Soft tissue scraping and mobilizing device

Abstract

A soft tissue massager, comprising: a first handle and a second handle positioned at opposite ends of the soft tissue massager; a high peak and a low peak disposed between the first handle and the second handle; and an intermediate portion comprising a massage surface disposed between the high peak and the low peak, wherein the intermediate portion is configured to massage a muscle group. The first handle and the second handle may each be formed of at least one flat surface and at least one curved surface. The high peak may comprise a high peak massage surface and a high peak tip, and the low peak may comprise a low peak massage surface and a low peak tip. The intermediate portion may have a contoured shape formed by the high peak massage surface smoothly transitioning into the massage surface, and the massage surface smoothly transitioning into the low peak massage surface.

Description

SOFT TISSUE SCRAPING AND MOBILIZING DEVICECROSS-REFERENCE TO RELATED APPLICATIONS

[0001] This application claims priority to U.S. Patent Application No. 63 / 657,994, titled QUADRACEPS SELF-MASSAGE DEVICE, filed June 10, 2024, which is hereby incorporated by reference in its entirety.FIELD OF THE DISCLOSURE

[0002] The present disclosure relates to self-massage devices for physical therapy and pain management, and more particularly to an ergonomic self-massage device designed for treating soft tissue pain and dysfunction through targeted therapy of various muscle groups, tendons, and ligaments throughout the body.BACKGROUND

[0003] Soft tissue pain and dysfunction are prevalent conditions affecting individuals who engage in various physical activities or maintain static postures for extended periods. These conditions are characterized by pain in muscles, tendons, ligaments, and surrounding tissues, often exacerbated by activities such as exercise, repetitive movements, or prolonged positioning. They are often described as overuse injuries, although they may also result from traumatic or acute injuries that fail to heal.

[0004] Traditional treatment approaches for soft tissue pain typically involve a combination of rest, ice, pain medication including NSAIDs, physical therapy exercises, and manual therapy techniques. Manual therapy, when performed by skilled practitioners, can be effective in reducing pain and improving function by addressing muscle tension, improving tissue mobility and blood flow, reduce inflammation, and promoting healing.

[0005] However, access to professional manual therapy can be limited by factors such as cost, availability of skilled practitioners, and time constraints. This has led to an increased interest in self-massage techniques and tools that allow individuals to manage their symptoms independently.

[0006] Existing self-massage devices often lack specificity in targeting soft tissues such as particular muscles or muscle groups, tendons, or ligaments throughout the body. Many devices are not designed to replicate the precise pressure and techniques used by manual therapists, potentially limiting their effectiveness. Further, devices such as rollers or scrapers are not designed for specific applications which makes them less efficient when targeting different areas of soft tissue requiring different needs to be fully targeted.

[0007] Additionally, some self-massage tools require users to adopt uncomfortable positions or exert significant physical effort, which can be challenging for individuals experiencing pain or those with limited strength. This can result in inconsistent or inadequate application of therapeutic pressure, potentially reducing the overall benefit of the self-massage technique.

[0008] There is a growing demand for user-friendly, accessible tools that enable individuals to perform effective self-massage targeting various muscle groups and soft tissues throughout the body. These tools can facilitate access to therapies that are otherwise challenging to obtain, helping to restore function and alleviate pain. Such tools could potentially improve outcomes, increase patient autonomy, and complement existing treatment approaches for soft tissue conditions. In doing so, these solutions would reduce cost in the form of shorter recovery times and the avoidance of more invasive solutions such as surgery.SUMMARY

[0009] This summary is provided to introduce a selection of concepts in a simplified form that are further described below in the detailed description. This summary is not intended to identify key features or essential features of the claimed subject matter, nor is it intended to be used as an aid in determining the scope of the claimed subject matter.

[0010] The present disclosure provides a self-massage device designed for treating various muscle groups, tendons and ligaments, particularly for addressing patellofemoral or anterior knee pain. The device comprises a handle made of a hard material with protrusions that can be used as both grips and massage surfaces. These protrusions are specifically designed to replicate the clinical benefit of a skilled practitioner's thumb, forearm, or elbow in a manual therapy setting.

[0011] The device can be applied to different areas of the body, allowing users to target specific soft tissues for therapeutic self-massage. Its unique ergonomic shape is particularly effective for addressing issues related to the muscles, tendons and ligaments in the knee area above and below the patella such as the patella tendon, and can be used either to warm up muscles before physical activity or to help muscles and joints recover from heavy use or injury. The device can be further used to loosen diseased tendon and ligament fibers from healthy fibers to promote the body's natural healing ability.

[0012] For example, when treating Patellofemoral Pain Syndrome, commonly known as "runner's knee" or "jumper's knee," the device can be used as follows: The user sits on a chair with the mid-thigh to the knee exposed; they grip the device by the handles on either side and positionthe protrusion to apply pressure where the vastus medialis oblique (VMO) connects to the medial femoral condyle on the affected side of the body; and the user then leans their body weight through the device and uses their hands to apply pressure in a stroking motion towards or away from the knee, repeating this movement to achieve the desired therapeutic benefit.

[0013] The device's design allows for the application of sufficient force, regardless of the user's size or strength, to produce a clinically significant result while maintaining comfort. Its specificity in targeting the Medial Femoral Condyle with the proper angle, location, and amount of force sets it apart from other self-massage tools. Additionally, the device enables self-guided use, providing access to quality care typically reserved for those with access to specially-trained manual therapy practitioners. The massager can be effectively used both as a preparatory tool to warm up muscles before activity and as a recovery aid to help soft tissues and joints recuperate after strenuous exercise or injury.

[0014] One aspect of the present disclosure is a soft tissue massager that includes a first handle and a second handle positioned at opposite ends of the soft tissue massager, wherein the first handle and the second handle are each formed of at least one flat surface and at least one curved surface, wherein at least one of the first handle and the second handle comprise a grip portion configured to act as a fulcrum point, wherein the first handle is offset from the second handle, wherein a first axis runs longitudinal through the first handle and a second axis runs longitudinal through the second handle, and wherein the first axis and the second axis are parallel; a high peak and a low peak disposed between the first handle and the second handle, wherein the high peak comprises a high peak massage surface and a high peak tip, and wherein the low peak comprises a low peak massage surface and a low peak tip; and an intermediate portion disposed between the first handle and the second handle, the intermediate portion comprising a massage surface extending between the high peak and the low peak, the intermediate portion being defined by a contoured shape, wherein the contoured shape is formed by the high peak massage surface smoothly transitioning into the massage surface, and the massage surface smoothly transitioning into the low peak massage surface.

[0015] In another aspect, the soft tissue massager includes a first handle and a second handle positioned at opposite ends of the soft tissue massager; a high peak and a low peak disposed between the first handle and the second handle; and an intermediate portion comprising a massagesurface disposed between the high peak and the low peak, wherein the intermediate portion is configured to massage a muscle group.

[0016] In another aspect of the present disclosure, the first handle and the second handle are each formed of at least one flat surface and at least one curved surface.

[0017] In another aspect, the first handle and the second handle each comprise a first flat surface disposed opposite a second flat surface, wherein the first flat surface and the second flat surface are connected by a curved edge.

[0018] In another aspect of the present disclosure, at least one of the first handle and the second handle comprise a grip portion configured to act as a fulcrum point.

[0019] In another aspect, the high peak is disposed at a first end of the intermediate portion closest to the first handle, and the low peak is disposed at a second end of the intermediate portion closest to the second handle.

[0020] In another aspect of the present disclosure, the high peak comprises a high peak massage surface and a high peak tip, and the low peak comprises a low peak massage surface and a low peak tip.

[0021] In another aspect, the low peak massage surface extends between the low peak tip and the massage surface of the intermediate portion, and the high peak massage surface extends between the high peak tip and the massage surface of the intermediate portion.

