TW204379B - - Google Patents

Description

204379

Afi B (i Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Description of the invention (1) [Industrial application field] The present invention is based on the spraying of fluids such as water spraying machine or gas generator etc. On the other hand, Kan is a fiber yarn processing device that removes sickle yarn when fiber throwing failure occurs. [Knowledge Technology] As a suspected yarn processing device that ejects suspected fluids, there is, for example, Japanese Patent Laid-Open No. 62-184146. Revealer. This device is shown in Figure 37. In other words, when the injection failure occurs, the air flow from the blowing nozzle 521 arranged below the main nozzle 520 is used to move the weft between the main mouth 520 and the mouth 522 Miao Y is blown into a U-shape, so that it is located in the gap between the rotating body 524 and the winding body 525 in the winding device 523, and the airflow from the blowing nozzle 526 at the axial center of the winding body 525 is used. , The blown yarn Y is blown into the discharge hole 527 of the axis of the rotating body 524. Therefore, the yarn Y will leave the position of the common cutter 528 and cannot be cut, becoming connected to the main nozzle 520. The state of the mouth 522 side, at the same time, after the suspicion stops, it will automatically reverse With the main nozzle 520 connected, the sickle yarn Y® with poor weft insertion is ejected to the opening 522. Then, it advances to the rotating body 524 side of the winding body 525 and truncates the winding body 525 The front end portion of the tapered winding surface 529 is connected to the fitting portion of the discharge hole 527 of the rotating problem 524, and the sickle yarn Y portion connected to the main nozzle 520 is held, while the holding portion is connected to the suspected yarn on the side of the main nozzle 520 After Y is cut by the removal cutter 530, the M rotates the rotating body 524 to follow the rotating winding body 52 5, where the winding surface 529 of the winding body 525 is loaded from the side of the mouth 522 side. Binding. This paper Also applicable to China National Standards (CNS) Grade 4 specifications (210 X 297 centimeters) 81.9.20,000 204379 Λ 6 B (i printed by the Employee Consumer Cooperative of the Central Bureau of Standards and Biology of the Ministry of Economic Affairs V. Invention Instructions (2 ·) Defective weft yarn Y. After that, the winding body 525 is unrolled from the rotating shaft 524 as shown by _, and at the same time, the rotation and driving of the rotating body 524 is stopped, and the air flow ejected from the air blowing nozzle 526 is used to wind the winding body to the winding body. The yam yarn Y of 52 5 is discharged into the yarn catching box 531 through the discharge hole 5 2 7 in the rotation Μ 5 2 4. [The invention is to be solved 〕 In the above-mentioned conventional example, * the miracle of the main nozzle 520 reaching the mouth 522 is blown by the air flow from the blowing «521, so sometimes the thread y is blown from the blowing The airflow from the nozzle 521 drops up and cannot blow into the gap between the rotating body 524 and the winding body 525, and there is a possibility that the rotation SS 524 and the winding body 525 may fail to keep the gap. In addition, driven rotation The winding body 525 is used to wind the weft Υ, so there is also the possibility of Κ: the sickle yarn Υ is blown up to the gap between the rotating body 524 and the winding body 525 using the air flow from the blowing _521 The winding body 525 advances and is held by the rotating body 524 and the winding «525. When the winding surface 529 of the winding body 525 is being wound, the winding body 525 and the rotating body can freely support the winding body The bearing member 532 of 525 cannot be completely removed from the mouth 522 side. Therefore, in the present invention, when a casting defect occurs in M, it is a problem to improve the removal performance of the flax yarn which is the casting sickness. [Methods for solving the problem] The present invention refers to preventing the weft banknote cutting action of the common cutter when a bad casting occurs, and removing the fluid shot from the main nozzle to the side of the suspect mouth. " " " The back: lv --- i ^ # iftv; T ^ ·, — ') Packing · This paper is also applicable to the Chinese National Standard (CNS> A 4 specifications (210 X 297 mm) 81.9. 20,000 Λ6 Hi; 2043 ^ 9 V. Description of the invention (3) The sickle yarn processing device of the machine is provided with: a yarn collection mechanism arranged near the main «mouth to attract Weiwei; between the main mouth and the mouth , Guide the suspected banknotes to the bracket of the aforementioned yarn-sucking structure; between the aforementioned main mouthpiece and the banknote-sucking skull structure * the cutter for removing the cut-off yarn; keep it cut by the cutter for this removal, A yarn gripper that is buried on the suspect mouth side; and, a mechanism that moves the aforementioned bracket in the direction that the thallus yarn held by the gripper is withdrawn from the hatch side. In addition, the aforementioned bracket can also be constructed in It is a plate-shaped shielding member that can cover the attraction of the suction hole to the yarn guide position of the aforementioned suction hole. [Function] * After preventing the paralyzed yarn cutting action of the common cutter, between the main nozzle and the warp, the magnificent guide from the main girder to the mouth is guided to the front of the suspected yarn suction mechanism, and from the main open mouth to the support. Huamiao uses the yarn to attract the structure. The yarn connected to the yarn from the master _ is cut with a removal cutter. This is cut and connected to the yarn clamping clamp on the side of the mouth. Hold, the tab yarn held by the banknote holder is drawn out from the two openings with the bracket picking action, and the drawn tab yarn is attracted and discharged from the outside by the fiber structure. In addition, the bracket is formed into a plate-like shield When the suction hole is used to attract the component, the paraplegic yarn connected from the bracket to the side of the mouth will not be attracted by the suction bow hole and will not be caught on the bracket. [Example] _1 is shown as the first implementation An example of a spool with a yarn processing device -5- This paper is again applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) (^ t READ.ΰιll-g: ni; ^-Ji! -lf)-塡 .V5 Bu Guang. Draped. Booked. Printed by the Staff Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 81.9.20,000 Λ6 H (; 204379 2. Description of the invention (4) i ^ '' L: yl *-: 'rfu > / F 项 ή-^. :: ΓΚΊ) Oh, the main appearance of the mouth of the main mouth. The suspected machine shown in this garden 1 is the mouth When the water is smooth, the yarn Y will be passed from the delicate length measuring storage device outside the garden «: for the single-action spring type cylinder 4 as the actuator of the auxiliary rib yarn holding device 3 installed on the bottom plate 2 A pair of clamping bodies 5, 6 between the front and back of the liberator; the yarn guide 7 of the auxiliary rib weft holding device 2; and, the reciprocating movement of the main key yarn holding device 10 mounted on the bottom plate 2 in the up and down direction After the upper and lower clamping bodies 12 and 13 held by the shaft 11 are moved; the main jet 16 is pulled through. Then, when weft insertion, using the liberation action of the clamping bodies 12, 13 of the main note holding device 10 and the water jet from the main nozzle 16, the suspicious Y is placed on the jetting water flow, and the weft is inserted into the warp opening Within 17. Following this cast, the reed 19 mounted on the reed holding table 18 of the striking structure outside the connection diagram performs the beating movement. With this slap and burial, the weft yarn Y thrown in the warp yarn opening 17 is slapped at the slit 20, and is interlaced with the warp banknote W up and down, which is suspected to be a fabric 21. After that, in the vicinity of the beating point, between the main opening 16 and the opening 20, the cutter 22 is often used to cut the weft Y that has been beaten. In turn, weed out some bets, beat up, cut off, and continue to mine suspects 21. As shown in _1 and Yuan 2, the Yarn Processing Device 25 made by the Employees ’Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs is located between the main nozzle 16 and the warp W, and is used for scouring the yarn from the main nozzle 16 to the wick 20 The bracket 26 is guided to the suction hole 28 of the suction tube 27, and the banknote Y connected from the main nozzle 16 to the bracket 26 is sucked by the suction air flow of the suction tube 27, and the weft yarn connected from the main nozzle 16 to the suction hole 28 of the suction tube 27 Y is cut with a cutting blade 29 for removal, and this sickle yarn that is cut and connected to the side of the slit 20 is held with a gripper 30, and -6-81.9.20,000 of this paper is again applicable to the Chinese National Standard (CNS ) A 4 specifications (210 X 297 mm) 204S79 A6 B (i printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs V. Description of invention (5) The yarn Y with the holder 30 held by the clip 30 is used to pick the yarn The action is drawn from the side of the mouth 20, and the drawn yarn Y is sucked and discharged from the outside through the straw 27. On the other hand, the yarn sense sensor 31 is used to check whether the straw 27 is connected to the bracket 26 from the main mouth 16 of the straw 27. Y yarn Y. Specifically, the holder 26 includes a plate-shaped shielding member 37. A V-shaped yarn catching portion 38 is formed on the upper portion of this shielding member. The lower part of the shielding member 37 is provided with a convex green 39. This convex 39 fastens the operating rod of the cylinder 40 as an actuator. Therefore, the yarn catching portion 38 of the bracket 26 is driven by the expansion and contraction of the cylinder 40, which can be used here. Below 16 is the constant stop position shown by the dashed line of 1 μM (the position where the gauze fly away from the main body _16) and above the suction hole 28 of the straw 27 is the pick shown by 1 μM The yarn position moves up and down. The suction tube 27 is in the main circle for 16 weeks, specifically, is installed in the device body 43 arranged above the main opening mouth 16. The suction tube 27 is buried in the suction hole 28, and the suction hole opening is located in the device 43 is in front of the bracket 26. The suction tube 27 is provided with an injection port 44 shown in the middle of the axial direction of the suction tube 27. The injection port 44 is buried in the pressurized air supply source outside the circle, and is connected to the air supply Tube 45, the air supply tube is installed on the back of the two anti-brackets 26 located in the device body 43, through which the air is ejected from the suction port 44 toward the outlet side of the suction tube 27 in the suction tube 27, it can be connected to the suction tube 27 The suction hole 28 generates a suction air flow, and a traction air flow is generated at the outlet of the suction tube 27. I The outlet side of the device body 43 protruding from the back of the straw 27 is connected to the discharge pipe 46 of the banknote trapping device buried outside. -7-. Binding · Ordering. This paper is also applicable to the Chinese National Standard (CNS) A 4 specifications ( 210 X 297 mm) 81.9.20,000 204379 Λ6 Hi; printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 5. Description of the invention (b) The cutting blade 29 for removal is arranged below the suction hole formed in front of the body 43 of the device in stages At the same time, the concave portion 49 is connected to the action rod of the single-acting spring-type cylinder 50 as an