CN113273738B

CN113273738B - Sweat-absorbing type baby underwear

Info

Publication number: CN113273738B
Application number: CN202110811945.1A
Authority: CN
Inventors: 朱亚男
Original assignee: Jiangsu Pengyuan Textile Group Co ltd
Current assignee: Jiangsu Pengyuan Textile Group Co ltd
Priority date: 2021-07-19
Filing date: 2021-07-19
Publication date: 2021-09-17
Anticipated expiration: 2041-07-19
Also published as: CN113273738A

Abstract

The invention discloses a sweat-absorbing type baby underwear, which belongs to the field of baby underwear, wherein a main body of the baby underwear comprises a main sweat-absorbing underwear shirt formed by spinning pure cotton yarns and a front sweat-absorbing underwear sheet connected with the main sweat-absorbing underwear shirt, the rear end of the main sweat-absorbing underwear shirt is sewn and connected with a breathable bacteria-inhibiting back sheet through a spinning technology, the breathable bacteria-inhibiting back sheet and the breathable bacteria-inhibiting axillary sheet are formed by compounding natural protein single yarns, natural bamboo single yarns and the pure cotton single yarns into bacteria-inhibiting composite yarns, the air permeability, the low friction property and the bacteria inhibition property of the natural protein single yarns are increased while the sweat-absorbing characteristic of the bacteria-inhibiting composite yarns is maintained, the drying efficiency of a baby underwear body after sweating of the back and the axillary of a baby is improved, and the phenomena of skin damage, bacteria breeding and the like caused by long-time contact of sweat and the skin of the baby are effectively avoided, effectively improving the comfort level of the underwear of the baby and improving the health degree of the skin of the baby.

Description

Sweat-absorbing type baby underwear

Technical Field

The invention relates to the field of infant underwear, in particular to sweat-absorbent infant underwear.

Background

Because the skin of the baby does not have the function of self-temperature adjustment and the baby does not have the self-care capability and the self-protection capability, the baby is extremely easy to be hurt by the external environment. Especially in the season of extremely easy sweating in summer, the skin of the baby is extremely easy to redden, generate prickly heat and even generate eczema under the environment of high humidity and high temperature for a long time, and influence is caused to the health of the baby.

In summer, when an experienced mother selects baby underwear, the texture of the baby underwear is a main consideration, and the baby underwear is required to have good sweat absorption, breathability and comfort, so that the functions of soft texture and sweat absorption are achieved, and the restraint and damage of the baby underwear to the skin of the baby are reduced while the baby is protected.

At present, most of the baby underwear is made of pure cotton, and is popular due to the fact that the price is good for the people and the air permeability is good. However, the baby underwear made of pure cotton is not easy to dry after absorbing sweat, and after a mother can not replace the baby underwear in time, the skin of the baby is easily pickled or more bacteria are bred, so that the skin of the baby is damaged, and the comfort level and the health degree of the baby are reduced.

Disclosure of Invention

1. Technical problem to be solved

Aiming at the problems in the prior art, the invention aims to provide a sweat-absorbing infant underwear which has the characteristics of sweat absorption, ventilation, low friction and bacteriostasis compared with the existing infant underwear, improves the drying efficiency of the infant underwear after sweat absorption, effectively avoids the phenomena of skin damage, bacteria breeding and the like caused by the fact that an infant is cooled due to the fact that the underwear is wet for a long time or sweat is in contact with the skin of the infant for a long time, effectively improves the comfort level of the infant underwear and improves the health degree of the skin of the infant.

2. Technical scheme

In order to solve the above problems, the present invention adopts the following technical solutions.

