MXPA98010867A - System of distribution of paper tisu of rise and combine reach - Google Patents

Abstract

The invention relates to a paper tissue distribution system having inter-folded tissues placed therein which combines the characteristics of a tissue box with the characteristics of a tissue box. The tissue box of the present invention is preferably rectangular with an opening formed in the upper wall and in an adjacent side wall. The shape of the opening may vary. The majority of the opening formed in the upper wall can be covered by a plastic film which has an opening formed therein. The individual sheets of the stack of interfolded tissue can be distributed in sequence through the opening in the upper wall or in the opening of the plastic film which covers the opening of the upper wall for the distribution of emergence, while in the The plurality of tissues of the interfolded tissue stack can be dispensed through the opening formed in the side wall for an alternating distribution.

Description

SYSTEM OF DISTRIBUTION OF PAPER TISU OF COMBINED RISE AND SCOPE BACKGROUND OF THE INVENTION This invention relates to a paper tissue dispensing system, in particular to a paper tissue box having folded tissues placed there which combines the characteristics of a tissue box that emerges with the characteristics of a tissue box that is reach BACKGROUND OF THE INVENTION Paper tissues such as tissue or facial tissues are well known in the art. The uses of facial tissues include, but are not limited to nose blowing, lens cleaning and other types of cleaning. Generally, a paper tissue distribution system includes a stack of tissues placed within a box. A stack of tissue ready to be put on a cardboard is known in the field as a paperclip. There are two basic types of cardboard boxes: the variety of emergence and the variety of scope.

The emergence box is usually a rectangular or square box with a tissue opening on its top wall. The tissues are usually folded into each other in the boxes of emergence, which is well known in art. The folded between means that each tissue is folded around part of the tissue that is immediately below the tissue. There are several types of bending between, such as bending in Z or bending in V of tissue. Due to the folding of the tissues, when a first tissue is pulled through the tissue distributing opening, a front section of a second tissue, for example, the tissue immediately below the first tissue, is pulled ardly to the tissue. through the opening.

In addition, an emergence box may include a piece of transparent plastic film which covers the tissue distributing aperture. The film is larger than the tissue distributing cover and is attached to the lower side of the upper wall. The film is so that the tissues are distributed from the box through the slit. Because the cleft is small, the tissues are restrained from falling back through the opening once they have been pulled of the groove. If there is no such film covering the tissue distributing aperture, generally at one point of the aperture, said aperture is narrow enough to constrict the tissues.

Therefore, as a result of bending the tissues and constricting the tissues through the slit, the tissues are distributed from an emergence box in the following manner. For the first tissue, the user must reach through the slit to engrave the tissue to begin the process of distributing tissue. When the first tissue is distributed, due to the tissues being bent, the front section of second tissue is pulled through the slit. Again, due to the slit, the front section of the second tissue is constricted and preferably will not fall back through the slit into the box. The front section of the second tissue preferably remains ide the box while the tail section of the second tissue remains inside the box, between being bent with a third tissue. Then when the second tis is distributed from, for example, it is pulled of the box, the front section of the third tissue is pulled in a part of the opening and then constricted by slit preventing it from falling back inside the box. box. Therefore, the front section of the third tissue remains ide the box for the next use. This process continues until all tissues have been distributed from the box.

A reach box is basically a square or rectangular box which has a tissue distribution aperture on its top wall which extends down to include a large part of a side wall of the box. For a reach box, the tissues are not usually doubled but can be folded in C. To distribute the tissues, the tissue distribution opening of the box is large enough so that a person simply reaches inside the box to pull one or more tissues. However, a problem associated with reaching the tissues is what one has to reach inside the box to grasp the tissues. Reaching inside the box for a tissue is not convenient or easy as grabbing a tissue from the top of an emergence box.

Therefore, a majority of consumers prefer boxes of tissue emergence because it is more convenient to grab a single tissue that is erect from the top wall of the box. There are, however, backward cald problems associated with the emergence boxes. For example, a tissue may not be between folded with the tissue that is down, for example, there may be between failed folds between two successive tissues. If this occurs, when the first tissue is distributed the second tissue will not rise with the first tissue through the tissue distributing groove in the film. Therefore, there will not be a tissue for a person to grasp from the top of the box. When this happens, the person has to reach through the slit of the film by covering the tissue distributing aperture and grabbing the second tissue and basically starting the process of tissue emergence again. The film, however, can be distorted and stretched when a person reaches it to grasp a tissue from inside the box. A distorted and stretched film can result in more tissue failure.