actuator incorporated in the device body 43, and the movement of the cylinder 50 can be sheared to cut the fiber yarn by the movement of the cylinder 50. The recessed portion 49 of the main body 43 of the device in which the removal blade 29 is disposed is attached with a 3-shaped protection member 53. The upper and lower walls 54 and 55 of the protection member 53 are arranged from the sickle 29 for removing the blade 29 to protect the fingers from damage by the cutting blade 29 for removing. The upper and lower walls 54, 55 respectively form guide weights 56, 57 respectively. These guides «56, 57 can be guided from the constant stop position of the bracket 26 to the yarn picking position, and can be guided from the main jet 16 to the bracket 26 of the yarn catching portion 38 to the open removal. With the blade 29. From this, the upper guide 56 is connected to the yarn catching portion 38 of the holder 26 in front of the suction hole 28 of the device body 43, and traverses the suction hole 28 up and down. The clip 30 includes a pair of clips 60, 61 made of synthetic resin or gold surface shown in FIG. The upper clamping core 60 is fastened to the actuating rod of the single-acting spring-type cylinder 62 as an actuator installed in the device body 43. By using the telescopic drive of the gas ST62, the upper and lower tips pass through the suction hole 28, which can attract the exposed The lower clamping body 61 on the side of the hole 28 approaches and separates, and holds and frees the yarn y which is attracted to the suction hole 28. The yarn sensor 31 is attached to a protruding portion 65 that is bulged and formed above the suction hole 28 of the device 43. This yarn sensor 31 is a non-contact type such as a photoelectric reflection type. The detecting part of the yarn sensor 31 is exposed toward the protruding part -8-i ^ t read-backing:; 1 "# ^ 办 ^ .: 1 ,, ^ '(,) This paper is once again common to China Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20,000 204379 Λ 6 ΗΓ. Printed by the HONG KONG Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 5. Description of the invention (7) 65 obliquely above the inclined bottom, which can be detected from The suction hole 28 reaches the weft Y of the holder 26. Below this protruding portion 65 is formed a removal right 66 connected to the detection action portion of the taboo sensor 31. The half of the clearing groove 66 away from the yarn-missing sensor 31 is covered with M67 mounted under the protrusion 65. To this end, the cleaning groove 66 covered by the cover 67 is buried with an air supply pipe 68, which is connected to a pressurized air supply source outside the figure, and is installed on the protrusion 65, and the air is then treated against the yarn by the cleaning building 66 from then on. The detection action part of the sensor 31 is sprayed in the horizontal direction to blow off the dirt adhering to the detection action part of the yarn sensor 31, and the detection action part of the weft note sensor 31 is cleaned. In addition, at the corners below and above the protrusion 66. The vertical weight 69 is formed above the weird sensor 31. Fig. 3 shows the entire fluid injection device equipped with a wonderful processing device 25 as an example of the foregoing embodiment. In this FIG. 3, the aforementioned main water supply of the main mouth 16 is supplied to the system 75, and the water 76 from the tap water and the water stored in the fixed water level 77 are used through the cam 78 and the connecting rod structure 79 to wake up. The water pump 80 linked to the main shaft of the machine shoots from the main nozzle 16 at a predetermined pressure and a predetermined time. The reciprocating shaft 11 of the main weft holding device 10 utilizes a cam 82 linked to the main sleeve to bring the clamping bodies 12, 13 close to and apart from each other at a predetermined timing. The yarn length measuring device 84 is attached to the loop Between the outer surface of the rotating drum 85 connected to the main shaft and the feed roller 86 connected to the outer peripheral surface of the rotating drum 85, a delicate Υ is drawn from the yarn supply body 87 through the yarn guide 88, using the rotating air flow in -9- -β Τ This paper is again applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20,000 Λ6 204379 V. Description of the invention (8) Drum 85 outer peripheral surface weft yarn Y, use Free flying and restricted flying are suspected of yarn Y. The control device 90 incorporates the detection signal from the warp yarn W column located on the anti-main mouth 16 side to the sensor 91 and the yarn Y that arrives at the port 20 with the outer yarn Y from the main axis of the machine spindle. The rotation angle signal is 0 °, so the weft yarn Y can not be fed normally during the weaving period. The fiber yarn arrives at the sensor 91 and enters the undetected ysi-free sickle yarn detection signal. When a poor investment occurs, a defective stop signal is output to stop the cutting operation of the common cutter 22, and the forward rotation stop, reverse drive, and reverse rotation of the spindle are sequentially performed. At the same time, for automatic start, According to the preset program, the drive: the auxiliary ribs and yarn holding device 3 of the fiber processing device 25, the air supply to the hydrogen cylinder 4 is supplied to the opening and closing valve 92 with a leakage valve; the support 26 is to the cylinder 40 Air supply system flow switching valve 93; opening and closing valve 94 of the air supply system to the suction pipe 27; removal of the air from the cutting blade 29 to the cylinder 50 is supplied to the opening and closing valve 95 of the system with a leakage valve; gripper 30 The air supply to the cylinder 62 is open and closed with a leak valve Kan 96; The delivery roller 86 of the long storage device 84 serves as an actuator for the air supply to the cylinder 97, and the opening and closing valve 98 with a leakage valve; and, the cleaning supply eaves 66 to the air supply pipe 68, the opening and closing of the air supply system On the other hand, according to the detection signal from the yarn sensor 31 of the yarn processing device 25, on the other hand, it monitors the successful suction of the weft yarn connected to the holder 26 from the main nozzle 16 in the suction pipe 27 and the key yarn from the side of the opening 20 Υ The extraction is complete. As an air supply source for each of the above air supply systems. Ke-10-This paper scale is applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) — installed ·, 1Τ_ Employee Consumer Cooperative of the Ministry of Economic Affairs Central Standards Bureau Printed 81.9.20,000 204379

Afi ΗΓ. Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 5. Description of the invention (9) Use a blower other than the drawing of the Weiwei length measuring storage device 84 or another compression fan. Furthermore, the symbol 100 in FIG. 3 is a miniature. Next, referring to the flow charts of _4 and _5 and the state diagram of circle 6 to FIG. 10, the removal operation of the defective yarn of the first embodiment will be described. First, before the operator turns the burial machine, the operator According to the cloth type, the open and close of the yarn-handling processing device is connected or opened. Specifically, the opening operation of the Weixiao processing device is important when the type is important, and the opening operation is important when the opening rate is important. In addition, during normal operation, the clamping bodies 5 and 6 of the auxiliary yoke holding device 3 perform the liberation operation (distance operation), the support 26 of the weft processing device 25 stops at a constant stop position, and the gripper 30 The clamping bodies 60 and 61 perform a liberation action (alienation action). On the other hand, the operator turns on the overall opening outside the map of the computer, and the control device 90 starts executing the process (step 101). Then, in the state where the yarn processing device switch is turned on, during the weft insertion period, the yarn arrival sensor 91 inputs the control device 90 without a yarn detection signal, and the control device 90 judges that a defective casting has occurred, and the output stops After the signal (step 103), determine the cause of the stop signal. For example, when the stop signal is output according to the warp break detection signal from the outside warp stop warp H (step 104 is N0), the error signal is output to the outside Error display, prepare the operator to repair the broken warp, and stop the weft yarn processing after that (step 105). Conversely, the non-fibre banknote detection signal of the elay yarn from the arrival sensor 91 outputs the above-mentioned stop-1 1--'' ^ '",-!: face: 1 ::': ·· ρ ^ # Dove .: v'h,:! ) Installed, .Ί ordered. This paper is again applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20,000 2043 * 79 Printed by the Consumer Cooperative of the Central Standards Bureau of the Ministry of Economy V. Invention Instructions (10 ) Signal (YES in step 104), start processing to remove the suspected defective yarn, stop the cutting operation of the common cutter 22 between the inertial motions of the machine, and stop the main shaft of the rotation machine due to inertia to rotate at 180 ° The angle position makes the opening and closing 98, 99 move, so that the delivery spoke 86 of the weft banknote length measuring storage device 84 leaves the drum 85, and at the same time, the air is emitted from the clearing slot 66 for a certain period of time of about 1, 2 seconds, and the air is washed The detection action part of the yarn sensor 31 (steps 106 to 108). In the positive _stop bark state with a rotation angle position of 180 °, as shown in step 107, the poor weft insertion yarn Y and the warp yarn W in the warp opening are interlaced up and down while the warp yarn is on the other hand. The opening is approximately the largest, and the main fiber gripping device 10 performs the liberation operation. Next, the control device 90 supplies the light-emitting power of the banknote sensor 31, and checks whether the weft sensor 31 is dirty based on the on and off signals from the weft sensor 31 according to the received light amount of the reflected light (step 109). That is, the dirt is not attached to the detection action portion of the fiber yarn sensor 31. Normally, the weft yarn sensor 31 and the photo-reflective shape, the received light amount of the reflected light of the K sickle yarn sensor 31 is below the limit value M, The weft yarn sensor 31 will output a Μ signal. Conversely, if dirt adheres to the detection action portion of the weft yarn sensor 31 at an abnormal time, the received light amount of the reflected light of the _yarn sensor 31 will be above the limit value M, and the weft yarn sensor 31 will Output on signal. Therefore, when the weft yarn sensor 31 outputs an open signal (NO in step 109), it means that the yarn yarn sensor 31 is dirty, so the control device 90 will output an error signal to the error indicator to prepare the operator for cleaning. Yarn sensor 31, and the fiber from the end of the stop -12- ---------------- 一 、 —————————'---- I # Li- (: i'-flti ¥ j. »\ ≫# 而 之. Note that Mai Xiang then write this page) This paper scale is applicable to China National Standard (CNS) Grade 4 (210 X 297 mm) Economy The Ministry of Central Standards Bureau employee consumption cooperation du printing five, invention description (11) Miao processing (step 110). Conversely, when the yarn sensor 31 outputs a gas signal (YES in step 109), it means that the yarn sensor 31 is normal, and the control device 90 will move the flow path switching valve 93 and the on-off valve. 