JPS5881631A - Changing method for roving bobbins in spinning frame - Google Patents

Abstract

PURPOSE:The diameters of roving bobbins which are hung on the creel on the start of spinning are made to differ between the bobbins hung on the front row and those on the rear row to facilitate the exchange full bobbins with new bobbins and other bobbin exchange operations. CONSTITUTION:Among bobbin hangers 14 in two front and read rows, half-full bobbins are hung on hangers in one row and full bobbins on those in the other row, then the spinning is started. Half-full bobbins to be exchanged with new full bobbins are always placed on the front row of the creel, then the roving bobbins are exchanged. This process permits the easy exchange of half-full bobbins with full ones in narrow spaces.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is directed to a method for changing bins in a spinning machine, and more specifically, a multi-row KIv hanger is installed on the creel, and three rows of bin hangers in the front and back of the hoop are replaced with bin hangers. No. 40 relates to a spinning method in spinning IIIK, in which a bottle is suspended and a spinning machine guides the roving from the bottle to a spinning section for spinning.

In general, the diameter of the roving machine attached to the creel of a spinning machine is larger than the spindle pitch of the spinning machine.
The yarns are arranged in two rows in the vertical direction at double intervals, and between the front and rear rows of threads, a low binder guide, a binder guide, or a binder guide for guiding the roving from the Shinomaki Kabin is arranged. However, the Shinomaki bottles are suspended from the top of the machine, which is taller than the workers, and the weight of the Shinomaki bottles has become extremely large in recent years, reaching over 31 kg.

lt, te, the work of replacing the bin on a spinning machine requires lifting a heavy bin to the height of the user's height, which is difficult work.
Shikamo Seifun 1! Each machine handles several hundred side (usually 400 @ front t) full I pins and the same number of empty bottles, so...
It is υ hard labor. In particular, to replace the back side of one machine (l1 row of bins), remove the empty bin and remove the full bin while avoiding obstacles such as the low binder guide.
Ninth, the work is very difficult, and when changing clothes, it's empty? In addition to removing the bin and installing the Mitsugabin, there are many other tasks such as cutting the roving in the workpiece, opening the roving end of the Mitsubibin, threading the roving through Nobui Akira, and splicing 70*0 threads. Although it requires some troublesome work, it will eventually be completed.
For work, the one in front of the opportunity is the bottle (the one in the front row is the bottle).
Is it also on the back side of the machine? It is difficult to do sharp work on bottles.

The purpose of this project is to quickly and easily perform KaS exchanges with Mk'yO and other replacement work. In addition, the purpose of the present invention is to automate replacement work,
In particular, by making it possible to fully automate the handling of #V between the roving frame and the spinning frame, the present invention achieves the above-mentioned object as follows. There is. In other words, in the Creel K111m row? In a spinning machine that is equipped with a bottle hanger and spins roving by guiding it from each Shinomaki tL"n suspended on the bottle hanger to Nobuka Akira, one of the 11 rows of Iv bottle hangers is
# Place the Hirochudama oarn on the hanger, and place the oar on the other side in the O row.
Set a full & N n on the IV pump, start spinning, and when the IC of the medium ball becomes a small ball or empty, then the -s
The front row exchanges the small or empty I-bins for the full ones prepared in advance, and the front row replaces the bins with the bales prior to the exchange or at the 5Ny9 exchange. The O position was replaced with a ?bin hanger, and Shino was replaced one row at a time accordingly.

The present invention will be described in detail below based on nine embodiments shown in the accompanying drawings.

An example of a setup for automatically carrying out the method of the present invention is shown in FIGS. 1-20. According to this embodiment, a plurality of creel pillars 2 are arranged at appropriate intervals in the longitudinal direction of the spinning frame in the center of the frame l of the spinning frame, and above each of the drafting sections 11 of the spinning frame. , two rows of front and rear bin hangers 14 are supported by the creel pillar 2 and supported by 92 rails 7.8.

In the conventional case, the front and back rows are bin hangers O%Q
As for the gap K, Mitsuru has set up a bottle and started spinning,
The bins in the front and back rows become empty at the same time. Therefore, the I-bins in the front and rear rows of the two rows had to be replaced at the same time in order for the I-bins to be replaced at the same time.In contrast, with the present invention, the I-bins in the two rows in the front and rear rows had to be replaced at the same time. In one row of bottle hangers, one row of bobbins is loaded with Shachu Tamano bottles, and the other row of T-bin hangers is loaded with Mitsuru bottles and starts spinning. Therefore, the front row of bobbins and the back row of bobbins are Since the times when the bottles are emptied are different from the ones in the bins, they can be replaced one row at a time. If you try to change the bins in the back row to the same position, it is difficult to do as described above, so in the present invention, it is necessary to replace the spare full bottle with the empty bottle (or the small bottle). Prior to this, the first row of bottles in the front row and the second row of bottles are exchanged so that the empty or small ball &2 bottle located in the front row is always replaced with the spare full bottle.9.
In other words, if the rear row has a medium-sized bobbin attached to the bottle hanger, and the front row has a full bobbin loaded to the bottle hanger and starts spinning, the rear row will empty the bottle first, so the front row will The rear row performs the replacement work after exchanging positions with the bin.Conversely, when the rear row TNv is fully
When starting spinning with a pin tube device and the front row loading medium bobbins on the bottle hanger, after replacing the spare full bobbin with the empty or small bobbin in the front row, 1.1.1. and the rear row swaps the positions of the bottles. As described above, the present invention can be carried out even if the bottle hanger Km in either the front or rear row sets the bottle, but if the front row's bobbin hanger is full and the bottle is set in the middle ball. It is preferable for the small beads in the back row to replace the bottles at 9 o'clock because replacement at narrow intervals can be performed smoothly.

The nine examples shown in Figure 1 of the tuna are in the back row? This is a case where a medium ball is set on the pin hanger 14, a full size bottle is set on the bobbin hanger 14 in the front row, and spinning is started. And in Figure 1, the empty bottle is exactly in the rear row, and the empty bottle is in the front row (in the following explanation, the empty bottle includes the small beads with roving remaining in the bottle), and the empty bottle is in the front row. This shows that the middle ball has become a bottle and that the change of the color is about to begin.

