Shoe Cleaner System and Method of Use

A shoe cleaner system having an enclosure defining an interior space having an open end and a leg cutout. A perforated foot plate mounted within the interior space of the enclosure, configured to activate cleaning mechanisms upon being pressed. A fluid operation switch assembly positioned beneath the perforated foot plate, operable ambidextrously to control fluid flow. A fluid source line in communication with the fluid operation switch assembly. A spray conduit assembly is disclosed. Comprising one or more plurality of spray nozzles aligned with the perforations of the perforated foot plate, configured to dispense fluid onto footwear inserted into the enclosure, and a curtain attached to the enclosure to contain fluid splashes during operation.

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Description
CROSS-REFERENCE TO RELATED APPLICATIONS

This application claims benefit to and incorporates by reference, U.S. provisional patent application No. 53743271 filed on 2025-01-09.

STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT (IF APPLICABLE)

Not applicable.

REFERENCE TO SEQUENCE LISTING, A TABLE, OR A COMPUTER PROGRAM LISTING COMPACT DISC APPENDIX (IF APPLICABLE)

Not applicable.

BACKGROUND OF THE INVENTION Field of the Invention

The present invention relates generally to footwear cleaning systems. More particularly, it pertains to an automated and hands-free shoe cleaning system that utilizes fluid spray mechanisms, integrated brushes, and containment structures to effectively clean footwear while minimizing user effort and preventing fluid splashes.

Description of Related Art

Footwear cleaning is a common but often labor-intensive task, particularly for individuals engaged in activities that expose their shoes to dirt, mud, or other contaminants. Traditional methods, such as manual scrubbing or wiping, can be inefficient, time-consuming, and messy. While various automated shoe cleaning systems have been developed, many existing designs suffer from limited functionality, poor cleaning effectiveness, or inconvenient operation.

For example, U.S. Patent No. US20070271715A1 describes a spray-wipe shoe sole cleaning apparatus that relies on a manually activated spray mechanism and requires users to clean their shoes on a wetted mat. Similarly, U.S. Patent No. 7,725,974B2 discloses a system for cleaning and disinfecting footwear, but its design is primarily intended for industrial or institutional settings and lacks adaptability for personal use.

Chinese Utility Model CN209404722U discloses a pedal-type shoe washing device featuring a sink and rack, but its operation requires significant user involvement and offers limited cleaning coverage. Additionally, other designs incorporate polishing wheels or compressed air systems but fail to address the need for comprehensive cleaning of both the upper and lower surfaces of footwear.

Despite these advancements, there remains a need for an improved shoe cleaning system that combines ease of use, effective cleaning performance, and a compact, user-friendly design suitable for personal, household, or small-scale commercial applications.

SUMMARY OF THE INVENTION

The present invention addresses these limitations by providing a shoe cleaning system that features an enclosed cleaning mechanism with a perforated pedal, a spray nozzle assembly, and an integrated fluid operation switch. This system allows users to clean their footwear efficiently and hygienically, with minimal physical effort. The inclusion of a curtain or similar containment structure ensures that fluid splashes are confined within the system, enhancing its practicality for indoor use.

By integrating adjustable spray patterns, a return spring mechanism for the pedal, and a durable enclosure, the invention provides a comprehensive solution to footwear cleaning challenges while improving user convenience and cleaning effectiveness.

BRIEF SUMMARY OF THE INVENTION

A shoe cleaner system 100 is disclosed. Comprising an enclosure 102 defining an interior space, said enclosure 102 having a first open end 110 and a leg cutout 112. A perforated foot plate 104 mounted within said interior space of said enclosure 102, configured to activate cleaning mechanisms upon being pressed. A fluid source line 404 configured to deliver a cleaning fluid to said shoe cleaner system 100. A spray conduit assembly 202 comprising a plurality of spray nozzles 106 aligned with said perforations of said perforated foot plate 104, configured to dispense said cleaning fluid onto footwear 402 inserted into said enclosure 102. A fluid operation switch assembly 122 configured to regulate a flow of said cleaning fluid between said fluid source line 404 and said spray conduit assembly 202. Said shoe cleaner system 100 can further comprise a switch handle 120. Said switch handle 120 is configured to activate and deactivate said fluid operation switch assembly 122 and in turn to regulate said cleaning fluid to said spray conduit assembly 202 and therefore to said plurality of spray nozzles 106. When a user 400 applies pressure to a handle portion 406 of the switch handle 120, said fluid operation switch assembly 122 can open or regulate fluid flow through said plurality of spray nozzles 106 for cleaning footwear 402.

