CN114159215A

CN114159215A - Production method of intelligent fabric beneficial to wound healing

Info

Publication number: CN114159215A
Application number: CN202111400836.7A
Authority: CN
Inventors: 张如全; 吴英; 陈义忠; 周绚丽
Original assignee: Yantai Mingyuan Creative Life Technology Co ltd; Wuhan Textile University
Current assignee: Yantai Mingyuan Creative Life Technology Co ltd; Wuhan Textile University
Priority date: 2021-11-24
Filing date: 2021-11-24
Publication date: 2022-03-11
Anticipated expiration: 2041-11-24
Also published as: CN114159215B

Abstract

The utility model provides a do benefit to wound healing's intelligent surface fabric's production method, prepare a plurality ofly including last ball seat earlier, go up the axis body, lower barrel, lower ball seat, a left side conductor wire, the trigger ball of right conductor wire, the position embedding on nearly its top in the lower barrel is connected with the closing plate, the closing plate is connected with the top of guide platform through the spring, the bottom warp insulation post of guide platform is connected with the top of conducting strip, the vertical projection and a left side of conducting strip, the top homogeneous phase contact of right guide platform, a left side, the last left side of connecting of right guide platform, the outside that extends to lower ball seat after the seat outer wall of lower ball seat is worn to the outer end of right conductor wire, fill in a plurality of trigger balls again to the inside of tubular fabric in order to obtain taking the bulb, then adopt weft, warp weaves so as to obtain initial fabric, take off the coil in order to expose last ball seat, lower ball seat, thereby obtain the intelligent surface fabric who does benefit to wound healing. The design has the advantages of short action distance, good additional function effect, easy operation and high production efficiency.

Description

Production method of intelligent fabric beneficial to wound healing

Technical Field

The invention relates to a mattress fabric, belongs to the technical field of textiles, and particularly relates to a production method of an intelligent fabric beneficial to wound healing.

Background

Good sleep is the premise and guarantee of acquiring healthy living state, and people spend at least about eight hours each day in bed, so that the mattress directly influences the health of people. The existing mattress has a plurality of additional functions, such as a massage function, a temperature regulation function and a magnetic therapy function, besides the traditional spring, latex and palm fiber.

Chinese patent with publication number CN209712289U and publication date of 2019, 12 and 3 discloses a magnetic acupoint therapy magnetic health mattress, which comprises a mattress cover and a mattress core, wherein the mattress core is wrapped by the mattress cover in a full-three-dimensional manner; the cushion core includes the cushion core body, be equipped with a plurality of protruding balls of massage on the cushion core body, it is a plurality of the protruding ball evenly distributed of massage is on the cushion core body, corresponds a magnetism moxibustion stone of installation respectively in the protruding ball of massage, and on the magnetite distributes, combines human acupuncture point, with arranging of magnetite, can effectively massage to the acupuncture point to at a plurality of positions of human important, four adjacent circular magnetite that be heteropolar or homopolar are installed with the same mounting means in the four corners around the protruding ball of massage, form three-dimensional magnetic field. Although the design improves the health care effect on the human body by adding the magnet on the cushion core body, the cushion core body still has the following defects:

firstly, the magnet in the design is hidden in the massage convex ball, the massage convex ball is arranged on the cushion core body, and the buffer layer, the protective layer and the sleeve layer are sequentially arranged above the cushion core body, so that the distance between the magnet and a human body is larger, the acting distance is longer, and the additional functional effect is reduced;

secondly, the design has single function, only can play the basic function of the magnet, and can not introduce other additional functions, thereby leading to the poor effect of the additional functions such as magnetic therapy.

The information disclosed in this background section is only for enhancement of understanding of the general background of the patent application and should not be taken as an acknowledgement or any form of suggestion that this information forms the prior art already known to a person skilled in the art.

Disclosure of Invention

The invention aims to overcome the defects and problems of longer acting distance and poorer additional function effect in the prior art, and provides a production method of an intelligent fabric which has shorter acting distance and better additional function effect and is beneficial to wound healing.

