JPS61127444A - Vessel fixture - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a container mounting apparatus with a mounting bracket for mounting a container for use in dispensing and wipes, and a container mounted to said bracket.

Brackets for mounting containers on surfaces are generally known, as exemplified in the publications listed below.

U.S. Pat. No. 4,416,369 discloses a mounting bracket constructed with upright fingers for supporting a carton thereon. The carton is configured so that the front wall can slide down behind the upright fingers and lie flat against the inner surfaces of the upright top wall and back wall, which are both flat. In this way, the top wall is printed or embossed with advertising and display patterns. US Patent No. 2.
No. 673,053 discloses increasing the rigidity of the bracket by providing a mounting bracket with parallel ribs. U.S. Patent No. 3.177.
No. 048 discloses a soap holder that takes up minimal wall space, the soap holder having a bar for separating the soap bar from the wall when the soap is placed in the holder in an upright position. Equipped with a spacer outlet.

U.S. Pat. No. 3,284,041 discloses a single flat sheet made of thin material with a pair of arms adjacent the bottom of the carton. It has a sharp end that allows it to pierce a carton of tissues, allowing it to hold the carton without damaging the tissues inside. U.S. Pat. No. 2,315,573 discloses a bracket with a horizontal shelf section, which can be provided with an upright sharp point through which a carton of tissue is passed, and the carton is placed on the shelf section. It's like being supported.

A first disadvantage of conventional mounting brackets for mounting containers of the multi-wipe type is that the containers cannot always be reliably mounted to the brackets. Accordingly, containers mounted on conventional brackets may prematurely dislodge from the bracket during normal use. This problem is particularly acute when the container is used as a means for dispensing sheet materials such as tissues, wipes, etc.

The reason for this is that when the sheet is dispensed by hand, the force transmitted to the container sometimes tends to cause the container to come off the bracket little by little. Therefore, a loosely fitting relationship between the container and the conventional mounting bracket can be a source of user irritation.

However, in accordance with one embodiment of the present invention, the mounting of the present invention maintains the mounted container in position by a nip area formed between the flange and the rear plate member. This two-pronged region retains a portion of the container within the region and resists the separation forces described above.
At the same time, the container can be removed from the mounting bracket if desired. In another embodiment of the invention, the attachment extends into the space between the flange and the rear plate member.
A sharp edge is provided so that the sharp edge is pierced into a portion of the container and resists the forces that cause it to separate.

If the mounting bracket of the present invention is to be attached to a rigid surface using conventional fastening elements such as screws, bolts, nails, rivets, etc., the heads of these elements will not interfere with attaching the container to the bracket. It seems possible that there is. Accordingly, the present invention provides a structure that effectively covers the head of such a fixing element, so that the user does not experience any difficulty in attaching the container to the mounting bracket.

The mounting takes place within the space formed between the flange and the rear plate member, and the surface is preferably smooth and rounded or arcuate, so that the container can be moved in the direction of mounting on the flange. When pressed, said surface allows the wall of the container adjacent to the rear plate member to be pushed in an unobstructed direction. The wall of the pressed container is thus guided around and over the head of the fixing element, so that the head does not interfere with the easy attachment of the container to the bracket.

The container of the invention includes a pair of opposing side walls that define a cavity for receiving, for example, a wipe.

One wall of the container is provided with linear rows of alternating cut and uncut portions such that when the container is attached to the mounting bracket, the attachment of the mounting bracket is aligned with the flange. ing. As used herein, the term "cut" is used to mean something that surrounds the hole in the wall of the container, not only completely through the wall thickness, but also partially within the wall thickness. This also includes items that are pierced. Linear rows should have approximately 20% to 80% cuts, which allow approximately 8 to 35 lbs.
kg) acts on the container.

These and other advantages of the present invention will become more apparent from the following detailed description of the preferred embodiments.

Please refer to the attached drawings here. Like reference numbers indicate like components throughout the various figures.

A particularly preferred embodiment of the mounting bracket of the present invention is shown in FIGS. 1-5. As shown in FIGS. 1-5, the mounting bracket 10 generally includes a rear plate member 12.
2 is preferably flat for placing opposite a rigid surface 14 (see FIG. 5) to attach the mounting bracket 10 to the surface 14. Mounting bracket 10
can be made of hard materials such as metal or plastic.

