JP2018066090A - Natural antibacterial colophonium adsorber and the method thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a technique for causing liquid colophonium contained colophonium of a natural antibacterial substance to be absorbed in woven fabric, nonwoven fabric or a textile product finished by sewing.SOLUTION: There is provided a colophonium adsorber comprising: a container 80 containing colophonium solution 30; a liquid adjusting unit 100 for adjusting the input amount of the colophonium solution 30; an airtight injector 90 injecting the colophonium solution 30 with the movement of the container 80; and a cooling temperature device 120 for vaporizing ethanol 110 contained in the colophonium solution 30, wherein materials for the colophonium solution 30 is adsorbed in natural fiber or synthetic fiber woven fabric 10 and nonwoven fabric 20.SELECTED DRAWING: Figure 1

Description

  The present invention relates to an adsorption technique, and more particularly to a technique for adsorbing liquid pine resin containing pine resin, which is a natural antibacterial substance, to a textile fabric fabric, a nonwoven fabric fabric, or a finished textile product.

  In general, when producing synthetic yarns or non-woven textile fabrics made of natural or pure wood, silk, pulp fiber fabrics, or synthetic, natural pulp, wood and pure cotton, functional fibers are added to make the fiber yarns. Fiber products have been developed that are manufactured or coated with synthetic functional materials on the manufactured fiber products to enhance antibacterial properties and functionality.

  Conventionally, when manufacturing clothing and mask fiber fabrics, synthetic fiber fabrics that have antibacterial properties are manufactured to complete the manufacture of clothing and especially mask products, and then disinfectants are added to manufacture masks. The disinfectant added to the natural fiber product has a problem that it loses its effect due to evaporation over time.

  On the other hand, as a prior art of the present invention, Patent Document 1 (air filter and air treatment apparatus and method using the same) (International Publication No. WO2006 / 011541) characterized in that a natural extract component extracted from ginkgo is supported. (Published on February 2, 2006))) and Patent Document 2 (Method for producing embossing wallpaper using natural affinity material (Korea Published Patent No. 10-2013-00222292 (published on March 6, 2013))) It has been published.

  Further, Patent Document 3 invented by the present inventor (“Manufacturing method of oily pine resin liquid or aqueous pine resin liquid for environmentally friendly cosmetic materials” (Korea registered patent No. 10-12254137 (registration date: April 8, 2013))) It is registered.

International Publication No. WO2006 / 011541 Korean Published Patent No. 10-2013-00222292 Korean Registered Patent No. 10-1254137

  As a characteristic of natural rosin substances, engineers in the technical field to which the present invention belongs indicate that natural rosin does not feed other substances, and bacteria cannot survive even if microbial or bacteria are contacted with pine resin. I understand. As a result, even if various bacterial cells of insects and plants are invaded as natural antibacterial substances, pine resin does not change, and even in a polluted environment, pitontide components are contained and will not change in soil for a long time ( It should be noted that pine oil has natural chemical components that cause finchs, which are pest defense substances possessed by trees, and take away bad odors.

  In addition, a functional synthetic material may be added to the production of a conventional synthetic fabric or natural wood pure cotton, silk, pulp fiber fabric or synthetic, natural pulp wood pure cotton nonwoven fabric. Textile products have been developed in which antibacterial properties and functionality have been improved by producing yarns or coating the manufactured fiber products with synthetic functional materials. It can be seen that clothing, antibacterial filters, antibacterial masks, and the like are manufactured using such fiber fabrics and non-woven fabrics, and such products are used for medical, industrial, hygiene and defense purposes.

  In addition, in the prior art, artificial scents and disinfectants are not administered to the finished product, and there is a sense of refusal to disinfect and there is inconvenience such as nausea. Further, when the artificial disinfectant component is exposed to the air, the component is quickly evaporated and the antibacterial effect is lost.

  In addition, natural or synthetic fiber fabrics and non-woven fabrics are used for mask products, water and air purification filter products, facial skin sheets for cosmetic mask packs, and anti-slip fabrics for industrial facilities. When a sheet product is manufactured and a disinfectant is administered and packaged, there is a problem that an excessive amount of the disinfectant is harmful to the human body, and if the amount is too small, bacteria cannot be protected.

