CN113208210B

CN113208210B - Self-breathing type dehumidifying protective clothing

Info

Publication number: CN113208210B
Application number: CN202110449832.1A
Authority: CN
Inventors: 荣召清
Original assignee: Fugou Shenxiang Clothing Co ltd
Current assignee: Fugou Shenxiang Clothing Co ltd
Priority date: 2021-04-25
Filing date: 2021-04-25
Publication date: 2022-11-04
Anticipated expiration: 2041-04-25
Also published as: CN113208210A

Abstract

The invention discloses a self-breathing type dehumidifying protective garment, which belongs to the technical field of protective garments and can store a certain amount of external air in advance in an interlayer mode, moisture absorption bulges on an inner breathable inner layer on the inner side absorb sweat and convey the sweat to an inner moisture absorption magnetic control bag to force the moisture absorption magnetic control bag to absorb moisture and expand so as to destroy the stability of the original magnetic shielding state, the magnetic attraction control balloon carries an elastic compression film to be close to the inner breathable inner layer after sensing the magnetic attraction effect and compresses the internal air so as to force the air to efficiently interact with a wearer through the inner breathable inner layer, the elastic compression film resets due to the elastic effect after the moisture absorption magnetic control bag is reshaped, so that the interacted air is extracted to wait for exchanging with the external air, in addition, the interlayer characteristic can actively exchange with the external air once being compressed, and the ventilating and dehumidifying effects of a protective garment body are obviously improved in a biological breathing simulating mode.

Description

Self-breathing type dehumidifying protective clothing

Technical Field

The invention relates to the technical field of protective clothing, in particular to self-breathing dehumidifying protective clothing.

Background

The protective clothing types include fire-fighting protective clothing, industrial protective clothing, medical protective clothing, military protective clothing and protective clothing used by special people. The protective clothing is mainly applied to the industries and departments of fire fighting, military industry, ships, petroleum, chemical industry, paint spraying, cleaning and disinfection, laboratories and the like.

Medical protective clothing refers to protective clothing used by medical staff (doctors, nurses, public health staff, cleaning staff, and the like) and people who enter specific medical and health areas (such as patients, hospital visitors, staff who enter infected areas, and the like). The function of the dust remover is to isolate germs, harmful ultrafine dust, acid-base solution, electromagnetic radiation and the like, ensure the safety of personnel and keep the environment clean.

Woven materials are used primarily in the manufacture of reusable medical protective garments comprising traditional woven fabrics, high density fabrics, coated fabrics and laminated fabrics. The traditional woven fabric is mainly formed by processing blended yarns of synthetic fibers such as cotton fibers or terylene and cotton, has good comfort and is mainly used for daily work clothes (white gowns). The high-density fabric is woven by high-count cotton yarns or other superfine synthetic fiber filaments, has very small yarn gaps, has moisture permeability due to the capillary action of fibers, has certain liquid permeation resistance after being treated by waterproof agents such as fluorocarbon, organic silicon and the like, and is mainly used for operating coat materials needing better waterproof effect. The coating and the laminated fabric are used for enhancing the anti-permeability performance of the material and are used for protective clothing materials which are harsher in use environment. The coated fabric is processed by coating, the surface of the coated fabric is sealed by a coating agent, the coated fabric has permeability resistance, and hydrophilic groups in the coating or a microporous structure formed by a special method ensure the moisture permeability of the fabric. Laminated fabrics are fabrics which are laminated with a special film (such as microporous film, polyurethane moisture permeable film, etc.) by a lamination process, such as polytetrafluoroethylene super waterproof moisture permeable composite fabric. The pore diameter of the micropores of the fabric main body membrane is far smaller than the diameter of water drops, so that the permeation of blood, body fluid and the like can be prevented, the porosity of the micropores is high, the pore diameter is larger than the diameter of water vapor molecules, and the water vapor molecules can freely pass through the micropores, so that the moisture permeability is good.