According to the embodiment of FIGS. 1-5, the pair of attachments is such that the flanges 16.18 are securely attached to the plate member 12 by the bottom wall 20, and each attachment is attached to the flange 16.18.
are arranged upright and substantially parallel to the plate member 12. Thus, space 22 is attached to flange 16.1.
8 and rear plate member 12 to receive one wall 24 of a container 26 within said space 22 (see FIG. 5).

Mounting bracket 10 can be securely attached to surface 14 by conventional mounting elements, such as screws B1 with heads A as shown in FIG. Also, other attachment elements with heads such as bolts, nails, rivets, etc. may be utilized to attach the bracket +-10 to the surface 14. Of course, other headless attachment elements such as double-sided adhesive tape, adhesives, etc., can be used if desired as a device for attaching the bracket 10 to the surface 14.

When attaching the bracket lO to the surface 14 using elements such as screws B, a pair of attachments are provided through the holes 28.30.
is formed in rear plate member 12 to receive screw B. Preferably, the fittings are elongated holes in holes 28.30, and each fitting is provided with a respective slot 32.34 for hole 28.30. Pores 32 and 34 are holes 2B.

The bracket 1-1 has a width dimension that is less than or equal to the diameter of
0 to the surface 14 securely.

Attachment flanges 16,18 have rib members 36 to increase their structural rigidity. Preferably the flange 16.
Rib members 36 are provided perpendicularly to the flange 16.18 so that 18 cannot flex away from the rear plate member 12 due to the weight of the container 26. In a preferred form, rib member 36 is attached to flange 16.18.
The recess is formed integrally with the flange, but may also be a separate member firmly fixed to the flange.

Holes 28/32 and 30/34 are provided to allow a hand tool such as a screwdriver to engage screw heads A inserted into holes 32.34 to securely attach bracket 10 to surface 14. A matching enlarged hole 33.35 is formed in the flange member 16.18.

A pair of downwardly beveled edges 38.40 are each attached to the flange 16.18 and extend through the container 26.
Typical examples are hit balls and solid balls.

Basically, it is made of a heavy material such as fiberboard. Thus, the pair of edges 38° 40
6 (see FIG. 5) to attach the container to the flange. Additionally, flanges 16.18 are preferably tapered upwardly by upper pinch edges 42.44, so that flanges 16. ．． The slot initially formed in the container wall 37 by the downwardly flared edges 38, 40 of the container 26 at the flange 16.
8, its length gradually increases as it moves downward.

As mentioned above, it is intended to be used as a means for securing the bracket 10 to the surface 14, which can be manually secured. As shown in Figure 5, bracket 1
0 is attached to the surface 14, for example, the screw alA of the wood screw B is placed in the space 22. Thus, the screw head A becomes an obstacle in attaching the container 26 to the flange 16.18.

That is, the container 26 constituted by walls 24 and 37
The edge 61 abuts the screw M8, thereby preventing easy attachment of the container 26 to the flange 16.18.

In order to solve such problems, the present invention provides a kite member 50.
This member 50 is located within the space 22 in relation to the rear plate member 12 and above the screws 1iJiA, but is aligned with the screw head A when the bracket 10 is attached to the surface 14. Ru,. In the preferred form, the guide member 50 creates a convexly curved surface, although other geometries may be used, such as a downwardly sloped ramp surface, a concave surface, and the like. The guide member 50 serves to move the wall 24 of the container 26 outwardly so that when the user first attaches the container 2G to the mounting flange 16.18, the wall 24 is pushed away from the screw head A and thus The screw head A is installed so as not to interfere with the installation procedure.

To secure the container 26 to the bracket 10 and hold the installation in position, each mounting flange 16° 18 has a capture member 5.
2.54, and these capture members are preferably positioned at the lower end of each flange member 16.18 such that they are respectively disposed in the space 22. In a preferred embodiment of the capture members 52.54, each capture member includes a pair of triangular shaped surfaces 56.58.
, and these surfaces 56 , 58 are connected at one edge 60 to form a nip region 62 with the rear plate member 12 . As shown more clearly in FIG.
when attached to the bracket 10, the walls 24. of the container 26.
The corner 61 created by 37 is pQ on the side of the edge 60.
It is deformed by the peeled shape. Thus Corner 61
is puckered and captured in the nip region 62. The capture members 52, 54 thus allow the container to be removed from the bracket 10 if desired, and provide a means of counteracting forces acting upwardly on the container.

As shown in FIGS. 7-9, the container 26 preferably includes a wall 37 having a perforation line 64 formed therein to form a panel 66. As shown in FIGS.

An opening 67 is defined when panel 66 is removed, thereby making the contents of container 26 available to the user.