  In addition, disinfectants administered to air purification filters, automotive air purifiers, indoor / outdoor, automotive air conditioner filters, and other products and mask products, for example, seal the wrapping paper and mask the face when using the product. As a result, there was a problem that it could not be properly sterilized by being evaporated in the air.

  In addition, the density of the fiber spacing of the mask fiber fabric is too fine, the air is dilute and stuffy when wearing the mask, the breathing out due to the humidity exhaled from the mouth, and the humidity inside the mask may cause skin diseases on the face is there.

  Furthermore, recently, fine yellow sand, which is an environmental problem, is harmful to health because it has a fine dust density and enters the respiratory tract through a small textile space. It can be seen that recent masks, air purifiers, and air conditioner filters that have been developed to solve such problems are used when manufacturing filters using nonwoven fabric materials with a dense fabric density. .

  On the other hand, the rosin component is a natural material that is listed in the International Cosmetic Raw Materials Collection, and can provide products that are useful for improving facial skin, and pine resin is a human body that can be applied to many industrial products. It should be noted that it is a natural substance that has been proven safe for health. It should also be noted that when pine resin is liquefied and applied to the dough, the dough can be used as a product because of the stickiness peculiar to pine resin, which causes foreign matter to adhere to the dough, causing the dough to entangle with each other and sticking to the hands and face. .

  Accordingly, the present invention provides a pine resin adsorption technique in which the dough does not stick to each other and does not stick even when liquid rosin is adsorbed by overlapping the dough by adjusting the viscosity of the liquid rosin raw material, and without moisture. Furthermore, for example, in the case of a mask, a pine resin adsorption technique is provided in which, when warm breath is exhaled from the mouth, a slight stickiness can be generated in the mask due to room temperature and humidity.

  In addition, the present invention allows the liquid pine resin produced by adjusting the viscosity of the liquid pine resin raw material to be entangled or separated depending on the content of the essential oil of the terpene oil contained in the pine resin, and adsorbed on the fiber fabric or the filter fabric. In this case, there is provided a liquid rosin adsorption technology that is not sticky and does not have moisture, and can be separated independently without causing the doughs to be entangled with each other even if the dough is adsorbed with multiple doughs.

  In the present invention, liquid rosin produced with rosin and ethanol can be separated into doughs depending on the content ratio of the added terpene oil. And a liquid rosin adsorption technology that can be produced by dissolving rosin with ethanol as a solvent agent.

  The pine resin adsorption technology of the present invention is a dough hanger that puts the dough on a facility apparatus linked to a pine resin adsorption facility apparatus that adsorbs liquid pine resin to the cloth using natural fiber or synthetic fiber fabric or non-woven fabric for filter. The roller configuration and the opposite side constitute a rotating roller device for winding the finished dough. In addition, a plurality of rollers of the dough transfer device are configured, and as a technique for adsorbing liquid rosin to the dough containing the liquid pine resin and the dough, the liquid pine resin jetting device is configured in conjunction with the liquid rosin containing container. It is constructed in a sealed type that can only be inserted, and is constructed so that the residual liquid after injection can be re-inserted into the container, and is attached so as to interlock with the liquid dose regulator, for evaporation of ethanol contained in liquid pine resin A plurality of air blowers are configured.

  Place the fiber fabric on the dough hanging roller, put the dough into the rosin liquid container, adsorb the pine resin on the fabric, press the pine resin adsorbing fabric with the rotating roller with the compression roller, and absorb the pine resin liquid adsorbed on the fabric The discharged pine resin liquid is re-inserted into the pine resin container and the pine resin adsorbing fabric passed through the compression roller passes through the blower transfer device and the drying device to complete the manufacture of the pine resin adsorbing fabric.

  Further, according to another liquid pine resin adsorption technology of the present invention, if the dough is transferred by a transfer device to a hermetic injector that constitutes a rotating roller, passes the dough between the rotating rollers, and jets the liquid pine resin. , The operation sensor senses and adjusts the injection dose by the liquid regulator when the dough passes by the sealing device of the injection device to adsorb the rosin to the fabric, and it is contained in the pine resin of the fabric by the wind by the linked blower It is completed by evaporating the ethanol component.

