WO2024250521A1 - Yarn carrier having movable yarn feeder, textured weave, fabric, flyknit fabric, and knitting process therefor - Google Patents

Abstract

The present invention relates to the technical field of knitting, in particular to a yarn carrier having a movable yarn feeder, a textured weave, a fabric, a flyknit fabric, and a knitting process therefor. The yarn carrier comprises a yarn carrier and several yarn feeders, wherein a first adjustment mechanism used for controlling and driving the position and direction of the yarn carrier is provided on the yarn carrier, a second adjustment mechanism on the yarn carrier is used for adjusting the position and direction of movable yarn feeders, and at least one movable yarn feeder is provided on the yarn carrier. The yarn carrier of the present invention may be provided with fixed yarn feeders to coordinate with the movable yarn feeders; the movable yarn feeders are controlled by a mechanical structure to move and swing within areas of activity on the yarn carrier, the areas of activity being divided into various types according to the layout of the yarn feeders, and the layout structure of the fixed yarn feeders and movable yarn feeders being designed as a layered structure, facilitating the yarn feeders to perform more knitting actions. The movable yarn feeders can swing back and forth; the amplitude of movement of the movable yarn feeders is adjusted to be smaller than the amplitude of swing of same; the back and forth swinging of the movable yarn feeders can adjust the yarn feeders to be rapidly displaced to a knitting position; and the coordination effect is good.

Description

Yarn holder with movable yarn mouth, textured structure, fabric, flying weaving fabric and weaving process thereof Technical Field

The invention relates to the technical field of knitting machinery, in particular to a yarn holder with a movable yarn mouth, a textured structure, a fabric, a flying knit fabric and a knitting process thereof.

Background Art

Flat knitting machines are used to knit gloves, socks and other items. They often require yarn mouths for yarn guiding operations during operation. Currently, during the weaving process of flat knitting machines, when the yarn seat slides on the guide rail, instability and shaking often occur, and the corresponding components are easily worn. The layout of the yarn mouths on the yarn seat also affects the weaving efficiency and effect, and the weaving efficiency and effect determine the economic benefits of the weaving factory.

At present, adding warp yarn to flying woven fabrics can not only reduce the warp extension performance of flying woven fabrics, but also play the role of decorating flying woven fabrics, so this type of flying woven fabric products are popular with consumers. However, among the commonly used flying woven equipment, most of them are "16 yarn mouths". Due to the performance limitations of flying woven equipment, the number of "warp yarns" involved in the weaving of flying woven fabrics will be relatively small, and the yarn mouths need to be avoided frequently, resulting in a particularly long production time, and the warp line pattern of the weaving will also be relatively simple.

Based on this, the inventor studied and proposed this case.

Summary of the invention

Other features and advantages of the present invention will be described in the following description, and partly become apparent from the description, or be understood by implementing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structures particularly pointed out in the description and other drawings of the description.

The object of the present invention is to overcome the above-mentioned shortcomings and provide a yarn holder with a movable yarn mouth, a textured structure, a fabric, a flying weave fabric and a weaving process thereof.

In the first aspect, the present invention provides a yarn seat with a movable yarn mouth, including a yarn seat and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth, a first adjustment mechanism for controlling the position direction of the driving yarn seat is provided on the yarn seat, the position direction of the mobile yarn mouth is adjusted by the second adjustment mechanism on the yarn seat, at least one mobile yarn mouth is provided on the yarn seat, the first adjustment mechanism and the second adjustment mechanism cooperate to control the mobile yarn mouth on the yarn seat to move from an initial position to a weaving position. The first adjustment mechanism and the second adjustment mechanism both control displacement in at least one direction, wherein the first adjustment mechanism controls the adjustment of the yarn seat as a whole (including the structure on the yarn seat, such as: the mobile yarn mouth, the second adjustment mechanism for controlling the adjustment of the mobile yarn mouth), the second adjustment mechanism and the first adjustment mechanism are independent of each other in control and do not interfere with each other, and the second adjustment mechanism can control the adjustment of the mobile yarn mouth while the first adjustment mechanism controls the displacement of the yarn seat as a whole, and finally realizes the adjustment of the mobile yarn mouth from the initial position to the weaving position.

The present invention plans the layout structure of the yarn mouth on the yarn seat so that the knitting device can complete more knitting actions when controlling the movement of the yarn seat for knitting, thereby indirectly improving the knitting efficiency.

In some embodiments, the yarn seat is adjusted by the first adjustment mechanism to move the yarn seat as a whole left and right, and the movable yarn mouth is adjusted by the second adjustment mechanism to move up and down or/and forward and backward on the yarn seat.

In some embodiments, the yarn seat is adjusted by the first adjustment mechanism to move the yarn seat as a whole left and right and front and back, and the movable yarn mouth is adjusted by the second adjustment mechanism to move up and down on the yarn seat.

In some embodiments, the yarn seat is adjusted by the first adjustment mechanism to move the yarn seat as a whole left and right and up and down, and the movable yarn mouth is adjusted by the second adjustment mechanism to move forward and backward on the yarn seat.

In some embodiments, the movable yarn mouth is adjusted by the second adjustment mechanism to move left and right on the yarn seat, and the yarn seat is adjusted by the first adjustment mechanism to move up and down or/and forward and backward as a whole.

In some embodiments, the movable yarn mouth is adjusted by the second adjustment mechanism to move left and right and front and back on the yarn seat, and the yarn seat is adjusted by the first adjustment mechanism to move up and down as a whole.

In some embodiments, the movable yarn mouth is adjusted by the second adjustment mechanism to move left and right and up and down on the yarn seat, and the yarn seat is adjusted by the first adjustment mechanism to move the yarn seat forward and backward as a whole.

In some embodiments, the yarn seat is adjusted by a first adjustment mechanism to move the yarn seat up and down as a whole, and the movable yarn mouth is adjusted by a second adjustment mechanism to move forward and backward on the yarn seat.

In some embodiments, the movable yarn mouth is adjusted by the second adjusting mechanism to move up and down on the yarn seat, and the yarn seat is adjusted by the first adjusting mechanism to move the yarn seat forward and backward as a whole.

In the second aspect, the present invention provides another yarn holder with a movable yarn mouth, including a yarn holder and a plurality of yarn mouths, the yarn mouth including a movable yarn mouth, the yarn holder is provided with a first adjustment mechanism for controlling the position direction of the driving yarn holder, at least one movable yarn mouth is provided on the yarn holder, the yarn mouth adjusts the position of the yarn holder as a whole through the first adjustment mechanism so that it is adjusted from the initial position to the weaving position, and the yarn holder as a whole is adjusted in at least one direction. Among them, the yarn mouth can be a fixed yarn mouth or a movable yarn mouth, as long as it is a yarn mouth on the yarn holder, the yarn mouth on the yarn holder can be moved from the initial position to the weaving position by controlling the overall displacement of the yarn holder.

In some embodiments, the yarn seat is adjusted by the first adjustment mechanism to move the yarn seat leftwards, upwards, or backwards as a whole.

In some embodiments, the yarn seat is adjusted by the first adjustment mechanism to move the yarn seat left and right as a whole, and the yarn seat is adjusted by the first adjustment mechanism to move the yarn seat up and down or/and forward and backward as a whole.

In some embodiments, the yarn seat is adjusted by the first adjustment mechanism to move the yarn seat up and down and forward and backward as a whole.

In the third aspect, the present invention also provides another yarn seat with a movable yarn mouth, including a yarn seat and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth, the position direction of the mobile yarn mouth is adjusted by a second adjusting mechanism on the yarn seat, the mobile yarn mouth is controlled by the second adjusting mechanism to move from an initial position to a weaving position in at least one direction, and at least one mobile yarn mouth is arranged on the yarn seat.

In some embodiments, the movable yarn mouth is adjusted by the second adjustment mechanism to move left and right or up and down on the yarn seat. Move forward or backward.

In some embodiments, the movable yarn mouth is adjusted by the second adjusting mechanism to move left and right on the yarn seat, and the movable yarn mouth is adjusted by the second adjusting mechanism to move up and down or/and forward and backward on the yarn seat.

In some embodiments, the movable yarn mouth is adjusted by the second adjustment mechanism to move up and down and forward and backward on the yarn seat.

In some embodiments, a plurality of yarn carriers are arranged and distributed in different layers.

In some embodiments, the mobile yarn carrier is rotatable.

In some embodiments, the movable yarn feeder does not move to constitute a fixed yarn feeder.

In some embodiments, the movable yarn mouth is adjusted by a third adjustment mechanism to swing back and forth on the yarn seat.

In some embodiments, the movable yarn mouth swings back and forth in coordination with the swing base point through the third adjustment mechanism, and the swing base point is located on the yarn seat or the movable yarn mouth.

In some embodiments, the yarn mouth is provided with a plurality of independent yarn outlets, the spacing between adjacent yarn outlets is adjustable, the height of the independent yarn outlets is adjustable, and the size of the independent yarn outlets is adjustable. The independent yarn outlets can be provided on both the fixed yarn mouth and the movable yarn mouth.

In a fourth aspect, the present invention provides a textured structure, which is woven by the movable yarn mouth in the yarn holder with the movable yarn mouth as described above, and the textured structure includes a plurality of lines, and any angle can be formed between any two adjacent lines.

In some embodiments, the angle includes a first angle, and the size of the first angle is 90° or 180°. The present invention uses a movable yarn mouth to weave on the base fabric, and the movable yarn seat does not swing in the front, back, left, right, up, down, etc. directions, so that the size of the woven first angle is 90° or 180°, that is, the woven texture is linear or stepped linear, which greatly enhances the aesthetic effect of the base fabric, and also greatly reduces the extension performance of the base fabric in the warp and/or weft direction, making the structure of the base fabric more stable.

In some embodiments, the angle includes a second angle, and the size of the second angle is 0°＜second angle＜90° or 90°＜second angle＜180°. The present invention uses a movable yarn mouth to weave on the base fabric, and the movable yarn mouth can be arbitrarily swung in the front, back, left, right, up and down directions, so that the size of the woven second angle is 0°＜angle＜90° or 90°＜angle＜180°, that is, the woven texture is curved, which greatly enhances the aesthetic effect of the base fabric, and also greatly reduces the extension performance of the base fabric in the warp and/or weft direction, making the structure of the base fabric more stable.

In some embodiments, the size of the second angle between each adjacent two is consistent or inconsistent. The present invention uses a moving yarn mouth to weave on the base fabric, and the moving yarn mouth can swing in any direction such as front, back, left, right, up, down, etc., and always keeps the size of the second angle between each adjacent two consistent, so that the texture is smoother. In addition, the present invention uses a moving yarn mouth to weave on the base fabric, and the moving yarn mouth can swing in any direction such as front, back, left, right, up, down, etc., and always keeps the size of the second angle between each adjacent two consistent, so that the texture is smoother. The inconsistent size makes the pattern of grain organization richer.

In some embodiments, the line is a line segment formed by the movable yarn mouth through loopless weaving. The present invention utilizes the movable yarn mouth to weave the texture structure through loopless weaving, so that the texture structure is embedded in the base fabric.

In some embodiments, the line is a long axis formed by the movable yarn mouth through loop weaving. The present invention uses the movable yarn mouth to weave the texture structure through loop weaving, so that the texture structure is interwoven with the base fabric, and then the texture structure is interwoven in the base fabric, which greatly improves the structural stability of the base fabric.

In some embodiments, the colors of each two adjacent lines are inconsistent. The present invention can make the colors of each two adjacent lines inconsistent by replacing different movable yarn mouths, so that the color of the texture is richer.

In some embodiments, the lines are woven from a plurality of yarns. The present invention can weave lines by moving the yarn mouth to carry a plurality of yarns, and then adjust the thickness of the lines, so that the texture organization can achieve different convex structures.

In some embodiments, the texture is hidden or/and exposed on the base fabric. The texture of the present invention can be hidden in the base fabric, exposed outside the base fabric, or partially hidden and partially exposed, thereby achieving different visual effects and structural stability.

In a fifth aspect, the present invention provides a fabric comprising a base fabric and a textured structure woven integrally with the base fabric.

In a sixth aspect, the present invention provides a flying woven fabric, comprising a flying woven fabric body, and a warp yarn structure integrally woven with the flying woven fabric body, wherein the warp yarn structure is woven by the mobile yarn mouth in the yarn holder with a movable yarn mouth as described above, which discharges yarn in the warp direction of the flying woven fabric body, and the mobile yarn mouth does not need to avoid kicking yarn when discharging yarn and weaving. The present invention uses a mobile yarn mouth to discharge yarn and weave on the flying woven fabric body, and during the weaving process, there is no need to avoid kicking yarn, so that a warp yarn structure with multiple warp stripes can be quickly woven, which greatly enriches the linear pattern structure of the flying woven fabric in the warp direction, and also enhances the strength and stability of the flying woven fabric in the warp direction, and reduces the extensibility and deformation ability.

In some embodiments, the warp yarn structure is one or more of a straight warp yarn structure, a bent warp yarn structure, and a scattered warp yarn structure.

In some embodiments, the warp yarn structure is woven into the surface layer and/or the inner layer of the flywoven fabric body.

In some embodiments, the warp yarn structure is integrally woven with the flywoven fabric body by inserting, floating, looping, tucking or turning knitting.

Furthermore, the warp yarn structure is woven integrally with the fly-woven fabric body by inserting. The present invention uses a movable yarn mouth to discharge yarn in the warp direction of the fly-woven fabric body and weaves the warp yarn into the surface layer or/and the inner layer of the fly-woven fabric body by inserting to form a warp yarn structure with a warp inserting effect.

Furthermore, the warp yarn structure is woven integrally with the flying woven fabric body by means of floating yarn. The movable yarn mouth discharges yarn in the warp direction of the flying woven fabric body and weaves the warp yarn into the surface layer and/or the inner layer of the flying woven fabric body in a floating line manner to form a warp yarn structure with a floating effect.

Furthermore, the warp yarn structure is woven integrally with the flying woven fabric body by looping. The present invention uses a movable yarn mouth to deliver yarn in the warp direction of the flying woven fabric body and weaves the warp yarn into the surface layer or/and the inner layer of the flying woven fabric body by looping so that the connection between the warp yarn structure and the flying woven fabric body is more stable and firm.

Furthermore, the warp yarn structure is woven integrally with the fly-woven fabric body by needle transfer. The present invention uses a movable yarn mouth to deliver yarn in the warp direction of the fly-woven fabric body and weaves the warp yarn into the fly-woven fabric body by needle transfer, so that the warp yarn structure can be arranged on the front and back surfaces of the fly-woven fabric body.

