referring to the figures , and in particular fig1 a kit of foot pedal control holders includes two or more structures of the type depicted in fig1 . thus with respect to the following description , like numbers relate to like parts for each of the separate units , elements or foot pedal control holders such as holders 10 and 11 in fig1 . the foot pedal control holder 10 includes a flat , planar plate 12 which is generally rectangular and includes opposite sides or edges 14 and 16 , top side or edge 18 and a bottom side or edge 20 . further , the holder 10 includes a top surface 22 and a bottom surface 24 . the foot pedal control holder 10 of the invention is typically made from a molded plastic material such as polyethylene sheet . integrally molded into or on the horizontal plate 12 is a vertical , circumferential , polygonal wall 26 . the wall 26 in the embodiment shown is rectangular and conforms with the outside or periphery of a typical foot pedal control 28 such as shown in phantom in fig1 having a lead or wire 30 . the wall 26 includes a forward section 32 and a rear section 34 with a slot or groove 36 for receipt of the control lead 30 . tapered side walls 38 and 40 connect the higher elevation , vertical rear wall section 34 with the lower elevation , vertical forward wall section 32 . in this manner , the foot pedal 28 , which usually includes a pivotal , angled platform that may be pivoted to effect control , will fit within the wall 26 . thus the top surface 25 of the foot pedal control 28 will project above the wall 26 so that it may be easily operated by foot movement . additional grooves such as groove 42 and 44 may be included in the side walls 38 and 40 for receipt of projections , such as hinge pins , projecting from the side of the foot pedal control 28 . in the embodiment depicted the wall 26 has a rectangular plan view configuration and the vertical sides 38 and 40 are generally parallel to the sides 14 and 16 , respectively , of plate 12 . plate 12 is also typically rectangular . the four sides or edges of the rectangle forming the plate 12 are generally parallel respectively to the four sides or sections forming the wall 26 . this is not a limiting feature of the invention , however . on opposite sides of the side walls 38 and 40 are lands 50 and 52 . the lands 50 and 52 thus separate the edges 14 and 16 of plate 12 from the wall 26 , i . e ., side walls 38 , 40 . formed on the land 50 are first and second vertically projecting lugs 56 and 58 . in the embodiment depicted , the lugs 56 and 58 are elongated and project vertically above the top surface 22 of the plate 12 . the lugs 56 and 58 define a longitudinal axis 57 which is generally parallel to the wall 38 . on the opposite side of the wall 40 between the wall 40 and the edge 16 on the land 52 is a detent or recess 60 and a second recess 62 . the recesses 60 and 62 also are elongated and lie along a longitudinal axis 64 parallel to axis 57 of lugs 56 and 58 . thus axis 57 and axis 64 are generally parallel in the embodiment shown . additionally , the recesses 60 , 62 defined in the plate 12 are configured and have an internal dimension which enables them to frictionally receive lugs 56 , 58 of the next adjacent holder 12 . this is depicted in fig4 . in this manner , the separate holders 10 and 11 may be engaged with one another . the bottom surface 24 of the plate 12 is at least partially coated or covered with a frictional material such as a rubber mat 66 to facilitate maintaining the plate 12 in a desired position on the floor . the plate 12 is flexible to enable the plate 12 to remain positioned on the floor even though multiple plates 10 , 12 are attached one to the other . in the embodiment shown , the lugs 56 , 58 and the recesses 60 , 62 are elongated or elliptical in shape . various other configurations , however , maybe used including hexagonal , round , square , rectangular or the like . the axes 57 and 64 in the embodiment shown are also parallel to the sides 38 and 40 of wall 26 . other orientations may be utilized . additionally the holders may be offset with respect to one another , for example , as shown in fig5 . there a holder 11 is offset with respect to another holder 13 inasmuch as one lug 56 is received into the recess or detent 60 . also as shown in fig5 the holders may be linked one to the other side - by - side or offset in opposite directions . multiple holders may be connected to form a kit having more than two holders . a single holder may include first and second integrally molded foot pedal retaining walls such as the walls 70 and 72 associated with the foot pedal holder 13 . interior surface or top surface 22 within wall 26 may include fastening material such as a velcro material or releasable adhesive material to facilitate holding a foot pedal control in position . plates , such as plate 12 , may be pie - shaped or trapezoidally shaped . holders which do not include any foot pedal wall may be used as a connector 74 between plates . the holders may be color coded so that a quick glance will enable the physician , dentist or other person to determine a correlation between the foot pedal and an operation to be effected thereby . thus , there are many variations and alternative features which may be incorporated with the subject matter of the invention . the invention is , therefore , to be limited only by the following claims and their equivalents .
a kit for stabilizing floor pedal controls of the type used by dentists and others to control dental and medical equipment and the like includes a molded plastic plate with a vertical wall for receiving and supporting a foot pedal control and connecting lugs along the sides of the plate for connecting adjacent plates and thus maintaining separate foot pedal controls in a fixed position relative to one another .