in fig1 pest control device 10 comprises an upper platform 12 and a lower platform 14 held spaced apart by pins 16 , one pin 16 located at each corner of the upper platform 12 and lower platform 14 . the area between upper platform 12 and lower platform 14 forms an area adapted for the placement of a pest suppression device 18 . elongate arms 20 are attached to pins 16 at each of the corners of upper platform 12 and lower platform 14 . in one embodiment , pins 16 have a slot 22 through which the distal end 26 of elongate arm 20 is inserted . this allows elongate arm 20 to slide back and forth through slot 22 either extend distal end 26 of elongate arm 20 further from platforms 12 and 14 or to retract distal end 26 of elongate arm 20 to be closer to platforms 12 and 14 . preferably , the top edge of elongate arm 20 has a serrated edge 28 which , while still allowing elongate arm 20 to slide through slot 22 , provides detent positions for elongate arm 20 . pins 16 inserted through holes 30 in upper platform 12 and lower platform 14 allow pins 16 to pivot allowing elongates arms 20 to also articulate along the plane of the major surface of upper platform 12 and lower platform 14 . pest suppression device 18 may be any of a wide variety of commercially available suppression devices , including traps and poison . traps may be any of a variety of single or multiple catch traps and may be rodent or insect traps depending on the desired use of pest control device 10 . in one preferred embodiment , pest suppression device may be any of a variety of glue pads capturing any pest , including a rodent or insect , to come into contact with the glue pad . pest suppression device 18 may also be an integral component of the pest control device 10 . in fig2 lower platform 14 is shown in top planar view . holes 30 are formed in lower platform 14 to allow pins 16 ( fig1 ) to be inserted . detents 32 are formed in the proximity of holes 30 which allow elongates arms 20 , when inserted through pins 16 , to be positioned in a plurality of detent positions . one or more tabs 34 may be formed in lower platform 14 to allow for pest suppression device 18 to be affixed to lower platform 14 . while particular dimensions of lower platform 14 are not important , other than being large enough to house or secure pest suppression device 18 and small enough to allow pest control device to be placed where it is to be used . in one preferred embodiment , lower platform 14 is sized to accommodate a pest suppression device of approximately 10 . 5 inches ( 26 . 6 centimeters ) by 7 inches ( 17 . 8 centimeters ). while not explicitly shown in a separate view , upper platform 12 may be similar to lower platform 14 . it should be recognized that detents 32 and tabs 34 need not necessarily be formed into both lower platform 14 and into upper platform 12 . rather , these features , if desired , may be formed into either of lower platform 14 or upper platform 12 , or both . also , detents 32 may be formed in one the elements and the tabs 34 formed in the other . any combination is permissible , e . g ., detents 32 for one elongate arm 20 may be formed in one element and detents 32 for another elongate arm 20 be formed in the other . pin 16 is illustrated in fig3 . pin 16 may be formed from a plastic material and could be sized to fit in holes 30 of upper platform 12 and / or lower platform 14 . in a preferred embodiment , pin 16 has a head 36 , a shank consisting of two prongs 38 forming slot 22 . two prongs 38 are tapered to allow pins 16 to be more easily inserted through holes 30 . as mentioned above , the distal end 26 can be inserted through slot 22 in pin 16 . serrated edge 28 allows elongate arm to have a plurality of detent positions depending on the distance that proximate end 24 in inserted through slot 22 . in a preferred embodiment , guide lines 40 are marked on the side of elongate arm 20 for use a guide in determining the distance which elongate arm 20 is inserted through slot 22 . a slight lower tip 42 may be formed at the distal end 26 of elongate arm to allow distal end 26 of elongate arm to rest on the same horizontal surface on which lower platform 14 is placed . while shown as a planar element in fig4 elongate arm 20 could be formed from many other shapes including u - shapes and boxes , which still facilitate a pathway for the pest to be controlled from distal end 26 of elongate arm 20 to proximate end 24 of elongate and , ultimately , to pest suppression device 18 . the components of the pest control device 10 could be constructed from any of a variety of materials including , but not limited to plastic , cardboard and metal . [ 0047 ] fig5 illustrates one possible use of pest control device 10 . shelving ( 44 and 46 ) is shown positioned on the floor 48 adjacent a vertical wall 50 . items 52 are normally stocked on shelving 44 . in a typical environment , there is some space , but not a great deal of space , between shelving 44 and floor 48 . since pests , particularly rodents , are known to prefer to locate and travel in an out of the way space such as the juncture 54 between floor 48 and wall 50 and since shelving 44 and / or items 52 prevent easy access to juncture 54 , it is difficult to set place , service and retrieve a prior art pest control device from this location . however , pest control device 10 of the present invention may readily be placed , serviced and retrieved from this location . one of elongate arms 20 of pest control device 10 may be adjusted ( extended and / or pivoted ) so that the distal end 26 of that elongate arm 20 is in the area of juncture 54 when pest control