Systems and devices for portable mat sanitization and layer separation

Abstract

A system and method for mat sanitizing. The mat sanitizing device includes a mat carrier including a chamber dimensioned to receive a mat in a rolled configuration on a mat separator. The chamber includes a lid for inserting and removing the mat and the mat separator. The mat separator maintains spacing between adjacent layers of the mat when rolled, the mat carrier is portable for carrying and storing the mat. The mat sanitizing device includes a stationary base configured to receive the mat carrier for sanitizing the mat. The stationary base includes at least one fan configured to direct airflow into the chamber of the mat carrier, at least one heating element positioned to heat the airflow into the chamber, and a user interface for initiating a sanitizing cycle.

Description

TITLE: Systems and Devices for Portable Mat Sanitization and Layer SeparationCROSS-REFERENCE TO RELATED APPLICATIONS

[0001] This application claims priority under 35 U.S.C. § 119 to Provisional application Serial No. 63 / 681,434 filed August 9, 2024. and Provisional Serial No. 63 / 815,223 filed May 30, 2025 which are incorporated by reference in their entirety.FIELD OF THE INVENTION

[0002] The present invention relates generally to sanitizing equipment and devices, and more specifically but not exclusively, to systems, apparatuses, devices, and methods for sanitizing, drying, and / or deodorizing portable mats — such as yoga mats, exercise mats, or similar articles — particularly when stored or transported in a rolled configuration.BACKGROUND

[0003] Portable mats, including yoga mats, Pilates mats, exercise mats, and meditation mats, have become ubiquitous in fitness and wellness environments. The popularity of mat-based activities has grown rapidly, resulting in frequent use and handling of these mats in various settings such as gyms, studios, homes, and outdoor environments. This increased use heightens the risk of contamination by bacteria, viruses, fungi, and other pathogens, particularly due to retained moisture and the difficulty of cleaning mat surfaces that are in direct contact with users.

[0004] A common approach for storing and transporting such mats is to roll or coil them into a compact shape. Unfortunately, this configuration traps moisture and contaminants between the layers of the rolled mat, creating an environment conducive to microbial growth, odor development, and material degradation. Existing approaches for cleaning and drying mats generally rely on manual wiping, air drying with the mat unrolled, or application of chemical sprays. While these methods offer some relief, they are time-consuming, often incomplete, and not practical for on-the-go users who require a portable, efficient, and effective solution.

[0005] Other solutions have included external dry ing racks, simple canisters for storage, and the use of antimicrobial mat surfaces. However, drying racks require the mat to be fully unrolled, which is often inconvenient, while storage canisters fail to address the underlying moisture and contamination.Antimicrobial surfaces may help reduce microbial growth but do not actively clean or dry the mat and cannot prevent odor buildup or material breakdown over time.

[0006] Accordingly, there remains a need for improved systems and methods that address the cleaning, drying, and sanitization challenges associated with portable mats, especially when they are stored in a rolled or coiled configuration. There is also a need for devices that enhance airflow between mat layers, deliver active sanitization treatments, and incorporate odor management features, while providing portability, convenience, and user-friendly operation.SUMMARY

[0007] Therefore, it is a primary object, feature, or advantage to improve over the state of the art

[0008] by providing systems, devices, and methods for efficiently sanitizing, drying, and deodorizing portable mats in a rolled or coiled form.

[0009] It is a further object, feature, or advantage to provide a mat separator device that maintains airflow and improves hygiene and odor management.

[0010] A still further object, feature, or advantage is to provide for combined systems that maximize sanitizing, dry ing, and convenience for the user.

[0011] It another object, feature, or advantage to provide a mat sanitizing device that receives a rolled mat, actively separates its layers, and applies airflow, heat, ultraviolet light, ozone, and / or sanitizing agents to thoroughly sanitize and dry the mat, reducing or eliminating microbial contamination and odor.

[0012] Yet another object, feature, or advantage is to provide a mat separator device that may be inserted into a mat prior to rolling, the mat separator being a flexible, segmented structure that maintains uniform separation between the rolled mat layers, thereby facilitating airflow, promoting efficient dry ing, and providing a compartment for a deodorizing fdter pad.

[0013] Another object, feature, or advantage is to provide a system in which the mat separator may be used independently or in combination with the mat sanitizing device, thereby giving users flexibility to enhance drying and deodorizing whether or not active sanitization is employed.

[0014] A further object, feature, or advantage is to provide portable, lightweight, and user-friendly designs that allow mats to be sanitized and transported conveniently, whether for individual users or for batch processing in institutional settings.

[0015] A still further object, feature, or advantage is to enable remote control, monitoring, and system integration via network or wireless communications, thus allowing users to monitor sanitization status or initiate cycles from mobile devices or network-connected systems.

[0016] Another object, feature, or advantage is to provide for convenient carrying of the mat even when the mat is not within a mat sanitizing device.

[0017] Yet another object, feature, or advantage is to allow for the vertically hanging of the mat so as to facilitate sanitizing and / or drying.

[0018] One or more of these and / or other objects, features, and advantages invention will become apparent from the following detailed description, the accompanying drawings, and the appended claims. No single embodiment need provide each and every object, feature, or advantage as different embodiments may have different objects, features, or advantages. The present invention is not to be limited to or by these objects, features, or advantages.

[0019] One aspect provides a system and method for mat sanitizing. Tire mat sanitizing device includes a mat carrier including a chamber dimensioned to receive a mat in a rolled configuration on a mat separator. The chamber includes a lid for inserting and removing the mat and the mat separator. Tire mat separator maintains spacing between adjacent layers of the mat when rolled, the mat carrier is portable for carrying and storing the mat. The mat sanitizing device includes a stationary7base configured to receive the mat carrier for sanitizing tire mat. Tire stationary base includes at least one fan configured to direct airflow into the chamber of the mat carrier, at least one heating element positioned to heat the airflow into the chamber, and a user interface for initiating a sanitizing cycle.

[0020] In another alternative, the stationary base further includes an ozone generator configured to generate ozone that is communicated into the chamber. The ozone generator may be a UV-C LED, corona discharge generator, or other ozone generator. The stationary7base and / or mat carrier may include one or more LED lights for sanitization. One or more portions of the mat carrier may be reflective to reflect the light to sanitize the surfaces of tire mat. The mat carrier may include an intake port for receiving airflow from the stationary base . The mat carrier may dock with the stationary base to prevent unwanted movement. Contacts of the mat carrier and the stationary base may electrically interface to provide power to the mat carrier. The mat carrier may also include one or more fans, lights, ozone generators, spray devices, and user interfaces / displays / LEDS with corresponding wiring or conductive components. The user interface, display, and / or LEDs may indicate the sanitizing status of the mat, performance of the sanitizing device, or other applicable information (e.g., charge status, time remaining, time of cycle, start time, end time, airflow, sanitizing components in use, etc.). The chamber may be cylindrical, triangular, square, octagonal, hexagonal, pentagon shaped, or use any number of other shapes for securing the mat. The exterior of the mat carrier includes attachment points for attaching a handle or sling for carrying the mat handle between locations Tire attachment points may be loops, defined openings, hooks, anchors, or so forth. The sanitizing device may include a transceiver for sending and receiving operation instructions for operating the sanitizing device (e.g., sequence controls, sanitizing algorithms, times for sanitizing, user commands,etc.) or communicating information and data regarding the sanitizing process, performance of the sanitizing device, and so forth. The mat carrier may include vents at the top and bottom of the mat carrier to promote airflow. Vents may also be integrated in a body of the mat carrier. Tire mat carrier may have reflective internal services to reflect ultraviolet light that may be used for sanitization of the mat. The lid of the mat carrier may include a handle for removing the lid and / or carrying the mat carrier. The mat separator may have a handle for carrying the mat and mat separator between locations with or without the mat carrier. The mat carrier may have an air intake at the bottom for receiving air from the stationary' base. The mat carrier and stationary' base may have electrical contacts for communicating power and / or data to control operation and communications through the mat sanitizing device. Tire mat sanitizer may lock into the stationary' base using magnets, threads, or locking tabs to ensure that the mat sanitizer is stable during the sanitization process and as stored. The stationary base may be connected to the ground or floor utilizing bolts, a base plate, adhesive, tabs, or other connectors. The electrical components of the base station may also be integrated with the mat carrier in an all inclusive embodiment.

[0021] Another aspect provides a method of sanitizing a mat. A mat sanitizing device is provided and dimensioned to receive the mat in a rolled configuration. The chamber includes a mat separator to maintain spacing between adjacent layers of the rolled mat. The mat is receiving in a rolled configuration into tire chamber such that tire mechanical separator separates adjacent layers of tire mat. A sanitizing cycle is initiated in response to user input. At least one fan is activated to circulate air through the chamber. At least one heating element is energized to dry' the mat.

[0022] In an alternative aspect, ozone, ultraviolet light, and / or a liquid sanitizing agent may be communicated into the chamber to sanitize the mat. The one or more fans, heating element, ozone generator, ultraviolet light, and / or liquid sanitizing agent may be dispensed from a stationary base into a mat carrier that includes the chamber. The mat carrier may be used to store and transport the mat with the mechanical mat separator. The mat sanitizing device may be controlled utilizing a mobile application in communication with logic and a transceiver of the mat sanitizing device. The mat sanitizing device may implement any number of sanitizing processes (e.g., airflow only, airflow and heat, airflow, heat and ozone, ventilated chamber, enclosed chamber, activated ultraviolet lights, etc.). The initialization and completion of the sanitizing cycles may be provided by visual or audible signal. Hie mat may be a yoga mat, Pilates mat. exercise mat, mediation mat, or other portable mat. Tire chamber is removable from the mat sanitizing device to transport the mat between locations. The mat carrier and the stationary base may electrically connect utilizing contacts. The mat carrier may dock with the stationary base to enhance stability' and ensure safety of tire mat sanitizer and nearby persons or pets. Tire mat carrier may be locked into place utilizing magnets, tabs, threads, or so forth. The mat carrier may wirelessly communicate alerts regarding sanitization status, performance of the mat sanitizer, and other applicable information. Tire mat sanitizermay communicate utilizing Bluetooth, Wi-Fi, or other communications signals, protocols, and standards. The mat sanitizer may communicate through a sanitizing application executed by an electronic device (e.g., smart phone, tablet, laptop, personal computer, etc.). One or more vents of the mat sanitizer may be opened, partially closed, or closed manually or automatically to control the flow of air and sanitizing agents within the mat carrier. The mat sanitizer may indicate when the sanitizing process starts, is in process, and is completed. The mat sanitizer may indicate how much time remains in the sanitizing process. One or more internal or external sensors may adjust the time required for the sanitizing process utilizing factors, such as external and internal temperature, humidity, and selected sanitizing process (light, medium, heavy, extra heavy).