94. Raise the bracket 26 from a constant stop position and stop at a picky position, and at the same time generate a suction air flow at the suction hole 28 of the suction tube 27 (step 111). That is, as shown in _6, the support 26 is raised to pull out the yin banknote Υ that is the second time when the casting is suspected to be in the middle of casting, from the side of the suspect opening 20, which can prevent the sickle yarn from being used from this time. When the lazy reversal is carried out after the Κ, it will hang on the warp W and cause a break, resulting in a defective yarn removal failure. In addition, by using this bracket 26 to rise, the main yarn connected from the main mouth 16 to the bracket 26 is as shown in the plaque 1, FIG. 6 and FIG. 7, and can be inserted into the guides 56, 57 and groove 69 of the protection member 53 through Between the blades of the removed cutting blade 29, which is located in front of the suction hole 28, the sickle Y in front of the suction hole 28 is shown as _7, which can be sucked into the suction hole 28 by the suction airflow of the suction pipe 27. After that, the control device 90 drives the path switching valve 93 to lower the bracket 26 from the picky position and stop at the constant stop position (step »112), as the bracket 26 descends, between the main mouth 16 and the mouth 20 As shown in circle 8, the slack banknote Υ can be drawn into the suction hole 28 by the suction of the straw 27. Next, the control device 90 drives the shut-off valves 92, 95, and cuts off with the cutting blade 29. The main yarn 16 is buried in the suction yarn 28 of the suction hole 28, and at the same time, the clamping bodies 5 and 6 of the auxiliary rib fiber yarn holding device 3 hold the sickle yarn C (step 113). -1 3--Installed,, τ. This paper scale is applicable to China National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20,000 A 6 Ι5Γ »Printed by the Employee Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs Description of the invention (12) That is, the main banknote holding device 10 performs the liberation operation. In order to prevent the cut yarn Y on the side of the main nozzle 16 from being caused by the residual airflow of the traction airflow of the fiber length measuring storage device 84 When it comes off from the main mouth 16, the auxiliary gripping device 3 is used to hold the gripper. When the holding operation of the auxiliary yarn holding device 3 and the cutting operation of the removal blade 29 have been adjusted, after the auxiliary rib weft holding device 3 holds the yarn Υ, the cutting blade 29 cuts off the yarn Υ . Then, the control device 90 deceives the flow path switching valve 93 again to make the bracket 26 rise and fall by one diameter, and after completely pulling out the secondary weft yarn from the warp yarn opening 17, reverse the main machine auxiliary K at low speed ( One-time reverse jog) to 180 ° rotation angle stop position, at the same time, the bracket 26 is raised and stopped at a constant stop position, to prevent the weft yarn Υ from touching the edge of the common cutter 22 and breaking (steps 114, 115). This machine main machine_stops at the one-stop reverse stop position, as shown in step U5, the weft yarn Υ that has been poorly spread is liberated and the warp W is interleaved, exposing the opening 20. Following this, after the main shaft reversely stops once and the holder 26 rises and stops, the control device 90 checks whether the weft Y buried from the suction hole 28 to the side of the slit 20 is broken (step 116). That is, the control device 90 supplies the light-emitting power of the yam sensor 31 to determine whether the yam sensor 31 is turned on, and when the yarn yoke 31 is operated (step 116 is Ν0), it means that the support 26 rises and does not rise. Yarn Y and yarn Y are broken, so the error signal is output to the error indicator to prepare the operator to handle the winding, and the weft processing after that is stopped (step 117). Conversely, when the delicate sensor 31 is turned on (Step-1 4--• ”t ^ · .- " ^ 之 ： ι ·-^^ · 111- 塡. :: 4 Bu Guang 丨,) This paper size is applicable China National Standards (CNS) Grade 4 specifications (210 X 297 mm) 81.9.20,000 2043 * 79 Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Invention Instructions (13) 116 is YES > means the bracket 26 rises Then, the sowing yarn Y is raised and the yarn Y is not broken, so the holder 26 is lowered from the yarn picking position and stopped at a constant stop position (step 118). The sickle yarn Y, which is suspected of lowering the holder 26 and slack, is attracted by the attraction of the straw 27. Following the lowering of the bracket 26, the control device 90 drives the opening and closing valve 96 and the flow path switching valve 93. As shown in FIG. 9, after holding the «60, 61 with the banknote holder 30 to hold the ram yarn in the suction hole 28, The support 26 rises from the constant stop position, stops at the yarn picking position, and the suspected yarn Y is drawn from the side of the suspect opening 20, and at the same time, the number of rises of the support 26 is counted (step 119). That is, with the banknote holder 30 holding the yam Υ, by raising the holder 26, as shown by the ゔ 10 Κ 紲 line, the wrinkle yarn path between the suction hole 28 and the slit 20 becomes longer, from The yarn 20 is drawn out from the side of the mouth 20. Then, after the support 26 rises, the control device 90 supplies the light-emitting power of the yarn sensor 31 to determine whether the yarn sensor 31 has operated, and when the cockroach sensor 31 turns on (step 120 is N0), it means that the slave port 20 On the side, the suspected banknote Y is not completely withdrawn, so the M control device 90 drives the opening and closing threshold 96 and the flow path switching valve 93 to release the gripper 30 with a spring loaded in the air cylinder 62, and at the same time lower the bracket 26 from the banknote picking position 2. Stop at a constant stop position (step 121). As a result, the yarn drawn from the mouth 20 shown in the solid line of FIG. 10M descends with the support 26 and does not relax, but as shown by the broken line in FIG. 10M, the suction force of the straw 27 passes through the straw from the suction hole 28 27 attracted to the discharge pipe 46. After that, the control device 90 judges that the bracket 26 calculated in step 119 rises -15- (凊 " 问--丨 installed. Ί 定 · This paper standard is applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20,000 204379 Λ6 Η (; Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs V. Invention Description (14) Is the secondary number of pre-set at the control device 90 as a reference number of times, for example, 10 times M, the calculated number of rises When the reference frequency is exceeded (10 times) (YES in step 122), it means that the cockroach y is wrapped around the warp yarn W and cannot be drawn out. The removal of the suspected yarn Y fails, so the error signal is output to the error display and the operator is prepared眻 眇, and stop the yarn processing after that M (step 123). Conversely, when the calculated number of ascents is less than 10 times (step 122 is N0), it means that the stent 26 in step 119 was raised the previous time, Although the yarn Y is not broken, it is not completely detached from the mouth 20 side, so the control device 90 again drives the opening and closing valve 96 and the flow path switching valve 93, and the holding operation of the gripper 30 and the rise of the bracket 26 are repeated Yarn Υ is drawn from the side of the mouth 20. That is In step 120, when the fiber yarn sensor 31 is turned on, the calculated number of rise times is 9 times, which is a combination of the holding action of the banknote holder 30 and the rise of the bracket 26 and the liberation action of the gripper 30 and the fall of the bracket 26 In addition, when the above step 120 is YES, when the weft yarn sensor 31M operates, it means that the weft note Y is completely withdrawn from the port 20 by the holding operation of the gripper 30 and the rise of the bracket 26, so the M control device 90 The M closed valve 96 and the flow path switching valve 93 are driven to lower the holder 26 and stop at a constant stop position, and release the gripper 30 (step 124). By this, the yarn Υ can pass through the gripping hole 28 from the suction hole 28 The clamping body 60, 61 between the device 30 and the suction tube 27 and the discharge tube 46 are discharged out of the machine. Then, the control device 90 drives the on-off valve 94 to stop the suction of the suction tube 27, and reverses the main shaft M at a low speed (Second reverse retreat 丨 to 180 ° rotation -16- ---------------- {------- install 丨 J --- · 1 '玎--(Please read:-',; face of "· " 卩 ^' ''-fill .: A Bu: '丨) This paper is again applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297mm) 81.9.20,0 00 204319

Afi 5. Description of the invention (15) The rotation of the opening angle of the rotation angle, the measurement of the raw weft yarn, and then the movement of the button to maintain, the fraud will assist the poor weft automatically and stop the first real 37 configuration Figure 7 banknote capture The grid is on 26 on 20 sides. , Use this 16 to bury the position, and the outer standard rotates into the opening action of the short and long storage device. The open and close valve is used to drive the skein of the yarn gripper and drive it again. The operation of the traction device 84 for length measurement and weaving is sent out of the garden, and the rotation mechanism will be 9 2. In the example of the automatic removal of the main latitude holding device 3, the removal process (automatic start) After finding the suspicion (step 125), the suspicion will be opened, by which the blast outside the garden of the button storage device 84 is prepared, and the on-off valve 98 is driven to make the roller 86 contact the drum 85 (step 126) The automatic opening operation of the button M, by turning on the main shaft, the rotation angle signal of the main yarn holding device 10 into the main shaft is the reference after the holding operation of the holding device 10, the action (step 127 > At the end of the cycle, as shown in 圔 3, the machine's control operation (step 128). In the state that the frame 26 is provided with the plate-shaped shielding members 37, 28 and the sickle yarn Υ guide position (the same), the shielding members are separated, Shielded on one side, so as to the main nozzle 16 and the tube 27 of the rising bracket 26 The attraction force is due to the shielding member 37. The yarn catching portion 38 of the holder 26 is buried in the side of the suspect opening 20. When the holder 26C constitutes the attraction of the rod member 27 at the holder ratio, the holder 2 6 C for the main nozzle Guide to the attraction hole 2 8 on du-.