In some embodiments, the warp yarn structure includes a plurality of warp yarn stripes, and the warp yarn stripes are parallel to and/or cross each other.

Furthermore, the warp yarn stripes are parallel to each other, thereby forming a warp yarn structure with a regular sense.

Furthermore, the warp yarn stripes are mutually crossed to form a warp yarn structure with a rich feel.

Furthermore, some of the warp yarn stripes are parallel to each other, while others are crossed with each other, thereby forming a warp yarn structure that combines a sense of regularity with a sense of richness.

In some embodiments, the color of the warp yarn structure is not consistent with the color of the flywoven fabric body.

In some embodiments, the flywoven fabric body is a single layer, a double layer or a multi-layer.

In a seventh aspect, the present invention provides a weaving process for a flywoven fabric, comprising the following steps:

Lead-in weaving, which brings the warp yarn into the weaving position;

fabric weaving, which performs a flying weave fabric weaving action;

Lead-out weaving is the yarn-leading action that brings the warp yarn out of the weaving position.

In some embodiments, it also includes fixed weaving between the introduction weaving and the fabric weaving, and mobile weaving between the fabric weaving and the lead-out weaving. The fixed weaving is the tuck weaving of the flying woven fabric during weaving, and its function is to fix the warp yarn position in a parking position to prevent the subsequent warp yarn from sliding when moving. The mobile weaving is the mobile weaving of the warp yarn during weaving, and its function is to form a warp bending curve on the flying woven fabric body.

In some embodiments, when knitting a fabric, every two adjacent knitting operations need to be offset by one needle position.

By adopting the above technical solution, the beneficial effects of the present invention are:

1. The movable yarn mouth of the present invention can swing back and forth. In the yarn seat structure, the movement amplitude of the movable yarn mouth is adjusted to be smaller than the swing amplitude. The swinging back and forth of the movable yarn mouth can adjust the yarn mouth to quickly move to the weaving position, and the coordination effect is good.

2. A fixed yarn mouth and a movable yarn mouth can be arranged on the yarn seat of the present invention. The movable yarn mouth moves and swings within the active area on the yarn seat through the control of the mechanical structure. The active area is divided into multiple types according to the layout of the yarn mouth. The layout structure of the fixed yarn mouth and the movable yarn mouth is also designed as a layered structure, which facilitates the yarn mouth to perform more weaving actions.

3. The yarn holder of the present invention can only be provided with a movable yarn mouth, and weaving is performed by the cooperation of multiple movable yarn mouths. The movable yarn mouth can move in multiple directions, such as up and down, left and right, front and back, rotation, and swing. Similarly, different movable yarn mouths can also be designed in layers. Multiple movable yarn mouths are provided on the yarn holder, so that the yarn holder can complete more weaving actions.

4. The present invention further optimizes the yarn outlet structure in the yarn mouth structure so that the yarn outlet can be adjusted, which is beneficial to improving the weaving effect.

5. The movable yarn mouth of the present invention does not move to form a fixed yarn mouth. The yarn mouth on the yarn seat is adjusted by adjusting the position of the yarn seat, and then the yarn mouth on the yarn seat is adjusted to move to a corresponding position for weaving. The yarn seat adopts a movable yarn mouth that does not move to replace the traditional fixed yarn mouth. When the movable yarn mouth needs to move, it can be quickly linked to cooperate for weaving, which increases the weaving efficiency.

6. The present invention utilizes multiple movable yarn mouths to integrally weave a texture structure on a base fabric. The texture structure includes multiple lines, and any angle can be formed between each two adjacent lines, so that the texture structure can be arranged in the warp direction or/and the weft direction on the base fabric, thereby forming various texture patterns, which can not only enhance the aesthetic effect of the base fabric, but also reduce the extension performance of the base fabric in the warp direction or/and the weft direction, greatly improving the structural stability of the base fabric. The present invention can swing or not swing the movable yarn mouth as needed, so that the texture structure can achieve a curved or straight effect, greatly enriching the pattern of the texture and greatly improving the structural stability of the base fabric. The present invention can make the colors of each two adjacent lines inconsistent by replacing different movable yarn mouths, so that the color of the texture structure is richer. The present invention can carry multiple yarns through the movable yarn mouth to weave lines, and then the thickness of the lines can be adjusted, so that the texture structure can achieve a concave-convex structure.

7. The present invention uses a mobile yarn mouth to discharge yarn and weave on the flying woven fabric body, and during the weaving process, there is no need to avoid the kicking action, so that the warp yarn structure with multiple warp stripes can be quickly woven, which greatly enriches the line pattern structure of the flying woven fabric in the warp direction, and also makes the strength and stability of the flying woven fabric in the warp direction enhanced, and the extensibility and deformation ability reduced. In the weaving process, when the yarn mouth of the weaving warp stripes of the present invention encounters other weaving yarn mouths, there is no need to avoid the kicking action, so it can save a lot of time, and the more yarn mouths there are for weaving warp stripes, the longer the time saved compared with the traditional flying woven warp lining process. The present invention can be combined with a mobile yarn mouth to weave warp stripes that exceed the number of yarn mouths of traditional flying woven equipment, greatly reducing the elongation performance of the flying woven fabric in the warp direction. The multiple warp stripes of the present invention can participate in the weaving of looping, tucking, turning needles, floating lines, etc., or can be simply used as warp lining to weave exquisite warp yarn structures. The present invention breaks through the process thinking of traditional flying woven products and provides a new development direction for the innovation of flying woven products.

It is to be understood that the foregoing general description and the following detailed description are exemplary and explanatory only and are not restrictive of the present disclosure.

Undoubtedly, these and other objects of the present invention will become more apparent after the following detailed description of the preferred embodiment described with reference to various figures and drawings.

In order to make the above and other purposes, features and advantages of the present invention more obvious and easy to understand, one or more preferred embodiments are specifically described below. The embodiments are described in detail as follows in conjunction with the accompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS

The accompanying drawings are used to provide further understanding of the present invention and constitute a part of the specification. They are used together with the embodiments of the present invention to explain the present invention and do not constitute a limitation of the present invention.

In the drawings, the same reference numerals are used for the same components and the drawings are schematic and not necessarily drawn to scale.

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only one or several embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on such drawings without paying creative work.

Fig. 1 is a schematic structural diagram of a yarn holder with a movable yarn mouth in embodiment 32 of the present invention;

FIG2 is a schematic structural diagram of a yarn holder with a movable yarn mouth in Embodiment 33 of the present invention;

FIG3 is a schematic structural diagram of a yarn holder with a movable yarn mouth in Embodiment 34 of the present invention;

FIG4 is a schematic structural diagram of a yarn holder with a movable yarn mouth in Embodiment 35 of the present invention;

Fig. 5 is a schematic structural diagram of a yarn holder with a movable yarn mouth in Embodiment 36 of the present invention;

Fig. 6 is a schematic structural diagram of a yarn holder with a movable yarn mouth in Embodiment 37 of the present invention;

Fig. 7 is a schematic structural diagram of a yarn holder with a movable yarn mouth in Embodiment 38 of the present invention;

FIG8 is a schematic diagram of a first forward and backward swinging structure of a yarn holder with a movable yarn mouth in Embodiment 30 of the present invention;

9 is a schematic diagram of a second forward and backward swinging structure of a yarn holder with a movable yarn mouth in Example 31 of the present invention;

10 is a schematic diagram of the position of the yarn holder with a movable yarn mouth when it moves according to the present invention;

11 is a schematic structural diagram of a yarn outlet in a yarn holder with a movable yarn mouth according to the present invention;

FIG12 is a schematic diagram of the structure of the texture structure of the present invention;

FIG13 is a schematic diagram of the structure of the texture organization (without looping knitting) of the present invention;

FIG14 is a schematic diagram of the structure of the texture organization (loop weaving) of the present invention;

FIG15 is a schematic diagram of the fabric structure of Example 40 of the present invention;

FIG16 is a schematic diagram of the fabric structure of Example 41 of the present invention;

FIG17 is a schematic diagram of the fabric structure of Example 42 of the present invention;

FIG18 is a schematic diagram of the fabric structure of Example 43 of the present invention;

FIG19 is a schematic diagram of the fabric structure of Example 44 of the present invention;

FIG20 is a schematic diagram of the fabric structure of Example 45 of the present invention;

FIG21 is a schematic diagram of the fabric structure of Example 46 of the present invention;

FIG22 is a schematic diagram of the fabric structure of Example 47 of the present invention;

FIG23 is a schematic structural diagram of a fly-woven fabric of the present invention;

Fig. 24 is a schematic diagram of the structure of the straight warp yarn structure of the present invention;

FIG25 is a schematic diagram of the structure of the bent warp yarn structure of the present invention;

FIG26 is a schematic diagram of the structure of a scattered warp yarn structure of the present invention;

FIG27 is a schematic structural diagram of a fly-woven fabric according to Example 49 of the present invention;

FIG28 is a schematic structural diagram of a fly-woven fabric according to an embodiment 50 of the present invention;

FIG. 29 is a schematic diagram of the structure of a flying woven fabric according to an embodiment of the present invention 51.

FIG30 is a weaving diagram of a fly-woven fabric according to Example 52 of the present invention;

FIG31 is a weaving diagram of a fly-woven fabric according to Example 53 of the present invention;

FIG32 is a weaving diagram 1 of a fly-woven fabric according to embodiment 54 of the present invention;

FIG33 is a weaving diagram 2 of the fly-woven fabric of Example 54 of the present invention;

FIG34 is a weaving diagram of the fly-woven fabric of Example 55 of the present invention;

Figure 35 is a weaving diagram of the flying woven fabric according to Example 56 of the present invention.

Description of main reference numerals:
10. Yarn seat;
20. Activity area;
30. Fix the yarn mouth;
40. Move the yarn feeder;
50. Swing basis point;
60. Yarn outlet;
70. Base fabric;
80, texture organization; 801, line; 8011, line segment; 8012, major axis; 802, angle; 8021, first angle;
8022, second angle;
90. Flying woven fabric body;
100, warp yarn structure; 1001, warp yarn stripes.

DETAILED DESCRIPTION

In order to make the purpose, technical solution and advantages of the present invention more clearly understood, the present invention is further described in detail below in conjunction with specific embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention, but are not used to limit the present invention.

In addition, in the description of the present invention, it should be understood that the terms "center", "upper", "lower", "front", "back", "left", The orientations or positional relationships indicated by “right”, “vertical”, “horizontal”, “top”, “bottom”, “inside”, “outside”, “axial”, “radial”, “circumferential”, etc. are based on the orientations or positional relationships shown in the drawings and are only for the convenience of describing the present invention and simplifying the description. They do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operate in a specific orientation. Therefore, they cannot be understood as limitations on the present invention.

In the present invention, unless otherwise clearly specified and limited, the terms "installed", "connected", "connected", "fixed" and the like should be understood in a broad sense. For example, it can be a fixed connection, a detachable connection, or an integral body; it can be directly connected or indirectly connected through an intermediate medium, and it can be the internal connection of two elements or the interaction relationship between two elements. However, if it is indicated as a direct connection, it means that the two connected bodies are not connected through a transition structure, but are connected to form a whole through a connecting structure. For those of ordinary skill in the art, the specific meanings of the above terms in the present invention can be understood according to the specific circumstances.

In the present invention, unless otherwise clearly specified and limited, the first feature "on" or "under" the second feature may be that the first and second features are in direct contact, or the first and second features are in indirect contact through an intermediate medium. In the description of this specification, the description with reference to the terms "one embodiment", "some embodiments", "example", "specific example", or "some examples" means that the specific features, structures, materials or characteristics described in conjunction with the embodiment or example are included in at least one embodiment or example of the present invention. In this specification, the schematic representation of the above terms does not necessarily refer to the same embodiment or example. Moreover, the specific features, structures, materials or characteristics described may be combined in an appropriate manner in any one or more embodiments or examples.

Referring to FIG. 10 , according to some embodiments of the present invention, the present invention provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the yarn seat 10 is provided with a first adjustment mechanism for controlling the position direction of the driving yarn seat 10 for adjustment, the yarn seat 10 is adjusted by the second adjustment mechanism for adjusting the position direction of the mobile yarn mouth 40, at least one mobile yarn mouth 40 is provided on the yarn seat 10, the first adjustment mechanism and the second adjustment mechanism cooperate to control the mobile yarn mouth 40 on the yarn seat 10 to move from the initial position to the weaving position. The first adjustment mechanism and the second adjustment mechanism both control the displacement in at least one direction, wherein the first adjustment mechanism controls the adjustment of the yarn seat 10 as a whole (including the structure on the yarn seat 10, such as: the mobile yarn mouth 40, the second adjustment mechanism for controlling the adjustment of the mobile yarn mouth 40), the second adjustment mechanism and the first adjustment mechanism are independent of each other in control and do not interfere with each other, the second adjustment mechanism can control the adjustment of the mobile yarn mouth 40 while the first adjustment mechanism controls the overall displacement of the yarn seat 10, and finally realizes the adjustment of the mobile yarn mouth 40 from the initial position to the weaving position.

The present invention plans the layout structure of the yarn mouths on the yarn holder 10 so that the knitting device can complete more knitting actions when controlling the yarn holder 10 to move and knit, thereby indirectly improving the knitting efficiency.

According to some embodiments of the present invention, optionally, the yarn seat 10 is adjusted by a first adjustment mechanism to move the yarn seat 10 as a whole left and right, and the movable yarn mouth 40 is adjusted by a second adjustment mechanism to move up and down or/and forward and backward on the yarn seat 10.

According to some embodiments of the present invention, the yarn holder 10 can be adjusted to move left and right as a whole by the first adjustment mechanism. The movable yarn mouth 40 is adjusted by the second adjusting mechanism to move up and down on the yarn seat 10.

According to some embodiments of the present invention, optionally, the yarn seat 10 is adjusted by a first adjustment mechanism to move the yarn seat 10 as a whole left and right and up and down, and the movable yarn mouth 40 is adjusted by a second adjustment mechanism to move forward and backward on the yarn seat 10.

According to some embodiments of the present invention, optionally, the movable yarn mouth 40 is adjusted by the second adjustment mechanism to move left and right on the yarn seat 10, and the yarn seat 10 is adjusted by the first adjustment mechanism to move up and down or/and forward and backward as a whole.

According to some embodiments of the present invention, optionally, the movable yarn mouth 40 is adjusted by the second adjustment mechanism to move left and right and front and back on the yarn seat 10, and the yarn seat 10 is adjusted by the first adjustment mechanism to move up and down as a whole.