[0023] According to one aspect, a mat sanitizing device includes a chamber dimensioned to receive a portable mat in a rolled configuration, a mechanical separator disposed within the chamber and configured to maintain spacing between adjacent layers of the rolled mat. at least one fan configured to direct airflow through the chamber, at least one heating element positioned to heat the rolled mat, at least one ultraviolet light source positioned to irradiate surfaces of the rolled mat, and a controller configured to initiate a sanitizing cycle in response to a user input. The mat sanitizing device may also include a cylindrical chamber with a spiral structure as the mechanical separator; a removable liner for the chamber; a lid hingedly or removably coupled to the body; an ozone generator or UV-C LED as the ozone generation or light source; a controller with a wireless interface for remote activation; a sprayer configured to dispense a sanitizing agent within the chamber; a controller configured to sequentially activate the fan, heating element, and ultraviolet light source during the sanitizing cycle; at least one port for receiving a strap or handle; and a removable mechanical separator.

[0024] According to another aspect, a method of sanitizing a portable mat includes providing a mat sanitizing device having a chamber dimensioned to receive the portable mat in a rolled configuration, the chamber including a mechanical separator to maintain spacing between adjacent layers of the rolled mat; inserting the portable mat in the rolled configuration into the chamber such that the mechanical separator separates adjacent layers of the mat; initiating a sanitizing cycle in response to user input; activating at least one fan to circulate air through the chamber; energizing at least one heating element to dry the mat; and activating at least one ultraviolet light source to irradiate the mat. The method may also include dispensing a sanitizing agent (e.g., ozone, ultraviolet light, liquid sanitizers, etc.) onto the portable mat during the sanitizing cycle; indicating completion of the sanitizing cycle by providing a visual, application, or audible signal; using a yoga mat, Pilates mat, exercise mat, or meditation mat; using a cylindrical chamber with a spiral structure as the mechanical separator; and communicating with a mobile device to monitor or control the sanitizing cycle.

[0025] According to yet another aspect, a mat sanitizing apparatus includes a body forming a chamber configured to receive a rolled mat, a lid coupled to the body and configured to close the chamber, a spiral separator positioned within the chamber to separate adjacent layers of the rolled mat, at least one airflow generator, at least one heating element, and at least one ultraviolet light or ozone generation source, each disposed within or adjacent to the chamber, and a user interface configured to permit selection of at least one sanitizing mode. The mat sanitizing apparatus may also include a variable speed fan as the airflow generator; a spiral separator that is integrally formed with the chamber; and a power source configured to provide power to the airflow generator, heating element, and ultraviolet light source.

[0026] According to a further aspect, a device for maintaining separation between adjacent layers of a rolled mat includes a flexible, segmented body comprising a plurality of interconnected links, the body having a length sufficient to extend along the length of the mat when the mat is rolled, and an attachment element at a proximal end of the body, the attachment element configured to secure the device to an edge of the mat such that, when the mat is rolled, the body maintains a gap between adjacent layers to facilitate airflow between the layers. The device may also include an attachment element that is a clip; an attachment element that is a hook-and-loop fastener; an integrated compartment for receiving a filter pad; a filter pad impregnated with a deodorizing or antimicrobial agent; a flexible polymer for the plurality of interconnected links; removability’ and reusability; configuration for use with a mat sanitizing device; at least two attachment elements, one at each end of the segmented body; and a gap maintained between adjacent layers that is between 2 mm and 20 mm.

[0027] According to a still further aspect, a method for facilitating airflow within a rolled mat includes placing a flexible, segmented device along the length of an unrolled mat, the device including a plurality of interconnected links and at least one attachment element; attaching the device to the mat using the attachment element; and rolling the mat such that the device maintains a gap between adjacent layers to promote airflow through the rolled mat. The method may also include placing a fdter pad within a compartment of the device before rolling the mat; attaching the device with a clip; attaching the device with a hook-and-loop fastener; removing the device from the mat after drying; using a filter pad that comprises an essential oil; configuring the segmented device for use independently of a mat sanitizing device; and configuring tire segmented device for use in combination with a mat sanitizing device.

[0028] According to another aspect, a mat separator assembly includes a flexible, segmented structure comprising a plurality of interconnected links, an attachment mechanism at one end of the structure, and a compartment within at least one of the links configured to receive a filter pad, wherein the attachment mechanism secures the assembly to a mat such that, when the mat is rolled, the segmented structure maintains separation between layers and pemrits airflow. The mat separator assembly may also include afilter pad containing an antimicrobial agent and a segmented structure constructed from a biodegradable material.

[0029] According to yet another aspect, a system for sanitizing a rolled mat includes a mat sanitizing device having a chamber dimensioned to receive a mat in a rolled configuration, the chamber having at least one fan, at least one heating element, and at least one ultraviolet light source, and a mat separator device comprising a flexible, segmented body and an attachment element, the mat separator device insertable into the mat prior to rolling and configured to maintain separation between adjacent layers of the rolled mat, wherein, when the rolled mat and the mat separator device are placed within the chamber, airflow, heat, and ultraviolet light are directed through the gaps between mat layers to facilitate drying and sanitization. The system may also include a mat separator device with an integrated compartment for receiving a filter pad; a filter pad impregnated with a deodorizing agent; a mat sanitizing device with a sprayer for dispensing a sanitizing agent; a cylindrical chamber and a mat separator device dimensioned to match the length of the mat; a controller of the mat sanitizing device configured to activate the fan, heating element, and ultraviolet light source in a sequence; a removable and reusable mat separator device; a mat separator device with a plurality of interconnected links formed from a flexible polymer; a mat sanitizing device with a lid hingedly coupled, fitted, or screwed (utilizing threads or tabs) into tire body; a mat sanitizing device including a wireless interface for remote activation. The mat sanitizing device may also be activated utilizing a proximity sensor, optic sensor, or pressure switch to activate the mat sanitizer.

[0030] According to a further aspect, a method for sanitizing a mat using a system including a mat sanitizing device and a mat separator includes placing a mat separator device having a flexible, segmented body and an attachment element along the length of a mat; rolling the mat such that the mat separator device is positioned between adjacent layers; inserting the rolled mat with the mat separator device into a chamber of a mat sanitizing device; initiating a sanitizing cycle: and activating at least one fan to circulate air. at least one heating element to heat the mat, and at least one ultraviolet light source to irradiate the mat, wherein airflow, heat, and ultraviolet light are distributed through gaps between mat layers. The method may also include placing a fdter pad containing an antimicrobial or deodorizing agent within a compartment of the mat separator device prior to rolling the mat; dispensing a sanitizing agent within the chamber during the sanitizing cycle: removing tire mat separator device from tire mat after completion of the sanitizing cycle; activating the mat sanitizing device remotely using a wireless device; constructing tire mat separator device from a biodegradable material: configuring the mat sanitizing device to sanitize a plurality of mats simultaneously; monitoring the temperature and humidity? within the chamber during the sanitizing cycle: activating a sprayer to dispense a sanitizing agent onto tire mat during the sanitizing cycle; and providing a visual or audible indication of completion of the sanitizing cycle.

[0031] According to a still further aspect, a sanitization system includes a mat sanitizing device having a chamber with a spiral separator, at least one fan, at least one heating element, and at least one ultraviolet light source, and a mat separator assembly comprising a flexible, segmented body, at least one attachment mechanism, and a compartment configured to receive a filter pad, wherein, in use, tire mat separator assembly is attached to a mat, the mat is rolled with the mat separator assembly inside, and the rolled mat and mat separator assembly are inserted into the chamber of the mat sanitizing device, and wherein, during operation, air, heat, and ozone generator are directed through the mat via the gaps created by the mat separator assembly. The sanitization system may also include a reusable mat separator assembly constructed from a flexible polymer, bamboo / wood, or sustainable material; a spiral separator that is removably mounted within the chamber; a filter pad that includes an essential oil; a controller of the mat sanitizing device programmed to execute a plurality of sanitization cycles; a chamber with a removable liner; a wireless interface configured to communicate with a remote device; at least two ultraviolet light sources disposed at opposite ends of the chamber; a mat separator assembly dimensioned to match the length of the mat; and a visual display for cycle status.

[0032] According to another aspect, a device for maintaining separation between adjacent layers of a rolled mat is provided. Hie device includes a flexible, segmented body comprising a plurality of interconnected links, the body having a length sufficient to extend along a length of the mat when the mat is rolled and an attachment element at a proximal end of the body, the attachment element configured to secure the device to an edge of the mat such that, when the mat is rolled, the body maintains a gap between adjacent layers to facilitate airflow between the layers The flexible segmented body includes an end link. The end link may have an opening therein sized and shaped for receiving a strap.BRIEF DESCRIPTION OF THE DRAWINGS

[0033] Illustrative embodiments of the present invention are described in detail below with reference to the attached drawing figures, which are incorporated by reference herein and wherein:

[0034] FIG. 1 is a perspective view of the mat sanitizing device showing the overall cylindrical canister construction and handle.

