CN103572474B - Air jet loom - Google Patents
Air jet loom Download PDFInfo
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- CN103572474B CN103572474B CN201310524460.XA CN201310524460A CN103572474B CN 103572474 B CN103572474 B CN 103572474B CN 201310524460 A CN201310524460 A CN 201310524460A CN 103572474 B CN103572474 B CN 103572474B
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Abstract
The invention relates to an air jet loom. The air jet loom comprises a rack, a weft yarn supply mechanism, an auxiliary jet, a weft insertion mechanism, a beating-up mechanism, shedding mechanisms, a let-off mechanism, a temple mechanism, a back beam frame, a take-up mechanism, a yarn end treatment mechanism and a dustbin, wherein the weft insertion mechanism is arranged on one side of the front end of the rack; the weft yarn supply mechanism, the auxiliary jet, the weft insertion mechanism and the beating-up mechanism are sequentially connected in a butt joint manner; the beating -up mechanism is installed on the rack; the shedding mechanisms are arranged above and below the beating-up mechanism; the back beam frame is installed at the back end of the rack, and the take-up mechanism is installed at the front end of the rack; the let-off mechanism is located below the back beam frame; the temple mechanism is arranged above the beating-up mechanism; the yarn end treatment mechanism is installed on one side of the back beam frame; and the dustbin is installed at the bottom of the front end of the rack. The air jet loom has the advantages of simple structure, good stability, small size, high production efficiency and the like, and can greatly improve the quality of cloth covers.
Description
Technical field
The present invention relates to a kind of textile machine, particularly relate to a kind of jet type loom, belong to technical field of textile machine.
Background technology
Jet type loom is a kind of loom comparatively general in textile machine, and warp thread and weft yarn require to interweave according to Fabric Design and form fabric by it.
The jet type loom of prior art also exists complex structure usually, less stable and easily trembleing, and warp thread weft yarn easily breaks, and is easily mutually wound around and the many defects such as large that take up room between yarn.
Therefore, for solving the problems of the technologies described above, the necessary one that provides has structure improved jet type loom, to overcome described defect of the prior art.
Summary of the invention
For solving the problem, the object of the present invention is to provide that a kind of structure is simple, good stability, the little and jet type loom that production efficiency is high of volume.
For achieving the above object, the technical scheme that the present invention takes is: a kind of jet type loom, and it comprises frame, weft yarn for yarn mechanism, pilot jet, weft insertion device, beating-up mechanism, shedding mechanism, warp-feeding mechanism, side shoring mechanism, rear roof beam structure, spooler, yarn end processing mechanism and dustbin; Wherein, described weft insertion device is arranged at the side of frame front end; Described weft yarn docks successively for yarn mechanism, pilot jet, weft insertion device, beating-up mechanism; Described beating-up mechanism is installed in frame; Described shedding mechanism is arranged at above and below beating-up mechanism; Described rear roof beam structure is installed on the rear end of frame, and spooler is loaded on the front end of frame; Described warp-feeding mechanism is positioned at the below of rear roof beam structure; Described side shoring mechanism is arranged at the top of beating-up mechanism; Described yarn end processing mechanism is installed on the side of rear roof beam structure; Described dustbin is installed on the bottom of frame front end.
Jet type loom of the present invention is set to further: described weft insertion device comprises some main burners, main jet bracket, main jet fixed mount, union elbow and air deflector; Wherein, described some main burners are arranged in regular hexagon shape, and its one end is installed on main jet bracket by a holder; Described main jet bracket is immobilizated on main jet fixed mount; Described union elbow is connected on each main burner respectively; Described air deflector is fixed on one end of each main burner; Described main burner and union elbow are 6.
Jet type loom of the present invention is set to further: described beating-up mechanism comprises slay, shaft coupling, arm shaft, slay support and middle supporting seat; Wherein, described shaft coupling is arranged at the two ends of slay; Described arm shaft is supported on described shaft coupling; Described slay supports, middle supporting seat is immobilizated on slay respectively, and slay supports, middle supporting seat is in being intervally arranged; Described arm shaft is also supported on slay support, middle supporting seat; Flexible rubber ring is provided with in described slay supports; Bearing shell is arranged with on described arm shaft; The press strip compressing arm shaft is also provided with in the top of described slay.