[0022] In another aspect of the present disclosure, the intermediate portion comprises a massage surface extending between a high peak massage surface and a low peak massage surface.

[0023] In another aspect, the intermediate portion is defined by a contoured shape, wherein the contoured shape is formed by the high peak massage surface smoothly transitioning into the massage surface, and the massage surface smoothly transitioning into the low peak massage surface.

[0024] In another aspect of the present disclosure, the contoured shape is configured to contour to the muscle group.

[0025] Another aspect of the present disclosure is that the high peak tip extends farther from the soft tissue massager than the low peak tip.

[0026] In another aspect, the first handle and the second handle are offset from one another.

[0027] In another aspect of the present disclosure, a first axis runs longitudinal through the first handle and a second axis runs longitudinal through the second handle, and the first axis and the second axis are parallel.

[0028] In another aspect, the soft tissue massager is for treating knee pain and includes a first handle and a second handle positioned at opposite ends of the soft tissue massager, wherein the first handle and the second handle are offset from one another; a high peak and a low peak disposed between the first handle and the second handle; and an intermediate portion disposed between the first handle and the second handle, wherein the intermediate portion is configured to massage the vastus medialis oblique (VMO) muscle where it connects to the medial femoral condyle.

[0029] In another aspect of the present disclosure, the first handle and the second handle each comprise a first flat surface disposed opposite a second flat surface, wherein the first flat surface and the second flat surface are connected by a curved edge configured to prevent rotation during treatment of patellofemoral pain syndrome.

[0030] In another aspect, the high peak comprises a high peak massage surface and a high peak tip, and the low peak comprises a low peak massage surface and a low peak tip, wherein the peaks are configured to target specific areas of tension associated with patellofemoral pain syndrome.

[0031] In another aspect of the present disclosure, the intermediate portion comprises a massage surface extending between a high peak massage surface and a low peak massage surface, wherein the massage surface is configured to apply pressure in a stroking motion toward or away from the knee, the intermediate portion being defined by a contoured shape, wherein the contoured shape is formed by the high peak massage surface smoothly transitioning into the massage surface, and the massage surface smoothly transitioning into the low peak massage surface, the contoured shape configured to conform to the quadriceps tissue for treatment of jumper's knee.

[0032] In another aspect, the contoured shape is configured to contour to the vastus medialis oblique (VMO) muscle to address patellofemoral pain syndrome.

[0033] Another aspect of the present disclosure is that the high peak tip extends farther from the soft tissue massager than the low peak tip, enabling variable massage intensity to the VMO muscle or the patella tendon.

[0034] The foregoing general description of the illustrative embodiments and the following detailed description thereof are merely exemplary aspects of the teachings of this disclosure and are not restrictive.BRIEF DESCRIPTION OF FIGURES

[0035] Non-limiting and non-exhaustive examples are described with reference to the following figures.

[0036] FIG. 1 is a front view of an exemplary illustration of a soft tissue massager in accordance with one or more embodiments of the present disclosure;

[0037] FIG. 2 is an isometric view of an exemplary illustration of a soft tissue massager in accordance with one or more embodiments of the present disclosure;

[0038] FIG. 3 is an exemplary illustration of a user massaging their soft tissue with the soft tissue massager in accordance with one or more embodiments of the present disclosure;

[0039] FIG. 4 is an illustration of an exemplary method in accordance with one or more embodiments of the present disclosure;

[0040] FIG. 5A is an illustration of a rear-top-left view of the soft tissue massager showing the first and second axes in accordance with one or more embodiments of the present disclosure;

[0041] FIG. 5B is an illustration of a front-top-right view of the soft tissue massager showing the first and second axes in accordance with one or more embodiments of the present disclosure;

[0042] FIG. 6 is an illustration of a front-top-right view of the soft tissue massager in accordance with one or more embodiments of the present disclosure;

[0043] FIG. 7 is an illustration of a front view of the soft tissue massager in accordance with one or more embodiments of the present disclosure;

[0044] FIG. 8 is an illustration of a rear view of the soft tissue massager in accordance with one or more embodiments of the present disclosure;

[0045] FIG. 9 is an illustration of a top view of the soft tissue massager in accordance with one or more embodiments of the present disclosure;

[0046] FIG. 10 is an illustration of a bottom view of the soft tissue massager in accordance with one or more embodiments of the present disclosure;

[0047] FIG. 11 is an illustration of a left view of the soft tissue massager in accordance with one or more embodiments of the present disclosure; and

[0048] FIG. 12 is an illustration of a right view of the soft tissue massager in accordance with one or more embodiments of the present disclosure.DETAILED DESCRIPTION

[0049] The following description sets forth exemplary aspects of the present disclosure. It should be recognized, however, that such description is not intended as a limitation on the scope of the present disclosure. Rather, the description also encompasses combinations and modifications to those exemplary aspects described herein.

[0050] The present disclosure relates to a soft tissue massager 100 designed for therapeutic massage and myofascial release. The soft tissue massager 100 is configured to provide targeted pressure and manipulation of soft tissues such as muscles, tendons, and ligaments, particularly in areas associated with conditions such as patellofemoral pain syndrome. The device incorporates features that enable tactile feedback and offers various massage surfaces to enhance therapeutic effectiveness.

[0051] While portions of the present disclosure may focus on treating the vastus medialis oblique (VMO) and the medial femoral condyle, it is contemplated herein that the soft tissue massager 100 may be used to treat a variety of soft tissues including various muscles, ligaments, and tendons. Such soft tissues may include, but are not limited to, the popliteal fossa, patellar tendon, achilles tendon, gastrocnemius and soleus muscles, rectus femoris, vastus lateralis, vastus intermedius muscles, the arch of the foot and nearby structures, and various other soft tissues.

[0052] The soft tissue massager 100 is uniquely designed to allow users to perform selfmassage techniques, achieving therapeutic results comparable to those typically obtained through manual therapy by a skilled practitioner. This self-use capability distinguishes the soft tissue massager 100 from many traditional therapeutic tools that often require assistance from another person to effectively treat target areas and achieve therapeutic results.

[0053] In contrast to conventional massagers, which may limit the user's ability to independently address certain body regions, the soft tissue massager 100 features an ergonomic design that facilitates reaching and treating various anatomical areas without external assistance. This innovative configuration enables users to apply appropriate pressure and perform therapeutic techniques on themselves, making the soft tissue massager 100 a versatile tool for personal soft tissue therapy and management of conditions such as runner's knee or jumper's knee.

[0054] The soft tissue massager 100 comprises several main components that work together to provide an effective self-massage tool. As illustrated in FIG. 1, FIG. 2, FIG. 5 A, FIG. 5B, FIG. 7, and FIG. 8, the soft tissue massager 100 includes a first portion 122 extending along the first handle 102 to the high peak 106 and a second portion 124 extending along the second handle 104 to the low peak 108. Between the first portion 122 and the second portion 124, the soft tissue massager 100 features an intermediate portion 126 extending between the high peak 106 and the low peak 108. The intermediate portion 126 may include the high peak massage surface 114, the low peak massage surface 116, and the massage surface 110.

[0055] The first handle 102 and the second handle 104 are designed to provide comfortable and secure gripping points for the user 300. These handles may allow the user 300 to apply varying degrees of pressure during the massage process. The high peak 106 and the low peak 108 are positioned between the handles and form distinct massage surfaces that can be used to target different areas of soft tissue.

[0056] In some cases, the soft tissue massager 100 may be constructed from aluminum. The use of aluminum may provide several benefits, such as lightweight construction for ease of use, durability for long-term performance, and the ability to conduct tactile feedback through the material. This tactile feedback may allow users to feel variations in tissue texture and tension during the massage process. It is contemplated that the soft tissue massager 100 may be composed of other materials such as steel or hard plastics as long as the materials allow enough rigidity to provide therapeutic results through soft tissue scraping.

