movable extension rod 12 , a fixed enclosure channel 14 providing for the enclosure of the rod 12 , and a fixed backing plate 16 which secures to the enclosure channel 14 to provide for the enclosure of the rod 12 within the channel 14 and backing plate 16 assembly . each of the above components 12 , 14 and 16 may be formed in any practicable length , but are generally on the order of some two feet in length . with the standard light switch being mounted approximately four and one half feet above the floor , the lower end of the extension assembly 10 would be some two and one half feet , or 30 inches , from the floor , enabling small children and physically handicapped and wheelchair confined persons access to the lower end of the assembly to operate a switch to which the assembly is secured . again , shorter or longer lengths of the components 12 , 14 , and 16 may be provided as required and / or desired . the extension rod 12 is preferably formed of a single piece of material , and is preferably of a rectangular cross section in order to fit closely within the rectangular enclosure channel interior to preclude arcuate motion about its length . the rod 12 has a first or switch toggle contact end 18 and an opposite second or extension toggle end 20 , and opposite front 22 and rear 24 sides . the rear side 24 ( shown in fig2 b ) is located facing the wall w and adjacent the backing plate 16 , and includes a socket 26 therein adjacent the first end 18 . this socket 26 serves to capture the toggle t of the switch s therein when the assembly is installed to the switch s and the adjacent wall w . the front side 22 of the rod 12 includes an extension toggle 28 extending therefrom , adjacent the second end 20 . this extension toggle 28 is preferably configured to have a substantially similar size and shape as the configuration of a standard , conventional light switch toggle t , in order to train small children properly and also so as not to confuse adults who are used to a conventional switch toggle t . by moving the extension toggle 28 upwardly and downwardly in the conventional manner , the switch toggle t captured within the socket 26 is actuated , with all movement being conventional . it will be noted that the present extension kit includes only a single movable component when it is installed , and that component is the extension rod 12 . the other two components , the enclosure channel 14 and the backing plate 16 , are fixed in place . the simplicity of the mechanical operation of the present invention results in an extremely durable and reliable device , which is quite resistant to damage from hard or continued use or inadvertent misuse from small children . the enclosure channel 14 comprises a front face 30 having opposite first and second sides 32 ( fig2 a ) and 34 extending therefrom , and a first or switch end 36 and an opposite second or extension end 38 . the first and second ends 36 and 38 are spaced apart sufficiently to contain the extension rod 12 therebetween and to allow sufficient longitudinal motion of the rod 12 as it moves to actuate a switch toggle t . the interior 40 of the enclosure channel 14 includes a plurality of guide ribs 42 therein ( more clearly shown in fig2 a ), with the guide ribs 42 having internal dimensions formed to closely fit the cross sectional dimensions of the extension rod 12 , to substantially reduce or eliminate lateral play or movement of the rod 12 within the enclosure channel 14 . the peripheral edges 44 and 46 respectively of the first and second sides 32 and 34 of the channel 14 also include flanges 48 on the interior edges or rims thereof , which flanges 48 serve to secure the enclosure channel 14 to the backing plate 16 , as will be described further below . in addition to the above features , the front face 30 of the enclosure channel 14 also includes a slot 50 adjacent the second end 38 , providing for passage of the extension toggle 28 of the extension rod 12 therethrough . the front face 30 of the channel 14 may also include indicating means 52 ( e . g ., &# 34 ; on &# 34 ; and &# 34 ; off &# 34 ;) to either side of the slot 50 , in the manner of a conventional toggle switch s , to indicate the direction of movement of the extension toggle 28 for proper operation of the switch to which the present switch extension kit assembly 10 is installed . such indications 52 will further aid a small child in learning the conventional operation of a switch s as he or she develops . the backing plate 16 is configured to secure to both the switch s and the wall w below the switch s to secure the assembly 10 in place , and also to secure to the enclosure channel 14 . the backing plate includes a rear or wall contact surface 54 ( fig2 c ), an opposite front or enclosure channel surface 56 , a first or switch contact end 58 , an opposite second or extension end 60 , a first peripheral edge 62 , and an opposite second peripheral edge 64 . the front surface 56 includes a plurality of channel flange engagement tabs 66 along the first and second peripheries 62 ad 64 , extending outwardly from the front surface 56 . these tabs are configured to catch the edges of the enclosure channel flanges 48 as the two components 14 and 16 are urged together , to secure the two components 14 and 16 together . the backing plate 16 may be removed from the enclosure channel 14 by prying the tabs 66 away from their engagement with the flanges 48 , if disassembly is desired . the opposite , rear surface 54 of the backing plate 16 includes a relief area 68 extending from the first end 58 for some distance along the rear surface 54 . this relief area 68 provides clearance for a conventional , standard switch plate p , which typically extends outwardly from the surface of a wall w on the order of 3 / 16inch or so . by providing a relief area 68 in the