Groz-beckert Kg

Santoni S.p.a.

H. Stoll Gmbh & Co.

Martin Wörnle

Jörg Sauter

Stefano Rizzi

Marco Andreoli

Hans-Jürgen Haug

Johannes Bruske

Uwe Stingel

Eckhard Fehrenbacher

Eric Jürgens

Roland Simmendinger

Jürgen Mohr

Frank Durst

Gerhard Götz

Armin Diebold

Eric Juergens

Eckard Fehrenbacher

Markus Settegast

Sven Wirth

Stefan Mayer

Michael Sedlag

A textile tool part pair () consisting of two textile tool parts () and a method of equipping a textile machine with the aid of such a textile tool part pair () are disclosed. Each textile tool part () extends in a longitudinal direction (L) between a trailing end () and a leading end (). Proceeding from the trailing ends () thereof, the textile tool parts () extend away from one another and counter to one another as far as the leading end (). At the trailing ends (), the two textile tool parts () of a common textile tool part pair () are interconnected by a predetermined breaking connection (). The predetermined breaking connection () can be manually separated without tools, in particular by bending about a bending axis (A).

Textile tool part pair and method for equipping a textile machine

A method and a knitting device for plating with compound needles on a circular knitting machine is described herein. At least two yarns are inserted into the hook area of a compound needle. A sinker is moved in such a way relative to a knock-over edge disposed immovably on a cylinder that the sinker, by way of a guide means, guides at least one of the yarns further into the hook area of the compound needle, in the direction of the needle shank, and in doing so keeps the yarns separated. The sinker furthermore moves, in the longitudinal direction and the elevational direction, in such a manner relative to the knock-over edge that the guide means performs a movement which, at least section-wise, tracks at least one yarn.

Method and knitting device for plating on a circular knitting machine equipped with compound needles

A device (), a sinker arrangement () and a method for loop-forming are described. The device () may include a cylinder () with first grooves () for needles () accommodated in a first groove (), whereby the needles () include a loop forming section, and a sinker ring () with second grooves () for the sinker arrangement (). The sinker arrangement () may include an actuating section () and a loop forming section (). The loop forming section () includes an opening (), and the sinker arrangements () are accommodated in one single second groove (). The opening () may be delimited in the width direction (x) by two side faces () and the loop forming section of the needle () is movably disposed between the two side faces () of the opening ().

Device for loop-forming, sinker means and method for loop forming

A loop-forming process includes moving a plurality of system components () relatively to a needle bed (). The system components () contact threads () for forming loops. At least one spacer () is placed between at least two adjacent system components () of the plurality of system components () and defines the distance () between the two adjacent system components (), the spacer () being in mechanical contact to the two adjacent system components (). The spacer () is placed away from and does not contact threads () and is moved with respect to the needle bed (). The spacer () is also moved with respect to both of the two adjacent system components () at least for a period of time during the loop forming process. An equivalent device is also disclosed and claimed.

Loop-forming method and device

A knitting device () comprising a needle bed () and knitting tools (), wherein the needle bed () is designed so as to be without joints and seams in view of the configuration of its channel walls () as well as perpendicularly to the floor () of the channel through the base body () of the needle bed (). The channel depth of the individual guide channels () is preferably less than three times the channel width. Consequently, in particular in the case of extremely fine needle divisions, the resultant channel walls () are robust and stable and can be subjected to a hardening or coating treatment. The reduced overall weight, the smaller friction surfaces, and the sturdier design of the knitting device enable the operation at greater knitting speeds and with greater rotational accelerations, in particular in reciprocating mode, and an overall savings of lubricants and energy.

Knitting system with flattened guide channels

Growing community of inventors

Mössingen, Germany

Martin Wörnle