Jet type loom of the present invention is set to further: the open stand that described shedding mechanism comprises heald frame and coordinates with described heald frame; Described open stand comprises mount pad, support sleeve, heald frame saddle and heald frame locating rack; Wherein, described mount pad is provided with a column; Described support sleeve is horizontally placed on column; Be provided with described heald frame saddle in one end of described support sleeve, be provided with described heald frame locating rack in the top of described heald frame saddle, on described heald frame locating rack, offer some heald frame guide channels.
Jet type loom of the present invention is set to further: described rear roof beam structure comprises riser, roll shaft and hold-down arm; Wherein, described riser is arranged at both sides, and described warp-feeding mechanism is articulated between two risers; Described hold-down arm is horizontally placed on the top of each riser, which is provided with a horizontal elongated slot; The two ends of described roll shaft are contained in horizontal elongated slot respectively, and can move left and right and adjusting position in horizontal elongated slot.
Jet type loom of the present invention is set to further: described side shoring mechanism comprises temple bar, temple seat, temple support, support plate and slip pole socket; Wherein, described temple seat is arranged at left end and the right-hand member of temple bar respectively; Described temple support, support plate are immobilizated on temple seat respectively, and temple support, support plate are oppositely arranged up and down; Described slip pole socket is immobilizated in the bottom of temple seat, and it is arranged on temple bar, and can move left and right along temple bar; A thorn axle is provided with in one end of described temple support.
Jet type loom of the present invention is set to further: described spooler comprises left friction mandrel, right friction mandrel, work beam, left shaft holder, right bearing seat, counter gear and friction roller gear; Wherein, described left friction mandrel, right friction mandrel are immobilizated in the two ends of work beam respectively; Described left friction mandrel is supported on left shaft holder, and its one end is provided with described counter gear; Described right friction mandrel is supported on right bearing seat, and its one end is provided with a friction roller end cap; Described friction roller gear is immobilizated on right friction mandrel.
Jet type loom of the present invention is set to further: described yarn end processor comprises base plate, pole, top board, some yarn tension springs, cover support and support; Wherein, on described base plate, some yarn bobbin axles are vertically provided with; Described pole is vertically installed on the two ends of base plate; Described roof water safety is loaded on pole; Described some yarn tension spring fittings are on top board; Described support installing is in one end of base plate; Some through wires holes are respectively equipped with in one end of base plate, top board, support; The top of pole is fixed in described cover support.
Jet type loom of the present invention is set to further: described weft yarn comprises underframe, upper frame, stay tube, dividing plate, yarn cylinder axle, top cover and tension regulator for creel; Described stay tube connects described underframe and upper frame, and it is specially 3 groups, and these 3 groups of stay tubes are in the triangular pitch be parallel to each other; Described dividing plate is stacking to be immobilizated on stay tube; Described yarn cylinder axle is installed on wherein on two groups of stay tubes, and is separated by dividing plate; Described top cover, tension regulator are installed on another group stay tube respectively, and tension regulator is positioned at the outside of top cover.
Jet type loom of the present invention is also set to: described pilot jet comprises support, air pump, some nozzle bodies, bracket and takes over a business; Described support is provided with some support arms; Described nozzle body is articulated on each support arm respectively, and can regulate the angle of nozzle body; Described air pump is connected with the rear end of each nozzle body respectively by tracheae; Described bracket is arranged at the front end of nozzle body; And described in take over a business to be immobilizated in the front end of bracket; An entrance hole is provided with in the rear end of each nozzle body; Described top cover, take over a business structure all in the form of annular discs, its central authorities are provided with a perforation, and the perforation on taking over a business and entrance hole are positioned on same axis.
The plurality of advantages such as compared with prior art, the present invention has following beneficial effect: jet type loom of the present invention has that structure is simple, good stability, and the little and production efficiency of volume is high, it can improve the quality of cloth cover greatly.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of jet type loom of the present invention.
Fig. 2 is the stereogram of the weft insertion device in Fig. 1.
Fig. 3 is the stereogram of the beating-up mechanism in Fig. 1.
Fig. 4 is the stereogram of the open stand of jet type loom of the present invention.
Fig. 5 is the stereogram of the side shoring mechanism in Fig. 1.
Fig. 6 is the stereogram of rear roof beam structure in Fig. 1 and warp-feeding mechanism.
Fig. 7 is the side view of Fig. 6.
Fig. 8 is the sectional view of the spooler in Fig. 1.
Fig. 9 is the stereogram of the yarn end processing mechanism in Fig. 1.
Figure 10 is the stereogram of the weft yarn in Fig. 1 for yarn mechanism.
Figure 11 is the stereogram of the pilot jet in Fig. 1.