As shown in FIG. 1, in order to carry out the method of the invention automatically, each side of the spinning machine is equipped with a Shino shunter 10 for exchanging the front and rear rows of bobbins, a spare full bobbin (or an empty bin). ) is the ninth spare to hang the Binhan F-18, the empty one in the front row is the Bin, and the spare Mitsuru is the Bin... :, Pa ・, , Shino exchange $64 is prepared. The Shino switching machine 10 and the Shino switching □ machine 64 may be installed as dedicated machines in the 6 spinning machines, but like the conventionally known self-propelled auto docker (auto docker for spinning pipe yarns), multiple machines may be installed. The front row of the full and empty bin hanger 18, which is preferably shared by a spinning machine, is for full and empty bottles and is supported on a spare rail 4 supported by the creel pillar 2, with the front row disposed above the front of the bin hanger. The Shino shunting machine 10 is arranged above the bin hanger 14 in the front and rear rows, and travels in the machine longitudinal direction to sequentially replace the dfen in the front and rear rows. The Shino exchanger 64 runs along the spindle row in the main machine II, and sequentially exchanges the empty bottles in the front row with the spare full bottles.

According to @@ below, full, empty is Vy, spare is bottle hanger 1
B. The structure and operation of the Shino exchanger 10 and the Shino exchanger 64 will be specifically explained.

As shown in FIG.
The normal creel pillar] is also extended upward. A spare rail bracket 3 is fixed to the top 16 of the creel pillar 20 and extends to both sides in the machine width direction. Spare rail - The tip of the lubricant, G3, is placed in the center above the path in front of the spinning machine, and the plug of S and H, and the spare rail 4, which extends over the machine head, are attached to the tip of the image of G3, respectively. Ru. The preliminary rail 4, as shown in its cross-sectional shape in FIG. 2, is a hollow columnar body with an open bottom. Both longitudinal ends of the spare rail 4 are open, and the bottle carriage 5, which has a bottle hanger 18 on the spare, is inserted from the open end. The Mebbin carriage 5 will be explained in detail later.

A plaque and a toro are attached to the spare rail bracket 3 at a position inside the spare rail 4. A front rail 7 extending in the longitudinal direction of the machine is fixed to the lower end of the bracket 6. On the other hand, a rear row rail 8 is fixed to a bracket 9 attached to the middle part of the creel pillar 2.
And the space above the rear row rails j&-8, which is regulated by the bracket 3, the bracket 6, and the replacement pillar 2, is
It becomes a passage 11 for the Shino shunting machine 10 to travel.

The front rail 7 and the rear rail 8 are spaced at a distance P (see No. S@), which is twice as long as the spindle r of the spinning machine, as shown in FIG. 12 and a spring catch 13 are attached, and the pin hanger hole 12 and spring catch 13 of the front rail are arranged opposite to the pin hanger hole 12 and the splinter catch 13 of the rear rail 8. As shown in FIGS. 3 and 4, a spring catch 13 is provided on the lower surface of the pin hanger holder 12, and the pin hanger holder 12 and the spring catch 13 each have an opening 1512s.
, and has an opening 13m. Both openings 12 a
*i 3 m is in alignment. The front r opening of the front row rail I 2 a # 13 m and the one bin hanger hole on the back row rail side and Sderin! Life and death are facing each other. #v What is the opening 12a of the bottle hanger holder 12? At the top of the pin hanger 14, there is a 9-way hook $1.
4m), and on the other hand, the opening i113m of the suguri dacha 13 is the engagement groove 1 of the bottle hanger 14a.
The lower part of 41 is the 9th step part 14bIlcllIK4!1
Therefore, both openings i 2 a
e) 3a By inserting the K-bin hanger 14031 part, the bottle hanger 14 is detachably attached to the bottle hanger holder 12 and the splinter catch 13, and is suspended in a stable and good condition by the elastic force. In addition, spring catch 130s 9? Binhanga holder 14
A magnet, for example, an i-magnetic rubber, is provided on the upper surface 1i12b, and a magnetic material such as an iron plate is provided on the part of the bobbin hanger 14 that contacts the upper surface 12b, so that the magnetic force causes the v
Is it okay to ensure that the F-14 is retained? At the top of the bottle hanger 14, another engagement groove 14a is provided above the engagement groove 14a. To,? Top 1 of bin hanger holder 12
The f112b side is also directed upward and engages with the bore and pawl 62 (see FIG. 12) of the Shino shunting machine 10, as will be described later.

Referring again to FIG. 1, the Shinomaki bottle 15 that is first suspended by the Devinhan F-14 has a winding diameter of 14 mm in the front and rear rows.
-) Kuunaga's 0 analogy is the bobbin hanger 14 in the front row.
Place a full bottle in the back row, and place a medium-sized -Vn in the &ni'n hanger 14 in the back row.

? A roving guide 16 is disposed below the bin hanger 14 and at a position midway between the front and rear rows of suspended bins. This roving guide 16 is attached to the support member 16a4 (therefore, it is attached to the creel pillar 2).

FIG. 5 shows an embodiment of the roving guide 16. In this embodiment, the roving guide has a roof shape and has a thread guiding hole 16b. The 6th WA shows another embodiment of the roving guide 16, and in the embodiment shown in FIG. are doing.

In Figure 1, f-bin 1 in the front and rear rows! After passing through the guide hole 16b of the Marukan Roving Guide 16, the yarn is drawn out and fed one by one to the zero stretching section 17, where it is spun.
As shown in FIG. 18mm bottle hanger for 1 row of creel and 18mm spare TMvn hanger for replacing one or more bottles.
Is 1 the creel with the same interval as the bin interval P? It is attached to the pin-carriage zipper 19. - A vertical guide roller 20, a horizontal guide roller 21, and a stop bin 22 are provided on the top surface of the bottle carrier zipper 19.
As shown in FIG. 2, the straight guide rollers 20 can be placed on the horizontal surface 4& of the preliminary rail 4, and can be moved thereon. The horizontal guide roller 21 is connected to the vertical 1i of the preliminary rail 4.
It is possible to engage with i4b. bobbin 22 is the 71st
As shown in Figure 8, when the bin carriage 5 is inserted into the spare rail 4, the spring catch 23 is attached to the spring catch 23, which is attached to one end of the spare rail 4. and elastically gripped. This makes it possible to use a bottle carrier zipper 1G.
, t, ie &1', the carriage 5 is positioned. In this positioning hole, as shown in No. 8 WA, the VC cabin hanger 18mm O position is placed in a half-pitch position (P4
) is out of alignment - The bottle hanger 18m of the l bottle carriage must be suspended by the 15m bottle before the replacement begins, but there are two ways to do this. , One is to leave the bobbin hanger 18mm at 9? The pin carriage 5 is mounted on a spare rail of 4 km, and then a full bottle is attached to the 18 mm bottle hanger. Another method is to fill the bins in advance before suspending the bottle carriage 5 on the spare rail 4.
Hang it on a 18mm T-bin hanger and use appropriate transportation means? 111 people put the bottle carriage 5 on the spare rail 4. In either case? The bottle hanger 18B is fully stocked with 15 pins for replacement placed at one end of the pin carrier zipper 19.
Leave it empty without hanging it.