[0057] The overall structure of the soft tissue massager 100 is designed to be ergonomic, allowing users to comfortably grip the device and apply pressure to various parts of their body. The configuration of the handles and peaks may enable users to reach and treat different anatomical areas without requiring assistance from another person.

[0058] The soft tissue massager 100 includes a first handle 102 and a second handle 104, as shown in FIG. 1, FIG. 2, FIG. 5 A, and FIG. 5B. These handles are designed to provide comfortable and secure gripping points for the user 300. In some cases, the first handle 102 and / or the second handle 104 may include a grip portion 112. The grip portion 112 may be textured or contoured to enhance the user's grip on the soft tissue massager 100. While only the embodiment where a single grip portion 112 is disposed near the first handle 102 is shown in the figures, it is contemplated that other embodiments exist within the heart of this disclosure, such as an embodiment where thegrip portion 112 may be disposed near the second handle 104 or another embodiment where there may be two grip portions 112, one disposed near the first handle 102 and one disposed near the second handle 104.

[0059] The first handle 102 and the second handle 104 may be positioned at opposite ends of the soft tissue massager 100, wherein the first handle 102 is offset from the second handle 104. This offset positioning may allow the user 300 to apply pressure through the soft tissue massager 100 without straining their own joints, while enabling even force distribution throughout the soft tissue massager 100. The offset configuration also allows the soft tissue massager 100 to better accommodate the contour of the knee or other muscle groups during treatment.

[0060] In some aspects, the first handle 102 may have a first axis 128 and the second handle 104 may have a second axis 130. These axes may be defined as running longitudinally through the center of each handle. The second axis 130 may form an angle with the back surface 132 within a range of about 140 degrees to about 170 degrees. More particularly, the second axis 130 may form an angle with the back surface 132 of about 160 degrees. In an embodiment where the first axis 128 is parallel to the second axis 130, the first axis 128 may form an angle with the back surface 132 that is supplementary to the angle between the second axis 130 and the back surface 132.

[0061] In certain embodiments, the first axis 128 and the second axis 130 may be parallel but offset from one another. This parallel offset configuration may allow the user 300 to maintain a comfortable grip while applying pressure at different angles while accounting for the contour of the knee or other target area. The offset between the parallel axes may vary depending on the design for the specific application of the soft tissue massager 100, potentially ranging from a few millimeters to several centimeters or even several inches. For example, a soft tissue massager designed to treat runner's knee may have an offset of 2-5 centimeters while a soft tissue massager designed to treat tissues in the calf may have 1-5 millimeter offset.

[0062] In other embodiments, the first axis 128 and the second axis 130 may be offset and nonparallel. This nonparallel configuration may provide additional versatility in how the soft tissue massager 100 can be manipulated and applied to different body contours. The angle between the nonparallel axes may vary, potentially allowing for more targeted pressure application to specific soft tissues or anatomical regions. Individual users may prefer either a parallel handle configuration or a nonparallel handle configuration depending on the target area being treated,whether the device is being used in a self-application versus being applied to another individual, and individual preferences.

[0063] The offset and potentially nonparallel arrangement of the handle axes may contribute to the ergonomic design of the soft tissue massager 100, potentially enhancing user comfort and transfer of force, improving effectiveness during self-massage techniques. This configuration may allow users to adjust their grip and the angle of application to suit different target areas and personal preferences than an embodiment with parallel handles.

[0064] As illustrated in FIG. 3, the user 300 may grasp the grip portions 112 on both sides of the soft tissue massager 100, enabling controlled application of force through the massage surface 110 to the treatment area. The grip portion 112 may be grasped by the user 300 by pressing their thumb against the grip portion 112, by placing their edge of their hand against the grip portion 112, or any other way in which the user 300 may utilize the grip portion 112 as a fulcrum to ensure force is driven evenly throughout the soft tissue massager 100.

[0065] In some aspects, the grip portion 112 may be utilized as a fulcrum point to effectively distribute force through the soft tissue massager 100 while maintaining proper hand positioning. By leveraging the grip portion 112 as a pivot, the user 300 may be able to apply pressure more efficiently without placing undue stress on their wrists.

[0066] The grip portion 112 may allow the user 300 to position their hands in a way that aligns the wrist in a neutral position. This alignment may help reduce the risk of repetitive strain injuries by minimizing awkward wrist angles during use. The user 300 may rest the base of their palm against the grip portion 112, using it as a stable point of contact while manipulating the soft tissue massager 100.

[0067] When applying pressure, the user 300 may pivot the soft tissue massager 100 around the grip portion 112 rather than relying solely on wrist flexion or extension. This technique may enable the user 300 to engage larger muscle groups in their arms and shoulders to generate force, potentially reducing the load on smaller wrist joints and tendons.

[0068] The fulcrum effect created by the grip portion 112 may also allow for more precise control over the angle and pressure of the massage surface 110. The user 300 may make small adjustments by slightly shifting their grip or the position of their palm against the grip portion 112, potentially enhancing their ability to target specific areas of soft tissue effectively.

[0069] In some cases, the placement of the grip portion 112 may be designed to encourage the user 300 to maintain a straight line from their forearm through their hand when gripping the soft tissue massager 100. This alignment may help distribute forces more evenly along the length of the forearm, potentially reducing shear forces that could otherwise concentrate at the wrist joint.

[0070] The grip portion 112 may also provide tactile feedback to the user 300, helping them gauge the amount of pressure they are applying. This feedback mechanism may assist the user 300 in modulating their force application, potentially preventing overexertion and maintaining a comfortable level of pressure throughout the massage session.

[0071] In some cases, the first handle 102 and the second handle 104 may be ergonomically shaped to fit comfortably in the user's hands. The shape of the handles may allow for various grip positions, accommodating different hand sizes and massage techniques. The ergonomic design may help reduce hand fatigue during extended use of the soft tissue massager 100.

[0072] The soft tissue massager 100 may be constructed from materials that allow the user 300 to transmit nuances in tissue structures through the first handle 102 and the second handle 104. This tactile feedback may enable the user 300 to detect variations in tissue texture and tension during the massage process. The ability to feel these reverberations may assist the user 300 in identifying areas that require more focused treatment.

[0073] The first handle 102 may be connected to the first portion 122 of the soft tissue massager 100, which extends to the high peak 106. Similarly, the second handle 104 may be connected to the second portion 124, which extends to the low peak 108. This configuration may allow the user 300 to easily transition between using different parts of the soft tissue massager 100, such as the high peak massage surface 114, the low peak massage surface 116, and the massage surface 110, without changing their grip on the handles. In some embodiments, the user 300 may switch the first handle 102 and the second handle 104 between their hands in order to change which of the peaks is being used in a particular area.

[0074] In some cases, the intermediate portion 126 between the first handle 102 and the second handle 104 may be designed to provide additional gripping options. This may allow the user 300 to adjust their grip based on the specific area being treated and the desired pressure application.

[0075] The soft tissue massager 100 features a high peak 106 and a low peak 108, as illustrated in FIG. 1 and FIG. 2. These peaks are designed to provide different massage surfaces and pressure points for targeted soft tissue manipulation.

[0076] The high peak 106 may be positioned closer to the first handle 102, while the low peak 108 may be positioned closer to the second handle 104. This offset configuration of the high peak 106 and the low peak 108 may allow for better angling of the soft tissue massager 100 onto the knee or other target areas. The offset positioning may enable users to reach different anatomical contours without requiring awkward hand positions or excessive wrist strain during use.

