referring to fig1 the handle device 10 can be seen to be a continuous piece of material with two distinct regions 16 and 18 , later described . a first end 26 of the handle device 10 , includes a boss 12 . a second end 22 of the handle device 10 includes a boss receiving recess 14 . the material from which the handle device 10 is manufactured from allows for enough flexibility to enable a user to bias the first end 26 relative to the second end 22 . by moving the first end 26 in the direction of arrow a and the second end 22 in the direction of arrow b , the boss 12 may be removed from or moved into the boss receiving recess 14 . the design of the handle device 10 and the properties of the material are such that when the handle device 10 is in the unlocked position , a gap between the first end 26 and the second end 22 of the handle device is formed , to insert of remove the loop handles of bags between the first end 26 and the second end 22 . with continuing reference to fig1 and further reference to fig2 the locked handle device 10 may be described . when the boss 12 is received in the boss receiving recess 14 , the handle device is locked . when the handle device 10 is in the locked position , both regions 16 and 18 of the handle device 10 are fully enclosed and more definitely circumscribed . the hand region 16 allows for the user to place his hand in the handle device 10 , for carrying articles . finger indentations 28 are formed in the upper portion of the handle device 10 in the hand region 16 , providing additional the comfort during use . furthermore , the shoulders 24 are also abuttingly engaged when handle device 10 is in the locked position . the shoulders 24 , when abutted form the bottom portion of the hand region 16 . loop handles 30 , of bags may be placed in the article carrying region 18 , as shown in fig4 . the boss 12 is then placed within the boss receiving recess 14 thus locking the handle device 10 closed . the article carrying region 18 is also closed . turning reference to fig1 and 3 , the handle device 10 while open may be examined . from the closed position the first end 26 may be moved in the direction of arrow a and the second end 22 may be moved in the direction of arrow b to allow for the handle device 10 to be opened and more particularly directly opening the hand region 16 . in doing this , the shoulders 24 are also separated thus opening the article carrying region 18 . in the open position , loop handles of bags may be introduced to or removed from the article carrying region 18 . once loop handles 30 are introduced into the article carrying region 18 , as seen in fig4 the handle device 10 may then be re - closed , as in fig2 following the reverse procedure outlined above . as previously mentioned , the device 10 is of a one piece monolithic structure which can be fabricated by well known plastic injection molding technology . if desired , a suitable name , logo , or advertising indicia can be molded directly on the device 10 adjacent the boss 12 and boss receiving recess 14 . 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 .
the present invention discloses a handle device which allows ease of carrying several bags with loop handles . the present invention allows a user to place the loop handles of bags in the handle device and then lock the device to secure the loop handles within the confines of the handle device .