CN211067874U - A cross-section body massage needle and massage ball for stimulating human nerve - Google Patents

Abstract

The utility model relates to a section body massage needle for stimulating human nerves, which comprises a massage needle main body, wherein the massage needle main body comprises an upper end part, a lower end part and a side surface part, the upper end part is positioned above the lower end part, and the upper end part and the lower end part are both designed to be plane; the side surface part is positioned between the upper end part and the lower end part, the upper end part, the lower end part and the side surface part form a closed conical structure, and prismatic edges are formed at the positions where the side surface part is connected with the upper end part and the side surface part is connected with the lower end part; the outer diameter of the upper end portion is smaller than that of the lower end portion. The utility model also relates to a massage ball with a massage needle. By using the device, the purpose of massage can be achieved, the quick recovery of a patient is facilitated, and the device can be widely applied to the technical field of health care equipment.

Description

A cross-section body massage needle and massage ball for stimulating human nerve

Technical Field

The utility model relates to the technical field of health care equipment, in particular to a cross section body massage needle and a massage ball for stimulating human nerves.

Background

The human epidermis is the outermost skin, covers the whole body, plays the guard action, and average thickness is 0.07 ~ 2 millimeters, has many tiny nerve endings to perception external stimulus produces sense of touch, sense of pain, pressure sense, warmth sense etc. and feels. The epidermis is divided into five layers from outside to inside: stratum corneum, stratum lucidum, stratum granulosum, spinous layer, basal layer, the cells of basal layer are the source of deepening of epidermis, it constantly produces new cells, and gradually moves to the skin surface layer, becomes each layer of cells, becomes dead cell at last, drops with the mode of skin cutting. The effect of the individual skin layers is as follows:

(1) the stratum corneum, the outermost layer of the epidermis, is composed of 4-8 layers of flat, anucleated, dead keratinocytes that fall off by themselves for a certain period of time. The stratum corneum is too thick, which causes the skin to look yellow and lack luster. The skin can be itchy even after a long time, and the skin health is affected. At this time, skin care is required, artificial desquamation is required, and even more serious skin diseases can be caused if the artificial desquamation is not properly treated.

(2) The transparent layer is positioned under the stratum corneum and consists of 2-3 layers of flat and seedless transparent dead cells. The layer can prevent water and electrolyte from permeating in vivo and in vitro, and has protective effect.

(3) And the granular layer is positioned below the transparent layer and consists of 2-4 layers of rhombic cells. The cells contain fine particles, and have the function of refracting light, so that the ultraviolet rays can be reduced from being injected into the body.

(4) And the spinous layer is positioned below the granular layer and consists of 4-8 layers of polygonal cells with thorns. Many sensory nerves are cut in the spinous layer, and can sense various external stimuli.

(5) The basal layer, which is located below the spinous layer and is the lowest layer of the epidermis, is connected with the dermis in a wave-like manner, is composed of basal cells and melanocytes, and is the source of the biochemistry of each layer of cells of the epidermis. When the skin is injured, if the basal cells are not destroyed, the skin can be completely restored to normal without leaving scars for a period of time.

(6) The dermis is positioned below the epidermis, is firmly connected with the epidermis in a wavy manner, and has the thickness about 10 times that of the epidermis. It is composed of a great deal of fibrous connective tissue, cells and stroma, and is rich in blood vessels, lymphatic vessels, nerves, glands, pilus muscle, etc. The fibrous connective tissue in the dermis is of 3 kinds, collagen fiber, elastic fiber, reticular fiber, which give the skin good flexibility and elasticity.

(7) The subcutaneous tissue, located in the deepest layer of the skin, is about five times as thick as the dermis. It is mainly composed of a large amount of fat cells and loose connective tissues, and is rich in blood vessels, lymphatic vessels, nerves, sweat glands, deep hair follicles, and the like. The subcutaneous fat has the functions of keeping warm and resisting cold, buffering external force, protecting skin and the like. The fat cells can release energy after being decomposed, so that the human body can move. The structure of the skin is extremely complex, containing a large number of cells, intricate blood vessels, neural networks, sebaceous glands, sweat glands and other appendages.

From the above-mentioned understanding of dermatology, it can be seen that hand skin diseases can be treated by massage. In the prior art, a device for realizing the massage purpose through a massager is available, but the device has the problems that the structure is complex, a power supply needs to be plugged in to drive the device in the using process, the using place is limited, and inconvenience is brought to users who like massage anytime and anywhere.

SUMMERY OF THE UTILITY MODEL

In order to solve the technical problem, the utility model provides a technical scheme does:

a cross-section body massage needle for stimulating human nerves comprises a massage needle main body, wherein the massage needle main body comprises an upper end part, a lower end part and a side surface part, the upper end part is positioned above the lower end part, and the upper end part and the lower end part are both designed to be planar; the side surface part is positioned between the upper end part and the lower end part, the upper end part, the lower end part and the side surface part form a closed conical structure, and prismatic edges are formed at the positions where the side surface part is connected with the upper end part and the side surface part is connected with the lower end part; the outer diameter of the upper end portion is smaller than that of the lower end portion.

