Texture fabric with hidden conductive filaments and weaving process thereof
By using conductive wire coated yarn in antistatic fabrics for mechanical coating, and combining reasonable yarn combination and weaving process parameters, the problem of conductive wire being difficult to conceal the front of the fabric is solved, and the aesthetics and utilization performance of the fabric are improved.
Patent Information
- Application Number
- CN202510260994.9
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-03-06
- Publication Date
- 2025-04-22
Smart Images
Figure CN119859872A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the technical field of clothing fabric weaving, and in particular to a textured fabric with concealed conductive threads and a weaving process thereof. The present invention provides a weaving method that achieves a concealed conductive thread effect on the front side of the fabric while giving the fabric a certain texture effect through reasonable yarn combination, organization and weaving process design. Background Art
[0002] With the continuous advancement of modernization, the people's needs for a better life are growing. Not only do industries such as petrochemicals and electronics have strict requirements on the antistatic performance of industrial clothing, but ordinary people also have demands for the antistatic performance of autumn and winter clothing. Fabrics with antistatic properties can dredge static currents, thereby eliminating static electricity accumulation, preventing adsorption and sparks caused by static electricity, and improving the safety and comfort of clothing to a certain extent.
[0003] At present, most of the antistatic fabrics on the market are made by chemical finishing, and some fabrics are made by blending conductive fibers with other fibers. The conductive substances in conductive fibers are mostly carbon and metal compounds. Among them, conductive fibers with carbon as the conductive substance are black and are easily exposed on the surface of the fabric after blending with other fibers. However, this type of fabric fails to hide the conductive fibers on the front of the fabric well, and the conductive fibers directly exposed on the surface of the fabric have a certain impact on the aesthetics of the fabric.
[0004] Therefore, we propose a textured fabric with concealed conductive yarn and a weaving process thereof. Summary of the invention
[0005] The object of the present invention is to provide a conductive yarn concealed textured fabric and a weaving process thereof, so as to solve the problems raised in the prior art.
[0006] To achieve the above object, the present invention provides the following technical solutions: a weaving process for a textured fabric with concealed conductive yarns, including fabric specification design, yarn combination design, organization design and weaving process parameter setting;
[0007] The fabric specification design includes width, warp and weft density and reed insertion number;
[0008] The yarn combination design includes a warp combination design and a weft combination design, and the fabric structure design is performed using M groups of warps and N groups of wefts, where M≥1 and N≥1;
[0009] The weave design includes designing the front weave of the fabric as plain weave, and designing the weft weave of the back of the fabric based on the principle of heavy weave design. The weave structure can be inter-filament consolidation, twill or satin. Through the weave structure design, the floating length of the surface yarn of the fabric can be greater than that of the inner yarn, so as to achieve the effect of hiding the conductive yarn on the surface of the fabric; designing the front weave of the fabric as plain weave, and placing the conductive yarn coated yarn as warp floating yarn jacquard on the back of the fabric to form a warp conductive yarn back strip fabric; or designing the front weave of the fabric as plain weave, and placing the conductive yarn coated yarn as weft floating yarn jacquard on the weft The back of the fabric is formed into a weft conductive yarn back strip fabric; or the front fabric structure is designed as a plain weave, and the conductive yarn coated yarn is used as a warp floating jacquard and is placed on the back of the fabric in combination with the weft floating jacquard to form a warp conductive yarn back lattice fabric; or the front fabric structure is designed as a plain weave, and the conductive yarn coated yarn is used as a weft floating jacquard and is placed on the back of the fabric in combination with the warp floating jacquard to form a weft conductive yarn back lattice fabric; or the front fabric structure is designed as a plain weave, and the conductive yarn coated yarn is used as a floating jacquard in both the warp and weft directions and is placed on the back of the fabric to form a warp and weft bidirectional conductive yarn back lattice fabric;
[0010] The weaving process parameter settings include machine speed, warp let-off tension, number of pre-stored weft loops, yarn outlet tension, water pump water pressure angle and water pump water volume angle.
