TW574452B - Weft inserting device for fluid jet type loom - Google Patents

Description

574452 V. Description of the invention (1) --- [Technical field to which the invention belongs] The present invention relates to the investment of a fluid-jet loom having a plurality of weft-injection ejectors that can be selectively moved in the weft-injection position and the standby position. Weft installation [known technology] Generally, a multi-color weft-feeding fluid jet loom adopts a multi-weft-feeding device having a plurality of weft-feeding ejectors corresponding to the weft lines capable of wetting. Among such multi-color weft feeding devices, one of these weft feeding ejectors is moved at the same time to perform weft feeding, and one of the plurality of weft feeding ejectors is positioned at a predetermined weft feeding position (Japanese Unexamined Patent Publication No. 4) 9-4 1 6 71, Japanese Patent Laid-Open No. 5 0-4 8 2 60). In addition, there is also a scheme in which a single or multi-color weft insertion device of a fluid jet loom is configured as an immovable holding body between the weft injection ejector and the thread supply side cutter to hold the inserted weft thread. Technology (Japanese Utility Model Publication No. 59-1 7787, Japanese Utility Model Publication No. 3-8 1 388). [Problems to be Solved by the Invention] However, in the former technique, when weft insertion of a weft with high elasticity such as strong twisting, weft occurs due to the rebound of the cutter on the thread supply side during cutting. Problems such as detachment of the ejector from the weft-feeding ejector, or the entanglement of adjacent weft threads with each other, hinder the next weft-feeding. In addition, since the latter technology has a holding body fixed, when it is applied to a multi-color weft-feeding device that moves a plurality of weft-feeding ejectors to a weft-feeding position, the weft-feeding ejector and the holding body are opposed to each other. The positional relationship changes with the movement of the weft-feeding ejector. As a result, the weft-feeding ejector and grip

313567.ptd Page 6 574452 V. Description of the invention (2) Wefts between the bodies are slack, and weft insertion errors occur immediately after the wefts (the selected wefts, the selected ones) are replaced. That is, when an immovable holding body is used, setting the holding system to the weft thread can release the holding state and shorten the path of the weft thread at a position suitable for weft insertion. Therefore, when the target weft insertion ejector is changed to a non-selected state by changing the selected weft thread, the object weft insertion ejector will move from the weft insertion position to the non-selected position. In contrast, the grip body will not move. Therefore, the path of the weft thread between the object weft-feeding ejector and the gripping body becomes longer, and the weft line of the object weft-feeding ejector can be pulled out from the gripping body or the weft-feeding ejector. As a result, if the target weft-feeding ejector is selected later, the weft thread will be loosened due to the movement of the object weft-feeding ejector, and the weft threads will become entangled with each other due to the slackness of the weft thread. It is a weft insertion error that catches the warp at the front end of the weft during the weft insertion. The object of the present invention is to suppress weft slack caused by the movement of the weft-feeding ejector, so as to prevent weft insertion errors caused by weft slack. [Solving Means, Functions, Effects of the Invention] The weft insertion device of the fluid jet loom of the present invention is characterized by comprising: an ejector device having a plurality of weft insertion injectors arranged in parallel so as to be movable toward the weft insertion position; A thread-supply-side cutter for cutting the inserted weft thread; it has a weft thread to hold the weft thread during dozing, and is arranged between the weft-feeding ejector and the cutter so as to cooperate with the movement of the weft-feeding ejector. The thread holding device of the moving thread holding portion. When the weft insertion ejector is selectively moved in the standby position and the weft insertion position

313567.ptd Page 7 574452 V. In the description of the invention (3), the gripping part also used the wefting error between the weft path of the ejector and the holding part. The components of the aforementioned wire protection are different from the movement of the shooter and the wire holding portion is moved. The wire holding body is moved by the component holding portion. The weft insertion device stretches a shooter of the weft thread and the weft threads are entangled with each other. The aforementioned thread protector is provided, and the weft input spray caused by several of the aforementioned thread protectors is shortened, so the thread slack condition is in accordance with the change ratio induced by the action The support of the weft thread holding nest member can be matched with the support of the holding device, and the above can also wrap more than one to generate weft winding. The holding device cooperates with the holding portion. The weft-throwing caused by the ejector and the wefting can be shortened in the past. It has a loose condition with the supporting member. The weft-throwing has a mounting member. The front weft-injection is used to draw the partition wall to relax. It is possible to have a corresponding weft insertion so that the weft insertion is reduced by the thread holding portion to move the weft reducer. Therefore, between the weft-feeding ejector and the weft thread holding portion, the weft-feeding ejector can be reduced, and the weft-feeding ejector caused by the weft thread to move can be moved as a whole. The support member supports the movement of the front ejector to keep the line in the same position as the weft-feeding ejector, and the support member supports the movement of the line ejector so that the line holding portion is ejected from the adjacent weft-injection.器 延。 Device extension. In this way, even if the weft-feeding ejection nozzle can prevent the weft line between the neighbor and the movement of the weft-feeding ejector to the application of the ejector by the partition wall, the weft line is guided by the movement of the weft-feeding ejector. The path change will make more use of weft insertion errors caused by the slack in the weft between the ejector and the holder.