rear surface 54 of the backing plate 16 , the remaining relatively higher rear surface of the backing plate 16 will be in contact with the wall w when the backing plate 16 is installed over the protruding switch plate p . the relief area 68 also includes a passage 70 therethrough providing clearance for a switch toggle t , and holes 72 for switch plate attachment fasteners f ( i . e ., screws ) to secure the backing plate relief area 68 to a switch plate p . the backing plate 16 is mechanically secured to a switch plate p by means of the fasteners f , as discussed above , by removing the switch plate fasteners f from the plate p and placing the relief area 68 of the backing plate 16 over the switch plate p , and reinstalling the fasteners f through both the backing plate 16 and the switch plate p . additional security is provided for the backing plate 16 by additional wall fastening means , such as the cooperating first and second hook and loop fastening material portions 74 and 76 ( e . g ., velcro , tm ) provided . the first portion 74 may be secured to the rear surface 54 of the backing plate 16 , with the cooperating second portion 76 of the material secured to the wall w . preferably , at least one set of such fasteners 74 and 76 are provided , at least at some intermediate area of the backing plate ; additional securing means may be provided as desired along the length of the rear surface 54 of the backing plate 16 , as shown in fig2 c . alternative means for securing the backing plate 16 to a wall w are shown in fig2 c , which means may be used in lieu of or in addition to the hook and loop fastening material 74 and 76 discussed above , and at intermediate or other locations along the length of the backing plate 16 . in fig2 c , an adhesive patch 78 is provided on the rear surface 54 of the backing plate 16 , near the second or extension end 60 for security thereof . the removable protective sheet 80 may be peeled from the adhesive portion 78 , and the backing plate adhesively secured to the wall w . again , such adhesive means 78 may be used instead of or in combination with other backing plate 16 securing means , and / or other ( mechanical , etc .) means may be used . the present switch extension kit 10 is assembled by placing the extension rod 12 in the enclosure channel 14 , with the extension toggle 28 of the rod 12 extending through the extension toggle slot 50 in the enclosure channel 14 . the enclosure channel 14 is then snapped into place on the backing plate 16 , which has previously been secured to the switch plate p and wall w as discussed above , with the channel engagement tabs 66 of the backing plate 16 catching the enclosure channel flanges 48 to secure the two components 14 and 16 together . the first end 36 of the enclosure channel 14 is positioned adjacent the first end 58 of the backing plate 16 as the two components 14 and 16 are secured together , to capture and enclose the extension rod 12 therein . the result is a switch extension which is securely mounted to both the switch plate p , using the existing mechanical means f , and is further secured to the adjacent wall w by other means discussed above . the combination of attachment means ensures that the extension will remain solidly and securely in place during use , even when misuse occurs due to operation by small children . even though the existing switch toggle t is completely covered by the upper end 36 of the enclosure channel 14 , the switch remains easy for an adult to use , as typically the extension toggle 28 is disposed only some two feet or so below the standard switch , or approximately at waist height for the typical adult . yet , the extension toggle 28 is sufficiently close to the floor for small children old enough to be taught use of the device , to reach without undue effort . the close resemblance to a standard switch toggle t further assists those children in learning the operation of such devices . the entire apparatus remains relatively close to the wall w , thus substantially reducing the hazard of inadvertently catching or snagging a relatively large knob , decorative protrusion , wire , etc ., and damaging the device or the switch s to which it is attached . while the components 12 through 16 of the kit 10 may be formed of virtually any practicable material ( e . g ., metal , etc . ), preferably an electrically non - conductive material ( e . g ., plastic ) is used to provide further safety . a plastic material has the further advantage that it may be made luminescent , whereupon the luminescent property is energized by ambient sunlight during the day and / or room light when the switch s is on . when the switch s is turned off by means of the present extension and the room is darkened , the luminescence of such plastic material will enable persons to find the extension readily to operate the light ( s ) as needed . while it is not necessary that all of the components be formed of such luminescent plastic material , preferably at least the channel enclosure 14 is thus formed , as it is the largest exposed component of the kit 10 . alternatively , only the extension rod 12 may be so formed , to allow the extension toggle 28 to be lumnously visible in a darkened room . the enclosure of the single moving part , the extension rod 12 , ensures that it will not bind against the wall w or catch on any other articles while in use . the device may be easily reproved when desired by prying the enclosure channel 14 from the tabs 66 of the backing plate 16 , removing the fasteners f , and releasing the attachment means securing the remainder of the backing plate 16 to the wall w . it is to be understood that the present invention is not limited to the sole embodiment described above , but encompasses any and all embodiments within the scope of the following claims .