[0035] FIG. 2 is a perspective view of the mat sanitizing device with its lid open, ready to receive a rolled mat.

[0036] FIG. 3 is a top view showing air flow around a rolled mat inside the device.

[0037] FIG. 4 is a cutaway side view of the device with a mat inserted, showing the internal spiral separator and alignment shaft.

[0038] FIG. 5 is a cutaway side view highlighting the spring retainer plate and the liner spacer clip.

[0039] FIG. 6 is an end-on view of the device showing the internal separation structure.

[0040] FIG. 7 is an internal end-on view identifying locations of fans, heating elements, and ultraviolet lights.

[0041] FIG. 8 is an exploded and schematic view showing the device’s component parts, side and end views, and a component legend.

[0042] FIG. 9 provides various views of the internal spiral separator and air flow structures.

[0043] FIG. 10 shows details of the liner spacer clip (mat separator) and its positioning in the device.

[0044] FIG. 11 is a schematic showing multiple mat sanitizing devices connected together for batch sanitizing.

[0045] FIG. 12 shows a block diagram of the network environment and system connectivity, including remote control and app integration.

[0046] FIG. 13 is a functional block diagram of the system controller and device electronics.

[0047] FIG. 14 is a process flow diagram for the sanitization cycle.

[0048] FIG. 15 is a top-down perspective view of the mat separator when attached to a mat which is flat either before rolling or after unrolling.

[0049] FIG. 16 is a side view of the mat inserted into the map separator, illustrating the attachment clip and airflow holes.

[0050] FIG. 17 is a top view of the mat separator in a rolled mat, showing the uniform separation gap and holes for air flow.

[0051] FIG. 18 is a detailed perspective view of the main link of the mat separator, showing tire clip mechanism, segmented connecting structure, and a compartment for a filter pad.

[0052] FIG. 19 is a side view of the mat separator.

[0053] FIG. 20 illustrates tire mat separator with a strap end link and a strap inserted through an opening in the strap end link in order to secure the mat with the mat separator while allowing for convenient carrying of the mat.

[0054] FIG. 21 illustrates the mat separator with a strap end link present with an opening for receiving a strap.

[0055] FIG. 22 illustrates use of the mat separator and strap with a mat.

[0056] FIG. 23 is a perspective view of a yoga mat carrier and stationary base.

[0057] FIG. 24 is a cut-away view showing internal components of tire mat carrier and stationary base.

[0058] FIG. 25 is an isolated perspective view of the stationary base.

[0059] FIG. 26 is an isolated perspective view of the mat carrier.

[0060] FIG. 27 is a bottom view of the mat carrier.

[0061] FIG. 28 is a bottom view of the carrier.

[0062] FIG. 29 is a schematic view of a commercial installation including multiple carriers and stationary bases arranged in a modular configuration.

[0063] FIG. 30 is a schematic view of a commercial installation including multiple carriers and stationary bases arranged in a modular configuration.DETAILED DESCRIPTION

[0064] The embodiments and aspects will be described in detail with reference to the accompanying drawings. In the following description, for purposes of explanation, numerous specific details are set forth to provide a thorough understanding of the present invention. It will be apparent, however, that the embodiments may be practiced without these specific details.

[0065] Tire illustrative embodiments provides systems and apparatuses for sanitizing, dn ing. and deodorizing portable mats, such as yoga mats, exercise mats, and meditation mats. The embodiments further provides a mat separator for insertion into a rolled mat to maintain separation between layers, thereby improving airflow, facilitating drying, and reducing microbial growth. The mat separator may be used independently or in combination with the mat sanitizing device.

[0066] The illustrative embodiments dry the mat and reduce the spread of contamination. Germs, bacteria, viruses, and / or other contaminants are sterilized, removed, sanitized, deactivated, and / or otherwise cleaned from the mat. Tire illustrative embodiments are useful to users that are health conscious, concerned about cleanliness, and that need an effective way to sanitize and transport their mats. The illustrative embodiments may be formed from sustainable and / or reclaimed materials to be lightweight and environmentally friendly.

[0067] In one embodiment, the described system may be cylindrically shaped for storing the mat, but also utilize other shapes (e.g., rectangular, triangular, octagonal, hexagonal, pentagonal, etc.). The illustrative embodiments may include a latching mechanism that securely locks the mat in place for sanitization and transportation. The body of the system may include vents or perforations along the top and bottom or alternatively the sides, or edges of the system for ventilation to properly dry the mat. One or more fans within the system (i.e., base or carrier) may circulate air and sanitizing agents to sanitize, dry. and sterilize the mat. The body of the system may include alignment wheels for easy mat insertion and maintaining the structure of the mat (e.g., prevention of kinking, bending, damage, etc.). The base of the carrier includes a spiral separator that separates the different layers of the mat, facilitates air flow and UV light communication. A power connector, battery, or other power generation system powers tire fans, lights, controllers / logic, and / or other components of the system. In one embodiment, the various fans, lights, ozone generators, heating elements, and other components are built into a stationary base of the system to reduce the weight of the mat carrier and to ensure better power control and longevity of the system.

[0068] In some embodiments where a battery is used, the batten1may be charged utilizing a USB connector or other DC power systems. For example, the system may come with a charging cord. The system including the base station or carrier may include an air fdter for maintaining the air quality within the system and filtering out contaminants. The system may include one or more heating elements for drying or faster drying of the mat.

[0069] The system may include any number nozzles or sprayers (e.g., integrated or attached) for spraying anti-bacterial fluid. The mat sanitizer may include one or more Bluetooth, Wi-Fi, or cellular transceivers for communications with other devices as well as one or more speakers for playing music, notifications, or so forth to enhance the experience of exercise. One or more portions of tire system may include lights for storing or navigating with the system in low light or dark conditions. Tire battery of the system may be connected to a USB charger for powering any number of devices (e.g., cell phone and mobile devices). Tire system may be controlled or receive user input through a mobile application running on the system or connected devices, such as cell phones, tablets, wearable electronics, or so forth.

[0070] The carrier may include one or more connection points for connecting a strap, cords, or handles for transporting the system or securing the system in place for transportation or storage. For example, edges or sides of an external surface of the system may define connection points, d-rings, or so forth. Tire system may also include a mount for attaching the system to a vehicle, storage system (e.g., wall, cabinet, etc.) or for permanently mounting the system. The mount may also be utilized to connect multiple systems to form an even larger system. The system may also include an extendable handle or roller wheels to facilitate mobility of the system particularly forthose with limited strength or that may have disabilities. The system may also include any number of internal or external pockets, compartments, bags, or storage areas for storing items, such as keys, towels, clothing, exercise products, and so forth. Tire system may be produced in smaller or larger sizes for differently sized mats, rags, or so forth. The various embodiments described herein in the distinct Figures are meant to be combinable to make various variations. For example, different embodiments and variations of mat sanitizers with or without ozone generators, UV lights, batteries, displays / user interfaces, and / or stationary bases are anticipated based on users needs, cost requirements (e.g., end user, seller, etc.), manufacturability, and so forth.

[0071] Referring now to FIGS. 1-10, showing a mat sanitizer 100 in accordance with an illustrative embodiment. The mat sanitizer 100 may include any number of components including a cap assembly 101, a top ring assembly 102, a liner 106, a middle ring assembly 108, a bottom liner 110, a bottom platform 112, a bottom cover 114, a spiral separator tip 116, a center shaft 118, a spiral separator 120, a fan mount 122, a fan 124, a heating element 126, a power button 128, lights 130, an alignment roller bearings 132, a retainer plate 134, a spring 136, a mat 138, a liner spacer clip 140, a spray tip 142, and a chamber 144.

[0072] Electrical systems 146 of the mat sanitizer 100 are powered by a batten’ 150 or by a standard wall plug. The electrical systems 146 may include any number of transformers, adapters, fuses, switches, wiring, and contacts between the different components of the mat sanitizer 100. The electrical system 146 is controlled by a controller 152. The power button 128 may be utilized to turn the mat sanitizer 100 on / off. Selection of the power button 128 may initiate the sanitization / cleaning process implemented by tire mat sanitizer 100 including turning on the fan 124, powering on the heating element 126. activating tire lights 130, and / or engaging one or more spray tips 142 (not necessarily in that order). The various electronic portions of the mat sanitizer 100 may be automatically controlled by the controller 152. In other embodiment, the user may utilize a user interface, power button 128, and / or other controls to control the fan 124, heating element 126, lights 130, spray tips 142, vents, or other portions of the mat sanitizer.

[0073] The mat sanitizer 100 may also include a port 162 and light emitting diodes 164. The port 162 maybe any number of ports for powering and / or charging the battery 150. The port 162 may include any number of popular interfaces, such as USB, Thunderbolt, USB-C, magnetic docks, power over Ethernet (PoE), or so forth. The LEDs 164 may indicate the sanitization status of the mat sanitizer 100.

[0074] In one embodiment, tire lights 130 are ultraviolet lights that kills bacteria, viruses, fungi, and other contaminants on both sides of the mat. In one embodiment, the lights 130 may represent any number of lights sources, such as a UV-C light emitting diode (LED) or a mercury vapor lamps which emit a broad spectrum of UV light which are known for their efficiency and longevity. Low-pressure mercury lamps are effective for germicidal purposes providing a narrow UV-C band ideal for disinfection. In another embodiment, excimer lamps offer a high-intensity, narrow-band UV output.

