阅读说明：本技术 一种大豆纤维棉被的混合填充方法 (Mixed filling method of soybean fiber quilt ) 是由 任艳锋 于 2021-10-20 设计创作，主要内容包括：本发明提供一种大豆纤维棉被的混合填充方法,涉及棉被技术领域。该一种大豆纤维棉被的混合填充方法,包括以下重量份原料：大豆纤维38％-45％和聚酯纤维62％-70％。通过大豆纤维的优于棉的保暖性以及良好的亲肤性两种优良性能,这使得成品棉被具有优于棉的保暖效果,同时再通过设置的聚酯纤维,可以利用阻碍人体热量向外发散的性能,避免人体热量向外散发,使得成品棉被具有良好的隔热效果,通过以上大豆纤维和聚酯纤维两者的配合,可以实现该棉被比大部分棉被更具备保暖性,保暖效果好。(The invention provides a mixing and filling method of a soybean fiber quilt, and relates to the technical field of quilts. The mixing and filling method of the soybean fiber quilt comprises the following raw materials in parts by weight: 38-45% of soybean fiber and 62-70% of polyester fiber. Through the fibrous warmth retention property that is superior to cotton of soybean and two kinds of excellent performance of good close skin nature, this makes the cotton quilt of finished product have the cold-proof effect that is superior to cotton, the polyester fiber through setting up again simultaneously, can utilize the performance that hinders human heat and outwards disperse, avoid human heat to outwards give off, make the cotton quilt of finished product have good heat-proof effect, cooperation through above soybean fiber and polyester fiber two, can realize that this cotton quilt more has warmth retention property than most cotton quilt, it is effectual to keep warm.)

1. A soybean fiber quilt is characterized in that: the feed comprises the following raw materials in parts by weight: 38-45% of soybean fiber and 62-70% of polyester fiber.

2. The method for filling a soybean fiber quilt according to claim 1, wherein: the method comprises the following steps:

s1, preparing soybean fibers, polyester fibers and quilt covers;

s2, grabbing the prepared soybean fibers and polyester fibers through an automatic plucker, grabbing the fibers by using a corner nail element or a spring clamp and the like, and conveying the fibers to a subsequent machine for processing through air flow or machinery;

s3, placing the grabbed fibers into a cotton opener, rotationally meshing the large roller and a plurality of small rollers in the cotton opener, operating at a low rotating speed, carding and finishing the raw cotton for up to ten thousand times, simultaneously removing most impurities and defects in the fibers, fully and uniformly mixing the fibers, and taking out the fibers;

s4, putting the fibers subjected to primary opening and mixing into a vibration cotton feeder to be uniformly mixed for the second time, taking out the fibers and putting the fibers into a carding machine, opening, carding and removing impurities by using the carding machine again to enable all the curled blocky fibers to be in a single fiber shape which is basically straightened, then integrating the fibers into a strip shape with a certain specification, and taking out the fibers after the integration;

s5, after S4, putting the mixed and carded fibers into a cotton spreading machine, spreading the fibers into quilts with width meeting the requirements by using the cotton spreading machine, cutting the quilts according to the length requirements of the quilts by using cotton cutting equipment, feeding the cut quilts into yarn enclosing equipment, enclosing two sides of the quilts by using cotton nets with equal space through the yarn enclosing equipment, and finally sleeving the quilts with length and width meeting the requirements into prepared quilt covers and sewing the quilts to obtain the quilts.

3. The method for filling a soybean fiber quilt according to claim 1, wherein: the quilt cover in the S1 is made of silk.

4. The method for filling a soybean fiber quilt according to claim 2, wherein: the S3 opener is a porcupine opener.

5. The method for filling a soybean fiber quilt according to claim 2, wherein: the low rotation speed in S3 is 1400 rpm.

Technical Field

The invention relates to the technical field of quilts, in particular to a method for mixing and filling soybean fiber quilts.

