CN203222647U - Double-let-off type composite opening water-jet loom - Google Patents
Double-let-off type composite opening water-jet loom Download PDFInfo
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- CN203222647U CN203222647U CN 201320194561 CN201320194561U CN203222647U CN 203222647 U CN203222647 U CN 203222647U CN 201320194561 CN201320194561 CN 201320194561 CN 201320194561 U CN201320194561 U CN 201320194561U CN 203222647 U CN203222647 U CN 203222647U
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Abstract
The utility model discloses a double-let-off type composite opening water-jet loom. The double-let-off type composite opening water-jet loom comprises a positive electronic let-off device, a negative electronic let-off device, a main shaft coder, a dobby, a jacquard, a reed, a cloth-fell stabilizing device, a beating-up shaft, a nozzle and a positive take-up device. According to the double-let-off type composite opening water-jet loom, a positive servo control system is adopted to positively meet the requirement for fabric opening load changes according to pattern structures to guarantee cloth-fell stability; the positive let-off device and the positive take-up device are adopted, a sensing device is arranged, warp tension change requirements can be quickly met, warp tension can be compensated positively, and therefore the weft density of fabric can be accurate and stable; with a composite opening time sequence difference method, the problems of warp lacking and unclear opening due to overlarge high-drag of warp density in the process of weaving on the loom are solved; through enlarging beating-up stroke, opening quantity is reduced, warp fluctuation ranges are reduced, warp lacking frequency is reduced, and weaving efficiency and fabric quality are effectively improved.
Description
[technical field]
The utility model relates to the technical field of loom, particularly the technical field of two warp let-off formula composite anti-blocking water jet loomss.
[background technology]
At present, highly dense jacquard fabric is subjected to consumer's favor deeply, and market sales volume progressively increases, yet in use, for reaching certain shaded effect, adopts additional mode with shade function lining cloth to realize usually.Not only increase the workload of making, and the effect of dangling after making is usually undesirable, thick and heavy being difficult for changes clothes.To this, the electronic jacquard machine of the single opening of present employing mostly is assigned in loom and weaves, not only line pin number is many, it is big that dress is made difficulty, and because fell is more more big by the after-opening amount, the opening difficulty strengthens, average tension on warp is more big, the strength of return spring is also more big, and energy consumption is also more high, causes the low problem of weaving efficiency.And existing market does not have the super large pin of 20,000 gauge temporarily and counts jacquard, to weave the highly dense jacquard fabric of wide door width of cloth Da Hua type.In addition, figured texture weave will reach due shaded effect, must increase heavy latitude organize number and adopt complexity and poor efficiency stop prizing weaving process, fabric is thick and heavy and expend raw material.
Therefore, compound weaving technology is used in research, and can directly weave and have highly dense shade function and jacquard weave decorative effect and relative frivolous environment-friendly type composite material again concurrently, is just becoming the focus that industry is paid close attention to.
The existing compound equipment of weaving also is in the technology exploration stage, not full maturity application as yet.Though tentatively possessed compound woven technical characterictic and functional part, such as adopting jacquard and dobbies to form composite anti-blocking simultaneously, only with the figured texture weave of weaving composite material with the pin number of former single jacquard about 50%, and the flower type is simply organized by dobby shedding and is weaved, not only adapt to the fabric characteristics and brought into play the advantage separately of equipment, the loom energy consumption also greatly reduces.This type of compound application example such as carpet loom of weaving equipment has reduced jacquard pin number behind the employing composite anti-blocking, makes the jacquard weave function weave more Da Hua type, but studies carefully its fabric characteristics, has still continued to use conventional weaving technology substantially.Be applicable to that density normally weaves up to the shading jacquard fabric of 140 lines/cm so be difficult to promote, mainly be reflected as warp tension and adjust untimely incompatibility, Density is inaccurate, quality is unstable, often cracked ends, weaving efficiency are low, brought great inconvenience to production, the Industry Promotion of the product that seriously lagged behind.
Therefore, effectively improve loom characteristic, improve the tension coordinating control of compound weaving process, particularly complex tissue, opening consistent such as stablize at key technology again, become the emphasis difficult problem of compound the moving to maturity of weaving technology of promotion application.
