JPS60134007A - Reeled yarn container of direct reeling frame - Google Patents

Abstract

PURPOSE:To increase the take-up angle and to improve the threading efficiency, by using a cocoon-separator composed of a conical part attached to the top of a cylinder furnished with the outlets of the reeling water around the cylinder and placing the separator under the threading pipe in the reeling tank. CONSTITUTION:The cocoon-separator 17 is placed under the threading pipe in the reeling tank 1 and is positioned at the center of the reeling cocoons collected under the threading pipe. The cocoons are dispersed also by the hot water discharged from the reeling water outlet 18. The diameter of the circle formed by the reeling cocoons floating on the reeling water is increased, and the threading efficiency of the reeling thread and the end thread of the new cocoon transported by the cocoon broom 53 can be improved.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a reeling tank in a straight reeling machine, and the diameter of the circle formed by the granulated surface of the reel floating in the reeling water can be increased in order to improve the cording efficiency. In order to achieve this, a fractionator is placed in the center of a group of cocoons that are floating on the surface of the reeling bath and are being reeled, and the grain attachment surfaces are distributed around the fractionator. The diameter of the circle that makes up the group is large. The cocoons being reeled are pulled by the tension of the thread that is reeled from each stroke, and are concentrated below the thread collector or threading tube. Therefore, as the number of cocoon grains increases, the number of concentrated cocoon grains increases, and the lifting angle θ (FIG. 3) created by the outermost cocoon thread increases, but as the number of grains decreases, the knee angle θ becomes smaller. In the case of direct reeling, the cording broom is brought into contact with the surface inside the reeling tank to remove the cord, and the cording broom is held so that it is placed on the cording yarn on the grained side. The larger the lifting angle θ is, the more likely the cord threads being pulled by the cord broom become tangled with the cocoon threads that are being rolled up during stringing. That is, it is easy to be attached.

The present invention has been made in view of this point, and an example of its implementation will be described below with reference to the drawings.

A reeling tank 1 has a circular planar shape, and a general discharge tank 2 having a rectangular planar shape is provided on the side of the reeling tank 1 integrally with the reeling tank 1.

The reeling tank 1 has a hollow rotating shaft 3 supported by a bearing 5 on a frame 4, the tank bottom 6 is inclined toward the general discharge tank 2, and there is a gap 7 between the reeling tank 1 and the general discharge tank 2. It consists of A disk-shaped rotating bottom 8 is provided at the top of the hollow rotating shaft 3. A plurality of blades 9 are provided radially on the upper surface of the rotating bottom 8. This blade 9 is for sending the 410 that has fallen onto the upper surface of the rotating bottom 8 to the outer periphery of the rotating bottom 8. Rotating bottom 8 and reeling tank 1
A gap 12 is provided between the peripheral wall 11 and the peripheral wall 11, through which @10 can pass. The center part of the rotating bottom 8, that is, the hollow rotating shaft 3
A cap 17 made of a cylindrical body 16 having a conical head 15 is placed on the top of the holder. A plurality of reel outlet ports 18 are provided in the cylindrical body 16 of the cap 17. Reference numeral 2o denotes a pulley for rotating the hollow rotary shaft, which is rotated by the rotation of a prime mover (not shown). The hollow rotary shaft 3 has a conduit (not shown) whose end is connected to the delivery conduit 22 of the pump 21, and the cap 17 has a conduit (not shown) connected to the delivery conduit 22 of the pump 21. supplying.

@Tsuki Discharge tank 2 is provided with a general outflow port 23. A selective outflow port 24 is provided between the general discharge tank 2 and the reeling tank 1, and the selective outflow port 24 is prevented from sliding vertically by a guide member 25. Board 2
6 is provided so that the distance between the upper edge 27 of the peripheral wall 11 of the portion forming the selective outlet 24 and the lower edge 28 of the blocking plate Z can be adjusted as appropriate.

3o is! ! 1V] m collection tank for receiving the odor 31 discharged from the transport outlet 23 of the transport/discharge tank 2,
A removable screen 32 is provided inside so that any dust 31 that has fallen into the screen 32 can be removed as appropriate. A discharge side conduit 29 is provided at the bottom of the observation and collection tank 3O, and is connected to the suction side of the pump 21. Further, a heating pipe 33 is provided at the bottom of the tank together with a sensor (not shown) to keep the temperature of the water in the tank constant. 34 is a water tap that injects water when the amount of reeling hot water decreases.

4o is a subassembly device supported by a frame 41. The subassembly device 4○ supports a hollow shaft 43, a bevel gear 44 integral with a hollow shaft 43, and a rotary disk 45 on a frame 41 by means of an 0-axis bearing member 42 configured as follows. The bevel gear 44 meshes with a bevel gear 47 provided at one end of a drive shaft 46 connected to a driving section (not shown), and rotates the rotary disk 45 as the driving section rotates.