[0075] Tire cap assembly 101 may be connected to a body 154 of the mat sanitizer 100 utilizing a hinge or other connector. Tire body 154 and other portions of the mat sanitizer 100 may be fonned from reclaimed plastics, bamboo / wood, or renewables so that the mat sanitizer 100 is environmentally friendly, lightweight, and conveniently carried or moved from location to location. The cap assembly 101 may include a handle 160. The handle 160 may be used to carry the mat sanitizer 100. The body 154 of the mat sanitizer may include one or more loops, hooks, receptacles, openings, or ports defined or connected to the body 154 for connecting one or more straps or other carrying devices to the mat sanitizer 100.

[0076] The cap or other portions of the body 154 may include perforations or vents for venting air or drawing in air into the mat sanitizer 100. The vents or perforations may be opened or closed manually or automatically.

[0077] The fan 124 blows air (and other additives) throughout the mat sanitizer 100 to dry the mat, distribute sanitizing or cleaning solutions or sprays, and / or otherwise promote air flow.

[0078] Tire spiral separator tip 116 ensures that the mat 138 is centered within the mat sanitizer 100. The spiral separator tip 116 further ensures that the spiral separator 120 is able to separate the different rolls ofthe mat 138 from each other to encourage drying, sanitization, and sterilization. In one embodiment, the spiral separator 116 has a tapered helical shape with an opening(s) for receiving the mat 138. The spiral separator 116 is configured to create space between the mat 138 and the walls of the mat sanitizer 100, guiding the mat smoothly into position without any folds or creases. In one embodiment, the mat 138 is twisted as inserted to self-align utilizing the spiral separator 116. In another embodiment, the spiral separator may be replaced with vertically extending rods that are positioned between the different layers of the mat 138.

[0079] The alignment roller bearings 132 ensure that the mat 138 goes into the mat sanitizer 100 smoothly and in the proper alignment.

[0080] Tire controller 152 may be implemented as a microcontroller, microprocessor, application-specific integrated circuit (ASIC), or programmable logic device configured to manage operation of the mat sanitizer 100 (or specific components). In some embodiments, the mat sanitizer 100 may include multiple controllers (i.e., mat carrier controller, stationary base controller, etc.). In one embodiment, the controller 152 executes firmware to coordinate activation of the one or more fans, heating elements, ozone generators, and / or ultraviolet light sources based on preset programs or user-selected cycles. In another embodiment, the controller 152 is connected to one or more sensors 158, such as humidity, temperature, or air-quality sensors, and dynamically adjusts cycle duration, airflow rate, or heating intensity to optimize drying and sanitization efficiency. The sensors 158 may be positioned within or external to the mat sanitizer 100 to maximize and tune operation and performance. The controller 152 may also store cycle history, track maintenance intervals for filters or ozone cartridges, and provide alerts via local display, LED indicators, or wireless transmission to a mobile device. In certain configurations, the controller 152 includes wireless communication modules (e.g., Bluetooth®, Wi-Fi, or Zigbee®) for remote monitoring, over-the-air finnware updates, and integration into commercial networked installations (as shown in FIGs. 11 and 29). The logic within the controller 152 may also enforce safety protocols, including interlocks to disable ozone generation or ultraviolet light when the lid (or cap assembly 101) is open or when improper seating of the mat, mat carrier, or other components is detected.

[0081] FIG. 2 is a perspective view of the mat sanitizer 100 opened to receive a mat 138 in accordance with an illustrative embodiment. As shown the cap assembly 101 opens to receive the mat 138. In one embodiment, the cap assembly 101 is hingedly connected to the body 154 of the mat sanitizer 100. The cap assembly 101 may then be rotated utilizing the handle 160 to further secure the cap 101 of the mat sanitizer 100. In another embodiment, the cap assembly 101 may screw on and off completely utilizing threads or tabs.

[0082] FIG. 3 is a top view of the mat sanitizer 100 in accordance with an illustrative embodiment. In one embodiment, the cap 101 may be rotated clockwise to close / tighten the cap against the body 154 and rotatedcounterclockwise to open / loosen the cap 101 from the body 154 of the mat sanitizer 100. Other securing mechanisms may alternatively be used including latches, releases, tabs, hinges, or so forth.

[0083] FIG. 4 is a cut-away view7of the mat sanitizer with a mat 138 being inserted for sanitizing.

[0084] FIG. 5, FIG. 6, and FIG. 7 are cut-away views of the mat sanitizer with the mat inserted for sanitizing in accordance with an illustrative embodiment. Hie retainer plate 134 is biased by the spring to secure the mat in place during storage or transport from location to location. Pressure of the mat 138 against the retainer plate 134 activates a pressure switch 135 to indicate that a mat is stored within the mat sanitizer 100.

[0085] FIG. 8 shows schematic views of the mat sanitizer 100 in accordance with an illustrative embodiment. The various components of the mat sanitizer 100 are shown in more detail. A legend shows the various components of the mat sanitizer 100.

[0086] FIG. 9 shows cut-away views of the mat sanitizer 100 in accordance with an illustrative embodiment. The mat sanitizer 100 is configured to safely store, sanitize, sterilize, and transport the mat 138.

[0087] FIG. 10 shows views of the liner spacer clip in accordance with an illustrative embodiment. The liner spacer clip 140 may align the mat 138 within the mat sanitizer 100 as inserted. The liner spacer clip 140 creates a gap or space between the different layers of the rolled-up mat 138 for effective drying and sanitizing. The combination of air, heat, and UV lighting along with ozone (e.g., UV created) sanitize and dry the mat 138. In other embodiments, the mat separator show in the subsequent embodiments may be utilized instead. In addition, a bottom portion of the mat sanitizer 100 may operate as a stationary base that stays in place and houses the electronics so that the chamber and mat carrier may be lighter and taken from location to location as tire mat 138 is used. In addition, the mat sanitizer 100 may operate better with components that operate based on a 120 V wall outlet rather than a battery (the mat sanitizer may use a power supply and / or battery).

[0088] FIG. 11 shows a system 1100 of mat sanitizers in accordance with an illustrative embodiment. The system 1100 of FIG. 11 allows multiple mat sanitizers 1102 to be interconnected, networked, or otherwise used together. In one embodiment, the system 1100 may be utilized for large-scale sanitizing, and / or sterilization of mats. For example, the system 1100 may be utilized by a gym, studio, or other group to sterilize mats for a large number of individuals. Hie system 1100 may allow an entire class, group, or collection of individuals to sanitize mats after usage and store the mats for future usage. In one embodiment, the system 1100 may include user interfaces on the mat sanitizers 1102 or a separate interface (e.g., display, touch screen, etc.) that indicates which of the mat sanitizers 1102 have sanitized the corresponding mats. For example, a green light may indicate that the mat sanitizer 1102 has performed a sanitizing process andthe mat stored within is ready to be used whereas a red light may indicate the mat sanitizer is still sanitizing the mat. As a result, sanitized mats may be available and visible to the user.

[0089] Tire mat sanitizers 1102 show n in FIG. 11 may be networked or connected in any number of ways. In one embodiment, the system may be connected by a cord 1104. The cord 1104 may communicate power between the mat sanitizers 1102. For example, the cord 1104 may provide DC power for the various mat sanitizers 1102. The cord 1104 may include a plug end 1106 for connecting the cord 1104 to a wall outlet corresponding to the power systems of various countries. The cord 1104 may also communicate control signals or other information from a control device, master mat sanitizer, or so forth. The cord 1104 may also represent a base that connects the mat sanitizers 1102 for power and data communication and control.

[0090] Tire mat sanitizers 1102 may be free standing in tire use environment. Alternatively, tire mat sanitizers 1102 may be mounted to tire floor, wall, cabinets, or so forth. In one embodiment, the mat sanitizers 1102 may be directly linked or connected to each other using a locking interface. As a result, mat sanitizers 1102 may be added or removed from the system at any time. For example, the locking interface may include magnets including a magnetic power interface for communicating power between the mat sanitizers 1102. In another example, the mat sanitizers 1102 may have aligning ridges for slidably connecting the mat sanitizers 1102 in a vertical position for receiving the various mats or objects. Hie system 1100 may also be mounted horizontally whether supported by a surface, shelf, wall mount, frame or so forth for easily inserting and removing the mats from the individual mat sanitizers of the system 1100.

[0091] FIG. 12 is a pictorial representation of an environment 1200 in accordance with an illustrative embodiment. The environment 1200 illustrates additional communications and logic components that may be utilized with the mat sanitizer 1210. As described herein, the mat sanitizer 1210 (whether one or multiple mat sanitizers) may communicate directly or indirectly with any number of devices, systems, components, equipment, or networks. In one embodiment, the mat sanitizer may include specialized hardware controllers, (e.g.. application specific integrated circuit (ASIC), communications enabled field programmable gate array (FPGA), etc ), or one or more processors executing an app, program, or set of instructions to implement the processes herein described. In one embodiment, the environment 1200 may include a communications management system 1202, a network 1204, a wireless network 1206, a computer 1208, a graphical user interface 1209, the mat sanitizer 1210, wireless devices 1212 and 1214, tablet 1216, and a laptop 1218.

[0092] The environment 1200 may include any number of elements, devices, components, systems, and equipment in addition to other computing and communications devices not specifically described herein for purposes of simplicity. The different devices, elements, and components of the environment 1200 may communicate using wireless communications, such as satellite connections, Bluetooth, Wi-Fi, WiMAX, CDMA, GSM, PCS, or hardwired connections, such as fiber optics, Tl, cable, DSL, high speed trunks,powerline networks, and telephone lines. Communications within the environment 1200 may occur on any number of networks. In one embodiment, the network 1204 may include wireless networks, data, or packet networks (i.e., the Internet), computer networks (e.g., Ethernet, personal area network, local area network, wide area network, etc.) cable networks, satellite networks, private networks, community networks, cloud networks and environments), or other types of communication networks.

[0093] The network 1204 is infrastructure for sending and receiving perfonnance information, cleaning / sanitization data (i.e., airflow, humidity, moisture, detected viruses / bacteria / pathogens, etc.), interfaces, webpages, portals, messages, data, packets, and signals according to one or more designated formats, standards, and protocols. Tire network 1204 may be any type of network including a public network, a wide area network, a local area network, one or more private networks, and the Internet.

