Foot-held massage device
By designing foot massage devices, the functions of scraping, muscle compression and fascial massage are integrated, which solves the problem that people with hand disabilities cannot massage independently, and achieves efficient and convenient self-care and quality improvement in life.
Patent Information
- Application Number
- CN202420852733.7
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-04-23
- Publication Date
- 2025-02-18
- Estimated Expiration
- 2034-04-23
AI Technical Summary
The existing massage tool design is not suitable for people with hand disabilities and cannot achieve independent massage. There is a lack of accessible massage products specially designed for people with hand disabilities on the market.
A foot massage device was designed, including a massage plate and a foot holder with a body. The massage plate integrates scraping, muscle pressing and fascial massage functions. The foot holder is ergonomically designed and suitable for hand disabilities. The crowd operates through the feet.
It has achieved independent massage and self-care for people with hand disabilities, breaking through the limitations of traditional hand-held tools, improving the quality of life, and opening up new opportunities for career development and rehabilitation training for people with hand disabilities.
Smart Images
Figure CN222488041U_ABST
Abstract
Description
Technical Field
[0001] The utility model relates to the technical field of human body massage tools, in particular to a foot-held massage device specially designed for hand-disabled people. Background Art
[0002] In today's society, there are many kinds of massage products, but most of them are still handheld designs, which require hand control and pressure when used. Although these products have diverse operating methods, they actually exclude people with hand disabilities or limited mobility. For this special group, the application of existing massage tools has obstacles and limitations.
[0003] An epidemiological study of arm and hand loss in the United States in 1996 showed that 4.9 out of every 1,000 people may lose the use of their hands. The incidence varies depending on the cause, such as cardiovascular disease or trauma. The most common type of upper limb amputation is partial hand amputation, affecting about 61,000 people. Overall, 350,000 people in the United States have undergone amputation surgery, of which 30% are upper limb losses. Of these people, wrist and hand amputations account for about 10% of the upper limb population. These data reflect a large group of people who are unable or have difficulty using traditional handheld massage tools due to disability, injury or reduced hand strength.
[0004] Traditional handheld massage tools such as massage pillows and massage sticks require the hands to apply pressure and massage movements, and require high flexibility in the fingers and wrists. Large electric massage equipment such as wireless remote-controlled massage chairs, although they reduce the burden on the hands, are expensive and take up a lot of space, and not everyone can easily configure them. Even if equipped with such equipment, the hands are still required to perform positioning, fixing, and adjustment operations during use. Therefore, there is a clear shortage of massage products for people with hand disabilities in the market.
[0005] The current massage tool market has a significant gap in providing products for individuals who cannot or have difficulty using their hands, which poses a number of challenges for them:
[0006] 1) Limited hands-free operation options / dominance of manual tools: Most existing massage tools require hand operation, virtually excluding those with hand impairments.
[0007] 2) Lack of dedicated accessible designs: Few products are designed specifically for users with limited hand mobility or strength, which often forces people to rely on costly, non-targeted solutions such as massage chairs.
[0008] 3) Difficulty in using conventional tools: Adjusting the settings of existing tools often requires manual dexterity, which is challenging for individuals with hand disabilities.
[0009] 4) Ergonomic and dependency issues: Non-manually operated alternatives may still present ergonomic difficulties or require caregiver assistance, limiting independence and self-sufficiency.
[0010] 5) Limited market attention: The scarcity of market research and product development targeting this population has exacerbated the unavailability of suitable massage tools.
[0011] Although there are some barrier-free massage devices specifically for people with disabilities, they usually have defects such as poor ergonomic design, complex operation, and the need for assistance from others, and fail to truly solve the problem of self-massage for this group. These design defects not only affect the user experience, but also increase the inconvenience of life for people with disabilities.
[0012] In fact, proper massage activities have an important role in promoting people with hand disabilities. Massage exercises can promote the recovery of body functions, develop fine motor skills, enhance strength and flexibility, improve body awareness and coordination, etc. In the long run, mastering an independent massage skill will not only help these groups take care of themselves in their daily lives, but also be of great benefit to opening up potential career development space. Some people with hand disabilities may even be able to open up new career opportunities by learning professional massage skills.