ώ--ί *]-under-stitched by the Ministry of Economic Affairs Central Standards Bureau employee consumer cooperative printed on the bracket 26 to the attraction hole embodiment and the yarn picking position is on the same side as the attraction hole 28 As shown in the foregoing, when the suction hole 28 attracts the yarn Υ of the connecting portion 38, the suction effect does not act on the slave yam Υ, which can prevent this, as shown in FIG. 13, the bracket 26C does not block the suction tube 20 I's skewed yarn Y-17-This paper scale is applicable to China National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20,000 204379 A 6 H (; Printed by Employee Consumer Cooperative of Central Bureau of Standards, Ministry of Economic Affairs 5 2. Description of the invention (16) When in front, the two sides of the main body 26C connected to the holder 26C and the side of the mouth 20 will be attracted to the suction hole 28 by the suction of the straw 27 and embroidered on the holder 26C. There is a possibility of removal failure of the reel Y. On the other hand, as in the first example, the straw 27 is blocked by the blocking member 37 It is attractive, so it does not happen inappropriately as shown in Picture 13. Second Embodiment_11 shows the yam processing device as the second embodiment. In this second embodiment, the first real cell example The same symbol is attached to the same part. In the second embodiment shown in FIG. 11, the special feature lies in the following aspects: the bracket 26A is divided into the liftable shielding member 37 and the support support 105 of the foregoing first embodiment At the center, the rocking member 106 rocking up and down, when a defective investment occurs, first by rotating the rocking member 106 upward from the constant stop position shown by the solid line, the main mouth 16 will be buried in the mouth 20 (refer to圔 1) The two fiber yarns Υ are guided in front of the suction hole 28. Then, as indicated by the M-dotted line, weft Y is drawn into the suction hole 28 by the suction of the straw 27, (after guiding the paralyzed yarn Y to the front of the suction hole 28 by the swing member 106), the swing member 106 Restore and stop at a constant stop position. Next, the cutting yarn 29 is used to cut the yarn Υ connected from the main nozzle 16 to the suction hole 28 side, and at the same time, the thread yarn Υ of the cut opening 20 side is clamped by the gripper 30 After holding at 60 and 61, by raising the shielding member 37 from the constant stop position indicated by the solid line to the yarn picking position indicated by the dotted line, the weft insertion Y can be extracted from the opening 20 side. The third practical example -1 8-.Installed-• Ί 訊-This paper scale is applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20,000 204319 Printed by the Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 5. Description of the invention (17) FIG. 12 shows the appearance of the third embodiment. The bracket 26B shown in this circle 12 is formed with a through hole 108 in the plate member 107. When the normal burial rotation is made, the yarn Y is thrown from the main nozzle 16 through the through hole 108 to the warp opening 17, causing a poor thread throw. At this time, the plate member 107 is driven by the expansion and contraction of the air cylinder 40, and is raised and lowered from the constant stop position shown by the engraved line as in the first embodiment described above. That is, in this third embodiment, the plate member 107 is raised, and the tab yarn Y buried from the main mouth 16 to the side of the mouth 20 is lifted upward at the lower edge of the through hole 108. Furthermore, in the foregoing third to third embodiments, the structure in which the bill holder 30 is assembled to the device body 43 provided with the straw 27 is shown, but in the present invention, the yarn holder 30 is provided on the bracket 26, 26A, or 26B , It also has the same effect. 0 As mentioned above, according to the third to third example of this book, it is suspected of poor throwing, which prevents the weft banknote cutting action of the common cutter. Between the main nozzle and the warp, the main The yarn connected to the mouth of the mouth is guided by the bracket to the suction hole of the straw, and the yarn connected from the main nozzle to the bracket is sucked by the suction air of the straw, and the thread connected from the main nozzle to the suction hole of the straw The yarn is cut with a cutting knife, and at the same time, the yam yarn connected to the susceptor side is held by the gripper. The yarn picking action of the suspicion banknote holder held by the gripper is withdrawn from the susceptor side. The drawn sickle yarn is sucked out and sucked out by the suction pipe, so the handover of the yarn will not fail in the middle of the yarn processing, and the fiber yarn will not be embroidered on the rotating body to remove the sickle yarn. Therefore, the weft yarn with poor throwing performance has high removal performance. -19-: y] of; ί;

Ik bound paper is again applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20,000 204379 Μ M (i printed by the employee consumer cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs V. Invention Instructions (18) In addition. If the bracket is configured as a plate-shaped shielding member, when the fiber yarn guided by the bracket is sucked by the suction hole, the weft yarn buried from the bracket to the mouth side will not be attracted by the suction hole and will not be caught on the bracket. The structure is simple, but the removal performance is high. The fourth embodiment of the plaque 14 shows the appearance of the fourth embodiment. This fourth embodiment, in addition to replacing the holder 26 with the clamping holder 200, the structure and operation are the same as the first It is the same as an embodiment. Therefore, the _15, _16, plaque 17, and FIG. 19 shown in the operating state of this embodiment correspond to the garden 3, the circle 6, the circle 10, and the figure 9 of the first embodiment, respectively. As shown in FIGS. 18A to 18C, the yarn clamping bracket is held between the pair of leaf springs 202A and 202B, and the braided yarn Υ is held at the front end of the extension member 201 that extends upward by the flange 39 due to some elasticity (refer to FIG. 18A ), By using the lowering action of the clamping holder 200, the leaf spring opens The claw 203 is inserted between the two leaf springs 202A and 202B, and between the two leaf springs, the holding of the open banknote Υ (refer to 18B and 18C). Therefore, FIG. 18Α shows the operation of the clip holder 200 at the upper limit of FIG. 17 In the state, the group 18B shows the operating state of the banknote holder 200 at the middle position (the plaque not shown) of the upper and lower limit positions in FIG. 17, and FIG. 18C shows the operating state of the yarn holder 200 at the lower limit position in FIG. 17. Fifth Embodiment Circle 20 and 21 show the appearance of the fifth embodiment. This fifth embodiment is similar to the first embodiment except that the holder 210 is used to exchange the bracket 26. That is, the grip of this embodiment 210 can weft Υ grip-20-This paper scale is applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20 000 Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Invention Instructions (19) Hold, open and move up and down. This gripper 210 is an extension member 211 fixed upward at the front end of the cylinder 40, and the extension member 211 slides freely through the guide rod 212 and installs another extension member 213 opposite. The guide rod 212 is fixed to the extended structure 213, Sliding with the extension member 211. The extension member 213 can approach and separate the extension member 211 by the action of the cylinder 214. Furthermore, the cylinder 214 is fixed to the extension member 211, and the movable rod is fixed to the extension member 213 The front ends of the two extension members 211 and 213 fix the tabular yarn holding members 211a and 213a, respectively. The above-mentioned gripper 210 holds the taboo banknotes Y with the subtle grip members 21a, 213a, and transports the banknote Y to the figure 20 At one point, the thread Y is cut into the suction hole 28 as shown in FIG. 21 after cutting the yarn Y near the suction hole 28. Fig. 22 shows the outer nozzles of the main nozzle of the fluid injection type machine equipped with the weft processing device as the sixth embodiment. This machine shown in FIG. 22 is a water jet machine equipped with a plurality of main nozzles 301 and 302, and passes a large number of sickle yarns Y from the outside sickle yarn length measuring storage device corresponding to the main nozzles 301 and 302 through the up and down After a pair of clamping bodies 308, 319, 310, and 311, the clamping bodies correspond to the main nozzles 301, 302, and are mounted on the bottom plate 303 of the electromagnetic actuators 306 of the majority of sickle holding devices 304, 305, 307 holding action, pull through the main mouth 301,302. Then, when the fiber is thrown, use the liberation action of the clamping bodies 308, 309 of the tabular yarn holding device 304 in combination with the main nozzle 301 and the water jet from the main nozzle 301, or use the combination with the main nozzle 302 The liberation action of the clamping bodies 310 and 311 of the weft holding device 305 and the water jet from the main mouth 302-2 1 _ Loading _ Order · This paper degree is applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20,000 2〇43 * ϊθ Λ 6 Β (; printed by the employee consumer cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs V. Invention Instructions (2〇), according to the pre-reservation of the weft yarn Υ of one party or the suspected yarn of the other party The set number of yarns are alternately placed on the jet stream and cast into the warp opening 312. After this key is cast, the reed 314 is installed on the reed holding table 313 which is mounted on the outside of the susceptible movement frame to perform fiber cutting. Movement. Using this fiber-pulling motion, the weft yarn thrown in the warp opening 312 hits at the slit 315, and intersects with the warp yarn W up and down to form the fabric 316. Thereafter, near the threading point, at the main nozzle 301 or Between 302 and throat 315, the cutting knife 317 is commonly used to cut the weft yarn Υ that has been beaten. Weft insertion, data reading, and cutting, followed by reading the suspected cloth 3 1 6. Furthermore, in 2 2, the front end of the main spraying 301 located on the front side (the front side of the 榇 榇) is located in front of the main nozzle 302 on the other side. The warp yarns are on the W side. With the different position of the front end of the main piece 301 on the other side and the main nozzle 302 on the other side, it is possible to prevent the weft inserted yarn Y from being embroidered on the waiting yarn Y. Yarn handling device 320, as shown in 1122 and _23, after a defective throw-in, preventing the cutting of the bill by the common cutter 317, between the main mouth 301, 302 and the warp W, the slave mouth 301 or 302 will be connected. The yarn _ to the mouth 315 is guided to the vicinity of the front of the suction hole 323 of the suction pipe 322 by the bracket 321, and the fiber banknote connected from the main mouth 301 or 302 to the bracket 321 is sucked by the suction air flow of the suction pipe 322, and is drawn from the main nozzle 301 or 302 The fiber yarn Υ connected to the suction hole 323 of the suction tube 322 is cut by the removal cutter 324, and the weft yarn Υ which is cut and connected to the slit 315 is held by the gripper 325, which will clamp the yarn The weft yarn Υ held by the device 325 is pulled out from the opening 315 side by the yarn picking action of the holder 321, and the drawn fiber yarn Υ is drawn using a straw. With China National Standard (CNS) A 4 size (210 X 297 mm) 81.9.20 000 α Aο 2

./U

Hu .— Printed by the Staff Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 5. Description of invention (21) 322 Attracts and discharges outside the machine. On the other hand, weft sensor 326 is used to detect the presence of suction pipe 322 from main nozzle 301 or 302 to Yarn Y of the bracket 321. Specifically, the bracket 321 includes a bark shielding member 330. The upper part of the shielding member 330 forms a V-shaped catching portion 331. The lower portion of the shielding member 330 is rotatably buried in the direction of the suction hole 323 of the straw 322 and the direction of the warp yarn W by the pin 333, and then the support member 332 is rotatably buried. The support member 332 is mounted with a single-acting spring type gas H334 as an actuator. The operating rod of the cylinder 334 is rotatably connected with a protrusion 335 provided at the lower part of the shielding member 330 by a pin 336. In addition, the lower surface of the support member 332 fastens the operation stem of the cylinder 337 which is an actuator. These air cylinders 334 and 337 constitute the driving bracket 321 in the direction containing the cross component of the yarn Y connected from the main 301 or 302 to the mouth 315 side and the horizontal component to the suction hole 323 side of the suction pipe 322 Framing. That is, the air cylinder 334 is contracted and driven, and the shield member 330 of the bracket 321 stands up substantially orthogonal to the support member 332, and the cylinder 337 telescopically drives the bill catching portion 331 of the bracket 321 under the main nozzles 301 and 302 Figure 22K-The constant stop position shown by the dotted line (the position away from the fiber yarn flying path from the main nozzles 301, 302) and the yarn pick-up position shown by the broken line 22M above the plaque 22M above the suction hole 323 of the suction pipe 322 On the other hand, in the state where the shielding member 330 of the bracket 321 stands up and stops at a delicate position, the cylinder 334 is telescopically driven, and the shielding member 330 of the bracket 321 is centered on the pin 333, as shown by the broken line in FIG. 22M Standing position-23- This paper & degree is applicable to China National Standard (CNS) Grade 4 specifications (210 X 297 mm) 81.9.20,000 (please 1: "] „.,. ^ 7 of 7 ^^. -1Τ_ 2043 ^ 9