The utility model provides a sweat-absorbing type baby underwear, the baby underwear main part is including the front of a garment piece before the sweat-absorbing type underwear that is connected by the main shirt of sweat-absorbing type underwear and the main shirt of sweat-absorbing type underwear that forms of pure cotton yarn weaving, sweat-absorbing type underwear main shirt rear end is made up through textile technology and is connected with ventilative bacteriostasis type tergite, ventilative bacteriostasis type axillary piece has all been made through textile technology to both ends downside about sweat-absorbing type underwear main shirt, ventilative bacteriostasis type tergite and ventilative bacteriostasis type axillary piece all include stranded vertically and horizontally staggered's antibacterial composite yarn, antibacterial composite yarn is including pure cotton single yarn, the pure cotton single yarn outside has twisted with the natural single yarn of natural protein of multistrand and the natural bamboo single yarn of multistrand respectively, and natural bamboo single yarn and natural protein single yarn are the interval setting. The breathable bacteriostatic back sheet and the breathable bacteriostatic axillary sheet are made by compounding the natural protein single yarn, the natural bamboo single yarn and the pure cotton single yarn into bacteriostatic composite yarn, the sweat absorption characteristic of the bacteriostatic composite yarn is kept, the breathability of the natural protein single yarn is increased, the bacteriostatic performance of the natural bamboo single yarn is low in friction, the drying efficiency of the infant underwear body after sweating of the back and the axilla of an infant is improved, the infant is effectively prevented from being cooled due to the fact that the underwear is wet for a long time, or sweat and skin damage and bacterial breeding and other phenomena caused by long-time contact with the skin of the infant are avoided, the comfort level of the infant underwear is effectively improved, and the health degree of the skin of the infant is improved.

Further, the splicing method of the antibacterial composite yarn comprises the following steps:

s1, performing fiber carding on raw materials of pure cotton single yarns, natural protein single yarns and natural bamboo single yarns in advance;

s2, respectively drafting and twisting the raw materials of the carded pure cotton single yarn, the natural protein single yarn and the natural bamboo single yarn to obtain corresponding cop;

s3, respectively carrying out yarn cleaning, detection, cutting and coiling on cop yarns of the pure cotton single yarn, the natural protein single yarn and the natural bamboo single yarn so as to obtain the pure cotton single yarn, the natural protein single yarn and the natural bamboo single yarn;

s4, using pure cotton single yarns as main yarns, and using multiple strands of natural bamboo single yarns and natural protein single yarns as wrapping yarns to prepare for starting twisting;

s5, enabling the pure cotton single yarn to pass through a desensitization feather returning conduit, enabling the rotational flow humidifying component and the rotational flow air guiding component to act on the pure cotton single yarn, and performing hairiness returning on the pure cotton single yarn to enable the natural bamboo single yarn and the natural protein single yarn to be spliced on the outer side of the feather returning pure cotton single yarn;

and S6, after twisting is finished, obtaining the antibacterial composite yarn. The pure cotton single yarn is orderly and tidily arranged with hairiness in advance through the desensitization feather returning conduit, the rotational flow humidifying component and the rotational flow air guiding component in the twisting process, so that the pure cotton single yarn can be effectively wrapped by natural protein single yarn and natural bamboo single yarn, the generation phenomenon of the hairiness in the later period of wearing the breathable bacteriostatic back sheet and the breathable bacteriostatic axillary sheet is reduced, the probability of bacteria hidden in the hairiness is reduced, the cleaning effect of the baby underwear body is improved, the pure cotton single yarn is further effectively suitable for sensitive baby skin, the harm of the hairiness to the baby skin is reduced, and the probability of the baby skin allergy is reduced.

Furthermore, cotton fiber feather returning holes matched with pure cotton single yarns are formed in the desensitization feather returning guide pipe, the rotational flow humidifying component comprises a flow equalizing and humidifying ring, the upper end of the desensitization feather returning guide pipe is fixedly connected with the flow equalizing and humidifying ring, the lower end of the flow equalizing and humidifying ring is fixedly connected with a plurality of rotational flow feather attaching spray heads, the output ends of the rotational flow feather attaching spray heads extend into the cotton fiber feather returning holes, the rotational flow feather attaching spray heads are inclined by 5-15 degrees along the direction parallel to the axial line of the desensitization feather returning guide pipe, and the rotational flow feather attaching spray heads are inclined by 15-25 degrees along the direction perpendicular to the axial line of the desensitization feather returning guide pipe. The spiral-flow feather-sticking spray heads are obliquely arranged in two directions simultaneously, so that the spiral-flow type spray can be formed by matching the plurality of spiral-flow feather-sticking spray heads, the hairs on the pure cotton single yarns are effectively guided and are spirally adsorbed on the pure cotton single yarns, the adsorption strength of the hairs is further increased, the subsequent raising probability of the hairs is reduced, the pure cotton single yarns are effectively humidified, the hairs on the pure cotton single yarns in the twisting process are further reduced, and the twisting quality and the wrapping effect of the natural bamboo single yarns are improved.