[0013] Therefore, developing a massage device that is easy to use, barrier-free, and innovative to meet the self-care and massage needs of people with hand disabilities is obviously an urgent task and an important topic with great application value and social significance. Utility Model Content
[0014] The technical problem to be solved by the utility model is to provide a foot-held massage device, which overcomes the shortcomings of the prior art and provides a convenient, efficient and multifunctional self-massage solution for people who cannot use handheld massage tools.
[0015] In order to solve the above technical problems, the overall technical solution of the utility model is: to provide a foot-held massage device, including a massage plate and a foot-held frame integrally connected to the massage plate; the massage plate is in the shape of a long plate, and the two longer sides respectively form a straight scraping edge and a curved scraping edge, one end of the massage plate forms a muscle massage protrusion, and the other end forms a fine scraping edge; the foot-held frame is provided with an accommodating opening for accommodating a toe part and a plurality of fascia massage claws simulating human finger joints.
[0016] As can be seen from the above technical solutions, the integrated design of the massage board and the foot holder enables people with hand disabilities to perform self-massage by controlling the massage device with their feet, breaking through the limitations of traditional handheld tools and conforming to ergonomic principles. At the same time, it integrates three different massage techniques, scraping, muscle pressing and fascia massage, into one, with comprehensive functions to meet different massage needs. This innovative design provides an effective solution for self-help massage and self-care for people with hand disabilities, improving their quality of life.
[0017] Furthermore, the tripod frame includes an upper crossbeam, a lower crossbeam, a left column and a right column, the accommodating opening is surrounded by the upper crossbeam, the lower crossbeam, the left column and the right column, and the fascia massage claw is arranged on the lower crossbeam.
[0018] It can be seen from the above technical solution that the upper crossbeam, the lower crossbeam, and the left and right columns form an accommodating opening, through which the user's toes can pass and be firmly stuck, so that the foot can firmly clamp the entire massage device and achieve reliable control of the device. The layout design of arranging the fascia massage claws on the lower crossbeam makes it convenient to perform a wide range of fascia massage on the arms, legs and other parts.
[0019] Furthermore, the top surface of the fascia massage claw protrudes above the top surface of the lower cross beam, and the top surface of the fascia massage claw and the top surface of the lower cross beam together form a wavy lower fitting surface.
[0020] It can be seen from the above technical solution that the fascia massage claws protrude from the top surface of the lower cross beam, and the two together form a wavy lower fitting surface. This design enables the toe part to fit better with it, which enhances the clamping force and control accuracy of the foot on the device, making the operation smoother and more powerful.
[0021] Furthermore, U-shaped acupuncture point detectors are provided at both ends of the lower cross beam, and the surface of the acupuncture point detectors has a temperature-sensitive coating.
[0022] It can be seen from the above technical solution that U-shaped acupoint detectors are arranged at both ends of the lower beam, and temperature-changing paint is coated on their surfaces. When in use, it is only necessary to aim the detector at the corresponding acupoint and apply pressure. The temperature change can change the color of the paint, thereby assisting the user to accurately find the location of the acupoints on the body surface, thereby improving the pertinence and accuracy of the massage.
[0023] Furthermore, the bottom surface of the upper cross beam forms a wavy upper fitting surface.
[0024] It can be seen from the above technical solution that the bottom surface of the upper cross beam forms a wavy upper fitting surface. This design enables the toe part to fit better with it, increases the clamping force and control accuracy of the foot on the device, ensures that the device will not slip or shake during operation, and is more stable and reliable to use.
[0025] Furthermore, the muscle massage protrusion is in the shape of an arc-shaped elbow tip.
[0026] It can be seen from the above technical solution that the muscle massage protrusion adopts an arc-shaped elbow tip design. This structural shape is conducive to deep kneading and massaging local areas such as muscle nodules and around joints. Through the operation of rotating and pushing, it can produce deep pressure and massage feeling, achieving the effect of relaxation and treatment.
[0027] Furthermore, rounded transitions are formed between the straight scraping edge, the curved scraping edge and the fine scraping edge and the top surface and the bottom surface of the massage board.