According to some embodiments of the present invention, optionally, the movable yarn mouth 40 is adjusted by the second adjustment mechanism to move left and right and up and down on the yarn seat 10, and the yarn seat 10 is adjusted by the first adjustment mechanism to move the yarn seat 10 forward and backward as a whole.

According to some embodiments of the present invention, optionally, the yarn seat 10 is adjusted by a first adjustment mechanism to move the yarn seat 10 up and down as a whole, and the movable yarn mouth 40 is adjusted by a second adjustment mechanism to move forward and backward on the yarn seat 10.

According to some embodiments of the present invention, optionally, the movable yarn mouth 40 is adjusted by the second adjusting mechanism to move up and down on the yarn seat 10, and the yarn seat 10 is adjusted by the first adjusting mechanism to move the yarn seat 10 forward and backward as a whole.

According to some embodiments of the present invention, the present invention provides a yarn holder with a movable yarn mouth, including a yarn holder 10 and a plurality of yarn mouths, the yarn mouth including a movable yarn mouth 40, the yarn holder 10 is provided with a first adjustment mechanism for controlling the position direction of the yarn holder 10, at least one movable yarn mouth 40 is provided on the yarn holder 10, the yarn mouth adjusts the position of the yarn holder 10 as a whole through the first adjustment mechanism so that it is adjusted from the initial position to the weaving position, and the yarn holder 10 as a whole is adjusted in at least one direction. Among them, the yarn mouth can be a fixed yarn mouth 30 or a movable yarn mouth 40, as long as it is a yarn mouth on the yarn holder 10, the yarn mouth on the yarn holder 10 can be moved from the initial position to the weaving position by controlling the overall displacement of the yarn holder 10.

According to some embodiments of the present invention, optionally, the yarn seat 10 is adjusted by a first adjustment mechanism so that the yarn seat 10 as a whole moves left and right, up and down, or forward and backward.

According to some embodiments of the present invention, optionally, the yarn seat 10 is adjusted by the first adjustment mechanism to move the yarn seat 10 left and right as a whole, and the yarn seat 10 is adjusted by the first adjustment mechanism to move the yarn seat 10 up and down or/and forward and backward as a whole.

According to some embodiments of the present invention, optionally, the yarn seat 10 is adjusted by a first adjustment mechanism so that the yarn seat 10 can move up and down and forward and backward as a whole.

According to some embodiments of the present invention, the present invention provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the position direction of the mobile yarn mouth 40 is adjusted by a second adjusting mechanism on the yarn seat 10, the mobile yarn mouth 40 is controlled by the second adjusting mechanism to move from an initial position to a weaving position in at least one direction, and at least one mobile yarn mouth 40 is arranged on the yarn seat 10.

According to some embodiments of the present invention, optionally, the movable yarn mouth 40 is adjusted by a second adjustment mechanism to move left and right, up and down, or forward and backward on the yarn seat 10.

According to some embodiments of the present invention, optionally, the movable yarn mouth 40 is adjusted by the second adjustment mechanism to move left and right on the yarn seat 10, and the movable yarn mouth 40 is adjusted by the second adjustment mechanism to move up and down or/and forward and backward on the yarn seat 10.

According to some embodiments of the present invention, optionally, the movable yarn mouth 40 is adjusted by a second adjustment mechanism to move up and down and forward and backward on the yarn seat 10.

According to some embodiments of the present invention, optionally, a plurality of yarn feeders are arranged and distributed on different layers.

According to some embodiments of the present invention, optionally, the movable yarn mouth 40 is rotatable.

According to some embodiments of the present invention, optionally, the movable yarn mouth 40 does not move to constitute the fixed yarn mouth 30 .

According to some embodiments of the present invention, optionally, the movable yarn mouth 40 is adjusted to swing back and forth on the yarn seat 10 by a third adjustment mechanism.

According to some embodiments of the present invention, optionally, the movable yarn mouth 40 is swung back and forth in cooperation with the swing base point 50 through the third adjustment mechanism, and the swing base point 50 is located on the yarn seat 10 or on the movable yarn mouth 40 .

According to some embodiments of the present invention, optionally, a plurality of independent yarn outlets 60 are provided on the yarn mouth, the spacing between adjacent yarn outlets 60 is adjustable, the height of the independent yarn outlets 60 is adjustable, and the size of the independent yarn outlets 60 is adjustable. The independent yarn outlets 60 can be provided on either a fixed yarn mouth or a movable yarn mouth.

According to some embodiments of the present invention, optionally, the present invention provides a yarn seat with a movable yarn mouth, wherein the yarn seat 10 is provided with an active area 20 for controlling the movement of a movable yarn mouth 40, and the yarn seat 10 is provided with a movable yarn mouth 40 and a fixed yarn mouth 30, wherein the fixed yarn mouth 30 is defined as a yarn mouth that is always in a stationary state, wherein one mobile yarn mouth 40 is provided and is located on the inner side of the two fixed yarn mouths 30, and the mobile yarn mouth 40 has two modes, namely, a fixed weaving mode and an active weaving mode that follows the displacement of the entire yarn seat 10.

According to some embodiments of the present invention, optionally, three fixed yarn mouths 30 are provided, and one movable yarn mouth 40 is provided, and the fixed yarn mouths 30 and the movable yarn mouths 40 are installed in staggered layers on the yarn seat 10, and the active area 20 for movement control of the movable yarn mouth 40 is the entire yarn seat 10.

According to some embodiments of the present invention, optionally, three movable yarn mouths 40 are provided, one fixed yarn mouth 30 is provided, the fixed yarn mouth 30 and the movable yarn mouth 40 are staggeredly installed on the yarn seat 10, and the active area 20 controlled by the movable yarn mouth 40 is an independent active area 20 where the yarn mouth is located.

According to some embodiments of the present invention, optionally, two movable yarn mouths 40 are provided, two fixed yarn mouths 30 are provided, the yarn seat 10 is divided into two active areas 20, and the fixed yarn mouths 30 and the movable yarn mouths 40 are installed in staggered layers on the yarn seat 10.

According to some embodiments of the present invention, optionally, at least one fixed yarn mouth 30 is provided, and it is the main yarn mouth, the mobile yarn mouth 40 can be displaced and moved in multiple directions and/or rotated, the active area 20 controlled by the mobile yarn mouth 40 is the entire yarn seat 10, and the fixed yarn mouth 30 and the mobile yarn mouth 40 are installed in layers.

According to some embodiments of the present invention, optionally, the present invention provides a yarn holder with a movable yarn mouth, all In order to move the yarn mouth 40, the yarn holder 10 is provided with an active area 20 for controlling the movement of the movable yarn mouth 40. Three movable yarn mouths 40 are provided, and different movable yarn mouths 40 are located in corresponding active areas 20 respectively.

According to some embodiments of the present invention, optionally, four mobile yarn mouths 40 are provided, and the mobile yarn mouths 40 are installed in at least two layers, any one of the mobile yarn mouths 40 is independently installed on any layer of the yarn seat 10, and its movable area 20 for movement control is the entire yarn seat 10, and the movable areas 20 for movement control of the remaining mobile yarn mouths 40 are the independent movable areas 20 where the yarn mouths are located.

According to some embodiments of the present invention, optionally, different yarn feeders have different numbers.

Example 1

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the yarn seat 10 is provided with a first adjusting mechanism for controlling the position direction of the driving yarn seat 10, the position direction of the mobile yarn mouth 40 is adjusted by the second adjusting mechanism on the yarn seat 10, at least one mobile yarn mouth 40 is provided on the yarn seat 10, the first adjusting mechanism cooperates with the second adjusting mechanism to control the mobile yarn mouth 40 on the yarn seat 10 to move from an initial position to a weaving position.

The yarn seat 10 is adjusted by the first adjustment mechanism to move the yarn seat 10 as a whole left and right, and the movable yarn mouth 40 is adjusted by the second adjustment mechanism to move up and down on the yarn seat 10 .

Example 2

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the yarn seat 10 is provided with a first adjusting mechanism for controlling the position direction of the driving yarn seat 10, the position direction of the mobile yarn mouth 40 is adjusted by the second adjusting mechanism on the yarn seat 10, at least one mobile yarn mouth 40 is provided on the yarn seat 10, the first adjusting mechanism cooperates with the second adjusting mechanism to control the mobile yarn mouth 40 on the yarn seat 10 to move from an initial position to a weaving position.

The yarn seat 10 is adjusted by the first adjustment mechanism to move the yarn seat 10 as a whole left and right, and the movable yarn mouth 40 is adjusted by the second adjustment mechanism to move forward and backward on the yarn seat 10.

Example 3

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the yarn seat 10 is provided with a first adjusting mechanism for controlling the position direction of the driving yarn seat 10, the position direction of the mobile yarn mouth 40 is adjusted by the second adjusting mechanism on the yarn seat 10, at least one mobile yarn mouth 40 is provided on the yarn seat 10, the first adjusting mechanism cooperates with the second adjusting mechanism to control the mobile yarn mouth 40 on the yarn seat 10 to move from an initial position to a weaving position.

The yarn holder 10 is adjusted by the first adjustment mechanism to move the yarn holder 10 as a whole left and right, and the movable yarn mouth 40 is adjusted by the second adjustment mechanism to move up and down on the yarn holder 10. The movable yarn mouth 40 is adjusted by the second adjustment mechanism to move forward and backward on the yarn holder 10.

Example 4

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the yarn seat 10 is provided with a first adjusting mechanism for controlling the position direction of the driving yarn seat 10, the position direction of the mobile yarn mouth 40 is adjusted by the second adjusting mechanism on the yarn seat 10, at least one mobile yarn mouth 40 is provided on the yarn seat 10, the first adjusting mechanism cooperates with the second adjusting mechanism to control the mobile yarn mouth 40 on the yarn seat 10 to move from an initial position to a weaving position.

The yarn seat 10 is adjusted by the first adjustment mechanism to move left and right as a whole, the movable yarn mouth 40 is adjusted by the second adjustment mechanism to move up and down on the yarn seat 10, and the yarn seat 10 is adjusted by the first adjustment mechanism to move forward and backward as a whole.

Example 5

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the yarn seat 10 is provided with a first adjusting mechanism for controlling the position direction of the driving yarn seat 10, the position direction of the mobile yarn mouth 40 is adjusted by the second adjusting mechanism on the yarn seat 10, at least one mobile yarn mouth 40 is provided on the yarn seat 10, the first adjusting mechanism cooperates with the second adjusting mechanism to control the mobile yarn mouth 40 on the yarn seat 10 to move from an initial position to a weaving position.

The yarn seat 10 is adjusted by the first adjustment mechanism to move the yarn seat 10 left and right as a whole, and the yarn seat 10 is adjusted by the first adjustment mechanism to move the yarn seat 10 up and down as a whole, and the movable yarn mouth 40 is adjusted by the second adjustment mechanism to move forward and backward on the yarn seat 10.

Example 6

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the yarn seat 10 is provided with a first adjusting mechanism for controlling the position direction of the driving yarn seat 10, the position direction of the mobile yarn mouth 40 is adjusted by the second adjusting mechanism on the yarn seat 10, at least one mobile yarn mouth 40 is provided on the yarn seat 10, the first adjusting mechanism cooperates with the second adjusting mechanism to control the mobile yarn mouth 40 on the yarn seat 10 to move from an initial position to a weaving position.

The movable yarn mouth 40 is adjusted by the second adjusting mechanism to move left and right on the yarn holder 10. The yarn holder 10 is adjusted by the first adjusting mechanism to move up and down as a whole.

Example 7

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the yarn seat 10 is provided with a first adjusting mechanism for controlling the position direction of the driving yarn seat 10, the position direction of the mobile yarn mouth 40 is adjusted by the second adjusting mechanism on the yarn seat 10, at least one mobile yarn mouth 40 is provided on the yarn seat 10, the first adjusting mechanism cooperates with the second adjusting mechanism to control the mobile yarn mouth 40 on the yarn seat 10 to move from an initial position to a weaving position.

The movable yarn mouth 40 is adjusted by the second adjustment mechanism to move left and right on the yarn seat 10. The yarn seat 10 is adjusted by the first adjustment mechanism. The mechanism adjusts the yarn holder 10 to move forward and backward as a whole.

Example 8

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the yarn seat 10 is provided with a first adjusting mechanism for controlling the position direction of the driving yarn seat 10, the position direction of the mobile yarn mouth 40 is adjusted by the second adjusting mechanism on the yarn seat 10, at least one mobile yarn mouth 40 is provided on the yarn seat 10, the first adjusting mechanism cooperates with the second adjusting mechanism to control the mobile yarn mouth 40 on the yarn seat 10 to move from an initial position to a weaving position.

The movable yarn mouth 40 is adjusted by the second adjustment mechanism to move left and right on the yarn holder 10. The yarn holder 10 is adjusted by the first adjustment mechanism to move up and down as a whole. The yarn holder 10 is adjusted by the first adjustment mechanism to move forward and backward as a whole.

Example 9

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the yarn seat 10 is provided with a first adjusting mechanism for controlling the position direction of the driving yarn seat 10, the position direction of the mobile yarn mouth 40 is adjusted by the second adjusting mechanism on the yarn seat 10, at least one mobile yarn mouth 40 is provided on the yarn seat 10, the first adjusting mechanism cooperates with the second adjusting mechanism to control the mobile yarn mouth 40 on the yarn seat 10 to move from an initial position to a weaving position.

The movable yarn mouth 40 is adjusted by the second adjusting mechanism to move left and right on the yarn holder 10. The yarn holder 10 is adjusted by the first adjusting mechanism to move up and down as a whole. The movable yarn mouth 40 is adjusted by the second adjusting mechanism to move forward and backward on the yarn holder 10.

Example 10

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the yarn seat 10 is provided with a first adjusting mechanism for controlling the position direction of the driving yarn seat 10, the position direction of the mobile yarn mouth 40 is adjusted by the second adjusting mechanism on the yarn seat 10, at least one mobile yarn mouth 40 is provided on the yarn seat 10, the first adjusting mechanism cooperates with the second adjusting mechanism to control the mobile yarn mouth 40 on the yarn seat 10 to move from an initial position to a weaving position.

The movable yarn mouth 40 is adjusted by the second adjustment mechanism to move left and right on the yarn seat 10. The movable yarn mouth 40 is adjusted by the second adjustment mechanism to move up and down on the yarn seat 10, and the yarn seat 10 is adjusted by the first adjustment mechanism to move the yarn seat 10 as a whole forward and backward.

Embodiment 11

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, wherein the yarn mouth includes a movable yarn mouth 40, and the yarn seat 10 is provided with a first adjustment mechanism for controlling the position and direction of the yarn seat 10 to be adjusted, and the position and direction of the movable yarn mouth 40 are adjusted by a second adjustment mechanism on the yarn seat 10, and at least one movable yarn mouth 40 is provided on the yarn seat 10. The first adjusting mechanism cooperates with the second adjusting mechanism to control the movable yarn mouth 40 on the yarn holder 10 to move from the initial position to the weaving position.