Detailed description of the invention
Refer to shown in Figure of description 1 to accompanying drawing 11, the present invention is a kind of jet type loom, and it is made up of for a few parts such as yarn mechanism 11, pilot jet 12, weft insertion device 2, beating-up mechanism 3, shedding mechanism 4, warp-feeding mechanism 5, side shoring mechanism 6, rear roof beam structure 7, spooler 8, yarn end processing mechanism 9 and dustbins 10 frame 1, weft yarn.
Wherein, described weft insertion device 2 is arranged at the side of frame 1 front end.Described weft yarn docks successively for yarn mechanism 11, pilot jet 12, weft insertion device 2, beating-up mechanism 3.Described weft yarn supplies yarn mechanism 11 for providing weft yarn.Described pilot jet 12 is for carrying weft yarn and regulating weft tension.Described weft insertion device 2 is for introducing host computer system by parallel.Described beating-up mechanism 2 is installed in frame 1, and weft yarn is beaten to fell by it, forms fabric.
Described shedding mechanism 4 is arranged at above and below beating-up mechanism 3, and it drives warp thread to be divided into by warp thread two-layer up and down in time, form the shed open passage passed through for weft carrier according to the Changing Pattern of fabric longitude and latitude intertexture according to the order of sequence.
Described rear roof beam structure 7 is installed on the rear end of frame 1, and spooler 8 is loaded on the front end of frame 1.Described warp-feeding mechanism 7 is positioned at the below of rear roof beam structure, and it is for being conveyed into host computer system by warp thread.
Described side shoring mechanism 6 is arranged at the top of beating-up mechanism 2, and it is for compressing cloth cover.
Described yarn end processing mechanism 9 is installed on the side of rear roof beam structure 7.Described dustbin 10 is installed on the bottom of frame 1 front end.Described yarn end processing mechanism 9 for the warp thread of waste gas and weft yarn being pulled out, and is collected in dustbin 10.
Further, a few part composition such as the some main burners of described weft insertion device 2 21, main jet bracket 22, main jet fixed mount 23, union elbow 24 and air deflector 25.Wherein, described some main burners 21 in arranged in regular hexagon shape, thus can reduce taking of space greatly.These main burner 21 one end are installed on main jet bracket 22 by a holder 26, and described main jet bracket 22 is immobilizated on main jet fixed mount 23.By main jet fixed mount 23, this weft insertion device is installed in frame 1.Between described holder 26 and main burner 21, pad is provided with pad 27, thus can fixedly positioning main burner 21, and it is movable to avoid by gas shock.Described union elbow 24 is connected on each main burner 21 respectively, and it for blowing in each main burner 21, thus realizes wefting insertion.In the present embodiment, described main burner 21 and union elbow 24 are 6.Described air deflector 25 is fixed on one end of each main burner 21, and it is for guiding airflow direction.
Described beating-up mechanism 3 is supported several parts such as 34 and middle supporting seat 35 be assembled by slay 31, shaft coupling 32, arm shaft 33, slay.Wherein, described shaft coupling 32 is arranged at the two ends of slay 31; Described arm shaft 33 is supported on described shaft coupling 32, thus makes arm shaft 33 can be movable.Described slay supports 34, middle supporting seat 35 is immobilizated on slay 31 respectively, and slay supports 34, middle supporting seat 35 is in being intervally arranged.Described arm shaft 33 is also supported on slay support 34, middle supporting seat 35.In described slay support 34 also, be provided with flexible rubber ring 36, this flexible rubber ring 36 is connected to arm shaft 33, thus can play the effect of shock-absorbing.Described arm shaft 33 is arranged with bearing shell 37.The press strip 38 compressing arm shaft 33 is also provided with in the top of described slay 31.
The open stand 40 that described shedding mechanism 4 comprises heald frame 49 and coordinates with described heald frame 49.Described open stand 40 is made up of a few parts such as mount pad 41, support sleeve 42, heald frame saddle 43 and heald frame locating racks 44.Wherein, described mount pad 41 is provided with a column 45.Also be provided with some locating holes 46 in the bottom of described mount pad 41, thus this open stand 40 is installed in frame 1.Described support sleeve 42 is horizontally placed on column 45.Described heald frame saddle 43 is provided with in one end of described support sleeve 42.Be provided with described heald frame locating rack 44 in the top of described heald frame saddle 43, on described heald frame locating rack 44, offer some heald frame guide channels 47.Described heald frame guide channel 47 vertically extends, and in being arranged mutually parallel.By arranging described heald frame guide channel 47, thus heald frame 49 can be guided vertically to move and not easily deflection, avoiding warp thread broken yarn.
