Nagata Seiki Kabushiki Kaisha

Masahiro Seino

Minoru Oboshi

Kazuhiko Tamaki

Satoshi Okoshi

Shinya Yamamoto

Hidemasa Sakamoto

Yutaka Kaneuchi

Hiromasa Hirose

A pile patterning mechanism for a circular knitting machine comprises: a sinker bed provided with a plurality of radial, horizontal grooves and disposed on the outer circumference of an upper end of a needle cylinder; a plurality of pile sinkers fitted in the radial, horizontal grooves of the sinker bed so as to be slidable and tiltable. A plurality of horizontal pile jacks each having a plurality of butts are fitted in the radial, horizontal grooves of the sinker bed on the radially outer side of the pile sinkers so as to be slidable and tiltable; and a control unit is provided for controlling the pile sinkers and the pile jacks to slide and tilt the pile jacks and the pile sinkers. The control unit includes a plurality of sinker cams, a jack selecting device provided with a plurality of actuators, and jack cams. The horizontal arrangement of the pile jacks ebables the pile jacks to exert a reliable action on the pile sinker. A knitted article has at least a pile stitch portion of an optional pattern formed by the reciprocating turning operation of a needle cylinder. Pile loops can be formed on optional wales by the reciprocating turning operation of the needle cylinder regardless of the needle loop forming operations of the needles.

Pile patterning mechanism for circular knitting machine and knitted

Picker device of hosiery knitting machine

In a stitch density adjusting device of a circular knitting machine for knitting stockings, panty hose, tights and so on, a needle cylinder is moved up and down for adjusting the density of the stitches being formed. In order to move the needle cylinder up and down, a knitting control unit having a knitting program set therein supplies a control signal to a reversible pulse motor which causes the needle cylinder to move through a movement transmission mechanism. The temperature rise in the knitting head due to friction is detected by sensor in the head and compared with a set value in a comparator which delivers a temperature difference signal to the knitting control unit. The control unit operates to compensate for the temperature rise by controlling the pulse motor.

Stitch density adjusting device of circular knitting machine

Growing community of inventors

Niigata, Japan

Masahiro Seino