device 10 is place under shelving 44 . alternatively , elongate arm 20 may already be in an acceptable position . once elongate arm 20 is positioned in an acceptable manner , pest control device 10 may easily be placed under shelving 44 , if desired , and with distal end 26 of elongated arm 20 in the area of juncture 54 . positioned in this manner , at least one of the elongate arms 20 facilitates a pathway from the area of juncture 54 , where pests are commonly known to frequent , to the area of the pest suppression device 18 which doesn &# 39 ; t have to be positioned proximate to juncture 54 but , rather , may be positioned nearer to the front of shelving 44 allowing for easier access . as can be seen , pest control device 10 can be easily inserted into a difficult to access location , e . g ., under shelving . the adjustability of elongate arms 20 allow elongate arms 20 to be extended or retracted and pivoted about the horizontal plane so that distal end 26 of at least one of the elongate arms may be positioned in the area most frequented , e . g ., juncture 54 , by the pests to be controlled . while pest control device 10 is illustrated as having four elongate arms 20 , it is to be recognized and understood that , in alternative embodiments , pest control device 10 may be constructed of only one elongate arm 20 , or other numbers of elongate arms as may be desired . in a preferred embodiment , pest control device 10 has a plurality of elongate arms 20 , which allows distal end 26 of at least one the elongate arms 20 to be placed in the area where the pests to be controlled are most likely to frequent or to travel through . at the same time , another of the plurality of elongate arms 20 may be used as a handle by the person installing pest control device 10 to place pest control device 10 and , as a consequence , the proper placement of distal end 26 another of the plurality of elongate arms 20 . this allows a great deal of flexibility and ease of placing , servicing and removing pest control device 10 . while fig5 has been described with use next to a wall 50 , it is understood the present invention may be used when the shelving is on the floor , away from a wall 50 . in such instances , the pest control device 10 creates a pathway under the shelving in the middle of a floor which discourages a pest from wandering out from under the shelving into public view , but rather directs a pest to suppression device 18 . the pest control device is placed either under one shelf approximately in the middle of that shelf , or in the instances where two shelves are placed back - to - back , the pest control device 10 would be placed preferably in the middle of the two shelves . it is , of course , understood that the exact location as to where underneath the shelves the pest control device 10 is located is variable , but proximate the middle of the single shelf or the middle of the combined shelving shelves is preferred . the distal end 26 of at least one of the elongate arms 20 extends from the platform 14 and provides for a pathway into the pest control device 10 . the other distal ends 26 of the other arms 20 , if utilized , may also be used to create additional pathways into the pest control device 10 . alternately , as previously described , the elongate arms 20 may also be used as a handle to position the pest control device 10 under the shelving , preferably between the front edge and rear edge of the shelving . it is anticipated that pest control device will most likely be placed on a horizontal surface . however , other placements are contemplated . as an example , pest control device may be placed on an inclined surface where desired , or may be placed on a vertical surface ( with proper attachment ) in appropriate circumstances . [ 0054 ] fig6 illustrates an alternative embodiment of pest control device 10 . in this embodiment , elongate arms 20 are connected directly to pest suppression device 18 . in an example , pest control device 18 is a glue pad having a support surface 56 and a pad of glue 58 . in this embodiment , elongate arms are shown coupled to pest suppression device 18 in a manner similar to the coupling of elongate arms 20 to pest control device 10 using pins 16 . it is recognized that alternative means of attachment are also contemplated . also , it is to be recognized and understood that while the alternative embodiment illustrated in fig6 shows a pest control device 10 with four elongate arms 20 that other embodiments in which only one or another number of elongate arms is envisioned . thus , there has been shown and described a novel pest control device and a novel method of suppressing a pest . it is to be recognized and understood that various changes , modifications and adjustments may be made to the above described invention without departing from the scope of the claims .
a pest control device , and a method of suppressing a pest , which can be discretely and easily placed , serviced and removed from the proximity of areas where pests , including rodents and insects , are likely to frequent , including the area near the floor - wall juncture behind shelving and / or products or equipment . the pest control device has a pest suppression device having an ingress for the pest and an elongate arm having a proximate end and a distal end , the proximate end of the elongate arm connected to the pest suppression device communicating with the ingress and facilitating a pathway for the pest from the distal end of the elongate arm to the ingress . the pest suppression device may be mounted on a platform and the elongate arm mounted instead to the platform .