[0028] It can be seen from the above technical solution that a rounded transition design is adopted between the straight scraping edge, the curved scraping edge and the fine scraping edge and the top and bottom surfaces of the massage board, which will not cause skin tingling discomfort during use, thereby improving the safety and comfort of the device.
[0029] Furthermore, the straight scraping edge is a long rectangular plane with a length of 95mm to 105mm and a width of 3mm to 5mm; the curved scraping edge is a curved surface with a length and width comparable to those of the straight scraping edge; the fine scraping edge is a short rectangular plane with a length of 18 to 22mm and a width of 3mm to 5mm; the muscle massage protrusion has a width of 18 to 22mm and a thickness of 3mm to 5mm.
[0030] It can be seen from the above technical scheme that a reasonable range is given for the specific sizes of the straight scraping edge, curved scraping edge, fine scraping edge and muscle massage protrusions. These size settings are based on ergonomics and actual operation needs, and can ensure the efficient realization of different massage functions such as scraping massage and deep pressing.
[0031] Furthermore, the fascia massage claws are in an M shape, and the number of the claws is 4 to 6.
[0032] It can be seen from the above technical solution that the fascia massage claws are arranged in an M shape. This bionic design enables it to better simulate the wave-like pressing action of human finger joints. The massage quality is comparable to manual massage. It can produce deep and regular pressing on muscles and fascia, promote local blood circulation, and relieve fatigue and soreness.
[0033] Furthermore, the foot holder, the massage plate and the fascia massage claws are made of smooth stainless steel.
[0034] As can be seen from the above technical solutions, stainless steel has high strength and durability, and can withstand greater massage force without deformation. At the same time, its smooth surface texture is also conducive to the stability and control of the hands and feet during operation. The ergonomic curve design of the device allows the fingers or toes to fit its surface, improving the grip and control accuracy. This design not only enhances the user's control over the device, but also maximizes the advantages of stainless steel, ensuring that no irritation or damage to the skin occurs during deep muscle massage.
[0035] Compared with the prior art, the utility model has the following beneficial effects:
[0036] 1) The innovative design of the ergonomic foot-holding structure completely breaks through the limitations of traditional handheld massage tools, providing an effective solution for self-massage and self-care for people with hand disabilities, thus improving their quality of life.
[0037] 2) It realizes a truly integrated multifunctional design, integrating scraping massage, fascia massage, and local deep pressure. It covers a full range of massage techniques to meet different massage needs, has comprehensive effects, and is easy to operate and switch.
[0038] 3) Foot-held massage tools are of great significance to the physical rehabilitation and daily life of people with hand disabilities. By using foot-operated massage tools, you can develop fine motor skills of the feet, enhance strength and flexibility, improve body awareness and coordination, promote blood circulation and relieve muscle tension, conduct therapeutic exercises, obtain sensory stimulation, etc. All of these are conducive to improving the self-care ability and quality of life of people with disabilities.
[0039] 4) Open up career opportunities: People with hand disabilities can open up new career opportunities by learning to perform foot massage therapy using foot-held massage tools and developing related skills. For example, individuals may engage in teaching other people with similar disabilities, or they can explore careers in fields that require fine motor skills using the feet.
[0040] 5) Integration into rehabilitation training: Foot massage can be combined with occupational therapy as part of a customized rehabilitation plan to cultivate self-care skills and bring physical and mental health benefits, including improved self-esteem, a sense of accomplishment, and reduced dependence.
[0041] 6) Compact integrated structure, easy to use, no need for additional operating space, suitable for use in various occasions such as home and office.
[0042] 7) Compared with expensive electric massage equipment such as massage chairs, this device is low-cost, flexible to use, and has broad prospects in the home and mass markets.