The fall back of the tissue may be more prevalent in deeper boxes where there is more distance between the tissue stack and the slit or distributor opening of the upper wall. The second tissue can be separated from the first tissue by progressively increasing the space between the upper part of the tissue stack and the distributing groove of the upper wall as the tissue stack decreases. Therefore, the second tissue may at first rise with the first tissue but may then be separated from the first tissue before it is pulled through the tissue distributing groove. Again then a user will have to reach through the tissue distributor slot, distort and stretch the film covering the dispensing aperture as to start over the process of tissue emergence.

A second problem with the emergence boxes is that a person can usually hold only one tis at a time, rather than a stack of tissue, without wrinkling shrinking or bulging of the tissues between bent when they are distributed from the box and without distorting or stretching the film covering the tissue distributing opening of the box. Therefore, it would be desirable to provide a tissue distributing system that combines the convenience and ease of the emergence box with the advantage of a reach box. able to grip a stack of tissues at the same time without distorting the plastic film that covers the top wall of the emergence box. In addition, it would be desirable to provide a tissue dispensing system that allows one to re-start the emergence process after having failed folds in a stack of tissue without distorting the plastic film covering the top of the emergence box. .

SYNTHESIS OF THE INVENTION In one aspect of the present invention, it provides a paper tissue dispensing system which includes a box, which has an opening formed in the upper wall and one of the side walls of the box, and a stack of tissue between bent placed inside. from the box. The box can be of any shape including, but not limited to square, rectangular, cylindrical or circular. The shape of the opening can also take many different forms in the upper wall and in the side wall, but should be located centrally in both the upper wall and the side wall. For our description purposes, the front side wall, for example, the side wall placed on the front of the box, which has an opening formed therein.

In one embodiment, the opening in the upper wall of the box has a circular section which is not a full circle, instead of this, at two points of the circle near the edge of the front side wall, the line of the openings camp towards out in a straight line to the front side wall. The opening in the front side wall extends downward in a straight line towards the bottom wall, ending in an arched edge at the bottom of the opening.

In another embodiment, the opening is generally similar in shape to a projectile or torpedo. In particular, the opening in the upper wall starts at an arched edge near the rear side wall, for example, the side wall located at the rear of the box, continues in a straight line which is camped out gradually towards the Front side wall. The opening in the front side wall extends downward in a straight line towards the bottom wall ending at an arched edge at the bottom of the opening.

In another embodiment, the opening in the upper wall is generally oval in shape but not a complete oval. Instead of this, at two points in the oval near the edge of the front side wall, the opening line is bent inward at an arched edge directed towards the front side wall. The opening in the front side wall extends downward in a straight line towards the bottom wall ending at an arched edge at the bottom of the opening.

In another embodiment, the opening is in the form of a pentagon. In particular, the opening in the upper wall is generally a truncated triangle and the opening in the front side wall is generally trapezoidal in shape.

In another embodiment, the opening in the upper wall is generally rectangular and extends afuer in a half-circle shape toward the adjacent side wall.

The opening in the front side wall is half circle extending towards the bottom wall.

In a preferred embodiment, the paper tissue dispensing system of the present invention, the opening formed in the upper wall of the box is covered by a plastic film, which is preferably fastened to the underside of the upper wall, in particular Most of the opening formed in the upper wall is covered by a plastic film, which has a slit or opening formed therein to distribute the tissues. The opening in the film is sufficiently small so that the tissues will be prevented from falling backward through the opening after they have been pulled in portions out through the opening.

If the opening on the top wall is not covered by a plastic film, then some section of the opening in the top wall is narrow enough so that once a front section of a tissue has been pulled through the opening, the tissue contacts the edges of the opening and is constricted by the edges of the opening. Because this tissue is constricted, the front tissue section preferably will not fall back through the opening after it has been partly pulled through the opening.