Alternatively, the enclosure 102 defining an interior space, said enclosure 102 having the first open end 110 and the leg cutout 112. The perforated foot plate 104 mounted within said interior space of said enclosure 102, configured to activate cleaning mechanisms upon being pressed. The fluid source line 404 configured to deliver a cleaning fluid to said shoe cleaner system 100. The spray conduit assembly 202 comprising the plurality of spray nozzles 106 aligned with said perforations of said perforated foot plate 104, configured to dispense said cleaning fluid onto footwear 402 inserted into said enclosure 102. The fluid operation switch assembly 122 configured to regulate a flow of said cleaning fluid between said fluid source line 404 and said spray conduit assembly 202.

Finally, a method for cleaning footwear 402 using the shoe cleaner system 100, comprising: inserting a foot into the enclosure 102 having the leg cutout 112. Activating the fluid operation switch assembly 122 using the switch handle 120 to activate to activate the fluid operation switch assembly 122. Directing cleaning fluid through the spray conduit assembly 202 onto said footwear 402. Using integrated brushes on the perforated foot plate 104 to remove mud or debris from said footwear 402. Containing fluid splashes within said enclosure 102 using a curtain 600. Wherein, the enclosure 102 defining an interior space, said enclosure 102 having the first open end 110 and the leg cutout 112. The perforated foot plate 104 mounted within said interior space of said enclosure 102, configured to activate cleaning mechanisms upon being pressed. The fluid source line 404 configured to deliver a cleaning fluid to said shoe cleaner system 100. The spray conduit assembly 202 comprising the plurality of spray nozzles 106 aligned with said perforations of said perforated foot plate 104, configured to dispense said cleaning fluid onto footwear 402 inserted into said enclosure 102. The fluid operation switch assembly 122 configured to regulate a flow of said cleaning fluid between said fluid source line 404 and said spray conduit assembly 202. Said shoe cleaner system 100 can further comprise the switch handle 120. Said switch handle 120 is configured to activate and deactivate said fluid operation switch assembly 122 and in turn to regulate said cleaning fluid to said spray conduit assembly 202 and therefore to said plurality of spray nozzles 106. When the user 400 applies pressure to the handle portion 406 of the switch handle 120, said fluid operation switch assembly 122 can open or regulate fluid flow through said plurality of spray nozzles 106 for cleaning footwear 402.

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWING

FIG. 1 illustrates a perspective overview of a shoe cleaner system 100.

FIG. 2 illustrates an exploded perspective view of said shoe cleaner system 100.

FIG. 3 illustrates a perspective overview of said shoe cleaner system 100 without enclosure 102.

FIG. 4 illustrates an elevated side view of shoe cleaner system 100 with a user 400 operating shoe cleaner system 100 to clean a footwear 402.

FIG. 5 illustrates a perspective overview of spray conduit assembly 202.

FIG. 6 illustrates an elevated and exploded view of said shoe cleaner system 100.

FIG. 7 illustrates an elevated side view of an alterative embodiment 700 of said shoe cleaner system 100 with said user 400.

 DETAILED DESCRIPTION OF THE INVENTION

The following description is presented to enable any person skilled in the art to make and use the invention as claimed and is provided in the context of the particular examples discussed below, variations of which will be readily apparent to those skilled in the art. In the interest of clarity, not all features of an actual implementation are described in this specification. It will be appreciated that in the development of any such actual implementation (as in any development project), design decisions must be made to achieve the designers'specific goals (e.g., compliance with system-and business-related constraints), and that these goals will vary from one implementation to another. It will also be appreciated that such development effort might be complex and time-consuming, but would nevertheless be a routine undertaking for those of ordinary skill in the field of the appropriate art having the benefit of this disclosure. Accordingly, the claims appended hereto are not intended to be limited by the disclosed embodiments, but are to be accorded their widest scope consistent with the principles and features disclosed herein.