313567.ptd Page 8 574452 V. Description of the invention (4) [Embodiments of the invention] Figures 1 to ^ show the multi-color application of the present invention to a water jet loom using pressurized water as the weft input fluid. An example of a weft insertion device. In the weft insertion device, the weft thread 12 is inserted into the opening of the warp thread 4 by pressurized water, and is pushed to the position of the thread by a reed 16 and then cut off by a cut-off device 18 on the supply side of the thread. In Fig. 1, the weft insertion direction is shown with & head 20, the weaving end on the line supply side is shown with one-dot chain line 22, and the weft-side end edge of the moving range of 筘 16 is shown with two-dot chain line 24. The box 16 has an opening 26 for receiving a part of the cutter 18 when beating up. It is equipped with a plurality of throws; it has a rotation angle of 30 from the axis of the ejection of the counter 32, and the rotation state of each of the weft rotations is 30. The moving state is installed by the weft line 1 2 corresponding to the ejector 30, and is used to maintain a plurality of lines. Rotate the shaft 34 in the direction of weft insertion to perform the weft injection ejector member 36, and then support the 38 ° weft injection ejector frame to be rotatable for replacement. It can be borrowed. The weft insertion device j0 also includes: There are two weft-feeding ejectors (two in the example shown in the figure). Weft-feeding ejectors each have a line supply side corresponding to the weft-feeding ejector 30 corresponding to the weft-feeding ejector 30. Thread holding device. The ejector device is provided with a swinging member 36, which is rotatable with a rotating shaft 34 that can rotate at an angle to the line, and a plurality of ejector holders 38, respectively, are mounted on the swing The ejector 30 is mounted on the corresponding ejector holding moving shaft 34, which is arranged at a position where the warp 14 moves in the direction of the upstream side, and is shown in a frame (not shown): Motor or rocker cam, etc.

574452 V. Description of the invention (5) The axis extending in the direction enters the rocking member 3 6 to the rotating shaft 34, and the rocking member 36 is mounted on the rotating shaft 34 and (not shown in the figure) is fitted to the spraying composition to allow relativity Each of the ejectors moving toward the rotating shaft keeps the hub-shaped jets for weft-injection toward the downstream side of the warp line 14 and the fluid ejection port passes a predetermined weft-injection holder 38. Therefore, in a state of an arc, the rotating shaft 34 and the swing ejector 30 have a flow path from water. The swing mechanism is communicated by the pipe body 44. Flow through the rotating shaft 34, the ejector ejector 30 of the ejector holder 38. From each weft insertion angle, one of the slits is tightly separable, and the position of the ejector and the ejector is secured. 3 The shaft is mounted in the 3 series. The mounting section is 42. The 30 series is mounted on the spray member by rotating an imaginary circle. The weft-injection member 36 is used as a working path and a rocking flow path, and the weft-injection ejector 36 and the ejector ejector ejector fluid dynamic member on the arc of the flow axis 34 are centered on the axis of the body ejection opening toward the axis. The method is arranged on the flow path of the pressurized water system 3 6 of the ejector 30 series holder 38 and the shaker holder 30 and the weft one holder 38, and rotates (swings) at a predetermined timing. The slotted fastening structure portion of the end portion is fitted into the turning structure portion with a plurality of screw members 40. The holder 38 is a recessed part of the member 36 which is to be shaken. The convex part (not shown) of the holder 38 is adjusted by the knot, and it can be shaken integrally with the rotation of the rotation shaft 34. The weft-throwing ejector 30 is installed on the warp line 14 in the direction of movement of the warp line 14 and is located on the side of the corresponding ejector so as to be parallel to the virtual moving member 36. 3 8 At each weft insertion, the same injection pressure corresponds to the flow path of the pipe body 44 (not shown), and the fluid and weft threads supplied to the fluid ejection port of the predetermined ejector 30.