However, in the actual wearing process, medical workers work in a closed environment for a long time, and the air permeability of the protective clothing is too passive, so that the protective clothing still has a certain degree of deficiency, and the medical workers easily have sweat discharging phenomenon due to untimely heat exchange, thereby seriously affecting the wearing effect of the protective clothing.

Disclosure of Invention

1. Technical problem to be solved

The invention aims to solve the problems in the prior art, and provides a self-breathing type moisture-removing protective clothing which can firstly divide a protective clothing body in a unitized manner, simultaneously store a certain amount of external air in an interlayer manner in advance, once a wearer perspires, sweat is absorbed by moisture absorption bulges on an inner breathable lining and is conveyed to an inner moisture absorption magnetic control bag, the moisture absorption magnetic control bag is forced to absorb moisture and expand, so that the stability of the original magnetic shielding state is damaged, a magnetic field of the moisture absorption bulges can act on a magnetic attraction control balloon close to an outer breathable surface layer, the magnetic attraction control balloon carries an elastic air pressing film close to the inner breathable lining after sensing the magnetic attraction effect, the internal air is squeezed, the air is forced to efficiently interact with the wearer through the inner breathable lining, on one hand, good breathability can be ensured, on the other hand, the body temperature and the air moisture content of a skin area of the wearer are reduced, the elastic air pressing film resets due to the elastic effect after the composite shape of the moisture absorption magnetic control bag, so that the interacted air is extracted to wait for exchanging with the external air, and on the other hand, once the interlayer characteristic is squeezed to exchange with the external air once the moisture is absorbed, and the biological moisture-removing effect of the protective clothing is obviously improved by a breathing mode.

2. Technical scheme

In order to solve the above problems, the present invention adopts the following technical solutions.

The utility model provides a from breathing type hydrofuge type protective clothing, includes the protective clothing body, the protective clothing body includes a plurality of evenly distributed's net unit intermediate layer, net unit intermediate layer includes outer ventilative top layer, interior ventilative nexine and cuts apart the limit that connects, cut apart the limit and connect between outer ventilative top layer and interior ventilative nexine, and the outside of outer ventilative top layer in, adjacent connect the limit through cutting apart between the net unit intermediate layer and connect, interior ventilative nexine outer end is connected with a plurality of evenly distributed's the arch of absorbing moisture, interior ventilative nexine inner is connected with a plurality of and the protruding corresponding moisture absorption of absorbing moisture accuse magnetic cell, outer ventilative top layer inboard is equipped with assorted elasticity pressure gas membrane, inlay on the elasticity pressure gas membrane and be connected with a plurality of and the protruding corresponding magnetism of absorbing moisture and draw accuse balloon, and draw and control the outer looks conflict between balloon and the surface layer.

Further, the moisture absorption is protruding including moisture absorption package, magnetism piece and a plurality of wet fibre of leading of inhaling, magnetism is inhaled the piece and is inlayed and connect in moisture absorption package surface, lead wet fibre and evenly inlay in moisture absorption package inner, and lead wet fibre and run through interior ventilative nexine and extend to moisture absorption accuse magnetic capsule inboard, moisture absorption package can absorb moisture and sweat on the wearing personnel health, in time carry to moisture absorption accuse magnetic capsule through leading wet fibre simultaneously to trigger the inflation action of moisture absorption accuse magnetic capsule, then attract the accuse balloon by the magnetism piece of inhaling, trigger the interbedded breathing action of net unit.

Further, it includes the magnetism shielding top layer to inhale wet accuse magnetic bag, the inflation inner core and many elasticity silk that resets, elasticity reset the silk evenly connected between magnetism shielding top layer and the inflation inner core that absorbs water, the protruding magnetic field of absorbing water can be shielded on the magnetism shielding top layer under the normal condition, avoid leading the accuse balloon to the magnetism and disturb in advance, and the inflation action of triggering after absorbing the moisture that the moisture absorption arch was carried to the inflation inner core that absorbs water, thereby the extrusion magnetism shielding top layer disperses, destroy the integrality of magnetism shielding state, and after the inflation inner core that absorbs water resumes the shape, restore to the throne again by the magnetism shielding top layer of elasticity silk pulling dispersion and combine as a whole.

