TW201615139A - Mounting bracket for material dispensing system - Google Patents

Abstract

A wall-mountable material dispensing system includes a material dispenser having a back wall, a bottom surface, a first element of an engagement component, and a self-alignment receiver, and a mounting bracket. The mounting bracket includes a baseplate having a generally planar wall-facing surface and an opposite outward-facing surface, a self-alignment protrusion extending from the outward-facing surface, wherein the self-alignment receiver is sized to at least partially receive the self-alignment protrusion. The mounting bracket also includes a second element of the engagement component configured to engage with the first element of the engagement component, wherein the second element of the engagement component is disposed on or in the outward-facing surface, a support member extending from or adjacent to the outward-facing surface, and a wall-mounting mechanism disposed on or adjacent to the wall-facing surface.

Description

Material distribution system mounting bracket

In addition to dry toilet paper, consumers are increasingly using wipes products for personal hygiene in bathrooms. However, most toilet paper roll holders are designed to hold only a single roll of toilet paper. Existing toilet paper roll holders have not been designed to support a wet wipe dispenser. This can reduce or hinder the use of wet wipes in the bathroom if the wipes are not otherwise located close to the toilet for ease of use.

Various devices have been configured to allow additional wipe dispensers to be installed with existing designs of toilet paper roll holders or adjacent to existing designs of toilet paper roll holders.

One method is to replace the existing toilet paper mandrel in the tissue roll holder with a custom dispenser fitted with an existing mandrel hole. Custom dispensers typically have a configuration for holding a dry toilet paper roll and a compartment for dispensing the wipes. A disadvantage of this approach is that custom designed dispensers are often large and/or unsightly. Many people don't like the look of custom dispensers in the bathroom. In addition, custom allocation The device can be expensive. Those who are not sure that they will like or use a custom dispenser will often attribute this to a higher initial cost without attempting a material dispenser.

The second method is to hang the wet wipe dispenser from the existing toilet paper holder by hooking the dispenser onto the mandrel. The problem with this method is that it is cumbersome to reload the new toilet paper roll to the toilet paper roll holder because the consumer has to remove and replace the second dispenser each time the toilet paper roll needs to be changed. Many consumers do not want to bother with this and make the wipe dispenser disallow the use of hooks attached to the mandrel.

Consumers who use wipes tend to be placed in a person who wants to place the wipes dispenser near the dry toilet paper roll and prefer to place the wipes dispenser out of sight or placed in hiding because of the embarrassment Between people. Thus, the wipe dispenser can optionally be positioned adjacent to the dry toilet paper roll, or suitable for use on a flat surface rather than hanging, or for holding and dispensing the wet wipe.

The wipe dispenser for a bathroom is limited in that it can be positioned to be easily accessible when the user is going to the toilet. The countertop is limited in space, and the back of the toilet is not convenient for the user to get the wipe dispenser, and the ground is often not clean. Attaching the wipe dispenser to a vertical surface, such as a wall or closet side, provides the user with a convenient access to the dispenser. However, the user sometimes needs to remove the dispenser from the wall for reasons such as reloading, convenient two-handed dispensing, or even cleaning the dispenser, and then returning the dispenser to its holder to its original position. Mechanisms that can attach the dispenser to the mounting bracket, such as locks and tabs, have been shown to be non-intuitive, possibly because sufficient time has elapsed since the dispenser was initially attached to the wall, causing the user Someone who has forgotten, or may have, in addition to the person attaching the dispenser to the wall, wants to remove the dispenser. There is a need for a member that removes the dispenser from the mounting bracket in a quick and intuitive manner, and then returns the dispenser to its support.

The present application describes a wall-mounted material dispensing system that includes a material dispenser having a back wall, a bottom surface, a first component of the engagement component, and a self-aligning receptacle; and a mounting bracket. The mounting bracket includes a bottom plate having a substantially flat wall-facing surface and an opposite outer facing surface, and a self-aligning protrusion extending from the outwardly facing surface, wherein the self-aligning receptacle is sized to at least Partially stored self-aligning protrusions. The mounting bracket also includes: a second member of the engagement assembly configured to engage the first member of the engagement assembly, wherein the second member of the engagement assembly is disposed on or in the outer facing surface; the support member The outwardly facing surface extends or is adjacent to the exterior facing surface; and the wall mounted mechanism is disposed on the surface facing the wall or disposed adjacent the wall facing surface.

