CN219000789U - Elastic breathable neck support protection device with anti-asphyxia pressed outer arc - Google Patents

Abstract

The utility model provides an elastic breathable neck support protection device with an anti-choking pressed outer arc, which comprises a neck protection belt, breathable through holes, magic tapes and a rear neck protection pad, wherein the neck protection belt consists of an outer arc support framework and a flexible buffer layer, the outer arc support framework is a neck protection belt shape support structure with a longitudinal outer arc, the outer surface of the outer arc support framework is covered with a layer of flexible buffer layer, the neck protection belt is provided with a plurality of breathable through holes, the left side and the right side of the neck protection belt are provided with corresponding magic tapes, and one side of the neck protection belt is provided with the rear neck protection pad, and the beneficial effects of the utility model are that: reasonable in design, simple structure is practical, supports effectually, helps propping up straight respiratory track, reduces the air flue and blocks up, can prevent stifling, prevent snoring, prevent low head, swallow and speak and not receive the influence, and the neck protection area does not have the oppression to the neck and feels, and the gas permeability is good, light in weight, difficult sweat, wears comfortablely, easy accomodate, and convenient to carry can wear when sleeping, with low costs.

Description

Elastic breathable neck support protection device with anti-asphyxia pressed outer arc

[ field of technology ]

The utility model relates to the field of neck protection devices, in particular to an elastic breathable neck support protection device with an anti-asphyxia pressed outer arc.

[ background Art ]

Many people overuse the neck and the brain for a long time or have accidents such as dizziness, fall, and the like, so that serious consequences such as neck pain injury are caused, neck treatment is needed, and the neck treatment cannot be completed at one time generally, so that the neck treatment is needed to be protected and conditioned through a neck care device in many times; some traditional neck protection devices are provided with a hard supporting frame, have strong supporting force, but have no elasticity, are easy to cause stiff and damage of muscles when worn for a long time, and are uncomfortable to experience; some traditional neck protection devices have insufficient hardness of supporting frameworks, the supporting force is too soft, the neck esophagus, the airway, the blood vessel and the muscles are pressed when the neck protection devices are worn and stressed, normal feeding, speaking, breathing and blood flow are affected, negative effects such as muscle pressing pain, dizziness, impermeability, fever, discomfort, sweating and sweat accumulation are easy to occur, especially the supporting surface is pressed and internal arcs are generated to aggravate respiratory tract blockage, and choking danger is likely to occur in serious cases; some traditional neck protection devices do not have a supporting framework, are easy to deform under pressure, have no supporting strength, and cannot realize a protection function; some human body contact structures at the upper end and the lower end of a supporting framework of the traditional neck protection device are not full bearings, the supporting effect is poor, and the comfort level is low; some traditional neck protection devices have no rear neck protection pad at the joint of the rear side surface, and the neck protection devices are enclosed into a connecting structure such as a magic tape of a neck support to directly contact with the rear neck, so that skin can be pricked, and the neck protection device is uncomfortable.

[ utility model ]

The present utility model is directed to solving the above-mentioned problems associated with prior art neck protection devices and providing an elastic breathable neck support protection device having an anti-asphyxia compressed outer arc.

The utility model is realized by the following technical scheme: the utility model provides an elastic ventilation neck support protection device with anti-choking pressure outer arc, includes neck protection belt, ventilative through-hole, magic subsides, neck protection pad, the neck protection belt comprises outer arc braced skeleton and flexible buffer layer, outer arc braced skeleton is the neck protection belt shape bearing structure who has vertical outer arc, outer arc braced skeleton surface covers has one deck flexible buffer layer, flexible buffer layer is the neck protection belt and human body contact structure of shape laminating outer arc braced skeleton, be equipped with the ventilative through-hole that a plurality of link up the neck protection belt on the neck protection belt, ventilative through-hole is the fretwork ventilative structure of human body and the external circulation air of neck protection belt, neck protection belt left and right sides is equipped with corresponding magic subsides, the magic subsides is the connection structure that neck protection belt encloses into the neck brace, neck protection belt one side is equipped with the neck protection pad, the neck protection pad is located between the magic subsides and the human body, the neck protection pad is the structure of keeping apart the magic subsides direct contact human body.

Further, the cross section diameter of any height in the neck support structure formed by the neck protection belt is larger than the corresponding neck diameter, the cross section diameter of the middle part of the neck support structure is larger than the cross section diameters of the upper end and the lower end of the neck support structure, and the neck support structure formed by the neck protection belt is always in an upper supporting state and a lower supporting state with the middle part expanding outwards when being pressed up and down.

Further, the outer arc type supporting framework is a high-elasticity low-water absorption light framework, the flexible buffer layer is made of high-softness low-elasticity materials, the flexible buffer layer above the outer arc type supporting framework is a chin contact supporting cushion extending outwards, the flexible buffer layer below the outer arc type supporting framework is a human body chest contact supporting cushion extending outwards, and the high-elasticity energy of the outer arc type supporting framework is always supported at the upper end and the lower end of the outer arc type supporting framework in an elastic mode when being pressed up and down.

Further, the back neck protection pad is made of high softness and low elasticity, and is fixedly connected to the neck protection belt.

The utility model has the beneficial effects that: this application reasonable in design, simple structure is practical, outer arc formula braced skeleton is the light skeleton of high bullet low water absorption rate that has vertical extrados, neck protection area encloses and closes the back and forms the middle part diameter and be greater than upper and lower both ends diameter, and upper and lower both ends are the cushion with the laminating of human body, it is effectual to support, help propping up straight respiratory track, reduce the air flue and block, can prevent stifling, prevent snoring, prevent the low head, swallow and speak and not receive the influence, neck protection area does not have the sense of oppression to the neck, the gas permeability is good, light in weight, be difficult to sweat, wear comfortablely, easy accomodate, convenient to carry, wearable during sleep, with low costs.