574452 V. Description of the invention (6) ^ ^ ^ The direction can be adjusted by the injectors provided in each injector holder 38 2 4. Manual adjustment. The ejector adjusting device also has a function of connecting each ejector holder 38 to the swing member 36. Bolt ϊ: The entire device has a plurality of bolt members 48, the plurality of bolts, and the bottom plate 46 mounted on the bayonet rocking member 36 are screwed to the spraying bolt = 38, and by adjusting the bolt member 48 for the spraying The holder is held at $ 2, and the corresponding injector holder 38 and the technical weft injector 30 supported thereon are inclined to the swinging member 36. An injector device having the above-mentioned structure is described in, for example, Japanese Patent Application Laid-Open No. 2000- 1 3 1 848. + 行 开 十 筘 睥 Ϊ ί Ϊ The thread holding device of the thread supply side of the thread holder 32 is at the same time: at the time of using the ejector 30 and the weft path defined by the box 16 to arrange J ^ 'to hold the weft The holding portion 62 will be described later. In detail, the positioner 50 extending downward in the line companion support is not shown in the figure. ^ = =: The extended support shaft 52 is shaken at 5 ° of the positioner to be shaken, and the support frame 54 is installed at 32. Installed in the support frame 54. The women's clothing is on the cutting axis 52, and the wire holder branch a_ support 54 is shown in FIG. 3 'with a recess 56 formed between the mounting parts 42 of the adjacent jet piano companion holders 38. Bevel 1 shot \ Bao 58. Because of this, the support frame 54 is moved between the two ejector holders 38, and is driven by the engaging part 58 of the engaging part 58 to the recess 56 of the mounting part 42, and then moves to follow the driving motion. . Each of the line holders 32 is formed by a pair of plate members. One of the two plate members

313567.ptd Page 11 574452 V. Description of the invention (7) t j is installed in the support frame 54 with one or more bolt members 60 in a state of maintaining a gap in the weft insertion direction. The part from one end side of the 1 member is formed by a spray of pressurized water of a weft-injection ejector 30 between the two plate members, and is scattered around the water film formed by mist. The space | interval of the thread holding | maintenance part 62 which can hold the weft thread 12 by the viscosity of this water film is formed. The other end portion of the 7-plate member is bent and expanded into a figure-eight shape. The 4-line holding portion 62 extends to the opening portion 64 of the fluid ejection opening of the weft-injection ejector 30. Each of the thread holders 32 is arranged on the support frame w in such a manner that the mouth portion 64 opens toward the 4th line with the fluid from the corresponding weft-injection ejector 30, in other words, the thread holding portion 62 is positioned higher than the opening portion 64. ^. The second line moves downstream in the moving direction, and the line holding portion 62 is positioned more downstream than the opening portion β 4 in the moving direction of the warp. In the plate portion of the opening portion 64, the two blades on the side of the adjacent line holder 32 are used as the interval dividing the weft line extending from the weft-injection ejector 30,6. The wall 66 extends from the line holding portion 62 toward the weft-injection ejector 30, and in particular, the wall 66 extends from between the weft-injection ejectors 30. u 1 shot In the weft insertion device, as shown in Figure 4 (A), when any of the weft injection is moved to the predetermined weft insertion position i predetermined position. In addition, from the end of the weft thread of each weft-feeding ejector =, the cutoff is separated from the woven fabric by the cutter 8 and the thread holding portion 62 of the thread holder 32 is maintained in a releasable state. ^ When changing the selection of the weft, the rotation axis 34 will be angled according to the selection of the weft 574452

