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Trutzschler Gmbh & Co Kg

Tr&uuml;tzschler Gmbh & Co. Kg

Bernhard R&uuml;benach

Ferdinand Leifeld

A carding machine includes a main carding cylinder and a doffer to which fiber material is transferred from the main carding cylinder and a fiber removing device positioned downstream of the doffer as viewed in an advancing direction of the fiber material through the carding machine. A gathering device including at least one gathering roll is disposed downstream of the doffer for effecting a negative draft on the fiber material between the doffer and the gathering roll.

Device for increasing the specific weight of fiber material in a carding machine

A fiber processing system includes a first roll; a feed tray forming a feeding device with the first roll and defining a clamping location therewith for clamping and advancing fiber material; a second roll cooperating with the feeding device for taking over the fiber material therefrom at a transfer location on the second roll; a third roll cooperating with the second roll for taking over the fiber material from the second roll; and an adjusting arrangement for varying a distance between the clamping and transfer locations. The adjusting arrangement includes a pivoting device for arcuately displacing the second roll about the rotary axis of the first or the third roll; and a shifting device for displacing the feeding device toward or away from the third roll.

Device for setting the distance between adjoining fiber clamping and fiber transfer locations in a fiber processing system

A fiber material feeder includes a spiked lattice which has an upper and a lower end roller each having a longitudinal axis. The spiked lattice has an inclined, endless belt supported on the end rollers and a plurality of spikes carried at the outer belt surface and forming a series of consecutive rows extending along the belt width oriented parallel to the roller axes. The spike rows are oriented at an oblique inclination to the roller axes. Further, a drive is provided for circulating the endless belt about the end rollers for advancing fiber material, entrained by the spikes, upwardly toward the upper end roller. A scale including a weighing bin is provided for catching fiber material leaving the belt at the upper end roller.

Fiber material feeder having a spiked lattice

A fiber processing machine includes a generally vertically oriented feed chute having an upper portion and a lower portion; a device for introducing fiber material into the upper chute portion; a clothed fiber opening roll supported for rotation in the lower chute portion; a withdrawing roll adjoining the opening roll and supported for rotation for drawing fiber material in the feed chute and for forwarding the fiber material to the opening roll; an optical sensor system supported above the opening roll laterally of the feed chute for detecting foreign material carried on the clothing of the opening roll along with the fiber material; an air stream generating device for directing an air blast to the clothing of the opening roll; and a control-and-regulating device for operating the air stream generating device upon detecting foreign material by the optical sensor system to remove and carry away the foreign material from the clothing of the opening roll by an air blast.

Apparatus for removing foreign material from a fiber processing line

An apparatus for making a fiber lap from a mass of fiber tufts includes a generally vertically extending feed chute having relatively wide first and second walls facing one another and relatively narrow third and fourth walls facing one another. The distance between the third and fourth walls defines the width of the feed chute. Each first and second wall has a mid region and flanking edge regions. The first and/or second wall is provided with air outlet openings in a bottom region. The apparatus further has a device for charging the feed chute with fiber tufts at a top portion thereof, and a device for withdrawing the fiber tufts from the feed chute as a fiber lap at a bottom portion of the feed chute. A plurality of side-by-side arranged elements are positioned in a series on the first wall at a bottom portion thereof along the wall width. The distance between any given element and the second wall defines the depth of the feed chute at the given element. The elements in the mid region have a first dimension measured parallel to the wall width, and the elements in the edge regions have a second dimension measured parallel to the wall width. The first dimension is greater than the second dimension, and the elements in the mid region are at a greater distance from the second wall than the elements in the edge regions of the first wall.

Fiber lap producing apparatus having a feed chute of rectangular cross section

An apparatus for feeding and weighing textile fibers includes a weighing scale container having an open end chargeable with fiber material; an upper feed chute having an upper end chargeable with fiber material and a lower end; a withdrawing roll obturating the lower end; a first drive for slowly rotating the withdrawing roll; a feed tray cooperating with the withdrawing roll and defining a nip into which fiber material is drawn from the upper feed chute and from which the fiber material is discharged; an opening roll arranged immediately at the nip for receiving the fiber material discharged from the nip; a second drive for rapidly rotating the opening roll for tearing fiber material from the nip and for opening and discharging the fiber material; a lower feed chute having an upper end receiving fiber material discharged from the opening roll and a lower end; a movable shutoff gate situated at the lower end of the lower feed chute for opening and closing the lower feed chute; and a third drive for moving the shutoff gate.

Apparatus for advancing and weighing textile fibers

An apparatus for separating fiber tufts from a fiber tuft-laden conveying air stream includes a generally vertically oriented feed chute having an upper portion and a lower portion; an air-pervious screen disposed in the upper chute portion; an inlet channel having an outlet opening in the upper portion for introducing the fiber tuft-laden conveying air stream into the upper portion and for directing the fiber tuft-laden conveying air stream toward the inner face of the screen for effecting an impingement of the fiber tufts on the screen and a passage of the air stream, stripped of the fiber tufts, through the screen; and a mechanism disposed in the upper chute portion adjacent the inner screen face for effecting a sweeping motion of the fiber tuft-laden conveying air stream back and forth over the inner screen face for removing a pressing force of the air stream on the fiber tufts against the inner face of the screen, whereby the fiber tufts fall off the inner screen face by gravity toward the lower chute portion.

Growing community of inventors

Mönchengladbach, Germany

Bernhard Rübenach

Growing community of inventors

Mönchengladbach, Germany

Bernhard R&uuml;benach

Bernhard Rübenach