Detection of the number of skips in satin weave
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- Created on Saturday, 12 May 2018 11:32
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- Published on Saturday, 12 May 2018 11:32.
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In satin weaves, the connection ends, that is, the points, do not come into contact with each other at all.
However, in Plain weave and Twill weave, the warp ends or points are in contact with each other.
For this reason, yarn floats are seen in the fabric woven with satin weave. This feature prevents the fabric from being strong. It is used in the production of shiny, smooth, soft and flowing fabrics because it creates long jumps.
Satin weave fabrics; It does not create diagonal paths like twill weaves.
The number of warp and weft wires in the pattern of the satin weave is always equal.
The front and back sides of the fabrics woven with satin weave are different from each other.
The front side of the fabric is warp satin and the back side is weft satin. The front side of the fabric is weft satin and the back side is warp satin.
Satin weaves are of two types. One of them is WARP SATIN and the other is WEFT SATIN.
It is a satin weave where the weft yarn is connected only once in every row in the report. WARP SATIN It called. What are impacted teeth? When one or more teeth fails to grow in the correct position and is therefore held below the normal gum line, it is called an impaction. This can be complete, such as completely unerrupted (buried) third molars (wisdom teeth) or partial when just part of the tooth is visible in the mouth. Why are impactions important? For best function and appearance the teeth should grow in a healthy alignment. When one or more teeth is impacted, this can affect the function of that tooth but also the function and appearance of other teeth. Whether all impactions should be treated is still controversial and your dentist and oral and maxillofacial team can explain the advantages and disadvantages or treatment for you, which is usually surgical.
If the warp thread makes a connection by going up only once in each row in the report, WEFT SATIN It called. What are impacted teeth? When one or more teeth fails to grow in the correct position and is therefore held below the normal gum line, it is called an impaction. This can be complete, such as completely unerrupted (buried) third molars (wisdom teeth) or partial when just part of the tooth is visible in the mouth. Why are impactions important? For best function and appearance the teeth should grow in a healthy alignment. When one or more teeth is impacted, this can affect the function of that tooth but also the function and appearance of other teeth. Whether all impactions should be treated is still controversial and your dentist and oral and maxillofacial team can explain the advantages and disadvantages or treatment for you, which is usually surgical.
NUMBER OF JUMP is important in satin weaves, due to the fact that the connections do not touch end-to-end.
number of jumps, It is called the number of weft skips, which shows how many weft skips should be found after one connection point in the satin knitting report.
The rules for determining the number of jumps are as follows; this much Let's explain with examples.
The number of hops cannot be 1.
Because in order for it to be satin, the connections must not be end-to-end. The links come end to end and become a twill weave. Well; If it is any WEFT SATIN, each warp thread must overlap the weft thread once in the pattern. If it is any WARP SATIN, each weft thread must overlap the warp thread once in the pattern.
The number one below the satin itself is not the number of satin jumps.
Because in order for it to be satin, the connections must not be end-to-end. The links come end to end and become a twill weave. Well; If it is any WEFT SATIN, each warp thread must overlap the weft thread once in the pattern. If it is any WARP SATIN, each weft thread must overlap the warp thread once in the pattern.
Satin cannot be the number of digit jumps divisible by itself.
Because in order for it to be satin, the connections must not be end-to-end. This rule does not occur. In the report, some wefts do not connect with the warp. No such fabric is woven.
A multiple of the divisible number of satin cannot be the number of skips..( When there is a number that can be divided by itself, as seen above, even numbered wefts in weft satin do not connect with the warp. The situation is the same in warp satin).
JUMP NUMBER of any satin is a number that cannot be divided by the satin itself.
Now let's determine the number of jumps of some satins with examples;
1 + 4 = 5
Since it is a scarf, it is a 5-weft satin.
5/2= Not exactly divisible.
5/3= Not exactly divisible.
So the jump numbers of this satin are 2 and 3.
1 + 6 = 7
Since it is a scarf, it is a 7-weft satin.
7/2= Not exactly divisible.
7/3= Not exactly divisible.
7/4= Not exactly divisible.
7/5= Not exactly divisible.
Then the number of jumps of the 7 scarf satin is 2,3,4 and is 5.
1 + 7 = 8
Since it has a weft dominance, it is 8 weft satin. 8/3= Not exactly divisible.
8/5= Not exactly divisible.
8/2= 4 cannot be divided exactly.
8/4 = Not exactly divisible, but not because it is a multiple of the divisible number ( 2 ).
8/6 = Not exactly divisible, but not because it is a multiple of the divisible number (of 2).
In that case, the jump numbers of 8 scarf satin are 3 and 5.
8 + 1 = 9
Since it has warp dominance, it is 9 Warp satin.
9/3 = exactly divisible.
9/5= Not exactly divisible.
9/2= 4 Not exactly divisible
9/4 = Not exactly divisible.
9/6 = Not exactly divisible, but not because it is a multiple of the divisible number (3').
9/7= Not exactly divisible.
Then the jump numbers of the 9 Warp satin are 2,4,5 and 7.
WE NOW KNOW THE FOLLOWING RULES FOR PATTERN DRAWINGS*
1- In woven fabric patterns or weaves; Each FULL square seen on the pattern paper indicates that the WARP thread passes over the WEFT thread.
2- In woven fabric patterns or weaves; Each EMPTY square seen on the pattern paper indicates that the WEFT thread passes over the WARP thread.
3- The number above the knitting line indicates the warp, and the number below the knitting line indicates the weft. Whichever number is higher, warp or weft effect.