5 进 ′ ί7 can make the rocking member 36 rotate at an angle, and the second rotation of the support frame selection line is rotated. Therefore, as shown in FIG. 4 (B), it does not make the second one corresponding to the previous selection: use the ejector 30 to move To the weft insertion position, the weft insertion ejector 30 corresponding to the holding of Ϊ = line is moved from the weft insertion position, and the line holding W2 is moved to a predetermined position in cooperation with the movement of the weft insertion nozzle 3◦. In the above state, the line holder 3 2 which is ejected together with the fluid is pulled out, and the thread is supplied from the put-in weft beating. At this time, the line security system is opened in a figure-eight 6 4 and the holder 3 is smoothly and reliably. 2. Selecting the weft and inserting the warp thread means that the thread is held by the thread through the position holder 32 on the 筘 side, so the weft thread trough line is maintained from the opposite opening. This selection of the weft threader 32 2 is pushed against the line thread mouthpiece 64 on the line supply holder 32, and in response to the weft-throwing ejector 30, the 'selection of the weft thread held in the weft thread away from the thread holder 3 2 Sustained state liberation. The weaving position is held with the holder 32. The side portion of the weft-injection ejector 30 can be reliably held at the line utilization point through the opening. Then, at a predetermined timing, the cutter 18 cuts the weft threaded from the part of the woven fabric between the woven fabric and the thread holder 32 to the weft-throwing ejector 30. The above steps are to select the weft number for each replacement. When weft selection is the same, we do not need to move to weft insertion. Performed while online. However, as described above, when the weft-injection ejector 30 is moved as described above, when the thread retainer 32 is moved in response, the weft-injection ejector 30 and the thread retainer corresponding to the weft-injection ejector 30 are moved. Weft between 2 and 574452 5. Explanation of the invention (9) The length of the line path does not cause the weft insertion error between the line holding portion 6 2. In addition, even at the time of the rigid weft (at the time of ejection), the posture phase fluid ejection amount and the fluid ejection portion of the opening portion 64 in the weft insertion device 10 can be generated as the ejector 30 extends at intervals. The wefts are entangled with each other. In the above embodiment, the partition wall is formed of the same member as the wire holder. In addition, the next wall is formed by other members. Change, the weft pine just replaced the front end, due to the shooting sequence 'because it is from the two walls 66, the relaxation, but also the partition wall', especially outside, also formed, or the posture of the weft is still acceptable after the weft is maintained. It is easy to set the fluid ejection pressure, conditions, or adjust the loom by keeping the nozzle ejector 30 for weft insertion to reduce weft insertion caused by weft thread relaxation and continuous selection of the weft thread. The position of the forming portion 62 in the plate member of the device 32 is oriented toward the weft insertion, because the weft insertion ejector 3 and the partition wall 66 prevent adjacent weft threads from forming a line retainer, but it can also be used as a component that forms the weft thread retaining portion. Forming the openings on the wire is to form openings and spaces with the same members. Referring to FIG. 5 and FIG. Installed on the frame of the loom, and

And the sliding members 76 and 78 are supported on the guide rails 72 and 74 so as to be movable in the direction of the loom. The sliding members 7 and 6 are supported to be movable along an axis 80 extending in the direction of the warp opening, and have a plurality of (two in the example shown in the figure) pipe water supplied to the pipe body 44 respectively. Multiple flow paths.

574452 V. Description of the Invention (ίο) The ejector holder 38 to which the ejection ejector 30 is installed is attached to the sliding member 76. Each of the thread holders 32 is mounted on the sliding member by being attached to the sliding member 78, the supporting member 84, and the screw member 86 screwed to the supporting member 84, so that the opening portion 64 can be sprayed from the corresponding weft-injection device. The weft thread sprayed by the device 30 is opened. / The body Weft insertion device 70 has a spacer member 88 formed by a plate structure bent in a figure. In the example shown in the figure, the spacer member 88 is formed by mounting one of the adjacent weft-feeding ejectors 30, so that the f-curve 2 :: 2 is used to divide the adjacent weft-feeding ejectors 30. The partition wall M of the extended weft line: The partition wall 90 extends from the thread holding portion 62 to the other side of the weft-feeding ejector, especially 1 β # extends from the adjacent weft line that ejects the fluid together with the fluid.疋 The sliding members 76 and 78 are moved toward the long sides of the guide rails 72 and 74 by a suitable driving device 94 and the like. They can be buried ^ 7. Straight-line movement with 啧 shoot cry qrw & select and replace the line So that the cockroach injection Is 30 corresponding to the selected weft is located at a predetermined weft input position. Therefore, the q series is arranged side by side in the moving direction of the sliding members 76 and 78. When the ejector 30 and 32 =: pieces 76 and 78 are moved, the weft inserter 30 and the line hold 70 = 2 walls 90 are formed. Since it moves integrally, it also has the same effect as the weft insertion device 10 in the weft insertion ΪΪ. In any of the above-mentioned embodiments, the wire holder 娈 奘 *: the members 54 and 78 of the ejector holder 38 are moved, but θ2 32: The ejector holder 38 and other fish ^ 3 can be worn on other components of the throw. U et al. & Weft ejector-physical transport page 15 313567.pt (i 574452 V. Description of the invention (11) Refer to Fig. 7 and Fig. 8, each line protector 102 is installed in the corresponding weft injection jet Fluid fixing nut

