JPS5969370A - Tubed yarn supply device of automatic winder - Google Patents

Abstract

PURPOSE:To prevent mistaken timing with the windup unit by furnishing a stopper with posibility of opening and closing freely, which is to keep a carrier for feeding from the tubed yarn carry-in line to the windup position in such a condition as out of contact from the precedent carrier, and thereby ensuring the performance of feeding tubed yarns. CONSTITUTION:When the first carrier 5a has completed winding-up of a tubed yarn, it is sensed on the windup unit side and the shaft 28 is turned for a certain specific angle, so that a stopper 26 rotates leftwise together with the carrier 5a to exhaust it from a carry-out passage 12b onto an exhaust conveyor 2. The shaft 30 of this stopper 26 moves while pressing a baloon guide 27 to revolve it to the right, and its roller supporting edge 32 comes in contact with a free floorer 19 of a stopper 20 to retract the boss 25 in the direction to the left. Accordingly, a carrier 5b is released from the boss 25 to be conveyed by a disc 15 and stops when it contacts the roller supporting edge 32. When thereafter demagnetization is made to return the stopper 26 to its original position, the baloon guide 27 and stopper 20 are also restituted, and thus the carrier 5b is surely fed to the windup position 11.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a pipe yarn feeding device in an automatic wineter.
-ru.

In general, the tube yarns from the Kozue spinning machine are removed all at once from the spindle of the Kozue spinning machine, collected at once, and then supplied to the wine machine in batches of four. It is possible to easily clean the surface of the yarn layer of the tube yarn in one day without scratching the surface of the yarn layer of the tube yarn. The applicant must first apply for patent application if ((5714J,
They proposed something like the one shown in Publication No. 362. This is a disc-shaped peg installed on the gear carrier, which is placed in an upright position, and then the carrier is transferred for 1,100 minutes using the Koni Bear.
The material is transferred to a rotating round base and moved one mile to the winding position.

Whether or not this system was able to effectively achieve its stated purpose, 140 requests were made throughout history as follows. That is 1. The purpose of this invention is to perform the winding/thread exchange at the winding position 16 more quickly and in a circular manner, thereby making the timing between the winding operation and the yarn tying operation by the winding unit more reliable. That's true.

In other words, the light end of the newly supplied yarn to the winding position is blown up in one direction by air or the like at the same time as the core supply operation is completed, and this blown up yarn end is blown up to the sash vibrator that had been waiting. I expected it to be suctioned and then I would wind up the thread on the back side! 1M is connected and wound up, but if there is a delay in the supply of the pipe thread as described in J2, the first part of the thread cod is tied with the air C2. When holding rJg
There is a fear that mistakes may be made in the first work.

The present invention is based on the points described in (9).
By maintaining a non-contact state between the carrier into which the yarn is inserted and the carrier that is then supplied to the winding position, the carry of the yarn in -1- is not harmful to β11 when supplying the yarn. Embodiments of the present invention will now be described based on the drawings.

Figure 1 is a side view of the device for threading one thread according to the present invention. ) is H Pig Knit (
(3) is a pipe supply/discharge device disposed between both conveyors (1) and (2).

The conveyor (1) conveys the yarn (4) to the state C shown in FIG. Hollow and disc prisoner carrier (5)
Peg (7) through the stepped part ((i) fX: Planted, quality <4) Step part ((j), 1-:
The peg (7) tip is placed in an upright position, and the hollow Flj in the carrier (5) and the woodwind (8) 0) center hole (0) are connected to the peg (7) tip. is set up, and the quality system (4) is emitted with that light 4.1 (Y) h) l F! There is a total of 1.sa,it in the 7th hole (9) of c.

Sekimitsu A; ↑Conveyor (]) and Senshi thread discharge conveyor (2)
It is arranged with a step of 11- on L117''.
The output device (3) is installed in such a way that each part is connected diagonally between them, and the pipe thread (4) is supplied with a pipe thread supply competition/' (]), J:ri. Tube yarn supply JJI output device (3
) is rolled up to the winding position (1]) in the winder (■, so it is rolled up into a package (not shown), and is discharged as an empty wood pipe (8) on the pipe discharge conveyor (2). Be transported.

Details of the tube supply and discharge device (3) are shown in FIGS. 3 and 4. Both conveyors (1) (between 21 and 21 form the 111th Hf4 path (2) of the gear rear (5)) and the second guide 4N u3)ui) are the unit machine base. The ground surface of 1 murder A law jlJ f1 name (], 2a) is free 11'l, and the disc (1
5), and the soil surface of J General Use 1 Rule 1 (121)) is the bottom 4 where the above-mentioned first Nofid board (] 3) is curved JJ.
It is said to be anti(16). Pipe supply conveyor (1), disc (]5), bottom & (]6) and pipe discharge conveyor (2)
) form continuous and substantially identical planes, and the disks (15
) is in contact with the tube supply conveyor (1) and the shaft (17
) Centered on the arrow (aJ force direction 1 [J1 rotation force ("I
'Lj is being done. The guide tube (18) of RXS 3 is placed on the tube supply conveyor (]), and is transferred in the direction of the dYI co-supply conveyor (1) (2J double arrow (1)). Some of the gear rears (5) that are coming are passed into the general entrance passageway (12a) along with the excess carrier (5) along with the guide slide.