With the present invention, the tissues are en doubled in a stack in the box. There is a variety of dsuis forms between doubles, such as a Z-fold or a V-fold which are well known in the art. Therefore, due to bending, when a first tissue is pulled through the opening on the upper wall of the box or the opening in the plastic film, a front section of the tissues is immediately below the first tissue, for example a second tissue is pulled and separated through the opening.

Therefore, due to the bending between the tissues and the constriction placed on the tissues by the small indentation in the film or the narrow section of the opening, the emergence process of distributing the tissues of the present invention works as follows . When a first tis is pulled through the opening in the upper wall or in the slit in the film covering the opening, due to the bending of the tissues, a front section of a second tis is pulled part of the way through. the opening or the slit. Therefore, due to the constriction placed on the tissues by the opening or the slit, the front section of second tissue remains out of the box, while the tail section of the second tissue remains inside the box, between folded with a third tissue. This process continues until all the tissues are distributed from the box.

The plastic film does not cover the opening in the side wall. Therefore, a person can reach inside the box through the opening formed in the side wall to grasp the tissues in the box in a manner of reaching only.

Another aspect of this invention provides a method for distributing paper tissue. A box is provided with an opening formed in the upper wall and in a side wall and a stack of tissues between bent inside the box. Most of the opening in the top wall is covered by a plastic film which has a formed slit and to distribute the tissues. Scope style distribution is carried out through the opening in the side wall while the emergence style distribution is carried out through the tissue distribution slit due to the constriction placed on the tissues by the tissue. slit due to the folding of the tissues. In addition, after a person grabs a stack of tissue from the box through the opening in the side wall using the distribution style of distribution, the emergence style of distribution is restarted because the glue tissue, for example the tissue which remains in the box which was between folded with the last tissue grasped outside the box, is automatically inserted through the opening in the film due to the friction between the tissues and the folding between the tissues.

Therefore, in use, the individual tissues form a stack of folded tissue which can be sequentially distributed through the opening on the upper wall through the opening in the plastic film for an emergence distribution, while a Individual tissue or a plurality of tissues of the stack of tissues between bent can be distributed through the opening in the side wall to achieve distribution.

These and other objects, advantages, and features of the present invention will be better understood from the review of the following detailed description of the preferred embodiments.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a perspective view of a paper tissue distribution system of an embodiment of the present invention.

Figure 2 is a top plan view of tissue paper dispensing system of Figure 1.

Figure 3 is a front view of the tissue paper dispensing system of Figure 1.

Figure 4 is a perspective view of a paper tissue dispensing system of another embodiment of the present invention.

Figure 5 is a plan view of the paper tissue dispensing system of Figure 4.

Figure 6 is a front view of the tissue paper dispensing system of Figure 4.

Figure 7 is a perspective view of a paper tissue dispensing system of another embodiment of the present invention.

Figure 8 is a plan view of the paper tissue distribution system of Figure 7.

Figure 9 is a front view of the paper tissue distribution system of Figure 7.

Figure 10 is a perspective view of a tissue distribution system of another embodiment of the present invention.

Fig. 11 is a plan view of the paper tissue dispensing system of Fig. 10.

Fig. 12 is a front view of the paper tissue dispensing system of Fig. 10.

Figure 13 is a perspective view of the paper tissue distribution system of another embodiment of the present invention.

Fig. 14 is a perspective view of the paper tissue distribution system of Fig. 13 with a plastic film covering the present invention.

Fig. 15 is a plan view of a paper tissue distribution system of Fig. 14; and Figure 16 is a front view of a paper tissue distribution system of Figure 14.

DESCRIPTION OF PREFERRED INCORPORATIONS The tissue paper dispensing system of the present invention generally includes a box with a tissue stack or disposable tissues between there bent. While the box can be made in a variety of shapes and sizes including but not limited to square, rectangular, cylindrical or circular, the box is shown in the accompanying drawings as being rectangular in shape.

Because for the particulate embodiments described and shown, the rectangular box, the box 10 has an upper wall 12, two side walls 14 and 16, two end walls 18 and 20 and a lower wall 22. While the box 1 can To be made in any number of sizes, in one embodiment, the box 10 has the following dimensions: a height of 3 inches and% of an inch, a width of 4 inches and an inch and a length of about 9 inches and% d inches . Therefore, the dimensions of the upper wall 12 are about 4 inches% wide and about 9% d inches long. The dimensions of the side wall 14 are about 9% of an inch in length and about 3 inches% in height.