[summary of the invention]
The purpose of this utility model solves the problems of the prior art exactly, proposes a kind of pair of warp let-off formula composite anti-blocking water jet looms, adopts the active type servo-control system to organize the requirement of active adaption fabric opening load variations according to the flower type, guarantees the stability of fell; Adopt active type warp let-off coiling system, be furnished with sensing device, can respond warp tension fast and change requirement and active compensation, guarantee that pick count is accurately stable; Adopt the mode (claiming " dislocation " mode again) of composite anti-blocking time sequence difference, when solving looming weaving, excessive cracked ends, the unclear problem of opening of causing of warp count high-drag; By the increasing traverse of beating up, reduced the opening amount, reduced the warp thread fluctuation range, reduced the cracked ends frequency, effectively improved weaving efficiency and fabric quality.
For achieving the above object, the utility model proposes a kind of pair of warp let-off formula composite anti-blocking water jet looms, comprise the active type electronic letting-off device, the passive type electronic letting-off device, spindle encoder, dobbies, jacquard, reed, the fell stabilising arrangement, tightening weft axis, nozzle and active type batching apparatus, described passive type electronic letting-off device is arranged on the top of active type electronic letting-off device, described active type electronic letting-off device links to each other with spindle encoder, spindle encoder links to each other with jacquard, described dobbies and jacquard are arranged on the right of active type electronic letting-off device and passive type electronic letting-off device, jacquard is arranged on the right of dobbies, described active type batching apparatus is arranged on the right of jacquard, between described active type batching apparatus and the jacquard nozzle is installed successively, reed and fell stabilising arrangement, the lower end of described reed is connected with tightening weft axis.
As preferably, described servomotor, some crankshaft-link rods, swing arm, down through axle tension force buffer spring, down through the axle tension pick-up, down through axle tension force connecting rod, down through axle tension force fork, following warp thread guide, following warp tension cylinder, lower layer warp yarns, jacquard, dobbies, down through axle, down through the axle tension control system, down through axle servomotor mechanism, down through shaft drive gear box, some supporting bases and fixed mount, described servomotor, swing arm, following warp thread guide is installed on the supporting base through axle with following, described servomotor cooperates installation with crankshaft-link rod, described crankshaft-link rod is connected with swing arm, connect by crankshaft-link rod between described warp thread guide down and the swing arm, be equipped with down through axle tension force buffer spring with down through the axle tension pick-up between described warp thread guide down and the swing arm, fixedly mount by fixed mount between described warp thread guide down and the following warp tension cylinder, described lower layer warp yarns is arranged on down on axle, lower layer warp yarns is passed through warp thread guide down successively, following warp tension cylinder, jacquard and dobbies, described servomotor all with down links to each other through the axle tension control system through the axle tension pick-up with following, link to each other through axle servomotor mechanism with following through the axle tension control system under described, down through axle servomotor mechanism with link to each other through shaft drive gear box down, described descend through shaft drive gear box with time cooperate installation through axle.
As preferably, described some supporting bases, through gauze, the coiling tension cylinder, the coiling tension connecting rod, the coiling tension sensor, the tension force buffer spring, the coiling tension gear-box, batch servomotor mechanism, coiling control system, fabric guide roll, cloth beam, the compress roller, drive sprocket, the sprocket wheel bar, take up roll and by movable sprocket, described coiling tension connecting rod, drive sprocket and cooperated installation respectively with supporting base by movable sprocket, described coiling tension cylinder is installed in the upper end of coiling tension connecting rod, described coiling tension sensor and tension force buffer spring are installed on the coiling tension connecting rod, described coiling tension sensor links to each other with coiling control system, coiling control system links to each other with the coiling tension sensor, the coiling tension sensor links to each other with the coiling tension gear-box, described coiling tension gear-box cooperates installation with drive sprocket, described drive sprocket and being in transmission connection by the sprocket wheel bar between the movable sprocket, described cloth beam is installed on the drive sprocket, take up roll is installed in by on the movable sprocket, described fabric guide roll is arranged on the upper end of cloth beam, described compress roller cooperates installation with cloth beam, described warp thread cloth passes the coiling tension cylinder successively, fabric guide roll, cloth beam, compress roller and take up roll.