  In addition, other liquid pine resin adsorption technology of the present invention is the technology for adsorbing pine resin on the finished fiber product, manufactured for air purification, water, industry, air conditioner and filter products processed into mask products and filter products. The product is put on the pine resin adsorption facility equipment, and the product is mounted on the pine resin adsorption facility equipment, and the liquid rosin is sprayed onto both fiber products by the automatic double-sided injection device of the pine resin adsorption facility equipment by the automatic transfer roller. The pine resin is adsorbed on the fiber product, automatically transferred to the interlocking blower, and the ethanol and moisture contained in the liquid pine resin are evaporated by the powerful wind of the blower to complete.

  In addition, according to the present invention, a textile product manufactured in a multiple manner is also completed by a technique that can be applied to various textile products by separating the fabric independently without interlacing the fabric. We provide pine resin adsorption manufacturing technology useful for preventing bacterial growth by adsorbing natural antibacterial pine resin to textile products.

  Another manufacturing technique according to the present invention is to store liquid rosin in a container and manually apply the liquid pine resin to a fiber woven fabric, a non-woven fabric, or a finished fiber product using a manual spray sprayer. Provides manual pine resin-adsorbing fiber fabrics and pine-resin-adsorbing fiber product manufacturing technology manufactured by spraying.

  It is possible to provide a natural or synthetic fiber woven fabric, a non-woven fabric, or a fiber product that has been sewn, in which a liquid rosin raw material is adsorbed.

1 is a diagram illustrating an example of a technique for adsorbing pine resin on a textile fabric or a nonwoven fabric according to the present invention. 1 is a view showing an example of a technique for adsorbing pine resin on a fiber product according to the present invention.

  According to the present invention, natural pine needles added with liquid rosin products as a main raw material are extracted from fresh pine needles by pressure, and are administered and mixed with pine needles using ethanol as an extraction solvent for pine oil and pine needles. The matsutake incense component precipitated for 10 to 10 days is extracted, and 5 to 10% of matsutake incense is added to the liquid rosin raw material and blended to obtain liquid pine resin provided with matsuka. Moreover, in order to adjust the stickiness of dough, 1-5% of terpene oil can be added and blended to obtain a liquid rosin with adjustable viscosity that can adjust the stickiness peculiar to pine resin. The liquid rosin thus formed can be adsorbed to the production fiber fabric, and the rosin having natural antibacterial properties can be adsorbed.

  Further, according to the present invention, when liquid rosin is administered and absorbed on the fiber fabric through the spray spray device and the ethanol of the liquid rosin administered to the fabric is evaporated through the blower device, only the rosin component is applied to the fabric and humidity or Providing a pine-resin-absorbing fabric that has no stickiness, is dry and spreads well without being damp as if the fabric was glued, and can freely inhale and exhaust air without filling the space between the fabric fibers. be able to.

  The pine resin adsorbing fiber fabric obtained by the present invention has good inflow and discharge of air, and when the moisture used for producing the mask is generated from the mouth, the woven fabric composition containing the pine resin component is generated. If stickiness is generated in the space between them and fine yellow dust cannot penetrate into the spaces between the fibers, each harmful bacteria mixed with yellow sand will stick to the stickiness of pine resin, it will be contained in pine resin The pitontide component of its own protective substance component is stable and has a component that prevents and sterilizes the growth of harmful bacteria, and contains components that improve the skin. Useful for improvement.

  In addition, pine oil is a substance produced by pine trees, and the tree has a pest-protecting substance finched component for self-protection, and has natural components useful for the human body such as a head-barking component and a skin-protecting material. The pine tree is the safest tree for the human body, and it has been drunk for medicinal purposes since ancient times, and has recently been developed as a natural cosmetic ingredient and a medicinal pharmaceutical.

  Also, the pine resin adsorbing fiber fabric can be used as an antibacterial filter for air purifier, water purifier, automobile air conditioner, sanitary mask, medical mask, industrial mask, yellow sand mask, mask pack face sheet paper As another method, the mask can be manufactured by inserting a part of the pine resin adsorbing fabric cut into the mask at the time of manufacturing the mask as a filter.