The upper wall 12 and the side wall of the box 10, such as the side wall 14, have a removable section which defines an opening 30. The opening 30 includes an opening section 32 which is formed in the upper wall 12 and an opening section 36 which is formed in the side wall 14. While the opening 30 may have a variety of shapes, the opening 30 must be located at the central location in both the top wall 12 and the side wall 14. opening sections 32 and 36 may both be of a variety of shapes and sizes, including but not limited to circular, oval, square, rectangular, half circle or triangular shapes.

In one embodiment, as shown in Figures 1 to 3, the opening section 32 in the upper wall has a generally circular shape which is camped outward in a straight line towards the side wall 14. More particularly the opening section 32 has a circular part 60 which does not form a complete circle. Instead of this, at two points 62 and 64 on the circle 60 near the edge the side wall 14, the opening section 32 is camped out in straight lines 66 and 68 towards the edge of the side wall 14. On the wall lateral 14, the opening 30 extends downward in straight lines 70 and 72 towards the lower wall 22, ending in an arched edge 74, to form the opening section 36 in the side wall 14.

Again, the opening sections 32 and 36 can be made in a variety of sizes. In a preferred embodiment, the sections of openings 32 and 36 have the following dimensions. First, the diameter of the circulating part 60 is about 1 inch and% inch. The distance between the two points 62 and 64 is about one inch. In the sidewall edge, the opening section 32 is d about 1 wide. The opening section 36 extends for about 2% inches in the straight lines 70 and 72 before ending in the arched edge 74.

In a variation of this embodiment, the opening sections 32 and 36 have the following dimensions. First, the diameter of the circular part 60 is around d 1 inch and% inch. The distance between the two points 62 64 is about 1 inch and% inch. At the edge of the side wall of the opening section 32, it is about 2 inches wide. The opening section 36 s extends for about 2 and k inches on straight lines 7 and 72 before ending at the arched edge 74. Figures 4 6 show another embodiment. In this embodiment, the aperture 30 is generally similar in shape to a torpedo. In particular, the opening section 32 in the upper wall 12 has an arched bord 76 near the side wall 16, which then extends in straight lines 78 and 80 that are gradually camped out of the side wall 14. On the wall side 14, the openings 30 extend downwards in the lines 70 and 72 towards the lower wall 22, ending in an arched edge 74 to form the arched section 36 in the side wall 14.

As discussed above, even when the opening sections 32 and 36 can be made in a variety of sizes, in a preferred embodiment the dimensions are as follows. At the arched edge 76 near the side wall 16, the opening section 32 is about 2.54 centimeters wide. At the edge of the side wall 14, the opening section 32 is about 5.08 centimeters wide. The opening 30 extends downwards by about 2% inches in straight lines 70 and 72 before ending in the arched edge 74.

Figures 7 to 9 illustrate another embodiment.

Here, the opening section 32 on the upper wall is generally oval in shape. More particularly, the opening section 32 has an oval portion 82 which does not form a complete oval. Instead of this, two points 84 and 86 on the oval portion near the edge of the side wall 14, the opening section 32 is bent inward in the arched lines 88 and 90 towards the edge of the side wall 14. On the wall side 14, the opening section 36 extends downward in straight lines 70 and 72 towards the bottom wall 22, ending at an arched edge 74, to form the arched section 36 in the side wall 14, preferably, for this embodiment, while again the opening sections 32 and 36 can be made in a variety of sizes, the dimensions of the opening sections 32 and 36 are as follows. The oval opening 82 is about 4 inches by about 2 inches. At the edge of the side wall, the opening section 32 is d about 2 inches tt inch wide. The opening section 36 in the side wall extends downwards by about 2 inches and% of an inch in straight lines 70 and 72 before ending in arched edge 74.