FIG. 1 illustrates a perspective overview of a shoe cleaner system 100.

In one embodiment, said shoe cleaner system 100 comprises an enclosure 102 defining an interior space. Said enclosure 102 includes a first open end 110 and a leg cutout 112, allowing a user to insert their footwear into said interior space. The upper portion of said enclosure 102 is shaped with a rounded cutout 114, facilitating easy access to the internal cleaning mechanisms.

Within said enclosure 102, a perforated foot plate 104 is positioned, which is configured to activate cleaning mechanisms when activated by the user.

In one embodiment, said shoe cleaner system 100 can comprise a plurality of spray nozzles 106 aligned with a plurality of perforations 108 in said perforated foot plate 104, enabling the discharge of cleaning fluid onto the footwear. Said plurality of spray nozzles 106 can be evenly distributed across said perforated foot plate 104 to ensure comprehensive cleaning coverage.

In one embodiment, said shoe cleaner system 100 can further comprise a fluid operation switch assembly 122 having a switch handle 120. Wherein, said switch handle 120 can be configured to receive, regulate and dispense fluid to said plurality of spray nozzles 106, as discussed below.

FIG. 2 illustrates an exploded perspective view of said shoe cleaner system 100.

In one embodiment, shoe cleaner system 100 can further comprise a spray conduit assembly 202, and a base plate 204.

In one embodiment, said base plate 204 is configured to anchor said shoe cleaner system 100 securely during operation, preventing undesired movement. Said spray conduit assembly 202 can incorporate fastening elements to enhance the stability and alignment of said perforated foot plate 104 relative to said plurality of spray nozzles 106.

FIG. 3 illustrates a perspective overview of said shoe cleaner system 100 without enclosure 102.

In one embodiment, said shoe cleaner system 100 can further comprise one or more brush assemblies 300 mounted on perforated foot plate 104 for mechanical removal of debris.

FIG. 4 illustrates an elevated side view of shoe cleaner system 100 with a user 400 operating shoe cleaner system 100 to clean a footwear 402.

In one embodiment, shoe cleaner system 100 can further comprise a fluid source line 404 and the fluid operation switch assembly 122. Said fluid source line 404 can connect to a fluid reservoir or external water supply, enabling fluid to flow into said shoe cleaner system 100 for cleaning purposes.

Said fluid operation switch assembly 122 can be positioned adjacent to or beneath said perforated foot plate 104 to facilitate user-controlled activation of fluid flow. When said user 400 applies pressure to a handle portion 406 of said switch handle 120, said fluid operation switch assembly 122 can open or regulate fluid flow through said plurality of spray nozzles 106 for cleaning footwear 402.

Said user 400 can insert said footwear 402 into said enclosure 102, wherein the system activates upon engagement with said switch handle 120. Said fluid source line 404 and said fluid operation switch assembly 122 allow for precise fluid control, ensuring optimal cleaning performance while minimizing waste.

FIG. 5 illustrates a perspective overview of spray conduit assembly 202.

In one embodiment, said fluid operation switch assembly 122 can comprise a switch fluid input 500 and a switch fluid output 502.

Said switch fluid input 500 can be configured to connect to an external fluid supply such as said fluid source line 404, enabling fluid flow through said fluid operation switch assembly 122 to said plurality of spray nozzles 106.

In one embodiment, said spray conduit assembly 202 can comprise the plurality of spray nozzles 106 arranged along a zigzag configuration. Said configuration enables optimal fluid distribution across a cleaning surface to ensure thorough coverage during operation. Each among said plurality of spray nozzles 106 is operatively connected to a conduit fluid input 504, as shown in previous figures, to receive and dispense fluid during operation.

In one embodiment, said spray conduit assembly 202 is configured to integrate with said fluid operation switch assembly 122 via said switch fluid input 500. Said switch fluid input 500 provides fluid flow into said spray conduit assembly 202, allowing said plurality of spray nozzles 106 to emit controlled streams of fluid for cleaning purposes.

