阅读说明：本技术 记忆免烫可折叠服装服饰复合材料、制造方法及其应用 (Memory non-ironing foldable clothing composite material, manufacturing method and application thereof ) 是由 赵永 于 2021-03-12 设计创作，主要内容包括：本发明的记忆免烫可折叠服装服饰复合材料、制造方法及其应用,包括至少七层材料,中间位置采用硅胶层,两侧依次对称设置附着层、基材复合层,一侧最外层设置面料层,另一侧最外层设置里料层；可根据服装服饰设计方案,通过常规裁剪、车缝工艺缝制构成服装服饰成品；可根据服装服饰设计方案,通过常规裁剪、车缝工艺缝制即可构成服装服饰成品；在重复折叠展开、水洗后依然保持定型效果,不会发泡鼓起,不会剥离,防雨、防风、耐高湿效果好,能够适应多场景多功能性使用需求。(The invention relates to a memory non-ironing foldable clothing composite material, a manufacturing method and application thereof, comprising at least seven layers of materials, wherein a silica gel layer is adopted in the middle position, an attachment layer and a substrate composite layer are sequentially and symmetrically arranged on two sides, a fabric layer is arranged on the outermost layer on one side, and a lining layer is arranged on the outermost layer on the other side; the finished product of the clothing can be formed by conventional cutting and sewing processes according to the design scheme of the clothing; the finished product of the clothing can be formed by conventional cutting and sewing processes according to the design scheme of the clothing; the multi-scene multifunctional folding and unfolding water-washing machine still keeps the shaping effect after repeated folding and unfolding and water washing, cannot foam and swell, cannot be peeled off, has good rain-proof, wind-proof and high-humidity resistant effects, and can adapt to the multi-scene multifunctional use requirements.)

1. The utility model provides a but memory non-ironing folding clothing and apparel combined material which characterized in that: the composite material comprises at least seven layers of materials, wherein the fourth layer positioned at the most middle position is a silica gel layer, the third layer and the fifth layer adjacent to the middle layer are adhesive layers, the second layer outside the third layer is a substrate composite layer, the sixth layer outside the fifth layer is also a substrate composite layer, the first layer outside the second layer is a fabric layer, and the seventh layer outside the sixth layer is an inner material layer.

2. The memory permanent-press foldable clothing and apparel composite material of claim 1, characterized in that: the silica gel layer is a silica gel mesh, a silica gel sheet or a silica gel coiled material made of SiO 2. nH 2O.

3. The memory permanent-press foldable clothing and apparel composite material of claim 1, characterized in that: the fabric layer is non-stick paper or garment and clothing fabric, and the non-stick paper is silicone oil separation paper.

4. The memory permanent-press foldable clothing and apparel composite material of claim 1, characterized in that: the base material composite layer is made of high-molecular strong double-sided adhesive tape or a composite material formed by compounding the high-molecular strong double-sided adhesive tape and a base material, and the base material is non-woven fabric or non-woven fabric.

5. The memory permanent-press foldable clothing and apparel composite material of claim 1, characterized in that: the adhesive layer is made of a silica gel surface treating agent which is a combined material containing a coupling agent.

6. The memory permanent-press foldable clothing and apparel composite material of claim 1, characterized in that: the lining material is non-stick paper or clothing lining, the non-stick paper is silicone oil separation paper, and the lining material is oxford lining or non-woven fabric.

7. The utility model provides a but memory non-ironing folding clothing and apparel combined material which characterized in that: the adhesive tape comprises at least four layers of materials, wherein the fourth layer positioned at the bottommost layer is a silica gel layer, the third layer above the silica gel layer is an adhesion layer, the second layer above the adhesion layer is a substrate composite layer, and the first layer above the substrate composite layer is a fabric layer.

8. The method for manufacturing the memory easy-care foldable clothing and apparel composite material according to any one of claims 1 to 7, comprising the following steps:

firstly, large rolling composite mechanical equipment is adopted to roll and level matched silica gel materials or sheet silica gel materials once and remove bubbles, and the environment is required to be normal temperature and dustless in the leveling process, and the materials are not curled horizontally;

secondly, spraying a normal-temperature surface treatment adhesive on the surface of the matched silica gel material or the sheet silica gel material, and continuously and uniformly spraying for five minutes;

thirdly, uniformly coating a layer of high-molecular strong double-sided adhesive on the outer surface of the normal-temperature surface treatment adhesive by adopting a laminating machine rolling mode or a spraying process of spraying equipment, wherein a silica gel material needs to be fixed in the coating process, and wrinkles are not allowed to form;

fourthly, covering a layer of separation paper on the outer surface of the high polymer strong double-sided adhesive tape; obtaining a single-sided composite silica gel material;

and fifthly, turning over the single-sided composite silica gel material prepared in the fourth step to enable the non-composite side of the single-sided composite silica gel material to be upward, and repeating the first step to the fourth step to prepare a finished product of the memory non-ironing foldable clothing composite material.

9. The method for manufacturing the memory easy-care foldable clothing and apparel composite material of claim 8, characterized in that: the first rolling and leveling step is carried out at the temperature of 60-120 ℃.

10. Use of the memory easy-care foldable clothing and apparel composite material according to one of claims 1 to 7, characterized in that: the memory non-ironing foldable clothing composite material is clamped between a clothing fabric and a clothing lining, and a clothing finished product is formed by conventional cutting and sewing processes according to a clothing design scheme; or directly covering a layer of clothing fabric on the surface of the memory non-ironing foldable clothing composite material, and sewing by conventional cutting and sewing processes according to the clothing design scheme to form a clothing finished product.