In another embodiment, as illustrated in Figures 10 to 12, the opening 30 is similar to a pentagon. In particular, the opening section 32 in the upper wall is a truncated triangle. The edges of the opening section 32 are a straight line 92 which runs parallel to the side wall 16 and the straight lines 94 and 96, which flare outwardly in the direction from the side wall 16 to the side wall 14. The opening section 36 in the side wall is trapezoidal in shape. More particularly, the edges of the opening section 36 are in a straight line 48 which runs parallel to the bottom wall 22 and to the straight lines 100 and 102 which flare outwardly in the direction from the bottom wall 22 to the top wall 12 Even when the opening sections 32 and 36 can be made in a variety of sizes, preferably, for this embodiment, the dimensions are as follows. The opening section 32 is about% inch wide in the side wall 16 and about 3 t wide in the side wall 14. The opening section 36 extends downward by about 2 inches% in the lines lines 100 and 102. At the bottom of the opening section 36, the opening section 36 of about d 2 inches wide.

Figures 13 to 16 illustrate another embodiment of the present invention. In this embodiment, as shown in FIG. 13, the opening section 32 in the upper wall is a first generally rectangular section 33, which, at points 104 and 106, extends into a second section 34 toward the side wall. 14. The second section 34 is shown in Figure 13 in a half circle shape. The second section 34, however, is not limited to a half circle shape but may be composed of a variety of shapes including, but not limited to an oval shape, a rectangular shape, a square shape, a triangular shape or a shape circular. The opening section 36 in the side wall 14 is in the form of a half circle. Again, the opening section 36 n is limited to a half circle shape, but may be oval, rectangular, square, triangular, circular or any other desired shape.

Again, even when the sections of openings 32, 34 and 36 can be made in a variety of sizes, preferably the dimensions for this embodiment are as follows. The distance between the points 106, 104 is about 1% inches. At the edge of the side wall 14, the opening section 32 is about 3 and% inches wide. The half circle section of the opening section 36 extends for about 2 inches down the side wall 14.

In each of the above-described embodiments, a plurality of disposable tissues or tissues 50 are stacked within the box 10. The tissues are between bent. There are a variety of ways of folding between the tissues such as the Z-bend or the V-bend, which are well known in the art. Further, for each embodiment, in some section of the opening section 32 in the upper wall 12 as the opening section 32 is sufficiently narrow so that the tissues will be constricted by the opening section 323 after they have been distributed in part outwardly through the opening section 32. For example, for the embodiment illustrated in Figures 1 to 3, the opening section 32 tapers between the points 62 and 64 to constrict the points 50, and for the illustrated embodiment in Figures 7 to 9, the opening section 32 tapers between the points 84 and 86 to constrict the tissues 50.

The emergence distribution is therefore possible due to the bending of the tissues and the constriction of the tissues 50 caused by the opening 30. In particular, due to the folding of the tissues 50, when a first tis is pulled upwards of the tissues. openings 30, a front section of the tissue immediately below the first tissue, for example, or second tissue is pulled through the opening 30. Due to constriction on the tissues 50 through the opening 30, once the front section of the second tissue is opened. is outside the box 10, this tissue preferably will not fall back through the opening 30. Thus, the front section of the second tissue will remain outside the box 10, while the cabbage section of the second tissue will remain inside the box. box 10 between folding with a third tissue.

The aforementioned process is repeated when a person pulls the second tissue out of the box 10. Because a third tissue is interfolded with the second tissue, a front section of the second tissue will be pulled through the opening 30. Due to the constriction of the front third tissue section with the opening 30, this tissue preferably will not fall back through the opening 30 but instead will remain outside the box 10 for the next use. This process can be repeated again and again until the tissues 50 have been distributed from box 10.

In use, therefore, the individual tissues 5 from a stack of folded tissues can be distributed sequentially through the opening 30 of the box 10 for an emergence distribution, while an individual tissue 5 or a plurality of tissues 50. from the stack of inwardly folded tissues can be distributed through the opening section 3 in the side wall 14 for a range distribution.

Figures 14 to 16 illustrate the embodiment of Figure 13 which incorporates the plastic film cover 40 of the present invention. The use of the plastic film cover 40 is not limited to this mode but can be used by any of the embodiments described above.

As shown in Figure 14, a plastic film 40 covers a majority of the rectangular aperture section 32 in the upper wall 12. The plastic film is preferably held by adhesive (not shown) to the underside of the upper wall. 12. The plastic film 4 has an opening 42. The opening 42 is generally a slit 44 which is formed longitudinally parallel to the side wall 14 and which broadens in to a generally rectangular shape 46 towards the side wall 14. L opening 42 is sufficiently small so that the tissue 50 will prevent the tissues from flowing back through the opening 4 after they have been pulled through the opening.