Afi BG, Ministry of Economic Affairs, Central Standards Bureau, employee consumption cooperation, du printing 5. Inventive Description U2) and _22 poured into the suction hole 323 of the straw 322 shake at the yarn transfer position shown by the solid line. The suction tube 322 is installed around the main nozzles 301 and 302, specifically, the device body 340 disposed above the main nozzles 301 and 302 at a distance. The suction tube 322 communicates with a suction hole 323, which is opened in front of the holder 321 side of the device body 340. The suction hole 341 shown at _23 is provided in the middle of the suction tube 322 in the axial direction. This injection port 341 is connected to the pressurized air supply source outside the plaque, and then an air supply tube 342 is installed. The air supply tube is installed on the back of the device 340 on the back side of the bracket 321 side. The air is sprayed toward the outlet side of the suction tube 322 in the suction tube 322, and a suction air flow can be generated at the suction hole 323 reaching the suction tube 322, and a traction air flow can be generated at both outlets of the suction tube 322. From the suction tube 322, the outlet side protruding from the back of the device body 340 is connected to the discharge tube 343 of the yarn catching device not shown. The device body 340 is viewed from above, and the suction hole 323 is disposed between the main nozzles 301 and 302. The removal blade 324 is arranged in a concave surface 346 formed in steps below the suction hole 323 in front of the device main body 340, and at the same time, the action rod of the single-acting spring type cylinder 347 as an actuator incorporated in the device body 340 is wound around Utilizing the application of Qi SE347, it is possible to cut the action and cut the face yarn Y. In addition to the cutting blade 324, the protection member 350 and the guide member 351 are provided. The protection member 350 and the guide member 351 such as _22 and 圔 24 become 24. This paper is also applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297mm) 81.9.20,000

It 204¾ ^ 9 Λ6 Hi; printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Description of invention (23) One. Specifically, the protection member 350 includes a corner plate-shaped substrate 352. As shown in FIGS. 24 (A) and (D), the rear end portion of the substrate 352 is formed by a plurality of wire insertion holes 353. By using some widow insertion holes 353, the substrate 352 is surrounded by the screw 354 shown by the circle 23 Installed under the device body 340. The ratio of the main body 340 of the substrate 352 protrudes above the front end of the warp VI row side, as shown in FIGS. 24 (A) to (C>), there is an opposing gap that does not interfere with the cutting blade 324 for removing Left tJ wall 35 5, 356. The left and right walls 3 5 5, 356 are mounted on the device body 340 depending on the substrate 3 52, and are arranged on the left and right sides of the removal blade 324, which can protect the operator's fingers from the removal blade 324 injuries. In addition, the guide member 351 is disposed on the left and right walls 355, 356 of the above-mentioned substrate 352. That is, the guide member 351 includes a guide 357, a lower guide surface 358, and a front guide surface 359. The guide groove 357 is like a plaque 24 (A > ~ (C > As shown in the figure, it is a slot that is cut into a substantially three-shape in plan view from the front end of the substrate 352 located between the left and right walls 355, 356 to the rear end side. The left and right corners of the leading end of the guide groove 357 that form this muddle form The banknote Y is easily pulled into the wide-angle inclined guide surfaces 360, 361 in the guide 357. As shown in FIGS. 24 (B) to (D), the lower guide surface 358 swells downward and forms a bulge formed in the front half of the lower surface of the substrate 352 Below the exit portion 362, a notch is formed so that the left gradually slopes downward from the center of the guide groove 357 to the left and right Inclined surfaces 363, 364. Leading surface 359 __24 (A) ~ (D > shown, which extends from the front end surface of the base plate 352 to the front end surfaces of the left and right walls 355, 356 and the front end surface of the removal portion 362, and guides from the left and right guide grooves 357 Faces 360, 361, gradually inclined left and right slopes 365, 366. Take some guides 357, lower guides -25-installed. 1T. This paper is also applicable to China National Standard (CNS) A 4 specifications (210 X 297 mm ) 81.9.20,000 Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Invention description (24) The face Po 358 and the leading face 359 move the bracket 321 from the constant stop position to the yarn picking position. The yarn Y connected from the main nozzle 301 or 302 to the yarn catching portion 331 of the bracket 321 is firstly guided to the guide groove 357 by the lower guide surface 358 and the front guide surface 359, and secondly the banknote Y is pulled into the guide from the guide surfaces 360 and 361 The eaves 357 and the guide 357 can guide the yarn Y to the edge of the opened removal cutter 324. From this, the money eaves 357 buried in the yarn catching portion 331 of the holder 321 is in front of the suction hole 323 of the device body 340 , Vertical through the suction hole 323 ° The gripper 325 is located above and below the suction hole 323, A pair of clamping bodies 369, 370 made of synthetic resin or gold painting shown in the circle 23 of the device body 340. The upper clamping body 369 is fastened to the device body 3 40 as a single actuator The moving rod of the moving spring type cylinder 371 moves up and down across the suction hole 323 by using the telescopic movement of the cylinder 371, which can approach and separate the lower clamping body 370 that exposes the surfaces of the suction hole 323, keeping and liberating attraction Weft Y in hole 323. The sickle yarn sensor 326 is attached to a protruding portion 372 formed above the suction hole 323 of the device body 340. The yoke yarn sensor 326 is a non-contact type such as a photoelectric reflection type. The detection function portion of the weft yarn sensor 326 is exposed obliquely upward from the protruding portion 372, and the weft yarn Y connected to the holder 321 from the suction hole 323 can be detected. Below this protruding portion 372 is formed a deaerator 373 connected to the detection function portion of the taboo sensor 326. The clearing 373 leaves half of the yarn-missing sensor 326 and is covered by a cover 374 installed under the protrusion 372. For this reason, the cover 374 is covered by -26- This paper scale is applicable to the Chinese National Standard (CMS) A 4 specifications (210 X 297 mm) 81.9.20,000 Λ 6 Η (; Printed by the Staff Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs Description (25) The cover removal slot 373 is connected to the air supply pipe 375, which is connected to the pressurized air supply source outside the picture, and is installed on the protruding portion 372, by which the removal slot 373 directs the air to the sickle sensor The detection action part of 326 shoots from the horizontal direction to blow off the dirt attached to the detection action part of the yam sensor 326, and the detection action part of the M washing yarn sensor 326. In addition, under and above the protruding part 372 At the corner, the longitudinal groove 376 is formed above the yarn sensor 326. FIG. 25 shows the entire body of the fluid ejection type ellipse equipped with the banknote processing device 320 as an example of the aforementioned one. Furthermore, in this garden 25, Most of the main nozzles 301, 302, the water supply system 377 of some main nozzles, the banknote holding devices 304, 305 provided corresponding to the main nozzles 301, 302, and the yarn measurement corresponding to the main nozzles 301, 302 Long storage device 383 and main nozzles 301, 302 The yarn guides 389A and 389B provided for the pump are shown for simplicity, and one side is shown. In this FIG. 25, the water supply system 377 of the main nozzle 301 is derived from a water source 378 such as tap water. The water stored in the fixed water level 379 is pumped through the cam 380 and the connecting rod structure 381 and the external main shaft of the water pump 382. Μ The predetermined pressure and predetermined timing are shot from the main nozzle 301. The yarn length measurement The storage device 383 includes: a drum 384 held in a stationary state; a crocodile winding bracket 385 driven by a motor outside the plaque; and a fixed claw 387 driven by an electromagnetic actuator 386; The body 388 passes through the banknote guide 389Α, the woven braid 385, and the banknote guide -27- _Load · This paper is suitable for the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20,000 A6 Hi ; Printed by the Ministry of Economic Affairs of the Central Bureau of Standards and Staff Consumer Cooperative V. Description of invention (27) Device 389B and money-holding device 304, pull through the main mouth 301, use the electromagnetic actuator 386 for the control device 3 90 , Insert the fixed claw 387 into the circumference of the drum 384, use the rotation around the bracket 385 to trick Fix the Yarn Y-face to the fixed claw 387, and the Fang face on the circumference of the drum 384, and store it for a long time. Then, the fixed claw 387 is pulled out from the drum 384 at the scheduled claw extraction period, and then the big yarn grip The liberation action of the holding device 304 and the water jet of the main nozzle 301 are used to throw the sickle Y. The control device 390 arrives at Fu Gan due to the inclusion of weft notes from the warp yarn W column on the side of the anti-main nozzles 301 and 302 The detection signal of the detector 391 and the rotation angle signal of the key angle Υ from the external angle sensor of the main axis of the map to the angle 315 is 0 °. Therefore, the weft thread Υ cannot be inserted normally during the yoke insertion period. The weft arrival sensor 391 inputs a non-fiber yarn inspection signal that does not detect the weft yarn Υ, determines that a fiber throw failure has occurred, outputs a stop signal for a weft throw failure, stops the cutting operation of the common cutter 317, and performs the main machine in turn The forward rotation of the sleeve stops, the reverse rotation of the plaque, and the reverse rotation stop. At the same time, in order to automatically start, according to the preset program, drive: the electromagnetic actuator 306 of the yarn holding device 304; the support 321 of the weft processing device 320 Air supply to the cylinder 334 There is an on-off valve 392 for the leak valve; a flow path switching valve 393 for the air supply system of the bracket 321 to the cylinder 337; an air supply to the suction pipe 322 for the on-off valve 394; the air for the cylinder 347 by the cutting blade 324 is removed Supplying the on-off valve 395 with a leak valve to the system; the air from the gripper 325 to the cylinder 371 to the on-off valve 396 with a leak valve in the system; and, the cleaning slot-2β- This paper is again applicable to the Chinese national standard ( CNS) A 4 specifications (210 X 297 mm) 81.9.20 000