The present application also describes a wall-mounted material dispensing system comprising: a material dispenser having a back wall, a bottom surface, a first component of the engagement component, and a self-aligning receptacle disposed in the back wall; and mounting support. The mounting bracket includes a bottom plate having a substantially flat wall-facing surface and an opposite outwardly facing surface, and a self-aligning protrusion extending from the outwardly facing surface, wherein the self-aligning receptacle is sized to The self-aligning protrusions are at least partially received. The mounting bracket also includes a second component of the engagement component configured to engage the first component of the engagement component, wherein the second component of the engagement component is disposed On or in the outwardly facing surface, wherein one of the first component and the second component of the engagement component is a magnet, and wherein the other of the first component and the second component of the engagement component is a ferrous material Or a magnet; and a support member extending from the outwardly facing surface or adjacent the outwardly facing surface.

The present application further describes a wall-mounted material dispensing system comprising: a material dispenser having a back wall, a bottom surface, a first component of the engagement component, and a self-aligning receptacle disposed in the back wall, wherein the meshing The first component of the assembly is disposed on the self-aligning receptacle; and the mounting bracket. The mounting bracket includes a bottom plate having a substantially flat wall-facing surface and an opposite outwardly facing surface, and a self-aligning protrusion extending from the outwardly facing surface, wherein the self-aligning receptacle is sized to The self-aligning protrusions are at least partially received. The mounting bracket also includes a second component of the engagement component configured to engage the first component of the engagement component, wherein the second component of the engagement component is disposed on or in the self-aligning projection, wherein the engagement component One of the one element and the second element is a magnet, and wherein the other of the first element and the second element of the engaging component is a ferrous material or a magnet; the support member extends from the outwardly facing surface or adjacent to the surface An outer surface; and a wall-mounted mechanism disposed on a surface facing the wall or disposed adjacent to the surface facing the wall.

10‧‧‧Material Dispenser

12‧‧‧ top

14‧‧‧ bottom surface

16‧‧‧ Back wall

18‧‧‧ lower basin

20‧‧‧Installation bracket

24‧‧‧floor

28‧‧‧ Surface

32‧‧‧ Surface

35‧‧‧ edge

40‧‧‧Support parts

50‧‧‧Meshing components

54‧‧‧ first component

58‧‧‧second component

60‧‧‧ Attached parts

70‧‧‧Self-aligned protrusion

80‧‧‧Self-aligned storage

90‧‧‧Insert

The above and other features and aspects of the present disclosure, as well as the manner in which the features and aspects are obtained, will become more apparent from the <RTIgt; 1 is a perspective view illustrating an exemplary material dispenser of the present disclosure.

2 is a perspective view illustrating an exemplary mounting bracket of the present disclosure to be used with the material dispenser of FIG. 1.

Repeated use of reference characters in the present specification and drawings is intended to represent the same or similar features or elements of the present disclosure. The drawings are representative and are not necessarily to scale. Some parts of the schema can be exaggerated while others can be minimized.

It will be understood by those skilled in the art that the present disclosure is only illustrative of the exemplary embodiments and is not intended to limit the broader aspects of the present disclosure.

The present disclosure as illustrated in Figures 1 and 2 is directed to a multifunctional attachment between a material dispenser 10, such as a wet wipe dispenser, and a mounting bracket 20 that uses magnetic attachment or other suitable attachment. Material dispenser 10 and mounting bracket 20 can be attached to a vertical surface, such as a wall. The attachment of the material dispenser 10 to the mounting bracket 20 is self-aligning and continuously biases the material dispenser 10 toward the stabilizing platform, holding the material dispenser 10 against the mounting bracket 20 during dispensing, and is intuitive The ground is removed from the mounting bracket 20 and placed back on the mounting bracket 20.

As illustrated in Figure 2, a mounting bracket 20 for supporting a material dispenser 10 on a fixed surface, such as a wall, is disclosed. Mounting bracket 20 includes a bottom plate 24 having a substantially flat wall-facing surface 28 and an opposite outwardly facing surface 32. At least one self-aligning protrusion 70 extends from the outwardly facing surface 32 to assist in the alignment of the material dispenser 10 with the mounting bracket 20. The mounting bracket 20 also includes a support member 40 extending from the outer facing surface 32 or adjacent the outward facing surface 32, the support member 40 being configured to be in the material dispenser 10 Support material dispenser 10 when placed on a wall.

