Foot pressure plate

Abstract

The present invention comprises: a pressure pad (110) made of a thermoplastic elastomer, having a plurality of hemispherical pressure protrusion groups (112) formed longitudinally and transversely with a plurality of pressure protrusions (114) protruding from the upper surface, and each having a through hole (h) formed at the corner portion; a pad support (120) coupled to the lower surface of the pressure pad (110), having a thickness of 30 to 50 mm, having a bolt hole (bh) corresponding to the through hole (h) formed at the corner portion, and having a bolt (bt) fastened to the through hole (h) and the bolt hole (bh) so that only the corner portion of the pressure pad (110) is coupled, thereby causing the remaining portion to be lifted from the pressure pad (110); and a magnet support (130) coupled to the middle portion of the pad support (120), having a width and depth of 1 / 2 to 1 / 3 of the pad support (120), and a thickness of 20 to 30 mm. The present invention relates to a foot acupressure magnet mat characterized by comprising a permanent magnet (140) having a thickness of 10 to 15 mm that is coupled in the width direction on the above-mentioned magnet base (130).

Description

Technology Field

[0001] The present invention relates to a pressure point mat, and more specifically, to a foot pressure point magnetic mat that effectively applies pressure to the curved soles of the feet and also obtains the effect of magnetic force from a permanent magnet during pressure application. Background Technology

[0002] The various benefits of foot reflexology have already been clinically proven. Its representative effects include improved blood circulation, reduction of edema, fatigue recovery, and activation of digestive and excretory functions. Specifically, these include cold feet, numb feet, chronic fatigue, lower limb edema, acute indigestion, dyspepsia, constipation, and abdominal bloating. It is also effective for hair loss caused by stress or aging.

[0003] Foot reflexology is highly effective in regulating autonomic nervous system imbalances by activating the parasympathetic nervous system. It relieves stress and promotes psychological stability. Since it aids in deep sleep, it is effective in resolving chronic fatigue and headaches caused by insomnia. Furthermore, foot reflexology is very helpful in improving immune function.

[0004] Furthermore, the efficacy of magnetism on the human body has already been clinically proven. The effects of magnetism are as follows:

[0005] Benefits of Magnets

[0006] The North pole of a magnet acts to repel blood within the human body, causing cells to contract, while the South pole acts to attract blood, causing cells to relax. In other words, the North pole inhibits function, while the South pole activates it.

[0007] The magnetic field of a magnet promotes oxidation and lowers the body's acidity, thereby having the effect of killing bacteria, fungi, and viruses. This mechanism is beneficial to the body but simultaneously harmful to disease-causing microorganisms. It is known that the magnetic field negatively polarizes DNA, allowing oxygen to enter cells from the bloodstream, and that this magnetic field strengthens the cell's buffering system, making the cell alkaline.

[0008] The magnetic field of a magnet plays a role in normalizing the situation in which a damaged metabolic system causes pain resulting from cellular edema, cellular oxidation, cellular oxygen deficiency, and infection.

[0009] The magnetic field of a magnet stimulates the secretion of a hormone called melatonin, calming the brain and inducing sleep in both the brain and the body. Melatonin reduces stress, inhibits aging, and increases resistance to infection. It is also known to regulate respiration and the generation of free radicals.

[0010] Blood contains iron-containing hemoglobin, which is highly susceptible to magnetic fields. When hemoglobin receives a sufficient magnetic field and becomes magnetic, it effectively transports oxygen and releases waste products; however, if the magnetic field is insufficient, hemoglobin cannot perform its original functions, which is known to be a cause of various diseases.

[0011] The main functions governing the body's metabolism are composed of electricity and magnetism. Where electricity flows, a magnetic field is formed, and the positive and negative poles balance each other to circulate blood throughout the body and maintain health. However, it is known that if the magnetic field is insufficient or its function declines, the body's resistance to disease decreases.

[0012] Generally, scarves are wrapped around the neck to protect against the cold or to add style. While scarves are worn to keep warm, they are also widely used as accessories, much like hats or earrings. Therefore, it does not feel awkward at all to wear a scarf at all times, regardless of the season.

[0013] Neck health can be improved by utilizing the wearing characteristics of such scarves and the efficacy of magnets. However, since permanent magnets are rigid solids, there are difficulties in applying them to scarves where flexibility is crucial. Furthermore, direct contact between the magnets and the skin on the neck can cause skin damage. Additionally, even if permanent magnets are attached to a scarf, they move along with the wearer while moving, causing discomfort and reducing comfort, which makes commercialization difficult.