As shown in FIG. 9, the creels are configured as described above, and a predetermined number of nine spinning machines 1 are arranged side by side with a passage the width of a transmission table between the machines to form a spinning machine group 24. Do this - spinning machine group 2
A rail 2s for the transport vehicle 26 for Shino shunting is installed above the end of the machine on the out-end side (the right side in the diagram J111) of 4.
,,2 The crawling wheel 26 is a spinning machine O.
The front and rear rows are equipped with a symmetrical 02, a stand Shino switching machine 10.101-, and the rail 2! % reciprocating and spinning Ill
On both sides of the front and rear row rails, there are 7.80 Shino shunting machines on the out end side ends of 10.10 tll! let

As shown in Figure 1, the front and rear row rails 7.8
The two Shino shunting machines 10 running along the line are symmetrical to each other (To) and have the same structure, so one Shino shunting machine 10 (the left Shino shunting machine in the first @) 1st first
05! This will be explained with reference to FIG. 1 and FIG. 11. Left and right driving wheels 27 and driven wheels 28 are attached to the main body 29 of the Shino shunting machine 100. The driving wheel 27 is the axle 3
6, and a gear 37, which is internally inserted into the main body 29, is fixed to the axle 36 at the same 11. The -car 37 is
II traveling motor 3 with brake installed in the main body 29
It meshes with a gear 35 fixed to the output shaft 34 of No. 3. The left and right driving wheels 2 and the driven wheels 28 are mounted on the front rail 7 and the rear rail 8 of the spinning frame 1 so as to be removable.

In other words, the main body 29 next to Shino replacement is Kf above the front and rear rails 7.8
A control unit 30 is mounted on the top surface of the 0 body 29, which can be placed in 11 rows.
A number of collectors 31 are provided protrudingly.

These two collectors 31 are
01li When placed on the 1st row rail 7.8, connect the wires to the top of the creel. 9) a! j-1l 132 respectively, and power is supplied to the Shino shunting machine 10.

The traveling motor 33 is capable of forward and reverse rotation.
When the wheel rotates, the drive wheel 27 is driven via the gear 35 and the gear 37. As a result, the Shino shunting machine 10 moves forward.
It travels back and forth on the rear rail 7.8. It was. Shino replacement $1
0 is provided with a photoelectric stop position detector 38, which emits a detection signal every time the stop position detector 38 detects the detection piece 39 or the C hanger hole/12 during the Shino shunting machine 100* row. In response to the command of the H-O signal, the traveling motor Sit is suddenly stopped, and the Shinoiri Animate 10 is surely stopped at a predetermined position.

27 part 40 of 40, which is fixed to the inner wall of the main body 29
The aKfl straight main shaft 41 is IIToII! A clutch 42 is slidably splined to the intermediate portion of the main shaft 41. One end of a shift lever 43 is engaged with this clutch 42, and this shift lever 43 is constantly biased by a spring 44 so as to lift the clutch 42. The other end of the shift lever 430 is connected to a clutch switching solenoid 45, and when the solenoid 45 is energized, the shift lever 43 slides the clutch 42 downward at 9 o'clock. When the cod and the chi 42 are lifted upward, the upper teeth 42m of the cod and the chi 42 are bent.)
4040 meshes with the teeth 40 formed at the lower end of the spacer portion 40m, thereby regulating the rotation of the main shaft 410. When the gear 42 is slid downward by the excitation of the solenoid 4s, the lower gear 42b of the gear 4
A cam 46, which is integrally provided on the upper surface of the groove cam 46 and meshes with the teeth 4B, is rotatably connected to the main shaft 41, and the lower surface of the groove cam 46 has two cam grooves 46&.

46k is formed on the upper side of the grooved cam 46, the aforementioned four gears and the gear teeth 48 are integrally connected. The gear 4γ meshes with a gear 5o attached to the output shaft of a drive motor 49 which is capable of forward and reverse rotation. Therefore, when the motor 49 rotates, the grooved cam 46 is driven via the gear 5o and the gear 47 and rotates in a horizontal plane. do.

As shown in FIG.
Two cam grooves of 46m and 46bilfi are arranged concentrically.

Cam grooves 46 a and 46 b have two pairs of bores, /1
Cam followers 51 provided at the top of each of the angles 52 and 53 are engaged. 6 pairs of Griy'? 52 * 53 are keyed to the main shaft 41 and slidably fitted into two guide rods 54 m and 54 k (FIG. 10) held by the pulley 154, respectively. Left and right handles, the lower ends of Δ52.83 have claws l552m, 53a are ToJ), these claws 52as5
3m, the front row and the back row can be respectively engaged with the engagement grooves 14- on the top of the bottle hanger 14.

j112 Two cam grooves 46a as shown in FIG.

46b is a straight cam groove 46m, 461+i? when the cam 46 rotates relative to the main shaft 41. :The distance between the six pairs of latched grilles and the cam followers S1 in No. 52 and 53 is narrowed and widened, and the front row of bales plays the role of approaching and separating the bin hangers. The six pairs of glyphs/452.degree. 53 indicate when the front row or rear row grips the bottle hanger 14 and approaches and moves away from each other, and when they are released.

That is, when the main shaft 41 is stationary and the grooved cam 46 rotates, the cam follower 52m of the handle 52 engages with the inner cam groove 46m, so the inner cam groove 46m
The guide rods 54m and 54b slide according to the shape of the guide rods 54m and 54b. Similarly, the other glyph/f53 slides along the glyphs 54m and 54k according to the shape of the outer cam groove 46b.

As mentioned above, the reason why the main shaft 41 remains stationary and only the grooved cam 46 rotates is because the upper teeth 421 and 5 of the clutch 42
When the xl140aK is formed and the kt140b-1tE is meshed, this is true when the other solenoid 45 is not energized. Conversely, when the solenoid 45 is energized, the lower teeth 42b of the clutch 42 and the clutch teeth 48 mesh, and the clutch 42 and the main shaft 41 are keyed together. Therefore, when the gear 47 rotates, the grooved cam 4
6 and the main shaft 41 rotate in synchronization. Since the guide rod 54ae54b also rotates together with the main shaft 41, the grooved cam 4
No relative movement occurs between 6 and 452153.

Switching of the above-mentioned clubs and chis 42 is controlled by a plurality of switches. That is, FIG. 10 and FIG. 12 (1) a
As shown in the figure, there is a switching switch driver connected to the grooved cam 46 and mounted on the top surface of the nine gear 47. ! S6 and a switch dog 5 for detecting operation completion are fixed, and these switch dogs 56
．． Limit switch 5 in the outer fixed position corresponding to 57
8 shiyohi s9 is placed. These are Ken, Tosui, Chis.
Solenoid 45 for switching between CL and TI according to commands of s and se.
is activated. 1. To detect the completion of the operation. Tosui Vchi59
is electrically connected so that the traveling motor 33 is restarted when the motor 33 is activated and the motor 33 is restarted.
, (4) a is a diagram showing the relationship between Switch Dog 56.57 Toriken, Tosui, Chi 5g, and 59, tt) b *
(2)b.

