1. The textile material with the functions of virus resistance, water resistance, ventilation and protection is characterized by comprising a high polymer material, wherein one surface of the high polymer material is attached to a conventional textile fabric, the other surface of the high polymer material is attached to any one of skin-friendly fabrics, the textile material comprises an outer layer, an inner layer and a middle layer, and the inner layer fabric, the middle layer and the outer layer are further pressed into a whole.

2. The functional textile with antiviral, waterproof, breathable and protective effects as claimed in claim 1, wherein said method for preparing said functional textile with antiviral, waterproof, breathable and protective effects comprises the following steps:

the method comprises the following steps: mixing polyvinyl chloride with a certain amount of plastic organic fluoride, performing water electret and liquid medicine spraying processes, and performing vacuum adsorption and drying treatment to form a high polymer material with antibacterial lasting charges and good air permeability;

step two: the textile fabric with the sterilization function is obtained by putting the conventional textile fabric into a disinfectant container,

step three: the conventional textile fabric passes through a waterproof coating solvent bin to obtain the textile fabric with the waterproof function;

step four: attaching the conventional textile fabric to any one surface of the treated high polymer material by an ultrasonic principle;

step five: any one of skin-friendly textile fabrics is selected and attached to the other surface of the high polymer material by the ultrasonic principle;

step six: and carrying out ultrasonic lamination on the three layers of materials to obtain a layer of functional textile.

3. The functional textile with antiviral, waterproof, breathable and protective effects as claimed in claim 1, wherein said polymeric material comprises the following steps:

the method comprises the following steps: extruding a certain amount of fluoride and polypropylene powder particles by a screw to form a plurality of fiber columnar threads, and staggering and interweaving to form meshes;

step two: obtaining an aggregate through electrostatic impact of water of atomized high-purity pure water;

step three: then carrying out shower coating treatment, dispersing the bactericidal drug between the surface layer of the aggregate and each molecular body, collecting the drug liquid through a tank body after spraying, and simultaneously arranging a press roller to lead the aggregate into the tank body for fully soaking;

step four: a plurality of press rolls are arranged to extrude the aggregate, water vapor is sucked dry in the modes of extrusion and subsequent vacuum adsorption, the fiber silk is sucked more thoroughly, and the liquid medicine is uniformly dispersed in the polymer to obtain the bactericidal and antiviral fiber-grade high molecular material;

step five: drying and damp-clearing box completely dries the cloth, finally cooling the cloth and cutting the cloth into products.

4. The textile material with antiviral, waterproof, breathable and protective effects as claimed in claim 1, wherein the polymer layer is made to different thicknesses according to the index requirements of the finished product, and the normal gram weight ratio per square meter is 25G, 40G, 50G, 80G, 100G.

5. The functional textile with antiviral, waterproof, breathable and protective effects as claimed in claim 2, wherein the step of obtaining the textile fabric with the antibacterial function from the conventional textile fabric in the step two by passing through a disinfectant container comprises the following specific steps:

the method comprises the following steps: drawing the conventional fabric out of one end of an unreeling machine, and feeding the conventional fabric into a liquid medicine container through a cloth guide roller;

step two: through two smooth rollers in the liquid medicine container dip-dye the surface fabric in liquid medicine, derive after that, clear through the scraper blade when deriving from liquid medicine and scrape, carry out press dry moisture to the surface fabric through two sets of compression rollers after that, the moisture of extrusion falls on the scraper blade, and the scraper blade slope sets up and plays the splashproof effect.

6. Step three: and the fabric is recovered by a winding device.

7. The textile with antiviral, waterproof, breathable and protective effects as claimed in claim 2, wherein the step three of obtaining the textile fabric with waterproof function through the waterproof coating solvent bin comprises the following specific steps:

the method comprises the following steps: the obtained fabric with the antiviral function is taken out of a rear cabin of the dryer, is drawn out through one end of a conveying belt and enters a coating bin through a bin inlet guide roller of the coating bin;

step two: the fabric absorbs the spray-shaped particles of the nano transparent solvent in the coating bin until the absorption is sufficient;

step three: the fabric is output along with the outer end of the guide roller, and the moisture of the nano transparent coating is removed through the middle vacuum adsorption device;

step four: the fabric passes through the ecological cabin again, when the detected humidity ratio is within 0.07, the local heating facility is not started any more, otherwise, the detected humidity exceeds the set range value, the air draft heating system is automatically started, the target value is reached, and the fabric passes smoothly;

step five: the fabric is recovered by a winding device to obtain the antibacterial waterproof fabric.