Furthermore, the cyclone air guide component comprises an air-equalizing guide ring, the lower end of the cyclone humidifying component is fixedly connected with the air-equalizing guide ring, the lower end of the air-equalizing guide ring is fixedly connected with a plurality of cyclone feather-straightening air nozzles communicated with the air-equalizing guide ring, and the output end of each cyclone feather-straightening air nozzle extends into the cotton fiber feather-straightening hole. The plurality of swirl feather-following air nozzles and swirl feather-sticking spray heads are arranged at intervals, and the swirl feather-following air nozzles and the swirl feather-sticking spray heads are obliquely arranged in the same direction. The swirling air is generated by the swirling feather smoothing air jet head, the hairs on the pure cotton single yarns are smoothed and wound in advance, so that the hairs are effectively adsorbed on the pure cotton single yarns, the effect of the swirling feather pasting spray head is effectively improved, the yarn twisting efficiency is improved, the speed of the air swirling in the cotton fiber feather smoothing holes can be effectively improved, the winding strength of the hairs is increased, the quality of hair removal is improved, and the regeneration of the air-permeable antibacterial back sheets and the air-permeable antibacterial axillary sheets in the using process is effectively reduced.

3. Advantageous effects

Compared with the prior art, the invention has the advantages that:

(1) this scheme becomes ventilative bacterial inhibition type tergite and ventilative bacterial inhibition type axillary piece that antibacterial compound yarn was made through natural protein single yarn and natural bamboo single yarn and pure cotton single yarn complex, when keeping the sweat-absorbing characteristic of antibacterial compound yarn, the gas permeability of natural protein single yarn has still been increased, the bacterial inhibition nature of low friction nature and natural bamboo single yarn, improve the drying efficiency of baby's back and the armpit back underwear body of sweating, effectively avoid the baby to catch a cold because the underwear is moist for a long time, perhaps sweat and long-time skin damage and bacterial growing scheduling phenomenon that cause with the contact of baby's skin, effectively improve the comfort level of baby's underwear, improve the health degree of baby's skin.

(2) The pure cotton single yarn is orderly and tidily arranged with hairiness in advance through the desensitization feather returning conduit, the rotational flow humidifying component and the rotational flow air guiding component in the twisting process, so that the pure cotton single yarn can be effectively wrapped by natural protein single yarn and natural bamboo single yarn, the generation phenomenon of the hairiness in the later period of wearing the breathable bacteriostatic back sheet and the breathable bacteriostatic axillary sheet is reduced, the probability of bacteria hidden in the hairiness is reduced, the cleaning effect of the baby underwear body is improved, the pure cotton single yarn is further effectively suitable for sensitive baby skin, the harm of the hairiness to the baby skin is reduced, and the probability of the baby skin allergy is reduced.

(3) The spiral-flow feather-sticking spray heads are obliquely arranged in two directions simultaneously, so that the spiral-flow type spray can be formed by matching the plurality of spiral-flow feather-sticking spray heads, the hairs on the pure cotton single yarns are effectively guided and are spirally adsorbed on the pure cotton single yarns, the adsorption strength of the hairs is further increased, the subsequent raising probability of the hairs is reduced, the pure cotton single yarns are effectively humidified, the hairs on the pure cotton single yarns in the twisting process are further reduced, and the twisting quality and the wrapping effect of the natural bamboo single yarns are improved.

(4) The swirling air is generated by the swirling feather smoothing air jet head, the hairs on the pure cotton single yarns are smoothed and wound in advance, so that the hairs are effectively adsorbed on the pure cotton single yarns, the effect of the swirling feather pasting spray head is effectively improved, the yarn twisting efficiency is improved, the speed of the air swirling in the cotton fiber feather smoothing holes can be effectively improved, the winding strength of the hairs is increased, the quality of hair removal is improved, and the regeneration of the air-permeable antibacterial back sheets and the air-permeable antibacterial axillary sheets in the using process is effectively reduced.

Drawings

FIG. 1 is an exploded view of the main body of the infant undergarment of the present invention;

FIG. 2 is a front view of the main body of the infant undergarment of the present invention;

FIG. 3 is a rear elevational view of the main body of the infant undergarment of the present invention;

FIG. 4 is an isometric view of a bacteriostatic composite yarn of the invention;

FIG. 5 is an isometric view of a desensitizing feather returning catheter of the present invention in use;

FIG. 6 is an exploded view of a desensitizing feather returning catheter of the present invention;

FIG. 7 is an isometric view of a humidification attachment assembly of the present invention;

FIG. 8 is a top cross-sectional view of the moisture retention assembly of the present invention;

FIG. 9 is a top view of a feathering state of the desensitizing feather return conduit of the present invention;

fig. 10 is a front view in section of the hyposensitizing feather returning catheter of the present invention in the feather returning state.