(3)11. (4) It is a diagram showing the rotational state of the bIIi groove cam 46, (1) *, (2) @, (3) *, (
4) e is each grid y/l 52°.

53 and a diagram showing the relationship between the club and the chi 42. In the first position, i.e., the start position (1), the six pairs of glyphs /52,53 are in the open state, as shown by (1). each nail 1152
The bottle hangers 14 in the front and rear rows, which are not engaged with the bottle hangers 14, are attached to the front and rear rails 7 and 8, respectively, but are not engaged with the bottle hangers 12 and spring catches 13. It is suspended. At the start position, the operation completion switch dog 57 faces the operation completion detection limit switch 59, and the motor 49 starts rotating, and the operation completion switch dog 5f operates the operation completion detection limit switch 59 again. The rotation of the gear 47 and the grooved cam 46 continues until the rotation of the gear 47 and the grooved cam 46 continues, that is, when the grooved cam 46 rotates 360 degrees, it stops. The state at the second position when rotated 90 degrees from the starting position is (2) a m (2) b = (2)
・Illustrated in While the grooved cam 46 rotates from the start position to the second position, each separate groove y p4B2.5
3 approach each other, and the guide rods 54m move toward the center of the grooved cam 46,! It is slid along S4k.

In this way, as shown in FIG. 12 (2) e, in the second position, the front and rear row bottle hangers 14 are attached to the claw portions 52 of the respective ``riy''!S 2 *53.
59 m, and each opening 11 of the bottle hanger closure 12 and spring catch 13
It is pulled out from 12m and 13m, and the front row is bin hanger 1.
4 and the back row were brought close to the bottle hanger 14. Second
When the position is reached, the changeover switch dog S6 contacts Rio, Tosui, and Chil$8, and as a result, the solenoid 4s is energized, and the lower teeth 42b of the clutch 42 mesh with the Cla and Chi teeth 48. (No. 1211 (2) @ indicates immediately before company switching).

The state at the third position when rotated 270 @ from the star F position is (3) a , (3) b , (3) @
is shown. 180° from 2nd position to 3rd position at
1, switch dog 56 is limit switch 58
Since the solenoid 45 continues to be in contact with the clutch, the solenoid 45 is maintained in an energized state, and the lower teeth 42b of the clutch and the clutch teeth 48 remain engaged. During this 180° rotation,
The main shaft 41 and the gripper holder 54 rotate together with the grooved cam 46. As a result, the positions of the bottle hangers 14 in the front and rear rows are swapped when the bottles are suspended. (3) C shows the state when the bottles are swapped. When swapping, the positions of the bottle hangers 14 are swapped. Similarly, two pairs of Guri Fi 4 pins are exchanged in close proximity to each other in the center, so pins can be exchanged even in a narrow space.
The surface that touched the bottle ・O at the 4th position when rotated 360 @ from the starting position
State y, pi 121iK (4) a m (4) b
-(4) @IIC shown. Between the third position and the fourth position, the switch dog 56 # does not contact the switch 58, so the solenoid 45 is demagnetized and the crack occurs.

The chi 42 is raised again, and the upper tooth 4 of the chi 42
21 meshes with the teeth 40 of the socket part. Therefore, the groove force 1
46 # from 3rd position! While rotating to position 4, main shaft 4
1 is considered to be in a stationary state. Therefore, each grid, /# 52.5
3 is slid along the guide rod and do according to the cam grooves 46m and 461+. In the case of jin, contrary to when moving from the first position to the second position, the distance between the pair of glyphs/45153 is large, and each glyph/arm 52, 53d moves outward toward each other. Separation: Move in such a way that the bottle hanger 14, which had been gripped by the glyphs 152 and 53, is inserted into the openings 1112m and 13a of the bottle hanger frame 12 and the spring catch 13, and is gripped by them. , GREEN, 15153's claw portion 5 fl a @ 53 & 1 separates from the engagement groove 14 on the top of the bottle hanger 14 to release the bottle hanger 14 . Then, the switch dog 57 is used for detecting the completion of operation.1. Since the motor contacts the switch 59, the rotation of the motor 49 is stopped and the travel motor 33 is restarted.

As mentioned above, the front and back rows are swapped by the bin hanger 14FA Shino switching machine, but this mainly involves two mechanisms: one bin hanger 14 to one bin hanger holder 12 and spring catch 13. This is accomplished by a mechanism for attaching and detaching and a mechanism for rotating the I-bin hanger 14 by 180 degrees. In the embodiment described above, there are two cam grooves 46&.

46b1 Two pairs of grilles with cam followers 51 that engage with these cam grooves, A32m53, and a guide rod that slidably supports the holes.The bin hanger 140 can be attached and detached by the collaborative work of the two pairs. It will be done. In other words, each of the above elements is the pin hanger attachment/detachment mechanism! Configure s5. Also, the clutch teeth 48 integrally connected to the grooved cam 46, the clutch teeth 42, and the clutch 4 that mesh with the clutch teeth.
2, the main shaft 41 is keyed to the main shaft 41, and the main shaft 41 is secured to the main shaft 41 with a key.
" 52 e 53 are rotated, and each of the above-mentioned elements constitutes a rotation mechanism 60.

By Shino switching machine 10? When exchanging the front and rear rows of the bottle hangers 14, if the bottle hangers are rotated in the same direction as the previous rotation, that is, if they are rotated twice in the same direction by 180＠, the front and rear rows will be replaced. The two rovings connected by the Shinomaki in the back row from the bin to the chapter extension parts 1 and 7 interlock with each other, and if spinning is continued in this state, roving breakage will occur. In order to prevent this kind of thing, what should I do each time I replace the Shino? Reverse the direction of rotation of the bottle hanger. For the purpose of
As shown in Figure 3, the main body 211) of the Shino shunting machine 10
(The end of the direction of travel) 29m indicates the turning direction of Grid Δ, and Tosuichiro 1A, 61m are arranged so that the lower front and rear rows face the bin hanger 14, and the approach of the Shino shunter is A pair of binhan in the front and back at the most extreme position of Confucianism! -14, one is the top of the bottle hanger (in Figure 13, the left side Oe pin hanger) and the other is the top of the Vn/1 bottle hanger 14). is denoted by h), and the electric current is applied upward at its higher top.