⑻9 Λ6 Printed by the HG Ministry of Economic Affairs Central Standards Bureau Employee Consumer Cooperative V. Description of the invention (27) 3 73 The opening and closing of the air supply system 397 to the air supply pipe 375; On the other hand, it is based on the The banknote Y connected from the main nozzle 301 to the holder 321 is successfully attracted and the weft Y from the side of the slit 315 is drawn out. In addition, the symbol 398 in FIG. 25 is a comprehensive Η. Next, referring to the flowchart of FIG. 26 and the plaque 27 and the state diagrams of FIGS. 28 to 32, the removal operation of the defective yarn thrown in the sixth embodiment will be described. First, before the operator suspects the operation, the outside The open-end yarn processing device performs on or off operation according to the cloth type. In terms of the skeleton, the weft yarn processing device opens and closes when it pays attention to the variety, and performs the disconnection when it emphasizes the operating rate. In addition, in the normal operation of the chisel, the holder 321 of the yarn processing device 320 stops the table at a constant stop position, and the clamping bodies 369, 370 of the yarn gripper 325 perform a liberation operation (separation operation). On the other hand, the operator turns on the off-screen operation outside the suspected map, and the control device 390 starts processing (step 101A). Then, in the state where the weft yarn processing device is opened and turned on, during the weft insertion period, the weft yarn arrival sensor 391 inputs the control device 390 without a fiber yarn detection signal, and the fixed claw 387 of the yarn length measuring storage device 383 is inserted In the human drum 384, the control device 390 determines that a bad casting has occurred, and outputs a stop signal (step 103A) to determine the cause of the stop signal, for example, the stop signal is output according to the warp stop signal from the warp stop warp Η from the outside When the signal (step 104A is Ν0), output the error signal to the external error display, accurate. Installed-* 1r. The paper size and degree are applicable to the Chinese National Standard (CNS> A 4 specifications (210 X 297 mm) 81.9 .20,000 A6 H (; __ Fifth, the description of the invention (28) The preparation operator repairs the broken warp, and suspends the yarn processing from that kappa (step 105A). Conversely, according to the weft-free yarn from the weft yarn to the Fu sensor 391 When the detection signal outputs the above-mentioned stop signal (YES in step 104A), the process starts to remove the defective input. Between the inertial actions, the cutting action of the common cutter 317 is stopped, and the electromagnetic actuators 306 and 307 are activated. Hold the training yarn Set 304, 305 to keep the action, prevent the secondary yarn from throwing the thread, stop the main shaft which is suspected of indignant rotation at the rotation angle of 180 °, open and close the valve 397, clear the air 373, let the air shoot 1, 2 At a certain time in the order of seconds, the detection action part of the air cleaning yarn-missing sensor 326 (steps 106A to 108A). When the forward rotation is stopped at the rotation angle position of 180 °, as shown in step 107A, when the weft insertion failure occurs The weft insertion yarn Y and the warp yarn W that are beaten in the warp opening are staggered under the row, on the other hand, the warp opening is approximately the largest. Next, the control device 390 supplies the weft yarn sensor 326 with luminous power, based on the The on and off signals of the thread detector 326 of the light receiving quantity check whether the yam yarn sensor 326 is dirty (step 109A). That is, the dirt is not attached to the detection action portion of the yarn sensor 326, which is normal, The weft yarn sensor 326 is a photoelectric reflection type. Therefore, the received light amount of the reflected light of the weft sensor 326 is below the limit value M. The veil sensor 326 will output a kane signal. The abnormal situation of the reflected light of the weft yarn sensor 326 is above the limit value, and the yarn sensor 326 will output an open signal. Therefore, when the fiber yarn sensor 326 outputs an open signal (step 109A is Ν0), meaning ~ 30 ~ This paper is again applicable to the Chinese National Standard (CNS) Grade 4 (210 X 297 mm)-installed · * 1r. Printed by the Staff Consumer Cooperative of the Central Bureau of Standards, Ministry of Economic Affairs 81.9.20,000 Λ 6 Central Bureau of Standards, Ministry of Economic Affairs Printed by Employee Consumer Cooperative V. Description of the invention (29) It means that the thread yarn sensor 326 is finished. The M control device 390 will output the error signal to the error display in preparation for the operator to clean the weft sensor 326. Subsequent weft processing (step 110A). On the contrary, when the winding sensor 326 sends out the threshold signal (YES in step 109Α), it means that the banknote sensor 326 is normal, so the control device 390 will reverse the socks spindle K at a low speed (one reverse inching) to 180 ° Rotation angle stop position (step 111A). The main shaft is stopped at a reverse rotation stop position, as shown in step 111A, the yarn Y which is suspected of being defective is liberated and the warp yarn W is interlaced, exposing the male mouth 315. Next, the control device 390 drives the flow path switching valve 393 and the opening / closing valve 394 to raise the stand 321 in the standing state from the constant stop position and stop at the yarn picking position, and at the same time generate the suction airflow at the suction hole 323 of the suction pipe 322 (step 112A) . That is, when the stand 321 in the standing state rises, the yarn Y wrapped around the main nozzle 301 from the main nozzle 301 contacts the left and right slopes 364 and 365 of the guide part 358 under the guide member 351 and the left and right slopes 365 and 366 of the front guide part 359 The surface is guided, passes through the guide surfaces 360 and 361 of the protective member 350, is inserted into the guide 357, passes between the cutting blades 324 of the removal cutter, and is located in front of the suction hole 323. Then, as shown by the dotted line at _28, the bracket 321 stops at the yarn picking position, and the control device 390 drives the opening and closing valve 392 to center the bracket 321 M pin 333 from the yarn picking position shown by the dotted line in FIG. 28. Pour to the yarn transfer position indicated by the solid line of the loop 22 (step 113A). In this way, the bracket 321 approaches the suction hole 323 of the suction pipe 322, and is buried from the main 301 to the bracket 321 -31-• installed-., 1Τ. This paper is also applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20,000 V. Description of the invention (3〇) Λ6 M (i. Printed yarn catching section 3 3 1 of the employee consumer cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 3 3 1 Guide to the front of the straw 3 2 2 2 32 3 near the front The airflow is attracted to the 321 to the suction hole example and the yarn picking position member 330 R is set, so K as shown in Figure 29 ascends the attraction of the friend frame 321 due to the shielding structure 3 2 1 of the yarn catching portion 3 15 side line Yarn Y Next, control the loading pin 33 3 as the center, and the 390 indicated by the dotted line of 29 moves the flow path to cut, stops at a constant stop 321 and descends, as shown in FIG. 30. The inside is thereafter controlled. The knife 324 is cut, and at the same time, the Y-face is inserted into the longitudinal axis 376 by the gripper, and the face is drawn near the front of the suction hole 323. The Y-shaped yarn located in the suction hole is shown in FIG. Inside the hole 323. At this time, the yarn is stopped at the guide position of the yam yarn Y of the holder 323 (here, the sixth beam application and yarn delivery position are the same) In this state, the shield is separated from the front of the suction hole 323, and the other side is shielded. When the suction hole 3 2 3 attracts the yarn Y connected to the main nozzle 310 and the banknote catching portion 331, the grid effect of the member 330 of the suction pipe 322 It will not act on the yarn Y connected from the bracket 331 to the side of the mouth 315. This mouth will not lie on the bracket 321. Set 390 to open and close the valve 392, so that the bracket 321 Μ is shown by the solid line of circle 29 After the yarn transfer position returns to the picking position and becomes the upright state, the control device changes the valve 393 and lowers the holder 321 from the banknote picking position to the stop position (steps 114Α, 115Α). The loose weft note Υ is drawn into the suction hole 323 by the suction of the suction tube 322, and the opening and closing valves 395, 396 are driven by the 390, and the weft yarn Υ 3 25 is removed from the main nozzle 301 connected to the suction hole 323 (step 1 1 6 A). 32 sides y .Λ- This paper is again applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20,000 Λ6 Printed by the Employees Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs Explanation (31) Then, the control device 390 moves the flow path switching valve 393 again, and puts the bracket 321 on After stopping at the yarn picking position (step 117A), the control device 390 checks whether the weft yarn Y connected from the suction hole 323 to the mouth 315 side is broken (step 118 / \). That is, the control device 390 supplies the weft yarn sensor 326 Light-emitting power to determine whether the Shuo Fu sensor 326 has been turned on. When the thread yarn sensor 326 is in motion (holding 118A is N0), it means that the bracket 321 is raised, the yarn Y is not raised, and the yarn Y is broken. Therefore, the error signal is output to the error display, and the operator is prepared to process the yarn, and the weft processing after that is terminated (step 119A). Conversely, when the weft yarn sensor 326 opens (YES in step 118Α), it means that the bracket 321 is raised, the weft Y is raised, and the weft Y is not broken, so the gripper 325 is released by the spring that is built into the air cylinder 372 At the same time, the support 321 is lowered from the yarn picking position, the liberation action of the stop and the lowering and loosening of the support 321 can be attracted by the attraction of the straw 322. Following the lowering of the bracket 321, the control device 390 moves the on-off valve 396 and the flow path switching valve 393. As shown in FIG. 31, the clamping body 369, 370 of the clamp 325 holds the yarn Y in the suction hole 323. Then, the holder 321 is raised from the constant stop position and stopped at the yarn picking position, and the yarn Y is drawn from the opening 315 side, and at the same time, the ascending order of the holder 321 is calculated (step 121A). That is, with the clamp 325 holding the sickle yarn Y, by raising the stand 32 1 in the standing state, as shown by the solid line in FIG. 32K, the yarn training path between the suction hole 323 and the suspect opening 315 becomes long , The weft Y can be drawn from the side of the opening 315. -33-(On t ^ .- r ^ zhi: 1 ';' ''-'^-Project Office € 5 Guang 丨') 丨 Installation-.