Described side shoring mechanism 6 is made up of a few parts such as temple bar 61, temple seat 62, temple support 63, support plate 64 and slip pole sockets 65.Wherein, described temple seat 62 is arranged at left end and the right-hand member of temple bar 61 respectively.Described temple support 63, support plate 64 are immobilizated on temple seat 62 respectively, and temple support 63, support plate about 64 are oppositely arranged.A thorn axle 66 is provided with in one end of described temple support 63.Be provided with bracketing frame 67 on one side in the outside of described support plate 4, thus the Area of bearing of this side shoring structure can be increased.Described slip pole socket 65 is immobilizated in the bottom of temple seat 62, and it is arranged on temple bar 61, and can move left and right along temple bar 61, thus can regulate the distance between left and right temple seat 62, produces, and regulate easy to use with the cloth cover being applicable to different wide cut.
Described rear roof beam structure 7 is made up of a few parts such as riser 71, roll shaft 74 and hold-down arms 75.Wherein, described riser 71 is arranged at both sides, and described warp-feeding mechanism 5 is articulated between two risers 71.Described hold-down arm 75 is horizontally placed on the top of each riser 71, which is provided with a horizontal elongated slot 76.The two ends of described roll shaft 74 are contained in horizontal elongated slot 76 respectively, and can move left and right and adjusting position in horizontal elongated slot 76.After adjusting to the right place in described roll shaft 74 position, it is immobilizated on hold-down arm 75 by hex nut 77.When warp thread after debatching out, is conveyed in loom through roll shaft 74 from warp-feeding mechanism 5.
Described spooler 8 is made up of a few parts such as left friction mandrel 81, right friction mandrel 82, work beam 83, left shaft holder 84, right bearing seat 85, counter gear 86 and friction roller gears 87.Wherein, described left friction mandrel 81, right friction mandrel 82 are immobilizated in the two ends of work beam 83 respectively.Described left friction mandrel 81 is supported on left shaft holder 84, and its one end is provided with described counter gear 86, by the counting of described counter gear 86, can calculate accurately fabric length, make fabric length specification consistent.Described right friction mandrel 82 is supported on right bearing seat 85, and its one end is provided with a friction roller end cap 89; Described friction roller gear 87 is immobilizated on right friction mandrel 82, and this friction roller gear 87 can this spooler of transmission 8.
Described yarn end processing mechanism 9 is made up of a few parts such as base plate 91, pole 92, top board 93, some yarn tension springs 94, cover support 95 and supports 96.Wherein, on described base plate 91, be vertically provided with some yarn bobbin axles 97, each yarn bobbin axle 97 can be placed a yarn bobbin (not shown).Described pole 92 is vertically installed on the two ends of base plate 91, and described top board 93 level is installed on pole 92, and specifically, top board 93 is installed on the middle and upper part of pole 92, and itself and base plate 91 are arranged in stacked on top.And the top of pole 92 is fixed in described cover support 95.Described some yarn tension springs 94 are installed on top board 93, and it can regulate the tension force of yarn, and and yarn bobbin axle 97 one_to_one corresponding.Described support 96 is installed on one end of base plate 91.Some through wires holes 98 are respectively equipped with, so that threading concentrated by yarn in one end of base plate 91, top board 93, support 96.
Described weft yarn is made up of a few parts such as underframe 111, upper frame 112, stay tube 113, dividing plate 114, yarn cylinder axle 115, top cover 116 and tension regulators 117 for yarn mechanism 11.Wherein, the structure of described underframe 111, upper frame 112 is identical, and all in 11T character form structure.Described stay tube 113 connects described underframe 111 and upper frame 112, and it is specially 3 groups, and these 3 groups of stay tubes 113 are in the triangular pitch be parallel to each other.Described dividing plate 114 is stacking to be immobilizated on stay tube 113.In the present embodiment, described dividing plate 114 is specifically established and is of five storeys.By described dividing plate 114, each weft yarn is separated, can effectively avoid mutually being wound around between weft yarn 100.Described yarn cylinder axle 115 is installed on wherein on two groups of stay tubes 113, and is separated by dividing plate 114, can place yarn cylinder 101 on this yarn cylinder axle 115.And described yarn cylinder axle 115 is in stacking setting, it can effectively reduce the floor space of this weft yarn for yarn mechanism 11.Described top cover 116, tension regulator 117 are installed on another group stay tube 113 respectively, and tension regulator 117 is positioned at the outside of top cover 116.Described tension regulator 117 is for adjusting the tension force of weft yarn 100.