[0011] Furthermore, among the warp and weft threads used in the warp thread combination design, one or two groups of warp and weft threads are conductive silk covered yarns, and the raw materials and processing methods of the remaining warp and weft threads are not limited, and the raw materials are one or more chemical or natural fibers such as polyester, polyamide, and cotton;
[0012] The processing method is one or both of stretched yarn and deformed yarn.
[0013] Furthermore, the warp conductive yarn back strip fabric yarn combination design is that the 1st to (M-1) groups of warp threads are conventional filaments, the Mth group of warp threads are conductive yarn covered yarns, and the 1st to Nth groups of weft threads are conventional filaments; the weft conductive yarn back strip fabric yarn combination design is that the 1st to M groups of warp threads are conventional filaments, the 1st to (N-1) groups of weft threads are conventional filaments, and the Nth group of weft threads are conductive yarn covered yarns; the warp conductive yarn back plaid fabric yarn combination design is that the 1st to (M-1) groups of warp threads are conventional filaments, the The M groups of warp threads are conductive silk covered yarns, and the 1st to N groups of weft threads are conventional filaments; the weft conductive silk back plaid fabric yarn combination design, the 1st to M groups of warp threads are conventional filaments, the 1st to (N-1) groups of weft threads are conventional filaments, and the Nth group of weft threads are conductive silk covered yarns; the warp and weft bidirectional conductive silk back plaid fabric yarn combination design, the 1st to (M-1) groups of warp threads are conventional filaments, the Mth group of warp threads are conductive silk covered yarns, the 1st to (N-1) groups of weft threads are conventional filaments, and the Nth group of weft threads are conductive silk covered yarns;
[0014] To ensure the antistatic performance of the fabric, the distance between the two conductive silk coated yarns is 0.1 to 1 cm.
[0015] Furthermore, the conductive fiber coated yarn uses conventional filaments to mechanically coat the conductive fibers;
[0016] The warp yarn arrangement ratio is set based on the distance between the two conductive silk covered yarns and the organizational structure requirements.
[0017] Furthermore, the fineness and mechanical coating twist of the conventional filament are designed according to requirements.
[0018] Furthermore, the weft yarn arrangement ratio is designed based on the distance between the two conductive fiber coated yarns and the organizational structure requirements.
[0019] Further, the warp conductive yarn back strip fabric is woven by M groups of warp yarns and 1 group of weft yarns, the surface weave is plain weave, and the back weave is inter-filament consolidation, twill or satin weave, M≥2;
[0020] The weft conductive yarn back strip fabric is woven by 1 set of warp yarns and N sets of weft yarns, the surface weave is plain weave, and the back weave is inter-filament consolidation, twill or satin weave, N≥2;
[0021] The warp conductive yarn back lattice fabric is woven by M groups of warp yarns and N groups of weft yarns, the surface weave is plain weave, and the back weave is inter-filament consolidation, twill or satin weave, M≥2, N≥2;
[0022] The weft conductive yarn back lattice fabric is woven by M groups of warp yarns and N groups of weft yarns, the surface weave is plain weave, and the back weave is inter-filament consolidation, twill or satin weave, M≥2, N≥2;
[0023] The warp and weft bidirectional conductive yarn back lattice fabric is woven by M groups of warp yarns and N groups of weft yarns, the surface structure is plain weave, and the back structure is inter-filament consolidation, twill or satin weave, M≥2, N≥2.
[0024] Furthermore, the weaving process parameter setting is carried out reasonably according to the selected warp and weft yarn fineness and fabric specifications under the premise of ensuring the weaving efficiency of the loom;
[0025] The machine speed is 420-580r / min, the warp tension is 1800-2400N, the number of pre-stored weft circles is 12-20 circles, the yarn tension is 2.5cN / dtex, the water pressure angle of the water pump is 165-230°, and the water volume angle of the water pump is 170-210°.