A plurality of supporting arms 48 extend radially from the rotary disk 45, and a cord member 5O having a cord member 60 hanging down from its tip has a plurality of cords attached to a cord broom base 62 provided at the lower end of a cord rod 61. Ohoki 5
3 is attached facing downward, and the cable rod 51 is swingably suspended from the support arm 48 by means of a pin 54.

A guide bar 56 of the cord member 40 is supported by a support 55 fixed to the peripheral wall 11 of the reeling tank 1. The guide bar 66 is located at the top of the reeling tank 1 and lifts up the cord rod 51 hanging down inside the reeling tank 1, and moves the cord broom 53 at the tip of the cord rod 51 from the cocoon 7○ being reeled. It is designed to bring the cocoon thread 71 that has been drawn out close to perform a reassembly operation, and is provided in an arc shape over approximately half the circumference of the reeling tank 1, and the radius of the arc is equal to the support arm 48.
It is smaller than the length of.

The thread passing tube 6○ is inserted into the hollow shaft 43 of the cord member sum. The thread passing tube 6O is suspended from the tip of a swinging arm 62 that is swingably supported by a support arm 61 fixed to the frame 41. The other end of the swinging arm 62 is pivotally supported by a connecting rod 66 that is pivotally connected to a pulley 64 that is integral with the motor shaft of a motor 63 supported by the frame 41, and as the motor 630 rotates, the threading tube vibrates up and down. . A water injection pipe 66 is integrated with the threading pipe 6o.
will be established. The water injection pipe 66 is connected to a water supply source (not shown) via a vibrator 67.
It communicates with The vibe 67 is flexible,
Even if the water injection pipe 66 vibrates as the thread thread t' 60 moves up and down, the vibro holder is not damaged. Threading tube 6○
The lower end of the water injection pipe 66 is positioned directly above the top of the cap 17 so that water from the water injection pipe 66 hits the top of the cap 17 and evenly hits the conical head 16 of the cap 17.

Next, the operation of the device of the present invention will be explained.

In the device of the present invention, the reeling water is circulated between the reeling tank 1 and the dA tsuki collection tank 3o by the pump 21, and when the amount of hot water decreases, water is poured into the @I claw collection tank 3o from the water supply tap 34. There is. @The reeling bath in the textile collection tank 3o is heated to a predetermined humidity by a heating pipe 31. The pump 21 constantly rotates,
From the delivery side conduit 22, it passes through the hollow rotating shaft 3 and enters the cap 17 from the top thereof, and enters the reeling tank 1 from the reeling water outlet 18.
leaks inside. At this time, the reeling water outlet 18 is opened at a position such that the reeling water is spouted below the surface of the reeling water that is floating on the surface of the reeling water that is being reeled or capable of reeling. The reeling water flowing out into the reeling tank hits the sieve 31 located at a position slightly lower than the cocoon being reeled, and the sieve 31 is washed away to the outer periphery of the reeling tank 1, causing the cord to swell due to the rotation of the cable line member 6o. Due to the stirring action of the broom, the lint progresses along the peripheral wall 11 of the reeling tank 1. Cocoon 7 being reeled at the same time
o is also pushed toward the outer periphery of the tank to increase the diameter of the circle formed by the grained cocoons at the center of the reeling tank. Furthermore, since the lower edge 28 of the blocking plate 26 is located at a lower position than the cocoon 7○ during reeling, the selective outlet 24 located at the boundary between the reeling tank 1 and the general discharge tank 2 can be used during reeling or when reeling is possible. It is sinking more than the floating cocoon 7O @
Together with the reeling water flowing out from the reeling tank 1 to the miscellaneous discharge tank 2, the reel 31 flows out into the reel discharge tank 2 from the selective outlet 24, and further flows out from the @warm outlet 22 to the dNlllj collection tank 3○ to collect the same kind of reel. Collected on screen 32 in 3O. The reeling water in the general collection tank 3O is heated to a predetermined temperature and humidity by the heating pipe 33, reaches the pump 21 again via the discharge side conduit 32, and is circulated to the reeling tank 1.

Inside the reeling tank 1, the hollow rotating shaft 3 rotates due to the rotation of the pulley 20 which receives rotation from a prime mover (not shown), and the rotating bottom 8 slowly rotates. At the same time, the rotation of the drive shaft 460 is transmitted to the bevel gears 47, 44, the hollow shaft 43, and the rotary disk 45, and the support arm 48 integrated with the rotary disk 45 circulates and rotates the cable wire member 5○ in the reeling tank 1.