The first guide plate (13) has a free roller (I) at the tip 4i.
Q)', 1! l'i:' -t le 1 st:
,/HaC20)Ka11q41 (zl)TeIl'll
The first stopper (2o) is supported by a spring (22) to rotate in the direction of the arrow (0) and is prevented from rotating by coming into contact with the bottle (23). )
In the state of the [Attached to], the DiJ passage (12)]
1111 nj Part WIJ j'v Pipe M R'j How many positions ft# (, 24) Output II Wonil Note Carrier (5) No stage i Near 1f (610) Convex t to be narrower than the outer diameter 14 (25 )'a2□I'' L, -C, yarn supply^; row conveyor (1,), J, general entrance side b
The gear rear (5) placed inside M (12a) is parked at the above-mentioned waiting position (4), and is always kept in the carry-in passageway (12a).
) Two gear rears (5) are installed in (1(I'I).

The second stopper (2G) and O Balloon Guy I' C27M: respectively +Il+ <
z8) (2>-c axis supported, and the support (30) provided on the second stopper (26) allows the deer to use the balloon guide (
27), it is in contact with the 11111th surface.

The 2nd stopper (2G) is the 2nd song 4th part of koIY3ro (12), i.e. the 4th f section, i.e., i).
Y positioniEi, (J]) i Niobe and gear rear (5
) row: ”rl (6) Concave part (3
1) and other 1) 111 are -1° alignment l1ll (28
) is an arc-shaped roller bearing edge (32) centered at A. The balloon guide (27), which has a flat curved plate (33) at its tip, is connected by an arrow (d) with a spring (not shown).
), and the rotation is controlled by (30) on one of the edges.

When the tube yarn winding position (11 round disc (1, 5) J- is located and the gear rear (5) is located in the core winding position ff & (11), the circle that hits the center of its peg (7) &(1,5))1
At 15 minutes, an arc-shaped hole (34) centered on Tsukuda 1 (17) was opened.
), and the ILL-I
The jet nozzle (35) is turned 4) toward the nozzle 4). Also, the nozzle (:35) and the air port C3 (5) that sends out air.
The opening/closing is controlled by the U′;l lever (37) between the tonneau.
．． ) The valve (38) is installed, and the pose (36) is
The air sent from the cylinder passes through the valve (38) through the rotation of the lever (37) caused by the rotation of the shaft (3'l), and flows from the nozzle (35) to the through hole (34) of the disc (15). It enters the hollow 1111 in the carrier (5) through the peg (7) (1) and passes through the jfu hole (10) into the wood (8).
) into the center hole (9) and put 194- into the center hole (9) toward the light end (Y) which is jlj+1.

The kerbed end of the thread (Y) passes through the fixed thread guide (40) to the winding unit (tJ), and is sucked by the winding vibrator (41) hanging above. It is held in place, and the ends of the threads on the side of the package (not shown) are tied together and rolled up.

One thing about the operation of layer system supply and discharge device 1 (old; 3): 3
To explain this with reference to Figures and Figure 4, in Figures 1 to 3, the carrier (5) shows the four-volume losing state of the masu tracing country.
11), and 2 pieces in each carry-in passageway (12N).

At this time, the first January carrier (5a) in the first position 1iFX (11) moves its step (ra) to the second stage 1-Soba (26).
(1) Concave f: Supported within H(3]) -C stop. The gear rear (51)) of No. 2 in the standby position (24) moves the gear 13 (6) to the first stop (51)).
20) and is prevented from being fed by the disk (15).

In addition, the curved plate (33) of the balloon guide (27) is connected to the -1-th carrier (5a) and the second gear rear (51).
) and the yarn balloon (4) in the second carrier (51).
).

From this state 9 to 1 (the gear rear (5a) of the punch)
When the 1st winding of the 1st thread (4) is twisted, the winding unit (IJ) detects this according to the 1 rule and activates a solenoid (not shown). Let it turn i1υ.

As a result, the second stopper (26) rotates to the position shown in FIG. θ) Carrier (5a) ￥1 general delivery Sonoichiji (+21)), 1 piece of front thread comes out 411 above Kore Bear (2).

