What is wool knitting technology?

Sweaters are divided into flat shoulders, suit shoulders, pointed shoulders and saddle shoulders, which are called four shoulders. Straight clamp, inserted clamp and bent clamp are called the three major clamps.

How to get the square: first knit a piece of cloth and iron it to determine whether the density and feel are ok, and then calculate the number of stitches and revolutions per inch according to the number of stitches and revolutions.

Example: The number of stitches in the cloth is 150 × 100, and the measured size is 16× 16 inch, so the square number is 9.375 (horizontal density) ×6.25 (direct density).

Solution of tension: For example, the tension of a cloth with a rotation of 100 is 18 inch, and the data obtained from18/0/00 is 0. 18. Multiply this data by the total number of revolutions to obtain the total tension.

The difference between clamping and bending: when the difference between the arm width and the clamping width is greater than 1. 1/2 inches, bending should be carried out. If the difference between the arm width and the clamping width is only 1 inch, it shall be considered as clamping.

As for saddle shoulders, shirts are basically gone in recent years because of their complicated structure and time-consuming workmanship.

Saddle shirt, skip the saddle shirt process here.

Straight-clip flat shirt technology

Post amplitude

Chest width × horizontal density = back stitch.

Body length-foot height × horizontal density = number of revolutions of the whole length of the rear pair

Clamping width-1/2 inches× linear density = number of revolutions when clamping, number of revolutions when full length-number of revolutions when clamping = number of revolutions when loosening clamping.

Waist width-collar width ÷2× transverse density+number of stitches consumed during sewing = waist width with stitches left (each side) 3

Collar width -3/4 inch× horizontal density (collar width× 0.65 is used to calculate horizontal position) (round neck)

Collar depth × linear density = collar depth revolutions

Pre-amplitude

The chest width is 2 ~ 4 stitches more than the back, or it can be the same as the back, depending on the tissue.

Body length-foot height × straight density+seam loss (generally 3G, 5G, 1 revolution, 7G, 9G, 12g3 ~ 4 revolutions)

Clip width-1/2 inches× straight density+seam loss

The collar width and shoulder width are the same as the back width.

The collar depth is calculated as the back width (the collar height is calculated as 0.35) (round neck).

Depth revolutions of drill collar× 0.55 = number of revolutions received by drill collar,

Number of needles = neck width-number of needles in horizontal position ÷2 (needles should be collected first and then slowly) (round neck)

Sleeves,

Sleeve length (waist)-sleeve tip height× straight density× 0.97 = total length of sleeve rotation.

Arm width ×2× horizontal density+sewing loss = number of stitches on sleeve.

Needle left at sleeve end = arm width

Cuff width ×2+ 1/2 inches× horizontal density (circular)

Leave 1.3/4 ~ 2 inches as the number of revolutions of the straight position of the sleeve.

The number of stitches in the sleeve = the width of the arm-the opening of the cuff ÷2 (the number of stitches is added quickly and then slowly)

Sleeve needle rotation = full-length rotation-straight rotation,

Wrinkling technology of suit coat

Post amplitude

Chest width × horizontal density = back stitch.

Body length-foot height × vertical density = total length revolutions

Clamping width-1/2 inches× linear density = clamping revolution (total length revolution-clamping revolution = clamping revolution)

Oblique rotation × straight density = oblique rotation.

Shoulder width-collar width ÷2× transverse density+sewing loss = shoulder width when needle is left (each side)

Number of clamping turns = number of clamping width turns ×0.35

Number of stitches = chest width-shoulder width ÷2

Collar width -3/4 inch× horizontal density

Collar depth × linear density = collar depth revolutions

Pre-amplitude

Chest width+1/2 inches× horizontal density = front needle.

Body length-foot height × linear density+joint consumption = full length of front frame

Clamping width-1/2 inches× linear density+joint loss = clamping revolutions.

The number of loops, stitches, shoulder width, shoulder inclination, collar width and collar depth are all the same as the back width.

sleeve

Sleeve length (waist)-sleeve tip height× straight density× 0.97 = total length of sleeve rotation.

Arm width ×2× horizontal density+sewing loss = sleeve sewing completed.

Cuff width ×2+ 1/2 inch× transverse density = cuff stitch.

Needle left at the sleeve end = linear revolution before and after clamping ÷ linear density × horizontal density.

Sleeve clamp revolution = front and rear clamp revolution+seam consumption

Leave 1.3/4 ~ 2 inches as the number of revolutions of the straight position of the sleeve.

The number of stitches on the sleeve = the width of the sleeve-the number of stitches left at the end of the sleeve ÷2

The number of stitches in the sleeve = the width of the arm-the width of the cuff ÷2 (the number of stitches is increased first and then slowly).

Pointed shirt bronzing technology

Post amplitude

Chest width × horizontal density = back stitch.

Body length-foot height -3/4 inch × linear density = total length revolutions.

Number of revolutions of the clamp = number of revolutions of the front clamp +3/4 inch.

Clamping revolutions = full-length revolutions-clamping revolutions

Collar width -3 inches× horizontal density+suture amount

Number of needles in and out = number of needles in chest width-number of needles in collar width ÷2 (try to be as uniform as possible or slow down first and then take up the needles quickly).

Pre-amplitude

Chest width+1/2 inches× horizontal density = front needle.

Body length-foot height -2 inches × vertical density = total length revolutions.

The clip width (linearity) can be calculated by Pythagoras' law.

Clamping revolutions = clamping width × linear density

After the clamping revolutions are the same

The collar and width are the same.

Collar depth -2 inches× linear density:

Number of needles in and out = number of needles in chest width-number of needles in collar width ÷2 (as uniform as possible or fast before slow collection).

sleeve

Arm width ×2× transverse density+joint loss

Sleeve length (rear center) -65438, wide collar +0/2- sleeve tip height × straight density = full-length revolutions.

Cuff width ×2+ 1/2 inch× transverse density = cuff stitch.

General sleeve tail needle 3 inches+sewing loss.

Sleeve needle retraction = arm width-sleeve needle ÷2 (needle retraction is fast first and then slow)

The rotation speed of the cuff is the same as that of the back panel (if it is a real collar, the rotation speed should be reduced).

Cuff needle = arm width-cuff needle opening ÷2

Sleeve needle rotation = total length-clamping rotation-1.3/4 straight rotation (needle rotation is fast first and then slow)

The above is for reference only.