8. The textile material with the functions of virus resistance, water resistance, air permeability and protection as claimed in claim 2, wherein the step six of performing ultrasonic lamination on the three layers of materials to obtain a layer of functional textile specifically comprises the following steps:

the method comprises the following steps: the front surface of the fiber-grade high molecular material with sterilization and antivirus and any fabric with antibacterial and waterproof properties are seamlessly attached through an ultrasonic laminating machine;

step two: the reverse side of the fiber-grade high molecular material with the functions of sterilization and antivirus and any fabric with the functions of antibiosis and water resistance are seamlessly jointed by an ultrasonic laminating machine;

step three: the ultrasonic pressing machine performs the operations of edge sewing, welding, melt cutting, embossing and the like on the synthetic fiber cloth.

9. A functional textile having antiviral, waterproof, air permeable, and protective effects as claimed in claim 3, wherein said amount in step one is 3-5%.

10. The functional textile with antiviral, waterproof, air permeable, and protective effects of claim 3, wherein in step one, the mesh size is 0.003 MM to 0.1 MM.

Background

China is a large export country of textiles, but the export of the textiles has low technical content, low additional value and particularly lower export proportion of functional textiles. The functional textile includes: health care functional textile, protective function textile, comfortable functional textile and the like, wherein the health care functional textile is an important subject which needs to be solved urgently in the aspects of antivirus, waterproofing and breathability.

The existing functional wearing material adopts textile fabric and TPU film or plastic film to make nano-micropore process, and then is compounded with gauze, thereby realizing the following steps: the composite material is warm-keeping, waterproof and breathable, the manufacturing cost of the composite material is expensive, and the composite material needs to be imported from the sea at the high end, so that the composite material cannot solve multiple problems of functional wearing due to the difference of built-in materials of the traditional composite material, and cannot be widely applied. More importantly, the composite materials are not involved in the field of sterilization and gas defense, the cost and the application of the functional dress material are examined, and the application fields comprise: jacket, hospital protective clothing, hat, gloves, medical protective material (mask), upper material of sports shoes, insole, underwear, mask, wiping cloth, handkerchief, etc.

In order to sterilize and inhibit bacteria, the traditional method is that the performances of bacteria adsorption and dust filtration need to depend on a silver ion nano coating on the surface layer, but the whole air permeability is poor; many cloth materials adopt plastic fabrics with TPU and the like adhered on the surface for water resistance, and as long as the prior art, the cloth materials are not breathable, air cannot be permeable, mould is easy to grow on the day of warming, mildew is generated, and the application of wearable cloth is not facilitated; the medical wiping cloth, the protective clothing, the mask, the cap and the like are required to be improved in sterilization performance and repeatedly used, and the outdoor jacket can voluntarily isolate harmful substances, sterilize and the like in order to reduce the cost.

There is a need for a fabric that can kill bacteria, prevent viruses, prevent water and water, has good permeability and low air resistance, isolates external bacteria and dust, and has the characteristics of heat preservation and skin friendliness.

Disclosure of Invention

The invention aims to provide a textile material with antiviral, waterproof, breathable and protective effects.

In order to achieve the purpose, the invention adopts the following technical scheme:

the textile material comprises a high polymer material, one surface of the high polymer material is attached to a conventional textile fabric, the other surface of the high polymer material is attached to any one of skin-friendly fabrics, and the textile material comprises an outer layer, an inner layer and an intermediate layer, wherein the inner layer fabric, the intermediate layer and the outer layer are further pressed into a whole.

Further, the preparation method of the functional textile with the functions of resisting virus, preventing water, permeating air and protecting comprises the following steps:

the method comprises the following steps: mixing polyvinyl chloride with a certain amount of plastic organic fluoride, performing water electret and liquid medicine spraying processes, and performing vacuum adsorption and drying treatment to form a high polymer material with antibacterial lasting charges and good air permeability;

step two: the textile fabric with the sterilization function is obtained by putting the conventional textile fabric into a disinfectant container,

step three: the conventional textile fabric passes through a waterproof coating solvent bin to obtain the textile fabric with the waterproof function;

step four: attaching the conventional textile fabric to any one surface of the treated high polymer material by an ultrasonic principle;

step five: any one of skin-friendly textile fabrics is selected and attached to the other surface of the high polymer material by the ultrasonic principle;

step six: and carrying out ultrasonic lamination on the three layers of materials to obtain a layer of functional textile.