The reference numbers in the figures illustrate:

the sweat-absorbing underwear comprises a sweat-absorbing underwear main shirt 1, a sweat-absorbing underwear front piece 2, a breathable bacteriostatic back piece 3, a breathable bacteriostatic axillary piece 4, bacteriostatic composite yarns 5, pure cotton single yarns 501, natural protein single yarns 502, natural bamboo single yarns 503, desensitization feather returning conduits 6, feather returning holes 601 of cotton fibers 602, fiber wrapping humidifying grooves 602, a rotational flow humidifying component 7, a flow equalizing humidifying ring 701, a rotational flow feather sticking atomizing spray head 702, a rotational flow air guiding component 8, a flow equalizing guide ring 801, a rotational flow feather smoothening air jet head 802, a humidifying adhesion component 9, a mist collecting strip 901, a wet guiding arc strip 902, a humidifying adhesion flexible light ball 903 and a mist collecting suction nozzle 904.

Detailed Description

In this embodiment 1, the technical solution will be clearly and completely described in conjunction with the disclosed drawings, so that the purpose, technical solution and beneficial effects of the embodiments of the present disclosure will be more clear. It is to be understood that the described embodiments are only a few embodiments of the present disclosure, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the described embodiments of the disclosure without any inventive step, are within the scope of protection of the disclosure.

Unless defined otherwise, technical or scientific terms used herein shall have the ordinary meaning as understood by those of skill in the art to which this disclosure belongs. The use of "first," "second," and similar terms in this disclosure is not intended to indicate any order, quantity, or importance, but rather is used to distinguish one element from another. The word "comprising" and similar words are intended to mean that the elements or items listed before the word cover the elements or items listed after the word and their equivalents, without excluding other elements or items. "upper", "lower", "inside", "outside", and the like are used merely to indicate relative positional relationships, and when the absolute position of the object being described is changed, the relative positional relationships may also be changed accordingly.

Example 1:

referring to fig. 1-4, a sweat absorbing infant underwear comprises an infant underwear body, the infant underwear body comprises a sweat absorbing underwear main shirt 1 woven by pure cotton yarn and a sweat absorbing underwear front flap 2 connected with the sweat absorbing underwear main shirt 1, the sweat absorbing underwear main shirt 1 and the sweat absorbing underwear front flap 2 adopt a one-piece textile process, and the infant underwear body forms a 'harmony coat', one end of the sweat absorbing underwear front flap 2 far away from the sweat absorbing underwear main shirt 1 is fixedly connected with a clothes tying belt matched with the sweat absorbing underwear main shirt 1, the infant underwear body is made into a 'harmony coat' type one-piece clothes, which not only can facilitate wearing of the infant underwear body and reduce difficulty of wearing and changing clothes, but also can effectively reduce the sewing line and the design of the infant underwear body, thereby reducing the damage of the sewing line and the buttons to the skin of the infant, and then effectively improve the comfort level of the infant, the rear end of the sweat-absorbent underwear main shirt 1 is sewed and connected with a breathable bacteriostatic back sheet 3 through a textile technology, the lower sides of the left and right ends of the sweat-absorbent underwear main shirt 1 are sewed and connected with breathable bacteriostatic axillary sheets 4 through the textile technology, the breathable bacteriostatic back sheet 3 and the breathable bacteriostatic axillary sheets 4 both comprise a plurality of strands of criss-cross bacteriostatic composite yarns 5, because the infant mostly adopts the face-up sleep, the back and the axillary of the infant are the key sweating positions, the breathable bacteriostatic back sheet 3 and the breathable bacteriostatic axillary sheets 4 are adopted to replace the sweat-absorbent underwear main shirt 1, the air permeability and the bacteriostatic performance can be increased while the infant effectively absorbs sweat, the friction injury caused by long-time contact of the infant skin can be reduced through the smooth surfaces of the breathable bacteriostatic back sheet 3 and the breathable bacteriostatic axillary sheets 4, and the infant underwear body can be manufactured in a splicing and compounding way, the material cost of the baby underwear body is effectively reduced, and the selling price of the baby underwear body is further reduced, so that the baby underwear body can be accepted by most consumers; referring to fig. 4, the bacteriostatic composite yarn 5 includes a pure cotton single yarn 501, a plurality of natural protein single yarns 502 and a plurality of natural bamboo single yarns 503 are respectively twisted on the outer side of the pure cotton single yarn 501, and the natural bamboo single yarns 503 and the natural protein single yarns 502 are arranged at intervals. The breathable bacteriostatic back sheet 3 and the breathable bacteriostatic axillary sheet 4 are prepared by compounding the natural protein single yarn 502, the natural bamboo single yarn 503 and the pure cotton single yarn 501 into the bacteriostatic composite yarn 5, the sweat absorption characteristic of the bacteriostatic composite yarn 5 is kept, meanwhile, the breathability, the low friction and the bacteriostatic property of the natural protein single yarn 502 and the bacteriostatic property of the natural bamboo single yarn 503 are increased, the drying efficiency of the infant underwear body after sweating of the back and the axillary of an infant is improved, the phenomenon that the infant is cooled due to long-time dampness of the underwear, or sweat and skin damage and bacteria breeding caused by long-time contact of the sweat and the skin of the infant are avoided effectively, the comfort level of the infant underwear is improved effectively, and the health degree of the skin of the infant is improved.