[0026] Furthermore, the warp let-off tension is proportional to the warp yarn fineness and the total number of warp yarns;
[0027] The number of pre-stored weft loops, yarn tension, water pump water pressure angle and design requirements are related to warp tension;
[0028] The water volume angle of the water pump is proportional to the width of the fabric.
[0029] Furthermore, the fabric specifications are designed as follows: width 145-155 cm, warp density 40-150 strands / cm, weft density 30-80 strands / cm, and reed count 2 or 2 / 3.
[0030] Furthermore, the fineness and dyeability of the warp yarn and the weft yarn used in the yarn combination design are close.
[0031] Furthermore, the conductive wire coated yarn uses filaments to mechanically coat the conductive wires, and the specific process is as follows:
[0032] Conventional filaments and conductive yarns are passed through a coated yarn machine to spin coated yarns to obtain conductive yarn coated yarns.
[0033] Furthermore, the covered yarn is spun by machine covering, and the twist is 600 to 800 twists / meter.
[0034] In the above technical scheme, the conductive thread is mechanically coated by yarn to obtain conductive thread coated yarn. The conductive thread can achieve a concealed effect on the front side of the fabric. Through the yarn combination design and organization design, the fabric is given a certain texture effect to enhance the aesthetics of the fabric. At the same time, the use of conductive thread and other types of yarn blended production can enhance the softness, wear resistance and other wearing properties of the fabric.
[0035] Compared with the prior art, the present invention has the following beneficial effects:
[0036] Conductive yarn coated yarn is obtained by mechanically coating conductive yarn (especially black conductive yarn) with conventional filament. The conductive yarn can achieve a concealing effect on the front of the fabric and can also give the fabric a certain texture effect, thereby improving the aesthetics of the fabric. At the same time, the use of conductive yarn and other types of yarn in blended production can improve the softness, wear resistance and other wearing properties of the fabric. BRIEF DESCRIPTION OF THE DRAWINGS
[0037] Figure 1 This is a warp conductive yarn back strip fabric structure diagram of Example 1 of the present invention;
[0038] In the figure, the longitudinal direction indicates the warp direction, the transverse direction indicates the weft direction, and "×26" indicates that the selected 4 warp yarns circulate 26 times according to this rule;
[0039] Indicates the warp floating point when warp yarn A is interwoven with weft yarn. It indicates the floating point of the warp yarn when the warp yarn B is interwoven with the weft yarn, and “□” indicates the floating point of the weft yarn when the warp yarn and the weft yarn are interwoven.
[0040] Figure 2 This is a weft conductive yarn back strip fabric structure diagram of Example 2 of the present invention;
[0041] In the figure, the longitudinal direction indicates the warp direction, the transverse direction indicates the weft direction, and "×8" indicates that the selected 4 weft yarns are circulated 8 times according to this rule;
[0042] Indicates the warp floating point when the warp and weft yarns a are interwoven. It indicates the floating point of the warp yarn when the warp yarn and the weft yarn b are interwoven, and “□” indicates the floating point of the weft yarn when the warp yarn and the weft yarn are interwoven.
[0043] Figure 3 This is the weave diagram of the warp conductive yarn back lattice fabric of Example 3 of the present invention;
[0044] In the figure, the longitudinal direction indicates the warp direction, the transverse direction indicates the weft direction, and “×15” indicates that the selected 4 warp yarns are circulated 15 times according to this rule;
[0045] Indicates the warp yarn floating point when warp yarn C and weft yarn c are interwoven. It indicates the floating point of warp yarn when warp yarn C is interwoven with weft yarn d; Indicates the warp floating point when warp yarn D is interwoven with weft yarn c. It indicates the floating point of the warp yarn when the warp yarn D is interwoven with the weft yarn d, and “□” indicates the floating point of the weft yarn when the warp yarn and the weft yarn are interwoven.