Technical Field

The invention belongs to a new material application technology in the clothing industry, and particularly relates to a memory non-ironing foldable clothing composite material, a manufacturing method and application thereof.

Background

With the progress of times, the clothing industry is more and more widely introducing new technology, new material and new process to improve and enhance the scene application; the traditional garment and clothing fabric basically has the conventional functions of heat preservation, decoration and the like, and cannot meet the daily and special personalized pursuit of people; along with the improvement of living standard, the requirement on the aesthetic feeling performance of the clothes is higher and higher, most clothes need to be shaped according to a design scheme in order to maintain the aesthetic feeling effect of the clothes, the traditional clothes usually adopt a lining material with certain hardness for supporting and shaping, the lining material is adhered between a fabric and a lining material in a manner of ironing glue and the like, and the clothes are easy to foam and bulge after being worn for a period of time or washed, and even cause large-area peeling; meanwhile, the hard lining material ensures that the clothing and clothes are not easy to fold, has large volume and much occupied space, and is inconvenient to store, carry, transport and store; in some scenes with severe environmental conditions, rain-proof, wind-proof and high-humidity resistant protection is also needed, and the clothes are inconvenient to wear and use.

The clothes in the prior art are limited by materials of lining materials of fabrics and the requirement of maintaining the shaping effect, and usually need to be cleaned in a dry cleaning or hand washing mode, and also need to be shaped at high temperature by professional ironing equipment, so that the time consumption is long, and the cost investment is high; some high-end brands or advanced custom-made clothes and accessories are even limited by materials and shaping effects, cannot be cleaned and reused continuously, and resource waste is caused.

And the clothing products will form creases after being folded, so the shaping protection is necessary in the transportation process, the packaging needs to be supported by a paper box/box, and the product packaging and transportation cost is increased; the packaging and use are independent in storage and use, the occupied space is large, and the application conditions of the scene are limited.

The clothing material in the prior art only has the characteristics of textile fabric, does not have physical and chemical tolerance and stability, and cannot meet the use requirement of multi-scene and multi-functionality.

Disclosure of Invention

In order to solve the problems in the prior art, the invention aims to provide a foldable clothing composite material with memory, no-iron and no-moisture effects, which can be folded, unfolded and washed repeatedly, still keep the shaping effect, cannot be foamed and swelled, cannot be peeled off, has good rain-proof, wind-proof and high-humidity resistant effects, can meet the multi-scene multifunctional use requirements, and is applicable to the manufacturing method and the application of the foldable clothing composite material.

The technical scheme adopted by the invention is as follows:

the utility model provides a collapsible clothing combined material of memory non-ironing comprises seven at least layers of materials, wherein is located the fourth layer of most intermediate position and is the silica gel layer, and third layer and the fifth layer adjacent with the intermediate level are the adhesion coating, and the second floor in the third layer outside is the substrate composite bed, and the sixth layer in the fifth layer outside also is the substrate composite bed, and the first layer in the second layer outside is the precoat, and the seventh layer in the sixth layer outside is the lining.

The silica gel layer is a silica gel mesh, a silica gel sheet or a silica gel coiled material made of SiO 2. nH 2O.

The fabric layer is non-stick paper or garment and clothing fabric, and the non-stick paper is silicone oil separation paper.

The base material composite layer is made of high-molecular strong double-sided adhesive tape or a composite material formed by compounding the high-molecular strong double-sided adhesive tape and a base material, and the base material is non-woven fabric or non-woven fabric.

The adhesive layer is made of a silica gel surface treating agent which is a combined material containing a coupling agent.

The lining material is non-stick paper or clothing lining, the non-stick paper is silicone oil separation paper, and the lining material is oxford lining or non-woven fabric.

The utility model provides a collapsible clothing combined material of memory non-ironing, includes four at least materials, including four at least materials, wherein the fourth layer that is located the bottommost position is the silica gel layer, and the third layer of silica gel layer top is the adhesion layer, and the second layer of adhesion layer top is the substrate composite bed, and the first layer of substrate composite bed top is the precoat.

The manufacturing method of the memory easy-care foldable clothing and apparel composite material comprises the following steps:

firstly, large rolling composite mechanical equipment is adopted to roll and level matched silica gel materials or sheet silica gel materials once and remove bubbles, and the environment is required to be normal temperature and dustless in the leveling process, and the materials are not curled horizontally;

secondly, spraying a normal-temperature surface treatment adhesive on the surface of the matched silica gel material or the sheet silica gel material, and continuously and uniformly spraying for five minutes;

thirdly, uniformly coating a layer of high-molecular strong double-sided adhesive on the outer surface of the normal-temperature surface treatment adhesive by adopting a laminating machine rolling mode or a spraying process of spraying equipment, wherein a silica gel material needs to be fixed in the coating process, and wrinkles are not allowed to form;

fourthly, covering a layer of separation paper on the outer surface of the high polymer strong double-sided adhesive tape; obtaining a single-sided composite silica gel material;

and fifthly, turning over the single-sided composite silica gel material prepared in the fourth step to enable the non-composite side of the single-sided composite silica gel material to be upward, and repeating the first step to the fourth step to prepare a finished product of the memory non-ironing foldable clothing composite material.

The first rolling and leveling step is carried out at the temperature of 60-120 ℃.