  Fabrics containing pine resin components are used as mask products using antibacterial natural substances, sanitary masks, medical masks, industrial masks, yellow sand masks, defense mask products and filter products for air purification Used in manufacturing filters, industrial filters, water purifier filters, automotive air purifier filters, air conditioner filter products, infant and elderly diaper products, baby gauze products, adhesive bandages, bandages, massage medical sheets, etc. As a natural material, pine resin is harmless to the human body, has antibacterial properties, has a deodorizing effect that removes odors, and a natural pine tree pine needle incense has an effect of refreshing the head.

  The pine oil-absorbing fiber fabric has a long antibacterial effect because the rosin liquid is adsorbed to the fabric, the components are not evaporated to air and humidity, and even after washing with water, the pine resin component remains in the fiber fabric for a certain period of time. Mask products manufactured with fiber fabrics and fiber products that contain pine resin components and fiber products that contain pine resin components are manufactured using fabrics with a large fabric texture density interval, and breathing is easier when wearing a mask. The warm humidity generated in the mouth produces a stickiness peculiar to pine resin and has an effect of blocking fine dust by the stickiness of pine resin when fine yellow sand is inhaled. Thereby, the effect of reducing the inhalation of yellow sand and the growth of harmful bacteria attached to the stickiness of the rosin liquid are prevented, and the pine resin also has a bactericidal component.

  For example, if it is used in the manufacture of a facial mask pack for cosmetics, it can retain oily ingredients suitable for dry skin and is effective in improving the skin. Sanitary napkins, infants as fiber pad products For the health industry that can prevent the growth of bacteria by including natural antibacterial properties in fibre-air purifiers such as diaper products for the elderly, adhesive bandages, paths to be applied to the skin, gauze bandages, water purifiers, and air conditioner filters. Useful.

  Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying schematic drawings. The accompanying drawings are included to provide an additional understanding of this embodiment, along with the description provided to explain the principles of this embodiment. The present invention is not limited to this embodiment.

  Hereinafter, an embodiment of the present invention will be described in detail with reference to the drawings. In the following description, some detailed descriptions of known functions and configurations may be omitted for brevity.

  FIG. 1 shows an embodiment of a pine resin adsorption technique according to the present invention. According to FIG. 1, the rosin adsorbing device is a transfer of a dough hanging roller 50 for placing a natural or synthetic fiber fabric 10 or a non-woven fabric 20, a rotating roller 60 for winding the dough, and a dough transfer device for transferring the dough. A rosin adsorption facility 40 including a roller 70 and an operation sensor 85 that senses the dough when the dough passes through the hermetic jet can be provided, and the container 80 for accommodating the liquid rosin 30 and the dosage of the liquid rosin 30 are adjusted. It may further include a liquid regulator 100, a hermetic jet device 90 that jets liquid pine resin in conjunction with the storage container 80, and a cold and hot air blower device 120 for evaporating the ethanol 110 contained in the liquid pine resin 30. With such a configuration, the raw material of the liquid rosin 30 can be adsorbed to the natural or synthetic fiber fabric 10 or the nonwoven fabric 20.

  FIG. 2 shows another embodiment of the pine resin adsorption technique according to the present invention. According to FIG. 2, the rosin adsorbing device includes a product hook 307 for holding the finished fiber product 300, a rotating roller 60 for winding the finished fiber product 300, and the finished bag. A transfer roller 70 of a transfer device for transferring the fiber product 300 and a pine resin adsorption facility 40 including an operation sensor 85 for detecting when the fiber product 300 that has been sewn is hermetically jetted can be included. Also, the container 80 containing the liquid rosin 30, the liquid regulator 100 for adjusting the dose of the liquid rosin 30, the hermetic jet device 90 for injecting liquid rosin in conjunction with the container 80, and the liquid rosin 30 were contained. A cold air blower 120 for evaporating the ethanol 110 may be further included. With such a configuration, the raw material of the liquid pine resin 30 can be adsorbed to the fiber product 300 that has been sewn.