[0046] Figure 4 This is a weft conductive yarn back lattice fabric structure diagram of Example 4 of the present invention;
[0047] In the figure, the longitudinal direction indicates the warp direction, the transverse direction indicates the weft direction, and “×4” indicates that the 4 selected weft yarns are circulated 4 times according to this rule;
[0048] Indicates the warp yarn floating point when warp yarn E is interwoven with weft yarn e. It indicates the floating point of warp yarn when warp yarn E is interwoven with weft yarn f; It indicates the floating point of the warp yarn when the warp yarn F and the weft yarn e are interwoven, and “□” indicates the floating point of the weft yarn when the warp yarn and the weft yarn are interwoven.
[0049] Figure 5 This is the weave diagram of the back side lattice fabric of the warp and weft bidirectional conductive yarn of Example 5 of the present invention;
[0050] In the figure, the longitudinal direction indicates the warp direction, and the transverse direction indicates the weft direction. "×16" means that the selected 4 warp yarns circulate 16 times according to this rule; "×8" means that the selected 4 weft yarns circulate 8 times according to this rule.
[0051] Indicates the warp floating point when the warp yarn G is interwoven with the weft yarn g. It indicates the floating point of warp yarn when warp yarn G is interwoven with weft yarn h; Indicates the warp floating point when the warp yarn H is interwoven with the weft yarn g. Indicates the floating point of the weft yarn when the warp yarn and the weft yarn are interwoven. DETAILED DESCRIPTION
[0052] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.
[0053] Embodiment 1: A weaving process for a textured fabric with concealed conductive yarns, comprising the following steps:
[0054] (1) Preparation of conductive silk coated yarn:
[0055] Conventional filaments and conductive yarns are spun into coated yarns through a coated yarn machine to obtain conductive yarn coated yarns; the coated yarns are coated by machine wrapping, and the twist is 800 twists / m;
[0056] (2) Fabric specification design:
[0057] The design width is 150cm, the total warp density is 75 strands / cm, the weft density is 45 strands / cm, and the reed insertion number is 2 / 3 insertion;
[0058] (3) Yarn combination design:
[0059] The fabric structure design is carried out with 2 groups of warps and 1 group of wefts. Warp yarn A is made of (40D / 34F nylon DTY) empty 20D spandex yarn, and warp yarn B is made of (20D / 24F nylon DTY) empty 20D spandex machine-wrapped (20D / 5F nylon FDY conductive yarn) yarn, with a twist of 800 twists / m and a twist direction of Z twist. Weft yarn is made of (40D / 34F nylon DTY) empty 20D spandex yarn. The arrangement ratio of warp yarn A to B is 104:1.
[0060] (4) Organizational design:
[0061] like Figure 1 As shown in the figure, the warp conductive yarn back strip fabric is woven by 2 groups of warp yarns and 1 group of weft yarns. The surface structure is a plain weave formed by interweaving warp yarn A and weft yarn, and the lining structure of the heavy warp part is a 1 / 3 inter-thread consolidation formed by interweaving warp yarn B and weft yarn. The conductive yarn covering yarn is placed on the back of the fabric as a warp floating thread jacquard.
[0062] (5) Weaving process parameter setting:
[0063] Set the machine speed to 500r / min, the warp tension to 2000N, the pre-stored weft circles to 18 circles, the yarn tension to 2.5cN / dtex, the water pump water pressure angle to 220°, and the water pump water volume angle to 190°.