Further, the magnetic shielding top layer includes polylith evenly distributed's magnetic shielding scale, the inflation inner core that absorbs water includes a plurality of and magnetic shielding scale assorted inflation piece that absorbs water, the inflation piece that absorbs water all with interior ventilative nexine inner wall connection, and the magnetic shielding scale closely covers in the outside of inflation piece that absorbs water, single inflation piece that absorbs water acts on single magnetic shielding scale after the inflation that absorbs water, compares in whole inflation extruded effect better, can obviously improve the dispersion effect of magnetic shielding scale for the magnetic field of piece of inhaling can be more abundant act on the magnetic attraction accuse balloon.

Furthermore, the magnetic shielding scales are made of high-magnetic-conductivity materials, and the water-absorbing expansion blocks are made of water-absorbing expansion materials.

Further, magnetism is drawn accuse balloon and is drawn ball and filtration membrane including inlaying spheroid, magnetism outward, inlay the reducing hole on the spheroid outward, magnetism is drawn the ball and is located reducing hole opening part, filtration membrane cup joints between magnetism is drawn ball and reducing hole inner wall, and the air that comes in through outer ventilative surface course under the normal condition enters into between interior ventilative nexine and the elastic pressure gas membrane after filtration membrane filters and preserves, and after receiving the bellied magnetic attraction effect of moisture absorption, magnetism is drawn the ball and is at first close to and move to unable continuation removal back in the reducing hole, just can carry outside and inlays spheroid whole near moisture absorption arch, and magnetism is drawn the ball and seals reducing hole this moment, and the elastic pressure gas membrane is a tight whole this moment on the cooperation, can improve the extrusion effect to the internal air, makes it fully to see through interior ventilative nexine and dresses personnel's health and interact, is difficult for leaking to external world reduce effect, adopts the structure of drawing magnetism accuse balloon in addition, and in time outer ventilative surface course receives damage such as puncture, because still can be difficult to receive the damage in reducing hole inside, consequently still can keep good bacterial filter effect, guarantees the protective clothing body's of protection effect.

Furthermore, the diameter of the diameter-variable hole is gradually increased along the direction close to the moisture absorption bulge, and the outer diameter of the magnetic guide ball is positioned between the minimum diameter and the maximum diameter of the diameter-variable hole.

Furthermore, inlay the spheroid outward and adopt light waterproof material to make, filtration membrane adopts elastic filtration material to make, elasticity pressure gas membrane adopts elasticity ventilative material to make, inlays the spheroid outward and adopts light waterproof material can reduce the whole weight of protective clothing body, reduces the physical load to the person of wearing.

Furthermore, be connected with many evenly distributed's fixed gap silk between outer ventilative top layer and the interior ventilative nexine, and fixed gap silk from the center department reduces to the length of edge gradually, elastic pressure is provided on the gas film a plurality of and is inlayed the hole of establishing with fixed gap silk assorted, and fixed gap silk inserts and locates to inlay in the hole of establishing, and fixed gap silk can separate outer ventilative top layer and interior ventilative nexine in order to form great space to can store a large amount of air, improve the hydrofuge effect when breathing, can also improve the safeguard effect to external mechanical force, in addition under the guide effect of fixed gap silk, elastic pressure gas film can evenly deform the extruded air, thereby improves the homogeneity of hydrofuge.

Furthermore, the outer breathable surface layer and the inner breathable inner layer are both made of waterproof breathable materials, and the cutting connecting edges are made of elastic materials.