Said zigzag arrangement of said spray conduit assembly 202 maximizes the surface area covered while maintaining an efficient flow path. This design ensures that fluid pressure remains consistent across all spray nozzles during operation, enhancing cleaning effectiveness.

In one embodiment, a portion of plurality of spray nozzles 106 can be deactivated to ensure an optimal water spray pattern is dispensed by shoe cleaner system 100.

FIG. 6 illustrates an elevated and exploded view of said shoe cleaner system 100.

In one embodiment, said shoe cleaner system 100 can further comprise a curtain 600. Said curtain 600 can be configured as an elastic barrier, attached to said enclosure 102, to prevent fluid splashes from exiting said shoe cleaner system 100 during operation.

Said enclosure 102 is shown housing said perforated foot plate 104, which can activate cleaning mechanisms upon user interaction. Beneath said perforated foot plate 104, said spray conduit assembly 202 is arranged to direct fluid through said plurality of spray nozzles 106.

In one embodiment, said curtain 600 can be removably attached to said enclosure 102, allowing for easy replacement or cleaning. Said design ensures that said shoe cleaner system 100 remains effective and user-friendly during prolonged use.

FIG. 7 illustrates an elevated side view of an alterative embodiment 700 of said shoe cleaner system 100 with said user 400.

In one embodiment, said alterative embodiment 700 of said shoe cleaner system 100 can comprise said perforated foot plate 104 being rotateably attached to said base plate 204 with a hinge 702. Wherein, said base plate 204 can further be supported by one or more elastic supports 704 configured to provide spring, air or other elastic force to a portion of said perforated foot plate 104 and thereby pushback when said footwear 402 activates said perforated foot plate 104. Further wherein, a portion of an alternative switch assembly 706 can be activated and deactivated by a portion of said perforated foot plate 104, as illustrated. Herein, the user relies on the parent application, incorporated by reference, to spell out the details of the variation of said shoe cleaner system 100.

For said alterative embodiment 700, said perforated foot plate 104 is mounted at an angle, ensuring optimal accessibility and ergonomic interaction.

The following comprises one preferred embodiment and is based on the original claims.

The shoe cleaner system 100 can comprise the enclosure 102 defining an interior space, said enclosure 102 having the first open end 110 and the leg cutout 112. The perforated foot plate 104 mounted within said interior space of said enclosure 102, configured to activate cleaning mechanisms upon being pressed. The fluid source line 404 configured to deliver a cleaning fluid to said shoe cleaner system 100. The spray conduit assembly 202 comprising the plurality of spray nozzles 106 aligned with said perforations of said perforated foot plate 104, configured to dispense said cleaning fluid onto footwear 402 inserted into said enclosure 102. The fluid operation switch assembly 122 configured to regulate a flow of said cleaning fluid between said fluid source line 404 and said spray conduit assembly 202. Said shoe cleaner system 100 can further comprise the switch handle 120. Said switch handle 120 can be configured to activate and deactivate said fluid operation switch assembly 122 and in turn to regulate said cleaning fluid to said spray conduit assembly 202 and therefore to said plurality of spray nozzles 106. When the user 400 applies pressure to the handle portion 406 of the switch handle 120, said fluid operation switch assembly 122 can open or regulate fluid flow through said plurality of spray nozzles 106 for cleaning footwear 402.

Said shoe cleaner system 100 further comprises one or more brush assemblies 300. Said one or more brush assemblies 300 can be installed on said perforated foot plate 104 between the plurality of perforations 108 and arranged for the user 400 to mechanically removing debris from said footwear 402 in conjunction with the spraying of said cleaning fluid with said plurality of spray nozzles 106.

The shoe cleaner system 100 can comprise the enclosure 102 defining an interior space, said enclosure 102 having the first open end 110 and the leg cutout 112. The perforated foot plate 104 mounted within said interior space of said enclosure 102, configured to activate cleaning mechanisms upon being pressed. The fluid source line 404 configured to deliver a cleaning fluid to said shoe cleaner system 100. The spray conduit assembly 202 comprising the plurality of spray nozzles 106 aligned with said perforations of said perforated foot plate 104, configured to dispense said cleaning fluid onto footwear 402 inserted into said enclosure 102. The fluid operation switch assembly 122 configured to regulate a flow of said cleaning fluid between said fluid source line 404 and said spray conduit assembly 202.