With the 1-1 rotation of the second stopper (26), its axis (
:U0) presses the inner surface 1011 of the balloon guide (27) and turns it to the right, and the roller bearing edge (:32 ) Contact the free roller (1!i) of the funeral 1 stopper (20) and retract the convex F?B (25) of the stopper (20) to the left.

1' [and 2 rlTth υ) Carrier (51)) is. 1-Convex) 711 bar 25) is released from the circle 4 (1)
5), and it comes into contact with the ``1-L bearing @ (32) of the second stopper ζ (20) and is stopped.

Next, when the solenoid is energized and the second stopper (26) returns to its original position (2411't), the lever 2/guide (27) and the first stopper ζ (20)
Funeral diagram 3 (-7
The second carrier (51)), which was stopped by the roller bearing 1i (32), is moved to the second stopper (4F'r of 2(i)).
It is fed into B (3), ), that is, the winding position H (11). At the same time, Figure 1151 (Z-show II (39)
The valve (38
), open the nozzle (35) or 1'), and use one pump of air to pass through the hole (:E) of the disc (15) and the hole (10) of the beg (7) to bring out l'R. , yarn end (Y) of tube yarn (4)
Blow -1- and have Sakuzoyon Bifu (=I f ) grab it and start winding it up.Nowadays, 1filQ person has 1 rule:
l1il path (12a) - 3 'H'i'th carrier (5C)'s 1st - 2nd cloth]]'s carrier (51)) in place of standby position ii! , 1' (24) and is stopped at the convex r'+13 (25) of the first stopper (20), and is successively transferred to the pipe supply conveyor (1)-1. [Gearia (5) 0)] will be guided into the 11-Note 1 general entrance doorway (] 2a).

-L', In the pipe yarn supply and discharge device (3) with ri+2, the winding position j#(]1) of the carrier (5) is passively rotated by the pipe yarn supply conveyor (1). 1
5) - Therefore, the transfer of the gear rear (5) from the standby position (24) to the L winding position (]1) is quick and 4+
The yarn end (Y) of the pipe yarn (4) is reliably blown up by the air, which disturbs the timing between the air jet from the nozzle (35) and the carrier transfer.

Also, the air is supplied to the through hole (34) provided in the circle & (15).
) from the nozzle (35) to the through hole (10
), so the thread end (Yl blows)
- The loss becomes more certain.

The first carrier (5a) and the second carrier (51) are always kept in contact with each other, and the supply to the winding position (11) of the second carrier (513) is carried out by the first carrier (5a) and the second carrier (51). This is done simultaneously with the completion of discharging the carrier (5a,).

In other words, when the first carrier (5a) is discharged, the second
The carrier (51)) does not become an obstacle, and the 1a-th gear rear (5a) does not become an obstacle when the second gear rear (51)) is supplied.

As described above, according to the present invention, the feeding operation of the tube yarn to the winding position can be ensured, and timing errors in the winding unit can be prevented and the winding operation can be carried out smoothly.

[Brief explanation of drawings]

FIG. 1 is a side view of the pipe supply device according to the present invention. FIG. 2 is a perspective view showing the state in which the pipe is inserted into the gear rear. FIGS. 3 and 4 are plan views of the pipe supply and discharge device. be. (1)...Tube yarn supply conveyor (4)...Tube yarn (5)/Gear rear (7)
・Veg (11)... Winding position (12a
)・Carry-in side passage (]5)...Disc (20)...J stopper (U)...Wind-up unit No. 1
Figure 2nd circle hand b″1. Amendment State 11-M4 TII Agency Director Kazuo Wakasugi (t-1!J1
! 'l Agency Itaikan-sama) 1 °i/1's, fψ小昭4・115741!1 digit IA: +1st/8θt/-
tg-No.2zu1-Mei's name Ji l'u
1. In the automatic wineter, the tube and thread 1. The co-feeding device 63. The sleeve 1 / Minami Kugino / Yosoin Minami Kachiaichoi 1 place 〒001 Kyoto Shigeshige [〆Kichiuchin Minami Ochiai-cho 3], Nta 4-Kai ■ Motosode 11- 5 Ne III IJ- no x・'' Elephant 1h10≠1 and for details (Contents of the 5th supplementary city

Claims (1)

[Claims] A large number of winding units are arranged in parallel, and a yarn supplying conveyor is installed on one side of the unit (2271', 1J, 13F yarn feeding conveyor is installed), and a bag is placed between the conveyor and the green yarn winding position 16. (It was cured during the 21st century and was transported by conveyor): It was transferred to Enne-1, written on the 1st page. It is assumed that 4 CCs can be taken in sequence, and the gear rear that is carried through the passage in the middle of the road i and 1f Ij is placed in the system 11V of the system 1.
An automatic wine machine with a stopper that can be opened and closed to maintain it in a non-contact state with the carrier inside.