阅读说明：本技术 一种拼接背心连衣裙及其印花工艺 (Spliced vest one-piece dress and printing process thereof ) 是由 冯聪勇 于 2018-06-21 设计创作，主要内容包括：本申请公开了一种拼接背心连衣裙及其印花工艺,包括穿着后在人体腰部以上的背心或吊带样式的上衣和穿着后在人体腰部以下的半身裙样式的下衣,所述上衣和所述下衣的材质不同,所述上衣和所述下衣拼接而成,所述上衣颜色为白色；方便穿着着自由设计自己喜欢的图样放在衣服上,并且过程简单容易操作,梭织面料各种图案花型(例如五角星等)的无缝拼接而成,满足人们审美多样性的需求。(The application discloses a spliced vest one-piece dress and a printing process thereof, and the spliced vest one-piece dress comprises a vest or a sling-type upper garment worn above the waist of a human body and a half-length-type lower garment worn below the waist of the human body, wherein the upper garment and the lower garment are made of different materials, the upper garment and the lower garment are spliced, and the color of the upper garment is white; the woven fabric is convenient to wear, the patterns which are freely designed and liked by the user are placed on the clothes, the process is simple and easy to operate, the woven fabric is formed by seamlessly splicing various patterns (such as pentagram and the like), and the requirement of aesthetic diversity of people is met.)

1. A spliced vest one-piece dress is characterized by comprising a vest or a sling-type upper garment worn above the waist of a human body and a half-skirt-type lower garment worn below the waist of the human body, wherein the upper garment and the lower garment are made of different materials, the upper garment and the lower garment are spliced, and the color of the upper garment is white.

2. The spliced vest dress of claim 1, wherein the upper garment is made of pure cotton and the lower garment is made of silk.

3. The spliced vest dress of claim 1, wherein the top coat is a knit fabric and the bottom coat is a woven fabric.

4. A printing process of a spliced vest one-piece dress is characterized by comprising the following steps:

(1) preprocessing the designed printed pattern;

(2) pre-inspecting the printing paper;

(3) printing the printed pattern on the printing paper by using thermal transfer printing ink printing;

(4) transferring the printed pattern to the fabric of the jacket by using a thermal transfer printing machine under the conditions of high temperature and high pressure;

(5) and checking the printed spliced vest one-piece dress.

5. The spliced vest dress of claim 4, wherein the reagents used in the pretreatment process are tetrabasic carboxylic acid BTCA with tribasic carboxylic acid CA 1: 1 or tricarboxylic acid CA alone.

6. The printing process of the spliced vest one-piece dress as claimed in claim 4, further comprising the steps of preparing a proper ink ratio according to the fiber of the clothing, the specific printed pattern and the actual condition of the dye before the formal mass production, wherein the specific preparation method comprises the steps of diluting the same raw stock in different proportions, and selecting a fixed ink ratio after comparing the dye uptake.

7. The spliced vest dress of claim 3, wherein the printing process of the spliced vest dress comprises the steps of:

(1) designing a printing pattern base map by a customer or according to the customer requirement;

(2) fixing the designed base pattern of the printing pattern on a glass table board, and pressing the screen surface on which the photosensitive adhesive is distributed on the map for exposure treatment after determining the position of the base pattern on the screen;

(3) placing the exposed screen printing plate into a washing pool, and washing the floating glue with water;

(4) checking whether the screen printing plate is consistent with the pattern to be printed or not, and repairing if the screen printing plate is inconsistent with the pattern to be printed;

(5) fixing the screen frame on a screen printing machine, and adding raw materials for printing;

(6) and (3) post-printing treatment: drying or steaming at high temperature to remove the flaw points on the product.

Technical Field

The application relates to a printing and dyeing process for one-piece dress and one-piece dress, in particular to a spliced vest one-piece dress and a printing process thereof.