As discussed above, the opening 30 formed in the upper wall 12 of the box 10 extends to the second section 34 of the rectangular section 12. The plastic film 40 does not cover the second section 34 of the opening 30 in the upper wall 12. Further, the plastic film 40 does not cover the middle circular section 36 of the opening 30 formed in the side stop 14. Because the middle circular section 36 of the opening 30 extends down the length of the side stop 14, a person can reach inside the box 10 through the opening section 36 and grasp the tissues disposable tissues 50 of the box 10 for a distribution d reach.

In a manner similar to that described above, a plurality of tissues 50 are between folded and stacked within the box 10. In this embodiment, the emergence distribution is achieved due to the bending of the tissues 50 to the limitation on the tissues 50. caused by the opening 42. In particular, because the tissues 50 are between bent, when a first tissue is pulled up through the opening 42, a front section of the tissue immediately inwardly folded with and under the first tissue, by example, the second tissue is also pulled through the opening 42. Because the tissues 50 are constricted by the opening 42 to prevent them from falling back through the opening 42, the second tis will preferably not fall back to through the opening 42. Thus, the front section of the second tissue remains outside the box 10 ready to be gripped by the user. The tail section of the second tissue will remain inside the box 1 between folded with a third tissue. Again, this process can be repeated again and again until all the tissue 50 has been distributed from box 10.

In use, therefore, the individual tissues 50 of a stack of disposable tissues or between folded tissues can be sequentially distributed through the opening 42 in the plastic film 40 for an emergence distribution while an individual tissue 50 or a a plurality of tissues 50 of the folded stack of tissues may be distributed through the middle circular section 36 in the side wall 14 for range distribution.

Also, when a person grabs a pile of tissue 50 of the box 10 through the opening 36 formed in the side wall 14 in the distribution range style, the emergence style of distribution is restarted because the glue tissue, for example the tissue remaining in the box which is not in between, folded with the last tissue grasped outside the box is automatically inserted through the opening 42 in a plastic film 40. In particular, when the tissue stack 50 of the box 10 is grasped, and the last tissue in this stack is unfolded from the glue tissue, due to the friction between the surfaces of the tissues, the front section of the glue tissue will automatically be pulled up and through the opening 42 in the film 40. Therefore , the emergence distribution is restored after a person distributes the tissues using the scope style.

Of course, it should be understood that a wide variety of changes and modifications can be made to the embodiments described above. It is therefore intended that the foregoing description should illustrate rather than limit the invention and that they are the following clauses, including their equivalents which define this invention.

Claims (12)

R E I V I N D I C A C I O N S

1. A paper tissue distributor system composed of: a box, which includes the upper and lower top walls, a stack of tissue sheets or disposable diapers between bent placed inside said box, said upper wall and an adjacent side wall having a removable section defining an opening, said opening has an opening section in said upper wall said opening having an opening section in said side wall, wherein said opening sections have defined shapes, wherein a tissue of said stack of folded tis sheets can be distributed individually and sequentially of said opening section in said top wall and where a plurality of tissues of said stack of folded tissue sheets can be dispensed through at opening section of said adjacent side wall.

2. The paper tissue distribution system as claimed in clause 1, characterized in that said box is rectangular, square, circular cylindrical.

3. The tissue paper dispensing system ta and as claimed in clause 1, characterized in that said defined shape of the opening section in said upper wall is generally circular in shape, which are encamped in a straight line towards the adjacent side wall and said defined form d said opening section in said adjacent side wall s extends downward in straight lines towards the bottom wall ending at an arched edge.

4. The paper tissue dispensing system ta and as claimed in clause 1, characterized in that said opening is generally torpedo-shaped, wherein said defined shape of said opening section in said upper wall has an arched edge near the wall. side opposite said adjacent side wall which extends into the straight lines which are flared towards the side wall gradually and said defined form of the adjacent side wall shower opening section extends downward in straight lines towards the side wall. stop lower, ending in an arched edge.