In order to achieve the above purpose, the technical solution of the invention is as follows: a production method of an intelligent fabric beneficial to wound healing comprises the following steps:

the first step is as follows: preparing a plurality of trigger balls, wherein each trigger ball comprises an upper ball seat, an upper shaft body, a lower cylinder body, a lower ball seat, a left conductive wire and a right conductive wire, the top of the upper ball seat and the bottom of the lower ball seat are both planes, a lower ball cavity is formed in the lower ball seat, the top of the lower ball seat is connected with the bottom of the lower cylinder body, the top of the lower cylinder body extends to a position lower than the bottom of the upper ball seat, a sealing plate is embedded and connected to a position, close to the top, in the lower cylinder body, of the lower cylinder body, a through shaft hole is formed in the middle of the sealing plate, a position, surrounding the through shaft hole, of the sealing plate is connected with the top of a guide table through a spring, the position, clamped inside the spring, on the top of the guide table is connected with the bottom of the upper shaft body, the top of the upper shaft body penetrates through the through shaft hole and is connected with the bottom of the upper shaft body, the top of the sealing plate and the inner wall of the lower cylinder body jointly form a ring cylinder cavity; the bottom of the guide platform is connected with the top of the conducting strip through an insulating column, the vertical projection of the conducting strip is contacted with the tops of the left conducting station and the right conducting station, the left end of the left conducting station is connected with the inner end of the left conducting wire, the outer end of the left conducting wire penetrates through the outer wall of the lower ball seat and extends to the outside of the lower ball seat, the right end of the right conducting station is connected with the inner end of the right conducting wire, and the outer end of the right conducting wire penetrates through the outer wall of the lower ball seat and extends to the outside of the lower ball seat;

the second step is that: preparing a tubular fabric, wherein the tubular fabric is formed by weaving yarns, adjacent yarns are mutually jointed to form a coil, a tubular cavity is formed in the tubular fabric, a plurality of trigger balls are plugged into the tubular cavity to obtain a tube with a ball, and after the trigger balls are plugged into the tubular cavity, the trigger balls are matched with the tubular cavity in an embedded mode, the top of an upper ball seat and the bottom of a lower ball seat are in contact with the cavity wall of the tubular cavity; in a single bulb tube, only one free left conductive wire and only one free right conductive wire are respectively arranged;

the third step: firstly, weaving with wefts and warps to obtain an initial fabric, wherein at least one weft is a tube with balls, and the number of the tubes with balls is at least one;

the fourth step: the method comprises the steps of firstly finding a part where a trigger ball is located on an initial fabric, then outwards pulling out warps located at the top and the bottom of the trigger ball to leak the tubular fabric, then selecting coils which are respectively adjacent to the top and the bottom of the trigger ball on the side wall of the tubular fabric, then outwards pulling out the coils through external force to obtain an expanded ring, then downwards sliding the expanded ring located above an upper ball seat along the side wall of the upper ball seat, upwards sliding the expanded ring located below a lower ball seat along the side wall of the lower ball seat until the two expanded rings slide onto the side wall of a lower cylinder, and then cancelling the external force, wherein at the moment, the upper ball seat and the lower ball seat are respectively exposed above and below the initial fabric, so that the intelligent fabric beneficial to wound healing is obtained.

After the upper ball seat and the lower ball seat are respectively exposed above and below the initial fabric, the left conducting wire and the right conducting wire which are in a free state in each ball tube are connected into the same circuit loop in series, and the power supply and the functional elements are further connected into the circuit loop in series, so that the intelligent fabric beneficial to wound healing is obtained.

The functional element is arranged close to the trigger ball, and the functional element is at least one of a heating element and a light-emitting element.

The number of the spherical pipes is multiple;

in the second step, after the spherical pipes are obtained, firstly, grouping a plurality of spherical pipes, wherein each group comprises at least two spherical pipes, and then wrapping the outside of each group of spherical pipes with a water-soluble film to obtain at least two sealing pipes; the spherical pipes in a single sealing pipe are sequentially arranged along the axial direction, and the adjacent spherical pipes are mutually separated; the water-soluble film is made of water-soluble fibers;

in the third step, at least one weft is a sealing tube, and the number of the sealing tubes is at least one;

and in the fourth step, the initial fabric is washed by water to remove the water-soluble film, and then the part where the trigger ball is located is found on the initial fabric for subsequent operation.

The water-soluble fiber is any one of alginate fiber, carboxymethyl cellulose fiber and polyvinyl alcohol fiber.

And in the second step, before the plurality of trigger balls are plugged into the tubular cavity, the side wall of the upper shaft body of the trigger ball and the outer part of the upper ball seat are wrapped with the water-soluble film together until the water-soluble film fills the annular column cavity to obtain the sealing ball, and then the sealing ball is plugged into the tubular cavity to obtain the tube with the ball.

The yarn used at the part of the tubular fabric close to the trigger ball is high-elastic yarn.