[0014] Although various devices such as acupressure mats have been developed to obtain both the effects of foot reflexology and magnetism as described above, the soles of the feet are not flat but curved; therefore, acupressure mats that do not take this structure into account have reduced foot reflexology effects, and even if permanent magnets are embedded in the mat, the efficacy of the magnets cannot be enhanced unless the mechanical structure of the soles of the feet is taken into account when stepping on them. Prior art literature

[0015] Republic of Korea Published Utility Model No. 20-1995-26714 Republic of Korea Registered Utility Model No. 20-32558 Republic of Korea Published Utility Model No. 20-1998-19433 Republic of Korea Published Utility Model No. 20-1994-26229 The problem to be solved

[0016] The present invention aims to solve the aforementioned problems by providing a foot acupressure magnetic mat that enhances the effect of foot acupressure by considering the curved structure of the sole of the foot, and also enhances the efficacy of the magnets by allowing the magnets to efficiently affect the sole of the foot when the foot is stepped on the acupressure mat. means of solving the problem

[0017] To achieve the above objective, the present invention comprises: a pressure pad (110) made of a thermoplastic elastomer, having a plurality of hemispherical pressure protrusion groups (112) formed longitudinally and transversely with a plurality of pressure protrusions (114) protruding from the upper surface, and each having a through hole (h) formed at the corner portion; a pad support (120) coupled to the bottom surface of the pressure pad (110), having a thickness of 30 to 50 mm, having a bolt hole (bh) corresponding to the through hole (h) formed at the corner portion, and fastening a bolt (bt) to the through hole (h) and the bolt hole (bh) so that only the corner portion of the pressure pad (110) is coupled, thereby causing the remaining portion to be lifted from the pressure pad (110); and a magnet support (130) coupled to the middle portion of the pad support (120), having a width and depth of 1 / 2 to 1 / 3 of the pad support (120), and a thickness of 20 to 30 mm. A foot acupressure magnet mat is provided, characterized by comprising a permanent magnet (140) that is coupled in the width direction on the above-mentioned magnet base (130) and has a thickness of 10 to 15 mm. Effects of the invention

[0018] According to the present invention, when applying pressure to the sole of the foot, the footrest is designed so that the central indented part of the sole of the foot can also be applied locally and strongly, thereby allowing for a strong and balanced pressure effect to be obtained over the entire sole of the foot, and a permanent magnet is formed under the pressure pad (110), so that during pressure application, not only the pressure effect but also the beneficial effect of the magnet on the human body can be obtained through the magnetic field of the permanent magnet. Brief explanation of the drawing

[0019] FIG. 1 is a mat according to the present invention. FIG. 2 is an exploded view of a mat according to the present invention. Figure 3 is a diagram showing the usage state of the mat according to the present invention. FIG. 4 is an exploded view of another embodiment according to the present invention. Specific details for implementing the invention

[0020] The present invention will be described in detail below with reference to the attached drawings.

[0021] As illustrated in FIGS. 1 to 4, a square plate-shaped pressure pad (110) (110) is provided. The material of the pressure pad (110) (110) is a thermoplastic elastomer. Thermoplasticity is a property in which a material becomes soft when heat is applied and can be pressed into shape, hardens into the pressed shape when heat is cooled, and becomes soft again when heat is applied, allowing it to be changed into a different shape at will. Such a thermoplastic elastomer (TPE) is a high-performance, eco-friendly material that possesses both the elasticity of rubber and the thermoplasticity of plastic. It has excellent physical properties such as resilience and shock absorption, as well as processability and lightness, and has the advantage of being easy to recycle because it is easy to deform at high temperatures.

[0022] On the upper surface of the acupressure pad (110) (110), a plurality of groups of acupressure protrusions (112) are formed at regular intervals in the longitudinal and transverse directions. The acupressure protrusions (112) are formed by a plurality of acupressure protrusions (114) being uniformly clustered on a hemispherical surface.

[0023] A through hole (h) is formed at the corner of the pressure pad (110). A bolt (bt), described later, is fastened to the through hole.

[0024] A pad support is attached to the bottom surface of the acupressure pad (110). The pad support is a flat piece of wood with a thickness of 30 to 50 mm that supports the acupressure pad (110) and is positioned slightly higher than the floor when the sole of the foot is placed on the acupressure pad (110), so that the height of the acupressure mat is roughly matched to the structure of a house with a step where shoes are taken off.

[0025] The pad support (120) is relatively shorter than the width of the acupressure pad (110), so that when the acupressure pad (110) is attached to the pad support (120), the acupressure pad (110) is bent in the width direction to form a tunnel-shaped space in the middle part of the acupressure pad (110). Depending on the degree to which the acupressure pad (110) is bent, the tunnel-shaped space can be made larger or smaller, and in the present invention, the maximum height of the tunnel-shaped space (the height from the surface of the pad support (120) to the highest bottom surface of the acupressure pad (110)) is made to be approximately 30 to 40 mm.

[0026] A bolt hole (bh) is formed at each corner of the pad support (120). The bolt hole (bh) corresponds to the through hole (h) of the acupressure pad (110). When combining the acupressure pad (110) and the pad support (120), the through hole (h) and the bolt hole (bh) are brought into contact, and then a bolt (bt) is tightened to join them. Since the bolt head is larger than the through hole, the acupressure pad (110) and the pad support (120) are joined when the bolt is tightened. A tap is formed in the bolt hole so that the acupressure pad (110) and the pad support (120) can be detached by loosening the bolt after tightening. The acupressure pad (110) is a consumable material, and since there are various types of acupressure protrusions (112) formed on the acupressure pad (110) with different strengths and sizes, the acupressure pad (110) is detachably connected to the pad base (120) using loosening and tightening bolts so that the user can attach and use the acupressure pad (110) that suits their preference.