Activate Tosui Achiro 1m or 81m. Accordingly, each time Shino is replaced, the high 1 and 0 positions are switched between the front row and the rear row, so the limit switch 61
A and 61B are activated alternately every time Shino is replaced. The groove cam 46 was activated by the command from Tosuichiro 1A and 61B.
The gear 49 that drives the gear 47 rotates forward or backward, and as a result, the direction of rotation of the rotation mechanism 60 is reversed. As shown in Fig. 14, a virtual plane 8- connects the axle loads of the front and rear rows.
When roving is supplied from the front and rear rows of Shinomaki bins 15 to the drafting sections 1 and 17 located on the left and right sides of B, each Shinomaki l-bin is pulled out from the bin and the rovings are drawn out from the bins. At the location where the roving section to which the roving is supplied is located, i.e. on the right or left side with respect to the virtual plane S-8, tso'''
・In the example shown in Fig. 14, the middle balls in the front row are V and the 15 mm diameter is in the roving guide 16.
The empty bins 15C in the rear row are replaced by passing through the right side of the roving guide. -, 11・shadow.

Next, the Shino switch 64 will be explained.

As shown in FIG. 9, two rails 62 for transporting the Shino exchanger are laid on the floor of the Zeyaend passageway (Left III in the case of 9m long horsetail) of the spinning machine group 24. Expand 2 on rail 62
A transport vehicle 63 for the Kushino exchanger is loaded with the Shino exchanger 64. The transport vehicle 63 moves back and forth on the rails 62,
Connect the left and right Shino exchangers 64 and 64 to the end of the spinning machine 1 to be replaced.・#! As shown in Figure 1, spinning machine 1
along the front of the machine from one end (gear en y 儒) to the other end (
A guide rail 6S is installed along the entire length of the machine at an appropriate height to the outside end lI), and the creel of the Hiro Seibo Machine 1 is installed on the outer side of the guide tray to the bin spacing P (spindle r-ji 02 times). ) at equal intervals to the guide bins 66
are planted in large numbers.

The two Shino exchange machines 64 run along the guide rails 65 on each pair of the spinning frame 1, and are transferred to the transport vehicle 63, which exchanges empty Shino rolls I#v with spare Mitsuru bins. 2 installed
Since the Shino switching machine 64 has a symmetrical configuration, j91
15.16.1? 1) Shino switch shown in the figure (the ill!
The Shino switching machine on the left side of the figure will be explained in detail below.

Two guide rollers 6B are rotatably attached to the main body stOWm (machine II) of the Shino switching machine 64, and the Hi-no-gai P4-ra 68 is mounted on a guide rail 65 installed in the front of the spinning frame 1. be placed. At least one of the two guide rollers 68 is driven by a traveling motor 6G (816
The bottom surface of the main body 67 is equipped with a rotatable electric floor wheel F0 that runs on the floor surface.

The swinging lever 73 is on 7311! The floor wheel 70 is movably supported and connected to a hydraulic cylinder 72 via a swing lever γ3. The hydraulic cylinder block 72 is activated by the detection command of a known tilt detection @71 that detects the inclination of the main body 67, and the floor wheel wing 70 moves up and down according to the difference in height of the floor surface. For the 0 body 67 which always maintains the actual position of 6F horizontally]! To, *Aiaki [131019
A moving device 74 for articulated ffi using a hydraulic cylinder is provided as disclosed in the above publication. Mobile device 7
4 is for intermittently moving the Shino exchanger 64 by the interval between the guide bins 66 (that is, the interval P between the creel bins). When the lifting cylinder 75 of the moving device 74 is operated in the projecting direction, the piston opening of the traveling cylinder 76 and the door 7
The engagement groove 79 of the retaining piece 78 attached to the guide rail 65
The Shino exchanger 64 can be moved intermittently by engaging with the guide pin 66 of the cylinder 76 in this secured state by recessing the piston rod 77 of the traveling cylinder flow into the cylinder 76 Each Shino exchange position can be accurately positioned with Jin.

As shown in FIG. 17, four vertical guide rods 80 are disposed on seven frames of the main body 67 of the Shino exchanger in a trapezoidal shape when viewed from above. On the left and right sides of these straight guide rods 80, lifting bodies 81 and 81B are slidably fitted and inserted, and on the main body 670 frame is a lifting cylinder 82 that is also straight.
are installed on the left and right sides of the vertical guide rod 800, respectively, and the upper end of the piston rod 83 of each lifting cylinder 82 is connected to the lifting body 8.
1 mu.

Connected to the upper part of 8111. By the operation of the elevating cylinder/82, the left and right elevating bodies 81m and 81m have 2 pieces in the front and back respectively.
The left and right elevating bodies 81 move up and down with predetermined strokes using the vertical guide rod 80 as a guide.

81B upper II! 1K#'i, as shown in FIGS. 16 and 19, guide rails 815 and 85B are provided in the shape of a square with an opening facing upward. Rearward with respect to the direction of travel of the Shino exchanger (indicated by arrow 8 at '' in Figure 17) -
As shown in No. 171i1, the guide rail 85 is used to hold the empty &Vn ISO to be replaced with the front row of the creel suspended from the bin hanger when the Shino exchange machine stops at the Shino exchange position.
The guide rail 85 connects the center of the spare rail on which the empty bottle is to be hung with the center of the hanger 18.
They are arranged so that the center lines of A coincide. The other guide rail 85B1, that is, the guide rail on the front side in terms of the traveling direction, is such that the empty space to be replaced located in the front row of the creel is centered on the bottle 15C, and the empty space on the spare rail where the empty space is to be replaced with the bottle is placed to suspend the bottle. The guide rail 85m is arranged so that the center line of the guide rail 85m coincides with the line 9841 connecting the center of the hanger 1g. Front and rear guide rods 86 parallel to the centers @84m and 84m are attached to both sides of each guide rail 85m and 85B, respectively. Left and right guide rails 85mm
Nine interchangeable arms 87 and 87B are provided above 85B and are slidably inserted into the front and rear guide rods 86. Each replacement arm 87A
, 87B, that is, the upper mK of the spinning machine side end, can be inserted into the lower O hole of the Iv to be replaced.
8811 is provided protrudingly. Replacement arm 87A, 87B forest guide rail 8sm.

(See figure 018, which is connected to the piston rod 90 of the longitudinally moving cylinder 89 installed in the cylinder 8511).

By the operation of the longitudinal movement cylinder 89, the left and right interchangeable arms 87,
87B is a designated Thai electric wire! At each center alternately @!
84A, reciprocates on 8411, and the front end of the exchange arm is
88A, 88] 1 of the spare rail at the rearward end as shown in FIG. Coinciding with the axis of the bottle hanger 18, the front row of the main reel at the forward end is made to coincide with the axis of the bottle hanger 144D.

A pair of e@interchangeable arm machines@91mu configured as described above.