Furthermore, the side surface part comprises a plurality of unit bodies, the unit bodies are in a plane plate shape, every two unit bodies are connected through a side edge, and a plane where every two unit bodies are located forms a certain included angle; the unit bodies are connected through side edges to form a cylindrical cavity.

Further, the side surface portion is a polygonal prism-shaped solid, and the prism included angle is an obtuse angle.

Furthermore, the massage needle body is made of PE materials.

The utility model also provides a technical scheme:

the massage ball is provided with the section body massage needle.

After the structure more than adopting, the utility model has the advantages of as follows:

through using the massage needle that has this application and provide, when amazing hand, can stimulate subcutaneous tissue deep nerve, touch neural axle, activation neural axle activates more neural elements for apoplexy leads to hemiplegia patient's arm, has had the nerve consciousness sensation. Meanwhile, the other function is to promote blood circulation, and repeated stimulation of the hands without cutting off brings about a blood circulation promotion cycle, which promotes the blood circulation in the body and the heart and simultaneously brings about the supply satisfaction of the blood circulation promotion at the hands without cutting off the hands, so that the arms have qi and blood movement energy. For patients with four limbs, the device can obtain the same effect, help the patients to start learning conscious exercises and exercises, and gradually get rid of the dilemma of lying in a sickbed for a long time;

the massage needle is applied to the massage ball, so that the massage ball is convenient to carry, and the massage effect can be realized at any time and any place.

Drawings

Fig. 1 is a schematic structural view of a cross-sectional body massage needle and a massage needle in a massage ball for stimulating nerves of a human body.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

With reference to fig. 1, a cross-sectional body massage needle for stimulating human nerves comprises amassage needle body 1, themassage needle body 1 comprises anupper end part 2, alower end part 3 and aside surface part 4, theupper end part 2 is located above thelower end part 3, and theupper end part 2 and thelower end part 3 are both planar; theside surface part 4 is positioned between theupper end part 2 and thelower end part 3, theupper end part 2, thelower end part 3 and theside surface part 4 form a closed conical structure, and prismatic edges are formed at the positions where theside surface part 4 is connected with theupper end part 2 and theside surface part 4 is connected with thelower end part 3; the outer diameter of theupper end portion 2 is smaller than the outer diameter of thelower end portion 3.

Theside surface part 4 comprises a plurality ofunit bodies 41, theunit bodies 41 are in a plane plate shape, every twounit bodies 41 are connected through a side edge, and a plane where every twounit bodies 41 are located forms a certain included angle; theunit bodies 41 are connected by side edges to enclose a cylindrical cavity.

Theside surface portion 4 is a polygonal prism-shaped solid body, and the included angle of the prism is an obtuse angle.

Themassage needle body 1 is made of PE material.

The application provides a cross section body massage needle, when massaging, with theupper end 2 alignment of massage needlemain part 1 treat the massage position to exert the effort, thereby reach the effect of massage. In the process, theupper end part 2 of themassage needle body 1 is in a plane shape, and the massage needle body provides a chance for the skin to be stressed reversely when being pressed, because the epidermis does not completely change the properties of flat anucleated cells of the skin when being pressed by themassage needle body 1, the epidermis can bear certain pressure and stimulation, the subcutaneous tissue is protected from being injured, and the nerves of the subcutaneous tissue can be stimulated to activate more nerve cells. Themassage needle body 1 can stimulate the skin and simultaneously cause the skin to have a concave-convex shape, and the shape just stretches the skin; meanwhile, the edge structure formed between theupper end part 1 and theside part 4 gives strong friction to the epidermis, and the friction and stretching function ensures that the necrotic hand skin is cut off, the hand disease starts to improve and the hand disease gradually returns to normal.

Through using the massage ball that this application provided can play the physiotherapy massage effect to skin, promote patient's recovery.

Claims (5)

1. A cross-section body massage needle for stimulating human nerves comprises a massage needle main body and is characterized in that the massage needle main body comprises an upper end part, a lower end part and a side surface part, the upper end part is positioned above the lower end part, and the upper end part and the lower end part are both arranged in a plane shape; the side surface part is positioned between the upper end part and the lower end part, the upper end part, the lower end part and the side surface part form a closed conical structure, and prismatic edges are formed at the positions where the side surface part is connected with the upper end part and the side surface part is connected with the lower end part; the outer diameter of the upper end portion is smaller than that of the lower end portion.

2. The cross-sectional body massage needle for stimulating the nerves of the human body as claimed in claim 1, wherein said side surface portion comprises a plurality of unit bodies, said unit bodies are formed in a planar plate shape, each two of said unit bodies are connected by a side edge, and the plane where each two of said unit bodies are located is formed with a certain included angle; the unit bodies are connected through side edges to form a cylindrical cavity.

3. The sectional body massage needle for stimulating the nerves of the human body as claimed in claim 1, wherein said side surface portion is formed as a polygonal prism-shaped solid body, and the included angle of the prism is an obtuse angle.

4. The cross-sectional body massage needle for stimulating the nerves of the human body as claimed in any one of claims 1 to 3, wherein the massage needle body is made of PE material.

5. A massage ball, characterized in that the massage ball is provided with the cross-sectional body massage needle of claim 1.

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