Background

Compared with quilts such as down feather, silk, wool and the like, the quilt has the advantages that the warmth retention property and the softness comfort degree are good, the quilt is free of static electricity, is good for people suffering from cardiovascular diseases and infants, is one of bedding articles, is a rectangular cloth with enough area to cover a human body, is generally used for keeping warm during sleeping, is generally formed by covering or singly wrapping cotton wool, is called a quilt made of cotton, can be made of wool, silk or acrylic fiber and other artificial fibers besides the quilt, is the oldest in China, is the most traditional product, and can not be replaced by the quilt in the heart.

According to data, the sleeping time accounts for one third of the life of a person, and along with the rapid development of society, the health consciousness of people is continuously enhanced, so people pay more attention to the quality of bedding, but the effect of fibers filled in most of cotton quilts in the aspect of heat preservation is poor at present.

Disclosure of Invention

Technical problem to be solved

Aiming at the defects of the prior art, the invention provides a method for mixing and filling a soybean fiber quilt, which solves the problems of poor warm-keeping effect and single function.

(II) technical scheme

In order to achieve the purpose, the invention is realized by the following technical scheme: a mixing and filling method of soybean fiber quilts comprises the following raw materials in parts by weight: 38-45% of soybean fiber and 62-70% of polyester fiber.

Preferably, the method for filling the soybean fiber quilt comprises the following steps:

s1, preparing soybean fibers, polyester fibers and quilt covers;

s2, grabbing the prepared soybean fibers and polyester fibers through an automatic plucker, grabbing the fibers by using a corner nail element or a spring clamp and the like, and conveying the fibers to a subsequent machine for processing through air flow or machinery;

s3, placing the grabbed fibers into a cotton opener, rotationally meshing the large roller and a plurality of small rollers in the cotton opener, operating at a low rotating speed, carding and finishing the raw cotton for up to ten thousand times, simultaneously removing most impurities and defects in the fibers, fully and uniformly mixing the fibers, and taking out the fibers;

s4, putting the fibers subjected to primary opening and mixing into a vibration cotton feeder to be uniformly mixed for the second time, taking out the fibers and putting the fibers into a carding machine, opening, carding and removing impurities by using the carding machine again to enable all the curled blocky fibers to be in a single fiber shape which is basically straightened, then integrating the fibers into a strip shape with a certain specification, and taking out the fibers after the integration;

s5, after S4, putting the mixed and carded fibers into a cotton spreading machine, spreading the fibers into quilts with width meeting the requirements by using the cotton spreading machine, cutting the quilts according to the length requirements of the quilts by using cotton cutting equipment, feeding the cut quilts into yarn enclosing equipment, enclosing two sides of the quilts by using cotton nets with equal space through the yarn enclosing equipment, and finally sleeving the quilts with length and width meeting the requirements into prepared quilt covers and sewing the quilts to obtain the quilts.

Preferably, the quilt cover in S1 is made of silk.

Preferably, the S3 opener is a porcupine opener.

Preferably, the low rotation speed in S3 is 1400 rpm.

(III) advantageous effects

The invention provides a mixing and filling method of a soybean fiber quilt. The method has the following beneficial effects:

according to the invention, the soybean fiber has two excellent performances of heat retention superior to cotton and good skin-friendly performance, so that the finished cotton quilt has a heat retention effect superior to cotton, and meanwhile, the polyester fiber can utilize the performance of blocking the outward diffusion of human body heat to avoid the outward diffusion of the human body heat, so that the finished cotton quilt has a good heat insulation effect.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The first embodiment is as follows:

the embodiment of the invention provides a mixing and filling method of a soybean fiber quilt, which comprises the following raw materials in parts by weight: soybean fiber 38% and polyester fiber 62%, through the soybean fiber be superior to cotton warmth retention nature and the good performance of skin-friendly nature, make finished product cotton quilt have cold-proof effect, rethread polyester fiber can hinder human heat outwards to disperse for finished product cotton quilt has thermal-insulated effect, can realize through above fibre that the cotton quilt possesses good warmth retention nature.