Ιτ. This paper is applicable to China National Standard (CNS) A 4 Specifications (210 X 297 mm) 81.9.20,000 Λ 6 Η (; Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Invention description (32) Then, after the bracket 321 rises, the control device 390 supplies the yarn sensor 32 6 Light-emitting power to determine whether the yarn sensor 326 is off or not. When the sensor 326 is on (step 122A is Ν0), it means that the yarn Y has not been completely extracted from the mouth 315. The M control device 390 drives the opening and closing valve 396 and the flow path switching valve 393, the gripper 325 is released by the spring loaded with the Qi® 371, and the bracket 321 is lowered from the yarn picking position and stopped at a constant stop position (step 123 / U. With this, The solid yarn drawn from the opening 315 shown in the solid line in FIG. 32 M will not fall with the bracket 321, but will be loose as shown in the broken line in FIG. 32M, which is the attraction of the suction tube 322 from the suction hole 323 through the suction tube 322 Attracted to the discharge tube 343. After that, the control device 390 determines whether the number of rises of the bracket 321 calculated in step 121A is First set on the control device 390 as the reference number of times, for example, 10 times M, when the calculated number of rises exceeds the reference number of times (10 times> (YES in step 124A), it means that the yarn Υ is embroidered on the warp yarn W and cannot Withdrawing, the yarn Y fails to be removed, the K outputs an error signal to the error display, prepares the operator to process the reeling, and stops the yarn processing after that M (step 125A). Conversely, the calculated number of rises is less than 10 times Time (step 124A is Ν0), it means that the bracket 321 in step 121A was raised the previous time, although the delicate Y was not broken, but it did not completely fall off from the side of the mouth 315, so the control device 390 reopened the valve 396 and the flow path switching valve 393, by the holding action of the gripper 325 and the rise of the bracket 321, the yarn Υ is withdrawn from the mouth 315 side repeatedly. That is, in step 122Α, -34- loaded. • 6Τ. This paper Applicable to China National Standards (CNS) Grade 4 specifications (210 X 297 mm) 81.9.20,000 Λ 6 Η (; Printed by the Employee Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs V. Invention description (33) Fiber yarn sensor 326 starts to operate , The calculated number of rises to 9 times, the system The combination of the holding action of the money gripper 325 and the ascent of the bracket 321 and the combination of the liberation action of the gripper 325 and the lowering of the bracket 321. In addition, the above step 122A is YES, when the weft yarn sensor 326 operates, it means that The holding action of the gripper 325 and the rise of the support 321 completely withdraw the weft Y from the opening 315. The control device 390 moves the opening and closing valve 396 and the flow path switching valve 393. The support 321 is lowered and stopped at a constant stop position To release the gripper 325 (step 126 Α). Thereby, the fiber banknote Υ can be discharged from the suction hole 323 through the holding bodies 369 and 370 between the grippers 325 and the suction pipe 322 and the discharge pipe 343. Next, the control device 390 drives the on-off valve 394, stops the suction of the suction pipe 322, reverses the low-speed reverse rotation (secondary reverse fine movement) of the suspected main engine to a rotation angle position of 180 °, and performs restarting to find the cutoff (step 127Α), press the button outside the picture of the loom to automatically start the operation (step 128Α), and then press the button outside the picture of the machine to automatically start the operation (step 129Α). By this, one cycle of the removal process of the weft yarn with poor weft insertion ends, as shown in FIG. 25, the automatic re-driving (automatic start) of the lotus rotation (step 130Α). In short, as in this sixth embodiment In the case of fluid jet type suspects with a large number of main nozzles 301 and 302, if the weft insertion from the main olfactory nozzle 301 and the weft insertion from the main mouth 302 are poor, the bracket 321 will transfer the weft Υ to the straw 322 When attracting the hole 323, the main mouth 301, 302 -35-. Loading 丨 This paper is suitable for the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20,000 V. Description of the invention (34) Ministry of Economic Affairs The printing and layout of the Central Bureau of Standards ’Staff Consumer Cooperative are placed in different positions. Although the yam line raised by the bracket 321 is different, it is connected to the main mouth 301 or 302 by the dump of the bracket 321 toward the suction hole 323 The yarn Υ of the holder 321 can be close to the front of the suction hole 323, and the delivery of the fiber yarn Υ is sure. Seventh embodiment Fig. 33 shows a tabby yarn processing apparatus as a t-th embodiment. In this seventh embodiment, the same symbols are attached to the same parts as the aforementioned sixth embodiment. In the seventh embodiment shown in FIG. 33, its particularity lies in the following aspects: it is provided with: an extraction bracket 312A provided with a shielding member 330, which can be buried from the main nozzle 301 to the side of the mouth 315 side The yarn Y is substantially orthogonal to the cross direction of the up and down; and, the M support shaft 40 is the center, and the guide bracket 401 rocking up and down; when fiber throwing failure occurs, first by the guide bracket 401 from the solid line The constant stop position is turned upward, and the banknote Υ connected from the main nozzle 301 to the side of the opening 315 (refer to the circle 22) is guided to the vicinity of the front of the suction hole 323. Then, the key yarn Υ is drawn into the suction hole 323 by the attraction of the suction pipe 322 as shown by a chain of dots (after the weft yarn Υ is guided near the front of the suction hole 323 by the guide bracket 401), the guide bracket 401 is restored 3. Stop at a constant stop position. Secondly, the removal cutter 324 cuts the weft yarn Υ connected from the main nozzle 301 to the suction hole 323 side, and at the same time, the weft yarn Υ that is cut off from the opening 315 side is clamped by the clamping body 369, 369, After holding 370, by raising the shielding member 330 from the constant stop position shown by the solid line to the yarn picking position shown by the broken line, the fiber yarn Υ can be drawn from the side of the slit 315. -36- This paper is again applicable to the Chinese National Standard (CNS) Grade 4 specifications (210 X 297 mm) 81.9.20,000 " • Mt; t1. · ', Cargo side: 1-' '··' ρ ^ ή · ίι? · '.νίκ ",, 丨 installed-Γ order ·. Gas: Λ 6 Printed by the Central Standards Bureau of the Ministry of Economic Affairs, R, R, and Consumer Cooperatives 5. Description of the invention (35) Eighth embodiment Figure 34 is shown as the eighth The yarn processing device of the spring embodiment. In the eighth embodiment shown in FIG. 34, the particularity lies in the following aspects: The structure is as follows: the shield member 330 of the bracket 321B is connected to the rod 402 at one end, and the other end of the rod 402 is connected to the device body 340. The fixed shaft 403 on the side of the anti-main nozzle 301 uses the actuator M outside the figure to circle the fixed shaft 403 as the center, and the shielding member 330 is shaken up and down; the shielding member 330 covers the device from the constant stop position shown by the solid line toward the device The yarn picking position indicated by the dotted line above 40 is shaken, and the key note buried from the main nozzle 301 to the side of the mouth 315 is shown by the dotted line, and can pass through the guide portion 3 58 and the front face portion 3 59 under the guide member 351, — Surface insertion guide 3 57. The open cutting blade 324 between the blades and the longitudinal 376 are raised upwards, and at the same time, they are guided to near the front of the suction hole 323 of the straw 322, which can be used to attract the straw 32 2 The force is attracted into the suction hole 323. Ninth Embodiment Fig. 35 shows a weft processing device as a ninth embodiment. In the ninth embodiment shown in FIG. 35 (A), the structure is as follows: the holder 321C is driven to move up and down in a direction substantially orthogonal to the training yarn Υ connected from the main nozzle 301 to the opening 315 side, and the straw The suction hole 323 of 322 faces the holder 321C side and reciprocates in a substantially horizontal direction. Specifically, the shield member 330 provided with the yarn catching portion 331 in the holder 321C is connected to the flange 404. This flange 404 tightening works as the operating stem of the cylinder 3 3 7 of the actuator. This cylinder 337 is connected with the main nozzle 301 to the mouth 315-37-. Installation_ • 1Τ. This paper is again applicable to China National Standard (CNS) A 4 specifications (210 X 297 mm> 81.9.20,000 Λ6 Hi ; Printed by the Ministry of Economic Affairs Central Standards Bureau Staff Consumer Cooperative V. Description of the invention (the mechanism that drives the support 321C in the direction of the weft Y cross on the 3i〇 side. Therefore, the yarn catching portion 331 of the support 321C is driven by the telescopic drive of the cylinder 337 The yarn pick-up position shown in Fig. 35 (A) above the solid stop position below the main nozzle 301 (refer to the state shown by the one-dotted line of the circle 22) and above the suction hole 323 of the suction pipe 322 is raised and lowered The suction hole 323 is equipped with a suction hole 323. The bet 340 is slidably assembled to a fixed base 408 through a guide mechanism 407 composed of a guide groove 405 and a guide rail 406. The guide 405 is formed on a fixed base that is spaced above the device body 340 Above 408, the beer eaves shown in surface 35 (B). The guide rail 406 is formed under the fixing plate 409 at the bottom of the connecting device body 340, and is a cross-sectional shape that is slidingly engaged with the above-mentioned tenon weight. The fixing plate 409 holds the pin 410 downward Suddenly set. This pin 410 — The play surface is inserted into the long hole 411 formed in the front of the fixed base 408 in the penetrating state. The rear of the fixed base 408 is mounted with an air cylinder 412 as an actuator. This air cylinder 412 drives the suction hole 323 of the suction pipe 322 toward the bracket 321C side The operating rod of the air cylinder 412 fastens the longitudinal end of the angular connecting member 413. The longitudinal end of the wrapping member 413 is inserted on the side and inserted into the rear of the fixed base 408 in a through bark state, which is different from the above. Long hole 414. The horizontal end of the connecting member 413 below the fixed base 408 connects the lower end of the pin 410 protruding to the fixed plate 409 than the fixed base 408 protrudes downward. Therefore, the telescopic drive of the air cylinder 412 is used to The body 340 can reciprocate in a substantially horizontal direction along the guide structure 407, and thus can be in a constant stop position shown in FIG. 35 (A) away from the bracket 321C and a yarn transfer position shown in FIG. 36 near the bracket 321C, Drive straw-38- This paper is again applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20 000 (-! L: a, -xr face: ^^^: 1 Central Ministry of Economy Bureau of Standards Staff Consumer Cooperative Preparation 5. Invention description (37) 322 Suction hole 323. As shown in the plaque 35 (A), a 3-shaped retaining member 416 is mounted on the concave portion 415 of the device body 340 where the cutting blade 324 is disposed. The upper and lower walls 417 and 418 of the protection member 416 are disposed away from the removal blade 324 to protect the operator's fingers from the removal blade 324. The upper and lower walls 417, 418 respectively form guide buildings 419, 420 whose works are guide members. By moving the guide eaves 419, 420 from the constant stop position of the bracket 321C to the yarn picking position, the yarn Y connected from the main mouth 301 to the wonderful catching portion 331 of the bracket 321C can be guided to the open removal cutter 324 between the blades. From above, the yarn Y connected to the yarn catching portion 331 of the holder 321C in the upper guide 419A traverses the suction hole 3 2 3 up and down in front of the suction hole 323 of the device body 340. In short, according to this ninth embodiment, when the big yarn Y connected from the main mouth 301 to the mouth 315 side is transferred to the suction hole 323 of the suction tube 322, first, as shown by the circle 35 (A), Ascending from the constant stop position and stopping in the picky position, the taboo Y connected from the main mouth 301 to the side of the mouth 315 can pass through the guide 419, the open removal cutter 324 between the blades and the guide 420, in turn The surface is guided in front of the suction hole 323 of the straw 322. Next, in the state where the holder 321C stops at the yarn picking position, as shown in FIG. 35 (B), the device body 340 is moved to the holder 321C side by moving the air 412. The suction hole 323 of the suction pipe 322 is brought closer to the slave The mouth 301 is connected to the weft yarn Y of the banknote catching portion 331 of the holder 321C, and the fiber yarn Y is attracted into the suction hole 3 2 3 by the suction of the suction pipe 3 2 2. -39- (Please "4 Reading"-! 