  In addition, the pine resin adsorption technology according to another embodiment of the present invention may be applied to a stage where the natural or synthetic fiber fabric 10 or the nonwoven fabric 20 or the fiber product 300 that has been sewn is applied, the fabric or the sewn fabric that has been sewn. The method includes a step of winding the textile product 300, a step of transferring the fabric or the finished textile product 300, and a step of sensing the textile or the finished textile product 300 when passing through the hermetic jet. it can. In addition, the step of accommodating liquid rosin in the container 80, the step 100 of adjusting the dose of the liquid rosin 30, the step 90 of injecting liquid rosin in conjunction with the container 80, and the ethanol 110 contained in the liquid rosin 30 Evaporating step 120 may further be included. The raw material of the liquid rosin 30 can be adsorbed to the natural or synthetic fiber fabric 10, the nonwoven fabric 20, or the fiber product 300 that has been sewn.

  Specifically, according to the present invention, pine resin in which terpene oil 900 of raw matsuka 800 is added to liquid pine resin 30 dissolved in ethanol 110 using natural or synthetic fiber woven fabric 10 or non-woven fabric 20 of synthetic fiber. A dough hanging roller 50 for placing the dough on the dough as a facility device interlocked with the configuration of the pine resin adsorption facility 40 using the liquid as a raw material, and a rotating roller 60 device for winding the dough are constituted.

  Further, a plurality of transfer rollers 70 of the dough transfer device are configured to form a hermetic spray device 90 that sprays pine resin liquid in conjunction with the storage container 80 that stores the liquid rosin 30 and senses this when the dough passes the hermetic jet. The operation sensor 85 is configured to interlock with the storage container 80, and the hermetic spray device 90 is configured to be able to insert only the fabric, and after the pine resin liquid is sprayed onto the fiber fabric, the remaining liquid can be reinserted into the storage container 80. A plurality of cold and hot air blowers 120 for evaporating ethanol 110 contained in the liquid rosin 30 that is interlocked with the liquid regulator 100 of the dose of the liquid rosin 30 and configured to absorb natural antibacterial rosin It is a technology of the manufacturing method of the fiber fabric 500, and the mask product 200, the filter product 330, the fiber pad 888 product as the fiber products manufactured from the pine resin adsorbed fiber fabric, Used in manufacturing, such as a mask pack face sheet 305 products for the goods.

  Further, according to the present invention, fiber products such as the mask product 200, the filter product 330, the fiber pad 888 product, and the cosmetic mask pack face sheet 305 product are used as the general fiber product 300 that has been sewn and finished. A product product 307 is attached and a fiber product to be adsorbed is mounted, and if the product passes, a sealed double-sided spray device 308 that sprays pine resin liquid is configured, and an operation sensor 85 that instructs the operation is configured in conjunction with the liquid. If the liquid regulator 100 which adjusts the amount of pine resin is configured, and the fiber product 300 passes through the sealed double-sided spray device 308, the liquid pine resin 30 is automatically jetted on both sides of the product, and automatically transferred to the interlocking cold and hot air blower 120, It is possible to provide a natural antibacterial pine resin-adsorbing fiber product 400 that is completed by evaporating ethanol 110 and water contained in the liquid pine resin 30 with a strong wind. That.

  In addition, according to the present invention, the liquid rosin 30 can be woven with a fiber woven fabric 10, a non-woven fabric 20, and a fiber product 300 that has been sewn by using a manual spray sprayer with a pine resin container 80 interlocking. The pine resin-adsorbing fiber product 400 of the pine resin-containing fiber fabric 500 obtained by spraying the liquid pine resin 30 on the product 300 can be provided.

  In the present invention, the fiber fabric is attached to a fabric hanging roller, and if the fabric passes while being unwound by a rotating roller, the sensor of the injector senses it, and an appropriate amount of liquid pine resin is sprayed onto the fabric with the provided spraying device. When the dough is transferred to the blowing device, the wind is blown to the dough by the powerful blowing device that is operated and the ethanol and moisture contained in the liquid rosin adsorbed on the dough are evaporated, so that the dough has no moisture The fiber fabric, which has been dried and completed and adsorbed with pine resin, is transferred by an interlocked fabric winding rotary roller and wound on a fabric roll to be completed.

  In addition, multiple fabrics that overlapped with other sewn fiber products are separated independently without entanglement with each other, and pine resin adsorbed fiber products are mask products, filter products, fiber pad products, cosmetic masks. It is related to the manufacture of fiber fabrics and products that absorb natural antibacterial rosin to products such as pack face sheet products to prevent the growth of harmful bacteria, have antibacterial properties, and protect the skin. Provide technology.