[0077] In some cases, the high peak 106 may feature a high peak tip 118, while the low peak 108 may feature a low peak tip 120. The high peak tip 118 and the low peak tip 120 may be configured to provide more focused pressure points for targeting specific areas of soft tissue by allowing the user 300 to use the tips 118, 120 to dig deeper into the soft tissue. Compared to massage surface 110, the high peak tip 118 and the low peak tip 120 may be more specialized to target smaller soft tissues such as tendons or ligaments. As the user moves the soft tissue massager 100 along the soft tissue, the high and low peaks 106, 108 may vibrate or exert pressure on a single tendon or ligament while the massage surface 110 may apply pressure to a broader muscle group. The high peak 106 and the low peak 108 may cause vibration by the user 300 scraping the peak tips 118, 120 perpendicular to the ligament or tendon. The high and low peaks 106, 108 may also cause vibration by the user 300 scraping the peak tips 118, 120 along the ligament or tendon as the peak tips 118, 120 scrape of tendon or ligament scar tissue. Such focus on the tendons and / or ligaments may help loosen and realign collagen fibers to reduce pain and restore mobility. The high peak tip 118 may extend farther from the soft tissue massager 100, while the low peak tip 120 may not extend as far from the soft tissue massager 100. For example, as measured from the back surface 132 opposite the massage surface 110, the high peak 106 may extend about 50mm to 60mm while the low peak 108 may extend about 20mm to 25mm. More particularly, the high peak 106 may extend 54.25mm from the back surface 132 while the low peak 108 may extend 23.75mm from the back surface 132. Other extension lengths for the high and low peaks 106, 108 outside of the ranges described herein are also contemplated. The high and low peaks 106, 108 may extend any length determined to provide therapeutic results to the targeted soft tissue.

[0078] The shape of the high peak 106 and the low peak 108 may vary to accommodate different massage techniques and target areas. In some cases, the high peak 106 may have a morepronounced curvature or a steeper angle compared to the low peak 108. This variation in shape may allow the user 300 to apply different levels of pressure and use different massage techniques depending on the specific needs of the target area. For example, the high peak tip 118 may have a radius of curvature of about 1mm to 5mm. More particularly, the high peak tip 118 may have a radius of curvature of 3mm. In another example, the low peak tip 120 may have a radius of curvature of about 1mm to 10mm. More particularly, the low peak tip 120 may have a radius of curvature of 5.25mm. Other radii of curvature for the high and low peak tips 118, 120 outside of the ranges described herein are also contemplated. The high and low peak tips 118, 120 may have any diameter or radius of curvature determined to provide therapeutic results to the targeted soft tissue.

[0079] The high peak massage surface 114 may extend between the high peak tip 118 and the massage surface 110, connecting the high peak 106 to the intermediate portion 126. Similarly, the low peak massage surface 116 may extend between the low peak tip 120 and the massage surface 110, connecting the low peak 108 to the intermediate portion 126. The high peak massage surface 114 and the low peak massage surface 116 may provide additional contact areas for soft tissue manipulation and may be used in conjunction with the high peak tip 118, the low peak tip 120, and the massage surface 110 for varied massage techniques and angles.

[0080] The configuration of the high peak 106 and the low peak 108, along with their respective tips and massage surfaces, may allow the user 300 to adapt the soft tissue massager 100 to different body contours and treatment needs. The user 300 may switch between using the high peak 106 and the low peak 108 by adjusting their grip on the first handle 102 and the second handle 104, or by rotating the soft tissue massager 100 to utilize the desired peak for a particular area of treatment.

[0081] The soft tissue massager 100 features various massage surfaces designed to target different areas of soft tissue and provide specific therapeutic effects. As illustrated in FIG. 1 and FIG. 2, the soft tissue massager 100 includes a massage surface 110, a high peak massage surface 114, and a low peak massage surface 116. These surfaces work in conjunction with the high peak tip 118 and the low peak tip 120 to offer a range of massage options.

[0082] The massage surface 110 may extend along the length of the soft tissue massager 100, connecting the high peak massage surface 114 and the low peak massage surface 116. In some cases, the massage surface 110 may be designed to apply pressure across a larger area of muscletissue. This broader contact area may allow for a more expansive massage experience, potentially covering entire muscle groups or larger sections of soft tissue.

[0083] The massage surface 110 may be configured to provide tactile feedback to the user 300. In some cases, as the user 300 moves the soft tissue massager 100 across the target area, the massage surface 110 may catch on knots or areas of tension within the muscle or other soft tissues, and in particular at the myotendinous junction. This tactile sensation may be transmitted through the material of the soft tissue massager 100, allowing the user 300 to identify specific points that may require additional attention or treatment.

[0084] The high peak massage surface 114 and the low peak massage surface 116 may offer more targeted massage options such as small muscles, tendons, or ligaments. The high peak massage surface 114 may extend from the high peak 106 towards the massage surface 110, while the low peak massage surface 116 may extend from the low peak 108 towards the massage surface 110. These surfaces may allow for more focused pressure application on specific areas of soft tissue.

[0085] In some cases, the high peak massage surface 114 and the low peak massage surface 116 may be shaped to mimic the curvature of a hand. This hand-like shape may allow the high peak massage surface 114 and / or the low peak massage surface 116 to cup the tissue being massaged, potentially providing a more encompassing and ergonomic massage experience. The cupped shape may enable the user 300 to apply pressure more evenly across a curved surface of the body, such as the thigh or calf muscles. The cupped shape may also allow the soft tissue massager 100 to penetrate and target smaller areas of soft tissue such as ligaments or tendons in the quadriceps including the patella tendon.

[0086] The high peak tip 118 and the low peak tip 120 may provide additional massage options for the user 300. These tips may be used to apply more concentrated pressure to specific points within the soft tissue. Focusing on specific points may allow the user 300 to break down areas of scar tissue build up. Breaking down areas of scar tissue build up may promote the body's natural healing abilities and reduce pain or discomfort from using the soft tissue area. In some cases, the user 300 may use the high peak tip 118 or the low peak tip 120 to dig deeper into areas of the soft tissue that the user 300 determines require extra attention. The high peak tip 118 may allow for deeper soft tissue penetration than the low peak tip 120 while the low peak tip 120 mayprovide for a less painful experience than the high peak tip 118. This targeted approach may allow for more intense pressure application on particularly tense or knotted areas of muscle.

[0087] As shown in FIG. 3, the user 300 may grip the soft tissue massager 100 near the grip portion 112 and apply the desired massage surface such as the high peak massage surface 114, the low peak massage surface 116, or the massage surface 110 to the target area. In some embodiment, the user 300 may press their thumb or other portion of the hand against the grip portion 112 in order to provide more force and / or control of the soft tissue massager 100. The grip portion 112 may provide additional stability and control during use. The user 300 may switch between the different massage surfaces and tips by adjusting their grip or the angle of the soft tissue massager 100. This versatility may allow the user 300 to adapt their massage technique based on the specific needs of different areas of soft tissue or the desired intensity of the massage.

[0088] The combination of these various massage surfaces and tips may provide the user 300 with a range of options for self-massage and eliminate the need for multiple instruments or individuals to address the painful areas. The user 300 may use the broader massage surface 110 for general muscle relaxation, the shaped high peak massage surface 114 for cupping and manipulating larger muscle groups, and the high peak tip 118 or low peak tip 120 for targeting tendons, ligaments, or specific points of tension in muscles. This variety of surfaces may allow the soft tissue massager 100 to address different aspects of soft tissue therapy within a single device.

[0089] The soft tissue massager 100 comprises several distinct portions that contribute to its overall ergonomic shape and functionality. As illustrated in FIG. 1 and FIG. 2, the soft tissue massager 100 includes a first portion 122, a second portion 124, and an intermediate portion 126.

[0090] The first portion 122 may extend along the first handle 102 to the high peak 106. In some cases, the first portion 122 may include the grip portion 112 near the first handle 102, providing a secure gripping area for the user 300. The first portion 122 may gradually curve upwards towards the high peak 106, contributing to the overall ergonomic shape of the soft tissue massager 100.

[0091] The second portion 124 may extend along the second handle 104 to the low peak 108. Similar to the first portion 122, the second portion 124 may include a grip portion 112 near the second handle 104. The second portion 124 may have a different curvature compared to the first portion 122, potentially allowing for varied massage techniques, target tissues, and pressure application.