According to the application of the memory non-ironing foldable clothing composite material in the field of clothing, the memory non-ironing foldable clothing composite material is clamped between a clothing fabric and a clothing lining, and a clothing finished product is formed by conventional cutting and sewing processes according to a clothing design scheme; or directly covering a layer of clothing fabric on the surface of the memory non-ironing foldable clothing composite material, and sewing by conventional cutting and sewing processes according to the clothing design scheme to form a clothing finished product.

The invention has the beneficial effects that:

a memory non-ironing foldable clothing and apparel composite material, a manufacturing method and application thereof comprise at least seven layers of materials, wherein a silica gel layer is adopted in the middle, an attachment layer and a substrate composite layer are sequentially and symmetrically arranged on two sides, a fabric layer is arranged on the outermost layer on one side, and a lining layer is arranged on the outermost layer on the other side; the finished product of the clothing can be formed by conventional cutting and sewing processes according to the design scheme of the clothing; the shaping effect is still kept after repeated folding, unfolding and washing, foaming and bulging are avoided, peeling is avoided, the effects of rain prevention, wind prevention and high humidity resistance are good, and the multi-scene multifunctional use requirement can be met; can let clothing dress, bag article class folding portable, but the fifty percent discount does not have the crease, keep the surface fabric outward appearance invariant of own, resistant washing water does not have the delaminating, non-ironing, take memory function, easily deposit, silica gel itself 200 supplyes 400 degrees and just can melt, can let the surface fabric have better safeguard function, the commodity circulation cost of transportation is low, after using this material, because of its soft comfortable material characteristic, can be applicable to all materials and scenes, can pass through the permeability that remains or improve silica gel simultaneously, make the surface fabric have prevent wind waterproof and function such as radiation protection. And more extensive development and application can be carried out to enrich the material culture life of people.

Drawings

FIG. 1 is a schematic structural diagram of a memory easy-care foldable garment and apparel composite material according to an embodiment of the invention;

FIG. 2 is a schematic structural diagram of a memory easy-care foldable clothing and apparel composite material according to a second embodiment of the invention;

FIG. 3 is a schematic view of a third embodiment of the memory wash-and-wear foldable garment and apparel composite of the present invention applied to a western-style suit;

FIG. 4 is a schematic structural view of a fourth embodiment of the present invention of a memory easy-care foldable garment composite applied to a shirt;

FIG. 5 is a schematic structural view of an embodiment of a five-memory easy-care foldable garment and apparel composite applied to a wind coat;

FIG. 6 is a schematic structural diagram of a sixth embodiment of the present invention in which a memory wash-and-wear foldable garment and apparel composite is applied to a dress;

FIG. 7 is a schematic structural view of an embodiment of the memory wash-and-wear foldable garment and apparel composite of the present invention applied to a handbag;

FIG. 8 is a schematic structural diagram of an eighth embodiment of the memory non-ironing foldable clothing and apparel composite material applied to a backpack according to the present invention;

FIG. 9 is a schematic structural diagram of a memory wash-and-wear foldable garment and apparel composite applied to footwear according to an embodiment of the invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used in the description of the invention herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items.

Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other identical elements in a process, method, article, or apparatus that comprises the element.

The first embodiment is as follows: as shown in fig. 1, the memory non-ironing foldable clothing and apparel composite material comprises seven layers of materials, wherein a fourth layer 4 located at the most middle position is a silica gel layer, a third layer 3 and a fifth layer 5 adjacent to the middle layer are both arranged to be adhesive layers, a second layer 2 outside the third layer 3 is arranged to be a substrate composite layer, a sixth layer 6 outside the fifth layer 5 is also arranged to be a substrate composite layer, a first layer 1 outside the second layer 2 is arranged to be a fabric layer, and a seventh layer 7 outside the sixth layer 6 is arranged to be an inner layer; the seven layers of materials are compounded into the clothes composite material with an integral structure and a memory non-ironing folding function, and a finished product of the clothes can be formed by conventional cutting and sewing processes according to a design scheme of the clothes; the shaping effect can be achieved without additionally adding a lining supporting shaping structure, the shaping effect can be still kept after repeated folding, unfolding and washing, foaming and bulging cannot occur, washing and delamination cannot occur, stripping cannot occur, the effects of rain prevention, wind prevention and high humidity resistance are good, the hand feeling is soft, and the multi-scene multifunctional use requirement can be met; can let clothing dress, bag article class folding portable, but the fifty percent discount is folded and is folded no crease, keep the surface fabric outward appearance invariant of own, resistant washing water does not have the delaminating, it is non-ironing, take memory function, easily deposit, silica gel itself 200 supplyes 400 degrees and just can melt, can let the surface fabric have better safeguard function, the commodity circulation cost of transportation is low, after using this material, because of its soft comfortable material characteristic, can be applicable to all materials and scenes, can be through the permeability that remains or improve silica gel simultaneously, make the surface fabric have prevent wind waterproof and function such as radiation protection. And more extensive development and application can be carried out to enrich the material culture life of people.

Further, the silica gel layer is made of silica gel mesh cloth, silica gel sheets or silica gel piece coiled materials made of SiO 2. nH2O materials, and can be adaptively selected according to specific requirements of a design scheme and a use occasion, such as specific requirements on weight, thickness, air permeability, rain resistance and the like.