unit. Each of the line holders 100 is an L 30 which is formed by a long film region and an end-shaped plate member on both sides of the short film ^ and is formed in the short sphere. Mouth female declines in the weft-injection ejector In detail, each thread holder 100 has: Two! The domain is bent into the mounting portion 104 at a substantially right angle; the length is long; the side of the area is folded back into a zigzag shape; Ding, I also ^ the domain towards the short film line holding unit 62 · The county ’s factory can use the water film to maintain the viscosity The opening portion of the weft thread; and the open thread retainer 100, which is one of the long side regions, is installed in the following manner: weft: wall: 6. 30 'Even if the thread holding portion 62 is molybdenum than the ejector portion 64, Mind • The master called V and Bu Cun side to make the opening open, and the weft thread ϊΐ 106 where the ejector 30 shoots with the fluid extends between the adjacent thread holders 100 to fill the adjacent weft. Between the weft threads extended by the ejector 30. The same as the weft insertion device of the f thread holder 100 on the caster 2 can not only obtain the same effect as the holder Γ〇Μ person, but also does not need to have the jig 00 A special structure that moves in accordance with the movement of the weft-injection ejector 30 In the embodiment, a part of the weft 12 is held at 15 o'clock to hold the opening 64 of the retainer, and the opening 64 is missing from the opening 64 toward the line holding portion. T moves ^, so a part of the weft thread 12 is accommodated in the thread holding part 62,... 2 of i-line movement, so that the region can be spread out with online accommodating portion 62 gradually increases, and finally to the weft holding slanting =

574452 5. Description of the invention (12). However, the thread holder 110 can be accommodated in the opening 64 when arranged in the following manner, as shown in Figure 10, and even if it is arranged in the following manner. In this way, by moving from the opening 64 to the line M and moving to the line holding in this state:: 2 line = a fixed length area will retain the force from the opening. Ρ 62, which can greatly improve the relative to the latitude 12 Can replace the Chengyishan device as above, and the weft thread branch that holds the weft thread can also replace the weft thread retainer that is held by the two sides to hold the weft thread, and so on. Figures U and 12 of the thread retainer held on one side are a thread retainer; ^ In the early stage, hold the dagger = the weft ejector 30 downstream side toward the warp side ° knife: the cap 122 is installed in the -square Weft-feeding ejector = Commonly used by several weft-feeding ejectors 30. The toilet 120 has: a plate member 124 bent into a zigzag shape and mounted on the weft-feeding ejector; and The projection 2 is provided with a spray wire holding portion 126. The wire holding portion 126 can be formed by turning the head into a sheet-like wire, etc. A linear body with an arc shape can be used; == Longtian stupid member, especially the convex area of the fastener member m of the fastener member m with respect to the retaining force H of the weft thread is pasted into a sheet shape: two larger Deduction

(In the weaving reel 2 / holding device I20, the weft thread 12 is moved by the thread holding portion 1 2 6 ^ while it is moving toward Θ IT as it snores, and the dog comes out of the convex region of the weft thread path. While keeping mouth_ 疋 and borrowing

574452 V. Description of the invention (13) == 3 = ::. The marginal part of r is next-time: ^ 03 ^ 10 ^ fly away and detach from the line holding part 126. Thread holding part = The same as the thread holder with the retaining member replaced by the 130 series; the thread holder = one of the weft "shooters; = the line is held by the 1 3 2 series with respect to the weft insertion direction P to Downstream side. The moving direction of the two lines is obliquely extended among the wire holders 1 3 0. During the side (front of the weaving) movement, the survivor beats the weft and heads downstream = will_ and weft-injection ejector =: : =: = 132. The held weft portion is held away from the thread holding portion 132 and detached from the thread holding portion 132 next time. The time zone θ is formed in a part of the area along with all the areas of the weft line 12 from the retainer to the weft-throwing ejector: ^: Ϊ; the function of winding can be = a part, X or the line of latitude The convex surface or m of the same kind is a partition wall forming a flat surface, ... a partition wall having other shapes such as a concave ds. Used in having more than 3: Λ above embodiment. For example, 'The present invention can also be applied to a water-cutting loom cutting machine, in addition to the thread retainer that holds the weft thread, but also can be used in the air without leaving: ΐ 其他 other fluid jet type Loom. Because of A, the present invention can be variously modified without departing from the scope of the gist thereof. | Like the Moon / 、 To