Preferably, the contents are wiping paper 68 as shown in FIG. Moreover, the wall 37 has first and second walls arranged in a straight line.
Preferably, there are perforation groups 70.degree. 72, each of which is created by alternating cut portions 73a and uncut portions 73b. The first and second perforation groups 70, 72 mate with the flanges 16° 18 to facilitate installation of the container.

To attach the container 26 to the bracket 10, the user manually positions the container 26 so that the perforation groups 70.72 are aligned with the flanges 16.18, respectively, as shown in FIG. decide,. Thereafter, the user pushes the container 26 with force in the direction indicated by the arrow 76 in FIG.
Align edge 38° 40 with perforation 70.72. Due to the downwardly flared edges 38, 40, the wall 37 of the container 2G pushes the container 26 further downwards (in the direction of arrow 76).
When moved, the installation is performed by drilling holes at the first and second perforation groups 70.72 so that the installation shown in FIG. It will be done.

Therefore, when the container 26 is in the position shown in FIG.
The wall 24 of the container 26 is mounted within a space 22 defined between the flange 16 18 and the rear plate member 12 . When the mounting is in position, the mounting is on the flange 16.1
8, the capture member 52 captures a portion of the container 26 within the bilobed region 62, thereby separating the container 26 from the mounting bracket 16. force is prevented, and if desired, the user may remove the container 526 from the mounting flange 16.18 by exerting sufficient force in the direction opposite to the arrow 76. - Once the transformer container 26 is installed in the position shown in FIG. 9, the panel 66 may be removed to define an opening 67 through which the wiping paper 68 can be removed.

Bracket 10 is preferably attached to flange 16.
18, and the mounting is recessed with respect to the flange. The lower flange 74 is rigidly connected to the lower portion of the rear plate member 12, the attachment being such that it increases the structural rigidity of the flange 16.18. Moreover, the lower flange 74 has a surface with good alignment, and has a corporate logo 76 thereon.
Marks such as (see Figure 8) can be placed.

10-17 show another embodiment of the invention, the structure shown therein being equivalent to the embodiment of the invention shown in FIGS. 1-5, which are designated by like numerals.

With particular attention to FIGS. 10-13, an additional embodiment of the mounting bracket 10 forms a pair of inwardly directed pinched edges 80, 82 which are attached to the flange 1.
Edges 44 and attachments of 6 connect edges 42 of flange 18 to aid in separation of perforation lines 70.72 when container 26 is attached to flange 16.18.

The screw head A prevents the attachment from interfering with the attachment of the container 26 to the flange 16.18, a device provided by the partially cut-out portion 84.86 according to the embodiment of FIGS. 10 to 13. . Preferably, the cutout portion 84.
86 is semi-circular and curves inward into space 22 along a generally vertical line. In this manner, the arcuate edges 88 of the cutout portions 84, 86 serve a similar function to the guide member 50 described above with respect to the embodiment of FIGS. 1-5.

The attachment is to capture a portion of the container 26 so as to resist forces acting on the container in a direction opposite to that of the arrow 76 (e.g., in a direction opposite arrow 76 as shown in FIG. 8).
Teeth 90 , 92 are provided on the rear plate member 12 and arranged in the space 22 . Each of the teeth 90,92 forms a sharp edge 94 in the wall 24 of the container 26 when the container 26 is in the installed position shown in FIG. Therefore, the sharp edge 94
4, the attachment is such that it resists forces exerted on the container 26 in the direction of its tendency to separate from the flange 16° 18.

The pair of mountings in the embodiments of FIGS. 1 to 5 and 10 to 13 do not include flanges 16.18, whereas the embodiment of the invention shown in FIGS. Forward plate member 96 having 102
It includes. Corner ioo, 102 is the edge 38, 4 of the embodiment of FIGS. 1-5 and 10-13.
It has the same function as 0. Since the front plate member 96 defines a generally horizontal upper edge 104, the perforation lines 70, 72 preferably extend along the width of the container 26, where they are cut across by continuous perforations. It is designed to create eye lines.

Moreover, in the embodiments shown in FIGS. 14 to 17, the cutout portion 8
4.86, which are not vertically aligned as described above with respect to the embodiment of FIGS.
is located inside. Nevertheless, the notched portion forming the arcuate surface 88 allows the wall 24 of the container 26 to be threaded from the thread A when the container 26 is moved in the mounting direction (arrow 76 in FIG. 8). It functions in a similar manner as not to deviate, thereby preventing the screw head A from interfering with the installation.