3. Advantageous effects

Compared with the prior art, the invention has the advantages that:

(1) This scheme can be through at first carrying out the unitization to the protective clothing body and cutting apart, simultaneously with the external air of intermediate layer form prestore ration, in case after the wearing personnel health perspires, absorb sweat and carry to inside moisture absorption accuse magnetic pocket department by the protruding moisture absorption on the ventilative nexine in the inboard, force moisture absorption accuse magnetic pocket to absorb moisture inflation, thereby destroy the stability of original magnetic screen state, the protruding magnetic field of moisture absorption can be used for acting on the magnetic attraction accuse balloon that is close to outer ventilative top layer, the magnetic attraction accuse balloon carries elasticity compressed air membrane to be close to interior ventilative nexine after feeling the magnetic attraction, extrude inside air, force the air to see through interior ventilative nexine and the wearing personnel and carry out the efficient interaction, can guarantee good gas permeability on the one hand, on the other hand reduces the regional air moisture content of the wearing personnel, elasticity compressed air membrane resets because of elasticity after moisture absorption accuse magnetic pocket is manifold, thereby extract the air of interaction and come out and wait for and exchange with external air, in addition because the intermediate layer characteristic receives the extrusion in case and can initiatively exchange with external air, show the ventilative hydrofuge effect that improves the protective clothing body through imitating biological breathing.

(2) The moisture absorption is protruding including the moisture absorption package, magnetism piece and a plurality of wet fibre of leading are inhaled to the magnetism, magnetism piece is inhaled and is inlayed and connect in moisture absorption package surface, it evenly inlays in moisture absorption package inner to lead wet fibre, and lead wet fibre and run through interior ventilative nexine and extend to moisture absorption accuse magnetic pouch inboard, moisture absorption package can absorb moisture and sweat on the wearing personnel health, in time carry to moisture absorption accuse magnetic pouch through leading wet fibre simultaneously, thereby trigger the inflation action of moisture absorption accuse magnetic pouch, then attract accuse balloon by magnetic piece, trigger the interbedded breathing action of net unit.

(3) Inhale wet accuse magnetic pocket and include the magnetic screen top layer, the inflation inner core and many elasticity silk that resets absorb water, elasticity silk evenly connects between magnetic screen top layer and the inflation inner core that absorbs water, the magnetic screen top layer can shield the bellied magnetic field that absorbs water under the normal condition, avoid leading the accuse balloon to disturb in advance to magnetism, and the inflation action of triggering behind the moisture that the protruding transport of absorption water of the inflation inner core that absorbs water comes, thereby extrude the magnetic screen top layer and disperse, destroy the integrality of magnetic screen state, and after the inflation inner core that absorbs water resumes the shape, restore to the throne again and combine as a whole by the magnetic screen top layer that elasticity silk pulling dispersion.

(4) Magnetic screen top layer includes polylith evenly distributed's magnetic screen scale, the inflation inner core that absorbs water includes a plurality ofly and magnetic screen scale assorted inflation piece that absorbs water, the inflation piece that absorbs water all with interior ventilative nexine inner wall connection, and the magnetic screen scale closely covers in the outside of inflation piece that absorbs water, single inflation piece that absorbs water acts on single magnetic screen scale after the inflation that absorbs water, it is better to compare in whole inflation extruded effect, can obviously improve the dispersion effect of magnetic screen scale, make the magnetic field of magnetism piece of inhaling can be more abundant act on the magnetic induction control balloon.