Further, the polymer material comprises the following steps:

the method comprises the following steps: extruding a certain amount of fluoride and polypropylene powder particles by a screw to form a plurality of fiber columnar threads, and staggering and interweaving to form meshes;

step two: obtaining an aggregate through electrostatic impact of water of atomized high-purity pure water;

step three: then carrying out shower coating treatment, dispersing the bactericidal drug between the surface layer of the aggregate and each molecular body, collecting the drug liquid through a tank body after spraying, and simultaneously arranging a press roller to lead the aggregate into the tank body for fully soaking;

step four: a plurality of press rolls are arranged to extrude the aggregate, water vapor is sucked dry in the modes of extrusion and subsequent vacuum adsorption, the fiber silk is sucked more thoroughly, and the liquid medicine is uniformly dispersed in the polymer to obtain the bactericidal and antiviral fiber-grade high molecular material;

step five: drying and damp-clearing box completely dries the cloth, finally cooling the cloth and cutting the cloth into products.

Furthermore, the polymer layer is made into different thicknesses according to the index requirements of the finished product, and the normal gram weight ratio per square meter is 25G, 40G, 50G, 80G and 100G.

Further, the step of obtaining the textile fabric with the sterilization function by the conventional textile fabric passing through the disinfectant container in the step two specifically comprises the following steps:

the method comprises the following steps: drawing the conventional fabric out of one end of an unreeling machine, and feeding the conventional fabric into a liquid medicine container through a cloth guide roller;

step two: through two smooth rollers in the liquid medicine container dip-dye the surface fabric in liquid medicine, derive after that, clear through the scraper blade when deriving from liquid medicine and scrape, carry out press dry moisture to the surface fabric through two sets of compression rollers after that, the moisture of extrusion falls on the scraper blade, and the scraper blade slope sets up and plays the splashproof effect.

Step three: and the fabric is recovered by a winding device.

Further, the step three of obtaining the textile fabric with the waterproof function through the waterproof coating solvent bin specifically comprises the following steps:

the method comprises the following steps: the obtained fabric with the antiviral function is taken out of a rear cabin of the dryer, is drawn out through one end of a conveying belt and enters a coating bin through a bin inlet guide roller of the coating bin;

step two: the fabric absorbs the spray-shaped particles of the nano transparent solvent in the coating bin until the absorption is sufficient;

step three: the fabric is output along with the outer end of the guide roller, and the moisture of the nano transparent coating is removed through the middle vacuum adsorption device;

step four: the fabric passes through the ecological cabin again, when the detected humidity ratio is within 0.07, the local heating facility is not started any more, otherwise, the detected humidity exceeds the set range value, the air draft heating system is automatically started, the target value is reached, and the fabric passes smoothly;

step five: the fabric is recovered by a winding device to obtain the antibacterial waterproof fabric.

Further, the step six of performing ultrasonic lamination on the three-layer material lamination to obtain a layer of functional textile specifically comprises the following steps:

the method comprises the following steps: the front surface of the fiber-grade high molecular material with sterilization and antivirus and any fabric with antibacterial and waterproof properties are seamlessly attached through an ultrasonic laminating machine;

step two: the reverse side of the fiber-grade high molecular material with the functions of sterilization and antivirus and any fabric with the functions of antibiosis and water resistance are seamlessly jointed by an ultrasonic laminating machine;

step three: the ultrasonic pressing machine performs the operations of edge sewing, welding, melt cutting, embossing and the like on the synthetic fiber cloth.

Further, in the first step, the amount is 3 to 5%.

Further, in step one, the mesh size is 0.003 MM to 0.1 MM.

The invention has the beneficial effects that:

1 because the material of the invention has the advantages of sterilization, poison prevention, light weight, water and air permeability, heat dissipation and moisture removal and durability, the material is greatly helpful for manufacturing equipment for outdoor sports.