The yarn holder 10 is adjusted by the first adjusting mechanism to move the yarn holder 10 up and down as a whole. The movable yarn mouth 40 is adjusted by the second adjusting mechanism to move forward and backward on the yarn holder 10.

Example 12

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the yarn seat 10 is provided with a first adjusting mechanism for controlling the position direction of the driving yarn seat 10, the position direction of the mobile yarn mouth 40 is adjusted by the second adjusting mechanism on the yarn seat 10, at least one mobile yarn mouth 40 is provided on the yarn seat 10, the first adjusting mechanism cooperates with the second adjusting mechanism to control the mobile yarn mouth 40 on the yarn seat 10 to move from an initial position to a weaving position.

The movable yarn mouth 40 is adjusted by the second adjusting mechanism to move up and down on the yarn seat 10, and the yarn seat 10 is adjusted by the first adjusting mechanism to move forward and backward as a whole.

Example 13

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a movable yarn mouth 40, the yarn seat 10 is provided with a first adjustment mechanism for controlling the position and direction of the driving yarn seat 10, at least one movable yarn mouth 40 is provided on the yarn seat 10, the yarn mouth adjusts the position of the yarn seat 10 as a whole through the first adjustment mechanism so that it is adjusted from the initial position to the weaving position, and the yarn seat 10 as a whole is adjusted in at least one direction.

The yarn seat 10 is adjusted by the first adjustment mechanism so that the yarn seat 10 as a whole moves left and right.

Embodiment 14

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a movable yarn mouth 40, the yarn seat 10 is provided with a first adjustment mechanism for controlling the position and direction of the driving yarn seat 10, at least one movable yarn mouth 40 is provided on the yarn seat 10, the yarn mouth adjusts the position of the yarn seat 10 as a whole through the first adjustment mechanism so that it is adjusted from the initial position to the weaving position, and the yarn seat 10 as a whole is adjusted in at least one direction.

The yarn seat 10 is adjusted by the first adjusting mechanism to move the yarn seat 10 left and right as a whole, and the yarn seat 10 is adjusted by the first adjusting mechanism to move the yarn seat 10 up and down as a whole.

Embodiment 15

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a movable yarn mouth 40, the yarn seat 10 is provided with a first adjustment mechanism for controlling the position and direction of the driving yarn seat 10, at least one movable yarn mouth 40 is provided on the yarn seat 10, the yarn mouth adjusts the position of the yarn seat 10 as a whole through the first adjustment mechanism so that it is adjusted from the initial position to the weaving position, and the yarn seat 10 as a whole is adjusted in at least one direction.

The yarn seat 10 is adjusted by the first adjustment mechanism to move the yarn seat 10 as a whole left and right. The seat 10 moves forward and backward as a whole.

Example 16

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a movable yarn mouth 40, the yarn seat 10 is provided with a first adjustment mechanism for controlling the position and direction of the driving yarn seat 10, at least one movable yarn mouth 40 is provided on the yarn seat 10, the yarn mouth adjusts the position of the yarn seat 10 as a whole through the first adjustment mechanism so that it is adjusted from the initial position to the weaving position, and the yarn seat 10 as a whole is adjusted in at least one direction.

The yarn seat 10 is adjusted by the first adjusting mechanism to move the yarn seat 10 left and right as a whole, the yarn seat 10 is adjusted by the first adjusting mechanism to move the yarn seat 10 up and down as a whole, and the yarn seat 10 is adjusted by the first adjusting mechanism to move the yarn seat 10 forward and backward as a whole.

Embodiment 17

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a movable yarn mouth 40, the yarn seat 10 is provided with a first adjustment mechanism for controlling the position and direction of the driving yarn seat 10, at least one movable yarn mouth 40 is provided on the yarn seat 10, the yarn mouth adjusts the position of the yarn seat 10 as a whole through the first adjustment mechanism so that it is adjusted from the initial position to the weaving position, and the yarn seat 10 as a whole is adjusted in at least one direction.

The yarn seat 10 is adjusted by the first adjustment mechanism so that the yarn seat 10 moves up and down as a whole.

Embodiment 18

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a movable yarn mouth 40, the yarn seat 10 is provided with a first adjustment mechanism for controlling the position and direction of the driving yarn seat 10, at least one movable yarn mouth 40 is provided on the yarn seat 10, the yarn mouth adjusts the position of the yarn seat 10 as a whole through the first adjustment mechanism so that it is adjusted from the initial position to the weaving position, and the yarn seat 10 as a whole is adjusted in at least one direction.

The yarn seat 10 is adjusted by the first adjusting mechanism to move the yarn seat 10 up and down as a whole, and the yarn seat 10 is adjusted by the first adjusting mechanism to move the yarn seat 10 forward and backward as a whole.

Embodiment 19

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a movable yarn mouth 40, the yarn seat 10 is provided with a first adjustment mechanism for controlling the position and direction of the driving yarn seat 10, at least one movable yarn mouth 40 is provided on the yarn seat 10, the yarn mouth adjusts the position of the yarn seat 10 as a whole through the first adjustment mechanism so that it is adjusted from the initial position to the weaving position, and the yarn seat 10 as a whole is adjusted in at least one direction.

The yarn seat 10 is adjusted by the first adjustment mechanism so that the yarn seat 10 moves forward and backward as a whole.

Embodiment 20

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a movable yarn mouth 40, the yarn seat 10 is adjusted by a second adjustment mechanism to adjust the position direction of the movable yarn mouth 40, the movable yarn mouth 40 is controlled by the second adjustment mechanism to move from an initial position to a weaving position in at least one direction, and the yarn seat 10 is at least provided with A movable yarn feeder 40.

The movable yarn mouth 40 is adjusted by the second adjusting mechanism to move left and right on the yarn holder 10 .

Embodiment 21

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the position direction of the mobile yarn mouth 40 is adjusted by a second adjusting mechanism on the yarn seat 10, the mobile yarn mouth 40 is controlled by the second adjusting mechanism to move from an initial position to a weaving position in at least one direction, and at least one mobile yarn mouth 40 is arranged on the yarn seat 10.

The movable yarn mouth 40 is adjusted by the second adjusting mechanism to move left and right on the yarn seat 10 , and the movable yarn mouth 40 is adjusted by the second adjusting mechanism to move up and down on the yarn seat 10 .

Embodiment 22

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the position direction of the mobile yarn mouth 40 is adjusted by a second adjusting mechanism on the yarn seat 10, the mobile yarn mouth 40 is controlled by the second adjusting mechanism to move from an initial position to a weaving position in at least one direction, and at least one mobile yarn mouth 40 is arranged on the yarn seat 10.

The movable yarn mouth 40 is adjusted by the second adjusting mechanism to move left and right on the yarn seat 10 , and the movable yarn mouth 40 is adjusted by the second adjusting mechanism to move forward and backward on the yarn seat 10 .

Embodiment 23

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the position direction of the mobile yarn mouth 40 is adjusted by a second adjusting mechanism on the yarn seat 10, the mobile yarn mouth 40 is controlled by the second adjusting mechanism to move from an initial position to a weaving position in at least one direction, and at least one mobile yarn mouth 40 is arranged on the yarn seat 10.

The movable yarn mouth 40 is adjusted by the second adjusting mechanism to move left and right on the yarn seat 10, the movable yarn mouth 40 is adjusted by the second adjusting mechanism to move up and down on the yarn seat 10, and the movable yarn mouth 40 is adjusted by the second adjusting mechanism to move forward and backward on the yarn seat 10.

Embodiment 24

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the position direction of the mobile yarn mouth 40 is adjusted by a second adjusting mechanism on the yarn seat 10, the mobile yarn mouth 40 is controlled by the second adjusting mechanism to move from an initial position to a weaving position in at least one direction, and at least one mobile yarn mouth 40 is arranged on the yarn seat 10.

The movable yarn mouth 40 is adjusted by the second adjusting mechanism to move up and down on the yarn seat 10 .

Embodiment 25

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the position direction of the mobile yarn mouth 40 is adjusted by a second adjusting mechanism on the yarn seat 10, the mobile yarn mouth 40 is controlled by the second adjusting mechanism to move from an initial position to a weaving position in at least one direction, and at least one mobile yarn mouth 40 is arranged on the yarn seat 10.

The movable yarn mouth 40 is adjusted by the second adjusting mechanism to move up and down on the yarn seat 10, and the movable yarn mouth 40 is adjusted by the second adjusting mechanism to move forward and backward on the yarn seat 10.

Embodiment 26

The present embodiment provides a yarn seat with a movable yarn mouth, including a yarn seat 10 and a plurality of yarn mouths, the yarn mouth including a mobile yarn mouth 40, the position direction of the mobile yarn mouth 40 is adjusted by a second adjusting mechanism on the yarn seat 10, the mobile yarn mouth 40 is controlled by the second adjusting mechanism to move from an initial position to a weaving position in at least one direction, and at least one mobile yarn mouth 40 is arranged on the yarn seat 10.

The movable yarn mouth 40 is adjusted to move forward and backward on the yarn seat 10 by the second adjusting mechanism.

Embodiment 27

This embodiment provides a yarn holder with a movable yarn mouth. This embodiment is based on the structure of any one of the yarn holders 10 with movable yarn mouths 40 in embodiments 1-26, and further a plurality of yarn mouths are arranged and distributed in different layers, that is, the yarn mouths are arranged in staggered layers. Taking the arrangement of two layers of yarn mouths as an example, in the first case, the staggered yarn mouths can be all fixed yarn mouths 30 in the first layer and all movable yarn mouths 40 in the second layer, wherein the number of yarn mouths in the first layer and the second layer is at least one; in the second case, the first layer and the second layer are all movable yarn mouths 40, and the number of yarn mouths in each layer is at least one. Based on the staggered arrangement of the movable yarn mouths 40, the maximum movement range of the movable yarn mouth 40 can be the entire yarn holder 10, or the yarn holder 10 can be divided into at least two areas, and the movable yarn mouth 40 in each area is displaced in its corresponding area.

Embodiment 28

This embodiment provides a yarn holder with a movable yarn mouth. This embodiment is based on the structure of any one of the yarn holders 10 with a movable yarn mouth 40 in Embodiments 1-27. Further, the movable yarn mouth 40 is set to be a rotatable yarn mouth.

Preferably, a rotatable yarn mouth is provided on the basis of the staggered structure, that is, the yarn mouths of different layers can be rotated and switched to different positions.

Embodiment 29

The present embodiment provides a yarn holder with a movable yarn mouth. The present embodiment is based on the structure of any one of the yarn holders 10 with a movable yarn mouth 40 in Embodiments 1-28. Furthermore, the yarn mouth of the yarn holder 10 includes not only a movable yarn mouth 40 but also a fixed yarn mouth 30, wherein the fixed yarn mouth 30 is formed when the movable yarn mouth 40 does not move, or a conventional fixed yarn mouth 30 is directly used in combination with the movable yarn mouth 40.

Embodiment 30

8, FIG8 is a schematic diagram of a first forward and backward swing structure of a yarn holder with a movable yarn mouth in embodiment 30 of the present invention. picture.

This embodiment provides a yarn seat with a movable yarn mouth. This embodiment is based on the structure of any one of the yarn seats with a movable yarn mouth in embodiments 1-29. Further, the movable yarn mouth 40 can swing. Specifically, the movable yarn mouth 40 swings back and forth through the third adjustment mechanism in cooperation with the swing base point 50. The swing base point 50 is located on the yarn seat 10, that is, the position of the swing base point 50 is located at the connection between the movable yarn mouth 40 and the yarn seat 10.

As shown in FIG. 8 , the movable yarn mouth swings as a whole, and the swing base point is the connection area where the top end of the movable yarn mouth is installed on the yarn seat.

In FIG8 , a plurality of movable yarn mouths are arranged at the bottom end of the yarn holder, wherein the movable yarn mouths are drawn in black on the right side of the three-dimensional structure diagram of FIG8 , and the right half of FIG8 is a schematic diagram showing the swinging of the movable yarn mouths.

Embodiment 31

Referring to FIG. 9 , FIG. 9 is a schematic diagram of a second forward and backward swinging structure of a yarn holder with a movable yarn mouth in Embodiment 31 of the present invention.

This embodiment provides a yarn holder with a movable yarn mouth. This embodiment is based on the structure of any one of the yarn holders with a movable yarn mouth in Embodiments 1-29. Furthermore, the movable yarn mouth 40 can swing. Specifically, the movable yarn mouth 40 swings back and forth through a third adjustment mechanism in cooperation with a swing base point 50, wherein the swing base point 50 is located on the movable yarn mouth 40.

That is, the movable yarn mouth 40 is first installed on the yarn holder 10. The swing of the movable yarn mouth 40 in this embodiment is achieved by the control structure of the movable yarn mouth 40 itself, rather than by the structure of the connection area between the top of the movable yarn mouth 40 and the yarn holder 10.

In Fig. 9, a plurality of movable yarn mouths 40 are arranged at the bottom of the yarn holder 10, wherein the movable yarn mouths 40 are marked in black on the right side of the three-dimensional structure diagram of Fig. 9. The right half of Fig. 9 shows a schematic diagram of the movable yarn mouths 40 when they are swinging.

Embodiment 32

1 , this embodiment provides a yarn holder with a movable yarn mouth, including: a fixed yarn mouth 30 and a movable yarn mouth 40, and a movable area 20 for the movable yarn mouth 40 to be moved and controlled is provided on the yarn holder 10, that is, the black area in the middle of the yarn holder 10 in FIG1 . The black area is the range area where the yarn mouth can be arbitrarily moved and controlled when working, that is, the movable area 20 marked in FIG1 .

One movable yarn mouth 40 is provided and located at the inner side of the two fixed yarn mouths 30 . The movable yarn mouth 40 has two modes, namely a fixed weaving mode and a movable weaving mode following the displacement of the whole yarn holder 10 .

In FIG. 1 , numbers 1, 2, and 3 represent yarn mouths of different numbers. Numbers 1 and 3 are fixed yarn mouths 30, and number 2 is a movable yarn mouth 40 (including movement in all directions such as left and right, front and back, and up and down).

When the entire yarn holder 10 is weaving, yarn mouths 1 and 3 will be fixed for weaving, and yarn mouth 2 will follow the movement of the entire yarn holder 10 and move in any direction (including left and right, front and back, up and down, etc.) or remain in a fixed relative position for weaving.