91 B> and 740 moving devices Hydraulic cylinders for cylinder 1 and floor wheels are connected via control circuit 9s to hydraulic pressure 11118, which consists of hydraulic motor 92, oil tantah 93, electromagnetic switching valve 94, etc. built into main body 6γ. be done (
(See Figure 16).

Shino switch 64 operates as follows.

The running motor 69 is used from the starting position to the first Shino exchange position.
It runs continuously, and the back RIII of the Shino exchange machine (machine side)
When an electric switch (not shown) attached to K or a switch dog (all not shown) attached to the guide rail 65 is operated, the traveling motor 69 stops and the moving device 7
The lifting cylinder 75 of No. 4 operates in the projecting direction and swings the traveling cylinder 76 upward. As a result, the traveling cylinder /7
When installed on the male stone rod 77 of No. 6, the engagement groove 79 of the large engagement piece 78 engages with the guide pin 66 of the guide rail 65.
The Shino exchanger 64 is positioned at the first Shino exchange position. The Shino exchanger 64 stops at this Shino exchange position, and at 9 o'clock, its Shino exchange arm mechanism 91, 91B's exchange arms 87 and 87B are located at the lowest position of the backward end, respectively, as shown in FIG. 20 (1). death,
The spare peg 88 attached to the gear end side of the spare rail 4 is located directly below the bin hanger 18B, and the spare peg 88B of the other replacement arm 87B is the spare peg 88B attached to the gear end side of the spare rail 4. The glass bottle 1 hanging on the wall
As shown in the 0th order 20th WA (2) located directly below the 5th arm, the exchange arm 87m moves toward the forward end and its (
, Gu88A in the empty front row of Creel? Bottle (Kodama &Ni'n)
Place it directly below 15C. At the same time, the other exchange arm 871 is moved to the elevating body 81B connected to the piston rod 83.
It will be increased due to the increase in . 20th! fill(
As shown in S), the exchanging arm 87m which has reached the forward end is raised by the elevating body 81m being pushed up by the male stone rod 83 of the elevating cylinder 82, and the exchanging arm 8hum'' 88mm is the front row, the sky is the bottle (the small ball is the bottle) 1
2 IC is inserted into the hole on the lower side, the empty bottle 15C is pushed up, the empty bottle 15C is removed from the bottle hanger 14 in the front row, and placed on the lug 88m.

Similarly, the other exchangeable arm 8 1 is also raised by the elevating body 81B, and 4. ! $81 is a spare bottle 1! It is inserted into the hole on the lower side of the SM, and the bottle is pushed up to release the engagement with the ML No. 71-NGER 18.
88] Place the full bottle 15m on top of it.

Next, as shown in FIG. 20 (4), replace the arm 87m.

8711 descends together. The exchange arm 87A is at the lowest position tK
When it reaches that point, it begins to move backward from the forward end to the backward end. Meanwhile, the other exchange arm 87B continues to descend.

As shown in FIG. 20 (5), when the exchange arm 87m retreats to the retracted end, the empty bin 15C placed on the peg 88A
a The spare rail 4 is placed directly below the bin hanger 18B. The other exchange arm 87B reaches the lowest position at the forward end. Next, Figure 20 (6) and Figure 20 (
As shown in η, the exchange arm 87B rises again, and the bottle 15C is suspended by the spare bottle hanger 18BK on the spare rail 4.The exchange arm 87B moves forward from the backward end, and then moves to the forward end. Then, the Manpobi 15A held on the peg 881 is positioned directly below the front row Iv binger 14 from which the air & tank 150 has been removed. And exchange arm 87
B rises again and the bottle 15 is suspended from the bottle hanger 14 in the front row. As a result, the empty space in the front row becomes bin 15.
C and the full 15mm of spare rail 4 are replaced, and the replacement is completed. (8),, (9) in Oml Figure 20
As shown in , the replacement arm 87m continues to descend to the lowest position and returns to the original starting position. After the other exchange arm 87B also falls to the lowest position, it moves from the forward end to the backward end and returns to the original starting position.

In this way, when the first exchange between the empty female cylinder 15C of the front row of the creel and the full cylinder 15m of the spare rail 4 is completed, and each exchange arm returns to its starting position, it is moved by the Shino exchanger 64 and the Hiro moving device 74. Move to the next O-shino exchange position and perform the Shino exchange in the same order as described above.

The gears are then replaced sequentially from the gear end side to the out end side.

Below, an example of automatically implementing the method of the present invention using the aforementioned Shino exchange machine 10 and Shino exchange machine 64 will be described.

Prior to changing the frame, while the spinning frame 10 was in operation, the bins for one row of the creel were suspended from the bobbin hanger 18, and the bottle carriage was inserted into the spare rails 4 on both sides of the creel via an appropriate conveyance means. As shown in Fig. 811 and Fig. 14, each full-length bin is located at the intermediate position (P/2) of the front row bobbin K<
Position it so that it A transport car 26 for the Shino shunting machine is connected to the out-end side of the spinning machine 1 to which the spare full-size bin is supplied. Then, as shown in Figure 1,
When the bottle in the front row becomes a small ball and the bottle in the front row becomes a medium ball,
Move the left and right Shino shunting machine 10 tons mounted on the Shino shunting machine transport vehicle onto the front and rear rails 7°8 on both sides of the creel.
The vehicle starts in the left and right passages 11 from the out end side to the -ya end side.

Shino shunting machine IO starts from the out end side, and the main body 29
It can be installed on the front of the Tosiya Chiro 1A.

When the first bottle 61B on the entry side reaches the top of the bottle hanger 14, as shown in FIG.
The turning direction of the turning mechanism 60 is electrically stored in advance. When the Shino shunting machine 10 moves further forward and the stop position detector 38 detects the detection piece 39 disposed in front of the first -V hanger 14 as shown in FIG. stops, and the pair of grips on the left and right sides of the detachable mechanism SsO
452.53 is the first bin hanger in the front and rear rows 14.1
The Shino shunting machine 1O stops at the first Shino shunting position (see Figs. 10 and 11) corresponding to each of 4. When the Shino shunting machine stops, the attachment/detachment mechanism 55 The motor 49 that drives the motor is activated. 1st part
As explained earlier based on FIG. 2, the positions of the medium balls &W in the front row and the small balls Mv in the rear row are swapped while the groove cam 46 rotates once due to the cooperative work of the attachment/detachment mechanism and the rotation mechanism. , the middle ball hangs the bottle, but the bottle hanger 14 in the back row is supported by the pin hanger holder and the Sderinda kya, chi 13, while the small ball hangs the bottle, but the bottle hanger 14 in the front row is supported by the pin hanger holder 12. and will be supported by the Sgelinda catch 13. Before like this,
Replacement of the rear row OI bins is performed using the roving guide 16 located between the two bins, as described above based on No. 1411.
In the front and back rows, 02 rovings were far away from the bins,
Even if each roving is supplied to the Ningen @ 17, the rovings will not become entangled and no roving breakage will occur. The replacement of the bins can be carried out while the spinning machine 1 is in operation, or can be carried out while the spinning machine is stopped.