[0043] 8) Environmentally friendly materials and humanized design are used, with high safety and ergonomic comfort, so you can use it without any worries. BRIEF DESCRIPTION OF THE DRAWINGS
[0044] In order to more clearly illustrate the structure and operation mode of the present invention, the present invention is further described below in conjunction with the accompanying drawings:
[0045] Figure 1 It is a top perspective view of an embodiment of the foot-held massage device according to the utility model;
[0046] Figure 2 yes Figure 1 A bottom perspective view of the foot-held massage device shown;
[0047] Figure 3 yes Figure 1 A front view of the foot-held massage device shown;
[0048] Figure 4 yes Figure 1 A top view of the foot-held massage device shown;
[0049] Figure 5 yes Figure 1 A left side view of the foot-held massage device shown;
[0050] Figure 6 yes Figure 1 A schematic diagram of a first mode of using the foot-held massage device;
[0051] Figure 7 yes Figure 1 A schematic diagram of a second mode of using the foot-held massage device;
[0052] Figure 8 yes Figure 1 A schematic diagram of a third method of using the foot-held massage device;
[0053] Fig. 9 yes Figure 1 A schematic diagram of a fourth method of using the foot-held massage device;
[0054] Fig.10 yes Figure 1 A schematic diagram of a first mode of hand-held use of the foot-held massage device shown;
[0055] Fig.11 yes Figure 1 The schematic diagram of the second mode of hand-held use of the foot-held massage device is shown. DETAILED DESCRIPTION
[0056] The specific implementation of the utility model is further described in detail below with reference to the accompanying drawings.
[0057] like Figures 1 to 5 As shown, a foot-held massage device of one embodiment of the present invention mainly includes a massage plate 10 and a foot-held frame 20 integrally connected to the bottom of the massage plate 10. The foot-held frame 20 adopts an ergonomic design and is suitable for use on the feet. As the core highlight of the innovative design of the present invention, the foot-held frame 20 completely breaks the limitations of the use of traditional massage tools and brings a new self-help massage experience to people with hand disabilities. Through this innovative design that gets rid of the traditional holding mode, the user's feet can freely and flexibly control the massage device to perform various multi-dimensional operations, whether it is rotating massage, sliding up and down, moving forward and backward, or even twisting and other complex movements, people who cannot use their hands can also complete them with ease.
[0058] The massage board 10 is in the shape of a streamlined long board as a whole. The two longer sides of the massage board 10 form a straight scraping edge 1 and a curved scraping edge 2 respectively. One end of the massage board 10 forms an arc-shaped elbow-shaped muscle massage protrusion 4, and the other end forms a shorter fine scraping edge 5. The straight scraping edge 1 and the curved scraping edge 2 are wide massage surfaces, which are suitable for massaging large areas. The fine scraping edge 5 is a narrow massage surface, which is suitable for massaging small areas to meet different massage needs. The straight scraping edge 1, the curved scraping edge 2 and the fine scraping edge 5 are all designed with rounded corners between the top and bottom surfaces of the massage board 10, so that no tingling sensation will be generated during operation, thereby improving the safety of use. During massage, appropriate pressure and rolling massage can be applied through the muscle massage protrusion 4 to achieve precise stimulation of the muscles and deep penetration massage, relieving fatigue and pain.
[0059] The massage board 10 has a moderate length, width and height, which is convenient for one-handed control and does not bring extra burden to the feet. The material can be stainless steel, which is strong and durable and avoids the harm of daily collision to the user.
[0060] Among them, the straight scraping edge 1 is a long plane with a length of 100mm and a width of 4mm. The surface is smooth but has a certain hardness, which is convenient for applying sufficient pressure for massage and scraping. When using it, you can use the soles or toes to stick the plane and slide it on the arms, legs and other parts that need massage. Sliding up and down to massage can play a role in dredging meridians and promoting blood circulation and removing blood stasis. The design inspiration of this plane comes from the scraping technique of traditional Chinese medicine, which specifically massages the skin and muscles to improve local blood circulation.
[0061] The curved scraping edge 2 is arranged on the other side of the massage board 10. It is a curved surface with a moderate curvature, and its length is equivalent to that of the straight scraping edge 1. Its material and purpose are also similar. Its highlight is that the curved surface design makes it more suitable for massaging some curved parts, such as arms and calves, and the operation is more in line with the curve of the human body, giving people a more comfortable and natural experience.
[0062] The fine scraping edge 5 is a short flat surface of 20mm long and 4mm wide, which is a compact scraping edge used for finer and more detailed scraping massage, or for releasing nodules or targeted massage in smaller or finer areas such as hands, feet, face, etc.
