RU11968U1 - MARINE KNITTED JACKET - Google Patents

Abstract

A marine jersey sweatshirt of a direct silhouette, consisting of identical parts of the front and back, long set-in one-seam sleeves, a rounded neck with the same cut in front and back, made of cotton with transverse contrasting stripes, characterized in that the front and back details have a straight line shoulder and a deep armhole, and the sleeve is made with a low head and expanded at the level of the armhole, and the sweatshirt is made of a two-elastic interlock weave.

Description

Marine Knit Sweatshirt

The utility model relates to the textile industry, and more specifically to the manufacture of knitwear, such as a marine knit sweatshirt made of a cotton fabric with a pattern in the form of transverse stripes made by knitting.

The product belongs to the lower linen layer of clothing and is intended for military personnel of various structures and different age groups. As a prototype, a marine knit sweatshirt was selected, characterized by a straight silhouette, a length below the line of the hips; long set-in sleeves with a symmetrical wedge to the middle of the sleeve length, which improves the operational properties of the sweatshirt and makes the layout for cutting the fabric more rational; neckline high, round in shape and the same in front and back; beveled shoulder line; knitted cotton cloth for weaving the smooth surface or lined with fleece based on the smooth surface (GOST 25904-84 VD “Sweatshirts and T-shirts, marine for military personnel, addition to the state standard); transverse stripes of two colors on the front, back and sleeves; traditional cutting without cutting each row and a flooring height of 13-14 cm.

For the manufacture of sweatshirts, traditional sewing equipment is used:

1. Stitching of lateral, shoulder, sleeve sections, stitching of sleeves in an armhole is carried out on 227 class of sewing machines with a three-thread overcasting seam.

2.Filing neckline in ps, gy5ku from S411 class machine with three-thread flat seam;

3. Hemming the bottom of the sleeves and sweatshirts in the hem on the 627 class of machines with a double-thread overcasting seam.

With a number of advantages:

-satisfactory hygienic properties - the use of cotton yarn;

-ergonomic qualities - the use of a wedge in the sleeve;

-convenience in operation due to the small internal volume does not interfere with traditional batch operation;

At the same time sweatshirt:

MSC to l | B 9/08

- does not correspond to different anthropometric data (arm girth);

-has many seams due to the use of a wedge in the sleeve;

The aim of the proposed solution is to eliminate these shortcomings, create a product with improved ergonomic, exploitation: npoy properties in unity with functional design and technological justification.

The task is achieved by the fact that in a marine knit sweatshirt of a direct silhouette, consisting of; from the same parts of the front and back with a neckline of high round shape identical ;; on the front and back, long set-in sleeves made of cotton with transverse contrasting stripes, such differences as:

the front and back parts have a straightened shoulder line and a deep armhole;

the sleeve is made with a low head and expanded at the level of the armhole;

The sweatshirt is made of a two-elastic interlock weave. The technical drawing of FIG. 1 and FIG. 2, where: pos. 1 straightened shoulder line (reduced bevel of the shoulder line) - FIG. 1.

-6-6.5 °

pos. 2 recessed armhole, FIG. 1

-on 1.0 - 3.5 cm.

pos. 3 increased sleeve width at the level of the armhole of FIG. 2

-on 2.5 - 3 cm.

pos. 4 low head of the sleeve, FIG. 2

- the height of the sleeve head is reduced by 0.5-1 cm.

The claimed utility model is characterized by the development of the sleeve-shoulder girdle:

- the slant of the shoulder line is reduced, which means the armhole is deepened;

- increased sleeve width at armhole level; sleeve head is low;

- greater freedom in the sleeve-shoulder girdle, improves the hygienic properties of sweatshirts, like underwear; frees the shoulder, arm and reduces the supporting surface, increases freedom of movement, makes the product as a whole universal for all types of equipment and promotes overall uniform uniformity, allows you to increase ease of use with different anthropometric data, in different age groups.