  The applicant attaches a test report obtained as a test result by requesting the Korean standard test researcher to test the product according to the present invention. According to this, sample 1: air conditioner filter (antibacterial treatment), sample 2: air conditioner filter, sample 3: air purifier (antibacterial treatment), sample 4: air purifier, sample 5: water purifier, sample 6: water purifier (Antibacterial treatment), sample 7: mask (antibacterial treatment), sample 8: mask, sample 13: for liquid rosin, using two inoculum concentrations of 7.2 x 103 CFU / ml and 3.0 x 106 CFU / ml, respectively The bacteriostatic reduction rate (%) obtained is shown. In such test report, sample 1: air conditioner filter (antibacterial treatment) 99.9% and 98.9, sample 3: air purifier (antibacterial treatment) 99.9% and 99.4%, sample 6 : Sample 1: air conditioner filter so that the water purifier (antibacterial treatment) has a bacteriostatic reduction rate of 99.9% and 99.9% and sample 13: liquid pine resin 99.9% and 99.9% It can be seen that the bacteriostatic reduction rate of (antibacterial treatment), sample 3: air purifier (antibacterial treatment), and sample 6: water purifier (antibacterial treatment) is 98.9%.

  [exam result]

  The pine resin-containing fabric and pine resin-adsorbed fiber products are pine oils that are extracted from pine trees and are natural antibacterial substances. When used in the manufacture of masks, they are effective in protecting the skin from humidity and deodorizing, and use the stickiness of pine resin. It has many effects such as reducing the inhalation of fine yellow sand, preventing the growth of harmful bacteria flowing into the mask, and producing air filter, indoor and automotive air conditioners, and water purifier filter products as filter products. Textile fabrics and textile products that are useful for the export industry and adsorbed with natural antibacterial rosin are effective technologies for preventing harmful bacteria growth and protecting the skin. If natural fragrance ingredients are added to liquid rosin, they are contained in liquid rosin. When ethanol is evaporated, the natural fragrance component is contained in the pine resin and is adsorbed as a solid on the fiber fabric to prevent the fragrance from evaporating and the natural fragrance is retained in the fiber product for a long time. There is also.

DESCRIPTION OF SYMBOLS 10 Textile fabric fabric 20 Nonwoven fabric fabric 30 Liquid pine resin 40 Pine resin adsorption facility 50 Fabric application roller 60 Rotating roller 70 Transfer roller 80 Container 100 Liquid regulator 110 Ethanol 120 Blower 200 Mask product 300 Textile product 330 Filter product 800 Ikumatsu Kaori 900 Terpene Oil 999 Wallpaper

Claims (19)