1 song: 1. " 私 项 # 填. &Quot; · ', · ,!) This paper is again applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20,000 204379 MU () 5. Description of the invention (38) In the foregoing sixth to ninth embodiments, the structure of assembling the gripper 325 to the device body 340 provided with the straw 3 22 is shown. However, in this song, the banknote holder 325 is provided in the brackets 321 or 321A, 321B, 321C, and has the same effect. Furthermore, in the foregoing seventh to ninth embodiments, in order to simplify the description, a main Nozzle 301, but like the sixth real cell example, it can also be applied to the type with most main nozzles. 丨 Installed • M, as described above, according to the sixth to ninth embodiments described above, poor fiber throwing occurs and gall stops After the weft yarn cutting action of the common knife is between the main mouth and the warp. When passing the support yarn from the main mouth to the mouth to the suction hole of the straw, the bracket and the straw are brought close. Even if the suction of the straw is weak, the suction hole can surely attract the weft yarn buried from the main nozzle to the support. Therefore, the fluid jet type with most main nozzles Needless to say, even if it is a fluid jet type machine with a single main nozzle, the weft yarn handover is indeed in the middle of the weft treatment, and the poor yarn removal performance is high. Brief Description 1 FIG. 1 is a perspective view showing the suspected machine nozzle nozzle of the first embodiment of the present invention. Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs. FIG. 2 shows the structure of the suction removal part of the first embodiment Cross section_. Figure 3 is a horizontal view showing the whole of the suspected machine in the first embodiment. Figure 4 is a flow chart in the first embodiment. -40- 81.9.20,000 This paper scale is applicable to the Chinese National Standard (CNS> A4) (210 X 297 mm) 2〇43 * ϊ9 Λ6 H (i Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Description of the invention (35: ») Figure 5 is a flowchart of the first embodiment. Figure 6 is a display Fig. 7 is a state diagram showing the initial state of attracting the guided weft yarn of the first embodiment to the suction hole. Fig. 8 is the display. The introduction of the first embodiment Fig. 9 is a state diagram showing the state of maintaining the bark state of the yarn with the yarn gripper of the first embodiment. _1〇 is a flat display showing the scythe bracket of the first embodiment Fig. 11 is a cross-sectional drawing showing the main part of the second embodiment of the invention. Fig. 12 is a perspective drawing showing the main part of the third embodiment of the invention. Fig. 13 is a display A side view of a part of the cut-out display in the comparison of the present invention. FIG. 14 is a perspective view showing Zhou Pu, a suspected machine shooting nozzle of the fourth embodiment of the present invention. _15 is a horizontal view showing the entire suspect machine of the fourth embodiment. Fig. 16 is a state diagram showing a state in which the yarn holder for weft banknotes of the fourth embodiment is guided to the front of the suction hole. Fig. 17 is a plan view showing a state in which the holder for yarn editing of the fourth embodiment is drawn from the mouth side. 18A to 18C are diagrams of the operating state of the yarn holder of the fourth embodiment. -41-/-installed ·, 1T. Μ. Winter paper A degree is applicable to China National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20 000 2043 ^ 9 Λ6 H (i employee of Central Bureau of Standards, Ministry of Economic Affairs Printed by the consumer cooperative V. Description of the invention (40) FIG. 19 is a cross-sectional view showing the state in which the practiced yarn of the fourth example is sucked into the suction hole. FIG. 20 is a view showing the circumference of the weft insertion nozzle of the fifth embodiment of the present invention. Fig. 21 is a perspective view showing a state different from that of Fig. 20 of the fifth embodiment. Fig. 22 is a perspective view showing a relic of the first embodiment of the present invention. Fig. 23 A cross-sectional view showing the structure of the suction-removed part of the sixth example. Figure 24 shows the protective member and the guide member of the sixth embodiment, (A) is the upper edge, (B> is the front circle, (C ) Is a cross-sectional view along the line CC, and (D) is the following _. FIG. 25 is a schematic diagram showing the whole of the sixth embodiment of the machine. Park 26 is a flowchart of the sixth embodiment. FIG. 27 is a sixth embodiment Flow chart of an example. FIG. 28 is a state circle showing the state in which the holder for weft yarn of the sixth embodiment is guided to the front of the suction hole. 29 is a state diagram showing the initial state of attracting the guided yarn of the sixth embodiment to the suction hole. FIG. 30 is a diagram showing the state of sucking the guided practice of the sixth real cell example into the suction hole. State diagram. Circle 31 shows the -42--? &Quot; 間 · .-Γ surface of the banknote holder of the sixth * embodiment to keep the state of sickle: i, -fJnfr ^: VT owed: 丨 ' ) Packing-Γ Order. — Fresh · This paper scale is applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) 81.9.20,000 2043 ^ Printed by the Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Invention Instructions (41 ) Bark state diagram. FIG. 32 is a plan view showing a state in which the support for the weft yarn of the sixth embodiment is drawn out from the mouth side. Plaque 33 is a cross-sectional view showing the main part of the seventh embodiment of the present invention. FIG. 34 To show the side view of the main part of the eighth embodiment of the present invention. Figure 35 shows the main part of the ninth embodiment of the present invention, (A) is a side view of a part of the cut, (B) is along the line BB Section 36. FIG. 36 is a functional illustration of the ninth embodiment. Plaque 37 is a sectional view showing the main part of the conventional example. -43- This paper ruler Applicable to China National Standards (CNS) Grade 4 specifications (210 X 297 mm) 81.9.20,000 ί Please tsr. »!! back.i of πί; ^ · > ί! # ^ · Ν; '·!-:' 1 ')-installed. I-ordered. M ·.

Claims (1)

Α7 Β7 C7 D7 Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 6. Patent Application Fan Garden 1. A weft yarn processing device for a fluid ejection machine, which refers to the weft cutting of common cutting blades when a bad casting occurs Action, stop the machine, and remove the liquid jet from the bark state where the weft yarn connected from the main mouth to the mouth is exposed to the bark state. The special features of the yarn processing device are: equipped with: located in the main mouth Nearby, the weft yarn attracting structure that attracts the fiber yarn; between the main nozzle and the opening, guides the weft yarn to the holder of the weft yarn attracting mechanism; between the main nozzle and the weft yarn attracting mechanism, for cutting off the weft yarn Cutter; the gripper that holds the weft notes connected to the mouth side; and, in the direction of withdrawing the weft held by this gripper from the mouth side, drives the fabricator of the aforementioned bracket. 2. The weft processing device of the fluid jet lance machine as claimed in item 1 of the patent scope, wherein the support is formed at the weft guide position toward the weft suction mechanism as a plate-like shape that can block the attraction to the opening side Shield member. 3. A weft yarn processing device for a fluid shooting machine as claimed in item 1 of the patent scope, wherein a recess for guiding the weft yarn to the suction mechanism is formed at the weft yarn joint of the aforementioned bracket. 4. For example, the application of patent fan garden item 1 of the fluid jet weaving yarn processing device, which is provided with a mechanism that moves the aforementioned bracket to the direction containing the next two components of M: for the connection from the main nozzle to the mouth side The key cross component and the horizontal component on the weft attracting mechanism side. 5. If the weft note processing device of the fluid injection machine of claim 1 is applied, the aforesaid bracket Μ is at the pivot position, and the shaking lotus is moved-4 4-(please read the precautions on the back before filling this page ) .Package. Order ^. This paper scale is applicable to the Chinese National Standard (CNS) A4 specification (210 X 297 mm). Printed by the Ministry of Economy Central Standards Bureau Employee Consumer Cooperative. 6. Drive for patent application. 6. For example, the thread processing device of the fluid ejection machine as described in item 1 of the patent application, in which a mechanism for driving the support to the direction of crossing the weft connected from the main nozzle to the mouth side and the weft The mechanism that attracts the structure to the side of the bracket. 7. A weft yarn processing device for a fluid shooting machine as claimed in item 1 of the patent scope, wherein between the main nozzle and the fiber yarn suction mechanism, a guide member for guiding the yarn to the weft yarn suction mechanism is provided. 8. For example, the weft yarn processing device of the fluid spraying machine in the application for patent fan garden item 1, wherein weft detection mechanism is provided at the seam entrance of the aforementioned yarn suction mechanism. 9. A delicate processing device such as the fluid ejection device of Patent Application No.〗, in which a mechanism for injecting air toward the weft banknote detection mechanism is provided near the mechanism. 10. For example, the weft yarn processing device of the fluid jet printer in item 1 of the patent application, where the spindle is rotated after the suspected machine stops, and when the bad weft banknote is exposed, the aforementioned bracket is raised to prevent the common cutter Cut the weft. 11. For example, the weft banknote processing device of the fluid jetting machine applying for patent fan garden item 1 is provided with a guide portion, which is located when the defective weft yarn connected from the main nozzle to the incision is transferred to the aforementioned weft yarn suction mechanism. The suction mechanism side guides the defective weft yarn to the suction mechanism. -45- This paper scale is applicable to China National Standards (CNS) Grade 4 (210 X 297 mm) (please read the precautions on the back before writing this page) _ 装 · 訂 · "-