Referring to fig. 5, the splicing method of the bacteriostatic composite yarn 5 includes the following steps:

s1, carrying out fiber carding on raw materials of a pure cotton single yarn 501, a natural protein single yarn 502 and a natural bamboo single yarn 503 in advance;

s2, drafting and twisting raw materials of the carded pure cotton single yarn 501, the natural protein single yarn 502 and the natural bamboo single yarn 503 respectively to obtain corresponding cop;

s3, respectively carrying out yarn cleaning, detection, cutting and coiling on cop yarns of the pure cotton single yarn 501, the natural protein single yarn 502 and the natural bamboo single yarn 503 to obtain the pure cotton single yarn 501, the natural protein single yarn 502 and the natural bamboo single yarn 503;

s4, taking a pure cotton single yarn 501 as a main yarn, and taking a plurality of natural bamboo single yarns 503 and a natural protein single yarn 502 as wrapping yarns to prepare for starting twisting;

s5, enabling the pure cotton single yarn 501 to penetrate through a desensitization feather returning conduit 6, enabling a rotational flow humidifying component 7 and a rotational flow air guiding component 8 to act on the pure cotton single yarn 501, and conducting hairiness returning on the pure cotton single yarn 501, so that the natural bamboo single yarn 503 and the natural protein single yarn 502 are spliced on the outer side of the feather returning pure cotton single yarn 501;

and S6, after the twisting is finished, obtaining the antibacterial composite yarn 5. The pure cotton single yarn 501 is orderly and tidily provided with hairiness in advance through the desensitization feather returning conduit 6, the rotational flow humidifying component 7 and the rotational flow air guiding component 8 in the twisting process, so that the pure cotton single yarn 501 can be effectively wrapped by the natural protein single yarn 502 and the natural bamboo single yarn 503, the generation phenomenon of the hairiness in the later period of the air-permeable antibacterial back sheet 3 and the air-permeable antibacterial axillary sheet 4 in the wearing process is reduced, the probability of bacteria hidden in the hairiness is reduced, the cleaning effect of the underwear body of the baby is improved, the air-permeable antibacterial underwear body is further effectively suitable for sensitive baby skin, the damage of the hairiness to the baby skin is reduced, and the probability of allergy of the baby skin is reduced.