The cable wire member 5O rotates around the hollow shaft 43, and in the half circumference of the reeling tank, the rope broom 63 is immersed in the hot water and brought into contact with the floating reelable cocoons 72 to remove the cord. As the support arm 48 rotates, the cord rod 61 comes into contact with the guide bar 66, and the cord rod 51 is bent at an acute angle with respect to the support arm 48.
The cord thread being threaded out by the cord broom 53 is converged to the lower end of the thread threading tube 60 and attached to the cocoon thread 71 which is being hoisted up, and the string is assembled into the cocoon thread 71.

When the cord broom 63 is raised, its highest position is the threading tube 60.
The position shall be higher than the bottom position of. For this purpose, a rope broom 5
The thread that is tangled in the thread 71 is threaded through the thread tube 6 created by the thread 71 on the side that is being rolled up as the thread broom 53 moves.
The cocoon thread 71 is stretched out in a manner that it is wound around the outer periphery of a conical body with the lower end of o as the apex, and is spliced in contact with the cocoon thread 71 which is being rolled up.

The cord rod 51, which has been lifted up while being guided by the guide bar 56, returns to the vertical state at the end of the guide bar 56, and the cord broom 53 is immersed in the reeling bath again.

The thread that has been drawn out passes through the thread threading tube 6○ and is wound up through a kennel device (not shown). This threading tube 6o vibrates up and down by a swinging arm 62 that swings in response to the rotation of a motor 630, giving a fine impact to the cocoon 7o being reeled to help unravel it. At the same time, water is injected into the cap 17 from the water injection pipe 66 to prevent the cocoon, which is dry due to the high temperature of the surface of the cap 170 and exhibits great unwinding resistance, from jumping up onto the gap 17 and clinging to the cap 17.

The cocoon, which has been unwound and turned into a cocoon 31, moves to the lower layer of the reeling machine 171. However, the reeling bath [118] of the cylindrical body 16 opens at the depth where the above-mentioned miscellaneous view 31 is floating. - Outflow 1. The kiss reeling water washes the @view 31 to the outer periphery of the reeling tank 1, and due to the stirring action of the cord broom accompanying the rotation of the cable wire member 6o, the reeling water flows onto the peripheral wall 11 of the reeling tank 1. The blocking plate 2 inserted from above in the selective outflow port 24 prevents the outflow of the cocoon 7O during reeling, but opens at the depth where the tsuki 31 is floating. Therefore, only the dust 31 traveling along the peripheral wall 11 flows out from the selective outlet 24 to the dust discharge tank 2, and further falls from the warming outlet 22 into the screen 14 of the slag collection tank 3O, and is fed into the reeling bath. The mW collected in the screen 14 is appropriately removed, and the reeling water is sent to the reeling tank 1 again by the pump 2.

During the reeling process, the cocoons and cocoons 1◯, which have been unwound to a rough appearance and are now only dancing, fall onto the rotating bottom 8. The rotating bottom 8 rotates to the reeling center, and the blades 9 generate a water flow toward the peripheral wall of the reeling tank, so @1o, which fell onto the rotating bottom 8, reaches the outer periphery of the rotating bottom 8 as the rotating bottom 8 rotates. rotating bottom 8
and the surrounding wall 11 @12 and fall to the bottom 6 of the reeling tank. Since the tank bottom 6 is inclined toward the auxiliary discharge tank as shown, the tub 10 sinks to the deepest part according to the slope, passes from the reeling tank 1 through the gap 7, and collects at the bottom of the casual discharge tank 2. Remove this car 1○ as appropriate.

As explained in detail above, the reeling tank in the direct reeling machine of the present invention has a fractionating body, which is formed by placing a conical head on the top of a cylindrical body with a reel outlet around the periphery, placed in the reeling tank. Since the separator is placed below the threading tube, the fractionated body is located at the center of the surface of the thread reeling which concentrates below the threading pipe, and the hot water flowing out from the reeling water outlet also prevents the concentrated By dispersing the surface, it is possible to increase the diameter of the circle formed by the reeling cocoons floating in the reeling bath. For this reason, it is possible to increase the lifting angle made by the yarn being lifted up on the surface located at the outermost periphery of the circle, and the angle between the yarn on the new surface carried by the rope broom and the yarn being lifted up can be increased. This has the effect that the contact position becomes large and effective extension wire can be performed.

[Brief explanation of the drawing]

Figure 1 is a side view with a portion cut away, Figure 2 is a plan view of the general discharge tank, and Figure 3 is an explanatory diagram of the reeling angle.0 1... Reeling tank 15... Conical head Part 16... Cylindrical body 17... Fractional separator 18... Reeling bath outlet
6○...Patent applicant for threading tube Shin-Masuzawa Kogyo Co., Ltd. Representative patent attorney Masaru Ohno Inquiry Reiko No Yanosuke Ohno

Claims (1)

[Claims] A straight pipe characterized in that a fractionator having a conical head placed on the top of a cylindrical body having a reeling water outlet around the periphery is provided below a threading tube in a reeling tank. A reeling tank in a reeling machine.