The side wall of the tubular fabric is provided with an upper opening ring and a lower opening ring at the positions opposite to the top of the upper ball seat and the bottom of the lower ball seat respectively, and the upper opening ring and the lower opening ring belong to the components of the side wall of the tubular fabric;

the selection of the coil which is adjacent to the top and the bottom of the trigger ball on the side wall of the tubular fabric respectively and the outward opening of the coil through external force to obtain the expanded ring are as follows: the upper opening ring and the lower opening ring are used as coils which are close to each other, and then the upper opening ring and the lower opening ring are pulled open outwards through external force to obtain an enlarged ring.

The ball mouth has been seted up down to the bottom of ball seat down, and this ball mouth is embedded to be connected with a lower ball board down, is provided with left card platform groove, right card platform groove on the top surface of this lower ball board, the cooperation of joint is carried out with the bottom of left electrically conductive platform in left card platform groove, the cooperation of joint is carried out with the bottom of right electrically conductive platform in right card platform groove.

The top of the upper ball seat is provided with an upper ball opening, and an upper ball plate is embedded and connected into the upper ball opening; the ball cavity is seted up to the inside of going up the ball seat, go up the inside of axis body and seted up the axle chamber, go up the ball mouth and contact with the top of leading the capable platform after going up ball cavity, last axle chamber in proper order.

Compared with the prior art, the invention has the beneficial effects that:

1. the invention relates to a method for producing an intelligent fabric beneficial to wound healing, wherein an upper ball seat and a lower ball seat are respectively exposed above and below an initial fabric in the finally produced intelligent fabric, when in application, once a human body presses on the upper ball seat, the upper ball seat drives an upper shaft body to move downwards together, the upper shaft body drives a guide table to move downwards along the inner wall of a lower cylinder body, the guide table drives a conducting sheet to move downwards so that the bottom of the conducting sheet is attached to the tops of a left conducting station and a right conducting station, thereby a circuit loop where a left conducting wire and a right conducting wire are located is conducted, a heating element emits heat or a light-emitting element emits light, such as ultraviolet light, wherein the emitted heat can improve the magnetic therapy effect of the upper ball seat and the lower ball seat (magnetic substances, such as internal filling, plating, implanting and the like, are arranged in the upper ball seat and the lower ball seat in advance, or the upper ball seat and the lower ball seat are directly made of the magnetic substances), not only beneficial to wound healing, can promote health care effect moreover, ultraviolet ray is then beneficial to wound healing, and in addition, goes up ball seat and human direct contact, has shortened the working distance, can further promote magnetotherapy effect to promote additional function on the whole. Therefore, the invention has short action distance and good additional function effect.

2. In the production method of the intelligent fabric beneficial to wound healing, a plurality of trigger balls are embedded into a tubular fabric to obtain a tube with balls, then the tube with balls is used as weft and warp to be woven to obtain an initial fabric, and then an upper ball seat and a lower ball seat are pulled out to respectively expose the upper ball seat and the lower ball seat above and below the initial fabric, so that the intelligent fabric beneficial to wound healing is obtained, and the design has the advantages that: firstly, a fabric which is in direct contact with a human body to shorten the action distance can be manufactured; secondly, a single trigger ball is clamped on the initial fabric through two coils, so that the single trigger ball has stronger firmness, is not easy to fall off in use, avoids damaging the fabric, is clamped on the outer wall of the lower barrel body in a clamping manner, and does not hinder the subsequent relative motion of the upper shaft body and the lower barrel body; thirdly, the state of trigger ball in taking the bulb is the embedding, and the position is relatively fixed, can not change in subsequent weaving process, consequently, the preparation of accessible taking the bulb, trigger ball and take the restriction of relative position between the bulb, take the bulb as the position selection of weft, the position of booking trigger ball in advance, and then make according to the exposure position of going up the ball seat, going down the ball seat that set for, promote pertinence, reinforcing result of use. Therefore, the invention not only can manufacture the additional functional fabric with shorter action distance, but also can ensure the safety and cooperation of each part in production, is easy to operate and is beneficial to improving the production efficiency.

3. According to the production method of the intelligent fabric beneficial to wound healing, the yarn used by the tubular fabric is preferably high-elastic yarn, and the yarn used by the part, close to the trigger ball, of the tubular fabric is further preferably high-elastic yarn. Therefore, the present invention is easy to operate.