As preferably, described passive type electronic letting-off device comprises supporting base, go up through the axle tension control system, go up through axle servomotor mechanism, go up through shaft drive gear box, go up through axle, go up through the axle tension pick-up, go up through axle tension force buffer spring, go up through axle tension force connecting rod, go up through axle tension force fork, last warp thread guide, last warp tension cylinder, top line and last warp thread cylinder, describedly go up through axle and upward be installed on the supporting base through axle tension force connecting rod, describedly go up through the axle tension pick-up and upward all be arranged on axle tension force connecting rod through axle tension force buffer spring, described going up links to each other through the axle tension control system with last through the axle tension pick-up, described going up links to each other through axle servomotor mechanism with last through the axle tension control system, go up and link to each other through shaft drive gear box with last through axle servomotor mechanism, go up and cooperate installation with last through axle through shaft drive gear box, described going up is connected through axle tension force fork with last through axle tension force connecting rod, go up and fixedly connected with the warp thread guide through axle tension force fork, described upward warp thread guide and the fixed installation of last warp tension cylinder, the described warp thread cylinder of going up is arranged between axle and last warp thread guide, and described top line passes through successively through axle, last warp thread cylinder, last warp thread guide and last warp tension cylinder.
As preferably, described dobbies comprises heald, heald frame, linkage, following keevil, dobby, the multi-arm main shaft, the multi-arm frame, be with synchronously, loom main shaft, angular encoder one and loom side, described multi-arm frame is installed on the loom side, described loom main shaft is installed on the side of loom side, described angular encoder one cooperates installation with loom main shaft, described linkage, following keevil, dobby and multi-arm main shaft are installed on the multi-arm frame, be in transmission connection by synchronous band between described multi-arm main shaft and the loom main shaft, described heald frame is connected with linkage by 2～3 hinges, and described heald is articulated on the heald frame.
As preferably, described jacquard comprises the harness cord spring, the harness cord spring fixed seat, cleaning device, harness cord, last keevil, full-jacquard mechanism, the jacquard main shaft, angular encoder two, servo-drive system and jacquard building frame, described harness cord, last keevil, full-jacquard mechanism, the jacquard main shaft, angular encoder two and servo-drive system are installed on the jacquard building frame, described jacquard main shaft cooperates installation with servo-drive system, described angular encoder two is installed between jacquard main shaft and the servo-drive system, described harness cord upper end is connected to jacquard, the harness cord lower end is connected with the harness cord spring, the below of harness cord spring is provided with the harness cord spring fixed seat, and described cleaning device comprises water tank, water pipe one, water pump, water pipe two, the spring cleaning device.
As preferably, described dobbies cooperates installation with jacquard, described dobbies and jacquard form dobby shedding and jacquard weave opening respectively, and described dobby shedding and jacquard weave opening form composite anti-blocking clearly side by side, and described jacquard weave opening is arranged on than the more close position before knitting of dobby shedding.
The beneficial effects of the utility model: the utility model adopts the active type servo-control system to organize the requirement of active adaption fabric opening load variations according to the flower type, guarantees the stability of fell; Adopt active type warp let-off coiling system, be furnished with sensing device, can respond warp tension fast and change requirement and active compensation, guarantee that pick count is accurately stable; Adopt the mode of composite anti-blocking time sequence difference, when solving looming weaving, excessive cracked ends, the unclear problem of opening of causing of warp count high-drag; By the increasing traverse of beating up, reduced the opening amount, reduced the warp thread fluctuation range, reduced the cracked ends frequency, effectively improved weaving efficiency and fabric quality; Product spends not only that type is full, third dimension is strong, and cloth cover exquisiteness, soft, effective, the shading uvioresistant of dangling, can satisfying personalized customization requirement.
Feature of the present utility model and advantage will be elaborated by reference to the accompanying drawings by embodiment.