[ description of the drawings ]

FIG. 1 is a schematic view of the structure of the utility model in an unfolded state;

FIG. 2 is a schematic view of the enclosing structure of the present utility model;

FIG. 3 is a cross-sectional view of the neck-protecting band of the present utility model in an original state;

FIG. 4 is a sectional view showing a state of deformation by external arc under pressure of the neck-protecting band of the present utility model;

reference numerals: 1. a neck protection belt; 11. an outer arc type supporting framework; 12. a flexible buffer layer; 121. the chin contacts the support cushion; 122. the chest of the human body contacts with the supporting cushion; 2. a ventilation through hole; 3. a magic tape; 4. a back neck protection pad.

[ detailed description ] of the utility model

The utility model is further described with reference to the accompanying drawings and detailed description below:

as shown in fig. 1, fig. 2, fig. 3 and fig. 4, an elastic ventilation neck support protection device with an anti-choking pressed outer arc comprises a neck protection belt 1, ventilation through holes 2, a magic tape 3 and a neck protection pad 4, wherein the neck protection belt 1 is composed of an outer arc support framework 11 and a flexible buffer layer 12, the outer arc support framework 11 is a neck protection belt 1 shape support structure with a longitudinal outer arc, the outer surface of the outer arc support framework 11 is covered with a layer of flexible buffer layer 12, the flexible buffer layer 12 is a structure for contacting the neck protection belt 1 of the outer arc support framework 11 with a human body, a plurality of ventilation through holes 2 penetrating the neck protection belt 1 are formed in the neck protection belt 1, the ventilation through holes 2 are hollow ventilation structures for circulating air between the human body and the neck protection belt 1, the corresponding magic tape 3 is arranged on the left side and the right side of the neck protection belt 1, the neck protection belt 1 is a connecting structure for surrounding the neck protection belt 1, the neck protection belt 4 is arranged on one side, the neck protection pad 4 is located between the neck protection belt 3 and the human body, and the neck protection belt 4 is in direct contact with the human body protection pad 3.

Preferably, the cross section diameter of any height in the neck support structure surrounded by the neck protection belt 1 is larger than the corresponding neck diameter, and the cross section diameter of the middle part of the neck support structure is larger than the cross section diameters of the upper end and the lower end of the neck support structure.

Preferably, the outer arc supporting frame 11 is a high-elasticity low-water-absorption light frame, the flexible buffer layer 12 is made of high-softness low-elasticity materials, the flexible buffer layer 12 above the outer arc supporting frame 11 is a chin contact supporting cushion 121 extending outwards, and the flexible buffer layer 12 below the outer arc supporting frame 11 is a human chest contact supporting cushion 122 extending outwards.

Preferably, the back neck protecting pad 4 is made of a high-softness and low-elasticity material, and the back neck protecting pad 4 is fixedly connected to the neck protecting belt 1.

Since modifications and changes may be made to the above-described embodiments by persons skilled in the art in light of the above disclosure, it is intended that the present utility model not be limited to the particular embodiments disclosed and described, but that certain modifications and changes may be practiced within the scope of the appended claims. In addition, although specific terms are used in the present specification, these terms are for convenience of description only and do not limit the present utility model in any way.

Claims (4)

1. An elastic breathable neck support protection device with anti-asphyxia pressed outer arc, characterized in that: including neck protection belt, ventilative through-hole, magic subsides, neck protection pad, the neck protection belt comprises outer arc formula braced skeleton and flexible buffer layer, outer arc formula braced skeleton is the neck protection belt shape bearing structure who has vertical outer arc, outer arc formula braced skeleton surface covers there is one deck flexible buffer layer, flexible buffer layer is the neck protection belt and the human contact structure of shape laminating outer arc formula braced skeleton, be equipped with the ventilative through-hole that a plurality of link up the neck protection belt on the neck protection belt, ventilative through-hole is the fretwork ventilative structure of human and the external ventilation air of neck protection belt, neck protection belt left and right sides is equipped with corresponding magic subsides, the magic subsides are neck protection belt and enclose into neck support's connection structure, neck protection belt one side is equipped with the neck protection pad, the neck protection pad is located between magic subsides and the human body, the neck protection pad is the structure of keeping apart the direct contact of magic subsides.

2. An elastic breathable neck brace protection device with anti-asphyxia compressed outer arc according to claim 1, characterized in that: the cross section diameter of any height in the neck support structure formed by encircling the neck protection belt is larger than the corresponding neck diameter, and the cross section diameter of the middle part of the neck support structure is larger than the cross section diameters of the upper end and the lower end of the neck support structure.

3. An elastic breathable neck brace protection device with anti-asphyxia compressed outer arc according to claim 1, characterized in that: the outer arc type support framework is a high-elasticity low-water absorption light framework, the flexible buffer layer is made of high-softness low-elasticity materials, the flexible buffer layer above the outer arc type support framework is a chin contact support cushion extending outwards, and the flexible buffer layer below the outer arc type support framework is a human body chest contact support cushion extending outwards.

4. An elastic breathable neck brace protection device with anti-asphyxia compressed outer arc according to claim 1, characterized in that: the nape protection pad is made of high softness and low elasticity, and is fixedly connected to the neck protection belt.

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