[0064] Embodiment 2: A weaving process for a textured fabric with concealed conductive yarns, comprising the following steps:
[0065] (1) Preparation of conductive silk coated yarn:
[0066] Conventional filaments and conductive yarns are spun into coated yarns through a coated yarn machine to obtain conductive yarn coated yarns; the coated yarns are coated by machine wrapping, and the twist is 600 twists / m;
[0067] (2) Fabric specification design:
[0068] The design width is 150cm, the warp density is 78 strands / cm, the total weft density is 50 strands / cm, and the number of reeds is 2;
[0069] (3) Yarn combination design:
[0070] The fabric structure design is carried out using 1 group of warp and 2 groups of weft. The warp yarn is made of (30D / 34F nylon DTY) empty 20D spandex yarn; the weft yarn a is made of (30D / 34F nylon DTY) empty 20D spandex yarn, and the weft yarn b is made of (30D / 34F nylon DTY) machine-wrapped (20D / 5F nylon FDY conductive yarn) yarn, with a twist of 600 twists / m and a twist direction of Z twist; the arrangement ratio of weft yarn a to b is 32:1;
[0071] (4) Organizational design:
[0072] like Figure 2 As shown, the weft conductive yarn back strip fabric is woven by 1 set of warp yarns and 2 sets of weft yarns. The surface structure is a plain weave formed by interweaving the warp yarns and the weft yarns a, and the lining structure of the heavy weft part is a 3 / 1 interweaving weft yarn consolidation formed by interweaving the warp yarns and the weft yarns b. The conductive yarn covering yarn is used as a weft floating yarn jacquard and placed on the back of the fabric.
[0073] (5) Weaving process parameter setting:
[0074] Set the machine speed to 520r / min, the warp tension to 1800N, the pre-stored weft number to 15 circles, the yarn tension to 2.5cN / dtex, the water pressure angle of the water pump to 200°, and the water volume angle of the water pump to 190°.
[0075] Embodiment 3: A weaving process for a textured fabric with concealed conductive yarns, comprising the following steps:
[0076] (1) Preparation of conductive silk coated yarn:
[0077] Conventional filaments and conductive yarns are spun into coated yarns through a coated yarn machine to obtain conductive yarn coated yarns; the coated yarns are coated by machine wrapping, and the twist is 600 twists / m;
[0078] (2) Fabric specification design:
[0079] The design width is 145cm, the total warp density is 66 strands / cm, the total weft density is 45 strands / cm, and the number of reeds is 2 / 3;
[0080] (3) Yarn combination design:
[0081] The fabric structure design is carried out using two groups of warps and two groups of wefts. The warp yarn C used in the warp is made of (70D / 48F nylon DTY) empty 40D spandex yarn, and the warp yarn D is made of (50D / 48F nylon DTY) empty 40D spandex machine-wrapped (20D / 5F nylon FDY conductive yarn) yarn, with a twist of 600 twists / m and a twist direction of Z twist; the weft yarn c is made of (70D / 48F nylon DTY) empty 40D spandex yarn; the weft yarn d is made of (70D / 48F nylon DTY) × 2 ply twisted yarn, with a twist of 600 twists / m and a twist direction of Z twist; the arrangement ratio of warp yarn C to D is 62:1; the arrangement ratio of weft yarn c to d is 3: 1 :1: 1 (The underlined part is weft yarn d);
[0082] (4) Organizational design:
[0083] like Figure 3 As shown in the figure, the warp conductive yarn back strip fabric is woven by 2 groups of warp yarns and 2 groups of weft yarns, the surface structure is plain weave formed by warp yarn C and weft yarn c interweaving, the lining structure of the heavy weft part is 3 / 1 right twill formed by warp yarn C and weft yarn d interweaving, the lining structure of the heavy warp part is 1 / 1 inter-thread consolidation formed by warp yarn D and weft yarn c and d respectively, and the conductive yarn covered yarn used as warp floating thread jacquard and the weft floating thread jacquard form a lattice lining on the back of the fabric.
[0084] (5) Weaving process parameter setting:
[0085] Set the machine speed to 510r / min, the warp tension to 2400N, the pre-stored weft circles to 20 circles, the yarn tension to 2.5cN / dtex, the water pump water pressure angle to 230°, and the water pump water volume angle to 170°.