[description of drawings]
Fig. 1 is the overall diagram of the two warp let-off formula composite anti-blocking water jet loomss of the utility model;
Fig. 2 is the active type electronic letting-off device Warp opening front view of the two warp let-off formula composite anti-blocking water jet loomss of the utility model;
Fig. 3 is the flat brown front view of the active type electronic letting-off device warp thread of the two warp let-off formula composite anti-blocking water jet loomss of the utility model;
Fig. 4 is the active type batching apparatus front view of the two warp let-off formula composite anti-blocking water jet loomss of the utility model;
Fig. 5 is the composite anti-blocking water jet looms front view of the two warp let-off formula composite anti-blocking water jet loomss of the utility model.
[specific embodiment]
Consult Fig. 1, the two warp let-off formula composite anti-blocking water jet loomss of the utility model, comprise the active type electronic letting-off device, the passive type electronic letting-off device, spindle encoder 53, dobbies 11, jacquard 12, reed 54, fell stabilising arrangement 55, tightening weft axis 56, nozzle 57 and active type batching apparatus, described passive type electronic warp feeding dress is arranged on the top of active type electronic letting-off device, described active type electronic letting-off device links to each other with spindle encoder 53, spindle encoder 53 links to each other with jacquard 12, described dobbies 11 and jacquard 12 are arranged on the right of active type electronic letting-off device and passive type electronic letting-off device, jacquard 12 is arranged on the right of dobbies 11, described active type batching apparatus is arranged on the right of jacquard 12, between described active type batching apparatus and the jacquard 12 nozzle 57 is installed successively, reed 54 and fell stabilising arrangement 55, the lower end of described reed 54 is connected with tightening weft axis 56, described passive type electronic letting-off device comprises supporting base 17, go up through axle tension control system 41, go up through axle servomotor mechanism 42, go up through shaft drive gear box 43, go up through axle 44, go up through axle tension pick-up 45, go up through axle tension force buffer spring 46, go up through axle tension force connecting rod 47, go up through axle tension force fork 48, last warp thread guide 49, last warp tension cylinder 51, top line 50 and last warp thread cylinder 52, describedly go up through axle 44 and upward be installed on the supporting base 17 through axle tension force connecting rod 47, describedly go up through axle tension pick-up 45 and upward all be arranged on axle tension force connecting rod 47 through axle tension force buffer spring 46, described going up links to each other through axle tension control system 41 with last through axle tension pick-up 45, described going up links to each other through axle servomotor mechanism 42 with last through axle tension control system 41, go up and link to each other through shaft drive gear box 43 with last through axle servomotor mechanism 42, go up and cooperate installation with last through axle 44 through shaft drive gear box 43, described going up is connected through axle tension force fork 48 with last through axle tension force connecting rod 47, go up and fixedly connected with warp thread guide 49 through axle tension force fork 48, the described warp thread guide 49 of going up fixedly mounts with last warp tension cylinder 51, the described warp thread cylinder 52 of going up is arranged between axle 44 and last warp thread guide 49, and described top line 50 passes through successively through axle 44, last warp thread cylinder 52, last warp thread guide 49 and last warp tension cylinder 51.
The utility model adopts the passive type feeding system of warp, and last figured texture weave in the composite material of axle is carried out the warp thread warp let-off and tension force control.Because the density of figured texture weave is pine relatively, forming the decoration flower type soft full, that third dimension is strong, the requirement of the high density hightension of this and highly dense composite material has contradiction.To this, adopt the passive type feeding system of warp, make the tension force control of figured texture weave relatively independent and be not subjected to fabric to advocate too much influencing of power, can stablize the above-mentioned requirements that type is spent in the assurance jacquard weave.Simultaneously, at figured texture weave rise through number change many and tension fluctuation big, be equipped with the SERVO CONTROL of band sensing device, can respond warp tension variation requirement fast.