Embodiment 33

2 , this embodiment provides a yarn holder with a movable yarn mouth, including: a fixed yarn mouth 30 and a movable yarn mouth 40 , and a movable area 20 for controlling the movement of the movable yarn mouth 40 is provided on the yarn holder 10 .

Three fixed yarn mouths 30 are provided, and one movable yarn mouth 40 is provided. The fixed yarn mouths 30 and the movable yarn mouths 40 are installed in staggered layers on the yarn seat 10 , and the movable area 20 for movement control of the movable yarn mouth 40 is the entire yarn seat 10 .

As shown in FIG. 2 , the numbers 1, 2, 3, and 4 are yarn mouths of different numbers, wherein No. 1, No. 2, and No. 3 are fixed yarn mouths 30, and No. 4 is a movable yarn mouth 40 (including movement in all directions such as left and right, front and back, and up and down); the black area in FIG. 2 is the area where the No. 4 yarn mouth can be arbitrarily moved and controlled when working.

The yarn holder 10 can be divided into two layers (or multiple layers), front and back. Yarn mouths No. 1, No. 2 and No. 3 are located at the back layer shown in FIG. 2 (actually, there is no limit to the position of the yarn mouth in the layer, and it can be in the front layer or in the back layer); yarn mouth No. 4 is located at the front layer shown in the figure (actually, there is no limit to the number of layers).

When the entire yarn holder 10 is performing a knitting operation, the No. 1, No. 2 and No. 3 yarn mouths will perform fixed knitting, and the No. 4 yarn mouth will follow the movement of the entire yarn holder 10 and perform a moving (or fixed) knitting operation in any direction within the black area.

Embodiment 34

3 , this embodiment provides a yarn holder with a movable yarn mouth, including: a fixed yarn mouth 30 and a movable yarn mouth 40 , and a movable area 20 for controlling the movement of the movable yarn mouth 40 is provided on the yarn holder 10 .

Three movable yarn mouths 40 are provided, and one fixed yarn mouth 30 is provided. The fixed yarn mouth 30 and the movable yarn mouth 40 are installed in staggered layers on the yarn holder 10. The movable area 20 controlled by the movable yarn mouth 40 is an independent movable area 20 where the yarn mouth is located.

As shown in FIG. 3 , the numbers 1, 2, 3, and 4 are yarn mouths of different numbers, wherein No. 1, No. 2, and No. 3 are movable yarn mouths 40 (including movement in all directions such as left and right, front and back, and up and down), and No. 4 is a fixed yarn mouth 30; the black area in FIG. 3 is the area where the corresponding No. 1, No. 2, and No. 3 yarn mouths can be arbitrarily moved and controlled during operation.

The yarn holder 10 can be divided into two layers (or multiple layers), front and back. Yarn mouths No. 1, No. 2 and No. 3 are located in the front layer shown in FIG. 3 (in fact, there is no limit to the position of the yarn mouth in the layer, and it can be in the front layer or in the back layer); yarn mouth No. 4 is located in the back layer shown in FIG. 3 (there is no limit to the number of layers in practice).

When the entire yarn holder 10 is performing a knitting operation, the No. 4 yarn mouth will perform a fixed knitting operation, and the No. 1, No. 2 and No. 3 yarn mouths will follow the movement of the entire yarn holder 10 and perform a moving (or fixed) knitting operation in any direction within the black area.

Embodiment 35

4 , this embodiment provides a yarn holder with a movable yarn mouth, including: a fixed yarn mouth 30 and a movable yarn mouth 40 , and a movable area 20 for controlling the movement of the movable yarn mouth 40 is provided on the yarn holder 10 .

Two movable yarn mouths 40 are provided, and two fixed yarn mouths 30 are provided. The yarn seat 10 is divided into two active areas 20. The fixed yarn mouths 30 and the movable yarn mouths 40 are installed in staggered layers on the yarn seat 10.

The numbers 1, 2, 3, and 4 shown in Figure 4 are different numbers of yarn feeders. No. 2 and No. 3 are the main yarn feeders (fixed), and No. 1 and No. 4 are auxiliary yarn feeders. The yarn mouth is also a movable yarn mouth 40 (including movement to the left and right, front and back, and up and down); the black area in Figure 4 is the area where the corresponding No. 1 and No. 4 yarn mouths can be moved and controlled arbitrarily during operation.

The yarn holder 10 can be divided into two layers (or multiple layers), front and back layers. Yarn mouths No. 1 and No. 4 are located in the back layer shown in FIG. 4 (in fact, there is no limit to the position of the yarn mouths in the layer, and they can be in the front layer or in the back layer); yarn mouths No. 2 and No. 3 are located in the front layer shown in FIG. 4 (in practice, there is no limit to the number of layers they are located in).

When the entire yarn holder 10 is performing a weaving operation, main yarn mouths No. 2 and No. 3 will perform fixed weaving, while main yarn mouths No. 1 and No. 4 will follow the movement of the entire yarn holder 10 and perform moving (or fixed) weaving operations in any direction within the black movable area where they are located.

Embodiment 36

5 , this embodiment provides a yarn holder with a movable yarn mouth, including: a fixed yarn mouth 30 and a movable yarn mouth 40 , and a movable area 20 for controlling the movement of the movable yarn mouth 40 is provided on the yarn holder 10 .

At least one fixed yarn mouth 30 is provided, and it is a main yarn mouth. The movable yarn mouth 40 can be displaced and moved in multiple directions and/or rotated. The movable area 20 controlled by the movable yarn mouth 40 is the entire yarn holder 10. The fixed yarn mouth 30 and the movable yarn mouth 40 are installed in layers.

As shown in FIG. 5 , the numbers 1 and 2 are yarn feeders of different numbers, 2 is the main yarn feeder (fixed), and 1 is the auxiliary yarn feeder (can be moved and rotated arbitrarily controlled); the black area in FIG. 5 is the area where the corresponding yarn feeder No. 1 can be moved and rotated arbitrarily when working.

The yarn holder 10 can be divided into two layers (or multiple layers), a front layer and a back layer. The No. 1 yarn mouth is fixed in one of the layers, and the No. 2 yarn mouth can be switched between different layers.

When the entire yarn holder 10 is performing a weaving operation, the No. 2 main yarn mouth will perform weaving at a fixed position, and the No. 1 auxiliary yarn mouth will follow the movement of the entire yarn holder 10, and at the same time, it will also perform rotational weaving in any direction and angle around the No. 2 main yarn mouth.

Embodiment 37

6 , this embodiment provides a yarn holder with a movable yarn mouth, including a movable yarn mouth 40 , and a movable area 20 for controlling the movement of the movable yarn mouth 40 is provided on the yarn holder 10 .

Three movable yarn mouths 40 are provided, and different movable yarn mouths 40 are located in corresponding active areas 20 respectively.

The numbers 1, 2, and 3 shown in FIG6 are yarn feeders of different numbers, all of which are movable yarn feeders 40 (including movement in all directions such as left and right, front and back, and up and down); the black area in FIG6 is the area where the yarn feeder can be arbitrarily moved and controlled when working.

When the entire yarn holder 10 is performing a weaving operation, three (or more) yarn mouths will move along with the movement of the entire yarn holder 10 (including in all directions such as left and right, front and back, or up and down) or be fixed, and perform any moving weaving operation within their respective black areas.

Embodiment 38

7 , this embodiment provides a yarn holder with movable yarn mouths, all of which are movable yarn mouths 40 , and a movable area 20 for controlling the movement of the movable yarn mouths 40 is provided on the yarn holder 10 .

Four movable yarn mouths 40 are provided, and the movable yarn mouths 40 are installed in at least two layers. Any movable yarn mouth 40 is independently installed on any layer structure of the yarn seat 10, and its movable control activity area 20 is the entire yarn seat 10, and the movable control activity areas 20 of the remaining movable yarn mouths 40 are the independent activity areas 20 where the yarn mouths are located.

As shown in FIG. 7 , the numbers 1, 2, 3, and 4 are yarn feeders of different numbers, all of which can be moved (including moving left and right, front and back, and up and down) to control the yarn feeders; the black area in FIG. 7 is the area where the corresponding yarn feeders No. 1, No. 2, and No. 3 can be moved and controlled at will when working; the green area is the area where the yarn feeder No. 4 can be moved and controlled at will when working.

The yarn holder 10 can be divided into two layers (or multiple layers), front and back. Yarn mouths No. 1, No. 2 and No. 3 are located in the back layer shown in FIG. 7 (in fact, there is no limit to the position of the yarn mouth in the layer, and it can be in the front layer or in the back layer); yarn mouth No. 4 is located in the front layer shown in the figure (in practice, there is no limit to the number of layers).

When the entire yarn holder 10 performs a knitting operation, all the yarn mouths will follow the movement of the entire yarn holder 10 and perform a knitting operation of moving (or fixing) in any direction within their respective movable ranges.

Embodiment 39

11 , this embodiment provides a yarn holder with a movable yarn mouth, and the following structure is arranged on the basis of the structure of Embodiment 1-38:

The yarn mouth is provided with a plurality of independent yarn outlets 60, the spacing between adjacent yarn outlets 60 is adjustable, the height of the independent yarn outlets 60 is independently adjustable, and the size of the independent yarn outlets 60 is adjustable. At least one optimized structure constituting the yarn mouth can be arbitrarily selected from adjustable spacing, adjustable height, and adjustable size of the yarn outlet 60. The yarn outlet structure and the structure for adjusting the yarn outlet can be provided on either a fixed yarn mouth or a movable yarn mouth.

The first adjustment mechanism, the second adjustment mechanism, and the third adjustment mechanism referred to in the present invention are structures for controlling the relative position change of the corresponding yarn mouths. When the yarn holder 10 with the movable yarn mouth 40 is installed on the knitting device, the knitting device controls the yarn holder 10 with the movable yarn mouth 40 to move back and forth as a whole in the knitting area of the knitting device through the displacement member; and the first adjustment mechanism, the second adjustment mechanism, and the third adjustment mechanism are used to control the adjustment of the yarn mouth on the yarn holder 10 when the yarn holder 10 is not controlled to move by the displacement member. The first adjustment mechanism, the second adjustment mechanism, and the third adjustment mechanism can be structural components independent of the active control on the yarn holder 10, or can be transitional components for its linkage adjustment. When the first adjustment mechanism, the second adjustment mechanism, and the third adjustment mechanism are transitional components, their structures are still the core of controlling the relative position change of the corresponding yarn mouths, but the driving force can be set on the knitting device. For example, the first adjustment mechanism includes a tooth block and a spring, and the tooth block and the spring are arranged on the structure of the yarn holder 10. The weaving device is provided with a rack and a motor to control the rotation of the rack. The rack is meshed with the tooth block. At this time, the up and down movement of the yarn mouth corresponding to the first adjustment mechanism can be indirectly controlled by controlling the rack. In the present invention, the first adjustment mechanism, the second adjustment mechanism, and the third adjustment mechanism directly control or indirectly control the movable yarn mouth 40 to adjust the front and back, left and right, and up and down. It further adjusts the position of the movable yarn mouth 40 on the basis of controlling the yarn holder 10 with the movable yarn mouth 40 to move back and forth in the weaving area in the weaving device through the displacement component. The front and back, left and right, up and down adjustment and the displacement component control the yarn holder 10 with the movable yarn mouth 40 The seat 10 as a whole moves back and forth in the weaving area of the weaving device without any correlation, and is in an independent and mutually non-influencing state. In the present invention, the first adjustment mechanism is a general term for the structure that indirectly controls the movement of the mobile yarn mouth 40, and affects the yarn mouth by adjusting the yarn seat; the second adjustment mechanism is a general term for the structure that directly controls the movement of the mobile yarn mouth 40, and the third adjustment mechanism is a general term for the structure that controls the swing of the mobile yarn mouth 40. The first adjustment mechanism, the second adjustment mechanism, and the third adjustment mechanism can be an integrated structural assembly that controls different directions, or a single structure that independently controls a single direction.

In the prior art, the structure of the movable yarn mouth 40 may include a yarn mouth frame, an upper guide rail and a lower guide rail are arranged in the yarn mouth frame, a yarn mouth seat is installed in the yarn mouth frame, a lower moving device cooperating with the lower guide rail is arranged on the lower side of the yarn mouth seat, and the yarn mouth seat is connected with a left swing arm and a right swing arm, and the left swing arm and the right swing arm are both connected with an upper moving device cooperating with the upper guide rail, and an elastic adjustment device is arranged between the left swing arm and the right swing arm. The left swing arm and the right swing arm are installed on the yarn mouth seat through a rotating shaft, and the swing arm is adjusted to swing up and down by the elastic adjustment device, so that the upper moving device is clamped on the upper guide rail, and the yarn mouth seat moves back and forth on the yarn mouth seat. The elastic adjustment device includes a rotating shaft installed on the yarn mouth seat, and a torsion spring is installed on the rotating shaft, and the two ends of the torsion spring are respectively connected to the left swing arm and the right swing arm. The two ends of the torsion spring are pressed against the left swing arm and the right swing arm, so that the left swing arm and the right swing arm swing up and down, so that the upper moving device on the swing arm can be closely matched with the upper guide rail, thereby improving the stability of operation. The left swing arm and the right swing arm are rotatably connected to the two sides of the yarn mouth seat and are symmetrically arranged. Both the left swing arm and the right swing arm are bent structures, the upper ends are connected to the upper moving device, and the lower ends are provided with a clamping groove matched with the torsion spring. The torsion spring is installed on the rotating shaft on the yarn mouth seat, and the two ends are in the clamping groove, which is not easy to fall off, thereby improving the stability of the installation of the structure, and the torsion spring is easy to install. A limiting groove is provided on the yarn mouth seat, and the limiting groove limits the maximum stroke of the left swing arm and the right swing arm. The limiting groove is a V-shaped groove provided on the rear side of the yarn mouth seat. The left swing arm and the right swing arm can only move in the limiting groove, limiting the highest position of the left swing arm and the right swing arm. The lower moving device and the upper moving device both use U-shaped bearings or rollers with U-shaped grooves. The U-shaped bearings or rollers are clamped with the upper guide rail and the lower guide rail to increase the stability during the movement, and are not easy to shake, and the rolling fit can increase the smoothness of the operation. The two ends of the yarn mouth seat are connected with belt clamping blocks, which are connected with the belt through the belt clamping blocks. The end of the yarn mouth frame is provided with a driving motor for driving the belt to rotate. The driving motor drives the belt to rotate, thereby realizing the reciprocating movement of the yarn mouth seat.

