FIXING DEVICE FOR STOCKPILING BOX PARTS OF YARN CRIMPING MACHINES AND ASSEMBLY PREVENTING ATTACHMENT OF YARN TO PULLING CYLINDERS

Abstract

The invention is a part fixing pulling cylinders, lower blade, upper blade, inner wall and outer wall to each other, which at least one of the cylinders is with radius, preventing deformation caused by high temperature or by time, in the yarn crimping machine stockpiling box. The invention is an adjustable assembly part fixing the whole stockpiling box to body platin before pulling cylinders, preventing deformation caused by time. The invention are the advanced blades with a channel structure in the lower and upper blade of the parts of stockpiling box, preventing yarn attachment and providing high performance cooling.

Claims

1- A stockpiling box, comprising: a fixing assembly, an inner wall, an outer wall, a first feeding cylinder, a second feeding cylinder, and a third feeding cylinder wherein the stockpiling box is connected to a body platin by an adjustable assembly part the inner wall and the outer wall before the first feeding cylinder, the second feeding cylinder, and the third feeding cylinder, wherein at least one of the first feeding cylinder or the second feeding cylinder or the third feeding cylinder has radius.

2- The stockpiling box according to claim 1, further comprising a lower blade and an upper blade, wherein the inner width of the lower blade and the inner width of the upper blade are similar.

3- The stockpiling box according to claim 1, further comprising a ceramic placed in the fixing assembly wherein the ceramic acts as a bearing for the yarn bundle that is pulled by the first feeding cylinder, the second feeding cylinder and the third feeding cylinder.

4- The stockpiling box according to claim 2, wherein a stockpiling box platin adjustable fixing equipment used to connect the stockpiling box to a crimping unit.

5- The stockpiling box according to claim 3, wherein the fixing assembly is adjustable and fixable.

6- The stockpiling box in accordance claim 2, wherein the lower blade, and the upper blade designed to prevent the yarns pulled by means of the first feeding cylinder, the second feeding cylinder, and the third feeding cylinder being attached to the lower blade, the upper blade, the inner wall, and the outer wall.

7- The stockpiling box according to claim 6, wherein the lower blade has a lower blade blowing slot.

8- The stockpiling box according to claim 6, wherein the upper blade has an upper blade blowing slot.

9- The stockpiling box according to claim 6, wherein the lower blade has a lower blade blowing slot.

10- The stockpiling box according to claim 6, wherein the lower blade is fed with any lubricant from the lower blade blowing slot through a lower blade blowing feed.

11- The stockpiling box according to claim 6, wherein the lower blade is fed with water and air from the lower blade blowing slot through the lower blade blowing feed.

12- The stockpiling box according to claim 6, wherein the lower blade is led with water and air and steam and any lubricant from the lower blade blowing slot through the lower blade blowing feed.

13- The stockpiling box according, to claim 6, wherein the lower blade is fed with water or air or steam or any lubricant from the lower blade blowing slot through the lower blade blowing feed.

14- The stockpiling box according to claim 6, wherein the upper blade has an upper blade blowing slot.

15- The stockpiling box according to claim 6, wherein the upper blade is fed with any lubricant from the upper blade blowing slot through a lower blade blowing feed.

16- The stockpiling box according to claim 6, wherein the upper blade is fed with water and air from the upper blade blowing slot through the lower blade blowing feed.

17- The stockpiling box according to claim 6, wherein the upper blade is fed with water and air and steam and any lubricant from the upper blade blowing slot through the lower blade blowing feed.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0010] FIG. 1 is an isometric view of 3 cylinder stockpiling box and equipment subject of invention.

[0011] FIG. 2 is an isometric cross-section view of 3 cylinder stockpiling box and equipment subject of invention.

[0012] FIG. 3 is a view of stockpiling box fixing part and stockpiling box.

[0013] FIG. 4 is a view of stockpiling box fixing part.

[0014] FIG. 5 is a view of stockpiling box and platin fixing part.

TABLE-US-00001 Reference Numbers and Descriptions Reference No Reference Description  1 Feeding Cylinder with Radius  2 Feeding Cylinder  3 Additional Feeding Cylinder  4 Stockpiling Box Elements Fixing Part  5 Inner Wall  6 Upper Blade  7 Lower Blade  8 Lower Blade Blowing Slot  8A Lower Blade Blowing Feed  9 Upper Blade Blowing Slot  9A Upper Blade Blowing Feed 10 Outer Wall 11 Crimping Unit Platin 12 Stockpiling Box Platin Adjustable Fixing Equipment 13 Stockpiling, Box Platin Connector

DETAILED DESCRIPTION OF THE INVENTION

[0015] The invention is a part fixing pulling cylinders, lower blade, upper blade, inner wall and outer wall to each other (4), which at least one of the cylinders is with radius preventing deformation caused by high temperature or by time, in the yarn crimping, machine stockpiling box.

[0016] The invention is an adjustable (12) assembly part fixing the whole stockpiling box to body platin before pulling cylinders, preventing deformation caused by time.

[0017] The invention are the advanced (6,7) blades with a channel (8,9) structure in the lower and upper blade of the parts of stockpiling box., preventing yarn attachment and providing high performance cooling.

[0018] Stockpiling box is connected to body platin with only stockpiling box connector (13). The stockpiling box subject of invention (12) is connected to the platin (11) from the other side of yarn feeding cylinders (1,2,3) through platin adjustable fixing equipment and prevents deformation caused by time and temperature.

[0019] Stockpiling box is the cornerstone of the yarn crimping machine and the crimping effect given to yarn is done inside this box. The operating principle of the system; required to be pulled from the creel by means of cylinders which at least one of them is with radius, found before the stockpiling box. For the tensions of the yarns in the yarn bundle to be equalized before feeding, they are ensured to become like a rope by bending over each other via bending mechanism. This yarn bundle (4) is entered towards the middle of feeding cylinders (1,2,3) through stockpiling box elements fixing part. In case of any other circumstance, the desired crimping effect cannot be provided. In the middle of this fixing part (4), a ceramic is placed to prevent deformation of yarn while passing.

[0020] Yarns passing between the feeding cylinders (1,2,3) will be transferred to valve section by passing through inner wall (5), outer wall (10), upper blade (6) and lower blade (7). For these parts to perform properly and provide the desired effect, the gap tolerance between then is very important. Also, deformation of this gap in time is observed to cause attachment of the yarn and decreasing the performance of the machine. Hence, current operating gap is protected by stockpiling box elements fixing part placed at the entrance of stockpiling, box (4). Also, damage to yarn is prevented through the ceramic placed on the part.