[0086] Embodiment 4: A weaving process for a textured fabric with concealed conductive yarns, comprising the following steps:
[0087] (1) Preparation of conductive silk coated yarn:
[0088] Conventional filaments and conductive yarns are spun into coated yarns through a coated yarn machine to obtain conductive yarn coated yarns; the coated yarns are coated by machine wrapping, and the twist is 600 twists / m;
[0089] (2) Fabric specification design:
[0090] The design width is 145cm, the total warp density is 55 strands / cm, the total weft density is 30 strands / cm, and the number of reeds is 2 / 3;
[0091] (3) Yarn combination design:
[0092] The fabric structure design is carried out using 2 groups of warps and 2 groups of wefts; the warp yarn E used in the warp is made of (70D / 48F nylon DTY) empty 40D spandex yarn, the warp yarn F is made of (70D / 48F nylon DTY) × 2 ply twisted, the twist is 600 twists / m, and the twist direction is Z twist; the weft yarn e is made of (70D / 48F nylon DTY) empty 40D spandex yarn; the weft yarn f is made of (50D / 48F nylon DTY) empty 40D spandex machine-wrapped (20D / 5F nylon FDY conductive yarn) yarn, the twist is 600 twists / m, and the twist direction is Z twist; the arrangement ratio of warp yarn E to F is 4:1; the arrangement ratio of weft yarn e to f is 16:1;
[0093] (4) Organizational design:
[0094] like Figure 4 As shown in the figure, the weft conductive yarn back strip fabric is woven by 2 groups of warp yarns and 2 groups of weft yarns, the surface structure is plain weave formed by interweaving warp yarn E and weft yarn e, the lining structure of the heavy weft part is 3 / 1 interweaving warp yarn E and weft yarn f, the lining structure of the heavy warp part is 1 / 3 interweaving warp yarn F and weft yarn e, the conductive yarn covered yarn used as weft floating yarn jacquard and the warp floating yarn jacquard form a lattice lining on the back of the fabric.
[0095] (5) Weaving process parameter setting:
[0096] Set the machine speed to 510r / min, the warp tension to 2400N, the pre-stored weft circles to 20 circles, the yarn tension to 2.5cN / dtex, the water pump water pressure angle to 230°, and the water pump water volume angle to 170°.
[0097] Embodiment 5: A weaving process for a textured fabric with concealed conductive yarns, comprising the following steps:
[0098] (1) Preparation of conductive silk coated yarn:
[0099] Conventional filaments and conductive yarns are spun into coated yarns through a coated yarn machine to obtain conductive yarn coated yarns; the coated yarns are coated by machine wrapping, and the twist is 800 twists / m;
[0100] (2) Fabric specification design:
[0101] The design width is 150cm, the total warp density is 75 strands / cm, the total weft density is 50 strands / cm, and the number of reeds is 2 / 3;
[0102] (3) Yarn combination design:
[0103] The fabric structure design is carried out using 2 groups of warps and 2 groups of wefts. The warp yarn G is made of (40D / 34F nylon DTY) empty 20D spandex yarn, and the warp yarn H is made of (20D / 24F nylon DTY) empty 20D spandex machine-wrapped (20D / 5F nylon FDY conductive yarn) yarn, with a twist of 800 twists / m and a twist direction of Z twist. The weft yarn g is made of (40D / 34F nylon DTY) empty 20D spandex yarn, and the weft yarn h is made of (20D / 24F nylon DTY) empty 20D spandex machine-wrapped (20D / 5F nylon FDY conductive yarn) yarn, with a twist of 800 twists / m and a twist direction of Z twist. The arrangement ratio of warp yarn G to H is 64:1, and the arrangement ratio of weft yarn g to h is 32:1.
