CN208791897U - A kind of woven cloth body structure of integrally formed stereoscopic pattern - Google Patents

Abstract

A kind of woven cloth body structure of integrally formed stereoscopic pattern, the woven cloth body is to be woven to constitute by plurality of yarns, each yarn is formed by a plurality of monofilament institute twisting, and the periphery of each monofilament all has a thermoplastic polymer layer, make the woven cloth body after the mould heat pressure for being preset with stereoscopic pattern, it can be acted on by the pressurization of the thermoplastic polymer layer or hot melt, so that the woven cloth body generates one of corresponding stereoscopic pattern, so, by above-mentioned method, so that the woven cloth physical efficiency is integrally formed stereoscopic pattern, not only simplify technique, reduce cost, and intensity is good, it is not easily to fall off, it splits, and have the advantages that full-automatic to produce.

Description

A kind of woven cloth body structure of integrally formed stereoscopic pattern

Technical field

The utility model is related with a kind of woven cloth body, particularly relates to a kind of woven cloth body knot of integrally formed stereoscopic pattern Structure.

Background technique

Generally being promoted on the cloth body of clothes or shoes has obvious decorative motifs effect, often can be incorporated into this with ornament On cloth body make collocation variation, such as the ornament can be pattern, fastener, LOGO or other same or unlike material cloth body, only The method that the ornament is incorporated into the cloth body at present, mostly based on sewing method or adhesive bonding method, therefore its operational method Complex procedures, and great manpower need to be expended, it improves manufacturing cost and does not meet economic benefit, in addition, if in cloth body and cloth body Overlapping at, when being engaged using adhesive bonding method, since its stiffness is bad, if therefore repeatedly carrying out flexure operation at overlapping When, it is just easy to happen disengaging between cloth body and cloth body, splits, and influence product quality.

Go out a kind of opanken engineering method in sport footwear market research in recent years, such as Nike company is woven with general yarn " Flyknit " opanken, which can reduce over manpower needed for production shoes with woven cloth body as vamp Expenditure, and the opanken can be integrally formed, and be can be reduced 1/3 cloth waste, met the characteristic of environmental protection, in addition the opanken has The advantage of lightweight, covering property height and comfort level etc., however, the opanken is formed by woven cloth body, if in design When pattern or lines to be formed, in addition to directly other than forming figure line on woven cloth body, being that palpus will using special knitting engineering method Other objects with figure line are knitted the cost that engineering method forms figure line by being manually combined with sewing or laminating type Height, and variability is small, as the combination for carrying out figure line with sewing type or with adhesive bonding method, still has above-mentioned sewing or bonding The shortcomings that method.

Utility model content

The main purpose of the utility model is to provide a kind of woven cloth body structure of integrally formed stereoscopic pattern, the braidings Cloth body forms the effect of stereoscopic pattern without by the methods of sewing or bonding, that is, can reach the woven cloth body, not only simplifies work Skill reduces cost, and intensity is good, not easily to fall off, split, and has the advantages that full-automatic to produce.

In order to achieve the above object, a kind of woven cloth body structure of integrally formed stereoscopic pattern provided by the utility model, it should Woven cloth body is woven by plurality of yarns to be constituted, which is formed by a plurality of monofilament institute twisting, and each monofilament is outer It all has a thermoplastic polymer layer week, furthermore has as the thermoplastic polymer layer on the woven cloth body through caused by hot pressing One stereoscopic pattern.

Preferably, wherein the thermoplastic polymer can be thermoplastic polyurethanes.

Preferably, wherein the stereoscopic pattern on the woven cloth body top surface in lower recess figure line.

Preferably, wherein the stereoscopic pattern on the woven cloth body in the figure line that penetrates up and down.

Preferably, wherein the yarn is made of two different colors of yarn, and forms the woven cloth body There are a surface layer and a bottom, which, because the yarn of different colours is formed, and has different colors with the bottom, so that should The surface layer of woven cloth body is formed with the stereoscopic pattern, and the stereoscopic pattern is in penetrate up and down.

Preferably, wherein the woven cloth body also includes one first woven cloth body and the second woven cloth body, this One woven cloth body is laminated on the second woven cloth body, after the mould heat pressure for being preset with stereoscopic pattern, by the thermoplastic poly Close nitride layer pressurization or hot melt effect so that the first woven cloth body of top have to lower recess a stereoscopic pattern, and on First woven cloth body of side and the second woven cloth body of lower section form fusion due to pressurizeing or hot melt acts on by the stereoscopic pattern It is fixed.

The woven cloth body structure of integrally formed stereoscopic pattern provided by the utility model, is compiled by special yarn Cloth body made of knitting, via hot pressing, makes to be integrally formed a stereoscopic pattern on woven cloth body by special hot pressing die, and nothing Bond strength must can not only be improved via the methods of sewing or bonding, can more reduce human cost, and then promote the competition in market Power.

Detailed description of the invention

Fig. 1 is the perspective view of the first embodiment not yet woven cloth body through hot pressing of the utility model.

Fig. 2 is the yarns partial enlarged view of the above-mentioned first embodiment of the utility model.