[0094] The wireless network 1206 is similarly infrastructure for sending and receiving wireless signals, such as perfonnance data, status infonnation, and updates for the mat sanitizer 1210. Tire networks of the environment 1200 may represent a single communication service provider or multiple communications services providers. Some of tire features, services, and processes of the illustrative embodiments may be implemented by one or more elements of the environment 1200 independently or as a networked implementation .

[0095] The communications management system 1202 is one or more devices, infrastructure, and platforms utilized to enable, initiate, route, and manage mat sanitization, performance, and updates between the devices and components of the environment 1200. The communications management system 1202 may include one or more devices networked to manage the netw ork 1204 or w ireless network 1206. For example, the communications management system 1202 may include any number of servers (i.e., application, database, name, proxy, web, mobile, communications, catalog, etc ), or advanced intelligent network devices. In one embodiment, the communications management system 1202, network 1204, and wireless network 1206 may represent a cloud network system (or managing portions of a cloud network), mesh network, or server farm. The communications management system 1202, network 1204, or wireless network 1206 may also include web servers or database servers. The servers may communicate data and perform other features associated with tire disclosed embodiments. For example, the servers may save user profiles, previous directions, contacts, and other authorized user content including instructor-led training or 3rdparty applications / subscriptions. The cloud management system 1202 may include artificial intelligence (Al) for monitoring, controlling, and verifying sanitation of mats sanitized by the mat sanitizer 120.

[0096] The communications management system 1202 may be configured to monitor, control, and optimize operation of one or more mat sanitizers 1210 using integrated Al algorithms. In one embodiment, the communications management system 1202 aggregates operational data from local devices, including cycle duration, drying temperature, humidity profiles, ozone output levels, and fan speed usage. This datais processed in real time or batch mode to identify patterns of use, predict maintenance needs, and adapt sanitization protocols for different environments. For example, in a high-humidity facility, the communications management system 1202 may automatically extend heating and airflow stages, while in a low-humidity environment, it may reduce energy consumption by shortening those stages without compromising sanitation effectiveness.

[0097] In certain configurations, the communications management system 1202 leverages Al -driven predictive analytics to schedule and sequence sanitization cycles across multiple units, such as in the commercial array illustrated in FIG. 29. The Al can dynamically allocate available base units to incoming carriers, stagger start times to optimize power draw, and prioritize units that have been idle longest to reduce mold or odor risk. The communications management system 1202 may also integrate with user profiles to recall preferred drying and sanitizing parameters, automatically applying individualized settings when a carrier is detected via RFID, barcode, or wireless pairing.

[0098] The communications management system 1202 may further employ Al-based diagnostics to evaluate sensor feedback, detecting anomalies such as airflow restriction, filter saturation, or abnormal temperature readings. In response, it can generate maintenance alerts, initiate automated cleaning cycles, or disable components to prevent damage. Firmware and software updates may be delivered through a wired connection or over-the-air through the communications management system 1202, with Al routines determining the optimal time to apply updates to minimize disruption. In advanced embodiments, the communications management system 1202 may interface with a cloud-based Al model trained on anonymized operational data from multiple installations, allowing the entire network of mat sanitation devices to benefit from collective learning, continuous improvement, and adaptive sanitation strategies that evolve over time.

[0099] In one embodiment, the communications management system 1202 may generate a portal usable by devices of the communications environment 1200. A portal may be a web site that functions as a central point of access to information on the Internet or an intranet. The portal may be accessed from any computing or communications system or device enabled to communicate through a network connection. Tire portal may be utilized to receive performance and status data of the mat sanitizer 1210, perform updates, and / or verify status and operation of one or more mat sanitizers. In one embodiment, the portal is a web-based mobile application. The web-based mobile application may be useful for individual users to view the status, performance, and / or operation of their mat sanitizer 1210.

[0100] The computer 1208 is any general -purpose, super computer, terminal, main frame, or application specific computer that may be utilized by an individual user, gym, studio, family, company, business, business, or other organization. The computer 1208 may execute an operating system, kernel, program, application, applet, servlet, source code, or other software instructions that may implement portions of theillustrative embodiments as are herein described. In one embodiment, the application displays the graphical user interface 1209 for displaying or communicating data and information and receiving user input. For example, the graphical user interface 1209 may display a location of the mat sanitizer, a battery status, stage of the sanitization process, mat / object being sanitized, user information, and other applicable information and data. Likewise, any of the devices or systems of the communications environment 1200 may display a graphical user interface.

[0101] The computer 1208 and other devices of the communications environment 1200 may include any number of hard wired or wireless peripherals, input / output devices, and applications that are utilized to receive and communication information, data, status, performance, batten life, operational details, and other information and data to the user. For example, the devices of the communications environment 1200 may utilize a mouse, trackballs, touch screens, microphone (e.g., voice recognition), joystick, headset, keyboard, docking station, webcam, controller, image or video capture device, tactile input, or other input device or application. The devices of the communications environment 1200 may communicate directly or indirectly. For example, the mat sanitizer 1210 may communicate directly with the wireless device 1212, the wireless device 1214, or the tablet 1216. In another example, the computer 1208 may communicate through one or more networks, such as the network 1204 and the wireless network 1206, with the laptop 1218.

[0102] FIG. 13 is a block diagram of a mat sanitizer 1300 in accordance with illustrative embodiments. The mat sanitizer 1300 may represent any of the mat sanitizer embodiments described herein. In one embodiment, the mat sanitizer 1300 may include a controller 1302, a battery 1316, a communications interface 1306, a memory 1310, and a sanitizing application 1312. Tire mat sanitizer 1300 may' further include a battery 1316, user interface 1318, sensors 1320, an ozone generator 1325, a fan 1322, a heating element 1326, light sources 1328, and sprayers 1330. The device 1350 may utilize a sanitizing application 1352. The device 1350 may include a transceiver 1354. logic 1356. and a display 1358. The mat sanitizer 1300 may have various travel models, heavy user models, commercial models, and so forth. It is to be appreciated that the various embodiments of mat sanitizers described herein may be combined in different configurations. For example, not all configurations may include light sources 1328, sprayers 1330, ozone generators 1325, or batteries 1316. Tire components and features of the mat sanitizer 1300 may be configured in various models for different user types and retail price points.

[0103] The sanitizing application 1312, 1352 may represent sets of instructions, modules, or logic. As referenced herein, a module refers to a grouping of code, hardware, or some combination thereof, that are operable to perform particular tasks associated with the disclosed embodiments. For instance, each of the disclosed modules includes computer executable instructions that when loaded into a memory’ and executed by a processor performs one or more functions associated with tire disclosed embodiments. The logic mayinclude digital or programmable logic configured to perform the processes and functionality as herein described.

[0104] Tire device 1350 may represent an electronic device. For example, the device 1350 may be any number of cell phones, tablets, e-readers, wearable electronics, goggles / heads-up-displays, computers, personal computers, or other electronic devices.

[0105] The device 1350 may include any number of computing and telecommunications components, devices or elements that are not specifically described or called out that may include busses, motherboards, circuits, ports, displays, microphones, speakers, interfaces, cards, converters, adapters, connections, transceivers, displays, antennas, and other similar components for communicating with the mat sanitizer 1300.

[0106] The controller 1302 is circuitry or logic enabled to control execution of a set of instructions. For example, the controller 1302 may include or be a processor 1303. The processor 1303 may be one or more microprocessors, digital signal processors, application-specific integrated circuits (ASIC), central processing units, or other devices suitable for controlling an electronic device including one or more hardware and software elements, executing software, instructions, programs, and applications, converting and processing signals and information, and performing other related tasks. Hie processor 1303 may be a single chip or integrated with other computing or communications elements.

[0107] The memory 1310 is a hardware element, device, or recording media configured to store data for subsequent retrieval or access at a later time. The memory 1310 may be static or dynamic memory. The memory 1310 may include a hard disk, random access memory, cache, removable media drive, mass storage, or configuration suitable as storage for data, instructions, and information. In one embodiment, the memory 1310 and controller 1302 may be integrated. The memory may use any type of volatile or nonvolatile storage techniques and mediums. The memory 1310 may store free fonn paths, sequence of directional indicators, or other provided instructions, feedback, or commands. For example the memory' 1310 of the mat sanitizer 1300 may include a SD card for storing instructions, data, music, files, or so forth.

[0108] The communications interface 1306 is the component for receiving user input and sending and receiving signals. The communications interface 1306 may include a transceiver. The transceiver is the circuitry configured to send and receive signals. As described, the signals may be analog or digital. In addition, the signals may be communicated directly or through the communications network 1332. The mat sanitizer 1300 may also include a user interface 1318 for receiving user input including indications to power on and off the mat sanitizer 1300. In one embodiment, the user interface 1318 may include a power switch, drying time dial, touch screen, or other interface. The user interface 1318 may include any number of soft keys or hard keys . The user interface 1318 may also include proximity sensors, optical sensors, or pressure switches for determining the presence of a user to initiate / activate or deactivate the sanitation process.

[0109] Hard keys are dedicated buttons or interface elements hard coded for a single, unique, and consistent purpose, such as turning the mat sanitizer 1300 on and off. Other examples of hard keys may include controls for turning the fan 1322, heating element 1326, light sources 1328, and sprayers 1330 on and off manually or adjusting the time each component is used during the sanitization process. In one embodiment, the light sources 1328 may be combined with the ozone generator 1325. Ozone from the ozone generator 1325 may be generated utilizing UV-C lights or coronal discharge. For example, the light sources 1328 may utilize corona discharge to generate ozone that sanitizes the mat.