Because the softness and hardness of the silica gel (SiO 2. nH2O, silica gel sheet, silica gel net material, silica gel foaming material and the like which take the silica gel as a main material) can be adjusted, the clothes have more imagination space and a scene; (such as softness suitable for children and sports), good stability and good affinity for fabrics; the silica gel material can enable the clothing products to have the function of crease-free memory and non-ironing after being folded, keep and improve the appearance shaping of a plurality of soft fabrics, (western-style clothes, full dress, shirt, bag, shoes and hat), and the shape can be quickly recovered.

Silica gel (SiO 2. nH2O, silica gel sheet/silica gel net material/silica gel foaming material and the like which take silica gel as a main material) does not react with any substance except strong alkali and hydrofluoric acid, is insoluble in water and any solvent, is nontoxic and tasteless, has stable chemical property, and endows the product with scientific and technological functions; the clothing has the functions of extension, wind resistance, water resistance, heat insulation, radiation protection and the like, does not change the soft characteristic of the textile, and brings better use and function exertion in the application of extreme scenes. Silica gel (SiO 2. nH2O, silica gel sheet/silica gel net material/silica gel foaming material and the like which take silica gel as main materials) of various types form different microporous structures due to different manufacturing methods, and the chemical components and the physical structures of the silica gel (SiO 2. nH2O, silica gel sheet/silica gel net material/silica gel foaming material and the like which take silica gel as main materials) determine that the silica gel has the characteristic that a plurality of other similar materials are difficult to replace: the adsorption performance is high, the thermal stability is good, the chemical property is stable, the mechanical strength is high, and the like, because the material characteristics are various, the cost value is high, and the application cost can be quickly reduced through a large number of large areas and multiple scenes.

Furthermore, the fabric layer can be made of silicone oil separation paper or a garment fabric, namely, the fabric can be directly fixed and arranged, and the finished garment product can be formed by conventional cutting and sewing processes; or the silicone oil separating paper can be used for randomly selecting and combining the fabrics and then sewing the fabrics by conventional cutting and sewing processes to form the finished product of the clothes.

Furthermore, the material of the substrate composite layer is a high molecular strong double-sided adhesive tape or a composite material formed by compounding the high molecular strong double-sided adhesive tape and the substrate, and the substrate is non-woven fabric or non-woven fabric.

The adhesive layer is made of a silica gel surface treating agent, and the silica gel surface treating agent is a combined material comprising a coupling agent, namely a combined material consisting of a plurality of components such as the coupling agent.

The lining material is covered by silicone oil separating paper or directly by clothing lining material, and the lining material is selected from oxford lining or non-woven fabric.

The manufacturing method of the memory easy-care foldable clothing and apparel composite material comprises the following steps:

firstly, large rolling composite mechanical equipment is adopted to roll and level matched silica gel materials or sheet silica gel materials once and remove bubbles, the environment is required to be normal temperature and dustless in the leveling process, and the materials are kept in the direction parallel to the horizontal plane and are not curled;

secondly, spraying a normal-temperature surface treatment adhesive on the surface of the matched silica gel material or the sheet silica gel material, uniformly spraying, and standing for five minutes;

thirdly, uniformly coating a layer of high-molecular strong double-sided adhesive on the outer surface of the normal-temperature surface treatment adhesive by adopting a laminating machine rolling mode or a spraying process of spraying equipment, wherein a silica gel material needs to be fixed in the coating process, and wrinkles are not allowed to form;

fourthly, covering a layer of separation paper or isolation paper on the outer surface of the high polymer strong double-sided adhesive tape; obtaining a single-sided composite silica gel material;

and fifthly, turning over the single-sided composite silica gel material prepared in the fourth step to enable the non-composite side of the single-sided composite silica gel material to be upward, and repeating the first step to the fourth step to prepare the finished product of the memory non-ironing foldable clothing composite material in the first embodiment.

Furthermore, in the first step, the thin silica gel is preferentially selected from the coiled material of the clothes, so that the coiled material memory non-ironing foldable clothes composite material can be produced, and the large-area cutting application in the production process of the clothes is facilitated.

Further, the first rolling and leveling step can be carried out at normal temperature, and the composite performance requirement of the material can be met under the normal temperature condition; the rolling flattening and shaping effect can also be further improved by high-temperature heating at the temperature of 60-120 ℃.

Example two: as shown in fig. 2, the memory non-ironing foldable composite material for clothing and apparel of the present invention, on the basis of the technical solution of the first embodiment, omits an inner-layer structure and includes only four layers of materials, wherein the fourth layer 4 located at the bottom position adopts a silica gel layer, the third layer 3 above the silica gel layer adopts an adhesion layer, the second layer 2 above the adhesion layer adopts a substrate composite layer, and the first layer 1 above the substrate composite layer adopts a fabric layer; the memory non-ironing foldable clothing composite material of the second embodiment has no lining, and a corresponding lining structure can be selected according to a clothing design scheme, or the composite material is combined with other clothing materials into a multilayer structure, and then the multilayer structure is sewn through clothing manufacturing processes such as conventional cutting, sewing or gluing processes to form a clothing finished product.