[0092] Both the first handle 102 and the second handle 104 may be formed of a combination of flat and curved surfaces to provide enhanced comfort and gripping capabilities. For example, as shown in FIG. 2, the first handle 102 may have first and second flat surfaces disposed opposite of one another that are connected by curved edges or curved surfaces. In another embodiment, the handles may comprise three or more flat surfaces, where each flat surface is connected by curved edges or curved surfaces. In still another embodiment, each handle may include a single flat surface disposed opposite of a semicircular surface so that the handle may appear to be a half circle when viewed from the end. These various arrangements of flat surfaces and curved surfaces may provide various ways a user 300 may grip the soft tissue massager 100 in order to alter the angle at which the soft tissue massager 100 is applied to the soft tissue. These flat surfaces may help prevent the soft tissue massager 100 from rotating in the user's hands while the curved edges may allow the user 300 to comfortably grip the handles. The second handle 104 may be similarly constructed.

[0093] The intermediate portion 126 may connect the first portion 122 and the second portion 124, extending between the high peak 106 and the low peak 108. In some cases, the intermediate portion 126 may include the high peak massage surface 114, the low peak massage surface 116, and the massage surface 110. The intermediate portion 126 may feature a contoured shape that transitions smoothly between the high peak 106 and the low peak 108, with the high peak massage surface 114 smoothly transitioning into the massage surface 110, and the massage surface 110 smoothly transitioning into the low peak massage surface 116. This contoured shape is configured to form to various muscle groups of different shapes, allowing the soft tissue massager 100 to effectively conform to the anatomical contours of different body regions during use, contributing to the overall ergonomic design of the soft tissue massager 100.

[0094] The combination of these three portions may create a continuous, flowing shape that allows for comfortable handling and effective massage application. In some cases, the varying curvatures and transitions between the first portion 122, second portion 124, and intermediate portion 126 may enable the soft tissue massager 100 to conform to different anatomical contours during use.

[0095] The overall shape created by these portions may allow the user 300 to apply pressure at different angles and depths during soft tissue massage. In some cases, the ergonomic design may reduce strain on the user's hands and wrists during extended use of the soft tissue massager 100.

[0096] The configuration of the first portion 122, second portion 124, and intermediate portion 126 may also contribute to the versatility of the soft tissue massager 100. The user 300 may utilize different sections of these portions depending on the specific massage technique or target area, potentially enhancing the effectiveness of the self-massage process.

[0097] The soft tissue massager 100 may be constructed from various materials, with aluminum being a preferred choice due to its unique properties that enhance the device's functionality and user experience. Aluminum offers several advantages for this application, including its lightweight nature, which contributes to ease of use, reduces user fatigue during extended massage sessions, and provides superior tactile feedback. The material's durability ensures long-term performance, allowing the soft tissue massager 100 to withstand repeated use and maintain its shape and effectiveness over time.

[0098] One of the key benefits of using aluminum for the soft tissue massager 100 is its ability to conduct tactile feedback. As the user 300 applies pressure and moves the device across the target area, the aluminum material may transmit subtle vibrations and sensations through the handles. This tactile feedback may allow users to feel variations in tissue texture and tension during the massage process, potentially enhancing the effectiveness of the treatment by helping identify areas that require more focused attention.

[0099] In some cases, the aluminum construction may also contribute to the overall ergonomic design of the soft tissue massager 100. The material's malleability allows for the creation of smooth, contoured surfaces that may comfortably conform to various body shapes and massage techniques.

[0100] While aluminum offers numerous benefits, other materials may also be considered for the construction of the soft tissue massager 100. Stainless steel, for example, may provide similar durability and tactile feedback properties. However, stainless steel may result in a heavier device, which could potentially increase user fatigue during prolonged use.

[0101] Hard plastics may offer another alternative material choice for the soft tissue massager 100. These materials may provide benefits such as lower production costs and reduced weight. However, hard plastics may not conduct tactile feedback as effectively as metal options, potentially limiting the user's ability to detect subtle changes in tissue texture during massage.

[0102] Manufacturing considerations for the soft tissue massager 100 may include processes such as casting, machining, or extrusion, depending on the chosen material and desired productionvolume. For aluminum construction, die casting or CNC machining may be employed to achieve the precise contours and shapes required for the device's ergonomic design. Surface treatments or coatings may be applied to enhance grip, durability, or aesthetic appeal.

[0103] In some cases, the manufacturing process may involve the integration of different materials or components, such as rubberized grip sections or specialized coatings to enhance user comfort and device performance. The choice of manufacturing method may be influenced by factors such as production volume, cost considerations, and the desired level of precision in the final product.

[0104] The soft tissue massager 100 may be used for self-massage, particularly for treating conditions such as Patellofemoral Knee Pain or other pain stemming from general muscle and / or tendon / ligament tightness. As illustrated in FIG. 3, the user 300 may grip the soft tissue massager 100 by the first handle 102 and the second handle 104, positioning the device for optimal use on the target area.

[0105] In some cases, the user 300 may apply an emollient to the target area before using the soft tissue massager 100. The emollient may allow for smoothly applied pressure and may reduce skin irritation during the massage process. This preparation step may enhance the effectiveness of the self-massage and improve the user's comfort during the treatment.

[0106] The user 300 may then position the massage surface 110 of the soft tissue massager 100 across the target tissue. In some cases, the user 300 may lean their body weight through the soft tissue massager 100 to apply pressure. The user 300 may then move the soft tissue massager 100 in a massaging motion over the soft tissue. This massaging motion may include various techniques including, but not limited to: 1) scraping the massage surface 110 or high or low peaks 106, 108 parallel to muscle fibers or tendons such as toward or away from the knee along the quadricep; 2) scraping the high or low peak tips 118, 120 along tendons or ligaments; 3) scraping the high or low peak tips 118, 120 perpendicular to tendons or ligaments; 4) simultaneously pressing any of the high peak tip 118, the low peak tip 120, or the end of either the first handle 102 or the second handle 104 into an area of soft tissue and performing a circular motion; and 5) any other motion capable of providing therapeutic effects. This massaging motion may be repeated for 2-3 minutes or however long needed to achieve the desired therapeutic effect.

[0107] During the massage process, the user 300 may utilize the tactile feedback provided by the soft tissue massager 100 to identify areas that require more focused attention. The aluminumconstruction of the soft tissue massager 100 may allow the user 300 to feel subtle variations in tissue texture and tension through the first handle 102 and the second handle 104.

[0108] In some cases, the user 300 may feel bumps or areas of increased tension in the muscle tissue as the massage surface 110 moves across the target area. These sensations may indicate problem areas that may benefit from more focused treatment. Upon identifying such areas, the user 300 may adjust their technique to address these specific points.

[0109] For more targeted treatment of problem areas, the user 300 may choose to use either the high peak 106 or the low peak 108 of the soft tissue massager 100. The high peak tip 118 may be used for deeper penetration into the soft tissue, while the low peak tip 120 may provide a less intense pressure. They may also be better adapted to treating smaller soft tissues such as tendons and ligaments. The user 300 may work the selected peak surface and / or peak tip into the problem area, applying pressure as needed to address the specific tension or discomfort.

[0110] By utilizing the various features of the soft tissue massager 100, including its different massage surfaces and tactile feedback capabilities, the user 300 may perform an effective selfmassage treatment for conditions such as Patellofemoral Knee Pain. The ability to identify and address problem areas through tactile feedback may enhance the therapeutic benefits of the selfmassage process. Such tactile feedback may be more apparent due to the dual handle nature of the soft tissue massager 100. This may be the case because any tactile feedback felt by the first handle 102 in a first direction or magnitude may be felt by the second handle 104 in a second direct or magnitude (for example, where the massager 100 may pivot about a particularly tight tissue or knot, projecting each handle in different directions). Similarly, in instances where the tactile feedback may project both the first handle 102 and the second handle 104 in the same direction / magnitude, it will do so with double output (felt force through two hands of the user). Accordingly, massagers utilizing a single handhold or single grip may provide poorer tactile feedback as these massagers lack the dual feedback from both handles.