Referring to fig. 6, 9 and 10, a desensitization feather returning conduit 6 is internally provided with a cotton fiber feather returning hole 601 matched with a pure cotton single yarn 501, the desensitization feather returning conduit 6 is provided with a rotational flow humidifying component 7, the rotational flow humidifying component 7 comprises a flow equalizing and humidifying ring 701, the upper end of the desensitization feather returning conduit 6 is fixedly connected with the flow equalizing and humidifying ring 701, the lower end of the flow equalizing and humidifying ring 701 is fixedly connected with a plurality of shunt tubes communicated with the flow equalizing and humidifying ring 701, the lower ends of the shunt tubes extend into the desensitization feather returning conduit 6, and is fixedly connected with a rotational flow feather-sticking spray head 702 communicated with the same, the output end of the rotational flow feather-sticking spray head 702 extends into the cotton fiber feather returning hole 601, and is matched with the pure cotton single yarn 501, the rotational flow feather-attaching spray head 702 inclines for 5-15 degrees along the direction parallel to the axis of the desensitization feather returning conduit 6, and the rotational flow feather-attaching spray head 702 inclines for 15-25 degrees along the direction vertical to the axis of the desensitization feather returning conduit 6. The swirl feather-sticking spray heads 702 are arranged in two directions in an inclined mode, so that a plurality of swirl feather-sticking spray heads 702 can form swirl spray in a matched mode, hairs on the pure cotton single yarn 501 are effectively guided, the hairs are spirally adsorbed on the pure cotton single yarn 501, the adsorption strength of the hairs is further increased, the probability of subsequent raising of the hairs is reduced, the pure cotton single yarn 501 is effectively humidified, the hairs on the pure cotton single yarn 501 in the twisting process are further reduced, and the twisting quality and 5402 and the wrapping effect of the natural bamboo single yarn 503 are improved.

Example 2

Referring to fig. 6, 9 and 10, the desensitization feather returning conduit 6 is further provided with a cyclone air guiding assembly 8 matched with the cyclone humidifying assembly 7, the cyclone air guiding assembly 8 comprises an air-equalizing guiding ring 801, the lower end of the cyclone humidifying assembly 7 is fixedly connected with the air-equalizing guiding ring 801, the lower end of the air-equalizing guiding ring 801 is fixedly connected with a plurality of air distributing pipes communicated with the air-equalizing guiding ring 801, the lower ends of the air distributing pipes extend into the desensitization feather returning conduit 6 and are fixedly connected with a cyclone feather smoothening air nozzle 802 communicated with the desensitization feather returning conduit, and the output end of the cyclone feather smoothening air nozzle 802 extends into the cotton fiber feather returning hole 601 and is matched with the pure cotton single yarn 501. The swirl feathering air jet head 802 is positioned on the upper side of the swirl feathering spray head 702, the plurality of swirl feathering air jet heads 802 and the swirl feathering spray head 702 are arranged at intervals, and the swirl feathering air jet head 802 and the swirl feathering spray head 702 are both obliquely arranged in the same direction. The rotational flow feathering air nozzle 802 inclines for 5-15 degrees along the direction parallel to the axis of the desensitization feather returning guide pipe 6, and the rotational flow feathering air nozzle 802 inclines for 15-25 degrees along the direction vertical to the axis of the desensitization feather returning guide pipe 6. The swirling air is generated by the swirling feathering air jet head 802, feathers on the pure cotton single yarn 501 are straightened and wound in advance, so that the feathers are effectively adsorbed on the pure cotton single yarn 501, the action effect of the swirling feathering air jet head 702 is effectively improved, the twisting efficiency is improved, the speed of air swirling in the cotton fiber feathering hole 601 can be effectively improved, the winding strength of the feathers is increased, the quality of feather removal is improved, and the regeneration of the air-permeable bacteriostatic back sheet 3 and the air-permeable bacteriostatic axillary sheet 4 in the using process is effectively reduced.

Example 3

Referring to fig. 6-8, the outer end of the desensitization feather returning conduit 6 is provided with a plurality of wrapping fiber humidifying grooves 602, the inner wall of the wrapping fiber humidifying grooves 602 is connected with a humidifying adhesive force component 9 positioned on the lower side of the swirling feather attaching spray head 702, and the humidifying adhesive force component 9 is respectively matched with the natural protein single yarn 502 and the natural bamboo single yarn 503. The humidifying adhesion force component 9 comprises a mist collecting strip 901, a mist collecting strip 901 is fixedly connected to the inner wall of the wrapping fiber humidifying groove 602, the inner end of the mist collecting strip 901 is communicated with a cotton fiber feather returning hole 601, please refer to fig. 8, a mist collecting cavity is formed in the mist collecting strip 901, a plurality of mist collecting suction nozzles 904 are fixedly connected to the inner end of the mist collecting strip 901, a plurality of moisture guiding arc strips 902 are fixedly connected to the outer end of the mist collecting strip 901, moisture guiding strips are fixedly connected to the inner ends of the mist collecting suction nozzles 904, the other ends of the moisture guiding strips extend into the moisture collecting cavity and are fixedly connected with the moisture guiding arc strips 902, and a plurality of humidifying adhesion force flexible light balls 903 are fixedly connected to the moisture guiding arc strips 902. The water mist in the mist collection strip 901 is absorbed and collected through the mist collection suction nozzle 904 and is conveyed to the moisture guide arc strip 902 through the moisture guide strip, the moisture guide arc strip 902 transmits the humidity to the moisture increasing attachment force flexible light ball 903, when the natural protein single yarn 502 and the natural bamboo single yarn 503 are guided by the wrapping fiber moisture increasing groove 602, the humidity of the natural protein single yarn 502 and the natural bamboo single yarn is increased, the probability of hair feather generation caused by friction of the pure cotton single yarn 501 and the natural protein single yarn 502 in the twisting process is reduced, meanwhile, the twisting strength between the natural protein single yarn 502, the natural bamboo single yarn 503 and the pure cotton single yarn 501 is effectively increased, the tightness of the bacteriostatic composite yarn 5 is improved, the surface smoothness of the breathable bacteriostatic back sheet 3 and the breathable bacteriostatic axillary sheet 4 is effectively improved, the friction force between the skin of other babies is reduced, and the damage of the skin of the babies is further reduced.