If the spinning machine 1 is to be replaced while the spinning machine 1 is in operation, the time during which the spinning machine is stopped for the rounding of the spinning machine can be shortened.

When the grooved cam 46 rotates once, the drive motor 49 is stopped by the command from the switch 57, the drive motor 49 is stopped, and the drive motor 33 is activated. is restarted, and the left and right Shino exchange machines 10 move toward the next Shino exchange position.As shown in FIG. Every time 〆12 is detected, it stops at the next Shino exchange position, and in the same order, the medium I-bin in the front row and the small I-bin in the rear row are exchanged.The Shino exchange machine 10 runs from the out end side to the gear end side. The bins are exchanged one after the other for two spindles, and after completing the exchange for one row of creels, the machine travels in the opposite direction and heads onto the transport vehicle 26 for the Shino exchanger waiting on the out-end side. Returning As described above, when the exchange of the medium and small size bins on both sides of the creel is completed and the left and right Oshino switching machines return to the waiting transport vehicle 26, the spinning machine 1 The transport vehicle 63 for the Shino exchanger is connected to the gear end side with a suitable and powerful tie bolt.Then, the left and right Shino exchangers 64 mounted thereon are launched from the gear end side toward the out-end side along the front of the spinning frame l. .Then, as can be explained based on the J120 diagram, the front row !g-r-n and the spare $1@N-n are replaced sequentially from the ear end side to the out end side.At this time, The front row of the creel?The empty bottle where the spare rail is transferred from the bottle hanger to the bottle hanger is the bottle, and in dormitory IIK, the small ball with a little roving remaining is in the bottle.
Due to this transfer, the roving being spun is cut and the 20th
As shown in the figure, the one Vn suspended on the spare rail is one system.
It becomes V-Nro 1. Before the cut roving end reaches the trumpet in the extension section 17, the roving staff pulls out the roving from the mantle in the front row of the creel and transfers the roving end to the extension section 17.
Insert it into the trumpet and perform Shinotsugi sequentially.

When one row of creels has finished replacing the bins, the left and right Shino replacement machines 64 are moved in the opposite direction by the travel motor 69, and the Shino replacement machines 64 are moved in the opposite direction by the travel motor 69, and the Shino replacement machines 64 on the left and right sides are moved in the opposite direction by the travel motor 69. Return to the waiting transport vehicle 63 for the Shino exchanger. The remaining yarn bins 15 transferred to the spare rail 4 are preferably transported together with the S-bin carriage 5 to a residual yarn processing device by a suitable conveyance means, where the remaining yarns are processed.

In the above explanation, the first bottle suspended on the spare rail 4 is supplied before the bottles in the front and rear rows are replaced. I explained that it should be done by the time the front and rear row Ivs are replaced with all the spindle valves, and that the front row Srn and Mitsuru should start exchanging with the bottles after 9 minutes. It is also possible to enter the machine from the same direction as the Shino shunting machine and perform work following the Shino shunting machine.

Furthermore, in the above-mentioned embodiment, it was explained that spinning is started by placing a full bottle on the f-bin hanger in the front row and a medium-sized bottle on the f-bin hanger in the back row.
? It is also possible to start spinning by setting the middle ball pin on the bottle hanger and placing a full bottle in the rear row of the V-rings.In this case, the Shino switching machine and Shino switching machine used in the above example will also be used. It is possible to automatically perform Shino change using . In that case, the empty Shinomaki bottle in the front row becomes the bottle first, and the empty bottle in the front row is exchanged with the spare Mitsuga bottle by the Shino exchange machine 64 and then by the worker. After performing the Shino-tsugi, the Shino exchange machine 10 exchanges the full-length pins in the front row with the medium-sized balls in the back row.

Although the nine embodiments shown in FIGS. 1 through 20 are designed to automatically carry out the method of the present invention, the method of the present invention can be carried out without using a Shino exchanger or a Shino exchanger. in this case·
A pair of front and rear bins are attached to a bar-shaped or plate-shaped barrel support member, for example, and this support member is supported on a creel so as to be rotatable in a horizontal plane. When replacing the pins in the front and rear rows, this support member can be rotated manually. It is preferable that it is expandable and retractable.

Replacing empty bottles in the front row with spare full bottles is easy and can be done easily and quickly by hand. ! It is not necessarily necessary to hang the full SV to be replaced on the spare rail 4, but it is also possible to prepare it in advance on the creel shelf transport vehicle.

According to the present invention, by making the VYO winding diameter of the Shinomaki set on the creel at the start of spinning different for the front row and the rear row, only one row of the front row or the rear row spinning wheel 05S is always used. is set to be a small ball, and the I-bins in other rows are set to be small balls at that time. Accordingly, you can shift the line by %. The front and rear rows are interchangeable when the bins are medium and small, and the adjacent bins interfere with the bins, making it easy to switch in small spaces. If you do it with the pin hanger so that it does not work, it will be 4 times during spinning.
Since the roving does not break, it can be replaced automatically while the spinning machine is running. Furthermore, in the present invention, since the pin is always positioned in the front row of the creel and then the pin is replaced with the small pin, the full pin and the small pin are easily exchanged. Therefore, humanity can be performed easily and quickly. j! In the front row, the pin is replaced with a pin, so the automated Kameyo crystal is used, and the 1-C is automatically replaced during the spinning of small beads. It is only necessary to perform the shinonishi work to join the roving of the pin during spinning, and it is possible to
There is no need to perform troublesome manual operations during and after the roving. Therefore, in the present invention, it is preferable to automatically change the size of small balls before the bottle is empty, and to change the size of the medium and small balls in the front and rear rows, and to exchange the small ball pins and full pins in the front row. When automated, it becomes possible to change the spinning machine without stopping the machine during aG.

