US2839255A - Waxed paper holder - Google Patents

Description

June 17,1958 R. GUYER WAXED PAPER HOLDER Filed May 18, 1955 INVENT OR United States Patent WAXED PAPER HOLDER Reynolds Guyer, White Bear, Minn., assignor to Waldorf Paper Products Company, St. Paul, Minn, a corporation of Minnesota Application May 18, 1955, Serial No. 509,145

6 Claims. (Cl. 242-555) This invention relates to a simple and effective holder for waxed paper or a similar product mounted upon a hollow cylinder core.

Waxed paper is usually rolled upon a hollow cylindrical core which is then placed within a rectangular carton having a foldably connected top. By swinging the top of the carton open, a portion of the paper may be withdrawn from the carton. The paper may be torn off at the proper length by suitable means such as by a cutting edge secured to the edge of the carton over which the sheet is drawn or by use of a cutting edge on the carton cover.

While such structures are widely and successively used, they have certain disadvantages. In the first place, it is necessary to open the cover of the carton before the contents may be unrolled, Secondly, it is some times difiicult to hold the roll within the carton from rotation while tearing the paper due to the rectangular formation of the carton. Furthermore, the usual carton adds materially to the cost of the product.

An object of the present invention resides in the provision of a support for waxed paper or the like which is not possessed of the difficulty mentioned. The support comprises merely a rectangular frame having an open top and bottom and supporting the roll of wax paper between its ends. As a result, the paper is readily accessible for grasping and the end of the paper may be grasped and withdrawn and cut off at any suitable point.

A feature of the present invention resides in the fact that no difiiculty is experienced in holding the roll stationary during the paper tearing process. As the carton is not possessed with top or bottom panels, it is possible for the side wall panels to flex in if necessary to engage the roll. Furthermore, a flap is provided on the upper edge of the carton and a corresponding finger notch is cut in the lower edge of the same wall. By grasping the carton between the thumb and fingers, the fingers may engage the bottom of the roll while the flap may be pressed against the top of the roll to firmly hold the roll from rotation during the tearing operation.

A feature of the present invention resides in the provision of simple means for supporting the roll of paper. Spaced slots are provided in the ends of the carton and generally U'shaped strips of paperboard may be forced through these slots and into the roll of paper to rotatably support the same. As a result, the roll will rotate readily and the wei ht of the roll will not at all times be upon the surface of the roll. The means rotatably supporting the roll may also act to lock the carton closed, if desired. An added feature of the present invention resides in the low cost of the structure. The carton comprises merely an elongated strip of paperboard folded into rectangular relation. The flap which is provided along the upper edge of the carton may be cut from the lower edge of the next adjoining carton so as to economize on the amount of paperboard used. The

2,839,255 Patented June 17, 1958 ice means for supporting the tape roll are small and can be made at low cost. While a cutting edge may be applied to the carton if desired, such an edge is not necessary as the paper folds effectively over the edge of the carton and may be accurately torn along this edge.

These and other objects and novel features of my invention will be more clearly and fully set forth in the following specification and claims.

In the drawings forming a part of the specification:

Figure 1 is a perspective view of the carton in readiness for use.

Figure 2 is a cross sectional view through the assembled structure.

Figure 3 is a diagrammatical View of the carton in blank form.

Figure 4 is a diagrammatical view of one of the roll supporting elements. 7

In order to understand the construction of the apparatus, attention is first directed to Figure 3 of the drawings. This figure shows the blank of the carton which comprises an elongated strip of paperboard which includes anend panel 10, aside wall panel 11 andend Wall panel 12, aside wall panel 13 and anend wall panel 14. These panels are connected alongparallel fold lines 15, 16, 17 and 19.

In the assembled form of the carton, the twoend panels 10 and 14 are folded into superimposed relation to form a generally rectangular sleeve. In order to hold the sleeve closed, theroll support 20, illustrated in Figure 4, is provided.