Consult Fig. 2 and Fig. 3, the active type electronic letting-off device of the two warp let-off formula composite anti-blocking water jet loomss of the utility model, comprise that the active type electronic letting-off device comprises servomotor 1, some crankshaft-link rods 2, swing arm 3, down through axle tension force buffer spring 4, down through axle tension pick-up 5, down through axle tension force connecting rod 6, down through axle tension force fork 7, following warp thread guide 8, following warp tension cylinder 9, lower layer warp yarns 10, jacquard 11, dobbies 12, down through axle 13, down through axle tension control system 14, down through axle servomotor mechanism 15, down through shaft drive gear box 16, some supporting bases 17 and fixed mount 18, described servomotor 1, swing arm 3, following warp thread guide 8 is installed on the supporting base 17 through axle 13 with following, described servomotor 1 cooperates installation with crankshaft-link rod 2, described crankshaft-link rod 2 is connected with swing arm 3, connect by crankshaft-link rod 2 between described warp thread guide 8 down and the swing arm 3, be equipped with down through axle tension force buffer spring 4 with down through axle tension pick-up 5 between described warp thread guide 8 down and the swing arm 3, fixedly mount by fixed mount 18 between described warp thread guide 8 down and the following warp tension cylinder 9, described lower layer warp yarns 10 is arranged on down on axle 13, lower layer warp yarns 10 is passed through warp thread guide 8 down successively, following warp tension cylinder 9, jacquard 11 and dobbies 12, described servomotor 1 all with down links to each other through axle tension control system 14 through axle tension pick-up 5 with following, link to each other through axle servomotor mechanism 15 with following through axle tension control system 14 under described, link to each other through shaft drive gear box 16 with following through axle servomotor mechanism 15 down, cooperate installation with following through axle 13 through shaft drive gear box 16 under described.
The active type electronic letting-off device of the two warp let-off formula composite anti-blocking water jet loomss of the utility model in the course of the work, start servomotor 1, through bent axle connecting rod 2, swing arm 3, down through axle tension force buffer spring 4 with down through 5 effects of axle tension pick-up, to descend through axle tension pick-up 5 and collect information response to descending through axle tension control system 14, descending through axle tension control system 14, down through axle servomotor mechanism 15, down under the mating reaction of shaft drive gear box 16 and lower axle 13, the response warp tension changes requirement and carries out active compensation according to the goal tension value of system requirements fast, thereby finishes the process of carrying warp thread with proper speed.
The utility model, adopt the active type feeding system of warp of servo-drive control, is furnished with sensing device, can respond warp tension fast and change requirement, and according to the change rule of fabric flower type tissue variation to warp tension, the goal tension value of automatic adjustment system and dynamically carry out active type compensation guarantees the stability of fell.Simultaneously, because being responsible for the warp thread warp let-off and the tension force of the higher end tissue of density in the composite material, this active type feeding system of warp controls, through with following active type coiling system Synchronization Control, guarantee that pick count is accurately stable, and can avoid the cracked ends problem that causes because tension force is too high.
Consult Fig. 4, the active type batching apparatus of the two warp let-off formula composite anti-blocking water jet loomss of the utility model, comprise some supporting bases 17, through gauze 20, coiling tension cylinder 21, coiling tension connecting rod 22, coiling tension sensor 23, tension force buffer spring 24, coiling tension gear-box 25, batch servomotor mechanism 26, coiling control system 27, fabric guide roll 28, cloth beam 29, compress roller 30, drive sprocket 31, sprocket wheel bar 32, take up roll 33 and by movable sprocket 34, described coiling tension connecting rod 22, drive sprocket 31 and cooperated installation with supporting base 17 respectively by movable sprocket 34, described coiling tension cylinder 21 is installed in the upper end of coiling tension connecting rod 22, described coiling tension sensor 23 and tension force buffer spring 24 are installed on the coiling tension connecting rod 22, described coiling tension sensor 23 links to each other with coiling control system 27, coiling control system 27 links to each other with coiling tension sensor 23, coiling tension sensor 23 links to each other with coiling tension gear-box 25, described coiling tension gear-box 25 cooperates installation with drive sprocket 31, described drive sprocket 31 and being in transmission connection by sprocket wheel bar 32 between the movable sprocket 34, described cloth beam 29 is installed on the drive sprocket 31, take up roll 33 is installed in by on the movable sprocket 34, described fabric guide roll 28 is arranged on the upper end of cloth beam 29, described compress roller 30 cooperates installation with cloth beam 29, describedly pass coiling tension cylinder 21 successively through gauze 20, fabric guide roll 28, cloth beam 29, compress roller 30 and take up roll 33, described coiling tension sensor 23 is the power sensor, fit tightly between described compress roller 30 and the cloth beam 29, can swing described drive sprocket 31 and rotated with supporting base 17 respectively by movable sprocket 34 and to install between described coiling tension connecting rod 22 and the supporting base 17.