[0027] A magnetic base (130) is attached to the center portion of the pad base (120). The size of the magnetic base (130) is 1 / 2 to 1 / 3 of the width and depth of the pad base (120), and the thickness is 20 to 30 mm. The magnetic base (130) is relatively smaller than the pad base and the ratio is specified, and this specified ratio is very important for efficient acupressure when pressing the sole of the foot against the acupressure pad (110). The specified ratio is designed so that when the heel is placed on the edge of the pad base (120) and the acupressure pad (110) is pressed with the sole of the foot, the center of the sole (the indented part) comes into contact with the corner of the magnetic base (130). Although foot size varies from person to person, when the heel is placed on the edge of the pad base (120) and the position is slightly changed, the center of the sole of most people comes into contact with the corner of the magnetic base (130).

[0028] A permanent magnet (140) is formed in the center of the magnet base (130). The permanent magnet (140) has a thickness (height) of 10 to 15 mm, a width of 20 to 30 mm (1 / 3 to 2 / 5 of the width of the magnet base (130), and a length of 70 to 100 mm (4 / 5 to 5 / 6 of the length of the magnet base (130).

[0029] In another embodiment, a support groove (122) into which a magnet support (130) is inserted can be formed in the center of the pad support (120). The support groove (122) has a depth of about 10 to 20 mm, and a height adjustment plate (124) with a thickness of about 3 to 5 mm can be formed on the bottom. The magnet support (130) is inserted into the support groove (122). When adjusting the height of the magnet support (130), the height adjustment plate (124) is placed in the support groove (122), and the magnet support (130) is inserted into the support groove (122). Since the height adjustment plate (124) can be stacked, if you want to increase the height of the magnet support (130), you can stack 2 to 3 height adjustment plates (124).

[0030] The operation of the mat according to the present invention configured as described above is as follows.

[0031] As illustrated in FIG. 3, when a user steps onto the acupressure pad (110), the acupressure protrusions of the acupressure protrusion group (112) locally stimulate the sole of the foot. Since the acupressure protrusion group (112) is evenly formed over the entire acupressure pad (110), the entire sole of the foot is stimulated by the acupressure protrusion group (112). Since a permanent magnet (140) is formed under the middle part of the acupressure pad (110), the magnetic field of the permanent magnet (140) is transmitted to the sole of the foot, and the effect of the magnetic field extends to the entire sole of the foot.

[0032] When the sole of the foot is tilted so that the indented part of the sole is positioned at the corner of the magnetic base (130) and force is applied, the acupressure effect is concentrated in the middle of the sole by the corner, and when the sole is moved up and down like a seesaw in that state, a strong acupressure effect can be obtained not only in the indented part of the sole but also up to about half of the entire sole.

[0033] Since the depth of the indentation on the sole of the foot varies from person to person, a person whose indentation is relatively deeper can detach the magnetic base (130), insert the height adjustment plate (124), and then re-insert the magnetic base (130) to effectively raise the height of the magnetic base (130) and apply pressure to the sole of the foot. Explanation of the symbols

[0034] 110: Acupressure pad 112: Acupressure bump group 114 : Acupressure bumps 120 : Pad support 122 : Base groove 124 : Height adjustment plate 130 : Magnetic base 140 : Permanent magnet

Claims

Claim 1 A pressure pad (110) made of a thermoplastic elastomer, having a plurality of hemispherical pressure protrusion groups (112) formed longitudinally and transversely with a plurality of pressure protrusions (114) protruding from the upper surface, and each having a through hole (h) formed at the corner portion; a pad support (120) coupled to the bottom surface of the pressure pad (110), having a thickness of 30 to 50 mm, having a bolt hole (bh) corresponding to the through hole (h) formed at the corner portion, and fastening a bolt (bt) to the through hole (h) and the bolt hole (bh) so that only the corner portion of the pressure pad (110) is coupled, thereby causing the remaining portion to be lifted from the pressure pad (110); and a pad support (120) coupled to the middle portion of the pad support (120), having a width and depth of 1 / 2 to 1 / 3 of the pad support (120), a thickness of 20 to 30 mm, and in the middle portion of the pad support (120 A foot acupressure magnet mat characterized by comprising: a magnet support (130) having a support groove (122) formed therein and a height adjustment plate (124) inserted into the support groove (122) so that when the magnet support (130) is inserted into the support groove (122), the height of the magnet support (130) protruding above the pad support (120) can be adjusted by the height adjustment plate (124); and a permanent magnet (140) coupled in the width direction on the magnet support (130) and having a thickness of 10 to 15 mm. Claim 2 delete

Images