4. In the production method of the intelligent fabric beneficial to wound healing, when the number of the tubes with the balls is more than one, preferably, after obtaining the tubes, the tubes are grouped, each group comprising at least two tubes (three to five trigger balls in each tube), the outside of each group of tubes is wrapped with a water-soluble film to obtain a sealed tube, and then the sealed tube is used as a weft to be woven to obtain an initial fabric, the design is not only beneficial to ensuring the fixation of the position of the trigger ball during weaving, but also convenient to be used as the introduction of weft, so as to avoid the inconvenience caused by short length, and in addition, the layout of the trigger ball can be enriched to cover a plurality of positions as much as possible, the pressing requirements of different parts of a user are met, and then the circuit loops below the different parts are conducted, and the additional function effect is improved. Therefore, the invention is not only convenient to manufacture, but also has better additional function effect.

Drawings

FIG. 1 is a flow chart of the operation of the present invention.

Fig. 2 is a schematic perspective view of the trigger ball of the present invention.

Fig. 3 is a cross-sectional view of the trigger ball of the present invention.

Fig. 4 is a schematic perspective view of a sealing ball according to the present invention.

Fig. 5 is a schematic perspective view of a tubular fabric according to the present invention.

Fig. 6 is a schematic perspective view of the bulb of the present invention.

Fig. 7 is a schematic view of the tubular fabric of fig. 6 after being cut.

Fig. 8 is a plan view of a bulb with an upper open ring and a lower open ring according to the present invention.

Fig. 9 is a schematic structural view of the sealing tube of the present invention.

Fig. 10 is an operational view of the coil sliding onto the lower cylinder side periphery in the present invention.

Fig. 11 is a schematic view of the relative positions of the starting web and trigger balls in the present invention.

In the figure: the fabric comprises an initial fabric 1, a tubular fabric 2, a yarn 21, a coil 22, a tubular cavity 23, an enlarged ring 24, an upper open ring 26, a lower open ring 27, a trigger ball 3, a water-soluble film 30, a sealing ball 301, an upper ball seat 31, an upper ball cavity 311, an upper ball opening 312, an upper ball plate 313, a lower ball seat 32, a lower ball cavity 321, a lower ball opening 322, a lower ball plate 323, a left clamping groove 324, a right clamping groove 325, a seat outer wall 326, an upper shaft body 33, an upper shaft cavity 331, a lower barrel body 34, a sealing plate 341, a spring 342, a through shaft hole 343, a guide table 35, an insulating column 351, a conducting strip 352, a ring column cavity 36, a left conducting wire 37, a left conducting table 371, a right conducting wire 38, a right conducting table 381, a ball-carrying tube 4, a sealing tube 41, a power supply 42, a functional element 43, weft threads 5 and warp threads 6.

Detailed Description

The present invention will be described in further detail with reference to the following description and embodiments in conjunction with the accompanying drawings.

Referring to fig. 1 to 11, a method for producing an intelligent fabric beneficial to wound healing includes the following steps:

the first step is as follows: preparing a plurality of trigger balls 3, wherein each trigger ball 3 comprises an upper ball seat 31, an upper shaft body 33, a lower barrel 34, a lower ball seat 32, a left conductive wire 37 and a right conductive wire 38, the top of the upper ball seat 31 and the bottom of the lower ball seat 32 are both flat, a lower ball cavity 321 is formed in the lower ball seat 32, the top of the lower ball seat 32 is connected with the bottom of the lower barrel 34, the top of the lower barrel 34 extends to be lower than the bottom of the upper ball seat 31, a sealing plate 341 is embedded and connected in the lower barrel 34 near the top of the lower barrel, a through shaft hole 343 is formed in the middle of the sealing plate 341, the part of the sealing plate 341 surrounding the through shaft hole 343 is connected with the top of the guide table 35 through a spring 342, the position of the top of the guide table 35 clamped in the spring 342 is connected with the bottom of the upper shaft body 33, the top of the upper shaft body 33 is connected with the bottom of the upper ball seat 31 after passing through the through shaft hole 343, and the side walls of the upper shaft body 33, the lower barrel 32 and the lower barrel 32, The top of the sealing plate 341 and the inner wall of the lower cylinder 34 form a ring column cavity 36; the bottom of the conducting table 35 is connected with the top of the conducting strip 352 through an insulating column 351, the vertical projection of the conducting strip 352 is contacted with the tops of the left conducting table 371 and the right conducting table 381, the left end of the left conducting table 371 is connected with the inner end of the left conducting wire 37, the outer end of the left conducting wire 37 penetrates through the outer wall 326 of the lower ball seat 32 and then extends to the outside of the lower ball seat 32, the right end of the right conducting table 381 is connected with the inner end of the right conducting wire 38, and the outer end of the right conducting wire 38 penetrates through the outer wall 326 of the lower ball seat 32 and then extends to the outside of the lower ball seat 32;