The embodiment II discloses a manufacturing method of a memory non-ironing foldable clothing and apparel composite material, which comprises the following steps:

firstly, large rolling composite mechanical equipment is adopted to roll and level matched silica gel materials or sheet silica gel materials once and remove bubbles, the environment is required to be normal temperature and dustless in the leveling process, and the materials are kept in the direction parallel to the horizontal plane and are not curled;

secondly, spraying a normal-temperature surface treatment adhesive on the surface of the matched silica gel material or the sheet silica gel material, uniformly spraying, and standing for five minutes;

thirdly, uniformly coating a layer of high-molecular strong double-sided adhesive on the outer surface of the normal-temperature surface treatment adhesive by adopting a laminating machine rolling mode or a spraying process of spraying equipment, wherein a silica gel material needs to be fixed in the coating process, and wrinkles are not allowed to form;

fourthly, covering a layer of separation paper or isolation paper on the outer surface of the high polymer strong double-sided adhesive tape; obtaining a single-sided composite silica gel material; and manufacturing a finished product of the memory non-ironing foldable clothing composite material of the second embodiment.

Furthermore, in the first step, the thin silica gel is preferentially selected from the coiled material of the clothes, so that the coiled material memory non-ironing foldable clothes composite material can be produced, and the large-area cutting application in the production process of the clothes is facilitated.

Further, the first rolling and leveling step can be carried out at normal temperature, and the composite performance requirement of the material can be met under the normal temperature condition; the rolling flattening and shaping effect can also be further improved by high-temperature heating at the temperature of 60-120 ℃.

Example three: as shown in fig. 3, the memory non-ironing foldable clothing composite material of the first embodiment and the second embodiment is combined in outer garments (hereinafter referred to as outer garments) such as western-style clothes, jackets or protective clothing, and the like, and can be sewn into outer garment finished products by conventional cutting, compounding, sewing, sizing or gluing processes according to the clothing design scheme, and fig. 3 (a); or according to a specific application design scheme and cost control, arranging a layer of lining material 103 in the memory non-ironing foldable clothing composite material 102, and arranging a layer of fabric 101 outside the memory non-ironing foldable clothing composite material, wherein in the step (b) shown in fig. 3, the outer sleeve finished product with a three-layer material structure is formed by sewing through conventional cutting, compounding, sewing, shaping or gluing processes, or the memory non-ironing foldable clothing composite material can be directly arranged on the outermost layer of the three-layer material structure as the fabric or directly arranged on the innermost layer as the lining material; according to a specific application design scheme and cost control, the memory easy-care foldable garment and apparel composite material 102 is directly used as an outermost layer, a layer of lining material 103 is arranged inside the memory easy-care foldable garment and apparel composite material 102, fig. 3(c), or the memory easy-care foldable garment and apparel composite material 102 is directly used as an innermost layer, a layer of fabric 101 is arranged outside the memory easy-care foldable garment and apparel composite material, and a finished coat with a two-layer material structure is formed by conventional cutting, compounding, sewing, shaping or gluing; or a three-layer material structure is mainly arranged on the part of the collar, cuff, shoulder, pocket mouth and/or sleeve of the coat, which needs anti-wrinkle, windproof, waterproof, anti-slip and/or anti-collision, the memory non-ironing foldable clothing and apparel composite material is arranged on any one layer of the three-layer material, and the other part is provided with a two-layer material structure or a single layer of memory non-ironing foldable clothing and apparel composite material.

Example four: as shown in fig. 4, the memory easy-care foldable clothing composite material of the first embodiment and the second embodiment is combined and applied in a shirt, and a shirt finished product can be formed by conventional cutting, compounding, sewing, sizing or gluing processes according to a clothing design scheme, and fig. 4 (a); or according to a specific application design scheme and cost control, arranging a layer of lining material 103 in the memory non-ironing foldable clothing composite material 102, arranging a layer of fabric 101 outside the memory non-ironing foldable clothing composite material, and sewing a shirt finished product with a three-layer material structure by conventional cutting, compounding, sewing, shaping or gluing processes, or directly arranging the memory non-ironing foldable clothing composite material on the outermost layer of the three-layer material structure as the fabric or directly arranging the memory non-ironing foldable clothing composite material on the innermost layer as the lining material; according to a specific application design scheme and cost control, the memory easy-care foldable clothing composite material 102 is directly used as an outermost layer, a layer of lining material 103 is arranged inside the memory easy-care foldable clothing composite material 102, and the figure 4(c) shows that the memory easy-care foldable clothing composite material 102 is directly used as an innermost layer, a layer of fabric 101 is arranged outside the memory easy-care foldable clothing composite material, and a shirt finished product with a two-layer material structure is formed by conventional cutting, compounding, sewing, shaping or gluing; or a three-layer material structure is mainly arranged on the part, such as the collar, the cuff, the shoulder, the pocket mouth and/or the sleeve of the shirt, needing wrinkle resistance, wind resistance, water resistance, slip resistance and/or collision resistance, the memory non-ironing foldable clothing and apparel composite material is arranged on any one layer of the three-layer material, and the other part is provided with a two-layer material structure or a single layer of memory non-ironing foldable clothing and apparel composite material.