Described pilot jet 12 is by support 121, air pump 122, some nozzle bodies 123, bracket 124 and take over a business several parts such as 125 and form.Wherein, described support 121 is fixed on ground, which is provided with some support arms 126.Described nozzle body 123 is articulated on each support arm 126 respectively, thus can regulate the angle of nozzle body 123.An entrance hole 127 is provided with in the rear end of each nozzle body 123.Further, described nozzle body 123 is specially six, and it is a row between two, and arranges in upper, middle and lower three level stack, thus each weft yarn 100 is distributed neatly, is not easily mutually wound around.Described air pump 122 is connected with the rear end of each nozzle body 123 respectively by tracheae 128.Pass into compressed air by air pump 122 to nozzle body 123, thus parallel 100 is introduced each nozzle body 123.Described bracket 124 is arranged at the front end of nozzle body 123; And described in take over a business the front end that 125 are immobilizated in bracket 124.Described top cover 116, take over a business 125 structures all in the form of annular discs, its central authorities are provided with a through wires hole 19, take over a business through wires hole 19 on 125 and entrance hole position 127 on same axis.Because bracket 124 has certain length, it can regulate the tension force of weft yarn 100, thus ensures that weft yarn 100 is all be in relaxed state.
Above detailed description of the invention is only the preferred embodiment of this creation, and not in order to limit this creation, any amendment made within all spirit in this creation and principle, equivalent replacement, improvement etc., within the protection domain that all should be included in this creation.
Claims (6)
1. a jet type loom, is characterized in that: comprise frame, weft yarn for yarn mechanism, pilot jet, weft insertion device, beating-up mechanism, shedding mechanism, warp-feeding mechanism, side shoring mechanism, rear roof beam structure, spooler, yarn end processing mechanism and dustbin; Wherein, described weft insertion device is arranged at the side of frame front end; Described weft yarn docks successively for yarn mechanism, pilot jet, weft insertion device, beating-up mechanism; Described beating-up mechanism is installed in frame; Described shedding mechanism is arranged at above and below beating-up mechanism; Described rear roof beam structure is installed on the rear end of frame, and spooler is loaded on the front end of frame; Described warp-feeding mechanism is positioned at the below of rear roof beam structure; Described side shoring mechanism is arranged at the top of beating-up mechanism; Described yarn end processing mechanism is installed on the side of rear roof beam structure; Described dustbin is installed on the bottom of frame front end; Described spooler comprises left friction mandrel, right friction mandrel, work beam, left shaft holder, right bearing seat, counter gear and friction roller gear; Wherein, described left friction mandrel, right friction mandrel are immobilizated in the two ends of work beam respectively; Described left friction mandrel is supported on left shaft holder, and its one end is provided with described counter gear; Described right friction mandrel is supported on right bearing seat, and its one end is provided with a friction roller end cap; Described friction roller gear is immobilizated on right friction mandrel; Described yarn end processor comprises base plate, pole, top board, some yarn tension springs, cover support and support; Wherein, on described base plate, some yarn bobbin axles are vertically provided with; Described pole is vertically installed on the two ends of base plate; Described roof water safety is loaded on pole; Described some yarn tension spring fittings are on top board; Described support installing is in one end of base plate; Some through wires holes are respectively equipped with in one end of base plate, top board, support; The top of pole is fixed in described cover support; Described weft yarn comprises underframe, upper frame, stay tube, dividing plate, yarn cylinder axle, top cover and tension regulator for creel; Described stay tube connects described underframe and upper frame, and it is specially 3 groups, and these 3 groups of stay tubes are in the triangular pitch be parallel to each other; Described dividing plate is stacking to be immobilizated on stay tube; Described yarn cylinder axle is installed on wherein on two groups of stay tubes, and is separated by dividing plate; Described top cover, tension regulator are installed on another group stay tube respectively, and tension regulator is positioned at the outside of top cover; Described pilot jet comprises support, air pump, some nozzle bodies, bracket and takes over a business; Described support is provided with some support arms; Described nozzle body is articulated on each support arm respectively, and can regulate the angle of nozzle body; Described air pump is connected with the rear end of each nozzle body respectively by tracheae; Described bracket is arranged at the front end of nozzle body; And described in take over a business to be immobilizated in the front end of bracket; An entrance hole is provided with in the rear end of each nozzle body; Described top cover, take over a business structure all in the form of annular discs, its central authorities are provided with a perforation, and the perforation on taking over a business and entrance hole are positioned on same axis.