(5) The magnetic guiding control balloon comprises an outer embedded sphere, a magnetic guiding sphere and a filtering membrane, wherein a reducing hole is formed in the outer embedded sphere, the magnetic guiding sphere is arranged at the opening of the reducing hole, the filtering membrane is sleeved between the magnetic guiding sphere and the inner wall of the reducing hole, air entering through an outer air permeable surface layer is normally permeated, the air enters into a space between an inner air permeable inner layer and an elastic air pressing membrane after being filtered by the filtering membrane and is stored, after the magnetic guiding sphere is magnetically attracted by the moisture absorption bulges, the magnetic guiding sphere firstly approaches and moves in the reducing hole until the air cannot continuously move, the whole outer embedded sphere is carried to approach the moisture absorption bulges, the magnetic guiding sphere seals the reducing hole, the elastic air pressing membrane is a tight sealed whole, the extrusion effect on the internal air can be improved, the magnetic guiding sphere can fully permeate the inner air permeable inner layer to interact with the body of a wearer, the leakage to the outside is not prone to reduce the effect, in addition, after the structure of the magnetic guiding control balloon is adopted, the outer air permeable surface layer is timely damaged by scratches and the like, the filtering membrane is difficult to be damaged at the inner side of the reducing hole, the filtering effect of the filtering membrane can still be kept, and the good bacterial filtering effect of the protective garment can be ensured.

(6) Be connected with many evenly distributed's the line of gaps between outer ventilative top layer and the interior ventilative nexine, and the line of gaps is followed center department and is reduced to the length of edge gradually, elastic pressure is seted up on the gas film a plurality ofly and is established the hole with establishing the inlaying that line of gaps matches, and the line of gaps is inserted and is located and inlay in the hole, the line of gaps can separate outer ventilative top layer and interior ventilative nexine in order to form great space, thereby can store a large amount of air, improve the hydrofuge effect when breathing, can also improve the protecting effect to external mechanical force, in addition under the guide effect of line of gaps, elastic pressure gas film can evenly deform extrusion air, thereby improve the homogeneity of hydrofuge.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a cross-sectional view of a portion of the present invention;

FIG. 3 is a schematic structural view of a grid unit sandwich in accordance with the present invention;

FIG. 4 is a schematic view of the structure at A in FIG. 3;

FIG. 5 is a schematic structural diagram of the moisture-absorbing and controlling magnetic capsule of the present invention;

fig. 6 is a schematic structural view of the magnetically piloted balloon of the present invention.

The numbering in the figures illustrates:

the protective suit comprises a protective suit body 1, an outer breathable surface layer 11, an inner breathable lining layer 12, a split joint edge 13, moisture absorption protrusions 2, a moisture absorption bag 21, a magnetic absorption block 22, moisture-conducting fibers 23, a moisture absorption magnetic control bag 3, magnetic shielding scales 31, a water absorption expansion block 32, an elastic reset wire 33, a magnetic guidance control balloon 4, an outer embedded sphere 41, a magnetic guidance ball 42, a filtering membrane 43, an elastic air pressing membrane 5 and a constant gap wire 6.

Detailed Description

The technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention; it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments, and all other embodiments obtained by those skilled in the art without any inventive work are within the scope of the present invention.

In the description of the present invention, it should be noted that the terms "upper", "lower", "inner", "outer", "top/bottom", and the like indicate orientations or positional relationships based on those shown in the drawings, and are only for convenience of description and simplification of description, but do not indicate or imply that the referred device or element must have a specific orientation, be constructed in a specific orientation, and be operated, and thus should not be construed as limiting the present invention. Furthermore, the terms "first" and "second" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.

In the description of the present invention, it should be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "disposed," "sleeved/connected," "connected," and the like are to be construed broadly, e.g., "connected," which may be fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.