Background

The one-piece dress is known as 'fashion queen' in various styles and shapes, and is the style which is most popular and most changeable and popular. The one-piece dress is a general name of a variety and is one of the first-choice summer clothes liked by young girls. Vest one-piece dress is one kind of skirt, and refers to a dress formed by connecting a camisole and a skirt. However, with the development of society, the vest-type dress has few printed patterns or the printed patterns in the existing design hardly meet the requirement of people on aesthetic diversity, and the oneness of the material of the vest-type dress cannot meet the diversified aesthetic requirement and wearing requirement of people.

Disclosure of Invention

In view of the above-mentioned drawbacks and deficiencies of the prior art, it is desirable to provide a split joint vest-dress which is convenient to wear and easy to operate, can be put on a garment by designing a design that is preferred by a user, and meets the requirement of aesthetic diversity of people. The white ground color provides a convenient condition for the subsequent printing and dyeing process.

Furthermore, the upper garment is made of pure cotton, and the lower garment is made of silk. The pure cotton material is easy to print and dye, and provides convenience for the subsequent printing, printing and dyeing process; the material is comfortable and sweat-absorbing, and the silk material is cool to wear in summer.

Further, the upper garment is made of knitted fabric, and the lower garment is made of woven fabric. The knitted fabric provides convenience for a subsequent printing and dyeing process.

The application also provides a production process of the vest one-piece dress, which is simple to operate, green and environment-friendly, and comprises the following steps:

(1) preprocessing the designed printed pattern;

(2) pre-inspecting the printing paper;

(3) printing the printed pattern on the printing paper by using thermal transfer printing ink printing;

(4) transferring the printed pattern to the fabric of the jacket by using a thermal transfer printing machine under the conditions of high temperature and high pressure;

(5) and checking the printed spliced vest one-piece dress.

Further, the reagents used in the pretreatment process are tetrabasic carboxylic acid BTCA and tribasic carboxylic acid CA 1: 1 or tricarboxylic acid CA alone.

Further, the method comprises the following steps of preparing a proper ink ratio according to the fiber of the clothes, the specific printing pattern of the printing and dyeing and the actual condition of the dye before the formal mass production, wherein the specific preparation method is to dilute the same raw stock in different proportions and select a fixed ink ratio after comparing the dye uptake.

The application also provides a printing process of the spliced vest one-piece dress, which comprises the following steps:

(1) designing a printing pattern base map by a customer or according to the customer requirement;

(2) fixing the designed base pattern of the printing pattern on the table top of the glass, and pressing the screen surface with the photosensitive resist on the map for exposure after determining the position of the base pattern on the screen plate;

(3) placing the exposed screen printing plate into a washing pool, and washing the floating glue with water;

(4) checking whether the screen printing plate is consistent with the pattern to be printed or not, and repairing if the screen printing plate is inconsistent with the pattern to be printed;

(5) fixing the screen frame on a screen printing machine, and adding raw materials for printing;

(6) and (3) post-printing treatment: drying or steaming at high temperature to remove the flaw points on the product.

The application has the advantages and positive effects that:

1) the woven fabric is convenient to wear, the favorite patterns are freely designed and placed on the clothes, the process is simple and easy to operate, and various patterns (such as pentagram and the like) of the woven fabric are seamlessly spliced, so that the requirement of aesthetic diversity of people is met;

2) the printing process mechanism is simple, the printing and dyeing links are few, the procedures with strong pollution such as washing and color fixing are omitted, the printing and dyeing period is shortened, the environmental pollution is reduced, and meanwhile, the finished product is softer, bright in color and strong in air permeability;

3) the printing process breaks through the original design, the pattern reducibility is strong, and the color stereoscopic impression is good.

In addition to the technical problems addressed by the present application, the technical features constituting the technical solutions, and the advantages brought by the technical features of the technical solutions described above, other technical problems addressed by the present application, other technical features included in the technical solutions, and advantages brought by the technical features will be described in further detail below.

Detailed Description

The present application will be described in further detail with reference to examples. It is to be understood that the specific embodiments described herein are merely illustrative of the relevant invention and not restrictive of the invention.