5. The tissue paper dispensing system ta and as claimed in clause 1, characterized in that defined shape in the opening section in said upper wall is generally oval in shape, which is bent inwards and arched edges towards the wall edge adjacent lateral said defined shape of said opening section in said adjacent side wall extends downward in straight lines to the lower wall, ending in an arched edge.

6. The paper tissue dispensing system ta and as claimed in clause 1, characterized in that said opening is generally in the form of a pentagon wherein said defined shape of said opening section in said upper wall is generally a truncated triangle and said defined shape of said opening section in said adjacent side wall is trapezoidal in shape.

7. The paper tissue distribution system as claimed in clause 1, characterized in that said defined form of said opening section in said upper wall is a first generally rectangular section and a second section has a defined shape, said first section and said second section being centrally positioned in said upper wall, wherein said second section extends from the middle of said rectangular section toward the adjacent side wall and said defined shape of said opening section and * said adjacent side wall is a middle circular section which extends downward toward said bottom wall.

8. The paper tissue dispensing system ta and as claimed in clause 1, characterized in that said form of said second section is generally circular circular, oval, rectangular, square or triangular.

9. The paper tissue distribution system as claimed in clause 1, characterized in that it is composed of: a sheet of plastic film covering the majority of said opening in said top wall, said plastic film includes an aperture formed and, wherein a tissue of said stack of folded tis sheets can be individually and sequentially placed through said opening.

10. The tis paper distribution system as claimed in clause 9, characterized in that said upper wall of said box has an inner surface and said plastic film is fastened to said inner surface.

11. A paper tissue distribution system comprising: a rectangular box, which includes the upper, lower, end and side walls, a stack of folded tissue sheets placed inside said box, said top wall and an adjacent side wall having a removable section defining an opening, said opening in said top wall having a generally rectangular section and a first centrally placed section of half a circle on said top wall, wherein said first half circle section extends from the middle of said rectangular section towards said adjacent side wall and said opening in said adjacent side wall is a second middle circular section, which extends towards the lower wall, and a sheet of plastic film that covers most of the opening in said top wall, said plastic film includes an aperture formed and, wherein a tissue of said stack of folded tissue sheets can be individually and sequentially distributed through said opening in said plastic film and wherein a plurality of tissues of said stack of folded tis sheets can be placed through said tissue. said medi circle section in said adjacent side wall.

12. A method for distributing paper tissue comprising the steps of: providing a box, including upper, lower and lateral walls, wherein said upper wall the adjacent side wall has a removable section that defines an opening, in said upper wall has a generally rectangular section and a first symmetrical section half-soldered on the wall upper, where the first sessial mid sessile extends from the middle d disha sessión restangular hasia disha lateral wall adyasente disha opening in disha lateral wall adyasente is a segund sessión medial sirsular the sual extends hasia down hasi disha wall in the background, The majority of the opening in the upper wall is covered by a sheet of plastis, in which the plastis membrane has an opening formed and, Solosar a stack of sheets of tissue between folded into the saja, where a tissue of disha stack of tissue leaves between folded can be distributed individually sesuensia through disha aperture in disha pelisula de plástiso for an emergence distribution and where a plurality of tissues from disha stack of folded tissue sheets may be distributed through said opening in said adjacent side wall for an alkane distribution, and distribute at least one tissue of disha stack of tissue sheets between bent through a disha opening in the sidewall wall for an alsanse distribution so that a tissue remaining in disha saja is pulled into the upper wall and through the opening wall. and from disha film to re-start the emergence distribution. SUMMARY The invention relates to a distribution system of paper tissue having tisus between bending solosados there the sual sombina the característisas of a tissue box of emergence with the sarasteristisas of a saja de tis de alsanse. The sack of tissues of the present invention and preferably restangular are an opening formed in the upper wall and in a sidewall adyasente. The shape of the opening may vary. The majority of the opening formed in the upper wall may be subtended by a plastis film the sual has an opening formed therein. The individual sheets of the folded tissue stack can be distributed in sesuensi through the opening in the upper wall or in the opening of the plastis film the sual sub the opening of the upper wall for the distribution of emergence, while in the plurality of tissues of the stack of tissues between bent can be dispensed through the opening formed in the side wall for a distribution of alsanse.