[0063] The muscle massage protrusion 4 is an arc-shaped elbow-tip protrusion with a width of 20 mm and a thickness of 4 mm. Different from the smooth surface of the scraping edge, the surface of the muscle massage protrusion 4 has been specially treated and is slightly rough, thereby providing good friction. In actual use, the user can control the muscle massage protrusion 4 to aim at a certain muscle nodule or joint part through the power of the foot, and rotate it up and down to push and rub, so as to achieve the effect of deep pressing and pushing and rubbing. Compared with the massage action of the plane, the pressure applied locally by this small-area protrusion is more concentrated and has stronger permeability, which is very suitable for relieving local problems such as certain muscle nodules and joint stiffness caused by fatigue or injury. At the same time, its arc-shaped elbow-tip design is also convenient for surrounding massage around the joints to increase the range of motion of the joints.
[0064] The foot support frame 20 includes an upper cross beam 21, a lower cross beam 22, a left column 8b and a right column 8a, which enclose a receiving opening 25 for receiving the toe portion. When in use, the other four toes except the big toe are usually placed in the receiving opening 25, the big toe is located outside the receiving opening 25, and the big toe and the second toe clamp the left column 8b or the right column 8a. The bottom surface of the upper cross beam 21 forms a wavy upper fitting surface 3, so as to better fit the upper contour shape of the toe portion, thereby increasing the clamping force and control accuracy of the foot on the foot support frame 20.
[0065] The upper crossbeam 21 is connected to the bottom of the massage plate 10, and the lower crossbeam 22 is provided with 4-6 fascia massage claws 6 in the shape of M, which simulate the shape of human finger joints. They are evenly arranged and distributed, and can apply moderate wave-type pressing pressure to human muscles and fascia to perform all-round and deep massage. When the user applies a certain amount of pressure with his feet, the fascia massage claws 6 will produce a rhythmic deep pushing and kneading effect on the skin muscles. This wave-like kneading action can effectively relax and relieve the tension of muscles and fascia, improve local blood circulation, and eliminate fatigue and soreness. The head curvature design of the fascia massage claws 6 conforms to ergonomics to obtain a moderate stimulation intensity. When in use, the massage device can be appropriately moved and rolled so that these massage claws can perform full-coverage massage on the entire arm, leg and other parts, and the effect is quite professional and comprehensive. The top surface of the fascia massage claw 6 protrudes above the top surface of the lower cross beam 22, so that the top surface of the fascia massage claw 6 and the top surface of the lower cross beam 22 together form a wavy lower fitting surface 9, so as to better fit the lower contour shape of the toe part, thereby increasing the clamping force and control accuracy of the foot on the footrest 20.
[0066] U-shaped acupuncture point detectors 7 can also be set at both ends of the lower cross beam 22. The acupuncture point detector 7 has a temperature-chromic coating. When in use, it only needs to be aimed at the acupuncture points on the body surface and a certain pressure is applied. The temperature change will cause the coating to change color, thereby assisting in finding the massage points and improving the accuracy and pertinence of the massage.
[0067] The massage plate 10, the foot holder 20 and the fascia massage claw 6 are made of smooth stainless steel. Stainless steel has high strength and durability, and can withstand greater massage force without deformation. At the same time, its smooth surface texture is also conducive to the stability and control of the hands and feet during operation. The ergonomic curve design of the device allows the fingers or toes to fit its surface, improving the grip and control accuracy. This design not only enhances the user's ability to control the device, but also maximizes the advantages of stainless steel, ensuring that no irritation or damage to the skin occurs during deep muscle massage. In other embodiments, the massage plate 10, the foot holder 20 and the fascia massage claw 6 can also be made of other materials, such as plastic or silicone.
[0068] Figure 6 The first foot-held use mode of the foot-held massage device of this embodiment is illustrated. The user passes the four toes of the left foot (here only the left foot is used as an example, and the right foot is the same) except the big toe through the receiving opening 25, and at the same time clamps the right column 8a close to the muscle massage protrusion 4 with the big toe and the second toe, and the bottoms of the four toes are supported on the lower crossbeam 22 to achieve reliable fixation of the device. In this state, the massage plate 10 faces upward and the fascia massage claw 6 faces downward. In this use mode, the user can flexibly control the massage device to perform muscle massage, fascia massage, and curved surface scraping massage operations.