the second step is that: preparing a tubular fabric 2, wherein the tubular fabric 2 is formed by weaving yarns 21, adjacent yarns 21 are mutually connected to form a coil 22, a tubular cavity 23 is formed in the tubular fabric 2, then a plurality of trigger balls 3 are plugged into the tubular cavity 23 to obtain a tube with ball 4, after plugging, the trigger balls 3 are in embedded fit with the tubular cavity 23, the top of an upper ball seat 31 and the bottom of a lower ball seat 32 are in contact with the cavity wall of the tubular cavity 23, the central axes of all the trigger balls 3 are perpendicular to the central axis of the tubular fabric 2, the adjacent trigger balls 3 are mutually separated, the adjacent trigger balls 3 are correspondingly connected through left and right

conductive wires

37 and 38, and all the left and right

conductive wires

37 and 38 are located in the tube with ball 4; in the single bulb tube 4, only one free-state left conductive wire 37 and only one free-state right conductive wire 38 are respectively arranged;

the third step: firstly, weaving with weft 5 and warp 6 to obtain an initial fabric 1, wherein at least one weft 5 is a tube with balls 4, and the number of the tubes with balls 4 is at least one;

the fourth step: the method comprises the steps of firstly finding a part where a trigger ball 3 is located on an initial fabric 1, then pulling out warp threads 6 at the top and the bottom of the trigger ball 3 to leak out a tubular fabric 2, then selecting a coil 22 adjacent to the top and the bottom of the trigger ball 3 on the side periphery of the tubular fabric 2, pulling out the coil 22 by external force to obtain an enlarged ring 24, then sliding the enlarged ring 24 above an upper ball seat 31 down along the side periphery of the upper ball seat 31, sliding the enlarged ring 24 below a lower ball seat 32 up along the side periphery of the lower ball seat 32 until the two enlarged rings 24 slide to the side periphery of a lower cylinder 34, and then canceling the external force, wherein the upper ball seat 31 and the lower ball seat 32 are respectively exposed above and below the initial fabric 1, so that the intelligent fabric beneficial to wound healing is obtained.

After the upper ball seat 31 and the lower ball seat 32 are respectively exposed above and below the initial fabric 1, the left conductive wire 37 and the right conductive wire 38 in a free state in each ball carrying tube 4 are connected in series to the same circuit, and the power supply 42 and the functional element 43 are also connected in series in the circuit, so that the intelligent fabric beneficial to wound healing is obtained.

The functional element 43 is disposed near the trigger ball 3, and the functional element 43 is at least one of a heat generating element and a light emitting element.

The number of the tubes 4 with the balls is multiple;

in the second step, after the bulb tubes 4 are obtained, firstly, grouping a plurality of bulb tubes 4, wherein each group comprises at least two bulb tubes 4, and then wrapping the outside of each group of bulb tubes 4 with the water-soluble film 30 to obtain sealing tubes 41, wherein the number of the sealing tubes 41 is at least two; the spherical pipes 4 in the single sealing pipe 41 are sequentially arranged along the axial direction, and the adjacent spherical pipes 4 are mutually separated; the water-soluble film 30 is made of water-soluble fibers;

in the third step, at least one weft 5 is a sealing tube 41, and the number of the sealing tubes 41 is at least one;

in the fourth step, the initial fabric 1 is washed with water to remove the water-soluble film 30, and then the trigger ball 3 is located on the initial fabric 1 for subsequent operations.

In the second step, before the plurality of trigger balls 3 are inserted into the tubular cavity 23, the water-soluble film 30 is wrapped around the upper shaft body 33 of the trigger ball 3 and the outer portion of the upper ball seat 31 until the water-soluble film 30 fills the cylindrical cavity 36 to obtain the sealing ball 301, and then the sealing ball 301 is inserted into the tubular cavity 23 to obtain the tube with ball 4.

The yarn 21 used in the tubular fabric 2 near the trigger ball 3 is high-elastic yarn.

The parts of the side wall of the tubular fabric 2, which are opposite to the top of the upper ball seat 31 and the bottom of the lower ball seat 32, are respectively provided with an upper opening ring 26 and a lower opening ring 27, and the upper opening ring 26 and the lower opening ring 27 belong to the components of the side wall of the tubular fabric 2;

the selection of the coil 22 adjacent to the top and the bottom of the trigger ball 3 on the side circumference of the tubular fabric 2, and the outward opening of the coil 22 by an external force to obtain the enlarged circle 24 means that: the upper opening ring 26 and the lower opening ring 27 are used as adjacent coils 22, and then the upper opening ring 26 and the lower opening ring 27 are pulled open outwards by external force to obtain an enlarged ring 24.