[0111] The soft tissue massager 100 may be designed to provide effective self-massage through the interaction of its various elements. The combination of the first handle 102, second handle 104, high peak 106, low peak 108, and massage surface 110 may work together to enable users to apply therapeutic pressure to specific areas of soft tissue without requiring assistance from another person. In some cases, the ergonomic design of the soft tissue massager 100 may allow users to reach and treat areas that may be difficult to access with traditional massage tools. Thisconfiguration may allow users to apply pressure through the soft tissue massager 100 without straining their own joints, potentially enabling longer and more effective self-massage sessions.

[0112] The offset positioning of the high peak 106 and low peak 108, as illustrated in FIG. 1, may allow users to angle the soft tissue massager 100 onto different body contours without requiring awkward hand positions. As shown in FIG. 3, the user 300 may grip the soft tissue massager 100 by the handles and grip portion 112. This dual-handle design may allow users to apply controlled pressure through the massage surface 110 to the treatment area. The ability to grip the soft tissue massager 100 with both hands may provide stability and control that may be difficult to achieve with single-handled massage tools.

[0113] The combination of the elements described throughout this disclosure may allow users to perform self-massage techniques that may typically require assistance from another person when using traditional massage tools. For example, the length and shape of the soft tissue massager 100 may allow users to reach and apply pressure to areas of the back or legs that may be difficult to access alone with other devices.

[0114] In some cases, the design of the soft tissue massager 100 may allow users to apply sufficient force to produce clinically significant results on their own body while sitting comfortably. The dual-handle design and the leverage provided by the length of the soft tissue massager 100 may allow users to generate enough force for effective self-massage, regardless of their size or strength.

[0115] The specificity of the soft tissue massager 100 may be enhanced by the high peak tip 118 and low peak tip 120. These tips may allow for targeted pressure application to specific points of tension, discomfort, or specific tissue constructs. In some cases, users may switch between the high peak tip 118 and low peak tip 120 to vary the intensity of the massage on different areas of soft tissue.

[0116] The interaction of these elements may allow the soft tissue massager 100 to provide therapeutic benefits through self-massage that may be comparable to those achieved with the assistance of another person using traditional massage tools. The combination of ergonomic design, multiple massage surfaces, and tactile feedback may enable users to perform effective selfmassage techniques for conditions such as patellofemoral pain syndrome, tendonitis, or general muscle and / or tendon tension.

[0117] FIG. 4 illustrates a flowchart of an example of a self-massage method 400 using the soft tissue massager 100. The method 400 comprises a series of steps for performing a therapeutic self-massage, particularly targeting areas associated with patellofemoral pain syndrome.

[0118] The method 400 begins with step 402, where a user 300 sits on a chair with their midthigh to knee exposed, typically by wearing standard length shorts. This positioning allows easy access to the target treatment area.

[0119] In step 404, the user 300 applies an emollient to the target area. This application helps reduce skin irritation and allows for smoothly applied pressure during the massage through reduced friction between soft tissue massager 100 and the target tissue area.

[0120] Step 406 involves the user 300 gripping the soft tissue massager 100 by the handles 102, 104 on either side, utilizing the grip portions 112 for secure handling and control.

[0121] In step 408, the user 300 positions the massage surface 110 of the soft tissue massager 100 across the target tissue. For treating patellofemoral pain syndrome, this typically involves placing the soft tissue massager 100 where the vastus medialis oblique (VMO) connects to the medial femoral condyle on the affected side of the body.

[0122] Step 410 requires the user 300 to lean their body weight, or otherwise apply downward pressure, through the soft tissue massager 100, allowing for the application of sufficient pressure without excessive strain on the user's hands or wrists.

[0123] In step 412, the user 300 applies pressure in a stroking motion relative to the knee, using the soft tissue massager 100 to manipulate the target tissues.

[0124] Step 414 involves repeating the movement for 2-3 minutes or other necessary length of time to achieve the desired therapeutic benefit. At this point, the method 400 branches into two possible paths.

[0125] The first path leads directly to step 416, which concludes the self-massage session.

[0126] The second path involves a sequence of optional steps for addressing specific problem areas:

[0127] Step 414a: The user 300 determines problem areas through tactile feedback. The metal construction of the soft tissue massager 100 allows the user 300 to feel reverberations or nuances in the tissue structure, helping identify areas of tension or scar tissue such as knots in the muscle.

[0128] Step 414b: For each identified problem area, the user 300 determines whether to use the high peak 106 or low peak 108 of the soft tissue massager 100.

[0129] Step 414c: The user 300 works the selected peak surface (either the high peak massage surface 114 or the low peak massage surface 116) and / or the corresponding peak tip (high peak tip 118 or low peak tip 120) into the problem area until the desired therapeutic effect is achieved.

[0130] After completing one or more of these optional steps, the method 400 proceeds to step 416, concluding the self-massage session.

[0131] This method 400 allows for a customizable self-massage experience, enabling users to address general soft tissue tension as well as specific problem areas identified during the massage process to warm up the muscles for activity and / or help the muscles and joints recover.

[0132] The soft tissue massager 100 may demonstrate effectiveness across a wide range of applications and user scenarios, as described through various example use cases Below. These real-world examples illustrate the versatility and therapeutic benefits of the device in addressing different types of soft tissue conditions and pain management needs.

[0133] While this disclosure has been focused on applying the soft tissue massager 100 to the VMO, it is contemplated that the device may be used on nearly any muscle group, tendon, or ligament. The versatile design of the soft tissue massager 100, including the first handle 102, second handle 104, high peak 106, low peak 108, massage surface 110, and the back surface opposite the massage surface 110, enables comprehensive treatment of various anatomical regions through both self-massage techniques and professional application by medical practitioners. For example, the high peak tip 118 or the tip of either the first handle 102 or the second handle 104 may be used to target trigger points in the trapezius muscle, while the massage surface 110 may be applied to the calf muscles for myofascial release. The low peak 108 may be particularly effective for treating the achilles tendon, allowing for controlled pressure application along the tendon's length. The handles 102, 104 themselves may serve as massage tools for forearm muscles, with their flat and curved surfaces providing different pressure distributions. The shoulder region, including the deltoid and rotator cuff muscles, may be addressed using the contoured intermediate portion 126, which can conform to the shoulder's complex anatomy. The back surface of the massage surface 110 may provide a broader contact area for larger muscle groups such as the quadriceps or hamstrings. Medical professionals may utilize the grip portions 112 to apply precise pressure while maintaining ergonomic hand positioning, reducing practitioner fatigue during extended treatment sessions. The offset configuration of the handles allows for varied angles ofapproach, making it possible to access difficult-to-reach areas such as the posterior shoulder or deep calf muscles, whether through self-application or professional treatment.

[0134] In clinical settings, physical therapists may experience repetitive strain injuries and musculoskeletal discomfort from prolonged use of traditional massage and tissue scraping tools. The offset handle configuration and ergonomic design of the soft tissue massager 100 may help address these occupational health concerns when therapists use the device on patients.

[0135] The offset positioning of the first handle 102 and second handle 104 may allow physical therapists to maintain a more neutral wrist position during treatment sessions. Traditional massage tools often require therapists to adopt awkward wrist angles or maintain sustained grip positions that may contribute to cumulative stress on the wrist joints and surrounding soft tissues. The parallel but offset axes of the handles may enable therapists to distribute forces more evenly across their forearms rather than concentrating stress at the wrist joint.