[0110] Soft keys are programmable buttons or interface elements. Soft keys may be positioned or located anywhere on a display device, such as a touch screen. Each of the soft keys may perform different functions in response to the default or user-defined programming. In one embodiment, soft keys may display symbols, text, or other that identify the soft key. For example, the soft keys may be directional indicators.

[0111] The sanitizing application 1312, 1352 is an application, program, or set of instructions configured to program or control operation and performance of the mat sanitizer 1300 in person or remotely (e.g., through the device 1350). The sanitizing application 1312 may be a locally installed application or webbased mobile application that is utilized through the communications network 1332.

[0112] The device 1350 may also include a sanitizing application 1352. The sanitizing application 1352 is configured to communicate with the mat sanitizer through the transceiver 1354 and communications interface 1306 directly or indirectly through the communications network 1332.

[0113] In one embodiment, the device 1350 is a stand-alone device for sending and receiving control signals, parameters, and data to the mat sanitizer 1300. For example, the device 1350 may represent a remote control of the mat sanitizer 1300 utilized to turn the mat sanitizer on / off as well as adjusting the sanitizing process and the various components of the mat sanitizer (e.g, fan 1322, heating element 1326, light sources 1328, sprayers 1330, etc.). The transceiver 1354 sends and receives data, information, and control signals utilizing any number of default or standard signals, frequencies, protocols, or standards. For example, the transceiver may be linked with the mat sanitizer 1300 utilizing a Bluetooth® connection.

[0114] The battery 1316 may power the mat sanitizer. The performance of the various components may be specified by the user through tire user interface 1318. For example, tire user interface 1318 may include a power switch, sanitizing time dial, and / or display for displaying the sanitizing time and time remaining in the sanitizing process. Tire sensors 1320 may indicate whether tire lid is securely closed, humidity, temperature, and other applicable information.

[0115] The mat sanitizer 1300 may also include a power system 1360. The power system 1360 may be configured to supply electrical energy to the mat sanitizer 1300 and all associated components when connected to a standard wall outlet. In one embodiment, the power system 1360 includes an AC-to-DC power conversion module that receives household AC mains power (e.g, 100-240V, 50-60Hz) through aninsulated power cord and plug compatible with the country of use. The conversion module outputs a regulated DC voltage (e.g., 12V, 19V, or 24V) suitable for the internal electronics, including the controller 1302, fan 1322, heating element 1326, ultraviolet light sources 1328, sprayers 1330, sensors 1320, and ozone generator 1325. In certain configurations, tire power system 1360 may include an internal switching power supply with overcurrent protection, thermal cutoff, and transient voltage suppression to safeguard both the device and the user. For embodiments intended for commercial or continuous operation, the power system may incorporate a detachable IEC power connector or power entry module with an integrated fuse and EMI filter. The mat sanitizer 1300 may further include energy management circuitry controlled by the controller 1302 to selectively activate or deactivate components based on cycle stage, reducing overall energy consumption and extending component life. In some embodiments, the power system 1360 may also support supplemental charging of an onboard rechargeable battery for portable or off-grid use of certain functions, such as airflow or low-power sanitization modes, when the device is not plugged into a wall outlet.

[0116] FIG. 14 is a flowchart of a process for sanitizing a mat in accordance with an illustrative embodiment. As noted, the mat may represent any number of mats, towels, or other objects. FIG. 14 may be performed by tire mat sanitizer 100 of FIG. 1, mat sanitizer 300 of FIG. 23. or the various devices, systems, or apparatuses as shown in the illustrative embodiments. During the process of FIG 14. tire mat may be cleaned, sterilized, or otherwise sanitized for transportation, storage, and / or subsequent usage by the user or other users. For example, the mat sanitizer may be used by a single individual, couple, family, organization / corporation / entity, or multiple individuals.

[0117] After usage of the mat, the user is encouraged to remove dirt, sweat, or other contaminants using a clean paper towel, rag / cloth. or cloth towel. Hie user is encouraged to roll up the mat or other object from one end to the other utilizing the mat separator (see FIGs. 16-22). Tire lid of the mat sanitizer may be opened by twisting the lid counterclockwise or otherwise opening the lid. Next, the mat is received in the mat sanitizer. For example, the user may insert the mat rolled onto the mat separator into the mat sanitizer. In one embodiment, rollers or other alignment mechanisms (e.g., wheels, tabs, instructions, etc.) ensure that the mat fits snugly within tire mat sanitizer while maintaining space for airflow within the mat sanitizer. Next, the user closes the lid by pressing it closed, latching it closed, twisting a lid clockwise, or otherwise closing the lid or cap to ensure that the mat stays in place during the sanitizing and storage process.

[0118] The process may begin by initiating a sanitizing process in response to receiving a user selection (step 1402). In one embodiment, the user selection may be activation of a power button, switch, dial, or so forth. The mat sanitizer may activate an indicator and / or play a sound indicating that the sanitization process has been activated. The user selection may also be received through a sanitizing application available through the mat sanitizer or a remotely connected device (e.g., cell phone, or mobile device, executing thesanitizing application to communicate with the mat sanitizer through Bluetooth, Wi-Fi, or a cellular connection). The mat sanitizer may also automatically begin a sanitizing process in response to a mat or other object(s) being loaded into the mat sanitizer and closed. Tire process may also be initiated automatically in response to proximity sensors, optical sensors, or pressure sensors within or exterior to the mat sanitizer(s). The device may also detennine whether a power button or switch is engaged to initiate the sanitizing process of FIG. 14.

[0119] Next, the device activates a fan (step 1404). The device may include one or more fans (e.g., a single fan, fans at each end, etc.). Tire fans begin the drying process. The fans may be single speed or variable speed to dry the mat. In one embodiment, the fan may run for a designated time period, such as 30 minutes, 60 minutes, 90 minutes, tw o hours, four hours, or longer.

[0120] Next, the device powers a heating element (step 1406). The heating element increases the internal temperature of the device to dry and sterilize the mat. Any number of resistive, UV, infrared, or other heaters may be utilized in the device. The heating element may also run for a designated time period.

[0121] In one embodiment, only a fan may run during the sanitizing process or a fan may run with the heating element increasing tire temperature of the airflow. Alternatively, one or more of the following steps may also be added to tire process for further enhance sanitization of the mat.

[0122] Next, the device performs sanitation (step 1408). The device may utilize any number of ozone generators or UV lights, bulbs, or sources to sanitize the mat including UV. UV-C, UVU. or so forth. The ozone and / or UV light sterilizes, kills, denatures, removes, and / or makes inert germs, bacteria, viruses, fungi, and / or other materials on the mat.

[0123] Next, the device sprays a sanitizing agent (step 1410). The sanitizing agent may represent any number of sterilizing and sanitizing agents such as commercially available sanitizers custom mixtures, and so forth. The device may include one or more sprayers or nozzles. The sprayers distribute the sanitizing easing evenly over the surfaces of the mat. The sanitizing agent may include any number of anti-microbial, anti-bacterial, anti-viral, and / or anti-fungal agents. The sanitizing agent may also have a pleasing smell. The sanitizing agent may include one or more sanitizers, natural oils, natural cleaners, or so forth. For example, the sanitizing agent may include one or more of tea tree oil, eucalyptus oil, lavender oil, vinegar, hydrogen peroxide, rubbing alcohol, sodium bicarbonate, lemon juice, castile soap, and / or other well- known blends, proprietary blends, or 3rdparty sanitizing agents. The sanitizing agent may be stored in a liquid container of the device to be sprayed. In another embodiment, the sanitizing agent may be stored in a reloadable cartridge that may be inserted into the device. The sanitizing agent cartridges and air fdters of the device may be replaced as needed or as prompted by the device.

[0124] Next, the device indicates the sanitizing process is completed (step 1412). In one embodiment, the device may activate an indicator, such as an LED to indicate that tire sanitizing process is complete. Hiedevice may also play or communicate an audible indicator or message through the device or a remotely connected device. The device may use any number of sensors to automatically determine when the cleaning and sanitizing process is complete. In one embodiment, the sanitizing process may run for 90 to 240 minutes ensuring that the mat is thoroughly dried and sanitized. The mat may be removed from tire device for utilization. In one embodiment, the device may lock the lid during the sanitization process. Alternatively, the device may be opened at any time during the process to remove the mat. An application specific message, text message, or other alert may also be communicated to the user directly or through a mobile device (i.e., direct connection, network connection, etc.).

[0125] FIG. 15 through FIG. 19 illustrate a mat separator device 200 which is configured for independent use or in conjunction with the mat sanitizing device 100 of FIG. 1 or mat sanitizing device of FIG. 23. The mat separator 200 addresses the problem of inadequate airflow within rolled mats by maintaining consistent separation between mat layers, thereby enabling more effective drying and reducing odor formation and microbial growth.

[0126] FIG. 15 illustrates the mat separator device 200 when secured to the mat 138. As shown, the mat separator device is positioned at a central location and extends longitudinally along the length of the mat 138. The mat separator device 200 may be configured to secure to the end of the mat in any number of ways with an attachment mechanism. Preferably the attachment mechanism is in the form of a clip or other fastener which allows a person to easily secure the mat separator device 200 to the mat 138 and also remove the mat separator device 200 from the mat 138.

[0127] FIG. 16 is a side view of the mat separator device 200 secured to a mat 138. Tire mat separator device 200 comprises a flexible, segmented structure of interconnected links 202, each link being articulated or joined by a hinge, pivot, or flexible material at link connectors 203. The length of the mat separator device 200 is selected to correspond to the length of a standard mat (e.g., 60-72 inches), but may be varied for shorter or longer mats. In one embodiment, the mat separator device 200 may be formed from sustainable materials, such as bamboo or wooden dowels to provide a reusable, eco-friendly support structure.