2. The material of the invention also has good heat preservation performance for preventing air cooling effect, and the functionality of the material is not changed in the temperature and humidity change;

3. the material has better heat retention than the traditional fabric, because the pores in the fiber are formed in the process of re-spinning, the cross arrangement of the pores is influenced by wind pressure, the arranged micropores can not be seen by naked eyes, and no obvious rule exists, so the material has better heat retention than the traditional material (the micropores are treated after preparation, and have obvious arrangement rules), because the pores of the fiber are only 0.03-0.10 micron in nanometer level, the material is fine and breathable, and the fiber is also solid after vacuum adsorption, and has double functions of heat retention and ventilation;

4. the traditional material is more heavily weighted in waterproof, and the TPU film is required to be selected on the surface layer of the attached material, so that the development of other functions of the cloth is limited.

Drawings

FIG. 1 is a flow chart of the present invention;

FIG. 2 is a schematic view showing an internal structure of a Chinese medicinal water container in example 1 of the present invention;

FIG. 3 is a schematic view showing an internal structure of a Chinese medicinal water container in example 2 of the present invention;

fig. 4 is a schematic view of the internal structure of the traditional Chinese medicine water container in embodiment 3 of the present invention.

Detailed Description

The technical solution of the present invention is further explained by the following embodiments.

Example 1

As shown in fig. 1 and 2, a textile material with antiviral, waterproof, breathable and protective effects comprises a high polymer material, one surface of the high polymer material is attached to a conventional textile fabric, the other surface of the high polymer material is attached to any one of skin-friendly fabrics, the textile material comprises an outer layer, an inner layer and a middle layer, and the inner layer fabric, the middle layer and the outer layer are further pressed into a whole.

The preparation method of the functional textile with the functions of resisting virus, preventing water, ventilating and protecting comprises the following steps:

the method comprises the following steps: mixing polyvinyl chloride with a certain amount of plastic organic fluoride, performing water electret and liquid medicine spraying processes, and performing vacuum adsorption and drying treatment to form a high polymer material with antibacterial lasting charges and good air permeability;

step two: the textile fabric with the sterilization function is obtained by putting the conventional textile fabric into a disinfectant container,

step three: the conventional textile fabric passes through a waterproof coating solvent bin to obtain the textile fabric with the waterproof function;

step four: attaching the conventional textile fabric to any one surface of the treated high polymer material by an ultrasonic principle;

step five: any one of skin-friendly textile fabrics is selected and attached to the other surface of the high polymer material by the ultrasonic principle;

step six: and carrying out ultrasonic lamination on the three layers of materials to obtain a layer of functional textile.

Wherein, the high molecular material comprises the following steps:

the method comprises the following steps: extruding a certain amount of fluoride and polypropylene powder particles by a screw to form a plurality of fiber columnar threads, and staggering and interweaving to form meshes;

step two: obtaining an aggregate through electrostatic impact of water of atomized high-purity pure water;

step three: then carrying out shower coating treatment, dispersing the bactericidal drug between the surface layer of the aggregate and each molecular body, collecting the drug liquid through a tank body after spraying, and simultaneously arranging a press roller to lead the aggregate into the tank body for fully soaking;

step four: a plurality of press rolls are arranged to extrude the aggregate, water vapor is sucked dry in the modes of extrusion and subsequent vacuum adsorption, the fiber silk is sucked more thoroughly, and the liquid medicine is uniformly dispersed in the polymer to obtain the bactericidal and antiviral fiber-grade high molecular material;

step five: drying and damp-clearing box completely dries the cloth, finally cooling the cloth and cutting the cloth into products.

Wherein, according to the index requirements of the finished product, the polymer layer is made into different thicknesses, and the normal gram weight ratio per square meter is 25G, 40G, 50G, 80G and 100G.

Wherein, the step two is that the conventional textile fabric passes through the disinfectant container to obtain the textile fabric with the sterilization function, and the steps are as follows:

the method comprises the following steps: drawing the conventional fabric out of one end of an unreeling machine, and feeding the conventional fabric into a liquid medicine container through a cloth guide roller;

step two: through two smooth rollers in the liquid medicine container dip-dye the surface fabric in liquid medicine, derive after that, clear through the scraper blade when deriving from liquid medicine and scrape, carry out press dry moisture to the surface fabric through two sets of compression rollers after that, the moisture of extrusion falls on the scraper blade, and the scraper blade slope sets up and plays the splashproof effect.

Step three: and the fabric is recovered by a winding device.