Ball mouth 322 has been seted up down to the bottom of ball seat 32 down, and this ball mouth 322 embedding is connected with a lower ball board 323 down, is provided with left card platform groove 324, right card platform groove 325 on the top surface of this lower ball board 323, left card platform groove 324 carries out the joint cooperation with the bottom of left electrically conductive platform 371, right card platform groove 325 carries out the joint cooperation with the bottom of right electrically conductive platform 381.

An upper ball opening 312 is formed in the top of the upper ball seat 31, and an upper ball plate 313 is embedded and connected in the upper ball opening 312; an upper ball cavity 311 is formed in the upper ball seat 31, an upper shaft cavity 331 is formed in the upper shaft body 33, and the upper ball opening 312 sequentially passes through the upper ball cavity 311 and the upper shaft cavity 331 and then contacts with the top of the guide table 35.

The principle of the invention is illustrated as follows:

in the invention, the side wall of the upper shaft body 33 in the trigger ball 3 and the outer part of the upper ball seat 31 are wrapped with the water-soluble film 30 together until the water-soluble film 30 is filled in the annular cylindrical cavity 36, so as to obtain the sealing ball 301: the upper ball seat 31 and the upper shaft body 33 are considered as a whole, the water-soluble film 30 is wrapped outside the whole, wherein, for the water-soluble film 30 wrapped on the side wall of the upper shaft body 33, the water-soluble film has a certain wrapping thickness, namely, the water-soluble film is fully filled in the annular column cavity 36, at this time, the water-soluble film 30 in the annular column cavity 36 has a tendency of expanding outwards, so that the upper shaft body 33 and the lower shaft body 34 are connected into a whole.

The left conductive wire 37 and the right conductive wire 38 in the invention are preferably conductive fibers or various existing linear conductive materials, such as metal wires, and in addition, the insulating materials are wrapped outside the left conductive wire 37 and the right conductive wire 38, so that the effect is better.

The one-to-one connection between the adjacent trigger balls 3 through the left conductive wire 37 and the right conductive wire 38 in the invention means that: in adjacent trigger balls 3, the right conductive wire 38 on the trigger ball 3 on the left is correspondingly connected to the left conductive wire 37 on the trigger ball 3 on the right.

In the single bulb-equipped tube 4 of the present invention, only one free left conductive wire 37 and one free right conductive wire 38 respectively means: only one of the left conductive line 37 and the right conductive line 38 is in a free state and is not connected, and the rest of the left conductive line 37 and the rest of the right conductive line 38 are connected in a one-to-one correspondence manner.

Example 1:

conductive wires

37 and 38, and all the left and right

conductive wires

Example 2:

the basic contents are the same as example 1, except that:

after the upper ball seat 31 and the lower ball seat 32 are respectively exposed above and below the initial fabric 1, the left conductive wire 37 and the right conductive wire 38 in a free state in each ball carrying tube 4 are connected in series to the same circuit, and the power supply 42 and the functional element 43 are also connected in series in the circuit, so that the intelligent fabric beneficial to wound healing is obtained. Preferably, the functional element 43 is arranged close to the trigger ball 3, and the functional element 43 is at least one of a heat generating element and a light emitting element.

Example 3:

the basic contents are the same as example 1, except that:

in the second step, after the bulb-carrying tubes 4 are obtained, and the number of the bulb-carrying tubes 4 is multiple, firstly, grouping the multiple bulb-carrying tubes 4, wherein each group comprises at least two bulb-carrying tubes 4, and then wrapping the outside of each group of bulb-carrying tubes 4 with the water-soluble film 30 to obtain the sealing tubes 41, wherein the number of the sealing tubes 41 is at least two; the spherical pipes 4 in the single sealing pipe 41 are sequentially arranged along the axial direction, and the adjacent spherical pipes 4 are mutually separated; the water-soluble film 30 is made of water-soluble fibers;

Example 4:

the basic contents are the same as example 3, except that:

Preferably, the water-soluble fiber is any one of alginate fiber, carboxymethyl cellulose fiber and polyvinyl alcohol fiber.