[0128] At one end, the main link 208 includes an attachment mechanism 204, which may be a clip, hook- and-loop fastener, suction element, or adhesive pad, or any other type of appropriate fastener. Hie attachment mechanism 204 secures the mat separator device 200 to the edge or surface of the mat 138, preventing displacement as the mat is rolled or unrolled.

[0129] When the mat 138 is rolled, the mat separator device 200 rolls with it thereby maintaining a uniform gap between adjacent layers of the mat 138. Each of the links 202 may include a plurality of air flow apertures or holes 220. Thus, when the mat 138 is in a rolled position, not only docs the separator device 200 serve to provide space between adjacent coil turns of the mat, but also allo s for air flow between thedifferent coil turns of the mat. The segmented structure ensures that, when the mat is coiled, each segment holds the mat layers apart, enabling airflow through the entire roll.

[0130] In some embodiments, the segmented links 202 may incorporate antimicrobial additives, be made from biodegradable polymers, or be coated for durability and resistance to sanitizing agents. Tire number, length, and shape of the segmented links 202 may be varied according to user preference, mat thickness, or manufacturer specifications.

[0131] FIG. 17 illustrates the separator device 200 when secured to the mat 138 using the attachment mechanism of the main link 208 and the mat 138 is rolled into a coil. Note that neighboring coil turns or layers of tire mat 138 are physically separated from one another. Note also that the holes allow for air flow throughout the mat 138. If a mat were to be rolled without the presence of the separator device 200, adj acent coil turns would be in contact with each other and no air flow would be possible except the outennost outside layer and the innermost inside layer. Hie separator device 200 allows for surfaces of all layers to be exposed to air flow, a significant advantage.

[0132] FIG. 18 provides another view of the separator device 200. The main link 208 further includes an integrated compartment 210, dimensioned to receive a filter pad 212. The filter pad 212 may be impregnated with or otherwise enhanced with essential oils, deodorizing agents, and / or antimicrobial or other antipathogen substances or sanitizing agents. When air flows through the rolled mat, it passes over the filter pad 212. thereby deodorizing and refreshing the mat.

[0133] The mat separator 200 is intended to be placed along the length of the mat before rolling. The user aligns the separator 200 at one edge, attaches it via tire mechanism 204, and rolls tire mat tightly around the device. As tire mat is rolled, the segmented links 202 create and preserve the desired separation gap 206 between each layer.

[0134] FIG. 19 further illustrates a profile of the mat separator 200 when in a flat position.

[0135] The separator 200 may be used independently, such as after a workout to promote natural drying and odor control, or in conjunction with the mat sanitizing device 100 to maximize exposure of the mat surfaces to air, heat, UV light, and sanitizing agents.

[0136] In alternative embodiments, tire mat separator 200 may include more than one attachment mechanism, be formed as two or more parallel segmented strips, or be adjustable in length via telescoping segments or detachable links.

[0137] For specialized mats (e.g.. extra-thick, wide, or textured mats), tire width and curvature of the links 202 may be adjusted. The filter compartment 210 may be adapted for single-use or reusable filter pads, and may be vented, sealed, or configured with an adjustable release mechanism to regulate scent diffusion.

[0138] FIG. 20 illustrates the mat separator 200 with a strap end link 240 and a strap 242 inserted through an opening in tire strap end link 240 in order to secure the mat 138 with the mat separator 200 while allowingfor convenient earn ing using the strap 242. As shown, the strap 242 encircles the outside surface of the mat 138 which further assists with securing the mat 138 in place.

[0139] FIG. 21 illustrates the mat separator 200 with a strap end link 240 present with an opening 244. Tire strap end link 240 as shown provides several different functions. As previously discussed, tire opening 244 allows a strap to be inserted through the opening 244. However, the strap end link 240 provides other advantages. For example, when the mat is in a rolled position within the mat separator, the strap end link 240 may be used to provide a structure for mounting the mat during transport or storage. In addition, when the mat is unrolled the mat may be hung vertically. For example, to dry the matt or to maintain the mat in a vertical position for sanitizing.

[0140] FIG. 22 illustrates use of the mat separator and strap with a mat. Note the strap 242 extends around the outside surface of the mat 138. Moreover, note the spacing between the different layers or coils of the mat 138.

[0141] The standalone mat separator 200 and the mat sanitizing device 100 may be used together or separately. When used together, the separator 200 is first inserted onto the mat, the mat is rolled with the separator in place, and the assembly is inserted into the sanitizing device 100. The spiral separator 120 and / or liner spacer clip 140 may also be present, further enhancing airflow and exposure.

[0142] In some embodiments, the sanitizing device 100 may include sensors or guides configured to detect or accommodate tire presence of the mat separator 200. The device may automatically adjust airflow. UV cycle time, or sanitizing agent volume based on user input or sensor readings.

[0143] For users who wish to employ the mat separator 200 independently, the device may be sanitized, stored, or reused without restriction. The separator 200 may be sold as a kit with tire device 100 or as an aftermarket accessory.

[0144] The mat sanitizing device 100 may be varied in size, shape, or capacity to accommodate single or multiple mats, towels, or other objects. In some embodiments, the device may include a modular internal structure to adapt to different mat types, or may include software controls to select between drying, sanitizing, and deodorizing cycles.

[0145] Tire fan 124 may be replaced or supplemented with a variable-speed blower, and airflow paths may be optimized via baffles, ducts, or directional vents. Tire heating element 126 may be controlled by a feedback loop using a temperature sensor which may be one of the sensors 1320.

[0146] The UV lights 130 may be interlocked with lid sensors to prevent user exposure to UV radiation during operation. Ozone generation (not shown) may be integrated for additional sanitization, with air filtration provided to prevent ozone leakage upon opening.

[0147] Tire sprayer system 1330 may accommodate a variety of sanitizing agents, and the controller 1302 may provide reminders or alerts when the agent cartridge is empty or needs replacement.

[0148] The device 100 may include child-safety locks, tamper indicators, or security features for use in public or shared environments.

[0149] Tire mat separator 200 may be adapted for mats of various sizes, or even for other coiled articles such as foam rollers, camping pads, or sleeping mats.

[0150] Turning now to FIGs. 23-29, FIG. 23 is a perspective view of a system 300 including a mat carrier 302 and stationary base 320. FIG. 23 depicts an assembled view of the system 300, illustrating the interaction between the mat carrier 302 and the stationary base 304. The mat carrier 302 is shown vertically docked into the stationary base 320, forming an integrated unit (system 300). The cylindrical mat carrier 302 includes a locking lid 304 positioned at the top and a carrying handle 306 mounted adjacent the lid for convenient transport. A carrier body 308 of the mat carrier 302 includes multiple vents 310 to release moisture-laden air during tire drying process.

[0151] The stationary base 320 is shown as a compact platform that cradles the bottom portion of tire mat carrier 302. Tire stationary base 320 includes exterior components such as power supply input 322, a power switch 324, an LED status indicator 326, connectors 328, and optional ports 330 for USB connectivity or networking, a mesh filter 332, and a drip tray 334. Tire integration of the stationary base 320 and mat carrier 302 allows for seamless activation of a sanitizing and drying cycle when the mat carrier 302 is properly inserted.

[0152] The stationary base 320 may be held in place based on the weight of the stationary base 320 and system. Alternatively, the connectors 328 may be utilized to affix the stationary base 320 to ground, a floor, a plate, or so forth. The connectors 328 may also be used to screw, bolt, or otherwise attach the stationary base 320 in place.

[0153] FIG. 24 is a cut-away view showing internal components of the system 300 of FIG. 23. FIG. 24 provides a longitudinal cut-away view of tire system 300, revealing the internal architecture of both the mat carrier 302 and the station base 320. Within the mat carrier 302, a rolled mat 350 is shown coiled around a separator 340, which maintains air gaps between the inner and outer layers of the mat 350. Air enters from the stationary base 320 and flows vertically through the spiral air channels formed by the separator 340.

[0154] Tire stationary base 320 houses a blower fan 352 and one or more heating elements 354 mounted within a central air duct 356. An ozone generator 358 is also shown, configured to inject ozone into the airflow for microbial sanitation. Filter 316 removes dust and allergens from incoming air before it is heated and propelled upward. The duct 330 guides treated air into the mat carrier 302 through a nozzle or collar interface 364, ensuring uniform circulation.

[0155] The exhaust system at the top of the carrier may includes a secondary filter 332 designed to trap particulates and neutralize residual ozone, ensuring that expelled air is safe and free of odor-causing agents.This figure demonstrates how the integrated carrier / base architecture supports an efficient and hygienic airflow loop.

[0156] FIG. 25 is an isolated perspective view of the stationary base 320. FIG. 25 isolates the stationary base 320 to show the structure and features. Tire stationary’ base 320 includes a recessed cavity 362 specifically dimensioned to receive the mat carrier 302, with mechanical alignment structures 364 to guide insertion and stabilize the system 300. Contacts 366 provide power through the stationary base 320 to the mat carrier 302. The contacts 366 are electrical contact pads at the base center allow for secure power transfer or data exchange with smart-enabled mat carriers. Wiring within the mat carrier 302 powers or communications data signals for additional fans, lights, indicators, charging mechanisms (e.g., for a battery), ports, or so forth.

[0157] The stationary’ base 320 also defines air intake ports 368 positioned along the perimeter of the stationary base 320 to draw in ambient air which passes through a filter 370 prior to being heated or treated (and communicated to the mat carrier 302). The filter 370 may be torroid shaped to fit around the periphery of the stationary base 320. The filter 370 may be replaced as needed. Alternatively, the filter 370 may be washed or otheryvise sanitized for repeated usage. The filter 370 may be slid onto the stationary base 320 from tire top or bottom. In one embodiment, the filter 370 may have a slit so that it is easily positioned around the air intake ports 368.

[0158] The drip tray 334 is housed within the base and is removable for easy maintenance. The drip tray 334 collects moisture condensation and any residual fluid from the mat 350, preventing damage or accumulation inside the electronics.