[Brief explanation of drawings]

Fig. 1 is an intermediate cross-sectional view of a spinning machine equipped with a device for carrying out the method of the present invention, as seen from the outer and toe ends to the gear end side, and Fig. 2 is a partial cross-section of the preliminary rail section of the creel. Figure 3 is a cross-sectional view showing the installation state of one bottle hanger in the front row of the creel, and Figure 4 is the 3rd! ! l's W-W@II
5C) is a plan view of the roving guide, 5WA(b)a is a front view of the roving guide, and FIG. 6(a) is a plan view of another embodiment of the roving guide. Figure 6(b) is its front view, and Figure 7 is attached to the spare rail! A sectional view along No. 2 Ill-■ IIK to show the bottle carriage; FIG. 8 is No. 7 m1I; -■II flc fel O partial cross-sectional plan view, No. 9
The figure is a plan view showing the arrangement of the spinning machine, Shino shunting machine, and Shino shunting machine, and No. 101Q is a partially broken cross section of the Shino shunting machine.
(No. 1111) Round sectional view along X-XIIK), No. 11
The figure is an intermediate sectional view of the Shino shunting machine (in Figure 10) II-MIN
(1) a to (4) a and (1)
) b to (4) h are plan views, (1) to (4) are partial sectional views, and sectional views showing part of the 139th Hiroshino shunting machine (
Cross section along X111-XIIIK in Figure 10
Figure 5 is a front view of the Shino exchanger, Figure 16 is a partially cross-sectional side of the Shino exchanger, Figure 17 is a plan view of the Shino exchanger, Figure 18 is a side view of the exchange arm of the Shino exchanger, and Figure 19 is a side view of the exchange arm of the Shino exchanger. is Y- in Figure 18
20 (1) to (9) are front views for explaining the operation of the Shino switching machine. l...Spinning machine, 4... Spare rail, 10-・Shinokae Haru, 14
...-bin hanger, 16--roving guide, 46-
・・Groove cam %52-53・−Grip Δ, 5s−・Detachment mechanism, 60−・Swivel mechanism, 64−Shino exchange machine, 74−・
Moving device, 81mu, 81B... Elevating body, 87mu, 87
1... Shinokae arm, 88 mu, 88 B-...pe! ,9
1 mu. 91 B--Shino exchange arm mechanism. 3rd 7th 4th 50th (ω mountain) +6b 6th (0) (b) 161J A 84B 18th 19th procedural amendment (voluntary) February 11, 1980 Commissioner of the Patent Office Haruki Shimada 1, Indication of the case 1982 Patent Application No. 175757 2, Name of the invention Shino replacement method in spinning machine C 3, Person making the amendment Relationship with the case Patent applicant name Howa Kogyo Co., Ltd. Name Nisshinbo Co., Ltd. 4. Agent (2 others) 5. Subject of amendment (1) "Detailed description of the invention" column of the specification (2)
gill (1111m, ggaa, wealth figure 5, figure 6,
II7@lS Tomi 8 diagram, 141, Tomi 15 diagram, Uta 16 diagram,
(Figure 1120) 6. Contents of amendment (1) Specification page 118, line 16, page 1, line 5 li&
J "Spare" V Delete 〇 Wei) "Spare bobbin for bobbin" on page 9, line 3 and line 11 of the same page, amend "bobbin j for bobbin"〇 (l Specification @ flll [16 row-r14a staff Hisashi 1
Correct 4aJ with r14 engagement 11114aJ 0(4)
Specification 1 ■ Page is line - (After DrS2J = "and S
Add 3J. (Kan, page 1115, line 6 I of the specification for “Manpobin”) -
and 62r18m" are added. (6) "Spline fitting" on page 1, line 1 of the specification
amend it to "life-bond" 0 (7) Clear reference ■ Amend r51aJ on page 0, line 9 to "51" 0 4B) "Kikyou@53" V on page 30, line 15 of the specification
]Add l;r-J 〇(9) Specification 11131] [Line 14 "-utato" wo "
Correct. I Change the "forward end" on the 10th line of 36 specification drawings to the "backward end"
and correct it. Fin Specification compilation 41 line 19, page 42 compilation line 1O gx
r h 5 * Jwot 15 c j ト1llfE
(2) Specification 45j [Correct ``Mie'' in line 10 to ``Only''. (2) Specification Ig451 [line 14 ii &) rliA[L
Jt' Corrected as ``Rovering'' 〇1111 gardens, 1st map, 2nd map, 5th map, 6th map, 1
Figure 17, ggaa, Figure 14, Figure 1S, Figure 16, *
Amend as per the 'aomws paper 07, attached documents ii* Amendment 1111 (Fig. 111, Fig. 11'2, Hirami drawing, Sixth Pavilion, Fig. 7, Fig. 8, Fig. 14, Fig. 16, III) @II
and ago diagram) 1 letter (CI) Figure 6 (Q) (b) Condolences 14 times

Claims (1)

[Claims] 1. The creel is provided with l-pin hangers in two rows in the front and back,
In a spinning machine in which round cans 114I are suspended from the 1 bottle hanger and the rovings are guided from the bins to the zero-spinning section and spun, the front row of rovings is the bin hanger f-, and one of the rows is attached to the bin hanger. Set the medium-sized IN bottle, and set the full-sized I bottle on the L pin hanger in the other row, and start spinning. is middle ball K
1k-) At 9 o'clock, replace the small beads or empty &Von in the front row with a pre-prepared bottle, and before or after changing the fv bottle, the front row and the back row change the position of the bottle. A method of repairing a spinning machine that has become moldy by replacing it with a bottle hanger, thereby changing the threads one row at a time. λ After that, take a bottle of medium-sized balls +
-The shameful thing is pinhen l-The thick #r7t-The device is turned off and the spinning begins, and the bottle in the back row becomes a cue ball or empty 9, and the bottle in the front row becomes a medium ball, when the bottle in the front row becomes a medium ball, the front row Is it the bottle and the back row? Where is the pin? 1. The method of replacing the bins as set forth in claim 1, in which the entire V binger is replaced, and by this replacement, the nine small balls or empty O bottles are transferred to the front row and replaced with a full I bin prepared in advance. 3. The back row puts a bottle on the bottle hanger, and the front row O
Start spinning by placing a medium-sized bottle on the TN bottle hanger, and when one bottle in the front row is small or empty and the I pin in the back row is a medium ball, prepare the I pin in the front row in advance. Exchange it with the 9@e pin, then # in the front row! i-Tips The center ball of the firefly row replaces the position of the bottle with the l pin hanger.
Shinokae method described in Iris section 1. 4. When exchanging the positions of the front-row O-bin and the rear-row O-bin, pair the front-row O-bin with the corresponding rear-row O-bin, and insert the bins of the front and rear rows from one end of the machine base to the other. Any one of Claims 11jllE1 to 3, in which the positions are sequentially exchanged pair by pair &k''nhanger toward .
5. A full bottle prepared in advance is installed in front of the front row 0 & N bottle hanger, supported by a 9 reserve rail, and 9 is hung from the bottle hanger.Claims 1 to 5 O Shino replacement method described in any one of Section 4. 6. Shino according to claim 5, in which the small beads or empty bottles in the front row are replaced with spare full bottles and the small beads or empty bottles are attached to the spare rail O-bin hanger. replacement method.