To maintain the material dispenser 10 on the mounting bracket 20, the first member 54 of the mounting bracket engagement assembly 50 of the material dispenser 10 is adapted to releasably engage the second member 58 of the mounting bracket engagement assembly 50 on the mounting bracket 20. . In one aspect, the first member 54 of the mounting bracket engagement assembly 50 is magnetically engaged with the second member 58 of the mounting bracket engagement assembly 50 to prevent relative movement of the material dispenser 10 relative to the mounting bracket 20. Various configurations of mounting bracket engagement assembly 50 and plurality of and varying mounting bracket engagement assemblies 50 can also be used to assist in locking material dispenser 10 to mounting bracket 20.

Mounting bracket engagement assembly 50 can be one or more of any suitable interlocking mechanism. For example, the first component 54 of the mounting bracket engagement assembly 50 can be one of a ferrous material and a magnet, and the second component 58 of the mounting bracket engagement component 50 can be the other of the ferrous material and the magnet. In another aspect, both the first component 54 and the second component 58 can be magnets as long as the magnetic poles of the magnets are properly aligned. In yet another aspect, the first component 54 can be a magnet, and if the mounting bracket 20 is a ferrous material, the second component 58 can be integral with the mounting bracket 20.

In various other aspects, the mounting bracket engagement assembly 50 can be a snap, snap-fit engagement system made of metal or other suitable material, or any other suitable engagement system. In any of these aspects, the first element 54 and/or the second element 58 can be attached to the surface, embedded in the surface, disposed behind the surface, or any other configuration as indicated by the mechanism. Various other features of the mounting bracket 20 are described below.

A variety of attachment members 60 are adapted to attach the mounting bracket 20 to the solid Set the wall surface. The mounting bracket 20 can be fastened to the fixed wall surface by an attachment member 60 selected from the group consisting of an adhesive, a fastening tape, a suction cup, a magnet, a screw, a removable double-sided foam, other belts, and a micro Suction, electrostatic stickers, any other suitable mechanism, or any combination of these.

Attachment member 60 desirably is a stretch release adhesive. In order to attach the mounting bracket 20 to the fixed wall surface by stretching the peeling adhesive, the first protective layer is removed from the stretch peeling adhesive to expose the first adhesive layer. The first adhesive layer is placed onto the substantially flat wall-facing surface 28 of the mounting bracket 20 to bond the mounting bracket 20 to the stretch release adhesive. Alternatively, the mounting bracket 20 can be supplied by an attached stretch release adhesive.

The second protective layer is then removed from the opposite side of the stretch release adhesive to expose the second adhesive layer. A second adhesive layer is placed on the wall surface to adhesively attach the stretch release adhesive and mounting bracket 20 to the wall surface. The stretch release adhesive comprises a stretch release tab that extends from the mounting bracket 20 during installation. The stretch release tab is pulled as needed and the second adhesive layer is peeled from the wall surface. Thus, the mounting bracket 20 can be permanently removed from the wall surface without causing damage to the wall surface and placed elsewhere using another attachment component 60.

Mounting bracket 20 can be used to support material dispenser 10. Exemplary materials to be dispensed by material dispenser 10 are typically flexible substrates (not shown) such as wipes for household, cleaning, personal care, health care, food packaging, and cosmetic applications or removals. Non-limiting examples of suitable substrates for dispensing by material dispenser 10 include: non-woven substrates; woven substrates; spunlaced substrates; air entangled substrates; paper substrates, including, for example, facial tissues, Cellulose of toilet paper or paper towel; wax paper substrate; coform substrate, including cellulose fiber and polymer fiber; wet substrate such as wet wipe, cleaning wipe, toilet paper wipe and baby wipe; film or plastic substrate , such as substrates for packaging food; workshop rags; and metal substrates such as aluminum foil. Further, it is also suitable to laminate two or more layers of the previous substrate or a substrate which is bonded together.