[0069] Figure 7 The second foot-held use mode of the foot-held massage device of this embodiment is illustrated. The user passes the four toes of the left foot except the big toe through the receiving opening 25, and clamps the left upright 8b near the fine scraping edge 5 with the big toe and the second toe, and the bottoms of the four toes are supported on the lower crossbeam 22 to achieve reliable fixation of the device. In this state, the massage plate 10 faces upward and the fascia massage claw 6 faces downward. In this use mode, the user can flexibly control the massage device to perform fascia massage, fine scraping massage and direct scraping massage operations.
[0070] Figure 8 The third foot-held use mode of the foot-held massage device of this embodiment is illustrated. The user passes the four toes of the left foot except the big toe through the receiving opening 25, and clamps the right upright column 8a near the muscle massage protrusion 4 with the big toe and the second toe, and the bottoms of the four toes are supported on the upper crossbeam 21 to achieve reliable fixation of the device. In this state, the massage plate 10 faces downward and the fascia massage claw 6 faces upward. In this use mode, the user can flexibly control the massage device to perform muscle massage, curved scraping massage, straight scraping massage and fine scraping massage operations.
[0071] Fig. 9 The fourth foot-held use mode of the foot-held massage device of this embodiment is illustrated. The user passes the four toes of the left foot except the big toe through the receiving opening 25, and clamps the left upright 8b near the fine scraping edge 5 with the big toe and the second toe, and the bottoms of the four toes are supported on the upper crossbeam 21, and the upper crossbeam 21 is used to achieve reliable fixation of the device. In this state, the massage plate 10 faces downward and the fascia massage claw 6 faces upward. In this use mode, the user can flexibly control the massage device to perform fine scraping massage, curved scraping massage, straight scraping massage and muscle massage operations.
[0072] Fig.10 The first hand-held use mode of the foot-held massage device of this embodiment is illustrated. In certain circumstances, the massage device can also be temporarily hand-held and operated. For example, when a local massage of the hand is required, the device is held through the receiving opening 25 with one palm. In this holding state, the fascia massage claw 6 faces outward. In this use mode, the user can flexibly control the massage device to perform muscle massage, fascia massage, and fine scraping massage operations.
[0073] Fig.11 The second hand-held use mode of the foot-held massage device of this embodiment is illustrated. In this holding state, the massage plate 10 faces outward. In this use mode, the user can flexibly control the massage device to perform fine scraping massage, curved scraping massage, straight scraping massage and muscle massage operations.
[0074] Although the above two handheld modes are not the original design intention of this device, they also demonstrate its good humanized design and flexibility of use.
[0075] The foot-held massage device of this embodiment integrates three massage functions, namely fascia, muscle and scraping, into one. Users can switch freely between different massage modes according to their needs. The compact size and integrated layout of the device organically integrate a variety of different styles of massage techniques. When operating and using it, it can be easily switched by foot movements, avoiding the trouble of changing accessories or adjusting postures. The ergonomic design of the device enables people with hand disabilities to easily hold and operate it with their feet and perform professional-level massages independently, which not only improves the convenience of use, but also enhances the massage experience. The device provides useful support for improving the quality of life of people with hand disabilities.
[0076] How it works
[0077] The foot-held massage device of the utility model mainly utilizes the manipulation and force of the foot to perform various massage techniques on the human body through different massage elements, thereby achieving the effects of relieving fatigue, relaxing muscles, and promoting blood circulation and removing blood stasis.
[0078] 1) Scraping massage: When using, place the parts that need to be massaged, such as arms and calves, flat or naturally bend them, use the soles, heels or toes to control the straight scraping edge 1 or the curved scraping edge 2 to stick to them, then apply moderate pressure and slide up and down, which will produce the scraping massage effect on the meridians, muscles and skin, achieving the effect of unblocking Qi and blood and eliminating stagnation.
