Combination rack

Abstract

A combination rack includes two upright boards, two locating rods detachably connected between the upright boards, a plurality of stretcher rods detachably connected between the upright boards, and a flexible sheet member connected between the first locating rod and the second locating rod and extended over the stretcher rods and adapted to hold things between the upright boards.

What the invention claimed is:  
     
         1 . A combination rack comprising: 
 two upright boards, said upright boards each having a plurality of mounting holes;    a first locating rod connected between said upright boards, said first locating rod having two mounting holes on two distal ends thereof respectively connected to one mounting hole of each of said upright boards;    a second locating rod connected between said upright boards, said second locating rod having two mounting holes on two distal ends thereof respectively connected to one mounting hole of each of said upright boards;    a plurality of stretcher rods respectively connected between said upright boards, said stretcher rods each having two mounting holes on respective two distal ends thereof respectively connected to one mounting hole of each of said upright boards;    a plurality of fastening elements respectively fastened to the mounting holes of said upright boards and the mounting holes of said first locating rod, said second locating rod and said stretcher rods to secure said upright boards, said first locating rod, said second locating rod and said stretcher rods together; and    a flexible sheet member connected between said first locating rod and said second locating rod and extended over said stretcher rods and adapted to hold things between said upright boards.    
     
     
         2 . The combination rack of  claim 1  wherein said fastening elements are screws.  
     
     
         3 . The combination rack of  claim 1  wherein said fastening elements are pins.  
     
     
         4 . The combination rack of  claim 1  wherein said upright boards each have two complementary positioning flanges respectively disposed at top and bottom sides such that two combination racks can be attached together in a stack by engaging the bottom-sided positioning flanges of the upright boards of one combination rack with the top-sided positioning flanges of the upright boards of the other combination rack.