The above description is only a preferred embodiment of the present invention, and the scope of the present invention is not limited to the above embodiment, but equivalent modifications or changes made by those skilled in the art according to the present disclosure should be included in the scope of the present invention as set forth in the appended claims.

Claims

1. A production method of an intelligent fabric beneficial to wound healing is characterized by comprising the following steps: the production method comprises the following steps:

the first step is as follows: preparing a plurality of trigger balls (3), wherein each trigger ball (3) comprises an upper ball seat (31), an upper shaft body (33), a lower barrel body (34), a lower ball seat (32), a left conductive wire (37) and a right conductive wire (38), the top of the upper ball seat (31) and the bottom of the lower ball seat (32) are both planes, a lower ball cavity (321) is formed in the lower ball seat (32), the top of the lower ball seat (32) is connected with the bottom of the lower barrel body (34), the top of the lower barrel body (34) extends to a position lower than the bottom of the upper ball seat (31), a sealing plate (341) is embedded into the portion, close to the top, of the lower barrel body (34), a through shaft hole (343) is formed in the middle of the sealing plate (341), the portion, surrounding the through shaft hole (343), of the sealing plate (341) is connected with the top of a guide table (35) through a spring (342), and the top of the guide table (35) is connected with the bottom of the upper shaft body (33) at a position clamped in the spring (342), the top end of the upper shaft body (33) penetrates through the through shaft hole (343) and then is connected with the bottom of the upper ball seat (31), and the side wall of the upper shaft body (33), the top of the sealing plate (341) and the inner wall of the lower cylinder body (34) are clamped together to form a ring cylinder cavity (36); the bottom of the guide table (35) is connected with the top of the conducting strip (352) through an insulating column (351), the vertical projection of the conducting strip (352) is contacted with the tops of the left conducting table (371) and the right conducting table (381), the left end of the left conducting table (371) is connected with the inner end of the left conducting wire (37), the outer end of the left conducting wire (37) penetrates through the outer wall (326) of the lower ball seat (32) and then extends to the outside of the lower ball seat (32), the right end of the right conducting table (381) is connected with the inner end of the right conducting wire (38), and the outer end of the right conducting wire (38) penetrates through the outer wall (326) of the lower ball seat (32) and then extends to the outside of the lower ball seat (32);

the second step is that: firstly, preparing a tubular fabric (2), wherein the tubular fabric (2) is formed by weaving yarns (21), adjacent yarns (21) are mutually jointed to form a coil (22), a tubular cavity (23) is arranged inside the tubular fabric (2), then, a plurality of trigger balls (3) are plugged into the tubular cavity (23) to obtain a tube (4) with a ball, after plugging, the trigger balls (3) are in embedded fit with the tubular cavity (23), the top of the upper ball seat (31) and the bottom of the lower ball seat (32) are in contact with the cavity wall of the tubular cavity (23), the central axes of all the trigger balls (3) are perpendicular to the central axis of the tubular fabric (2), the adjacent trigger balls (3) are separated from each other, the adjacent trigger balls (3) are correspondingly connected with each other one by one through left conductive wires (37) and right conductive wires (38), and all the left conductive wires (37) and the right conductive wires (38) are located in the tube with the ball (4); in the single bulb tube (4), only one free left conductive wire (37) and one free right conductive wire (38) are provided;

the third step: firstly, weaving with wefts (5) and warps (6) to obtain an initial fabric (1), wherein at least one weft (5) is provided with a bulb (4), and the number of the bulb (4) is at least one;

the fourth step: firstly, finding the part where the trigger ball (3) is located on the initial fabric (1), then, opening the warps (6) at the top and the bottom of the trigger ball (3) outwards to leak the tubular fabric (2), then selecting coils (22) which are respectively adjacent to the top and the bottom of the trigger ball (3) on the side wall of the tubular fabric (2), and then pulling the coils (22) outwards through external force to obtain an enlarged ring (24), then the expanding ring (24) positioned above the upper ball seat (31) slides downwards along the side wall of the upper ball seat (31), the expanding ring (24) positioned below the lower ball seat (32) slides upwards along the side wall of the lower ball seat (32) until the two expanding rings (24) slide to the side wall of the lower cylinder body (34), and then the external force is cancelled, the upper ball seat (31) and the lower ball seat (32) are respectively exposed above and below the initial fabric (1), so that the intelligent fabric beneficial to wound healing is obtained.

