further scope of applicability of the present invention will become apparent from the detailed description given hereinafter . however , it should be understood that the detailed description and specific examples , while indicating preferred embodiments of the invention , are given by way of illustration only , since various changes and modifications within the spirit and scope of the invention will become apparent to those skilled in the art from this detailed description . fig3 shows the present invention in conjunction with an electronic device . the electronic device 100 may be , for example , a cell phone or other similar device . in one section of the surface of the device 100 , a display arrangement 102 is provided . the display is preferably flush with the surface of the electronic device 100 . the display device has five contacts , indicated in dotted lines 104 , formed therebeneath to provide the five position switches . fig4 shows a cross - sectional view of the present invention wherein the display arrangement 102 is set in a recess in a surface of electronic device 100 . as can be seen , the top surface of this arrangement is flush with the surface of the electronic device . the switch arrangement includes a manipulator plate 106 which corresponds in function to the manipulator knob of the prior art device . on top of this plate is formed a display device 108 . the display device is held in position by a retention clip . the retention clip is a mechanical device holding the display device 108 to the plate 106 . a flexible material also may be included along the perimeter of the display and under the retention clip . this flexible material is used to fill the gap between the plate and display and the edge of the surface of the electronic device . this keeps out dust and other foreign material when the display is being pressed . the retention clip and flexible material can be mounted in such a manner that they are flush with the surface . in place of the retention clip , it is also possible to utilize other mechanical connectors or to use an adhesive material . the display apparatus 102 is mounted above a series of switches 104 . when the display apparatus is pushed in the center , the central switch 104 is actuated . if the plate is pushed in one of the corner positions , one of the corner switches is actuated . the display apparatus is mounted in a fashion similar to that in the prior art so that a rocking motion is achieved . in a preferred example , the display arrangement 102 is roughly 1½ inches by 2 inches and can display up to 7 lines of text . however , the device may be used with a display of any size and with any numbers of lines of text . while fig4 shows the switches as having actuating rods , in fact , it is also possible for contacts to be mounted directly on the manipulator plate 106 and the opposing surface at the bottom of the recess . thus , instead of discrete switching devices , it is possible for opposing contacts to be used . fig5 is an electrical schematic showing the connections of the various switches to the printed circuit board . although it is possible for all five switches to be connected directly to the printed circuit board , it is preferable to utilize an enabling device 112 to which the four corner switches are connected . this device disables an input whenever it is within some fixed angle of vertical , such as 20 degrees of vertical . in this way , when the user actuates the switches , the switches will not be actuated unless the input is below 20 degrees to vertical . while the enabling device has been shown as being an electronic device to determine the angle of input , it could be replaced by mechanical devices which determine the angle if desired . the various inputs to the printed circuit board are connected to the electronics of the cell phone or other device 100 . the display device 108 is also controlled , such as through a driver interface , by the printed circuit board and the components mounted thereon , such as a controller chip . the display is controlled to identify the function of each of the five switch positions . these functions change along with the use of the switches . for example , fig6 a shows a display indicating the five positions for actuating messages , directories , services , settings and help . if the upper right corner is actuated , a second display is shown indicated with the heading “ directory ” as shown in fig6 b . the four corner positions are then indicated by up , down , select and exit . thus , the four possible selections in the menu can be changed by hitting the up and down buttons until the desired selection is reached . at that time , the select button may be pressed . if instead it is desired to return to the previous display such as shown in fig6 a , the exit button is pushed . thus , by using this arrangement , considerable space is saved on the face of the cell phone . it is not necessary to have a separate display for the rocker switch and instead the functions of the five positions of the switch can be easily displayed in a manner which is compact and which allows the user to easily make selections . by combining the display and switch , it is possible to have a larger array for the buttons which make it easier for the user to find the correct contact point . by using this arrangement rather than the soft keys on a main display , context sensitive displays are available on the rocker switch itself . this saves the cost of separate soft key buttons or touch sensitive display . larger displays can be used on the rocker switch to show more detail to decrease the possibility of erroneous input . 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 .