A dough hanging roller (50) for applying a natural or synthetic fiber fabric (10) or a non-woven fabric (20), a rotating roller (60) for winding the dough, a transfer roller (70) of a dough transfer device for transferring the dough ) And a pine resin adsorbing device including a pine resin adsorption facility (40) including an operation sensor (85) for detecting when the dough passes through hermetic jet,
A storage container (80) for storing liquid rosin (30), a liquid regulator (100) for adjusting the dose of liquid rosin (30), and a sealed injection device for injecting liquid pine resin in conjunction with the storage container (80) ( 90) and a cold and hot air blower (120) for evaporating ethanol (110) contained in the liquid rosin (30), wherein the raw material of the liquid rosin (30) is a natural or synthetic fiber fabric (10) Or the pine resin adsorption | suction apparatus characterized by adsorb | sucking to a nonwoven fabric fabric (20).   The pine resin adsorbing device according to claim 1, further comprising a manual injector (222), wherein the liquid pine resin (30) is manually sprayed.   2. The pine resin adsorbing device according to claim 1, wherein the entire liquid rosin is adsorbed by inserting the entire fiber woven fabric (10) or non-woven fabric (20) into the container (80).   The fiber fabric (500) to which the liquid pine resin is adsorbed is used for preventing yellow sand, medical, hygiene, defense mask products, air purifiers, water purifiers, home air conditioners, automobile filter products, cosmetic mask packs, etc. A pine resin adsorbing device according to claim 1, comprising a face sheet product, a sanitary napkin, an infant and an elderly diaper, a bandage, a gauze bandage, and a fiber pad product for a path to be applied to the skin.   The pine resin adsorbing device according to claim 1, further comprising a double-sided injection device (308), and spraying the liquid pine resin (30) on both sides.   The pine resin adsorption device according to claim 1, wherein the raw pine incense (800) or terpene oil (900) of pine tree is added to the liquid pine resin (30) to adjust the consistency of the raw pine incense and dough of the pine tree. . A product hook (307) for holding the finished fiber product (300), a rotating roller (60) for winding the finished fiber product (300), and a finished fiber A pine resin adsorption facility including a transfer roller (70) of a transfer device for transferring a product (300), and an operation sensor (85) for detecting when a sewn fiber product (300) passes through hermetic jet. 40), a pine resin adsorption device,
A storage container (80) for storing liquid rosin (30), a liquid regulator (100) for adjusting the dose of liquid rosin (30), and a sealed injection device for injecting liquid rosin in conjunction with the storage container (80) (90) and a cold and hot air blower (120) for evaporating the ethanol (110) contained in the liquid rosin (30), and the fiber product in which the raw material of the liquid pine resin (30) has been sewn A pine resin adsorbing device characterized by being adsorbed by (300).   The pine resin adsorbing device according to claim 7, further comprising a manual injector (222), wherein the liquid pine resin (30) is manually sprayed.   8. The pine resin adsorbing device according to claim 7, wherein the entire liquid rosin is adsorbed by inserting the entire fiber product (300) which has been sewn into the container (80).   The finished textile product (300) includes mask product (200), filter product (330), cosmetic mask pack face sheet product (305), textile pad product (888) and various wallpaper products (999). The pine resin adsorption device according to claim 7, comprising:   The pine resin adsorbing device according to claim 7, further comprising a double-sided injection device (308), and spraying liquid rosin (30) on both sides.   The pine tree adsorbing device according to claim 7, wherein raw pine incense (800) or terpene oil (900) of pine tree is added to the liquid pine resin (30) to adjust the stickiness of the raw pine tree incense and dough. . A stage in which a natural or synthetic fiber fabric (10), a non-woven fabric (20) or a finished fiber product (300) is applied, and a fabric or a finished fiber product (300) are wound. A method for adsorbing rosin comprising a step, a step of transferring a fabric or a finished fiber product (300), and a step of sensing when the fabric or a finished fiber product (300) passes through a hermetic jet In
Storing liquid rosin in the storage container (80), adjusting the dosage of liquid rosin (30) (100), and ejecting liquid rosin in conjunction with the storage container (80) (90); And evaporating ethanol (110) contained in the liquid rosin (30) (120), wherein the raw material of the liquid pine resin (30) is a natural or synthetic fiber fabric (10) or a nonwoven fabric (20 Or a pine resin adsorbing method characterized by being adsorbed by a textile product (300) that has been sewn.   14. The method of adsorbing rosin according to claim 13, further comprising the step of manually spraying liquid rosin (30) with a manual injector (222).   14. The fiber rosin is adsorbed as a whole by inserting the fiber woven fabric (10), the non-woven fabric (20) or the entire woven fabric product (300) into the container (80). The pine resin adsorption method according to 1.   The fiber fabric (500) to which the liquid pine resin is adsorbed is yellow sand prevention, medical, hygiene, defense mask products, air purifiers, water purifiers, home air conditioners, automotive filter products, cosmetic mask packs, etc. 14. The method of adsorbing pine resin according to claim 13, comprising a face sheet product, sanitary napkin, infant and elderly diapers, adhesive bandages, gauze bandages, and a pass fiber pad for application to the skin.   14. The pine resin adsorption method according to claim 13, further comprising spraying the liquid pine resin (30) on both sides by a double-sided injection device (308).   14. The method for adsorbing rosin according to claim 13, wherein the stickiness of raw pine incense and dough of pine tree is adjusted by adding raw pine incense of pine tree (800) or terpene oil (900) to the liquid rosin (30). . The finished fiber product (300) includes mask product (200), filter product (330), cosmetic mask pack face sheet product (305), fiber pad product (888), and various wallpaper products (999). The pine resin adsorption method according to claim 13, comprising:

Images