574452 Brief description of the drawing [Simplified description of the drawing] Fig. 1 is a plan view of the first embodiment of the line supply side portion of the weft insertion device of the present invention. Figure 2 is a view taken along line 2-2 of Figure 1. Figure 3 is a view taken along line 3-3 of Figure 1. FIG. 4 is an explanatory diagram of the operation of the weft insertion device shown in FIG. 1. FIG. Fig. 5 is a plan view of a second embodiment of the line supply side portion of the weft insertion device of the present invention. Figure 6 is a view taken along lines 6-6 of Figure 5. Fig. 7 is a plan view of the main part of the third embodiment of the line supply side portion of the weft insertion device of the present invention. Figure 8 is a view taken along line 8-8 of Figure 7. Fig. 9 is a plan view of the main part of the fourth embodiment of the line supply side portion of the weft insertion device of the present invention. Figure 10 is a view taken along line 10-10 of Figure 9. Fig. 11 is a plan view of a fifth embodiment of the line supply side portion of the weft insertion device of the present invention. Figure 12 is a view taken along line 11-11 of Figure 11. Fig. 13 is a plan view of a main part of a sixth embodiment of the line supply side portion of the weft insertion device of the present invention. [Explanation of Symbols] 10 > 70 weft insertion device 12 weft thread 14 warp thread 16 筘 18 line cutter on the supply side 20 weft input direction

313567.ptd Page 19 574452 Brief description of the drawing 30 Ejector for weft insertion 32 > 100 ^ 110 '120 > 130 Wire holder 34 Rotating shaft 36 Swing member 38 Ejector holder 50 Positioner 52 Support shaft 54 Support Frame 56 Recess 58 Engagement section 62 > 106 > 126 ^ 132 Wire holding section 64 Opening section 66 > 90 Partition wall flying 1, 7 4 Guide 76 > 78 Slide member 80 Shaft 88 Spacer member 94 Drive

313567.ptd Page 20

Claims (1)

厶 ί; Correction, May ¥ Li Fanye ~ '~: Two ί body jet loom ... " ^ f: The column is configured as an installable device, which is characterized by an ejector device including Γ; a plurality of investments moved with Γ Weft-use jet cut-off device; has a bundle of cut-off performance, ##, shot-use sprayer and the aforementioned cut-off: to maintain the weft thread, and is arranged between the front "moved by the% of the ejector It can cooperate with the aforementioned investment margins. For example, the thread holding device of the thread holding unit of the first patent application in the patent application park. J has an investment + weft device for the above-mentioned weft investment, in which the support member of the aforementioned thread holding installation member, 7 The supporting structure that is moved integrally by different movements can support the movement of the thread holding portion in cooperation with the supporting member f and the supporting member f according to the moving holding portion of the weft-injection ejector. The movement of the device enables the aforementioned line protection3. If the position of the patent application is the same, it also has a weft insertion device installed on the front, front, and +, where the aforementioned line holds a supporting member, and the above mentioned weft ejector The integrally moving component can cooperate with the aforementioned n-pieces for weft insertion It moves along the line holding section. The movement of the line moves the line holding section. 4. If the scope of the patent application is used to divide the J-binary two-throw: device from the adjacent weft input device, the partition wall is also included. T Shoot more than one of the weft threads of L extension. 5. If the scope of the patent application is set to have the corresponding weft injection nozzles corresponding to the aforementioned weft insertion installation positions at e ##, and set up correspondingly, and Can be equipped with a holding part.., A plurality of the aforementioned lines moving for moving 313567 Revision.ptc Page 1 2003. 06. 23. 〇21 574452 Attachment 3 £ J-UXE 丨 mTrffffflffl-Igli ImzrrlilJLIMrlHrttluItx nuHHMH3 Ola uM-H-td rGjla—3. R M ft + l-hual Mouth " HH-tii-1 f RFFFRltltlits h 1R 18 20, iodine lis ml Ψ Factory 2120 丨 丨 i · _ u F22or8i: ^ / + 8