Fig. 3 is the perspective view of woven cloth body of the above-mentioned first embodiment of the utility model after hot pressing.

Fig. 4 is the cross-sectional view of woven cloth body of the above-mentioned first embodiment of the utility model after hot pressing.

Fig. 5 is the method flow diagram of the above-mentioned first embodiment of the utility model.

Fig. 6 is the schematic diagram of the hot pressing die hot pressing woven cloth body of the above-mentioned first embodiment of the utility model.

Fig. 7 is the perspective view of woven cloth body of the second embodiment of the utility model after hot pressing.

Fig. 8 is the cross-sectional view of woven cloth body of the above-mentioned second embodiment of the utility model after hot pressing.

Fig. 9 is the cross-sectional view of woven cloth body of the 3rd embodiment of the utility model after hot pressing.

Figure 10 is the perspective view of woven cloth body of the fourth embodiment of the utility model after hot pressing.

Figure 11 is the cross-sectional view of woven cloth body of the above-mentioned fourth embodiment of the utility model after hot pressing.

Figure 12 uses schematic diagram applied to vamp for the utility model.

In figure:

10 woven cloth bodies；11 yarns；111 monofilament；112 thermoplastic polymer layers；12 stereoscopic patterns；20 hot pressing dies；21 Upper mold；211 stereoscopic patterns；22 lower dies；30 woven cloth bodies；31 stereoscopic patterns；40 woven cloth bodies；41 surface layers；411 stereoscopic patterns； 42 bottoms；50 woven cloth bodies；51 stereoscopic patterns；60 woven cloth bodies；70 vamps；71 strengthening sections；72 first stereoscopic patterns；73 second Stereoscopic pattern.

Specific embodiment

As shown in Figs.1 and 2, a kind of woven cloth body 10 is provided, which is compiled by plurality of yarns 11 It is configured to, which is formed by 111 twistings of a plurality of monofilament, and the periphery of each monofilament 111 all has a thermoplastic Property polymeric layer 112, referring back to shown in Fig. 3 and Fig. 4, in the embodiments of the present invention, the thermoplastic polymer Layer 112 is thermoplastic polyurethane rouge (Thermoplastic Polyurethan), makes the woven cloth body 10 through being preset with figure After the mould heat pressure of line, acted on by the pressurization of the thermoplastic polymer layer 112 or hot melt, so that 10 surface of woven cloth body It is integrally formed a corresponding stereoscopic pattern 12.

Referring again to shown in Fig. 5, the utility model in the method for being integrally formed the stereoscopic pattern 12 on the woven cloth body 10, It includes have the following steps:

Prepare woven cloth body: the structure of the woven cloth body 10 is woven by the yarn 11 and is constituted with shown in Fig. 1 and Fig. 2, And each yarn 11 is formed by 111 twistings of the monofilament, and the periphery of each monofilament 111 has been coated with the thermoplastic poly Nitride layer 112 is closed, which is thermoplastic polyurethane rouge (Thermoplastic Polyurethan).

Prepare hot pressing die: please referring to shown in Fig. 6, which has the function of hot pressing, and it includes have a upper mold 21 and a lower die 22, and 21 inner surface of upper mold is pre-formed with the stereoscopic pattern 211 of protrusion, in this present embodiment, the solid The height of figure line 21 is less than the thickness of the woven cloth body 10.

Hot forming: the woven cloth body 10 is placed in the hot pressing die 20, and is heated and is pressurizeed.

It obtains finished product: please also refer to shown in Fig. 3 and Fig. 4, being acted on, made by hot pressing or hot melt by thermoplastic polymer The woven cloth body 10 is obtained to generate the stereoscopic pattern 211 of the corresponding hot pressing die 20 protrusion and form the stereoscopic pattern 12 being recessed, But the stereoscopic pattern 12 does not penetrate the woven cloth body 10.

It is the second embodiment of the utility model, wherein when the hot pressing die referring back to shown in Fig. 7 and Fig. 8 When 20 surfaces are formed by thickness of 211 height of stereoscopic pattern greater than the woven cloth body 30, which borrows after hot pressing It is acted on by thermoplastic polymer by hot pressing or hot melt, in the stereoscopic pattern for generating the corresponding hot pressing die 20 on the woven cloth body 30 211 and being formed has a stereoscopic pattern 31, and about 31 stereoscopic pattern penetrates the woven cloth body 30, due to the stereoscopic pattern 31 General woven cloth body can be imitated because weaving is formed by figure line, therefore there is woven effect.

Be the 3rd embodiment of the utility model referring again to shown in Fig. 9, wherein the woven cloth body 40 be two kinds not Yarn with color is formed, and the woven cloth body 40 is made to be formed with a surface layer 41 and a bottom 42, which is located at the bottom 42 top since the surface layer 41 is woven with the bottom 42 by the yarn of different colours, therefore makes the woven cloth body 40 Surface and bottom surface have different colors, and are approximately equal to this when 20 surface of hot pressing die is formed by 211 height of stereoscopic pattern When 41 thickness of surface layer of woven cloth body 30, the woven cloth body 40 is after hot pressing, by the hot pressing function of thermoplastic polymer, in this Being formed on the surface layer 41 of woven cloth body 40 has the stereoscopic pattern 411 penetrated up and down, makes the color of bottom 42 can be by solid Figure line 411 and be exposed on surface layer 41, and the stereoscopic pattern 411 is made to generate double-colored effect.

