RU1818291C - Device for thread axial reeling out - Google Patents

Abstract

Usage: in the textile industry when winding yarn from packaging on the bobbin of textile machines. SUMMARY OF THE INVENTION; the device comprises a package holder, a fixed thread conductor located in the area of the geometric axis of the package holder, and a movable nanoconductor placed on a lever and capable of moving from the area of the geometric axis of the package holder from the axial winding position to the tangential winding position. As a result of such movement of the movable thermoconductor while winding the thread from the package, the slack of the thread is selected without dropping other windings p of the end of the package closest to the stationary thread conductor, which prevents the formation of succruts at any, the lowest speed of winding the thread from the package. 3 ill. (L

Description

The invention relates to the textile industry, in particular to winding yarn from a package, specifically to textile machines.

The purpose of the invention is to remedy these drawbacks, to improve the conditions for winding the thread.

In FIG. 1 shows a device with a horizontal arrangement of the package holder (option); in FIG. 2 - the same, top view; in FIG. 3 is the same side view.

The device comprises a stationary heat conductor 1, located mainly along the axis of the package 2 mounted on the package holder 3, The device also includes means for preventing succrutin, including a holder made, for example, in the form of a self-loading lever 4 with a movable thread conductor 5, and a lever 4

fixed to the support 6. With respect to the fixed thread conductor 1, the support C of the lever 4 can be located differently - in front of it (Fig. 1) or on the back side of it (Fig. 3), in accordance with this, the weight and shape of the lever 4 are selected, and also the construction of the support 6.

Thus, the radial movement of the movable thread of the conductor 5 relative to the package 2 is simultaneously accompanied by its movement along the axis of the package 2, i.e., the lever 4 provides movement of the movable thread conductor 5 from the zone of the geometric axis of the package 2 (position A in Figs. 1 and 3) to the side of the far end of the package 2 (position B in Figs. 1 and 3). As a result of this movement of the movable filament conductor 5 when winding the filament 7 from the package 2, the slack of the filament is selected without

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dropping other turns of winding from the end of the package 2 closest to the stationary thread conductor 1, which prevents the formation of sucrose at any, the lowest speed of winding the thread from the package.

During the operation of the textile machine, the winding thread 7 passes through the movable 5, fixed 1 wire guide and goes to the textile machine (arrow to the left).

Before spawning of the upper half of the winding coil from the package 2, the movable filament conductor 5 is pulled by the tension of the winding thread 7 into the area of the geometric axis of the package 2 (position A in Figs. 1 and 3). At the moment of falling of the upper half of the winding coil, the lever 4 (for example, by its weight) leads the movable filament wire to 5 from the area of the geometric axis of the package 2, i.e., from

The package holder 2 with package 3 can be located not only horizontally, but also at an angle to the horizontal, and the tension of the thread can be created, for example, by

5 springs acting on the lever.

The design of the device is simple, has small dimensions, which allows it to be used for store feeding with axial or axial-tangent greedy (combined) winding in furrows, for example, cord weaving looms. .

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Claims (1)

Claims An apparatus for axially winding a yarn comprising a package holder mounted predominantly horizontally, a stationary thread conductor, and the fixed thread conductor 1 to side 20 means for preventing eukrutin, the rear end of the package 2 (position B on, 1 and 3). In the resulting loop of thread 7 (package 2 - movable thread conductor 5 - fixed thread conductor 1J, tension is created, the branches of this tensioned loop do not touch each other, which prevents the formation of eukrutin. As the thread is pulled out of the loop, the lever 4 is pulled out the initial position A and the process is repeated, that is, the movable filament conductor constantly oscillates. m 2 25 thirty including a holder “mounted on it with the possibility of radial movement relative to the package, a movable filament conductor, with the proviso that, in order to improve the conditions of extraction, the stationary filament conductor is located mainly along the axis of the package, and the movable nanowire is installed with the possibility of additional movement along the axis of the package, the holder being made in the form of a self-loading lever. FIG. Editor 04 / 5.3 Compiled by S.Zhilchbnko Tehred M. Morgenthal Corrector A. Obruchar The package holder 2 with package 3 can be located not only horizontally, but also at an angle to the horizontal, and the tension of the thread can be created, for example, by spring acting on the lever. The design of the device is simple, has small dimensions, which allows it to be used for store feeding with axial or axial-tangential (combined) winding in furrows, for example, cord weaving looms. . Claims An apparatus for axially winding a yarn comprising a package holder mounted predominantly horizontally, a stationary thread conductor, and means for preventing eukrutin, means for preventing eukrutin, including a holder “mounted on it with the possibility of radial movement relative to the package, a movable filament conductor, with the proviso that, in order to improve the conditions of extraction, the stationary filament conductor is located mainly along the axis of the package, and the movable nanowire is installed with the possibility of additional movement along the axis of the package, the holder being made in the form of a self-loading lever. ФЦГ, 2