Theroll support 20 includes acentral portion 21 which is foldably connected totabs 24 and 25 along parallel fold lines 22 and 23. These tabs are preferably provided withtapered ends 26 and 27 for simplifying the insertion of the tabs into the roll. A pair ofnotches 29 are provided at opposite ends of the fold line 22 andsimilar notches 30 are provided at opposite ends of the fold line 23. These notches are designed for locking the roll supports in assembled position in a manner which will be later described.

Thecarton wall 13 is provided with anelongated flap 31 foldably connected thereto along a fold line 32. The flap may be folded against the roll to assist in holding the roll from rotation during the tearing operation. Afinger accommodating notch 33 is provided in the edge of thepanel 13 opposite that to which theflap 31 is attached. In actual construction the sheet of paperboard is cut with theflap 31 of one carton extending into thenotch 33 of the next adjoining carton so as to conserve paperboard. Thenotch 33 permits the fingers to engage the undersurface of the roll while theflap 31 is pressed against the upper surface thereof. The panel 18 is provided with anelongated slot 34 which is parallel to thefold line 15 and spaced therefrom. The extremity of thepanel 19 is notched as indicated at 35. Theother end panel 14 is similarly provided with anelongated slot 36 parallel to thefold line 19 and the extremity of the panel is notched as shown at 37.

Theother end panel 12. is provided with spacedelongated slots 39. These slots are usually parallel to thefold lines 16 and 17.

The carton is designed to accommodate a roll of waxed paper or the like which is mounted upon a hollowcylindrical core 40 usually of paperboard. The waxedpaper 41 is wrapped spirally about thecore 40 in the usual manner.

If desired, astrip 42 having acutting edge 43 may be riveted or otherwise attached to an edge of the carton which in the form illustrated in Figure 3 would comprise the upper edge of thepanel 11. The carton is assembled in the following manner. Aroll support 20 3 is folded so that thetabs 24 and 25 thereof are in parallel relation. These parallel tabs are inserted through theslots 39 of theend panel 12. By holding the roll of waxedpaper 41 against the inner surface of thepanel 12, thetabs 24 and 25 may be inserted into the cor-e40 to rotatably support one end of the same. Theside walls 11 and 13 are folded into right angular relation with thepanel 12 and the end panels and 14 are folded at right angles to the side walls to which they are attached. Thesepanels 10 and 14 are overlapped so that theslot 34 of thepanel 10 coincides with thenotch 37 of thepanel 14 and theslot 36 of thepanel 14 coincides with thenotch 35 ofpanel 10. The roll support is then inserted, thetabs 24 and 25 thereof extending into thehollow core 40 and rotatably supporting the same.

Thetabs 24 and 25 are equal in length to, or slightly greater in length than the slots into which they extend. Therefore, when they are fully extended into the slots, thenotches 29 and 30 engage in the slots and the width of the tabs helps to resist the removal of the tabs from the slots. Thus the carton remains assembled and the waxed paper roll remains rotatably supported.

In accordance with the patent statutes, I have described 7 the principles of construction and operation of my the supported roll.

walls foldably connected into rectangular relation the end walls having spaced parallel slots therein, and roll supporting means incuding U-shaped members having parallel sides extending through saidslots and into the hollow core to rotatably support the same.-

2. The construction described inclaim 1 and including a cutting edge along one side wall parallel to the axis of 3. The structure described inclaim 1 and including a flap foldably connected to an edge of one of said side walls and a notch in the opposite paralleledge of the same side wall.

4. A roll support for supporting an elongatedroll having a hollow cylindrical core, the support including a rectangular sleeve comprising fivepanels foldably connected together and forming side walls and end walls, said end walls at opposite ends of the series of walls overlapping, said end walls having parallelislots therein,

and roll supporting elements comprising U-shaped mernbers of paperboard having parallel sides designed to extend into the hollow coretorotatably support the roll.

5. The construction described in claim 4 and in which said roll supporting elements act to hold the overlapping end walls in overlapping relation. 7

6. The construction described in claim4 and including a flap foldably connected to one edge of one of the side walls and the other edge of said one side wall having a notch therein.

Gluck July 25, 1933 Kandarian Dec. 5, 1950

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