Said shoe cleaner system 100 can further comprise the switch handle 120. Said switch handle 120 can be configured to activate and deactivate said fluid operation switch assembly 122 and in turn to regulate said cleaning fluid to said spray conduit assembly 202 and therefore to said plurality of spray nozzles 106.

When the user 400 applies pressure to the handle portion 406 of the switch handle 120, said fluid operation switch assembly 122 can open or regulate fluid flow through said plurality of spray nozzles 106 for cleaning footwear 402.

Said shoe cleaner system 100 further comprises the curtain 600 attached to said enclosure 102 around said leg cutout 112 and configured to contain said cleaning fluid during operation.

Said shoe cleaner system 100 further comprises one or more brush assemblies 300. Said one or more brush assemblies 300 can be installed on said perforated foot plate 104 between the plurality of perforations 108 and arranged for the user 400 to mechanically removing debris from said footwear 402 in conjunction with the spraying of said cleaning fluid with said plurality of spray nozzles 106.

Portions of said plurality of spray nozzles 106 can be configured to be selectively disengaged to allow said shoe cleaner system 100 to modify a cleaning fluid spray pattern.

Said spray conduit assembly 202 can be configured to direct cleaning fluid through five rows of nozzles for optimized distribution.

Said plurality of spray nozzles 106 can be evenly distributed across said perforated foot plate 104 to ensure comprehensive cleaning coverage. Accordingly, a portion of plurality of spray nozzles 106 can be deactivated to ensure an optimal water spray pattern can be dispensed by shoe cleaner system 100.

Said fluid operation switch assembly 122 comprises the switch fluid input 500 and the switch fluid output 502. Said switch fluid input 500 can be configured to connect to said fluid source line 404, enabling fluid flow through said fluid operation switch assembly 122 to said plurality of spray nozzles 106. Said switch fluid output 502 can be in fluid communication with said spray conduit assembly 202.

Said spray conduit assembly 202 comprises the plurality of spray nozzles 106 arranged along a zigzag configuration. Said configuration enables optimal fluid distribution across a cleaning surface to ensure thorough coverage during operation.

Said zigzag arrangement of said spray conduit assembly 202 maximizes the surface area covered while maintaining an efficient flow path. This design ensures that fluid pressure remains consistent across all spray nozzles during operation, enhancing cleaning effectiveness.

Each among said plurality of spray nozzles 106 can be operatively connected to the conduit fluid input 504.

A method for cleaning footwear 402 using the shoe cleaner system 100, the method can comprise inserting a foot into the enclosure 102 having the leg cutout 112. Activating the fluid operation switch assembly 122 using the switch handle 120 to activate to activate the fluid operation switch assembly 122. Directing cleaning fluid through the spray conduit assembly 202 onto said footwear 402. Using integrated brushes on the perforated foot plate 104 to remove mud or debris from said footwear 402. Containing fluid splashes within said enclosure 102 using the curtain 600. Wherein, the enclosure 102 defining an interior space, said enclosure 102 having the first open end 110 and the leg cutout 112. The perforated foot plate 104 mounted within said interior space of said enclosure 102, configured to activate cleaning mechanisms upon being pressed. The fluid source line 404 configured to deliver a cleaning fluid to said shoe cleaner system 100. The spray conduit assembly 202 comprising the plurality of spray nozzles 106 aligned with said perforations of said perforated foot plate 104, configured to dispense said cleaning fluid onto footwear 402 inserted into said enclosure 102. The fluid operation switch assembly 122 configured to regulate a flow of said cleaning fluid between said fluid source line 404 and said spray conduit assembly 202. Said shoe cleaner system 100 can further comprise the switch handle 120. Said switch handle 120 can be configured to activate and deactivate said fluid operation switch assembly 122 and in turn to regulate said cleaning fluid to said spray conduit assembly 202 and therefore to said plurality of spray nozzles 106. When the user 400 applies pressure to the handle portion 406 of the switch handle 120, said fluid operation switch assembly 122 can open or regulate fluid flow through said plurality of spray nozzles 106 for cleaning footwear 402.