The material substrate is desirably wet or pre-wetted by a suitable liquid, partially wetted by a suitable liquid, or initially dry but intended to be placed into a suitable liquid (such as water or solvent) prior to use. The substrate that becomes wet. Non-limiting examples of suitable wet substrates include substantially dry substrates (less than 10% by weight of water) containing a lathering surfactant and conditioning agent immersed in or applied to the substrate such that A personal cleaning material dispenser is created by moistening the substrate with water prior to use.

The mounting bracket 20 can be used with many different types of material dispensers 10, but the material dispenser 10 desirably is designed to accommodate a plurality of individual sheets that are pre-wetted by a cleaning solution to act as a wet wipe. Referring now to Figure 1, material dispenser 10 can include a top portion 12, a bottom surface 14, and a back wall 16. In some aspects not illustrated herein, the top portion 12 can include a main cover, a mini cover, a push button, and a dispensing opening. The back wall 16 and the bottom surface 14 form a lower pot 18 of the material dispenser 10. The main cover can be hingedly attached to the back wall 16 by a pair of hinges. The main cover is secured in the closed position by a latch. When the latch is unlocked, the main cover can be opened to expose the entire top of the basin 18 to replenish the material dispenser 10 with a new wipe.

The material dispenser 10 can be co-molded from two different materials, such as a hard plastic and a softer thermoplastic elastomer material. Thus, the main cover and basin 18 The sealing area between and/or between the mini-cap and the main cover may have a gasket formed from a thermoplastic elastomer material as needed to enhance the moisture retention of the material dispenser 10.

A self-aligning feature is included between the material dispenser 10 and the mounting bracket 20 to assist the user in properly placing the material dispenser 10 on the mounting bracket 20. The proper alignment of the material dispenser 10 on the mounting bracket 20 ensures the stability of the material dispenser 10 for dispensing material. Preferred configurations of features between the material dispenser 10 and the mounting bracket are described herein, but may be reversed in other aspects.

The self-aligning feature incorporates a self-aligning projection 70 disposed on the outwardly facing surface 32 of the mounting bracket 20 and a self-aligning receptacle 80 disposed on or in the back wall 16 of the material dispenser 10. In general, the self-aligning protrusions 70 extend from the outwardly facing surface 32 of the mounting bracket 20 and include a wedge shape in at least one plane. In other words, the self-aligned protrusions 70 are wider at least one dimension where the self-aligned protrusions 70 are joined to the outwardly facing surface 32 than to the end where the self-aligned protrusions 70 are joined to the outwardly facing surface 32. For example, the self-aligning protrusion 70 can be a cone with the bottom surface attached to the outwardly facing surface 32 with one of the points away from the outward facing surface 32. Certain raised shapes, such as cones and domes (see, for example, Figure 2), are wedge-shaped in more than one plane.

The self-aligning receptacle 80 disposed on or in the back wall 16 of the material dispenser 10 is generally designed to accommodate some or all of the self-aligning protrusions 70 within the self-aligning receptacle 80. In other words, the self-aligning receptacle 80 is sized and shaped to reflect the size and shape of the self-aligning projections 70. For example, Figure 2 illustrates raised self-aligned protrusions 70, and Figure 1 illustrates a concave matched self-aligning container 80. Because the self-aligning protrusion 70 and the self-aligning container With the wedge-like nature of both, the material dispenser 10 will become aligned with the proper positioning on the mounting bracket 20 as it approaches the mounting bracket 20 and then contacts the mounting bracket 20.

In various aspects of the present disclosure, the first component 54 of the mounting bracket engagement assembly 50 is disposed on the self-aligning receptacle 80 and the second component 58 of the mounting bracket engagement assembly 50 is disposed on the self-aligning projection 70. For example, FIGS. 1 and 2 illustrate a first component 54 disposed within a self-aligning receptacle 80 of a material dispenser, and a second component 58 disposed on the self-aligning projection 70 of the mounting bracket 20.

The mounting bracket 20 can also include a support member 40 that extends from the outwardly facing surface 32 or is integral with the outwardly facing surface 32. By way of example, FIG. 2 illustrates a support member in the form of a shelf extending from the outwardly facing surface 32 of the mounting bracket 20. In this aspect, the support member 40 engages the bottom surface 14 of the material dispenser 10 and supports the bottom surface 14. This support increases the stability of the material dispenser 10 when the material dispenser 10 is mounted to the mounting bracket 20. Additionally, the support member 40 provides a visual cue to the user to assist the user in properly aligning the material dispenser 10 with the mounting bracket 20.