Example 1:

referring to fig. 1-3, a self-breathing type moisture-removing protective clothing comprises a protective clothing body 1, wherein the protective clothing body 1 comprises a plurality of grid unit interlayers which are uniformly distributed, each grid unit interlayer comprises an outer breathable surface layer 11, an inner breathable inner layer 12 and a dividing connecting edge 13, the dividing connecting edge 13 is connected between the outer breathable surface layer 11 and the inner breathable inner layer 12, the outer breathable surface layer 11 is positioned on the outer side of the inner breathable inner layer 12, adjacent grid unit interlayers are connected through the dividing connecting edges 13, the outer end of the inner breathable inner layer 12 is connected with a plurality of moisture absorption bulges 2 which are uniformly distributed, the inner end of the inner breathable inner layer 12 is connected with a plurality of moisture absorption control magnetic bags 3 corresponding to the moisture absorption bulges 2, the inner side of the outer breathable surface layer 11 is provided with a matched elastic compressed air film 5, the elastic compressed air film 5 is connected with a plurality of magnetic guidance control balloons 4 corresponding to the moisture absorption bulges 2 in an embedded manner, and the magnetic guidance control balloons 4 are abutted against the outer breathable surface layer 11.

Be connected with many evenly distributed's the line of a crack 6 surely between outer ventilative top layer 11 and the interior ventilative nexine 12, and the line of a crack 6 surely reduces to the length of edge from the center, set up on the elastic pressure gas membrane 5 a plurality ofly and set the hole of establishing of line of a crack 6 assorted, and decide the line of a crack 6 insert locate to inlay in establishing the hole, decide the line of a crack 6 can separate outer ventilative top layer 11 and interior ventilative nexine 12 in order to form great space, thereby can store a large amount of air, improve the hydrofuge effect when breathing, can also improve the protecting effect to external mechanical force, in addition under the guide effect of line of a crack 6 surely, elastic pressure gas membrane 5 can extrude the air with even deformation, thereby improve the homogeneity of hydrofuge.

The outer breathable surface layer 11 and the inner breathable inner layer 12 are both made of waterproof breathable materials, and the cutting connecting edges 13 are made of elastic materials.

Referring to fig. 4, the moisture absorption protrusion 2 includes a moisture absorption bag 21, a magnetic absorption block 22 and a plurality of moisture conductive fibers 23, the magnetic absorption block 22 is embedded in the surface of the moisture absorption bag 21, the moisture conductive fibers 23 are uniformly embedded in the inner end of the moisture absorption bag 21, the moisture conductive fibers 23 penetrate through the inner breathable lining 12 and extend to the inner side of the moisture absorption magnetic control capsule 3, the moisture absorption bag 21 can absorb moisture and sweat on the body of a wearer, and the moisture and sweat are timely conveyed to the moisture absorption magnetic control capsule 3 through the moisture conductive fibers 23, so as to trigger the expansion action of the moisture absorption magnetic control capsule 3, and then the magnetic absorption block 22 attracts the magnetic attraction control balloon 4 to trigger the breathing action of the interlayer of the grid unit.

Please refer to fig. 5, the moisture absorption magnetic control capsule 3 includes a magnetic shielding surface layer, the water absorption expansion inner core and a plurality of elastic reset wires 33, the elastic reset wires 33 are uniformly connected between the magnetic shielding surface layer and the water absorption expansion inner core, the magnetic shielding surface layer can shield the magnetic field of the moisture absorption bulge 2 in a normal state, the interference to the magnetic control balloon 4 in advance is avoided, and the water absorption expansion inner core triggers the expansion action after absorbing the moisture transported by the moisture absorption bulge 2, thereby extruding the magnetic shielding surface layer for dispersion, destroying the integrity of the magnetic shielding state, and after the water absorption expansion inner core recovers the shape, the magnetic shielding surface layer of the elastic reset wires 33 pulling dispersion is reset to be combined into a whole again.

Magnetic shield top layer includes polylith evenly distributed's magnetic shield scale 31, the inflation inner core that absorbs water includes a plurality ofly and magnetic shield scale 31 assorted inflation piece 32 that absorbs water, the inflation piece 32 all with interior ventilative 12 interior wall connections, and magnetic shield scale 31 closely covers in the outside of inflation piece 32 that absorbs water, single inflation piece 32 that absorbs water acts on single magnetic shield scale 31 after the inflation that absorbs water, it is better to compare in whole extruded effect that expands, can obviously improve the dispersion effect of magnetic shield scale 31, make the magnetic field of magnetism piece 22 of inhaling can be more abundant act on magnetic attraction accuse balloon 4.