Referring to FIG. 17 , according to some embodiments of the present invention, the present invention provides a fabric. The fabric includes a base fabric 70 and a texture structure 80 woven integrally with the base fabric 70. The texture structure 80 includes a plurality of lines 801, and any angle 802 can be formed between each two adjacent lines 801. The base fabric 70 can be a single-layer base fabric 70 or a double-layer base fabric 70. The present invention uses a plurality of movable yarn mouths to integrally weave a texture structure 80 on the base fabric 70, and the texture structure 80 includes a plurality of lines 801, and any angle 802 can be formed between each two adjacent lines 801, so that the texture structure 80 can be arranged in the warp direction or/and the weft direction on the base fabric 70, thereby forming various patterns of the texture structure 80, which can not only enhance the aesthetic effect of the base fabric 70, but also reduce the extension performance of the base fabric 70 in the warp direction or/and the weft direction, thereby greatly improving the structural stability of the base fabric 70.

Referring to FIG. 12 , according to some embodiments of the present invention, optionally, the angle 802 includes a first angle 8021, and the size of the first angle 8021 is 90° or 180°. The present invention uses a moving yarn mouth to weave on the base fabric 70, and the moving yarn seat is not used for the front The swing in the left, right, up, and down directions makes the size of the woven first angle 8021 90° or 180°, that is, the woven texture 80 is linear or stepped, which greatly enhances the aesthetic effect of the base fabric 70 and also greatly reduces the extension performance of the base fabric 70 in the warp and/or weft directions, making the structure of the base fabric 70 more stable.

13-14, according to some embodiments of the present invention, optionally, the angle 802 includes a second angle 8022, and the size of the second angle 8022 is 0°＜angle＜90° or 90°＜angle＜180°. The present invention uses a mobile yarn mouth to weave on the base fabric 70, and the mobile yarn mouth can be arbitrarily swung in the front, back, left, right, up, down and other directions, so that the size of the woven second angle 8022 is 0°＜angle 802＜990° or 180°＜angle 802＜180°, that is, the woven texture 80 is curved, which greatly enhances the aesthetic effect of the base fabric 70, and also greatly reduces the extension performance of the base fabric 70 in the warp and/or weft direction, making the structure of the base fabric 70 more stable.

According to some embodiments of the present invention, optionally, the size of each adjacent second angle 8022 is the same. The present invention uses a movable yarn mouth to weave on the base fabric 70, and the movable yarn mouth can swing in any direction such as front, back, left, right, up, and down, and always keeps the size of each adjacent second angle 8022 consistent, so that the texture structure 80 is smoother.

According to some embodiments of the present invention, optionally, the sizes of each two adjacent second angles 8022 are inconsistent. The present invention uses a mobile yarn mouth to weave on the base fabric 70, and the mobile yarn mouth can swing in any direction such as front, back, left, right, up, and down, and always keeps the sizes of each two adjacent second angles 8022 inconsistent, so that the pattern of the texture structure 80 is richer.

13 , according to some embodiments of the present invention, optionally, the line 801 is a line segment 8011 formed by a movable yarn mouth through loopless weaving. The present invention uses a movable yarn mouth to weave a texture structure 80 through loopless weaving, so that the texture structure 80 is embedded in the base fabric 70.

14 , according to some embodiments of the present invention, optionally, the line 801 is a long axis 8012 formed by a mobile yarn mouth through loop weaving. The present invention uses a mobile yarn mouth to weave a texture structure 80 by loop weaving, so that the texture structure 80 is interwoven with the base fabric 70, and then the texture structure 80 is interwoven in the base fabric 70, which greatly improves the structural stability of the base fabric 70.

According to some embodiments of the present invention, the colors of each two adjacent lines 801 are optionally inconsistent. The present invention can make the colors of each two adjacent lines 801 inconsistent by replacing different movable yarn carriers, so that the color of the texture structure 80 is richer.

According to some embodiments of the present invention, optionally, the line 801 is woven from multiple yarns. The present invention can weave the line 801 by moving the yarn mouth to carry multiple yarns, and then adjust the thickness of the line 801, so that the texture structure 80 can achieve different convex structures.

According to some embodiments of the present invention, the texture structure 80 is optionally hidden or/and exposed on the base fabric 70. The texture structure 80 of the present invention can be hidden and woven inside the base fabric 70, can be exposed and woven outside the base fabric 70, or can be partially hidden and partially exposed, thereby achieving different visual effects and structural stability.

Embodiment 40

15 , this embodiment provides a fabric, which includes a base fabric 70 and a texture structure 80 woven integrally with the base fabric 70. The texture structure 80 includes a plurality of lines 801, and each two adjacent lines 801 form an angle 802 of 90° or 180°.

Embodiment 41

16 , this embodiment provides a fabric. The fabric includes a base fabric 70 and a texture structure 80 woven integrally with the base fabric 70. The texture structure 80 includes a plurality of lines 801, and an angle 802 is formed between each two adjacent lines 801, and the size of the angle 802 is 0°＜angle＜90° or 90°＜angle＜180°.

Embodiment 42

17 , this embodiment provides a fabric, which includes a base fabric 70 and a texture structure 80 woven integrally with the base fabric 70. The texture structure 80 includes a plurality of lines 801, and any angle 802 can be formed between any two adjacent lines 801.

Embodiment 43

18 , this embodiment provides a fabric. The fabric includes a base fabric 70 and a texture structure 80 woven integrally with the base fabric 70. The texture structure 80 includes a plurality of lines 801, and an angle 802 of 0°-990° or 180°-180° but not including 0°, 90° and 180° is formed between each two adjacent lines 801, and the angle 802 formed between each two adjacent lines 801 is consistent in size.

Embodiment 44

19 , this embodiment provides a fabric. The fabric includes a base fabric 70 and a texture structure 80 woven integrally with the base fabric 70. The texture structure 80 includes a plurality of lines 801, and an angle 802 of 0°-990° or 180°-180° but not including 0°, 90° and 180° is formed between each two adjacent lines 801, and the size of the angle 802 formed between each two adjacent lines 801 is inconsistent.

Embodiment 45

20 , this embodiment provides a fabric, which includes a base fabric 70 and a texture structure 80 woven integrally with the base fabric 70. The texture structure 80 includes a plurality of lines 801, and any angle 802 can be formed between any two adjacent lines 801, and the colors of any two adjacent lines 801 are different.

Embodiment 46

Referring to FIG. 21 , this embodiment provides a fabric. The fabric includes a base fabric 70 and a texture structure 80 woven integrally with the base fabric 70. The texture structure 80 includes a plurality of lines 801, and any angle 802 can be formed between each two adjacent lines 801. The lines 801 can be woven by moving a yarn mouth to carry a plurality of yarns, and the thickness of the lines 801 can be adjusted, so that the texture structure 80 can achieve different concave-convex structures.

Embodiment 47

Referring to FIG. 22 , this embodiment provides a fabric. The fabric includes a base fabric 70, a textured fabric integrally woven with the base fabric 70, and a The pattern structure 80 includes a plurality of lines 801, and any angle 802 can be formed between any two adjacent lines 801. The pattern structure 80 is partially hidden and woven inside the base fabric 70, and partially exposed and woven outside the base fabric 70, thereby achieving different visual effects and structural stability.

Referring to Figure 23, according to some embodiments of the present invention, the present invention provides a flying woven fabric having a warp yarn structure 100. The flying woven fabric includes a flying woven fabric body 90 and a warp yarn structure 100 woven integrally with the flying woven fabric body 90. The warp yarn structure 100 is woven by a mobile yarn mouth discharging yarn in the warp direction of the flying woven fabric body 90, and the mobile yarn mouth does not need to avoid the kicking yarn when discharging the yarn. The present invention uses a mobile yarn mouth to discharge the yarn and weave on the flying woven fabric body 90, and during the weaving process, there is no need to avoid the kicking yarn, so that the warp yarn structure 100 with multiple warp stripes 1001 can be quickly woven, which greatly enriches the linear pattern structure of the flying woven fabric in the warp direction, and also makes the strength and stability of the flying woven fabric in the warp direction enhanced, and the extensibility and deformation ability reduced.

24-26 , according to some embodiments of the present invention, optionally, the warp yarn structure 100 is one or more of a straight warp yarn structure 100 , a bent warp yarn structure 100 , and a scattered warp yarn structure 100 .

Optionally, the warp yarn structure 100 is a straight warp yarn structure 100, a bent warp yarn structure 100 or a scattered warp yarn structure 100.

Optionally, the warp yarn structure 100 is a combination of a straight warp yarn structure 100 and a bent warp yarn structure 100 .

Optionally, the warp yarn structure 100 is a combination of a straight warp yarn structure 100 and a scattered warp yarn structure 100 .

Optionally, the warp yarn structure 100 is a combination of a bent warp yarn structure 100 and a scattered warp yarn structure 100 .

According to some embodiments of the present invention, optionally, the warp yarn structure 100 is woven into the surface layer and/or the inner layer of the flywoven fabric body 90 .

Optionally, the warp yarn structure 100 is woven on the surface layer of the flying woven fabric body 90 .

Optionally, the warp yarn structure 100 is woven into the inner layer of the fly-woven fabric body 90 .

Optionally, the warp yarn structure 100 is woven into the surface layer and the inner layer of the flywoven fabric body 90 .

According to some embodiments of the present invention, optionally, the warp yarn structure 100 is integrally woven with the flying woven fabric body 90 by means of lining, floating thread, looping, tucking or needle transfer knitting.

Optionally, the warp yarn structure 100 is woven integrally with the flying woven fabric body 90 by inserting. The present invention uses a mobile yarn mouth to discharge yarn in the warp direction of the flying woven fabric body 90 and weaves the warp yarn into the surface layer or/and the inner layer of the flying woven fabric body 90 by inserting to form a warp yarn structure 100 with a warp inserting effect.

Optionally, the warp yarn structure 100 is woven integrally with the flying woven fabric body 90 by floating yarn. The present invention uses a mobile yarn mouth to discharge yarn in the warp direction of the flying woven fabric body 90 and weaves the warp yarn into the surface layer or/and the inner layer of the flying woven fabric body 90 by floating yarn to form a warp yarn structure 100 with a floating effect.

Optionally, the warp yarn structure 100 is woven integrally with the fly-woven fabric body 90 in a looping manner. The present invention uses a mobile yarn mouth to deliver yarn in the warp direction of the fly-woven fabric body 90 and weave the warp yarn into the fly-woven fabric body 90 in a looping manner. The surface layer and/or the inner layer make the connection between the warp yarn structure 100 and the flying woven fabric body 90 more stable and firm.

Optionally, the warp yarn structure 100 is woven integrally with the flying woven fabric body 90 by turning needles. The present invention uses a mobile yarn mouth to discharge yarn in the warp direction of the flying woven fabric body 90 and weaves the warp yarn into the flying woven fabric body 90 by turning needles, so that the warp yarn structure 100 can be arranged on the front and back surfaces of the flying woven fabric body 90.

According to some embodiments of the present invention, optionally, the warp yarn structure 100 includes a plurality of warp yarn stripes 1001, and the warp yarn stripes 1001 are parallel to and/or cross each other.

Optionally, the warp yarn stripes 1001 are parallel to each other, thereby forming a warp yarn structure 100 with a sense of regularity.

Optionally, the warp yarn stripes 1001 are intertwined with each other to form a warp yarn structure 100 with a rich feel.

Optionally, some of the warp yarn stripes 1001 are parallel to each other, while others are crossed to form a warp yarn structure 100 that combines a sense of regularity with a sense of richness.

According to some embodiments of the present invention, optionally, the color of the warp yarn structure 100 is inconsistent with the color of the fly-woven fabric body 90 .

According to some embodiments of the present invention, optionally, the flying woven fabric body 90 is a single layer, a double layer or a multi-layer.

According to some embodiments of the present invention, the present invention provides a weaving process of a fly woven fabric having a warp yarn structure 100, comprising the following steps:

Lead-in weaving, which brings the warp yarn into the weaving position;

fabric weaving, which performs a flying weave fabric weaving action;

Lead-out weaving is the yarn-leading action that brings the warp yarn out of the weaving position.

According to some embodiments of the present invention, optionally, it also includes fixed weaving between the introduction weaving and the fabric weaving, and mobile weaving between the fabric weaving and the lead-out weaving. The fixed weaving is a tuck weaving of the flying woven fabric during weaving, and its function is to fix the warp yarn position in a parking position to prevent the subsequent warp yarn from sliding when moving. The mobile weaving is a mobile weaving of the warp yarn during weaving, and its function is to form a warp bending curve on the flying woven fabric body 90.

According to some embodiments of the present invention, optionally, when weaving a fabric, one needle position needs to be offset between two adjacent weavings. The specific weaving process is as follows:

Set A, B, C yarns as interlaying warp yarns, and D, E yarns as TPU.

The 1st and 2nd weaving rows are the yarn introduction actions to bring the A yarn into the weaving position, the 3rd and 4th weaving rows are the yarn introduction actions to bring the B yarn into the weaving position, and the 5th and 6th weaving rows are the yarn introduction actions to bring the C yarn into the weaving position.

The 7th knitting row is to knit the D yarn on the left and right edges as the bottom knitting, and knit the top knitting bottom tight tuck and top knitting alternate needles in the middle.

The 8th weaving row is made of E yarn as the base weave.

The 9th weaving row is the yarn drawing action to bring the A yarn out of the weaving position, the 10th weaving row is the yarn drawing action to bring the B yarn out of the weaving position, and the 11th weaving row is the yarn drawing action to bring the C yarn out of the weaving position.

The 12th knitting row is made of D yarn on the left and right edges as the bottom knitting, and the middle is made into the top knitting bottom tight tuck and the top knitting alternate needle knitting, which is offset by one needle position from the 7th knitting row.

The 13th weaving row is made of E yarn as the base weaving.

The 14th row is knitted with D yarn as the base, the 15th row is knitted with E yarn as the base, and the 16th and 17th rows are repeated knitting of the 14th and 15th rows.

The 18th and 19th weaving rows are the yarn introduction actions to bring the A yarn into the weaving position, the 20th and 21st weaving rows are the yarn introduction actions to bring the B yarn into the weaving position, and the 22nd and 23rd weaving rows are the yarn introduction actions to bring the C yarn into the weaving position.

The 24th knitting row is to knit the D yarn on the left and right edges as the bottom knitting, and knit the top knitting bottom tight tuck and top knitting alternate needles in the middle.

The 25th weaving row is made of E yarn as the base weave.

The 26th weaving row is the yarn drawing action to bring the A yarn out of the weaving position, the 27th weaving row is the yarn drawing action to bring the B yarn out of the weaving position, and the 28th weaving row is the yarn drawing action to bring the C yarn out of the weaving position.