In other aspects, the back wall 16 of the material dispenser can include an insert 90 sized and shaped to receive the support member 40 in the form of an edge 35 of the mounting bracket 20. As illustrated in Figures 1 and 2, the back wall 16 of the material dispenser 10 includes an insert 90 that will be mated when the material dispenser 10 is aligned with the mounting bracket 20 and properly mounted to the mounting bracket 20. Insert 90.

In a particular exemplary aspect, the mounting bracket engagement assembly 50 is The placement of the first member 54 and the second member 58, such as a steel plate and a magnet, is designed such that the tapered self-aligning receptacle 80 of the material dispenser 10 and the mounting bracket 20 are self-aligning when brought together The protuberance 70 automatically aligns the material dispenser 10 onto the mounting bracket 20. The support member 40 in the form of a stabilizing shelf on the mounting bracket 20 is aligned with the bottom surface 14 of the material dispenser 10. When the material dispenser 10 is brought toward the mounting bracket 20, the magnetic force brings the two components of the mounting bracket engagement assembly together, and the self-aligning receptacle 80, the self-aligning projection 70, and the support member 40 align and stabilize the system. .

In particular, if a strong or multiple magnets are used, the material dispenser 10 can be "jumped" from the user's hand to the mounting bracket 20 and perfectly aligned, which delights the user.

The mounting bracket 20 of the previous aspect has been shown to be combined with the material dispenser 10 and is intended for use with the wipes and co-located adjacent to the dry toilet paper roll. However, material dispenser 10 and mounting bracket 20 can be used adjacent to a tissue holder for kitchen applications, or any other suitable application.

In a first particular aspect, a wall-mounted material dispensing system includes: a material dispenser having a back wall, a bottom surface, a first component of the engagement component, and a self-aligning receptacle; and a mounting bracket comprising: a bottom plate having a substantially flat wall-facing surface and an opposite outwardly facing surface; a self-aligning protrusion extending from the outwardly facing surface, wherein the self-aligning receptacle is sized to at least partially receive self-alignment a second member of the engagement assembly configured to engage the first member of the engagement assembly, wherein the second member of the engagement assembly is disposed on or in the outer facing surface; the support member is self-facing outward Surface extending or adjacent to the exterior facing surface; and wall mounted A mechanism that is placed on a surface facing the wall or placed adjacent to the surface facing the wall.

The second specific aspect includes a first particular aspect, wherein one of the first component and the second component of the engagement component is a magnet, and wherein the other of the first component and the second component of the engagement component is iron-containing Material or magnet.

The third particular aspect includes the first or second aspect, wherein the first component of the engagement component is disposed on the self-aligning receptacle, and wherein the second component of the engagement component is disposed on the self-aligning projection.

The fourth specific aspect includes one or more of the aspects 1 to 3, wherein the first component of the engaging component is one of a ferrous material and a magnet disposed on the self-aligning receptacle, and wherein the engaging component The second component is the other of the ferrous material and the magnet disposed on the self-aligning protrusion.

A fifth particular aspect includes one or more of the aspects 1 through 4, wherein the self-aligning protrusions are convex and the self-aligning receptacle is concave.

A sixth particular aspect includes one or more of the aspects 1 through 5, wherein the self-aligning protrusions are dome shaped.

The seventh specific aspect includes one or more of the aspects 1 to 6, wherein the self-aligned protrusions are wedge-shaped in at least one plane.

The eighth particular aspect includes one or more of the aspects 1 through 7, wherein the self-aligning receptacle is disposed in the back wall.

A ninth particular aspect comprises one or more of aspects 1 to 8, wherein the support member supports a bottom surface of the material dispenser.

A tenth specific aspect comprises one or more of aspects 1 to 9, wherein the back wall comprises an insert, and wherein the support member supports the back of the material dispenser The insert in the wall.

The eleventh specific aspect comprises one or more of the aspects 1 to 10, wherein the wall-mounted mechanism disposed in the surface facing the wall is a stretch-peeling adhesive.