[0136] The dual-handle design may allow therapists to engage larger muscle groups in their shoulders and arms when applying pressure, potentially reducing the reliance on smaller hand and wrist muscles that are more susceptible to overuse injuries. This biomechanical advantage may help prevent the development of conditions such as carpal tunnel syndrome, tendinitis, or other repetitive strain injuries commonly associated with manual therapy work.

[0137] The grip portions 112 may serve as fulcrum points that enable therapists to leverage their body weight and positioning rather than relying solely on hand and wrist strength to generate therapeutic pressure. This mechanical advantage may reduce the muscular effort required from the therapist's upper extremities, potentially decreasing fatigue and the risk of overexertion during extended treatment sessions.

[0138] The ergonomic shape of the handles, incorporating both flat and curved surfaces, may accommodate different grip positions and hand sizes, allowing therapists to adjust their hold based on comfort and the specific treatment technique being performed. This adaptability may help prevent the sustained grip patterns that can contribute to hand cramping and muscle tension.

[0139] The length and leverage provided by the soft tissue massager 100 may enable therapists to apply sufficient therapeutic force while maintaining a comfortable working distance from the patient. This positioning may reduce the need for therapists to lean over patients or adopt awkward body postures that can contribute to back, neck, and shoulder strain over time.

[0140] The tactile feedback transmitted through the aluminum construction may allow therapists to detect tissue changes and treatment responses without needing to apply excessive pressure or use multiple passes over the same area. This efficiency may reduce the total treatment time and cumulative stress on the therapist's hands and wrists during patient care.

[0141] In one example case, a user experiencing chronic patellofemoral pain syndrome may find significant relief through regular use of the soft tissue massager 100. The user may report that the device's ability to target the vastus medialis oblique (VMO) muscle where it connects to the medial femoral condyle provides more effective treatment than traditional foam rolling or other self-massage tools. The tactile feedback feature may allow the user to identify specific areas of tension and adjust their technique accordingly, resulting in improved pain management and functional mobility.

[0142] Another example use case involves an athlete who incorporates the soft tissue massager 100 into their pre-workout routine for injury prevention and muscle preparation. The user may find that the device's ergonomic design allows for efficient warming of the quadriceps muscle group without requiring assistance from a training partner or therapist. The ability to apply controlled pressure through the dual-handle design may enable the athlete to prepare their muscles for intense physical activity while maintaining proper form and avoiding overexertion.

[0143] A rehabilitation specialist may document the use of the soft tissue massager 100 in post-injury recovery protocols. Patients recovering from knee injuries may be able to perform selfmassage techniques that complemented their formal physical therapy sessions. The device's specificity in targeting problem areas through the high peak tip 118 and low peak tip 120 may allow patients to address scar tissue formation and muscle adhesions that commonly develop during the healing process.

[0144] Office workers experiencing muscle tension from prolonged sitting positions may also report benefits from using the soft tissue massager 100. The device's portability and ease of use may allow these individuals to perform therapeutic self-massage during work breaks or at home, addressing muscle stiffness and improving circulation in the lower extremities. The aluminum construction may provide the necessary durability for regular use while maintaining the tactile feedback properties essential for effective treatment.

[0145] Elderly users may find particular value in the soft tissue massager 100's design, which accommodates users with limited strength or mobility. The leverage provided by the dual-handleconfiguration may allow these individuals to apply therapeutic pressure without requiring significant physical exertion. The offset positioning of the handles and peaks may enable users to reach target areas without adopting uncomfortable positions that might be challenging for those with joint limitations or flexibility restrictions.

[0146] Healthcare providers may note the device's effectiveness in patient education and self- care protocols. The soft tissue massager 100 may enable patients to take an active role in their treatment, reducing dependence on frequent clinical visits while maintaining therapeutic progress. The device's intuitive design may allow patients to learn proper self-massage techniques quickly, improving compliance with home exercise programs and overall treatment outcomes.

[0147] Fitness enthusiasts may incorporate the soft tissue massager 100 into both pre-exercise preparation and post-workout recovery routines. The device's ability to address multiple muscle groups through its various massage surfaces may make it a versatile addition to personal fitness equipment. Users may experience improved muscle recovery times and reduced delayed onset muscle soreness when the device is used consistently as part of their training regimen.

[0148] These example use cases demonstrate the broad applicability of the soft tissue massager 100 across different user populations and treatment scenarios. The device's combination of ergonomic design, multiple massage surfaces, and tactile feedback capabilities may prove effective in addressing various soft tissue conditions while providing users with the independence to manage their own therapeutic care.

[0149] The following examples pertain to further embodiments.

[0150] Embodiment l is a soft tissue massager, including: a first handle and a second handle positioned at opposite ends of the soft tissue massager, wherein the first handle and the second handle are each formed of at least one flat surface and at least one curved surface, wherein at least one of the first handle and the second handle comprise a grip portion configured to act as a fulcrum point, wherein the first handle is offset from the second handle, wherein a first axis runs longitudinal through the first handle and a second axis runs longitudinal through the second handle, and wherein the first axis and the second axis are parallel; a high peak and a low peak disposed between the first handle and the second handle, wherein the high peak comprises a high peak massage surface and a high peak tip, and wherein the low peak comprises a low peak massage surface and a low peak tip; an intermediate portion disposed between the first handle and the second handle, the intermediate portion comprising a massage surface extending between the highpeak and the low peak, the intermediate portion being defined by a contoured shape, wherein the contoured shape is formed by the high peak massage surface smoothly transitioning into the massage surface, and the massage surface smoothly transitioning into the low peak massage surface.

[0151] Embodiment 2 is a soft tissue massager, including: a first handle and a second handle positioned at opposite ends of the soft tissue massager; a high peak and a low peak disposed between the first handle and the second handle; an intermediate portion comprising a massage surface disposed between the high peak and the low peak, wherein the intermediate portion is configured to massage a muscle group.

[0152] In Embodiment 3, the first handle and the second handle of Embodiment 2 are each formed of at least one flat surface and at least one curved surface.

[0153] In Embodiment 4, the first handle and the second handle of Embodiment 3 each comprise a first flat surface disposed opposite a second flat surface, wherein the first flat surface and the second flat surface are connected by a curved edge.

[0154] In Embodiment 5, at least one of the first handle and the second handle of Embodiment2 comprise a grip portion configured to act as a fulcrum point.

[0155] In Embodiment 6, the high peak of Embodiment 2 is disposed at a first end of the intermediate portion closest to the first handle, and wherein the low peak is disposed at a second end of the intermediate portion closest to the second handle.

[0156] In Embodiment 7, the high peak of Embodiment 2 comprises a high peak massage surface and a high peak tip, and wherein the low peak comprises a low peak massage surface and a low peak tip.

[0157] In Embodiment 8, the low peak massage surface of Embodiment 7 extends between the low peak tip and the massage surface of the intermediate portion, and wherein the high peak massage surface extends between the high peak tip and the massage surface of the intermediate portion.

[0158] In Embodiment 9, the intermediate portion of Embodiment 2 comprises a massage surface extending between a high peak massage surface and a low peak massage surface.

[0159] In Embodiment 10, the intermediate portion of Embodiment 9 is defined by a contoured shape, wherein the contoured shape is formed by the high peak massage surfacesmoothly transitioning into the massage surface, and the massage surface smoothly transitioning into the low peak massage surface.

[0160] In Embodiment 11, the contoured shape of Embodiment 10 is configured to contour to the muscle group.

[0161] In Embodiment 12, the high peak tip of Embodiment 2 extends farther from the soft tissue massager than the low peak tip.

[0162] In Embodiment 13, the first handle and the second handle of Embodiment 2 are offset from one another.

[0163] In Embodiment 14, a first axis runs longitudinal through the first handle and a second axis runs longitudinal through the second handle of Embodiment 13, and wherein the first axis and the second axis are parallel.