The 29th knitting row is made of D yarn on the left and right edges as the bottom knitting, and the middle is made into the top knitting bottom tight tuck and the top knitting alternate needle knitting, which is offset from the 24th knitting row by one needle position.

The 30th row is woven with E yarn as the base, the 31st row is woven with D yarn as the base, the 32nd row is woven with E yarn as the base, the 33rd row is woven with D yarn as the base, and the 34th row is woven with E yarn as the base.

The 35th and 36th weaving rows are the yarn introduction actions to bring the A yarn into the weaving position, the 37th and 38th weaving rows are the yarn introduction actions to bring the B yarn into the weaving position, and the 39th and 40th weaving rows are the yarn introduction actions to bring the C yarn into the weaving position.

The 41st knitting row is to knit the D yarn on the left and right edges as the bottom knitting, and knit the top knitting in the middle as the bottom tight tuck and the top knitting alternate needles.

The 42nd weaving row is made of E yarn as the base weaving.

The 43rd weaving row is the yarn drawing action to bring the A yarn out of the weaving position, the 44th weaving row is the yarn drawing action to bring the B yarn out of the weaving position, and the 45th weaving row is the yarn drawing action to bring the C yarn out of the weaving position.

The 46th knitting row is made of D yarn on the left and right edges as the bottom knitting, and the middle is made into the top knitting bottom tight tuck and the top knitting alternate needle knitting, which is offset from the 41st knitting row by one needle position.

The 47th row is woven with E yarn as the base, the 48th row is woven with D yarn as the base, the 49th row is woven with E yarn as the base, the 50th row is woven with D yarn as the base, and the 51st row is woven with E yarn as the base.

The 52nd and 53rd weaving rows are the yarn introduction actions to bring the A yarn into the weaving position, the 54th and 55th weaving rows are the yarn introduction actions to bring the B yarn into the weaving position, and the 56th and 57th weaving rows are the yarn introduction actions to bring the C yarn into the weaving position.

The 58th knitting row is to knit the D yarn on the left and right edges as the bottom knitting, and knit the top knitting in the middle as the bottom tight tuck and the top knitting every other needle.

The 59th weaving row is made of E yarn as the base weaving.

The 60th weaving row is the yarn drawing action to bring the A yarn out of the weaving position, the 61st weaving row is the yarn drawing action to bring the B yarn out of the weaving position, and the 62nd weaving row is the yarn drawing action to bring the C yarn out of the weaving position.

The 63rd knitting row is made of D yarn on the left and right edges as the bottom knitting, and the middle is made into the top knitting bottom tight tuck and the top knitting alternate needle knitting, which is offset by one needle position from the 58th knitting row.

The 64th row is woven with E yarn as the base, the 65th row is woven with D yarn as the base, the 66th row is woven with E yarn as the base, the 67th row is woven with D yarn as the base, and the 68th row is woven with E yarn as the base.

Embodiment 48

23 , this embodiment provides a flying woven fabric having a warp yarn structure 100. The flying woven fabric includes a flying woven fabric body 90 and a warp yarn structure 100 integrally woven with the flying woven fabric body 90.

The warp yarn structure 100 is woven by the moving yarn mouth in the warp direction of the flying weaving fabric body 90 to form a straight warp yarn structure 100, and the moving yarn mouth does not need to avoid the kicking action when weaving.

The warp yarn structure 100 is woven on the surface layer and/or the inner layer of the flywoven fabric body 90 .

The warp yarn structure 100 is woven on the surface layer and/or the inner layer of the fly-woven fabric body 90 by lining, floating, looping, tucking or needle transfer knitting.

Embodiment 49

27 , this embodiment provides a flying woven fabric having a warp yarn structure 100. The flying woven fabric includes a flying woven fabric body 90 and a warp yarn structure 100 integrally woven with the flying woven fabric body 90.

The warp yarn structure 100 is woven by the moving yarn mouth in the warp direction of the flying fabric body 90 to form the bent warp yarn structure 100, and the moving yarn mouth does not need to avoid the kicking action when weaving.

The warp yarn structure 100 is woven on the surface layer and/or the inner layer of the flywoven fabric body 90 .

The warp yarn structure 100 is woven on the surface layer and/or the inner layer of the fly-woven fabric body 90 by lining, floating, looping, tucking or needle transfer knitting.

Embodiment 50

28 , this embodiment provides a flying woven fabric having a warp yarn structure 100. The flying woven fabric includes a flying woven fabric body 90 and a warp yarn structure 100 integrally woven with the flying woven fabric body 90.

The warp yarn structure 100 is woven by the mobile yarn mouth in the warp direction of the flying fabric body 90 to form a scattered warp yarn structure 100, and the mobile yarn mouth does not need to avoid the kicking action when weaving.

The warp yarn structure 100 is woven on the surface layer and/or the inner layer of the flywoven fabric body 90 .

The warp yarn structure 100 is woven on the surface layer and/or the inner layer of the fly-woven fabric body 90 by lining, floating, looping, tucking or transfer knitting.

Embodiment 51

29 , this embodiment provides a flying woven fabric having a warp yarn structure 100. The flying woven fabric includes a flying woven fabric body 90 and a warp yarn structure 100 integrally woven with the flying woven fabric body 90.

The warp yarn structure 100 is woven by the mobile yarn mouth in the warp direction of the flying fabric body 90 to form a warp yarn structure 100 that combines straightness and bending, and the mobile yarn mouth does not need to avoid kicking when weaving.

The warp yarn structure 100 is woven on the surface layer and/or the inner layer of the flywoven fabric body 90 .

The warp yarn structure 100 is woven on the surface layer and/or the inner layer of the fly-woven fabric body 90 by lining, floating, looping, tucking or needle transfer knitting.

Embodiment 52

This embodiment provides a flying woven fabric having a warp yarn structure 100. The flying woven fabric includes a flying woven fabric body 90 and a warp yarn structure 100 integrally woven with the flying woven fabric body 90.

The warp yarn structure 100 is woven by multiple yarn mouths in the warp direction of the flying fabric body 90 to form a straight warp yarn structure 100, and the moving yarn mouth does not need to avoid the kicking action when weaving.

The warp yarn structure 100 is woven into the fly-woven fabric body 90 by way of lining.

30 , part of the weaving process of the fly-woven fabric of this embodiment is as follows:

In FIG. 30 , yarns A, B, and C are inserted warp yarns, and yarns D and E are TPU.

The first weaving row is the yarn introduction action to bring yarn A into the weaving position.

The second weaving row is the yarn introduction action to bring the B yarn into the weaving position.

The third weaving row is the yarn introduction action to bring the C yarn into the weaving position.

A, B, and C will stop at the designated location.

The 4th knitting row is knitted with D yarn as base and empty needles.

The 5th knitting row is knitted with E yarn as the base and empty needles.

Rows 6-27 are repeated weaving of rows 4-5.

When yarn mouths D and E encounter yarn mouths A, B and C in the parking position, they do not perform the evasive kicking action.

The 28th weaving row is the yarn introduction action to bring yarn A into the weaving position.

The 29th weaving row is the yarn introduction action to bring the B yarn into the weaving position.

The 30th knitting row is the yarn introduction action to bring the C yarn into the knitting position.

Embodiment 53

This embodiment provides a flying woven fabric having a warp yarn structure 100. The flying woven fabric includes a flying woven fabric body 90 and a warp yarn structure 100 integrally woven with the flying woven fabric body 90.

The warp yarn structure 100 is woven by multiple yarn mouths in the warp direction of the flying fabric body 90 to form a bent warp yarn structure 100, and the moving yarn mouth does not need to avoid the kicking action when weaving.

The warp yarn structure 100 is woven into the inner layer of the flywoven fabric body 90 by way of lining.

31 , part of the weaving process of the fly-woven fabric of this embodiment is as follows:

In FIG. 31 , yarns A, B, and C are inserted warp yarns, and yarns D and E are TPU.

The first weaving row is the yarn introduction action to bring yarn A into the weaving position.

The second weaving row is the yarn introduction action to bring the B yarn into the weaving position.

The third weaving row is the yarn introduction action to bring the C yarn into the weaving position.

The fourth weaving row is made of D yarn for the top weaving, bottom tight tuck and empty needles for weaving. The function is to fix the warp yarn in the parking position to prevent the subsequent warp yarn from sliding when moving.

The 5th knitting row is knitted with E yarn as the base and empty needles.

The 6th knitting row is knitting with D yarn for the surface and empty needles for the interval knitting.

The 7th knitting row is knitted with E yarn as the base and empty needles.

Rows 8-11 are repeated weaving of rows 6-7.

The 12th knitting row is to move yarn A to make empty needle floating thread knitting.

The 13th knitting row is to move the B yarn to make empty needle floating thread knitting.

The 14th knitting row is to move the C yarn to make empty needle floating line knitting.

The knitting movements of rows 15-22 are the same as those of rows 4-11.

The 23rd knitting row is to move yarn A to make empty needle floating thread knitting.

The 24th knitting row is to move the B yarn to make empty needle floating line knitting.

The 25th knitting row is to move the C yarn to make empty needle floating line knitting.

The warp yarns of the 12th-14th weaving rows and the 23rd-25th weaving rows move to form a warp bending curve on the flying woven fabric.

The knitting movements of rows 26-33 are the same as those of rows 4-11.

The 34th weaving row is the yarn-leading action to bring yarn A out of the weaving position.

The 35th weaving row is the yarn-leading action to bring the B yarn out of the weaving position.

The 36th knitting row is a yarn introduction action to bring the C yarn out of the knitting position.

Embodiment 54

This embodiment provides a flying woven fabric having a warp yarn structure 100. The flying woven fabric includes a flying woven fabric body 90 and a warp yarn structure 100 integrally woven with the flying woven fabric body 90.

The warp yarn structure 100 is woven by multiple yarn mouths in the warp direction of the flying fabric body 90 to form a scattered warp yarn structure 100, and the moving yarn mouth does not need to avoid the kicking action when weaving.

The warp yarn structure 100 is woven into the inner layer of the flywoven fabric body 90 by way of lining.

32-33, part of the weaving process of the flying woven fabric of this embodiment is as follows:

In Figures 10-11, yarns A, B, and C are inserted warp yarns, and yarns D and E are TPU.

The first and second weaving rows are the yarn introduction actions to bring yarn A into the weaving position.

The 3rd and 4th weaving rows are the yarn introduction actions to bring the B yarn into the weaving position.

The 5th and 6th weaving rows are the yarn introduction actions to bring the C yarn into the weaving position.

The 7th knitting row is to knit the D yarn on the left and right edges as the bottom knitting, and knit the top knitting bottom tight tuck and top knitting alternate needles in the middle.

The 8th weaving row is made of E yarn as the base weave.

The 9th weaving row is the yarn drawing action to bring yarn A out of the weaving position.

The 10th weaving row is the yarn drawing action to bring the B yarn out of the weaving position.

The 11th weaving row is the yarn drawing action to bring the C yarn out of the weaving position.

The 12th knitting row is made of D yarn on the left and right edges as the bottom knitting, and the middle is made into the top knitting bottom tight tuck and the top knitting alternate needle knitting, which is offset by one needle position from the 7th knitting row.

The 13th weaving row is made of E yarn as the base weaving.

The 14th weaving row is the D yarn for the bottom weaving.

The 15th weaving row is made of E yarn as the base weave.

The 16th and 17th weaving rows are repeated weaving of the 14th and 15th weaving rows.

The 18th and 19th weaving rows are the yarn introduction actions to bring yarn A into the weaving position.

The 20th and 21st weaving rows are the yarn introduction actions to bring the B yarn into the weaving position.

The 22nd and 23rd weaving rows are the yarn introduction actions to bring the C yarn into the weaving position.

The 24th knitting row is to knit the D yarn on the left and right edges as the bottom knitting, and knit the top knitting bottom tight tuck and top knitting alternate needles in the middle.

The 25th weaving row is made of E yarn as the base weave.

The 26th weaving row is the yarn-leading action to bring yarn A out of the weaving position.

The 27th weaving row is the yarn drawing action to bring the B yarn out of the weaving position.

The 28th knitting row is the yarn-leading action to bring the C yarn out of the knitting position.

The 29th knitting row is made of D yarn on the left and right edges as the bottom knitting, and the middle is made into the top knitting bottom tight tuck and the top knitting alternate needle knitting, which is offset from the 24th knitting row by one needle position.

The 30th weaving row is made of E yarn as the base weave.

The 31st weaving row is the D yarn for the base weaving.

The 32nd weaving row is made of E yarn as the base weaving.

The 33rd weaving row is made of D yarn as the base weaving.

The 34th weaving row is made of E yarn as the base weaving.

The 35th and 36th weaving rows are the yarn introduction actions to bring yarn A into the weaving position.

The 37th and 38th weaving rows are the yarn introduction actions to bring the B yarn into the weaving position.

The 39th and 40th weaving rows are the yarn introduction actions to bring the C yarn into the weaving position.

The 41st knitting row is to knit the D yarn on the left and right edges as the bottom knitting, and knit the top knitting in the middle as the bottom tight tuck and the top knitting alternate needles.

The 42nd weaving row is made of E yarn as the base weaving.

The 43rd weaving row is the yarn drawing action to bring the A yarn out of the weaving position.

The 44th weaving row is the yarn-leading action to bring the B yarn out of the weaving position.

The 45th weaving row is the yarn-leading action to bring the C yarn out of the weaving position.

The 46th knitting row is made of D yarn on the left and right edges as the bottom knitting, and the middle is made into the top knitting bottom tight tuck and the top knitting alternate needle knitting, which is offset from the 41st knitting row by one needle position.

The 47th weaving row is made of E yarn as the base weaving.

The 48th weaving row is made of D yarn as the base weaving.

The 49th weaving row is made of E yarn as the base weaving.

The 50th weaving row is made of D yarn as the base weaving.

The 51st weaving row is made of E yarn as the base weave.

The 52nd and 53rd weaving rows are the yarn introduction actions to bring yarn A into the weaving position.

The 54th and 55th weaving rows are the yarn introduction actions to bring the B yarn into the weaving position.

The 56th and 57th knitting rows are the yarn introduction actions to bring the C yarn into the knitting position.

The 58th knitting row is to knit the D yarn on the left and right edges as the bottom knitting, and knit the top knitting in the middle as the bottom tight tuck and the top knitting every other needle.

The 59th weaving row is made of E yarn as the base weaving.

The 60th weaving row is the yarn-leading action to bring yarn A out of the weaving position.

The 61st weaving row is the yarn drawing action to bring the B yarn out of the weaving position.

The 62nd knitting row is the yarn introduction action to bring the C yarn out of the knitting position.