It please refers to shown in Figure 10 and Figure 11, is the fourth embodiment of the utility model, wherein in preparation woven cloth body In step, prepare two woven cloth bodies 50,60, separately in the hot forming the step of in, which is given folded up and down It postpones, while being placed in the hot pressing die 20, heated and pressurizeed, make the woven cloth body 50 after hot pressing, it can be by thermoplasticity The hot pressing of polymer or hot melt effect, form recessed in addition to making the woven cloth body 50 being located above generate the corresponding hot pressing die 20 Outside a sunken stereoscopic pattern 51, and make top woven cloth body 50 and lower section woven cloth body 60 can by stereoscopic pattern 51 because Pressurization or hot melt act on and form fusion and fix.

Value mentions one and is mentioned that, due to the utility model woven cloth body via the hot pressing of hot pressing die after, can because of thermoplasticity The hot melt of polymer is acted on and is hardened, therefore its hardness can be improved, therefore in can be by the hot pressing of hot pressing die 20 on woven cloth body It acts on and different hardness is presented.

Continuing with cooperation refering to fig. 1 shown in 2, the schematic diagram of vamp is applied to for the utility model, wherein vamp 70 is It is the finished product constituted with the utility model, which forms a variety of different effects according to the demand at each position, for example, To increase hardness at 70 leading portion of vamp, double braid cloth body is combined via the hot pressing of the hot pressing die 20 and forms one Strengthening section 71, another 70 middle section of vamp is then that woven cloth body is formed with about one and is penetrated via the hot pressing of hot pressing die One first stereoscopic pattern 72 is formed with as being then hot pressing by double braid cloth body via hot pressing die at 70 back segment of vamp Second stereoscopic pattern 73 of one recess, and double braid cloth body is made to be combined fixation, thus the utility model can on demand, via The primary hot pressing of hot pressing die, and in forming a variety of different effects on same woven cloth body.

It is noted that the woven cloth body of the utility model makes the braiding in such a way that hot pressing die is subject to hot pressing Cloth body is formed with a stereoscopic pattern, and without by the methods of sewing or bonding, therefore the utility model not only has time saving province Work, and the advantages of reduction manufacturing cost, more can exempt to use manpower, as full-automatic participation in response to the arriving of industry 4.0.

It is worth being mentioned that again, the woven cloth body of the utility model, in such a way that hot pressing die is subject to hot pressing, keeps this practical It is novel that different weave effects, or the integrally formed effect with difference of height figure line can be integrally formed on same woven cloth body Fruit, or it is integrally formed have the effect of penetrability figure line, in addition can also form the effect of different hardness, therefore the utility model is true It is real that there is a very wide range of application range, and can reach many different effects.

Embodiment described above is only preferred embodiments for fully illustrating the utility model, the utility model Protection scope it is without being limited thereto.Those skilled in the art made equivalent substitute or change on the basis of the utility model It changes, both is within the protection scope of the present invention.The protection scope of the utility model is subject to claims.

Claims (6)

1. a kind of woven cloth body structure of integrally formed stereoscopic pattern, characterized by comprising:

Woven cloth body is to be woven to constitute by plurality of yarns, and each yarn is formed by a plurality of monofilament institute twisting, and each The periphery of the monofilament all has a thermoplastic polymer layer, furthermore has by the thermoplastic polymer layer on the woven cloth body through heat A stereoscopic pattern caused by pressing.

2. a kind of woven cloth body structure of integrally formed stereoscopic pattern according to claim 1, which is characterized in that the thermoplastic Property polymeric layer be thermoplastic polyurethanes.

3. a kind of woven cloth body structure of integrally formed stereoscopic pattern according to claim 1, which is characterized in that the solid Figure line on the top surface of the woven cloth body in lower recess figure line.

4. a kind of woven cloth body structure of integrally formed stereoscopic pattern according to claim 1, which is characterized in that the solid Figure line on the woven cloth body in the figure line that penetrates up and down.

5. a kind of woven cloth body structure of integrally formed stereoscopic pattern according to claim 1, which is characterized in that the yarn It is made of two different colors of yarn, and the woven cloth body is made to be formed with a surface layer and a bottom, the surface layer and the bottom It is formed by the yarn of different colours, and then there is different colors, so that the surface layer of the woven cloth body is formed with the perspective view Line, and the stereoscopic pattern is in penetrate up and down.

6. a kind of woven cloth body structure of integrally formed stereoscopic pattern according to claim 1, which is characterized in that the braiding Cloth body also includes one first woven cloth body and the second woven cloth body, which is stacked and placed on the second woven cloth body On, after the mould heat pressure for being preset with stereoscopic pattern, so that the first woven cloth body of top has the solid to lower recess Figure line, and the first woven cloth body of top and the second woven cloth body of lower section by the stereoscopic pattern due to pressurizeing or hot melt acts on It is formed and fuses and fix.