B. - Container used, a container previously containing wipes,
The container from which the continuous dispensing of wipes takes place during use, the container attachment of the present invention forms the second component of the device. In order for the container mounting to perform the intended function of the device, the container must be able to separate from the mounting bracket (such as during transport of the container), store wipes, and store newly supplied wipes. The paper must be presented to the user without any difficulty when the container is attached to the mounting bracket.

According to the present invention, there is provided a container for use in combination with the above-described mounting bracket, the integrity of the container being maintained during handling and storage of the container, and at the same time allowing the user to attach the container to the mounting bracket. Can be easily installed on. To achieve such effects, a significantly novel container is provided, please refer to FIG. 7 for discussion below.

As briefly mentioned above, the container 26 of the present invention includes first and second perforation groups 70, 72 (7) in series, each of which has alternating cut and uncut portions 73a, respectively. , 73b. A first group of perforations 70 is disposed in the wall 37 and aligned with the flange 16 and a second group of perforations 72 is disposed in the wall 37 and aligned with the flange 18 of the mounting bracket 10. There is. Of course, if a single attachment is used as a device for attaching the container to the bracket, as is the case with the embodiment of the invention shown in FIGS. 14-17, two groups 70.72
are unnecessary and therefore the series of cut and uncut portions 73a, 73b each extend substantially the entire length of wall 37.

The series of first and second perforation groups 70.72 are approximately parallel to the edge 61, which edge is formed by the intersection of mutually perpendicular walls 37 and 24. Furthermore, the series of the first and second perforation groups is separated from the edge 61 by a dimension equal to or less than the cross-sectional dimension of the space 22 formed between the rear plate 12 and the flange 16.18. It has space. In this manner, the wall 24 of the container 26 is received in the space 22 when the container 26 is attached to the flange 16.18.

Container 26 is made of a sufficiently strong material to protect the contents from damage. Particularly preferred materials for the containers of the present invention are 1
25 lb and 2001b (56,6 bet and 90.6k
g), but rigid paperboard of sufficient basis weight (for example at least 18 point rigid paperboard) can also be advantageously used. Conventional molding techniques are used to manufacture the containers of the present invention.

Preferably, the cedar boards of the container are cut from one piece of cardboard and folded to assemble the container. Any known suitable adhesive, tape, stabilization, integral folding or similar means may be used to join adjacent panels of the assembled container.

Preferred containers of the present invention are approximately IO+ inches (26,7 cm).
), the width dimension is approximately 4 ÷ inches (12,1 cm), and the height dimension is approximately 8 dot inches (20,9 cm).

Linear arrangement of first and second perforation groups 70.
72 has the functional advantages briefly discussed above, i.e., ensuring that the container remains intact during handling or transport away from the mounting bracket, and in addition, when the user attaches the container to the bracket. It is important for the container of the invention to ensure that no difficulties are achieved. The container of the present invention is such that the percentage of cut portions 73a to uncut portions 73b of the linear perforation array is between about 20% and about 80%, as achieved for example by the following formula: Such functional advantages are achieved by dimensioning the cant portion 73a.

Percentage of cut portion - Total dimension of cut portion 73a ÷
[(Total dimensions of cut portion 73a) + (uncut portion 7
By dimensioning the cut portion 73a and the uncut portion 73b so as to satisfy the above equation (total dimensions of 3b))
f to approx. 351b-f (3.6ktrf to 15.9
The container 26 can be mounted on the bracket 10 by simply applying a force of between 1 and 2 kgf). The force required to be applied in the direction of arrow 76, e.g.
, 6~15.9kgf)) is also perforation group 70
A linear alignment of 0.72° is a perfect standard.

That is, below about 81 b-f (3.6 kgf) (corresponding to a percentage of the cant portion exceeding about 80%),
The container exhibits a tendency to separate along the linear array of perforation groups 70.72 during handling prior to use.

Thus, less than 81 b-f (3.6 krf) required to mount the container on the bracket 10 is clearly disadvantageous. This is because premature separation along the perforation line tends to occur prior to installation, thereby exposing the contents of the container 26 to potential damage. On the other hand, if the required attachment force exceeds 351 b-f (15,9 kg-f) (e.g., less than about 20% of the force/gutter percentage), the user may Even if substantially no separation along the perforation is maintained, excessive resistance to mounting the container 26 onto the bracket 26 is encountered.