PARTS LIST

    • the shoe cleaner system 100,
    • the enclosure 102,
    • the perforated foot plate 104,
    • the plurality of spray nozzles 106,
    • the plurality of perforations 108,
    • the first open end 110,
    • the leg cutout 112,
    • the rounded cutout 114,
    • the switch handle 120,
    • the fluid operation switch assembly 122,
    • the spray conduit assembly 202,
    • the base plate 204,
    • the one or more brush assemblies 300,
    • the user 400,
    • the footwear 402,
    • the fluid source line 404,
    • the handle portion 406,
    • the switch fluid input 500,
    • the switch fluid output 502,
    • the conduit fluid input 504,
    • the curtain 600,
    • the alterative embodiment 700,
    • the hinge 702, and
    • the alternative switch assembly 706.

Various changes in the details of the illustrated operational methods are possible without departing from the scope of the following claims. Some embodiments may combine the activities described herein as being separate steps. Similarly, one or more of the described steps may be omitted, depending upon the specific operational environment the method is being implemented in. It is to be understood that the above description is intended to be illustrative, and not restrictive. For example, the above-described embodiments may be used in combination with each other. Many other embodiments will be apparent to those of skill in the art upon reviewing the above description. The scope of the invention should, therefore, be determined with reference to the appended claims, along with the full scope of equivalents to which such claims are entitled. In the appended claims, the terms “including” and “in which” are used as the plain-English equivalents of the respective terms “comprising” and “wherein.”

Claims

1. A shoe cleaner system, comprising:

an enclosure defining an interior space, said enclosure having a first open end and a leg cutout;
a perforated foot plate mounted within said interior space of said enclosure, configured to activate cleaning mechanisms upon being pressed;
a fluid source line configured to deliver a cleaning fluid to said shoe cleaner system;
a spray conduit assembly comprising a plurality of spray nozzles aligned with said perforations of said perforated foot plate, configured to dispense said cleaning fluid onto footwear inserted into said enclosure;
a fluid operation switch assembly configured to regulate a flow of said cleaning fluid between said fluid source line and said spray conduit assembly;
said shoe cleaner system can further comprise a switch handle;
said switch handle is configured to activate and deactivate said fluid operation switch assembly and in turn to regulate said cleaning fluid to said spray conduit assembly and therefore to said plurality of spray nozzles; and
when a user applies pressure to a handle portion of the switch handle, said fluid operation switch assembly can open or regulate fluid flow through said plurality of spray nozzles for cleaning footwear.

2. The shoe cleaner system of claim 1, wherein

said shoe cleaner system further comprises one or more brush assemblies; and
said one or more brush assemblies are installed on said perforated foot plate between a plurality of perforations and arranged for a user to mechanically removing debris from said footwear in conjunction with the spraying of said cleaning fluid with said plurality of spray nozzles.

3. A shoe cleaner system, comprising:

an enclosure defining an interior space, said enclosure having a first open end and a leg cutout;
a perforated foot plate mounted within said interior space of said enclosure, configured to activate cleaning mechanisms upon being pressed;
a fluid source line configured to deliver a cleaning fluid to said shoe cleaner system;
a spray conduit assembly comprising a plurality of spray nozzles aligned with said perforations of said perforated foot plate, configured to dispense said cleaning fluid onto footwear inserted into said enclosure;
a fluid operation switch assembly configured to regulate a flow of said cleaning fluid between said fluid source line and said spray conduit assembly.

4. The shoe cleaner system of claim 3, wherein

said shoe cleaner system can further comprise a switch handle; and
said switch handle is configured to activate and deactivate said fluid operation switch assembly and in turn to regulate said cleaning fluid to said spray conduit assembly and therefore to said plurality of spray nozzles.