[0104] (4) Organizational design:
[0105] like Figure 5 As shown in the figure, a warp and weft bidirectional conductive yarn back strip fabric is woven by 2 groups of warp yarns and 2 groups of weft yarns, the surface structure is a plain weave formed by interweaving warp yarn G and weft yarn g, the lining structure of the heavy weft part is a 3 / 1 interweaving yarn consolidation by interweaving warp yarn G and weft yarn e, the lining structure of the heavy warp part is a 1 / 3 interweaving yarn consolidation by interweaving warp yarn H and weft yarn g, and the conductive yarn covering yarn is placed on the back of the fabric as a warp and weft floating line jacquard.
[0106] (5) Weaving process parameter setting:
[0107] Set the machine speed to 500r / min, the warp tension to 2000N, the pre-stored weft circles to 18 circles, the yarn tension to 2.5cN / dtex, the water pump water pressure angle to 220°, and the water pump water volume angle to 190°.
[0108] It will be apparent to those skilled in the art that the invention is not limited to the details of the exemplary embodiments described above and that the invention can be implemented in other specific forms without departing from the spirit or essential features of the invention. Therefore, the embodiments should be considered exemplary and non-limiting in all respects, and the scope of the invention is defined by the appended claims rather than the foregoing description, and it is intended that all variations falling within the meaning and scope of the equivalent elements of the claims be included in the invention. Any reference numeral in a claim should not be considered as limiting the claim to which it relates.
Claims
1. A weaving process for a textured fabric with concealed conductive yarns, characterized in that: Including fabric specification design, yarn combination design, organization design and weaving process parameter setting; The fabric specification design includes width, warp and weft density and reed insertion number; The yarn combination design includes a warp combination design and a weft combination design, and the fabric structure design is performed using M groups of warps and N groups of wefts, where M≥1 and N≥1; The weave design includes designing the front weave of the fabric as plain weave, and based on the principle of heavy weave design, the back of the fabric is provided with the conductive yarn coated yarn as warp floating yarn jacquard on the back of the fabric to form a warp conductive yarn back strip fabric; Or the front weave of the fabric is designed as plain weave, and based on the principle of heavy weave design, the conductive yarn coated yarn is placed on the back of the fabric as weft floating yarn jacquard to form a weft conductive yarn back strip fabric; Or the front fabric structure is designed as plain weave, and the back of the fabric is based on the principle of heavy weave design, and the conductive silk covered yarn for warp floating line jacquard is matched with the weft floating line jacquard and placed on the back of the fabric to form a warp conductive silk back lattice fabric; or the front fabric structure is designed as plain weave, and the back of the fabric is based on the principle of heavy weave design, and the conductive silk covered yarn for weft floating line jacquard is matched with the warp floating line jacquard and placed on the back of the fabric to form a weft conductive silk back lattice fabric; or the front fabric structure is designed as plain weave, and the back of the fabric is based on the principle of heavy weave design, and the conductive silk covered yarn is selected as floating line jacquard in both warp and weft directions and placed on the back of the fabric to form a warp and weft bidirectional conductive silk back lattice fabric; The weaving process parameter settings include machine speed, warp let-off tension, number of pre-stored weft loops, yarn outlet tension, water pump water pressure angle and water pump water volume angle.
2. The weaving process of the textured fabric with concealed conductive threads according to claim 1, characterized in that: Among the warp and weft threads used in the yarn combination design, one or two groups of warp and weft threads are conductive yarn covered yarns, and the materials of the remaining warp and weft threads are one or more chemical or natural fibers such as polyester, polyamide, cotton, etc.; The processing methods of the warp and weft are one or both of stretched yarn and deformed yarn.