Although the above container description was primarily directed to mounting container 26 on bracket embodiment 10 having a pair of mounting flanges (e.g. mounting flanges 16, 18),
It will be appreciated that the above description is equally applicable to a single flange mounting bracket (eg, flange 96 in the embodiment of FIGS. 14-17) or a pair of flange mounting brackets. Additionally, although the first and second perforation groups 70.72 are shown in the accompanying drawings to be formed in the wall 37 of the cavity 526 adjacent to the panel 66, the cut and uncut portions 73a, 73b, respectively, have openings. 67 can be formed on any wall of the container 26 to provide a
In this way, the user can place the wiping paper 68 at a desired position. Also, a plurality of linear arrays of cut and uncut portions may be provided to provide the user with the opportunity to select a wipe dispensing location (eg, top, side or bottom dispensing location).

Thus, while the present invention has been described in terms of what are presently considered to be preferred embodiments, those skilled in the art will appreciate that there are many variations consistent with the broadest scope of the claims that include all equivalent structures and/or assemblies. Understand that changes can be made.

[Brief explanation of the drawing]

FIG. 1 is a front view of a particularly preferred embodiment of the mounting bracket of the present invention. FIG. 2 is a plan view of the embodiment shown in FIG. FIG. 3 is a bottom view of the embodiment shown in FIG. 4 and 5 show a rear view and a left side view, respectively, of the embodiment shown in FIG. 1. FIG. FIG. 6 is a detailed sectional view of an embodiment of the capture member of the present invention. 7 to 9 are perspective views showing the procedure for attaching a container to the container bracket of the present invention. Figures 10 and 11 show front and rear views, respectively, of a second embodiment of the container mounting bracket of the present invention. Figures 12 and 13 are similar to Figures 10 and 1, respectively.
FIG. 1 shows a right side view and a top view of the embodiment shown in FIG. Figures 14 and 15 show front and rear views, respectively, of a third embodiment of the container mounting bracket of the present invention. FIGS. 16 and 17 are similar to FIGS. 14 and 1, respectively.
5 shows a right side view and a top view of the embodiment shown in FIG. 5. FIG. FIG. 18 is a detailed sectional view of another embodiment of the capture member of the present invention. 10... Mounting bracket 12... Rear plate member. 16.18...Flange mounting, 22...Space. 26... Container. Procedural amendment (formality) Director General of the Patent Office Michibu Uga 1, Indication of case Patent application No. 20514 of 1985
No. 0 No. 2, Title of the invention Container attachment device 3, amendment required, Relationship with the case Applicant name Kimberly Clark Cobore~nnnnnn 4
, agent

Claims (1)