Wherein, the step three is to obtain the textile fabric with the waterproof function through a waterproof coating solvent bin, and the steps are as follows:

the method comprises the following steps: the obtained fabric with the antiviral function is taken out of a rear cabin of the dryer, is drawn out through one end of a conveying belt and enters a coating bin through a bin inlet guide roller of the coating bin;

step two: the fabric absorbs the spray-shaped particles of the nano transparent solvent in the coating bin until the absorption is sufficient;

step three: the fabric is output along with the outer end of the guide roller, and the moisture of the nano transparent coating is removed through the middle vacuum adsorption device;

step four: the fabric passes through the ecological cabin again, when the detected humidity ratio is within 0.07, the local heating facility is not started any more, otherwise, the detected humidity exceeds the set range value, the air draft heating system is automatically started, the target value is reached, and the fabric passes smoothly;

step five: the fabric is recovered by a winding device to obtain the antibacterial waterproof fabric.

Wherein, the step six is to carry out ultrasonic wave pressfitting again on the three-layer material laminating basis and obtain a layer of functional textile specifically:

the method comprises the following steps: the front surface of the fiber-grade high molecular material with sterilization and antivirus and any fabric with antibacterial and waterproof properties are seamlessly attached through an ultrasonic laminating machine;

step two: the reverse side of the fiber-grade high molecular material with the functions of sterilization and antivirus and any fabric with the functions of antibiosis and water resistance are seamlessly jointed by an ultrasonic laminating machine;

step three: the ultrasonic pressing machine performs the operations of edge sewing, welding, melt cutting, embossing and the like on the synthetic fiber cloth.

Wherein, the content in the first step is 3-5%.

Wherein, the mesh size in the first step is 0.003-0.1 MM.

The ultrasonic laminating machine is mainly used for edge sewing, welding, melt cutting and embossing of synthetic fiber cloth, and the processed product has the characteristics of good water tightness, high production efficiency, no needle thread auxiliary material, smooth melt-cut surface, no burr, good hand feeling and the like.

Example 2

The difference between the embodiment and embodiment 1 lies in the treatment of the conventional fabric entering the liquid medicine container, as shown in fig. 3, in this embodiment, the conventional fabric enters the liquid medicine container through the cloth guide roller, when the conventional fabric passes through the liquid medicine container, the fabric is immersed into the liquid medicine through two slide rollers inside the liquid medicine container, before the conventional fabric is immersed into the liquid medicine, the inclined plate is arranged, the inclined plate is also provided with a plurality of spraying water nozzles, the liquid medicine is sprayed onto the conventional fabric, then the conventional fabric is led out, when the conventional fabric is led out from the liquid medicine, the fabric is scraped through the scraper plate, then the fabric is pressed dry through two sets of the press rollers, the pressed water falls on the scraper plate, the scraper plate is inclined to play a role of anti-splashing, meanwhile, the open position of the liquid medicine container is fixedly covered with the anti-splashing plate to play a role of anti-splashing, the anti-splashing generated by spraying is avoided, the anti-splashing plate is provided with an opening for the conventional fabric to enter and lead out, the time for soaking the liquid medicine in the conventional fabric can be shortened by spraying the liquid medicine.

Example 3

The difference lies in the processing that gets into liquid medicine container to conventional surface fabric in this embodiment with embodiment 1, as shown in fig. 4, in this embodiment, conventional surface fabric gets into liquid medicine container via the fabric guide roller, when passing through liquid medicine container, adopt half blow to spout and half bubble liquid medicine transport mode, soak the surface fabric into the liquid medicine through inside two smooth rollers of liquid medicine container, set up the diaphragm at liquid medicine liquid level downside level, be provided with a plurality of medicine spouts mouth on the diaphragm, blow and spout the conventional surface fabric that soaks liquid medicine, derive then, clear scraping through the scraper blade when deriving from liquid medicine, press dry moisture to the surface fabric through two sets of compression rollers after that, the moisture of extrusion falls on the scraper blade, the scraper blade slope sets up and plays the splashproof effect, liquid medicine is difficult to the pole and need not often clear up medicine spouts mouth in liquid medicine container.

The foregoing is merely exemplary and illustrative of the present invention and various modifications, additions and substitutions may be made by those skilled in the art to the specific embodiments described without departing from the scope of the invention as defined in the following claims.