The use of a flat seam for hemming the bottom of the sleeves and sweatshirts improves the appearance and increases ease of use.

The sweatshirt retains the traditional sign function - compliance with the attributes of uniforms through the use of a traditional canvas with transverse contrasting stripes is a component of the uniform package.

The use of a double-weave cotton fabric (interlock equipment) with a new technological process allows to achieve greater stability of the transverse stripes (allowable skew of 3-5%), the shape and location of the neckline cutout, which is functional and should correspond to the whole shape in appearance.

Article 1136, GOST 28554-90

Obor.Kvdi Metin-nov 20 cl. L. "Santex

Etc. x 18.5 tex. X / (No. 54/1)

Stripes alternation: 15 rows - dark blueprint 15 rows - white.

Weaving two-smooth smooth Q 235-14 Rg 130 ± 4 Rv 146-6

Elongation Group: I (35%)

Abrasion group - durable

Web processing: round stitching, spin-disassembling, drying, calendaring into a book with sorting. Web width 74 ± 2 cm.

This design solution also allows the use of webs of culinary and fzgerovanny weave.

Article 6241 GOST 28554-90

Obor. KVO OKP-10 10 class

Pr x / 50 tex X 1x 2 (No. 2/20/1) - severe. 8 rows

Pr x / 56 tex X 1x 2 (No. 2 / 17.9 / 1) - painted. 8 rows blue.

Weaving: culinary surface Q 310-18 g / m Rg 58 ± 4 Rv 75-6

Elongation Group I (33%)

Web processing: knitting, rejection, folding into a “book, calendaring with steaming from the“ book to “book.

Web width 45 ± 2, 48 ± 2 (51 ± 2) cm.

Article 3427 GOST 28554-90

Obor. KVON multisingle 1V 18 class L "Santex

Pr x / 18.5 tex x / (No. 54/1) - soil.

Stripes alternation: 14 rows white, 14 rows dark blue.

Interweaving: a single integumentary lined with a pile on the basis of the smooth surface.

Q 340-20 g / m2 Rv 132-6

Elongation Group I (14%)

The abrasion group is durable.

Web processing: knitting, inversion, rejection, warehousing in a “book, calendaring, stitching, teasing, round-stitching, calendaring in a“ book on “santex with sorting.

Web width 80 ± 2, 75 ± 2 cm.

Products are obtained as follows:

1. The traditional cutting for knitwear.

The absence of a wedge in the sleeve during the layout is compensated by the use of combined layouts: the use of different sizes of sweatshirts, adult sweatshirts with children’s layout. Interchallengeal lunges can be used to make consumer goods (for example, men's and children's underpants).

2. Sewing sweatshirts is carried out in this sequence:

1) Sewing of shoulder sections - 227 class, three-thread overcasting seam;

2) Sewing sleeves into the armhole - 227 class, three-thread overcasting seam;

3) Sewing of sleeve-shoulder sections - 227 class, three-thread overcasting seam;

4) The filing of the neckline - 8411kl. three-thread flat seam in the hem;

5) Hemming the bottom of the sleeves - 8411kl. three-thread flat seam in the hem;

6) Filing of the bottom of the sweatshirt - 8411kl. three-thread flat seam in the hem; The number of seams is reduced due to the absence of a wedge of sleeves, and the use of a flat

seam increases ease of use.

When sewing, cotton threads with a linear density of 13 tex x 3, 10 tex X 3 and others for knitwear that meet the requirements of GOST 6309-80 (GOST 25904 - 84 VD) are used.

l-QnQ 4M m V - W, .A.

Claims (1)

A marine jersey sweatshirt of a direct silhouette, consisting of identical parts of the front and back, long set-in one-seam sleeves, a round neck with the same neckline in front and back, made of a cotton cloth with transverse contrasting stripes, characterized in that the front and back details have a straight line shoulder and a deep armhole, and the sleeve is made with a low head and expanded at the level of the armhole, and the sweatshirt is made of a two-elastic interlock weave.