2. The production method of the intelligent fabric beneficial to wound healing according to claim 1, wherein the production method comprises the following steps: after the upper ball seat (31) and the lower ball seat (32) are respectively exposed above and below the initial fabric (1), a left conductive wire (37) and a right conductive wire (38) which are in a free state in each bulb tube (4) are connected into the same circuit loop together in series, and a power supply (42) and a functional element (43) are further connected in the circuit loop in series, so that the intelligent fabric beneficial to wound healing is obtained.

3. The production method of the intelligent fabric beneficial to wound healing according to claim 2, wherein the production method comprises the following steps: the functional element (43) is arranged close to the trigger ball (3), and the functional element (43) is at least one of a heating element and a light-emitting element.

4. The production method of the intelligent fabric beneficial to wound healing according to claim 1, 2 or 3, wherein the production method comprises the following steps: the number of the spherical pipes (4) is multiple;

in the second step, after the bulb tubes (4) are obtained, firstly, grouping a plurality of bulb tubes (4), wherein each group comprises at least two bulb tubes (4), and then wrapping the outside of each group of bulb tubes (4) with a water-soluble film (30) to obtain sealing tubes (41), wherein the number of the sealing tubes (41) is at least two; the spherical pipes (4) in the single sealing pipe (41) are sequentially arranged along the axial direction, and the adjacent spherical pipes (4) are mutually separated; the water-soluble film (30) is made of water-soluble fibers;

in the third step, at least one weft (5) is a sealing tube (41), and the number of the sealing tubes (41) is at least one;

and in the fourth step, the initial fabric (1) is washed by water to remove the water-soluble film (30), and then the part where the trigger ball (3) is located on the initial fabric (1) is found for subsequent operation.

5. The production method of the intelligent fabric beneficial to wound healing according to claim 4, wherein the production method comprises the following steps: the water-soluble fiber is any one of alginate fiber, carboxymethyl cellulose fiber and polyvinyl alcohol fiber.

6. The production method of the intelligent fabric beneficial to wound healing according to claim 4, wherein the production method comprises the following steps: in the second step, before the plurality of trigger balls (3) are plugged into the tubular cavity (23), the side wall of an upper shaft body (33) in the trigger balls (3) and the outer part of an upper ball seat (31) are wrapped with a water-soluble film (30) until the water-soluble film (30) is fully filled in the annular column cavity (36) to obtain a sealing ball (301), and then the sealing ball (301) is plugged into the tubular cavity (23) to obtain the tube with the ball (4).

7. The production method of the intelligent fabric beneficial to wound healing according to claim 1, 2 or 3, wherein the production method comprises the following steps: the yarn (21) used at the part, close to the trigger ball (3), of the tubular fabric (2) is high-elastic yarn.

8. The production method of the intelligent fabric beneficial to wound healing according to claim 1, 2 or 3, wherein the production method comprises the following steps: the parts of the side wall of the tubular fabric (2), which are opposite to the top of the upper ball seat (31) and the bottom of the lower ball seat (32), are respectively provided with an upper opening ring (26) and a lower opening ring (27), and the upper opening ring (26) and the lower opening ring (27) belong to the components of the side wall of the tubular fabric (2);

the method is characterized in that coils (22) which are respectively adjacent to the top and the bottom of the trigger ball (3) are selected on the side wall of the tubular fabric (2), and then the coils (22) are pulled open outwards through external force to obtain an enlarged ring (24): the upper opening ring (26) and the lower opening ring (27) are used as adjacent coils (22), and then the upper opening ring (26) and the lower opening ring (27) are pulled open outwards through external force to obtain an enlarged ring (24).

9. The production method of the intelligent fabric beneficial to wound healing according to claim 1, 2 or 3, wherein the production method comprises the following steps: ball mouth (322) down have been seted up to the bottom of ball seat (32) down, should descend embedded being connected with one down ball board (323) in ball mouth (322), be provided with left card platform groove (324), right card platform groove (325) on the top surface of this ball board (323) down, left card platform groove (324) and the left bottom of leading radio station (371) carry out the joint cooperation, right card platform groove (325) and the right bottom of leading radio station (381) carry out the joint cooperation.

10. The production method of the intelligent fabric beneficial to wound healing according to claim 1, 2 or 3, wherein the production method comprises the following steps: an upper ball opening (312) is formed in the top of the upper ball seat (31), and an upper ball plate (313) is embedded and connected into the upper ball opening (312); an upper ball cavity (311) is formed in the upper ball seat (31), an upper shaft cavity (331) is formed in the upper shaft body (33), and the upper ball opening (312) sequentially passes through the upper ball cavity (311) and the upper shaft cavity 331 and then is in contact with the top of the guide table (35).