How to calculate the number of clothing threats

Guide to the processing of wool fabric weft UU mTOJr

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. 6)-X

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. + SFVv_n

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). xtE_=5$~

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. V|/NB

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. Ib\iT:AJ

As for the saddle shoulder, there is basically no pUq 1|)g in recent years because of the complicated shirt structure and time-consuming work.

Saddle shirt, skip the saddle shirt process here. 3k# /{Z

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Scaring technology of straight-clamping flat shirt fabric

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Chest width × horizontal density = back stitch t [4

Body length-foot height × horizontal density = full-length revolutions of rear pair 8.

Clamping width-1/2 inches× linear density = clamping revolution, total length revolution-clamping revolution = clamping revolution %4 XJn@J

Waist width-collar width ÷2× horizontal density+number of stitches consumed in sewing = waist width (per side) z = _ ef3` m.

Collar width -3/4 inch× transverse density (collar width× 0.65 is used to calculate horizontal position) (round neck) T4 N~(Fi)

Collar depth × straight density = collar depth revolution 0}FOV`n

Front view! \#_Jw%y

The chest width is 2 ~ 4 stitches more than the back, and you can also look at the tissue like the back.

Body length-foot height × linear density+seam loss (in general, 3G, 5G, 1 turn, 7G, 9G, 12g3 ~ 4 turns to 8kOKwEX.

Clip width-1/2 inches× straight density+seam loss KdUn D4d

The collar width and shoulder width are the same as the back width #9 fWAF.

The collar depth is calculated as the back width (the collar height is calculated as 0.35) (round neck) rqy0q8k.

Collar depth revolution ×0.55= collar recovery revolution, LJS

Number of needle collection = neck width-number of needle collection in horizontal position ÷2 (needle collection should be urgent first and then slow down) (t)? Xo* 1Z =

Sleeve cx$Gic:4

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

Arm width ×2× horizontal density+sewing loss = number of stitches added to sleeve zT* .jv.

Needle retention at sleeve end = arm width; C/bJEgdd

Cuff width × 2+ 1/2 inch× horizontal density (circle) x2 # qg>` l

The rotation of the sleeve in the linear position is 1.3/4 ~ 2 inches ~Z lC'

The number of stitches in the sleeve = the width of the sleeve arm-the opening of the sleeve mouth ÷2 (the number of stitches is added quickly and then slowly) 6 ` "m m..

Sleeve needle rotation = full-length rotation-linear rotation VnJMmMM

Threat technology of suit and jacket gCVryB@z2

Clockwise at the rear, D{

Chest width × transverse density = stitch height (*Q=)

Body length-foot height × vertical density = total length revolutions) 3z]f2

Clamping width-1/2 inches× linear density = number of turns during clamping (total length-number of turns during clamping = number of turns during clamping) c 8QnN:n

Oblique× straight density = oblique revolution $)e:8jS=

Waist width-collar width ÷2× horizontal density+sewing loss = waist width (per side) Inuc(_I

Clamping rotation = clamping width rotation ×0.35 IB7tAG8

Needle number = chest width-shoulder width ÷ 2) HL+nnbr

Collar width -3/4 inch× transverse density wt7.oKbW

Collar depth × straight density = collar depth revolution w

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Chest width+1/2 inches× horizontal density = front needle x[m'FsR4]

Body length-foot height × straight density+seam loss = total length of front frame GHRBK &;

Clamping width-1/2 inches× straight density+joint loss = clamping revolution bVmvjY4.

The number of loops, stitches, shoulder width, shoulder inclination, collar width and collar depth are all the same as the back width. Algorithm >; \-Three dollars

Sleeve Igiq FV {

Sleeve length (waist)-sleeve tip height× straight density× 0.97 = total length of sleeve rotation Gm*Uv6? h？

Arm width× 2× transverse density+sewing loss = 8I {56$.

Cuff width× 2+1/2 inches× horizontal density = 0.

Needle left at the sleeve end = linear revolution before and after clamping ÷ linear density× horizontal density E-[:. &;

Sleeve clamp revolution = front and rear clamp revolution+seam consumption% l.rcbg:

The rotating speed of the sleeve in the linear position is 1.3/4 ~ 2 inches PH{ c,

Number of armholes = width of armholes-number of remaining armholes ÷ 2v4qzc0

The number of stitches in the sleeve = the width of the arm-the width of the cuff ÷2 (stitch first and then slowly) N_*u5mfQX

Pointed shirt threat technology ENpaaW@! Y

Back picture 8p3ZF@c~ t

Chest width × horizontal density = back stitch. )? 2)Fl

Body length-foot height -3/4 inch× linear density = total length revolution O & gtkXysMv & gt

Number of revolutions of clamp = number of revolutions of front clamp +3/4 inch h, Y{t? about

Clamping revolutions = full-length revolutions-clamping revolutions ~t 1O]aO (

Collar width -3 inches× transverse density+seam consumption mR g, A\

Number of needles in and out = number of needles in chest width-number of needles in collar width ÷2 (try to collect needles evenly or slowly first and then quickly)-pia; #Gs

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Chest width+1/2 inches× horizontal density = front needle z &；; 6] Vietnam

Body length-foot height -2 inches × linear density = total length revolution KqG/a

The clip width (along the line) can be calculated by Pythagoras' law. ?

Clamping revolutions = clamping width × linear density 4 5 O{Ip-

Clamping speed and rear f 6dE\

Collar width is the same as 3: "Y7WEH"

Collar depth -2 inches× straight density] > Goode V.

Number of needles in and out = number of needles in chest width-number of needles in collar width ÷2 (try to collect evenly or fast first and then slow) OJC * | KN-#

Sleeves O. @