Q. Length of bobbin cone is calculated to be

View solution

Q. Space between two successive upward travels of rail rings is called as

View solution

Q. Travel of rail is enough when as compared to ring diameter, it is

View solution

Q. In each step of bobbin formation, overlapping of main yarn layers occurs in correspondence to

View solution

Q. When bobbin is being wound, are left uncovered is

View solution

Q. Tube length of bobbin is calculated to be

View solution

Q. Bobbin tying thread is calculated to be

View solution

Q. Main layers of bobbin winding is kept separated in order to prevent if from pressing against each other, resulting in almost impossible

View solution

Q. Space left on both sides of bobbin after wounding yarn is approximately

View solution

Q. Run out length is calculated to be

View solution

Q. Yarn coils laid next to each other constitutes the

View solution

Q. Increment value determines forming diameter with respect to two different parameters which are

View solution

Q. Best results are achieved when rail

View solution

Q. Tapered base of bobbin is called as

View solution

Q. Ring diameter is calculated to be

View solution

Q. For successive unwinding of coarse yarn, length of run out is

View solution

Q. Windings wound when ring rail on bobbin lowers

View solution

Q. For obtaining bobbin of a given diameter, increment value and yarn count should be

View solution

Q. Shape of bobbin is

View solution

Q. Bobbin is wound in a way that it starts from

View solution