The foregoing is only a preferred embodiment of the present invention; the scope of the invention is not limited thereto. Any person skilled in the art should be able to cover the technical scope of the present invention by equivalent or modified solutions and modifications within the technical scope of the present invention.

Claims

1. The utility model provides a sweat-absorbing type baby underwear, includes baby underwear main part, baby underwear main part is including the sweat-absorbing type underwear main part of shirt (1) and the preceding front part of a garment of sweat-absorbing type underwear (2) that are connected with sweat-absorbing type underwear main part of shirt (1) by pure cotton yarn weaving, its characterized in that: the breathable bacteriostatic underwear is characterized in that the rear end of the sweat-absorbent underwear main shirt (1) is sewn and connected with a breathable bacteriostatic back sheet (3) through a textile technology, breathable bacteriostatic axillary pieces (4) are sewn on the lower sides of the left end and the right end of the sweat-absorbent underwear main shirt (1) through the textile technology, and the breathable bacteriostatic back sheet (3) and the breathable bacteriostatic axillary pieces (4) both comprise a plurality of strands of criss-cross bacteriostatic composite yarns (5);

the bacteriostatic composite yarn (5) comprises a pure cotton single yarn (501), wherein a plurality of natural protein single yarns (502) and a plurality of natural bamboo single yarns (503) are respectively twisted on the outer side of the pure cotton single yarn (501), and the natural bamboo single yarns (503) and the natural protein single yarns (502) are arranged at intervals;

the splicing method of the antibacterial composite yarn (5) comprises the following steps:

s1, carding the raw materials of pure cotton single yarn (501), natural protein single yarn (502) and natural bamboo single yarn (503) in advance;

s2, respectively drafting and twisting raw materials of the carded pure cotton single yarn (501), the natural protein single yarn (502) and the natural bamboo single yarn (503) to obtain corresponding cop;

s3, respectively carrying out yarn cleaning, detection, cutting and coiling on cop yarns of the pure cotton single yarn (501), the natural protein single yarn (502) and the natural bamboo single yarn (503) to obtain the pure cotton single yarn (501), the natural protein single yarn (502) and the natural bamboo single yarn (503);

s4, taking pure cotton single yarn (501) as main yarn, and multiple natural bamboo single yarn (503) and natural protein single yarn (502) as wrapping yarn, and preparing to start twisting;

s5, enabling the pure cotton single yarn (501) to penetrate through a desensitization feather returning conduit (6), enabling a rotational flow humidifying component (7) and a rotational flow air guiding component (8) to act on the pure cotton single yarn (501), and performing feather returning on the pure cotton single yarn (501), so that the natural bamboo single yarn (503) and the natural protein single yarn (502) are spliced on the outer side of the feather returning pure cotton single yarn (501);

and S6, after the twisting is finished, obtaining the antibacterial composite yarn (5).