The magnetic shielding scales 31 are made of high magnetic conductivity materials, and the water absorption expansion blocks 32 are made of water absorption expansion materials.

Referring to fig. 6, the magnetic guiding balloon 4 includes an outer embedded ball 41, a magnetic guiding ball 42 and a filtering membrane 43, a diameter-variable hole is formed on the outer embedded ball 41, the magnetic guiding ball 42 is disposed at an opening of the diameter-variable hole, the filtering membrane 43 is sleeved between the magnetic guiding ball 42 and an inner wall of the diameter-variable hole, air entering through the outer air-permeable surface layer 11 under a normal state enters between the inner air-permeable inner layer 12 and the elastic air-compressing membrane 5 after being filtered by the filtering membrane 43, and after being magnetically attracted by the moisture-absorbing protrusion 2, the magnetic guiding ball 42 firstly approaches and moves in the diameter-variable hole until the air cannot move continuously, so that the outer embedded ball 41 is carried to approach the moisture-absorbing protrusion 2 integrally, at this time, the magnetic guiding ball 42 seals the diameter-variable hole, and the elastic air-compressing membrane 5 is a tight closed whole at this time, so that the squeezing effect on the inner air can be improved, so that the inner air-permeable inner layer 12 fully interacts with the body of a wearer, the filtering membrane 43 is not damaged, and the protecting effect of bacteria can be maintained well.

The diameter of the reducing hole is gradually increased along the direction close to the moisture absorption bulge 2, and the outer diameter size of the magnetic guide ball 42 is between the minimum diameter and the maximum diameter of the reducing hole.

The externally-embedded ball body 41 is made of a light waterproof material, the filtering membrane 43 is made of an elastic filtering material, the elastic air compression membrane 5 is made of an elastic air-tight material, and the externally-embedded ball body 41 is made of the light waterproof material, so that the overall weight of the protective garment body 1 can be reduced, and the body load of a wearer can be reduced.

The protective clothing body 1 is divided into units, a certain amount of external air is stored in advance in an interlayer mode, once a wearer perspires, sweat is absorbed by the moisture absorption protrusions 2 on the inner breathable inner layer 12 and conveyed to the moisture absorption magnetic control balloons 3 inside, the moisture absorption magnetic control balloons 3 are forced to absorb moisture and expand, and accordingly the stability of the original magnetic shielding state is damaged, the magnetic field of the moisture absorption protrusions 2 acts on the magnetic attraction control balloons 4 close to the outer breathable surface layer 11, the magnetic attraction control balloons 4 carry the elastic compressed air film 5 close to the inner breathable inner layer 12 after the magnetic attraction effect is sensed, the internal air is squeezed, the air is forced to efficiently interact with the wearer through the inner breathable inner layer 12, on one hand, good breathability can be guaranteed, on the other hand, the body temperature and the air moisture content of a skin area of the wearer are reduced, the elastic compressed air film 5 resets under the elastic effect after the moisture absorption magnetic control balloons 3 are deformed, and accordingly the interacted air is extracted to wait for exchanging with the external air, and on the other hand, the active characteristic of the interlayer can exchange with the external air once the breathable protective clothing body 1 is actively improved, and the effect of the protective clothing is remarkably improved.

The above are merely preferred embodiments of the present invention; the scope of the invention is not limited thereto. Any person skilled in the art should be able to cover the technical scope of the present invention by equivalent or modified solutions and modifications within the technical scope of the present invention.