The twelfth specific aspect includes one or more of the aspects 1 to 11, wherein the wall-mounted mechanism is selected from the group consisting of a fastening tape, a suction cup, a magnet, a screw, a removable double-sided foam, another belt, and a micro-suction And electrostatic stickers.

A thirteenth particular aspect includes: a material dispenser having a back wall, a bottom surface, a first component of the engagement component, and a self-aligning receptacle disposed in the back wall; and a mounting bracket. The mounting bracket also includes a bottom plate having a substantially flat wall-facing surface and an opposite outwardly facing surface, and a self-aligning protrusion extending from the outwardly facing surface, wherein the self-aligning receptacle is sized The self-aligning protrusions are at least partially received. The mounting bracket also includes a second component of the engagement component configured to engage the first component of the engagement component, wherein the second component of the engagement component is disposed on or in the outer facing surface, wherein the engagement component One of the one element and the second element is a magnet, and wherein the other of the first element and the second element of the engaging component is a ferrous material or magnet; and the support member extends from or adjacent to the outwardly facing surface Surface facing outward.

The fourteenth specific aspect includes the aspect 13, wherein the self-aligning projection is convex and the self-aligning receptacle is concave.

The fifteenth specific aspect includes one or more of the aspects 13 and 14, wherein the self-aligning protrusions are dome-shaped.

The sixteenth specific aspect includes one or more of the aspects 13 to 15 Wherein the self-aligned protrusions are wedge-shaped in at least one plane.

The seventeenth specific aspect includes one or more of the aspects 13 to 16, wherein the support member supports the bottom surface of the material dispenser.

The eighteenth particular aspect comprises one or more of the aspects 13 to 17, wherein the back wall comprises an insert, and wherein the support member supports the insert in the back wall of the material dispenser.

A nineteenth aspect of the invention includes a wall-mounted material dispensing system comprising: a material dispenser having a back wall, a bottom surface, a first component of the engagement component, and a self-aligning receptacle disposed in the back wall, Wherein the first component of the engagement component is disposed on the self-aligning receptacle; and the mounting bracket. The mounting bracket includes a bottom plate having a substantially flat wall-facing surface and an opposite outwardly facing surface, and a self-aligning protrusion extending from the outwardly facing surface, wherein the self-aligning receptacle is sized to The self-aligning protrusions are at least partially received. The mounting bracket also includes a second component of the engagement component configured to engage the first component of the engagement component, wherein the second component of the engagement component is disposed on or in the self-aligning projection, wherein the engagement component One of the one element and the second element is a magnet, and wherein the other of the first element and the second element of the engaging component is a ferrous material or a magnet; the support member extends from the outwardly facing surface or adjacent to the surface An outer surface; and a wall-mounted mechanism disposed on a surface facing the wall or disposed adjacent to the surface facing the wall.

The twentieth specific aspect includes the aspect 19 in which the self-aligning protrusions are convex and the self-aligning receptacle is concave.

The dimensions and values disclosed herein are not to be understood as being strictly limited to the precise values stated. The truth is, unless otherwise specified, each of these dimensions It is intended to mean both the stated value and the functionally equivalent scope around the value. For example, the size disclosed as "40mm" is intended to mean "about 40mm".

All documents cited in the Detailed Description are hereby incorporated by reference in their entirety to the extent that the disclosures of the disclosures of the disclosures Any meaning or definition of a term in this written document conflicts with any meaning or definition of the term in a document incorporated by reference, in accordance with the meaning or definition of the term assigned to this written document.

Having described and described the specific aspects of the present disclosure, it will be apparent to those skilled in the art that various changes and modifications can be made without departing from the spirit and scope of the disclosure. All such changes and modifications are intended to be included within the scope of the appended claims.