3. The weaving process of the textured fabric with concealed conductive yarn according to claim 1, characterized in that: The warp conductive yarn back strip fabric yarn combination design, the first to (M-1) groups of warp yarns are conventional filaments, the Mth group of warp yarns are conductive yarn covered yarns, and the first to Nth groups of weft yarns are conventional filaments; The weft conductive yarn back strip fabric yarn combination design is that the first to M groups of warp yarns are conventional filaments, the first to (N-1) groups of weft yarns are conventional filaments, and the Nth group of weft yarns are conductive yarn covered yarns; The warp conductive yarn back lattice fabric yarn combination design, the first to (M-1) groups of warp yarns are conventional filaments, the Mth group of warp yarns are conductive yarn covered yarns, and the first to Nth groups of weft yarns are conventional filaments; The weft conductive yarn back lattice fabric yarn combination design, the 1st to Mth groups of warp yarns are conventional filaments, the 1st to (N-1)th groups of weft yarns are conventional filaments, and the Nth group of weft yarns are conductive yarn covered yarns; The warp and weft bidirectional conductive yarn back lattice fabric yarn combination design, the first to (M-1) groups of warp yarns are conventional filaments, the Mth group of warp yarns are conductive yarn coated yarns, the first to (N-1) groups of weft yarns are conventional filaments, and the Nth group of weft yarns are conductive yarn coated yarns; The distance between the two conductive coated yarns is 0.1 to 1 cm.
4. The weaving process of the conductive yarn concealed texture fabric according to claim 1, characterized in that: The warp conductive yarn back strip fabric is woven by M groups of warp yarns and 1 group of weft yarns, the surface weave is plain, and the back weave is inter-filament consolidation, twill or satin, M≥2; The weft conductive yarn back strip fabric is woven by 1 set of warp yarns and N sets of weft yarns, the surface weave is plain weave, and the back weave is inter-filament consolidation, twill or satin weave, N≥2; The warp conductive yarn back lattice fabric is woven by M groups of warp yarns and N groups of weft yarns, the surface weave is plain weave, and the back weave is inter-filament consolidation, twill or satin weave, M≥2, N≥2; The weft conductive yarn back lattice fabric is woven by M groups of warp yarns and N groups of weft yarns, the surface weave is plain weave, and the back weave is inter-filament consolidation, twill or satin weave, M≥2, N≥2; The warp and weft bidirectional conductive yarn back lattice fabric is woven by M groups of warp yarns and N groups of weft yarns, the surface structure is plain weave, and the back structure is inter-filament consolidation, twill or satin weave, M≥2, N≥2.
5. The weaving process of the textured fabric with concealed conductive threads according to claim 1, characterized in that: The weaving process parameter settings include a machine speed of 420 to 580 r / min, a warp tension of 1800 to 2400 N, a pre-stored weft number of 12 to 20 circles, a yarn tension of 2.5 cN / dtex, a water pump water pressure angle of 165 to 230 degrees, and a water pump water volume angle of 170 to 210 degrees.
6. The weaving process of the conductive yarn concealed texture fabric according to claim 1, characterized in that: The fabric specifications are designed as follows: width of 145-155 cm, warp density of 40-150 strands / cm, weft density of 30-80 strands / cm, and reed number of 2 or 2 / 3.
7. The weaving process of the textured fabric with concealed conductive yarn according to claim 3, characterized in that: The conductive fiber coated yarn uses conventional filaments to mechanically coat the conductive fibers; The warp yarn arrangement ratio is set based on the distance between the two conductive silk covered yarns and the organizational structure requirements; The weft yarn arrangement ratio is designed based on the distance between the two conductive silk covered yarns and the organizational structure requirements.
8. The weaving process of the textured fabric with concealed conductive threads according to claim 7, characterized in that: The specific process of mechanically coating the conductive yarn with conventional filaments is as follows: Conventional filaments and conductive yarns are passed through a coated yarn machine to spin coated yarns to obtain conductive yarn coated yarns.
9. The weaving process of the textured fabric with concealed conductive threads according to claim 8, characterized in that: The covered yarn is spun by machine covering, with a twist of 600 to 800 twists / m.
10. A textured fabric with concealed conductive threads, characterized in that: Made according to the weaving process according to any one of claims 1 to 9.