[0159] FIG. 26 is an isolated perspective vieyv of the mat carrier 302. The mat carrier 302 comprises a rigid, cylindrical body 308 capable of housing a standard-size rolled exercise mat and separator. Hie locking lid 304 at the top is shown in a closed position and may be released by a twist, snap, or hinge mechanism. The handle 306 is ergonomically positioned for carrying and may be collapsible or fixed. The handle 306 may also be fixedly attached or removed from the mat carrier 302. The mat carrier 302 may be an integrated part of the system or may be sold separately from the stationary base.

[0160] The body 308 includes ventilation ports 372 to enable upward airfloiv and moisture exhaust. On the underside, alignment tabs 346 assist with correct placement into openings of the stationary base 320. Electrical contacts 348 are shown embedded into the base for compatibility vith the electronics in the stationary unit. Mounting points 344 are integrated into the carrier’s structure for attaching shoulder straps or clips, further enhancing portability. In one embodiment, the mounting points 344 may be utilized to secure the mat carrier 302 in the stationary base 320. In an alternative embodiment, the body 308 may define any number of ventilation ports 372.

[0161] FIG. 27 is a botom view of the mat carrier 302. FIG. 27 shows a base 376 of the mat carrier 302. Alignment tabs 346 and contact pads 348 are clearly visible, positioned concentrically or in a polygonal configuration to match corresponding sockets on the stationary base 320. These alignment tabs 346 structures ensure the carrier cannot be misaligned and may activate a safety interlock to begin operation of the fan, ozone, generator, sprayer, and / or lights only when proper alignment and contact is achieved. A locking ridge 374 or groove in the base 376 or periphery of the base may also be visible, providing mechanical stability once the carrier is seated in the base. An air intake 378 ensures that air, light, and fluids may flow freely into the mat carrier 302. Heated air may rise naturally or forced via convection, fans, or so forth. The size and shape of the openings in the air intake 378 may vary between circles, hexagons, octagons, slits, grids, or so forth. Tire air intake 378 may be integrated with or fixed to the body 308 of the mat carrier 302. Similar intakes or protectors may be utilized for tire stationary base 320 and top of the mat carrier 302.

[0162] FIG. 28 is a top view of the mat carrier 302 seated on the stationary base 320. The locking lid 304, vents 380 direct airflow radially outward or vertically upward. In one embodiment, the vents 380 may be closed or include a lid to contain ozone, heat, or sanitizing sprays during the treatment process. In one embodiment, tire vents 380 may incorporate or be covered with a replaceable filter to deodorize tire air and absorb residual ozone or vapor. The handle 306 is shown off-center to improve access to tire lid and facilitate one-handed carrying.

[0163] In smart versions, LED status indicator or a small display may be embedded in the lid or upper body to provide user feedback about cycle status, batery levels, or carrier alignment. The stationary base 320 may also have a display or indicators for providing similar information.

[0164] FIG. 29 shows a top view of the stationary base 320 that further shows the fan 352, the heating elements 354, the central air duct 356, and the LED status indicators 326. Tire stationary base 320 and mat carrier 302 may utilize any number of separators to protect the internal components from damage and protect the user during utilization.

[0165] FIG. 30 is a schematic view of a commercial installation including multiple carriers and stationary' bases arranged in a modular configuration. A system 400 as shown may include multiple mat sanitizers 402. The mat sanitizers 402 may be connected utilizing abase 404. The base 404 may be connected to, integrated with, or connect the stationary bases 406 of the system 400. In one embodiment, mat holders 408 may be integrated with the stationary bases 406 because the system does not require portability. As a result, users may insert exercise mats into the mat holders 408.

[0166] The base 404 may power the various mat sanitizers 402. In one embodiment, the base 404 may include a plug 410 for powering the system 400 from a standard wall outlet. Tire base 404 may include anynumber of transformers, adapters, power supplies, surge protectors, fusses, and other power electronics to protect and power the mat sanitizers 402.

[0167] Tire present disclosure thus provides a comprehensive, modular, and flexible system for mat sanitizing, drying, and odor control, with components that may be used independently or in concert.

[0168] The illustrative embodiments provide improvement over the state of the art being easy-to-use, easy- to-carry. and price conscious options for users. Hie illustrative embodiments are lightweight for users of varying strength. The illustrative embodiments may separate the mat from itself when rolled up for enhanced drying, sanitization, and / or sterilization. For example, the rolled layers of the mat are separated to facilitate the sanitization process herein described. The design and configuration allow s the surfaces (e.g., front, back sides, edges, etc.) of the mat to be exposed to ultraviolet (UV) light and air flow. The apparatus may allow users to easily roll up their mats, insert the mat into the apparatus, and travel with the apparatus being processed for reuse. The various embodiments may be utilized on mats (e.g., yoga, Pilates, stretching, gym, football, soccer, hockey, exercise, padding, sports, etc.), towels, sheets, picnic blankets, and / or other similarly sized and shaped objects. The mats may also be referred to as portable mats because the mats are moved from one location to another (e.g., home to a studio, room-to-room, etc.). The described embodiments describe sanitizing a mat, but may be applicable to any number of objects.

[0169] The mat sanitizer / cleaning apparatus of the illustrative embodiments provides a systematic method for inserting and storing a portable mat (e.g., yoga mat. exercise mat. etc.). The roller bearings facilitate a smooth insertion, the center stem tip ensures proper alignment, and the spiral separator creates the necessary spacing between the rolls / layers of the mat for proper drying, cleaning, sterilization, and sanitization. The spring plate in tire top lid helps secure the mat in place during storage or movement between locations. The innovative designs of the illustrative embodiments help the portable mat remain in original condition, free from creases or damage, and clean from bacteria, viruses, and other contaminants.

[0170] The previous detailed description is of a small number of embodiments for implementing the invention and is not intended to be limiting in scope. The following claims set forth a number of the embodiments of the invention disclosed w ith greater particularity.

Claims

What is claimed:

1. A mat sanitizing device, comprising: a mat carrier including a chamber dimensioned to receive a mat in a rolled configuration on a mat separator, the chamber includes a lid for inserting and removing the mat and the mat separator, the mat separator maintains spacing between adjacent layers of the mat when rolled, the mat carrier is portable for carrying and storing the mat; a stationary base configured to receive the mat carrier for sanitizing the mat, the stationary base is powered by a plug configured to interact with an electrical system, the stationary base including at least one fan configured to direct airflow into the chamber of the mat carrier, at least one heating element positioned to heat the airflow into the chamber, and a user interface for initiating a sanitizing cycle.

2. The mat sanitizing device of claim 1, wherein the stationary base further comprises: an ozone generator configured to generate ozone that is communicated into the chamber.

3. Tire mat sanitizing device of claim 2, wherein the ozone generator comprises at least one ultraviolet light source including a ultrativolct C light emitting diode (UV-C LED).

4. The mat sanitizing device of claim 1, wherein the mat carrier includes an intake port for receiving airflow from the stationary base.

5. Tire mat sanitizing device of claim 1, wherein the chamber is cylindrical, and wherein the exterior of the mat carrier includes attachment points for attaching a handle for carry ing the mat carrier between locsations.

6. The mat sanitizing device of claim 1, wherein the lid is hingedly or rotationally coupled to the chamber.

7. Tire mat sanitizing device of claim 1, wherein the user interface indicates a sanitization status of the mat.

8. The mat sanitizing device of claim 1, wherein the stationary' base further comprises: a sprayer configured to dispense a sanitizing agent within the chamber.

9. The mat sanitizing device of claim 1, wherein the mat separator comprises a flexible, segmented body including a plurality of interconnected links, the segmented body having a length sufficient to extend along a length of the mat when the mat is rolled.

10. The mat sanitizing device of claim 1. wherein a plurality of mat sanitizing devices including the mat sanitizing device are networked together to share power, wherein a base connects the plurality of mat sanitizing devices.

11. A method of sanitizing a portable mat, the method comprising: providing a mat sanitizing device having a chamber dimensioned to receive the portable mat in a rolled configuration, the chamber including a mechanical separator to maintain spacing between adjacent layers of the rolled mat; receiving the portable mat in the rolled configuration into the chamber such that the mechanical separator separates adjacent layers of the mat; initiating a sanitizing cycle in response to user input; activating at least one fan to circulate air through the chamber; and energizing at least one heating element to dry the mat.

12. The method of claim 11, further comprising dispensing a sanitizing agent onto the portable mat during the sanitizing cycle.

13. The method of claim 11, further comprising: generating ozone to circulate within the chamber.

14. The method of claim 11, further comprising indicating completion of the sanitizing cycle by providing a visual or audible signal.

15. The method of claim 11, wherein the portable mat is selected from tire group consisting of a yoga mat, Pilates mat, exercise mat. and meditation mat.

16. The method of claim 11, wherein the chamber is removable from the mat sanitizing device to transport the mat between locations, and wherein the at least one fan and the at least one heating element arc positioned within a stationary base of the mat sanitizing device.

17. A mat sanitizing apparatus, comprising: a mat carrier forming a chamber configured to receive a rolled mat, wherein the chamber has a lid for adding or removing the mat; a separator positioned within the chamber to separate adjacent layers of the rolled mat; a stationary base including at least one airflow generator and at least one heating element, wherein the mat carrier is configured to be positioned on the stationary base to sanitize the mat; and a user interface configured to permit selection of at least one sanitizing mode.

18. Tire mat sanitizing apparatus of claim 17, wherein the airflow generator comprises a variable speed fan.

19. The mat sanitizing apparatus of claim 17, wherein the spiral separator is removably inserted in the chamber of the mat carrier.

20. Tire mat sanitizing apparatus of claim 17, further comprising a power source of the stationary base configured to provide power to tire airflow generator and heating element.

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