2. jet type loom as claimed in claim 1, is characterized in that: described weft insertion device comprises some main burners, main jet bracket, main jet fixed mount, union elbow and air deflector; Wherein, described some main burners are arranged in regular hexagon shape, and its one end is installed on main jet bracket by a holder; Described main jet bracket is immobilizated on main jet fixed mount; Described union elbow is connected on each main burner respectively; Described air deflector is fixed on one end of each main burner; Described main burner and union elbow are 6.
3. jet type loom as claimed in claim 1, is characterized in that: described beating-up mechanism comprises slay, shaft coupling, arm shaft, slay support and middle supporting seat; Wherein, described shaft coupling is arranged at the two ends of slay; Described arm shaft is supported on described shaft coupling; Described slay supports, middle supporting seat is immobilizated on slay respectively, and slay supports, middle supporting seat is in being intervally arranged; Described arm shaft is also supported on slay support, middle supporting seat; Flexible rubber ring is provided with in described slay supports; Bearing shell is arranged with on described arm shaft; The press strip compressing arm shaft is also provided with in the top of described slay.
4. jet type loom as claimed in claim 1, is characterized in that: the open stand that described shedding mechanism comprises heald frame and coordinates with described heald frame; Described open stand comprises mount pad, support sleeve, heald frame saddle and heald frame locating rack; Wherein, described mount pad is provided with a column; Described support sleeve is horizontally placed on column; Be provided with described heald frame saddle in one end of described support sleeve, be provided with described heald frame locating rack in the top of described heald frame saddle, on described heald frame locating rack, offer some heald frame guide channels.
5. jet type loom as claimed in claim 1, is characterized in that: described rear roof beam structure comprises riser, roll shaft and hold-down arm; Wherein, described riser is arranged at both sides, and described warp-feeding mechanism is articulated between two risers; Described hold-down arm is horizontally placed on the top of each riser, which is provided with a horizontal elongated slot; The two ends of described roll shaft are contained in horizontal elongated slot respectively, and can move left and right and adjusting position in horizontal elongated slot.
6. jet type loom as claimed in claim 1, is characterized in that: described side shoring mechanism comprises temple bar, temple seat, temple support, support plate and slip pole socket; Wherein, described temple seat is arranged at left end and the right-hand member of temple bar respectively; Described temple support, support plate are immobilizated on temple seat respectively, and temple support, support plate are oppositely arranged up and down; Described slip pole socket is immobilizated in the bottom of temple seat, and it is arranged on temple bar, and can move left and right along temple bar; A thorn axle is provided with in one end of described temple support.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310524460.XA CN103572474B (en) | 2013-10-31 | 2013-10-31 | Air jet loom |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310524460.XA CN103572474B (en) | 2013-10-31 | 2013-10-31 | Air jet loom |
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| CN103572474A CN103572474A (en) | 2014-02-12 |
| CN103572474B true CN103572474B (en) | 2015-07-01 |
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| CN108588976B (en) * | 2018-03-26 | 2020-03-10 | 青岛世纪海佳机械有限公司 | Waste selvage yarn creel of water jet loom |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3821224C1 (en) * | 1988-06-23 | 1990-01-18 | Lindauer Dornier Gmbh, 8990 Lindau, De | Air-jet weaving machine for multi-web weaving |
| CN2760073Y (en) * | 2004-09-21 | 2006-02-22 | 张建平 | Roll-up mechanism for loom |
| JP2007303004A (en) * | 2006-05-09 | 2007-11-22 | Tsudakoma Corp | Air jet loom |
| CN101003923B (en) * | 2007-01-09 | 2011-07-20 | 青岛天一集团红旗纺织机械有限公司 | Fully automatic high-speed air-jet loom in wide size |
| JP5603592B2 (en) * | 2009-12-03 | 2014-10-08 | 株式会社豊田自動織機 | Weft insertion device for air jet loom |
| CN102134774A (en) * | 2011-04-11 | 2011-07-27 | 青岛星火引春纺机有限公司 | Air-jet loom |
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Denomination of invention: An air-jet loom Effective date of registration: 20230301 Granted publication date: 20150701 Pledgee: Zhejiang Shaoxing Ruifeng rural commercial bank Limited by Share Ltd. Qi Xian Branch Pledgor: SHAOXING TEXTILE MACHINERY GROUP Co.,Ltd. Registration number: Y2023980033558 |
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