referring first to fig7 electrical and data services module 20 is shown disposed within channel 22 which is located between work surface 26 and vertical wall 24 . vertical wall 24 may be part of a modular panel , such as that disclosed in u . s . pat . nos . 4 , 907 , 384 and 4 , 918 , 886 , each assigned to the assignee of the present application , the disclosures of which are incorporated herein by reference . channel 22 may be a commercially available cable channel such as that disclosed in u . s . pat . no . 4 , 535 , 703 , assigned to the assignee of the present application the disclosure of which is incorporated herein by reference . as shown in fig1 , two modules 20 may be placed in a conventional round grommet hole 100 in work surface 26 with their respective back portions 34 , or back surfaces 36 , abutting each other . rounded comers 51 ( fig1 a - 2 , 4 , 8 ) provide engagement points with at least a portion of the round grommet hole and pilot modules 20 into the round grommet hole to ensure a close fit . channel 22 includes bottom 28 , which has apertures 29 therein for receipt of electrical cords or data cables which lie within channel 22 , and side wall 30 , which abuts edge 25 of work surface 26 . channel 22 further includes rubber flap 32 which covers the sections of channel 22 in which a module 20 is not placed . as shown in fig7 when module 20 is placed within channel 22 , the section of flap 32 which covers the corresponding section of channel 22 is forced downward to abut sidewall 30 . additionally , by forcing flap 32 downward into channel 22 , flap 32 provides a compressible grip to hold module 20 securely within channel 22 through flap 32 filling any space between the front wall of channel 22 and portion 48 of module 20 . it should be noted that flap 32 comprises a flexible material , such as a compressible rubber material , while channel 22 comprises an inflexible material , such as a rigid plastic material . back portion 34 of module 20 is adjacent vertical wall 24 with surface 36 of back portion 34 abutting surface 38 of vertical wall 24 . in a similar vein , surface 44 of bottom portion 42 of module 20 abuts surface 40 of work surface 26 . bottom portion 42 of module 20 actually comprises two distinct portions : a first portion 46 and a second protruding portion 49 which includes bottom surface 50 and vertical portion 48 . vertical section 48 abuts flap 32 when protruding portion 49 is maintained within channel 22 . module 20 also includes front 52 and top 54 . top 54 has a recessed portion 56 that is used to receive cover 78 ( fig1 b ) and recessed portion 56 has surfaces 58 along the sides thereof which receive connection devices for cover 78 . front 52 defines recesses 60 , each having surface 62 , which abut receptacles 64 , 65 , described hereinbelow . referring now to fig1 a , 1 b , 2 , 3 and 4 , module 20 is shown in respective perspective , front , top and side views . module 20 , as described above , includes recessed portion 56 ( fig7 ) in top 54 . recessed portion 56 further includes bottom surface 68 , which interfaces with cover 78 , and holes 82 in side surfaces 58 for receipt of connections to cover 78 . as best seen in fig1 b , removable cover 78 has extending portion 80 which extends over recessed portion 72 when cover 78 is closed covering surface 66 and receptacles 64 , 65 . cover 78 is moveable about an axis extending across recessed portion 56 through holes 82 from an open position , as shown in fig1 b , to a closed position . when cover 78 is closed , bottom edge surface 84 of cover 78 abuts surface 66 of front portion 52 to prevent an accumulation of dust or other debris in receptacles 64 , 65 when module 20 is not in use . as shown in fig1 b , cover 78 has a curved profile , for example ; however , cover 78 may have any profile suitable for covering receptacles 64 , 65 and surface 66 . front 52 of module 20 includes surface 66 , which is angled relative to back 34 of module 20 , and surface 70 , which is a short vertical surface and adjoins surface 66 and surface 44 of bottom 42 . between surfaces 66 and 70 is slightly recessed portion 72 located below receptacles 64 , 65 . recessed portion 72 allows one to place a finger under extending portion 80 of cover 78 to lift cover 78 . module 20 further includes two respective side portions 76 which , as shown in fig4 are generally triangular in shape . as best seen in fig4 bottom 42 of module 20 includes side surfaces 86 between section 48 of bottom 42 and back 34 . protruding portion 49 does not extend across the full width of module 20 , as shown in fig2 and 8 . protruding portion 49 is less than the full width and depth of module 20 to enable bottom 42 to have a protruding portion which is received in a grommet hole or channel 22 and a portion which sits on work surface 26 . protruding portion 49 is thus dimensioned to securely seat in channel 22 . overhanging surface 46 prevents module 20 from falling through a grommet hole or sitting too far down in channel 22 . thus , the structure of module 20 , with portions 46 and 49 , allows secure placement of module 20 in channel 22 or a grommet hole but does not require screws or other fastening devices to maintain the position of module 20 , thereby allowing module 20 to be easily relocated