Claims

1. The utility model provides a from breathing type of hydrofuge protective clothing, includes protective clothing body (1), its characterized in that: the protective suit body (1) comprises a plurality of grid unit interlayers which are uniformly distributed, each grid unit interlayer comprises an outer breathable surface layer (11), an inner breathable inner layer (12) and a partition connecting edge (13), each partition connecting edge (13) is connected between the outer breathable surface layer (11) and the inner breathable inner layer (12), the outer breathable surface layers (11) are located on the outer sides of the inner breathable inner layers (12), the adjacent grid unit interlayers are connected through the partition connecting edges (13), the outer ends of the inner breathable inner layers (12) are connected with a plurality of moisture absorption bulges (2) which are uniformly distributed, the inner ends of the inner breathable inner layers (12) are connected with a plurality of moisture absorption magnetic control bags (3) corresponding to the moisture absorption bulges (2), the inner sides of the outer breathable surface layers (11) are provided with matched elastic compressed air films (5), the elastic compressed air films (5) are connected with a plurality of magnetic induction balloons (4) corresponding to the moisture absorption bulges (2) in an embedded mode, and the magnetic induction balloons (4) are abutted against the outer breathable surface layers (11);

the magnetic guiding control balloon (4) comprises an externally-embedded sphere (41), a magnetic guiding ball (42) and a filtering membrane (43), wherein a reducing hole is formed in the externally-embedded sphere (41), the magnetic guiding ball (42) is arranged at the opening of the reducing hole, and the filtering membrane (43) is sleeved between the magnetic guiding ball (42) and the inner wall of the reducing hole;

the diameter of the variable-diameter hole is gradually increased along the direction close to the moisture absorption bulge (2), and the outer diameter size of the magnetic guide ball (42) is positioned between the minimum diameter and the maximum diameter of the variable-diameter hole;

the externally-embedded sphere (41) is made of a light waterproof material, the filtering membrane (43) is made of an elastic filtering material, and the elastic air compression membrane (5) is made of an elastic air-tight material;

the moisture absorption protrusions (2) comprise moisture absorption bags (21), magnetic absorption blocks (22) and a plurality of moisture conducting fibers (23), the magnetic absorption blocks (22) are connected to the surfaces of the moisture absorption bags (21) in an embedded mode, the moisture conducting fibers (23) are uniformly embedded in the inner ends of the moisture absorption bags (21), and the moisture conducting fibers (23) penetrate through the inner breathable inner layer (12) and extend to the inner sides of the moisture absorption magnetic control capsules (3); the moisture absorption and control magnetic capsule (3) comprises a magnetic shielding surface layer, a water absorption expansion inner core and a plurality of elastic reset wires (33), wherein the elastic reset wires (33) are uniformly connected between the magnetic shielding surface layer and the water absorption expansion inner core; magnetic shield top layer includes polylith evenly distributed's magnetic shield scale (31), the inflation inner core that absorbs water includes a plurality ofly and magnetic shield scale (31) assorted inflation piece (32) that absorbs water, inflation piece (32) all with interior ventilative nexine (12) inner wall connection, and magnetic shield scale (31) closely cover in the outside of inflation piece (32) that absorbs water.

2. A self-breathing, moisture-wicking protective garment as defined in claim 1, wherein: the magnetic shielding scales (31) are made of high-magnetic-conductivity materials, and the water-absorbing expansion blocks (32) are made of water-absorbing expansion materials.

3. A self-breathing, moisture-wicking protective garment as defined in claim 1, wherein: outer ventilative top layer (11) and interior ventilative inlayer (12) between be connected with many evenly distributed's fixed gap silk (6), and fixed gap silk (6) from center department to the length of edge reduce gradually, elasticity is pressed and is seted up a plurality ofly on gas membrane (5) and is inlayed the hole of establishing with fixed gap silk (6) assorted, and fixed gap silk (6) are inserted and are located to inlay the hole of establishing.

4. A self-breathing, moisture-wicking protective garment as defined in claim 1, wherein: the outer breathable surface layer (11) and the inner breathable inner layer (12) are both made of waterproof breathable materials, and the cutting connecting edges (13) are made of elastic materials.