10‧‧‧Material Dispenser

12‧‧‧ top

14‧‧‧ bottom surface

16‧‧‧ Back wall

18‧‧‧ lower basin

50‧‧‧Meshing components

54‧‧‧ first component

80‧‧‧Self-aligned storage

90‧‧‧Insert

Claims (20)

A wall-mounted material dispensing system comprising: a material dispenser having a back wall, a bottom surface, a first component of an engagement component, and a self-aligning receptacle; and a mounting bracket including a bottom plate having a substantially flat wall-facing surface and an opposite outwardly facing surface, a self-aligning protrusion extending from the outwardly facing surface, wherein the self-aligning container is sized Designed to at least partially receive the self-aligning projection, the second component of the engagement component configured to engage the first component of the engagement component, wherein the second component of the engagement component is disposed externally Above or in the surface, a support member extending from or adjacent to the outwardly facing surface, and a wall mounted mechanism disposed on or adjacent to the wall facing surface Facing the surface of the wall. The material dispensing system of claim 1, wherein one of the first component and the second component of the meshing component is a magnet, and wherein the first component and the second component of the meshing component The other is a ferrous material or a magnet. The material dispensing system of claim 1, wherein the first component of the engagement component is disposed on the self-aligning receptacle, and wherein the engagement group The second component of the piece is disposed on the self-aligning protrusion. The material dispensing system of claim 1, wherein the first component of the meshing component is one of a ferrous material and a magnet disposed on the self-aligning receptacle, and wherein the first component of the meshing component The two elements are the ferrous material disposed on the self-aligned protrusion and the other of the magnets. The material dispensing system of claim 1, wherein the self-aligning projection is convex and the self-aligning receptacle is concave. The material dispensing system of claim 5, wherein the self-aligning protrusion is dome shaped. The material dispensing system of claim 1, wherein the self-aligning protrusion is wedge-shaped in at least one plane. The material dispensing system of claim 1, wherein the self-aligning receptacle is disposed in the back wall. The material dispensing system of claim 1, wherein the support member supports the bottom surface of the material dispenser. The material dispensing system of claim 1, wherein the back wall comprises an insert, and wherein the mounting bracket supports the back wall of the material dispenser The insert in the middle. The material dispensing system of claim 1, wherein the wall-mounted mechanism disposed in the wall-facing surface is a stretch release adhesive. The material dispensing system of claim 1, wherein the wall-mounted mechanism is selected from the group consisting of a hook and loop fastener, a suction cup, a magnet, a screw, a removable double-sided foam, another belt, a micro-suction, and an electrostatic sticker. A wall-mounted material dispensing system comprising: a material dispenser having a back wall, a bottom surface, a first component of an engagement component, and a self-aligning receptacle disposed in the back wall; And a mounting bracket comprising: a bottom plate having a substantially flat wall-facing surface and an opposite outwardly facing surface, a self-aligning protrusion extending from the outwardly facing surface, wherein the self The alignment receptacle is sized to at least partially receive the self-aligning projection, the second component of the engagement component configured to engage the first component of the engagement component, wherein the engagement component a second component disposed on or in the outer facing surface, wherein one of the first component and the second component of the engagement component is a magnet, and wherein the first component and the second component of the engagement component The other of the elements is a ferrous material or magnet, and a support member extending from or adjacent to the outwardly facing surface. The material dispensing system of claim 13 wherein the self-aligning projection is convex and the self-aligning receptacle is concave. A material dispensing system according to claim 14 wherein the self-aligning projection is dome shaped. The material dispensing system of claim 13, wherein the self-aligning protrusion is wedge-shaped in at least one plane. A material dispensing system according to claim 13 wherein the support member supports the bottom surface of the material dispenser. The material dispensing system of claim 13, wherein the back wall comprises an insert, and wherein the support member supports the insert in the back wall of the material dispenser. A wall-mounted material dispensing system comprising: a material dispenser having a back wall, a bottom surface, a first component of an engagement component, and a self-aligning receptacle disposed in the back wall, Wherein the first component of the engagement component is disposed on the self-aligning receptacle; and a mounting bracket comprising: a bottom panel having a substantially flat wall-facing surface and an opposite outwardly facing surface a self-aligning protrusion extending from the outwardly facing surface, wherein the self The alignment receptacle is sized to at least partially receive the self-aligning projection, the second component of the engagement component configured to engage the first component of the engagement component, wherein the engagement component Two elements disposed on or in the self-aligned protrusion, wherein one of the first component and the second component of the engagement component is a magnet, and wherein the first component and the second component of the engagement component The other of the elements is a ferrous material or magnet, a support member extending from or adjacent to the outwardly facing surface, and a wall mounted mechanism disposed on the wall facing surface Or placed adjacent to the wall-facing surface. The material dispensing system of claim 19, wherein the self-aligning projection is convex and the self-aligning receptacle is concave.