along channel 22 . with reference to fig8 it should be noted that bottom surface 50 includes aperture 96 through which electrical wires or cords 63 for connection to removable receptacles 64 , 65 may be inserted so that removable receptacles 64 , 65 may be used . referring now to fig5 and 6 , module 20 is depicted in a rear view . in fig5 back 34 is attached to the body of module 20 by means of screws 88 . in fig6 back 34 has been removed revealing flange 92 on the inner periphery of the body of module 20 ; flange 92 includes screw holes 94 for receipt of screws 88 for assembly of module 20 . also shown in fig6 are apertures 90 in front 52 , which are used for receipt of removable receptacles 64 , 65 . as used in this application the term “ receptacle ” includes both electrical outlets and data outlets , such as those used for phone jacks , modems , or ethernet connections , as well as any other electrical and data connection . it should be noted the receptacles may include all electrical receptacles 64 , all data receptacles 65 or any combination thereof , such as the combination shown in fig1 b with a data receptacle 65 and an electrical receptacle 64 . referring again to fig6 and 7 , the operation of module 20 will now be described . prior to placement of module 20 in channel 22 , receptacles 64 , 65 are inserted in apertures 90 . in the case of electrical receptacles 64 , cord 63 , which is attached to receptacle 64 , is inserted through aperture 90 into the body of module 20 and then through aperture 96 in bottom surface 50 . if the receptacles are data receptacles 65 , then receptacle 65 is inserted into aperture 90 and cord 63 , with a modular jack , is fed through aperture 96 , from bottom surface 50 to the body of module 20 , to connect to receptacle 65 . once receptacles 64 , 65 and cords 63 are properly inserted , module 20 is placed at the location where module 20 will be located in channel 22 . cords 63 are then placed in channel 22 and fed through aperture 29 to connect to permanent receptacles ( not shown ) in vertical wall 24 or the floor ( not shown ) of the work area . then module 20 is pushed downward into channel 22 . as module 20 is pushed into channel 22 , flap 32 is pushed downward into channel 22 and into a position where flap 32 abuts the front wall of channel 22 . flap 32 also abuts front surface 48 of protruding portion 49 and is compressed thereby gripping module 20 and maintaining module 20 in the proper position in channel 22 . when module 20 is to be moved , a user may slide module 20 in channel 22 to the desired location , wherein cords 63 may selectively extend through aperture 29 along channel 22 through a gap between bottom surface 50 of module 20 and channel 22 . however , if module 20 is to be moved a greater distance , such as from one side of work surface 26 to the other , cords 63 are disconnected from the permanent receptacles and the module 20 is lifted from channel 22 with cords 63 still attached . cords 63 are then pulled through aperture 29 and removed from channel 22 . once the new location is selected , again , module 20 is placed on flap 32 , cords 63 are placed in channel 22 and fed through an aperture 29 for connection to permanent receptacles , and module 20 is pushed into channel 22 . it is to be noted that channel 22 is disposed adjacent at least a portion of the periphery of work surface 26 and that channel 22 may contain several apertures 29 at various locations in channel 22 , although only one such aperture 29 is shown in fig7 . referring now to fig9 a and fig9 b , a second embodiment of electrical and data services module 20 is shown , marked as module 20 ′. module 20 ′ differs from module 20 in that the configuration of removable receptacles 64 is vertical rather than horizontal . again , the removable receptacles may be electrical receptacles 64 , as shown , or data receptacles 65 or a combination thereof . module 20 ′ includes a removable cover 78 ′ similar to cover 78 , front 52 ′ having surfaces 66 ′ and 70 ′, back 34 ′, top 54 ′, and bottom 42 ′ having two portions 46 ′ and 50 ′. in all aspects , other than the configuration of the receptacles , modules 20 and 20 ′ are similar in structure and function . while this invention has been described as having an exemplary process , the present invention can be further modified within the spirit and scope of this disclosure . this application is therefore intended to cover any variations , uses , or adaptations of the invention using its general principles . further , this application is intended to cover such departures from the present disclosure as come within known or customary practice in the art to which this invention pertains and which fall within the limits of the appended claims .
an electrical and data services module to provide access to additional electrical and data receptacles which is used in conjunction with a flat work surface and a channel adjacent at least a portion of the flat work surface . the electrical and data services module has a first portion with at least one aperture therein for access to a power or data receptacle . the module also has a second portion which is slidably disposed in the channel , thereby allowing a user to easily move the module from one location to another in the channel .