Example five: as shown in fig. 5, the memory non-ironing foldable clothing composite material of the first embodiment and the second embodiment is combined and applied in the wind coat, and the wind coat finished product can be formed by sewing through conventional cutting, compounding, sewing, sizing or gluing processes according to the clothing design scheme, and fig. 5 (a); or according to a specific application design scheme and cost control, arranging a layer of lining material 103 in the memory non-ironing foldable clothing composite material 102, arranging a layer of fabric 101 outside the memory non-ironing foldable clothing composite material, and sewing to form a finished product of the wind coat with a three-layer material structure by conventional cutting, compounding, sewing, shaping or gluing processes, or directly arranging the memory non-ironing foldable clothing composite material on the outermost layer of the three-layer material structure as the fabric or directly arranging the memory non-ironing foldable clothing composite material on the innermost layer as the lining material; according to a specific application design scheme and cost control, the memory easy-care foldable clothing composite material 102 is directly used as an outermost layer, a layer of lining material 103 is arranged inside the memory easy-care foldable clothing composite material 102, and the figure 5(c) shows that the memory easy-care foldable clothing composite material 102 is directly used as an innermost layer, a layer of fabric 101 is arranged outside the memory easy-care foldable clothing composite material, and the finished product of the winddress with a two-layer material structure is formed by conventional cutting, compounding, sewing, shaping or gluing; or a three-layer material structure is mainly arranged on the part, such as the collar, the cuff, the shoulder, the pocket mouth and/or the sleeve of the wind coat, needing anti-wrinkle, windproof, waterproof, anti-slip and/or anti-collision, of the wind coat, the memory non-ironing foldable clothing composite material is arranged on any one layer of the three-layer material, and the other part is provided with a two-layer material structure or a single layer of memory non-ironing foldable clothing composite material.

Example six: as shown in fig. 6, the memory non-ironing foldable dress composite material of the first embodiment and the second embodiment is combined and applied in the dress, and the dress can be sewn into a finished dress product through conventional cutting, compounding, sewing, sizing or gluing processes according to a dress design scheme, and fig. 6 (a); or according to a specific application design scheme and cost control, arranging a layer of lining material 103 inside the memory non-ironing foldable clothing composite material 102, and arranging a layer of fabric 101 outside the memory non-ironing foldable clothing composite material, wherein in the step (b) shown in fig. 6, the finished product of the one-piece dress with the three-layer material structure is formed by sewing through conventional cutting, compounding, sewing, shaping or gluing processes, or the memory non-ironing foldable clothing composite material is directly arranged on the outermost layer of the three-layer material structure as the fabric, or is directly arranged on the innermost layer as the lining material; according to a specific application design scheme and cost control, the memory non-ironing foldable clothing composite material 102 is directly used as an outermost layer, a lining material 103 is arranged inside the memory non-ironing foldable clothing composite material 102, and the figure 6(c) shows that the memory non-ironing foldable clothing composite material 102 is directly used as an innermost layer, a layer of fabric 101 is arranged outside the memory non-ironing foldable clothing composite material, and the finished product of the one-piece dress with the two-layer material structure is formed by conventional cutting, compounding, sewing, shaping or gluing; or a three-layer material structure is mainly arranged on the part, such as the collar, the cuff, the shoulder, the pocket mouth and/or the sleeve, of the one-piece dress, which needs anti-wrinkle, windproof, waterproof, anti-slip and/or anti-collision, of the one-piece dress, the memory non-ironing foldable clothing composite material is arranged on any one layer of the three-layer material, and the other part is provided with a two-layer material structure or a single layer of memory non-ironing foldable clothing composite material.

Example seven: as shown in fig. 7, the present invention combines and applies the memory wash-and-wear foldable clothing composite material of the first and second embodiments in a handbag, a fashion bag or a case, and the handbag, the fashion bag or the case can be made by conventional cutting, compounding, sewing, sizing or gluing processes according to the clothing design scheme, fig. 7 (a); or according to a specific application design scheme and cost control, arranging a layer of lining material 103 in the memory easy-care foldable clothing composite material 102, arranging a layer of lining material 101 outside the memory easy-care foldable clothing composite material, and sewing a handbag, a time-money bag or a case finished product with a three-layer material structure by conventional cutting, compounding, sewing, shaping or gluing processes, or directly arranging the memory easy-care foldable clothing composite material on the outermost layer of the three-layer material structure as the lining material or directly arranging the memory easy-care foldable clothing composite material on the innermost layer as the lining material, as shown in fig. 7 (b); according to a specific application design scheme and cost control, the memory easy-care foldable clothing composite material 102 is directly used as an outermost layer, a layer of lining material 103 is arranged inside the memory easy-care foldable clothing composite material 102, and the figure 7(c) shows that the memory easy-care foldable clothing composite material 102 is directly used as an innermost layer, a layer of fabric 101 is arranged outside the memory easy-care foldable clothing composite material, and a handbag, a time-money bag or a case finished product with a two-layer material structure is formed by conventional cutting, compounding, sewing, shaping or gluing; or a three-layer material structure is arranged at the wrist, the front part, the back part and/or the button head of a handbag, a time-saving bag or a case, and other heavy point friction parts, the memory non-ironing foldable clothing composite material is arranged at any one layer of the three-layer material, and the other parts are provided with a two-layer material structure or a single layer of memory non-ironing foldable clothing composite material.

