turning now to a consideration of the drawings , and in particular to fig1 there is shown a household refrigerator cabinet 10 having a right - hand swinging front door 12 with an elongated , vertically - mounted , door handle assembly 14 comprising the present invention . notice that the door handle 14 comprises three main elements ; namely , an elongated bar 16 and a mounting bracket 18 and 20 at each end of the bar . the door handle assembly 14 can best be understood with reference to the fragmentary exploded view of fig2 . the elongated bar 16 is an extruded aluminum bar which may be cut to any length , and it is fitted with the identical mounting brackets 18 and 20 which happen to be molded plastic parts that have their outer surface metal - plated or metallized , as for example electroplated chromium . the mounting bracket 18 is a separable , post - like member that is provided with an aperture 24 for receiving a rear - mounted screw 26 therethrough which is in turn threaded into a tapped opening 28 in the rear face of the bar 16 . the mounting bracket 18 is provided with a channel - shaped cut - out 32 for receiving the rear half of the end of the bar 16 therein . a flat side 34 is machined in each side of the end of the bar 16 for a close - fitting relationship with the sides of the channel formation 32 . the bracket 18 also has an integral hollow end cap formation 33 for receiving the end of the bar therein . near the threaded aperture 28 in the end of the bar 16 is a second through - aperture 38 for receiving the front - mounting screw 40 . this screw is adapted to fit through a through - opening ( not shown ) in the mounting bracket 18 and is to be threaded into a retaining nut 42 that is fixed in the front wall of the door 12 . thus , in order to fasten the mounting bracket 18 to the bar 16 and then the bar to the door 12 , it is first necessary to slip the bracket 18 on the end of the bar , and then fasten them together by means of the rear - mounting screw 26 . then , the front - mounting screw 40 is positioned through the opening 38 in the bar , and through a mating opening ( not shown ) in the mounting bracket 18 to be threaded into the retaining nut 42 . this is a very simple operation both in the assembly and in the removal , and it may be accomplished from the front of the door without entering into the interior of the door structure . the nature of the transverse cross - section of the extruded bar 16 can be best understood from the enlarged view of fig3 . this transverse cross - sectional configuration may be likened to that of an oversized mushroom or rail with a thick shank portion 46 and an enlarged head portion 48 . actually , this bar 16 is usually arranged in a vertical position so that the top surface 50 of the head 48 is really a hand - grip surface for receiving a person &# 39 ; s fingers for pulling back against the bar for opening the door . the bottom surface 52 of the shank 46 is actually the front face of the bar 16 and it would be used as a hand - grip surface for pushing against the bar for exerting a closing action on the door . it is preferable to provide some means for hiding the front - mounting screws 40 from sight because , otherwise , the screws become dust catchers that are hard to clean . an elongated , flexible snap - on cover member 56 is provided for fastening over the shank 46 of the bar 16 from one end to the other . this cover member 56 is an extruded channel - like , plastic member of generally u - shape configuration in transverse cross - section having a bight portion 58 and a pair of slide flanges or leg portions 60 and 62 . bonded to the outer surface of this cover member 56 is a thin sheet of wood grain vinyl 66 which gives the cover member the appearance of a finely - finished piece of select wood that has been fashioned by a skilled wood craftsman . the front face 52 of the bar 16 is provided with a longitudinal groove 70 that is rather wide and deep , and extends the complete length of the bar . moreover , the sides of the shank 46 are each provided with a smaller longitudinal groove 72 and 74 that are positioned just beneath the underside of the head 48 . notice that the opposite sides 76 and 78 of the shank 46 are convergent toward the front face 52 of the bar . moreover , the two leg portions 60 and 62 of the cover member 56 are divergent as they extend away from the bight porion 58 . due to the necessity for allowing manufacturing tolerances for both the extruded aluminum bar 16 and the extruded vinyl cover member 56 , it is necessary to make the cover member slightly oversized so that there would always be a clearance 77 between the leg 60 and the inclined surface 76 and , similarly , clearance 79 between the leg 62 and the inclined surface 78 , as is best seen in fig4 . the inner surface of the edge of each leg portion 60 and 62 is provided with a longitudinal rib 82 and 84 , respectively , which are adapted to snap into the grooves 72 and 74 to serve as a holding means for the cover member 56 on the shank 46 of the bar 16 . because of the clearances 77 and 79 between the flanges or leg portions 60 and 62 and the adjacent surfaces 76 and 78 of the shank , the cover member 56 is a little bit soft . this is alleviated by the introduction of bifurcated ribs 88 and 90 on the inner surface of the bight portion 58 for engagement into the groove 70 . there is a slight amount of an interference fit between the ribs 88 and 90 with the throat of the groove 70 , as is best seen by comparing the loose fit of the cover 56 with the shank in fig3 with the assembled position of the cover in fig4 . these ribs 88 and 90 serve as stabilizing ribs as well as help to rigidify the cover member so that it feels as a solid member . modifications of this invention will occur to those skilled in this art ; therefore , it is to be understood that this invention is not limited to the particular embodiments disclosed , but that is is intended to cover all modifications which are within the true spirit and scope of this invention as claimed .