Bracket for supporting a roll of material

The bracket comprises two support members adapted to be secured to a wall or the like at spaced apart positions and two shaft means, each adapted to be removably coupled to one of the support members for supporting a roll of material for rotation between the two support members. Each support member comprises a body having a slot formed therein from one side to an opposite side. Each shaft means comprises a shaft portion adapted to be inserted into the axial opening at one end of the roll of material and a coupling portion having a slot formed therein from one side to an opposite side. A portion of the coupling portion of each shaft means is adapted to be removably received in the slot of one of the support members and a portion of the body of the corresponding support member is adapted to be removably received in the slot of the coupling portion of the shaft means whereby the shaft means may be removably interlocked with the support member. The two support members are identical and the two shaft means are identical.

FIELD OF THE INVENTION 
The present invention relates to a bracket for rotatably supporting a roll 
of wound material such as a roll of bags, paper, etc. 
In the past few years, the use of plastic trash bags has greatly increased 
and is expected to increase even more in the future. Many manufacturers 
form the bags as a continuous sheet with perforations to allow individual 
bags to be torn off of the sheet which is wound in a roll. Generally, a 
roll of bags is sold in a box and the user tears the bags off of the roll 
while in the box. This is very inconvenient and a need exists for an 
effective bracket to rotatably support the roll to facilitate tearing the 
bags from the roll. 
SUMMARY OF THE INVENTION 
It is an object of the present invention to provide a novel and effective 
bracket for rotatably supporting a roll of trash bags as well as rolls of 
other types of bags, rolls of paper, etc. 
It is a further object of the present invention to provide a strong and 
easy to use bracket for rotatably supporting a roll of material. 
The bracket comprises two support members adapted to be secured to support 
structure at spaced apart positions and two shaft means, each adapted to 
be removably coupled to one of the support members for supporting a roll 
of material for rotation between the two support members. Each support 
member comprises a body having a slot formed therein from one side to an 
opposite side. Each shaft means comprises a shaft portion adapted to be 
inserted into the axial opening at one end of the roll of material and a 
coupling portion having a slot formed therein from one side to an opposite 
side. A portion of the coupling portion of each shaft means is adapted to 
be removably received in the slot of one of the support members and a 
portion of the body of the corresponding support member is adapted to be 
removably received in the slot of the coupling portion of the shaft means 
whereby the shaft means may be removably interlocked with the support 
member. 
In a futher aspect, the two support members are identical and the two shaft 
means are identical.

DESCRIPTION OF THE PREFERRED EMBODIMENTS 
Referring now to FIG. 1 of the drawings, the bracket of the present 
invention comprises two identical support members 21 and 23 adapted to be 
secured to a wall or the like at spaced apart positions and two identical 
shaft members 25 and 27. Each of the shaft members is adapted to be 
removably secured to one of the support members for supporting a roll of 
material 29 for rotation between the support members. The roll of material 
29 may be a roll of wound tear away bags, a roll of wound paper having 
tear away sections, etc. The sheet of material is wound such that it has 
an aperture 31 extending axially therethrough or is wound around a paper 
tube having an aperture 31 extending therethrough. 
The support members will be described with reference to support member 23. 
In FIGS. 2 and 3, the support member 23 is substantially the same as 
support member 23 of FIG. 1 except for the different pattern of structural 
webbing. In FIG. 1, the structural webbing 23A crosses in the center while 
the webbing 23B in FIGS. 2 and 3 form a grid pattern. It is to be 
understood that preferably the support members produced will have the same 
webbing pattern for example either that of FIG. 1 or that of FIGS. 2 and 
3. 
As seen in the drawings, the support member 23 comprises a body portion 33 
joined to a base 35 which extends at right angles to the plane of the body 
portion 33. The base 35 has four apertures 37 formed therethrough for 
receiving four screws 39 for attaching the support member to a vertical 
wall or other structure. The body 33 extends outward from the base and has 
two opposite facing sides 41 and 43, a top edge 45, an outward edge 47, 
and a bottom edge 49. In the embodiment of FIGS. 2 and 3 sides 41 and 43 
are flat except for ridges 41A and 43A. A deep slot 51 is formed in the 
top edge 45 between sides 41 and 43. 
The shaft members will be described with reference to the shaft member 27. 
It comprises a cylindrical shaft 53 adapted to be inserted into the 
aperture 31 of the roll 29 at one end and a coupling portion 55 for 
coupling the shaft member to the body of one of the support members at 
right angles to the plane of the body. Portion 55 has two opposite flat 
sides 57 and 59 and a slot 61 has formed in its lower end 63. 
The coupling portion 55 has a size such that the portion 64 above the slot 
61 portion may be removably received within the slot 51 of support member 
23 and the portion 33C of the body 33 of the support member 23 below the 
slot 51 has a size such that it may be removably received within the slot 
61 of the shaft member 27 whereby the shaft member 27 may be interlocked 
with the support member 23 as shown in FIG. 1. When interlocked, shaft 53 
is at right angles with respect to the thin plane of body 33 of support 
member 23; body portion 33C is within slot 61; body portion 64 is within 
slot 51; and slots 51 and 61 are at right angles with respect to each 
other. Full interlock occurs when surface 33D engages surface 55A. 
Since the support member 21 is identical to support member 23 and since 
shaft member 25 is identical to shaft member 27, shaft member 25 may be 
interlocked with support member 21 in the same manner as shaft member 27 
is interlocked with support member 23. It is to be understood that shaft 
member 27 may be used with support member 21 and shaft member 25 used with 
support member 23. 
In use, support members 21 and 23 will be secured to a wall or other 
structure at spaced apart positions sufficient to freely receive the roll 
29. The shafts 53 of the shaft members 25 and 27 will be inserted within 
the aperture 31 at opposite ends of the roll and then interlocked with 
support members 21 and 23 as shown in FIG. 1 and described above. The 
aperture 31 will loosely receive the shafts 53 to allow the roll to freely 
turn thereon. After the roll is used up, a new one may be inserted by 
removing the shaft members 25 and 27 from the support members, inserting 
the shafts within the aperture of the new roll at opposite ends and 
interlocking the shaft members with the support member. The fit between 
shaft member portion 64 and slot 51 and between support member body 
portion 33C and slot 61 will be tight but removable. Thus the bracket is 
strong enough to support rolls of the thick plastic trash bags and to 
allow them to be torn off of the roll and yet is easy to use and readily 
allows replacement rolls to be inserted in the bracket. 
In the preferred embodiment, the support members 21 and 23 and the shaft 
members 25 and 27 are formed of plastic by injection molding. Since the 
support members 21 and 23 are identical and since the shaft members 25 and 
27 are identical, only two molds are needed for making the four pieces 
thus reducing costs. The plastic employed for forming the members of the 
bracket may be propylene.