A mixing and filling method of soybean fiber quilts comprises the following steps:

s1, preparing soybean fibers, polyester fibers and quilt covers;

s2, grabbing the prepared soybean fibers and polyester fibers through an automatic plucker, grabbing the fibers by using a corner nail element or a spring clamp and the like, and conveying the fibers to a subsequent machine for processing through air flow or machinery;

s3, placing the grabbed fibers into a cotton opener, rotationally meshing the large roller and a plurality of small rollers in the cotton opener, operating at a low rotating speed, carding and finishing the raw cotton for up to ten thousand times, simultaneously removing most impurities and defects in the fibers, fully and uniformly mixing the fibers, and taking out the fibers;

s4, putting the fibers subjected to primary opening and mixing into a vibration cotton feeder to be uniformly mixed for the second time, taking out the fibers and putting the fibers into a carding machine, opening, carding and removing impurities by using the carding machine again to enable all the curled blocky fibers to be in a single fiber shape which is basically straightened, then integrating the fibers into a strip shape with a certain specification, and taking out the fibers after the integration;

s5, after S4, putting the mixed and carded fibers into a cotton spreading machine, spreading the fibers into quilts with width meeting the requirements by using the cotton spreading machine, cutting the quilts according to the length requirements of the quilts by using cotton cutting equipment, feeding the cut quilts into yarn enclosing equipment, enclosing two sides of the quilts by using cotton nets with equal space through the yarn enclosing equipment, and finally sleeving the quilts with length and width meeting the requirements into prepared quilt covers and sewing the quilts to obtain the quilts.

The quilt cover in S1 is made of silk.

An S3 opener is a porcupine opener.

The low rotation speed in S3 was 1400 rpm.

Example two:

the embodiment of the invention provides a mixing and filling method of a soybean fiber quilt, which comprises the following raw materials in parts by weight: 45% of soybean fiber and 70% of polyester fiber, and the finished cotton quilt has the warm-keeping effect through the superior performances of the soybean fiber, which are superior to the warm-keeping property and the good skin-friendly property of cotton, and has the heat insulation effect through the polyester fiber, and the cotton quilt has the warm-keeping property and the good warm-keeping effect compared with most cotton quilts through the fibers.

A mixing and filling method of soybean fiber quilts comprises the following steps:

s1, preparing soybean fibers, polyester fibers and quilt covers;

s2, grabbing the prepared soybean fibers and polyester fibers through an automatic plucker, grabbing the fibers by using a corner nail element or a spring clamp and the like, and conveying the fibers to a subsequent machine for processing through air flow or machinery;

s3, placing the grabbed fibers into a cotton opener, rotationally meshing the large roller and a plurality of small rollers in the cotton opener, operating at a low rotating speed, carding and finishing the raw cotton for up to ten thousand times, simultaneously removing most impurities and defects in the fibers, fully and uniformly mixing the fibers, and taking out the fibers;

s4, putting the fibers subjected to primary opening and mixing into a vibration cotton feeder to be uniformly mixed for the second time, taking out the fibers and putting the fibers into a carding machine, opening, carding and removing impurities by using the carding machine again to enable all the curled blocky fibers to be in a single fiber shape which is basically straightened, then integrating the fibers into a strip shape with a certain specification, and taking out the fibers after the integration;

s5, after S4, putting the mixed and carded fibers into a cotton spreading machine, spreading the fibers into quilts with width meeting the requirements by using the cotton spreading machine, cutting the quilts according to the length requirements of the quilts by using cotton cutting equipment, feeding the cut quilts into yarn enclosing equipment, enclosing two sides of the quilts by using cotton nets with equal space through the yarn enclosing equipment, and finally sleeving the quilts with length and width meeting the requirements into prepared quilt covers and sewing the quilts to obtain the quilts.

The quilt cover in S1 is made of silk.

An S3 opener is a porcupine opener.

The low rotation speed in S3 was 1400 rpm.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.