[0164] Embodiment 15 is a soft tissue massager for treating knee pain, comprising: a first handle and a second handle positioned at opposite ends of the soft tissue massager, wherein the first handle and the second handle are offset from one another; a high peak and a low peak disposed between the first handle and the second handle; an intermediate portion disposed between the first handle and the second handle, wherein the intermediate portion is configured to massage the vastus medialis oblique (VMO) muscle where it connects to the medial femoral condyle.

[0165] In Embodiment 16, the first handle and the second handle of Embodiment 15 each comprise a first flat surface disposed opposite a second flat surface, wherein the first flat surface and the second flat surface are connected by a curved edge configured to prevent rotation during treatment of patellofemoral pain syndrome.

[0166] In Embodiment 17, the high peak of Embodiment 15 comprises a high peak massage surface and a high peak tip, and wherein the low peak comprises a low peak massage surface and a low peak tip, wherein the peaks are configured to target specific areas of tension associated with patellofemoral pain syndrome.

[0167] In Embodiment 18, the intermediate portion of Embodiment 15 comprises a massage surface extending between a high peak massage surface and a low peak massage surface, wherein the massage surface is configured to apply pressure in a stroking motion toward the knee, the intermediate portion being defined by a contoured shape, wherein the contoured shape is formed by the high peak massage surface smoothly transitioning into the massage surface, and the massagesurface smoothly transitioning into the low peak massage surface, the contoured shape configured to conform to the soft tissues of the quadriceps for treatment of jumper's knee.

[0168] In Embodiment 19, the contoured shape of Embodiment 18 is configured to contour to the vastus medialis oblique (VMO) muscle to address patellofemoral pain syndrome.

[0169] In Embodiment 20, the high peak tip of Embodiment 15 extends farther from the soft tissue massager than the low peak tip, enabling variable massage intensity to the VMO muscle.

[0170] Embodiment 21 is a soft tissue therapy system, comprising: a soft tissue massager comprising a first handle, a second handle, a high peak, a low peak, and a massage surface, wherein the soft tissue massager comprises aluminum; and an emollient for application to a target tissue area prior to use of the soft tissue massager, the emollient configured to reduce friction between the soft tissue massager and the target tissue area.

[0171] The dimensions and values disclosed herein are not to be understood as being strictly limited to the exact numerical values recited. Instead, unless otherwise specified, each such dimension is intended to mean both the recited value and a functionally equivalent range surrounding that value. For example, a dimension disclosed as “40 wt.%” is intended to mean “about 40 wt.%”.

[0172] A number of implementations have been described. Nevertheless, it will be understood that various modifications may be made without departing from the spirit and scope of the disclosure. Accordingly, other implementations are within the scope of the following claims.

Claims

CLAIMS1. A soft tissue massager, comprising: a first handle and a second handle positioned at opposite ends of the soft tissue massager, wherein the first handle and the second handle are each formed of at least one flat surface and at least one curved surface, wherein at least one of the first handle and the second handle comprise a grip portion configured to act as a fulcrum point, wherein the first handle is offset from the second handle, wherein a first axis runs longitudinal through the first handle and a second axis runs longitudinal through the second handle, and wherein the first axis and the second axis are parallel; a high peak and a low peak disposed between the first handle and the second handle, wherein the high peak comprises a high peak massage surface and a high peak tip, and wherein the low peak comprises a low peak massage surface and a low peak tip; and an intermediate portion disposed between the first handle and the second handle, the intermediate portion comprising a massage surface extending between the high peak and the low peak, the intermediate portion being defined by a contoured shape, wherein the contoured shape is formed by the high peak massage surface smoothly transitioning into the massage surface, and the massage surface smoothly transitioning into the low peak massage surface.

2. A soft tissue massager, comprising: a first handle and a second handle positioned at opposite ends of the soft tissue massager; a high peak and a low peak disposed between the first handle and the second handle; an intermediate portion comprising a massage surface disposed between the high peak and the low peak, wherein the intermediate portion is configured to massage soft tissue.

3. The soft tissue massager of claim 2, wherein the first handle and the second handle are each formed of at least one flat surface and at least one curved surface.

4. The soft tissue massager of claim 3, wherein the first handle and the second handle each comprise a first flat surface disposed opposite a second flat surface, wherein the first flat surface and the second flat surface are connected by a curved edge.

5. The soft tissue massager of claim 2, wherein at least one of the first handle and the second handle comprise a grip portion configured to act as a fulcrum point.

6. The soft tissue massager of claim 2, wherein the high peak is disposed at a first end of the intermediate portion closest to the first handle, and wherein the low peak is disposed at a second end of the intermediate portion closest to the second handle.

7. The soft tissue massager of claim 2, wherein the high peak comprises a high peak massage surface and a high peak tip, and wherein the low peak comprises a low peak massage surface and a low peak tip.

8. The soft tissue massager of claim 7, wherein the low peak massage surface extends between the low peak tip and the massage surface of the intermediate portion, and wherein the high peak massage surface extends between the high peak tip and the massage surface of the intermediate portion.

9. The soft tissue massager of claim 2, the intermediate portion comprising a massage surface extending between a high peak massage surface and a low peak massage surface.

10. The soft tissue massager of claim 9, the intermediate portion being defined by a contoured shape, wherein the contoured shape is formed by the high peak massage surface smoothly transitioning into the massage surface, and the massage surface smoothly transitioning into the low peak massage surface.

11. The soft tissue massager of claim 10, wherein the contoured shape is configured to contour to the soft tissue.

12. The soft tissue massager of claim 2, wherein the high peak tip extends farther from the soft tissue massager than the low peak tip.

13. The soft tissue massager of claim 2, wherein the first handle and the second handle are offset from one another.

14. The soft tissue massager of claim 13, wherein a first axis runs longitudinal through the first handle and a second axis runs longitudinal through the second handle, and wherein the first axis and the second axis are parallel.

15. A soft tissue massager for treating knee pain, comprising: a first handle and a second handle positioned at opposite ends of the soft tissue massager, wherein the first handle and the second handle are offset from one another; a high peak and a low peak disposed between the first handle and the second handle; an intermediate portion disposed between the first handle and the second handle, wherein the intermediate portion is configured to massage soft tissue associated with patellofemoral pain syndrome or patellar tendinopathy.

16. The soft tissue massager of claim 15, wherein the first handle and the second handle each comprise a first flat surface disposed opposite a second flat surface, wherein the first flat surface and the second flat surface are connected by a curved edge configured to prevent rotation during treatment of patellofemoral pain syndrome.

17. The soft tissue massager of claim 15, wherein the high peak comprises a high peak massage surface and a high peak tip, and wherein the low peak comprises a low peak massage surface and a low peak tip, wherein the peaks are configured to target specific areas of tension associated with patellofemoral pain syndrome.

18. The soft tissue massager of claim 15, the intermediate portion comprising a massage surface extending between a high peak massage surface and a low peak massage surface, wherein the massage surface is configured to apply pressure in a stroking motion toward the knee, theintermediate portion being defined by a contoured shape, wherein the contoured shape is formed by the high peak massage surface smoothly transitioning into the massage surface, and the massage surface smoothly transitioning into the low peak massage surface, the contoured shape configured to conform to the quadriceps soft tissue for treatment of patellofemoral pain syndrome.

19. The soft tissue massager of claim 18, wherein the contoured shape is configured to contour to the vastus medialis oblique (VMO) muscle to address patellofemoral pain syndrome.

20. The soft tissue massager of claim 15, wherein the high peak tip extends farther from the soft tissue massager than the low peak tip, enabling variable massage intensity to the VMO muscle or surrounding soft tissue.

21. A soft tissue therapy system, comprising: a soft tissue massager comprising a first handle, a second handle, a high peak, a low peak, and a massage surface, wherein the soft tissue massager comprises aluminum; and an emollient for application to a target tissue area prior to use of the soft tissue massager, the emollient configured to reduce friction between the soft tissue massager and the target tissue area.

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