Example eight: as shown in fig. 8, the memory non-ironing foldable clothing composite material of the first embodiment and the second embodiment is applied to a backpack, a single-shoulder bag or a waist bag, and can be sewn into a backpack, a single-shoulder bag or a waist bag finished product by conventional cutting, compounding, sewing, sizing or gluing processes according to a clothing design scheme, as shown in fig. 8 (a); or according to a specific application design scheme and cost control, arranging a layer of lining material 103 in the memory non-ironing foldable clothing composite material 102, arranging a layer of lining material 101 outside the memory non-ironing foldable clothing composite material, and sewing a double-shoulder bag, a single-shoulder bag or a waist bag finished product with a three-layer material structure through conventional cutting, compounding, sewing, shaping or gluing processes, or directly arranging the memory non-ironing foldable clothing composite material on the outermost layer of the three-layer material structure as the lining material or directly arranging the memory non-ironing foldable clothing composite material on the innermost layer as the lining material; according to a specific application design scheme and cost control, the memory non-ironing foldable clothing composite material 102 is directly used as an outermost layer, a layer of lining material 103 is arranged inside the memory non-ironing foldable clothing composite material 102, and the figure 8(c) shows that the memory non-ironing foldable clothing composite material 102 is directly used as an innermost layer, a layer of fabric 101 is arranged outside the memory non-ironing foldable clothing composite material, and a double-shoulder bag, a single-shoulder bag or a waist bag finished product with a two-layer material structure is formed by sewing through conventional cutting, compounding, sewing, shaping or gluing processes; or the wrist, the front part, the back part and/or the button head of the backpack, the single-shoulder bag or the waist bag are/is provided with a three-layer material structure, the memory non-ironing foldable clothing and apparel composite material is arranged on any one layer of the three-layer material, and the other parts are provided with a two-layer material structure or a single layer of memory non-ironing foldable clothing and apparel composite material.

Example nine: as shown in fig. 9, the present invention combines the memory non-ironing foldable clothing composite material of the first embodiment and the second embodiment in the shoes such as sports shoes, casual shoes, snow shoes, leather shoes, polar shoes and the like, especially in canvas shoes, and can be sewn into a finished footwear product by the conventional cutting, compounding, sewing, sizing or gluing process according to the clothing design scheme, fig. 9 (a); or according to a specific application design scheme and cost control, arranging a layer of lining material 103 in the memory non-ironing foldable clothing composite material 102, arranging a layer of fabric 101 outside the memory non-ironing foldable clothing composite material, and sewing to form a shoe finished product with a three-layer material structure by conventional cutting, compounding, sewing, shaping or gluing processes, or directly arranging the memory non-ironing foldable clothing composite material on the outermost layer of the three-layer material structure as the fabric or directly arranging the memory non-ironing foldable clothing composite material on the innermost layer as the lining material; according to a specific application design scheme and cost control, the memory easy-care foldable clothing composite material 102 is directly used as an outermost layer, a layer of lining material 103 is arranged inside the memory easy-care foldable clothing composite material 102, and the figure 9(c) shows that the memory easy-care foldable clothing composite material 102 is directly used as an innermost layer, a layer of fabric 101 is arranged outside the memory easy-care foldable clothing composite material, and a shoe finished product with a two-layer material structure is formed by conventional cutting, compounding, sewing, shaping or gluing processes; or a three-layer material structure is arranged at key friction parts of the shoe upper, the shoe body and/or the insole, etc., the memory non-ironing foldable clothing composite material is arranged at any one layer of the three-layer material, and the other parts are provided with a two-layer material structure or a single layer of memory non-ironing foldable clothing composite material.

Example ten: the memory non-ironing foldable clothing composite material of the first embodiment and the second embodiment is combined and applied in bra underwear, and a finished product of the bra underwear can be formed by sewing through conventional cutting, compounding, sewing, shaping or gluing processes according to the design scheme of the bra underwear; or according to a specific application design scheme and cost control, arranging a layer of lining material inside the memory non-ironing foldable clothing composite material, arranging a layer of fabric outside the memory non-ironing foldable clothing composite material, and sewing to form a finished bra and underwear product with a three-layer material structure by conventional cutting, compounding, sewing, shaping or gluing processes, or directly arranging the memory non-ironing foldable clothing composite material on the outermost layer of the three-layer material structure as the fabric or directly arranging the memory non-ironing foldable clothing composite material on the innermost layer as the lining material; the method can also be controlled according to a specific application design scheme and cost, the memory non-ironing foldable clothing composite material is directly used as an outermost layer, a layer of lining is arranged inside the memory non-ironing foldable clothing composite material, or the memory non-ironing foldable clothing composite material is directly used as an innermost layer, a layer of fabric is arranged outside the memory non-ironing foldable clothing composite material, and a bra underwear finished product with a two-layer material structure is formed by sewing through conventional cutting, compounding, sewing, shaping or gluing processes; or the middle layer, the inner layer and/or the cup cover of the bra and other key friction parts are provided with three-layer material structures, the memory non-ironing foldable clothing composite material is arranged on any one layer of the three-layer material, and the other parts are provided with two-layer material structures or a single layer of memory non-ironing foldable clothing composite material.

The invention discloses a novel scientific and technological auxiliary supporting material with memory non-ironing and traceless functions, which is a cotton/wool/hemp/polyester/silk/real leather/synthetic fiber/leather/synthetic material with the range of application including the supporting and shaping functions of all clothes/bags/shoes through the inspection of the material. The material of the invention uses thin silica gel (SiO 2. nH2O, silica gel sheet/silica gel net material/silica gel foaming material and the like which take silica gel as a main material) as an intermediate support layer, according to the use scene, the double layers of the surface and the bottom of the support layer use strong double-sided adhesive + a treating agent/the single layer uses the strong double-sided adhesive + the treating agent, the silica gel (SiO 2. nH2O, silica gel sheet/silica gel net material/silica gel foaming material and the like which take silica gel as a main material) is compounded by using the viscose technology, and the excellent characteristics of the silica gel (SiO 2. nH2O, silica gel sheet/silica gel net material/silica gel foaming material and the like which take silica gel as a main material) are switched to a wider clothes life scene.

