Abstract A process for introducing one or more threads into a texturizing nozzle, in which the texturizing nozzle, together with the inlet member, is first brought into a position in which the thread is led transversely past and in the immediate vicinity of the texturizing nozzle, the thread is sucked against the nozzle with the orifice of the inlet member enlarged, immediately after being sucked against the texturizing nozzle the thread is cut beyond the nozzle so that the cut end is sucked back into the nozzle, the suction supply required for the sucking-in is replaced by pressurized fluid texturizing medium, and the cross-section of the inlet orifice of the texturizing device is reduced to a value advantageous for steady state operation. An apparatus for carrying out the above process, comprising a pivotable texturizing nozzle with an inlet member of variable cross-section, and a suction device which permits the pressure to be reduced, relative to atmospheric pressure, at the inlet member of the texturizing nozzle, is also disclosed.
Inventors
👤 Wolfgang Martin
👤 Hans Knopp
👤 Dieter Herion
👤 Gerhard Conzelmann
👤 Guenter Leuchtmann
👤 Peter Gujer
👤 Dieter Guldenfels
👤 Armin Wirz
Bibliographic Details
Application Number—
JurisdictionUS
Data Sourcegoogle_patents
Last Synchronized2026-10-25 22:07
CPC Classifications
D; D02; D02G; D02G1/00; D02G1/16
Claims Analysis
Total Claims: 3
Claim 1
Independent Claim
149 words
A process for introducing at least one thread into a fluid-jet texturizing nozzle, comprising: enlarging the cross-section of a thread inlet orifice of the texturizing nozzle compared to the cross-section in steady state operation prior to introduction of the thread, bringing the texturizing nozzle into a position in which the thread is at least approximately at right angles to the axis of the enlarged thread inlet orifice in the immediately vicinity of the texturizing nozzle, sucking the thread against the enlarged thread inlet orifice of the texturizing nozzle, immediately cutting the thread off beyond the texturizing nozzle so that the cut end is drawn into the texturizing nozzle, replacing suction to the texturizing nozzle by pressurized texturizing medium, bringing the texturizing nozzle into the working position for texturizing, and reducing the cross-section of the thread inlet orifice of the texturizing nozzle to a value advantageous for steady state operation.
Claim 2
Dependent Claim
149 words
A process for introducing at least one thread into a fluid-jet texturizing nozzle, comprising: enlarging the cross-section of a thread inlet orifice of the texturizing nozzle compared to the cross-section in steady state operation prior to introduction of the thread, bringing the texturizing nozzle into a position in which the thread is at least approximately at right angles to the axis of the enlarged thread inlet orifice in the immediately vicinity of the texturizing nozzle, sucking the thread against the enlarged thread inlet orifice of the texturizing nozzle, immediately cutting the thread off beyond the texturizing nozzle so that the cut end is drawn into the texturizing nozzle, replacing suction to the texturizing nozzle by pressurized texturizing medium, bringing the texturizing nozzle into the working position for texturizing, and reducing the cross-section of the thread inlet orifice of the texturizing nozzle to a value advantageous for steady state operation.
Claim 3
Dependent Claim
20 words
A process as set forth in claim 1, wherein two to four threads are introduced into the fluid-jet texturizing nozzle.