The 63rd knitting row is made of D yarn on the left and right edges as the bottom knitting, and the middle is made into the top knitting bottom tight tuck and the top knitting alternate needle knitting, which is offset by one needle position from the 58th knitting row.

The 64th weaving row is made of E yarn as the base weaving.

The 65th weaving row is made of D yarn as the base weaving.

The 66th weaving row is made of E yarn as the base weaving.

The 67th weaving row is made of D yarn as the base weaving.

The 68th weaving row is made of E yarn as the base weave.

Embodiment 55

This embodiment provides a flying woven fabric having a warp yarn structure 100. The flying woven fabric includes a flying woven fabric body 90 and a warp yarn structure 100 integrally woven with the flying woven fabric body 90.

The warp yarn structure 100 is woven by a plurality of yarn mouths in the warp direction of the flying woven fabric body 90 to form a straight and curved structure. The combined warp yarn structure is 100 and the moving yarn mouth does not need to avoid the kicking action when the yarn is discharged and knitted.

The warp yarn structure 100 is woven into the fly-woven fabric body 90 by way of lining.

Referring to FIG. 34 , a partial weaving process of the fly-woven fabric of this embodiment is as follows:

In FIG. 12 , yarns A, B, and C are inserted warp yarns, and yarns D and E are TPU.

The first weaving row is the yarn introduction action to bring yarn A into the weaving position.

The second weaving row is the yarn introduction action to bring the B yarn into the weaving position.

The 3rd and 4th weaving rows are the yarn introduction actions to bring the C yarn into the weaving position.

A and B will stop at the designated location.

The 5th knitting row is knitted with D yarn as the base and empty needles.

The 6th knitting row is knitted with E yarn as the base and empty needles.

Rows 7-10 are repeated weaving of rows 5-6.

The 11th knitting row is to move the C yarn to make empty needle floating line knitting.

Rows 12-17 are repeated weaving of rows 5-10.

The 18th knitting row is to move the C yarn to make empty needle floating line knitting.

Rows 19-24 are repeated weaving of rows 12-17.

The 25th knitting row is to move the C yarn to make empty needle floating line knitting.

Rows 26-31 are repeated weaving of rows 19-24.

The 32nd knitting row is the yarn-leading action to bring the C yarn out of the knitting position.

The 33rd weaving row is the yarn-leading action to bring the B yarn out of the weaving position.

The 34th weaving row is the yarn introduction action to bring the A yarn out of the weaving position.

Embodiment 56

This embodiment provides a flying woven fabric having a warp yarn structure 100. The flying woven fabric includes a flying woven fabric body 90 and a warp yarn structure 100 integrally woven with the flying woven fabric body 90.

The warp yarn structure 100 is woven by multiple yarn mouths in the warp direction of the flying fabric body 90 to form a warp yarn structure 100 that combines straightness and bending, and the moving yarn mouth does not need to avoid kicking when weaving.

The warp yarn structure 100 is woven into the inner layer of the flywoven fabric body 90 by way of lining.

35 , part of the weaving process of the fly-woven fabric of this embodiment is as follows:

In FIG. 35 , yarns A, B, and C are inserted warp yarns, and yarns D and E are TPU.

The first weaving row is the yarn introduction action to bring yarn A into the weaving position.

The second weaving row is the yarn introduction action to bring the B yarn into the weaving position.

The 3rd and 4th weaving rows are the yarn introduction actions to bring the C yarn into the weaving position.

A and B will stop at the designated location.

The 5th weaving row is D yarn for the surface weaving.

The 6th row is knitted with E yarn as the base and tight tuck stitches on the base.

The 7th weaving row is D yarn for the surface weaving.

The 8th knitting row is made of E yarn as the base knitting and the base knitting surface is tightly tucked and knitted with alternate needles. It is offset by one needle position from the 6th knitting row.

The knitting movements of the 9th and 10th rows are the same as those of the 5th and 6th rows.

The 11th knitting row is to move the C yarn to make empty needle floating line knitting.

The knitting movements of the 12th and 13th rows are the same as those of the 7th and 8th rows.

The knitting movements of rows 14-17 are the same as those of rows 5-8.

The 18th knitting row is to move the C yarn to make empty needle floating line knitting.

The knitting movements of rows 19-31 are the same as those of rows 5-17.

The 32nd knitting row is the yarn-leading action to bring the C yarn out of the knitting position.

The 33rd weaving row is the yarn-leading action to bring the B yarn out of the weaving position.

The 34th weaving row is the yarn introduction action to bring the A yarn out of the weaving position.

It should be understood that the embodiments disclosed in the present invention are not limited to the specific processing steps or materials disclosed herein, but should be extended to equivalent substitutions of such features understood by ordinary technicians in the relevant field. It should also be understood that the terms used herein are only used for the purpose of describing specific embodiments and are not meant to be limiting.

The "embodiment" mentioned in the specification means that the specific features or characteristics described in conjunction with the embodiment are included in at least one embodiment of the present invention. Therefore, the phrases or "embodiment" appearing in various places throughout the specification do not necessarily refer to the same embodiment.

In addition, the described features or characteristics may be combined in one or more embodiments in any other suitable manner. In the above description, some specific details, such as thickness, quantity, etc., are provided to provide a comprehensive understanding of the embodiments of the present invention. However, those skilled in the relevant art will understand that the present invention can be implemented without one or more of the above specific details or can also be implemented using other methods, components, materials, etc.

Claims (42)

A yarn seat with a movable yarn mouth, comprising a yarn seat and a plurality of yarn mouths, wherein the yarn mouth comprises a mobile yarn mouth, and is characterized in that a first adjusting mechanism for controlling the position direction of the driving yarn seat is provided on the yarn seat, the position direction of the mobile yarn mouth is adjusted by a second adjusting mechanism on the yarn seat, at least one mobile yarn mouth is provided on the yarn seat, and the first adjusting mechanism cooperates with the second adjusting mechanism to control the mobile yarn mouth on the yarn seat to move from an initial position to a weaving position. The yarn seat with a movable yarn mouth according to claim 1 is characterized in that the yarn seat is adjusted by a first adjustment mechanism to move the yarn seat as a whole left and right, and the movable yarn mouth is adjusted by a second adjustment mechanism to move up and down or/and forward and backward on the yarn seat. The yarn seat with a movable yarn mouth according to claim 1 is characterized in that the yarn seat is adjusted by a first adjustment mechanism to move the yarn seat as a whole left and right and front and back, and the movable yarn mouth is adjusted by a second adjustment mechanism to move up and down on the yarn seat. The yarn seat with a movable yarn mouth according to claim 1 is characterized in that the yarn seat is adjusted by a first adjustment mechanism to move the yarn seat as a whole left and right and up and down, and the movable yarn mouth is adjusted by a second adjustment mechanism to move forward and backward on the yarn seat. The yarn seat with a movable yarn mouth according to claim 1 is characterized in that the movable yarn mouth is adjusted by the second adjustment mechanism to move left and right on the yarn seat, and the yarn seat is adjusted by the first adjustment mechanism to move the yarn seat up and down or/and forward and backward as a whole. The yarn seat with a movable yarn mouth according to claim 1 is characterized in that the movable yarn mouth is adjusted by the second adjustment mechanism to move left and right and front and back on the yarn seat, and the yarn seat is adjusted by the first adjustment mechanism to move up and down as a whole. The yarn seat with a movable yarn mouth according to claim 1 is characterized in that the movable yarn mouth is adjusted by the second adjustment mechanism to move left and right and up and down on the yarn seat, and the yarn seat is adjusted by the first adjustment mechanism to move the yarn seat as a whole forward and backward. The yarn seat with a movable yarn mouth according to claim 1 is characterized in that the yarn seat is adjusted by a first adjustment mechanism to move the yarn seat up and down as a whole, and the movable yarn mouth is adjusted by a second adjustment mechanism to move forward and backward on the yarn seat. The yarn seat with a movable yarn mouth according to claim 1 is characterized in that the movable yarn mouth is adjusted by the second adjustment mechanism to move up and down on the yarn seat, and the yarn seat is adjusted by the first adjustment mechanism to move the yarn seat as a whole forward and backward. A yarn seat with a movable yarn mouth, comprising a yarn seat and a plurality of yarn mouths, wherein the yarn mouth comprises a movable yarn mouth, and is characterized in that a first adjusting mechanism for controlling the position and direction of the driving yarn seat is provided on the yarn seat, and at least one movable yarn mouth is provided on the yarn seat, and the yarn mouth adjusts the position of the entire yarn seat from an initial position to a weaving position through the first adjusting mechanism, and the entire yarn seat is adjusted in at least one direction. The yarn holder with a movable yarn mouth according to claim 10 is characterized in that the yarn holder is adjusted by a first The adjustment mechanism adjusts the yarn holder to move left and right, up and down, or forward and backward as a whole. According to the yarn seat with a movable yarn mouth according to claim 10, it is characterized in that the yarn seat is adjusted by the first adjustment mechanism to move the yarn seat as a whole left and right, and the yarn seat is adjusted by the first adjustment mechanism to move the yarn seat as a whole up and down or/and forward and backward. The yarn seat with a movable yarn mouth according to claim 10 is characterized in that the yarn seat is adjusted by a first adjustment mechanism to move the yarn seat up and down and forward and backward as a whole. A yarn seat with a movable yarn mouth, comprising a yarn seat and a plurality of yarn mouths, wherein the yarn mouth comprises a movable yarn mouth, and is characterized in that the position direction of the movable yarn mouth is adjusted by a second adjusting mechanism on the yarn seat, and the movable yarn mouth is controlled by the second adjusting mechanism to move from an initial position to a weaving position in at least one direction, and at least one movable yarn mouth is arranged on the yarn seat. The yarn seat with a movable yarn mouth according to claim 14 is characterized in that the movable yarn mouth is adjusted by the second adjustment mechanism to move left and right, up and down, or forward and backward on the yarn seat. The yarn seat with a movable yarn mouth according to claim 14 is characterized in that the movable yarn mouth is adjusted by the second adjustment mechanism to move left and right on the yarn seat, and the movable yarn mouth is adjusted by the second adjustment mechanism to move up and down and/or forward and backward on the yarn seat. The yarn seat with a movable yarn mouth according to claim 14 is characterized in that the movable yarn mouth is adjusted by the second adjustment mechanism to move up and down and forward and backward on the yarn seat. The yarn holder with movable yarn mouth according to any one of claims 1 to 17 is characterized in that a plurality of the yarn mouths are arranged and distributed on different layers. The yarn holder with a movable yarn mouth according to claim 18, characterized in that the movable yarn mouth is rotatable. The yarn holder with a movable yarn mouth according to claim 18 is characterized in that the movable yarn mouth does not move and constitutes a fixed yarn mouth. The yarn seat with a movable yarn mouth according to any one of claims 14 to 17 is characterized in that the movable yarn mouth is adjusted by a third adjustment mechanism to swing back and forth on the yarn seat. The yarn seat with a movable yarn mouth according to claim 21 is characterized in that the movable yarn mouth swings back and forth in coordination with a swing base point through a third adjustment mechanism, and the swing base point is located on the yarn seat or on the movable yarn mouth. The yarn holder with a movable yarn mouth according to any one of claims 1-17 is characterized in that a plurality of independent yarn outlets are arranged on the yarn mouth, the spacing between adjacent yarn outlets is adjustable, the height of the independent yarn outlets is adjustable, and the size of the independent yarn outlets is adjustable. A textured structure, characterized in that the textured structure is woven by a movable yarn mouth in a yarn holder with a movable yarn mouth as claimed in any one of claims 1 to 23, the textured structure comprises a plurality of lines, each of which has a plurality of adjacent lines. The strips can form any angles. The texture structure according to claim 24 is characterized in that the angle includes a first angle, and the magnitude of the first angle is 90° or 180°. The texture structure according to claim 24 is characterized in that the angle includes a second angle, and the size of the second angle is 0°＜second angle＜90° or 90°＜second angle＜180°. The texture structure according to claim 26 is characterized in that the sizes of each two adjacent second angles are consistent or inconsistent. The textured structure according to claim 24 is characterized in that the lines are line segments formed by the movable yarn mouth through non-loop knitting. The textured structure according to claim 24 is characterized in that the line is a long axis formed by the movable yarn mouth through loop weaving. The texture structure according to claim 24 is characterized in that the colors of each two adjacent lines are inconsistent. The texture structure according to claim 24 is characterized in that the lines are woven from multiple yarns. A fabric, characterized in that it includes a base fabric and a textured structure woven integrally with the base fabric, wherein the textured structure is the textured structure as described in any one of claims 24 to 31. A flying woven fabric, characterized in that it comprises a flying woven fabric body and a warp yarn structure woven integrally with the flying woven fabric body, wherein the warp yarn structure is woven by a movable yarn mouth in a yarn holder with a movable yarn mouth as described in any one of claims 1 to 23 to discharge yarn in the warp direction of the flying woven fabric body, and the movable yarn mouth does not need to avoid kicking yarn when discharging yarn and weaving. The flying woven fabric according to claim 33 is characterized in that the warp yarn structure is one or more of a straight warp yarn structure, a bent warp yarn structure, and a scattered warp yarn structure. The flying woven fabric according to claim 33 is characterized in that the warp yarn structure is woven into the surface layer and/or the inner layer of the flying woven fabric body. The flying woven fabric according to claim 33 is characterized in that the warp yarn structure is woven integrally with the flying woven fabric body by lining, floating thread, looping, tucking or needle turning weaving. The flying woven fabric according to claim 33 is characterized in that the warp yarn structure includes a plurality of warp yarn stripes, and the warp yarn stripes are parallel to and/or cross each other. The flying woven fabric according to claim 33 is characterized in that the color of the warp yarn structure is inconsistent with the color of the flying woven fabric body. The flying woven fabric according to claim 33 is characterized in that the flying woven fabric body is single-layer, double-layer or multi-layer. A weaving process for a flywoven fabric as claimed in claims 32-39, characterized in that it comprises the following steps: Lead-in weaving, which brings the warp yarn into the weaving position; fabric weaving, which performs a flying weave fabric weaving action; Lead-out weaving is the yarn-leading action that brings the warp yarn out of the weaving position. The weaving process of the flying woven fabric according to claim 40 is characterized in that it also includes fixed weaving between the introduction weaving and the fabric weaving, and mobile weaving between the fabric weaving and the lead-out weaving, the fixed weaving is the tuck weaving of the flying woven fabric during weaving, and the mobile weaving is the mobile weaving of the warp yarn during weaving. The weaving process of the flying woven fabric according to claim 40 is characterized in that when the fabric is weaving, one needle position needs to be offset for every two adjacent fabric weavings.