[0079] 2) Deep muscle compression: Aim the muscle massage protrusion 4 at the part that needs to be massaged, such as muscle nodules, joints, etc., and use the soles and toes to control it to rotate up and down to push and knead. The small area of the circular protrusion concentrates the pressure, which can produce a deep pushing and kneading feeling, suitable for deep compression and relaxation of local muscles and joints. The strength applied can be adjusted according to personal feelings during the operation.
[0080] 3) Fascia massage: First, place the part to be massaged, such as arms and legs, flat on a flat surface, and then attach the fascia massage claws 6 to it with the soles or toes. With the help of gravity and the weight of the human body, the dense massage knuckles can produce regular wave-like pressure on the muscles and fascia, promote local blood circulation, and relax tired and sore muscles. During the massage, the massage device can also be appropriately moved and rolled to achieve a full range of massage.
[0081] To sum up, the foot-held massage device of the utility model has a unique structure, practical functions, and strong targeting, which completely breaks through the limitations of traditional handheld massage tools, provides an effective solution for independent massage and self-care for people with hand disabilities, and improves their quality of life.
[0082] The above are only preferred embodiments of the present invention. It should be pointed out that ordinary technicians in this technical field can make several improvements and equivalent modifications without departing from the technical concept and principle of the present invention. These improvements and equivalent modifications should also be regarded as the protection scope of the present invention.
Claims
1. A foot-held massage device, comprising a massage plate (10), characterized in that: The invention also comprises a foot holder (20) integrally connected to the massage board (10); the massage board (10) is in the shape of a long board, and two longer side surfaces respectively form a straight scraping edge (1) and a curved scraping edge (2); one end of the massage board (10) forms a muscle massage protrusion (4), and the other end forms a fine scraping edge (5); the foot holder (20) is provided with a receiving opening (25) capable of accommodating a toe portion, and a plurality of fascia massage claws (6) simulating human finger joints.
2. The foot-held massage device according to claim 1, characterized in that: The foot support (20) comprises an upper cross beam (21), a lower cross beam (22), a left column (8b) and a right column (8a); the receiving opening (25) is surrounded by the upper cross beam (21), the lower cross beam (22), the left column (8b) and the right column (8a); and the fascia massage claw (6) is arranged on the lower cross beam (22).
3. The foot-held massage device according to claim 2, characterized in that: The top surface of the fascia massage claw (6) protrudes above the top surface of the lower cross beam (22), and the top surface of the fascia massage claw (6) and the top surface of the lower cross beam (22) together form a wavy lower fitting surface (9).
4. The foot-held massage device according to claim 3, characterized in that: U-shaped acupuncture point detectors (7) are provided at both ends of the lower cross beam (22), and the surface of the acupuncture point detector (7) has a temperature-sensitive coating.
5. The foot-held massage device according to claim 2, characterized in that: The bottom surface of the upper cross beam (21) forms a wavy upper fitting surface (3).
6. The foot-held massage device according to any one of claims 1 to 5, characterized in that: The muscle massage protrusion (4) is in the shape of an arc-shaped elbow tip.
7. The foot-held massage device according to any one of claims 1 to 5, characterized in that: Rounded corner transitions are formed between the straight scraping edge (1), the curved scraping edge (2) and the fine scraping edge (5) and the top surface and the bottom surface of the massage plate (10).
8. The foot-held massage device according to any one of claims 1 to 5, characterized in that: The straight scraping edge is a long rectangular plane with a length of 95mm to 105mm and a width of 3mm to 5mm; the curved scraping edge is a curved surface with a length and width equivalent to those of the straight scraping edge; the fine scraping edge (5) is a short rectangular plane with a length of 18 to 22mm and a width of 3mm to 5mm; the muscle massage protrusion (4) has a width of 18 to 22mm and a thickness of 3mm to 5mm.
9. The foot-held massage device according to any one of claims 1 to 5, characterized in that: The fascia massage claws (6) are in an M shape and the number of the claws is 4 to 6.
10. The foot-held massage device according to any one of claims 1 to 5, characterized in that: The massage plate (10), the foot support (20) and the fascia massage claw (6) are made of smooth stainless steel.