[Claims] 1. A container mounting bracket for mounting a container on a surface, comprising: a rear plate member configured to be fixed to the surface; and a mounting flange for mounting the container, one end of which is fixed to the rear plate. an edge which, together with said rear plate member, forms a space for receiving a wall of the container and which pierces the second wall of the container when the container is moved relative to the flange in the mounting direction to a position where the container is mounted to the flange; a mounting flange having at the other end a portion of the container that captures a portion of the container to rigidly mount the container to the flange and resists forces acting on the container in a direction opposite to the direction of mounting when desired; A container mounting bracket comprising: a device disposed within the space for allowing removal of the container. 2. The container capture device includes a device forming a nip region with the rear plate member, the nip region capturing a portion of the container when the container is in the attached position. A container mounting bracket according to claim 1. 3. said nip region forming device comprising a device disposed within said space forming a pair of surfaces with at least one edge of each surface joined, said joined edges forming said nip region; A container mounting bracket according to claim 2. 4. A container mounting bracket according to claim 3, wherein said joined edges define a line disposed at an angle with respect to said rear plate member. 5. The container mounting bracket of claim 1, wherein the container capture device includes a device forming a sharp edge that penetrates a portion of the container when the container is in the mounting position. 6. The sharp edge forming device includes a triangular member penetrating the space and terminating in a pointed tip, the tip forming a tip of the container when the container is in the mounting position. 6. The container mounting bracket according to claim 5, wherein the container mounting bracket penetrates through the portion. 7. Pressing and guiding the wall away from obstacles in the space when the container is moved in the attachment direction to prevent obstacles from interfering with the attachment of the container to the flange; 3. Container mounting bracket according to claim 1, further comprising a device forming a guide surface arranged in the space. 8. Container mounting bracket according to claim 7, characterized in that the device forming the guide surface forms a convex surface. 9. said mounting flange having a pair of upright flange members, each upright flange member being rigidly attached at one end to said first member substantially parallel to said rear plate member; 2. The container mounting bracket according to claim 1, wherein the other end is formed with an edge for piercing the container wall. 10. Container mounting bracket according to any one of claims 1 or 2, characterized in that the mounting flange has structural means that increase the structural rigidity of the flange. 11. The container mounting bracket of claim 10, wherein said structural means comprises a vertically extending rib member. 12. The container mounting bracket of claim 1, wherein the first member has an aperture for receiving a fixture so that the container mounting bracket is firmly fixed to a surface. 13. The container mounting bracket of claim 12, further comprising means for forming at least one aperture aligned with the hole to provide tool access to the fixture in the hole. 14. A combination of a container mounting bracket and a container attached to the bracket, the container having walls forming an internal cavity for accommodating a plurality of sheet materials and allowing the sheet materials to be dispensed from the cavity. a rear plate member having an opening and configured to secure the container mounting bracket to a surface; and a mounting flange for attaching a container, one end of which is secured to the rear plate member. a mounting flange having an edge at its other end forming a space for receiving the wall of the container with the container and piercing a second wall of the container when the container is moved relative to the flange in the mounting direction to a position where the container is attached to the flange; and capturing a portion of the container to securely attach the container to the flange and resist forces acting on the container in a direction opposite to the direction of attachment but permitting removal of the container when desired. , and a device disposed within the space. 15. The container has perforation means creating in the second wall at least one perforation area which can mate with the edge forming means, and when the container is moved in the mounting direction;
15. The combination of claim 14, wherein said edge defining means extends through said perforation means. 16. a rear plate member having a generally U-shaped attachment member adapted to rest on the rigid surface to be attached, and a rear plate member adapted to extend through the wall of the container for attaching the container to the attachment member; a mounting bracket for a container having at least one mounting flange, said mounting member having means for capturing a portion of the container when the container is mounted on said mounting member. mounting bracket. 17. The container capture means includes means for defining a nip area with the rear plate member, the nip area capturing a portion of the container when the container is in the attached position. Mounting bracket for containers as described in section. 18. The container mounting bracket according to claim 16, wherein the container capturing means has means for forming a blade that cuts into the container portion, and the container is captured by the blade that cuts into the container portion. . 19. a rear plate member having a generally U-shaped attachment member adapted to rest on the rigid surface to which the attachment member is attached; and a rear plate member adapted to extend through the wall of the container for attaching the container to the attachment member; a mounting bracket for a container, the mounting bracket having at least one mounting flange;
The mounting bracket has means for defining a guide surface disposed between the rear plate member and the at least one mounting flange, the guide surface for mounting the container to the mounting member. Mounting the container, characterized in that the container comprises means for biasing another wall of the container in a direction towards the at least one mounting flange when moved relative to the at least one mounting flange. bracket. 20. The container mounting bracket of claim 19, wherein the means defining the guide surface constitutes an arcuate convex surface. 21. The attachment member further comprises means for capturing portions of the container when the container is attached to the attachment member;
A mounting bracket for a container according to claim 19 or 20. 22, having a rear plate adapted to be mounted on a surface, and mounting flange means for attaching the container, one end of the flange means being secured to the rear plate to define a space of a predetermined cross-sectional dimension; A container for attachment to a bracket of the type in which the other opposite end defines a substantially linear edge, the container having wall means creating a plurality of pairs of opposing walls defining an interior cavity; one wall of the first pair of opposing walls forms a linear corner with an adjacent wall of the second pair of opposing walls; parallel,
means for constructing a linear array of cuts spaced from the defined corner by a dimension less than or equal to the predetermined cross-sectional dimension; mate with the configured edge of the mounting flange means when in opposing relationship with the configured edge, and while the linear array forming means is in opposing relationship with the configured edge, the container is provided with a predetermined size. said container may be attached to said attachment flange means when said linear array means sets said predetermined amount of force required to attach said container to said attachment flange means; A container featuring: 23. The container according to claim 22, wherein the linear array forming means alternately forms cut portions and non-cut portions. 24. The container of claim 23, wherein the predetermined amount of force is about 8 pounds to 35 pounds of force. 25. The container of claim 24, wherein about 20 to 80% of the linear array forming means consists of the cut portion. 26, said wall means having a thickness of essentially about 125 to about 200-1
Claim 22 consisting of b test corrugated material
Containers listed in section. 27. The container of claim 22, wherein said wall means consists essentially of at least 18 point solid fiberboard material.