5. The shoe cleaner system of claim 4, wherein

when the user applies pressure to a handle portion of a switch handle, said fluid operation switch assembly can open or regulate fluid flow through said plurality of spray nozzles for cleaning footwear.

6. The shoe cleaner system of claim 3, wherein

said shoe cleaner system further comprises a curtain attached to said enclosure around
said leg cutout and configured to contain said cleaning fluid during operation.

7. The shoe cleaner system of claim 3, wherein

said shoe cleaner system further comprises one or more brush assemblies; and
said one or more brush assemblies are installed on said perforated foot plate between a plurality of perforations and arranged for a user to mechanically removing debris from said footwear in conjunction with the spraying of said cleaning fluid with said plurality of spray nozzles.

8. The shoe cleaner system of claim 3, wherein

portions of said plurality of spray nozzles are configured to be selectively disengaged to allow said shoe cleaner system to modify a cleaning fluid spray pattern.

9. The shoe cleaner system of claim 3, wherein

said spray conduit assembly is configured to direct cleaning fluid through five rows of nozzles for optimized distribution.

10. The shoe cleaner system of claim 3, wherein

said plurality of spray nozzles are evenly distributed across said perforated foot plate to ensure comprehensive cleaning coverage; and
accordingly, a portion of plurality of spray nozzles are deactivated to ensure an optimal water spray pattern is dispensed by shoe cleaner system.

11. The shoe cleaner system of claim 3, wherein

said fluid operation switch assembly comprises a switch fluid input and a switch fluid output;
said switch fluid input is configured to connect to said fluid source line, enabling fluid flow through said fluid operation switch assembly to said plurality of spray nozzles; and
said switch fluid output is in fluid communication with said spray conduit assembly.

12. The shoe cleaner system of claim 3, wherein

said spray conduit assembly comprises the plurality of spray nozzles arranged along a zigzag configuration; and
said configuration enables optimal fluid distribution across a cleaning surface to ensure thorough coverage during operation.

13. The shoe cleaner system of claim 12, wherein

said zigzag arrangement of said spray conduit assembly maximizes the surface area covered while maintaining an efficient flow path; and
this design ensures that fluid pressure remains consistent across all spray nozzles during operation, enhancing cleaning effectiveness.

14. The shoe cleaner system of claim 3, wherein

each among said plurality of spray nozzles is operatively connected to a conduit fluid input.

15. A method for cleaning footwear using a shoe cleaner system,

the method comprising: inserting a foot into an enclosure having a leg cutout; activating a fluid operation switch assembly using a switch handle to activate to activate the fluid operation switch assembly; directing cleaning fluid through a spray conduit assembly onto said footwear; using integrated brushes on a perforated foot plate to remove mud or debris from said footwear; and containing fluid splashes within said enclosure using a curtain; and
wherein, an enclosure defining an interior space, said enclosure having a first open end and the leg cutout; the perforated foot plate mounted within said interior space of said enclosure, configured to activate cleaning mechanisms upon being pressed; a fluid source line configured to deliver a cleaning fluid to said shoe cleaner system; the spray conduit assembly comprising a plurality of spray nozzles aligned with said perforations of said perforated foot plate, configured to dispense said cleaning fluid onto footwear inserted into said enclosure; the fluid operation switch assembly configured to regulate a flow of said cleaning fluid between said fluid source line and said spray conduit assembly; said shoe cleaner system can further comprise the switch handle; said switch handle is configured to activate and deactivate said fluid operation switch assembly and in turn to regulate said cleaning fluid to said spray conduit assembly and therefore to said plurality of spray nozzles; and when a user applies pressure to a handle portion of the switch handle, said fluid operation switch assembly can open or regulate fluid flow through said plurality of spray nozzles for cleaning footwear.
Patent History
Publication number: 20260191397
Type: Application
Filed: Jan 9, 2026
Publication Date: Jul 9, 2026
Inventor: Dustin Whitaker (Childress, TX)
Application Number: 19/444,768
Classifications
International Classification: A47L 23/02 (20060101); A46B 5/06 (20060101); A46B 11/00 (20060101); A46B 11/06 (20060101); A47L 23/26 (20060101);