By the process, the clothing has the advantages of functional extension, wind resistance, water resistance, heat insulation, radiation protection and the like, does not change the soft characteristic of the textile, and brings better use and functional performance in the application of extreme scenes.

Silica gel (SiO 2. nH2O, silica gel sheet/silica gel net/silica gel foaming material and the like which take silica gel as a main material) has inertia/stability/folding resistance, no trace, wind resistance/rain resistance and excellent physical and chemical properties;

the current process is a small-area and small-model and the like, is applied more but limited in processing, has a missing main scene and higher cost, and is not easy to enter the conventional life application;

silica gel (SiO 2. nH2O, silica gel sheet/silica gel net/silica gel foam material and the like which take silica gel as a main material) is used as a composite material of the main material, but because of inertia and high stability/softness; is not beneficial to direct processing and application;

with the progress of times, the traditional clothing and apparel industry needs new technology, new material and new technology to improve and enhance the scene application; most clothes need to be shaped, the washing mode is limited, dry cleaning is needed, the cost and the occupied space are increased due to logistics and storage, meanwhile, some scenes need to be rainproof, windproof and high humidity resistant, and the traditional fabric basically only has the conventional functions of heat preservation and the like, so that the requirement of people on the future and the future cannot be met;

in the process of developing a new material, the application of the silica gel material is found to be quite wide, the basic application of the silica gel reaches the world level in a huge industrial cluster in China, and in the trial production of a new product, the problems are found and the schemes are searched one by one, so that all the problems can be solved.

After trial production and marketing of one single cap product, a relatively high market response (97% good evaluation) is obtained after a period of inspection, and the composite material and the scheme are required to be applied and protected more due to intellectual property protection, product sustainable development, long-term mass production application and the like. Therefore, the inventor invests time/effort/capital and the like to propose the composite novel material and scheme of the invention.

At present, through a small amount of trial-manufactured samples including theoretical communication with various large-brand customers and cost accounting, the composite plate and the scheme have wide market space and economic benefit, and therefore, the multifunctional composite clothing material and the process which mainly use the silica gel and are foldable, memorable, traceless, non-ironing, windproof, waterproof, super-sensitive and the like are also tried and developed in practical application.

Preferably, the preparation which can be achieved by the current technology is selected, a large-scale rolling composite machine is used on one side of the matched thin silica gel, and the material is leveled;

spraying a preferred normal-temperature surface treatment adhesive on the surface of one side of the flat silica gel material;

uniformly coating high-molecular strong double-sided adhesive on the outer side of the single side of the silica gel sprayed with the surface treating agent, wherein wrinkles cannot be formed in the whole production process;

covering the outer side of the high polymer strong double faced adhesive tape with oiled paper to complete a single-sided treatment process;

turning over the other side of the single-sided silica gel material with the single-sided compound glue, leveling and avoiding crease marks; spraying a surface treatment adhesive on the other side surface of the silica gel material;

uniformly coating high-molecular strong double-sided adhesive on the outer side of the single-sided silica gel material sprayed with the surface treating agent;

covering the outer side of the high polymer strong double faced adhesive tape with oiled paper to finish another single face treatment process;

after the steps are finished, the core-silica gel composite material is formed, and after long-time and numerous matching, the optimized materials are processed in a normal temperature environment, and can be additionally rolled at 60-120 ℃ for flattening and shaping.

The high molecular strong double-sided adhesive tape is formed by compounding a base material (non-woven fabric or non-woven fabric) and a colloid together.

The advantages are that:

1. the most huge and mature silica gel basic technology in the world of China is combined, silica gel is used in a large amount and in a large area, the cost thought is changed, the application is expanded, and the production cost is gradually reduced;

2. by utilizing the basic application research of the conventional high-molecular adhesive material mastered by the current manufacturing industry, the advanced development of the high-molecular adhesive and the composite technology in China can be improved through large-scale and deep use;

3. the method utilizes the viscose glue and the silica gel which can be skillfully and widely applied in the manufacturing industry of the Chinese light industry, and has the advantages of processing, cutting, compounding, sewing, cross-material and cross-industry, process innovation and integrated application.

4. Aiming at the defects of the conventional dress face auxiliary materials, the conventional die application, small-area antiskid and anticollision, isolation gaskets and the like are small in size, small in volume and small in area, and are not applied to large-market main bodies; the silica gel material can be widely applied to a large number of occasions, and can be widely applied to production and life; the easy-care folding material with the memory performance can be folded and portable, can be folded/laminated without crease, keeps the appearance of the fabric unchanged, is washable, easy-care and provided with the memory function, can keep the functions of wind prevention, rain prevention, penetration prevention and the like, after the clothing articles are used, due to the characteristics of the soft and comfortable material, the easy-care folding material has portability, pressure resistance, folding resistance and random washing in all application environments, changes the inconvenient places of the conventional clothing products, improves the overall quality of the material by using silica gel (SiO 2. nH2O, silica gel sheets/silica gel net materials/silica gel foaming materials and the like which take silica gel as the main material) and viscose technology, and can effectively solve the problem of the lack of the functions of the existing application materials.

The invention is not limited to the above alternative embodiments, and any other various forms of products can be obtained by anyone in the light of the present invention, but any changes in shape or structure thereof, which fall within the scope of the present invention as defined in the claims, fall within the scope of the present invention.