2. A sweat-absorbent infant undergarment according to claim 1 wherein: the desensitization feather returning guide pipe (6) is internally provided with a cotton fiber feather returning hole (601) matched with a pure cotton single yarn (501), the desensitization feather returning guide pipe (6) is provided with a rotational flow humidifying component (7), the rotational flow humidifying component (7) comprises a flow equalizing humidifying ring (701), the upper end of the desensitization feather returning guide pipe (6) is fixedly connected with the flow equalizing humidifying ring (701), the lower end of the flow equalizing humidifying ring (701) is fixedly connected with a plurality of shunt tubes communicated with the flow equalizing humidifying ring, the lower ends of the shunt tubes extend into the desensitization feather returning guide pipe (6) and are fixedly connected with rotational flow feather attaching spray heads (702) communicated with the desensitization feather returning guide pipe, and the output end of the rotational feather attaching spray heads (702) extends into the cotton fiber feather returning hole (601) and is matched with the pure cotton single yarn (501).

3. A sweat-absorbent infant undergarment according to claim 2 wherein: the desensitization feather returning guide pipe (6) is further provided with a rotational flow air guide assembly (8) matched with the rotational flow humidifying assembly (7), the rotational flow air guide assembly (8) comprises an air-equalizing guide ring (801), the lower end of the rotational flow humidifying assembly (7) is fixedly connected with the air-equalizing guide ring (801), the lower end of the air-equalizing guide ring (801) is fixedly connected with a plurality of air distribution pipes communicated with the air-equalizing guide ring, the lower ends of the air distribution pipes extend into the desensitization feather returning guide pipe (6) and are fixedly connected with rotational flow feather-smoothing air nozzles (802) communicated with the air distribution pipes, and the output ends of the rotational flow feather-smoothing air nozzles (802) extend into cotton fiber feather returning holes (601) and are matched with pure cotton single yarns (501).

4. A sweat-absorbent infant undergarment according to claim 3 wherein: the swirl feather-smoothing air nozzle (802) is positioned on the upper side of the swirl feather-pasting spray head (702), the plurality of swirl feather-smoothing air nozzles (802) and the swirl feather-pasting spray head (702) are arranged at intervals, and the swirl feather-smoothing air nozzle (802) and the swirl feather-pasting spray head (702) are obliquely arranged in the same direction.

5. A sweat-absorbent infant undergarment according to claim 4 wherein: the rotational flow feathering air jet head (802) and the rotational flow feathering spray head (702) are inclined by 5-15 degrees along the direction parallel to the axis of the desensitization feather returning conduit (6), and the rotational flow feathering air jet head (802) and the rotational flow feathering spray head (702) are inclined by 15-25 degrees along the direction vertical to the axis of the desensitization feather returning conduit (6).

6. A sweat-absorbent infant undergarment according to claim 3 wherein: the outer end of the desensitization feather returning conduit (6) is provided with a plurality of wrapping fiber humidifying grooves (602), the inner walls of the wrapping fiber humidifying grooves (602) are connected with humidifying adhesive force components (9) positioned on the lower side of the swirling feather attaching spray head (702), and the humidifying adhesive force components (9) are respectively matched with the natural protein single yarn (502) and the natural bamboo single yarn (503).

7. A sweat-absorbent infant undergarment according to claim 6 wherein: the humidifying adhesive force component (9) comprises a mist collecting strip (901), the inner wall of the wrapping fiber humidifying groove (602) is fixedly connected with the mist collecting strip (901), the inner end of the mist collecting strip (901) is communicated with the cotton fiber feather returning hole (601), the outer end of the mist collecting strip (901) is fixedly connected with a plurality of moisture guiding arc strips (902), and a plurality of humidifying adhesive force flexible light balls (903) are fixedly connected to the moisture guiding arc strips (902).

8. A sweat-absorbent infant undergarment according to claim 7 wherein: the fog collection device is characterized in that a moisture collection cavity is formed in the fog collection strip (901), the inner end of the fog collection strip (901) is fixedly connected with a plurality of fog collection suction nozzles (904), the inner end of each fog collection suction nozzle (904) is fixedly connected with a moisture guide strip, and the other end of each moisture guide strip extends into the moisture collection cavity and is fixedly connected with the moisture guide arc strip (902).

9. A sweat-absorbent infant undergarment according to claim 1 wherein: the sweat-absorbing underwear main shirt (1) and the sweat-absorbing underwear front piece (2) adopt a one-piece textile technology, the infant underwear body forms a 'monk' underwear, and one end, far away from the sweat-absorbing underwear main shirt (1), of the sweat-absorbing underwear front piece (2) is fixedly connected with a clothes tying belt matched with the sweat-absorbing underwear main shirt (1).