The active type batching apparatus of the two warp let-off formula composite anti-blocking water jet loomss of the utility model in the course of the work, coiling tension sensor 23 is delivered to the information of collecting in the coiling control system 27, through coiling tension gear-box 25, batch the processing of servomotor mechanism 26 and coiling control system 27 and control, the goal tension value that comparison system requires, automatically regulate the velocity of rotation of drive sprocket 31, thereby the response warp tension changes requirement, pass through coiling tension cylinder 21 successively through gauze 20, fabric guide roll 28, cloth beam 29, compress roller 30 finally batches on the take up roll 33.
The utility model adopts the active type coiling system, is furnished with sensing device, can respond warp tension fast and change requirement, and change automatic adjustment goal tension value and dynamically carry out the active type compensation according to the fabric tissue, guarantees that pick count is accurately stable.
In order to understand above-mentioned passive type feeding system of warp better, the active type feeding system of warp, the active type coiling system, filling density how to guarantee composite material is accurately stable, and the broken yarn phenomenon is significantly reduced, the beneficial effect that start efficient significantly improves, the active type tension compensating mechanism of the present utility model that remarks additionally is as follows: the two warp let-off formula composite anti-blocking water jet loomss of the utility model are in weaving the composite material process, the fabric of active type coiling system advocates power and last passive type feeding system of warp through axle and time closes tension force through the warp thread of the active type feeding system of warp of axle to remain stress balance, and according to pick count, three systems all are provided with a reference value (desired value) of tension force control in advance, and by reading jacquard weave style Active Compensation rising through changing big influence to Density because of figured texture weave in advance.Control desired value through number near the tension force of 50%, three system when rising of figured texture weave and be a reference value.When rising through number of figured texture weave surpasses 50%, reduce the tension force control desired value of three systems automatically, otherwise upward the figured texture weave of warp thread lacks third dimension, easily breaks (pulling force that this moment, warp yarn was born becomes big) through the warp thread of axle down because of tension.When rising through number of figured texture weave is lower than 50%, the warp thread number that form highly dense tissue this moment is many, and the then corresponding rise of desired value of the tension force control of three systems is accurate to guarantee the fabric filling density.The maximum adjustment amount of tension compensating is decided according to concrete fabric, and system dynamically carries out the ratio adjustment in rising through the number changing value of current latitude figured texture weave.And three systems all dispose SERVO CONTROL and drive unit, can satisfy the control requirement of this quick response tension variation.
Consult Fig. 5, the composite anti-blocking water jet looms of the two warp let-off formula composite anti-blocking water jet loomss of the utility model, comprise dobbies 11 and jacquard 12, described dobbies 11 comprises heald 141, heald frame 142, linkage 112, following keevil 113, dobby 114, multi-arm main shaft 115, multi-arm frame 116, be with 117 synchronously, loom main shaft 118, angular encoder 1 and loom side 120, described multi-arm frame 116 is installed on the loom side 120, described loom main shaft 118 is installed on the side of loom side 120, described angular encoder 1 cooperates installation with loom main shaft 118, described linkage 112, following keevil 113, dobby 114 and multi-arm main shaft 115 are installed on the multi-arm frame 116, between described multi-arm main shaft 115 and the loom main shaft 118 by being with 117 to be in transmission connection synchronously, described linkage 112 is connected with heald frame 142 with dobby 114 respectively, described heald 141 is articulated on the heald frame 142, described jacquard 12 comprises harness cord spring 121, harness cord spring fixed seat 122, cleaning device, harness cord 128, last keevil 129, full-jacquard mechanism 130, jacquard main shaft 131, angular encoder 2 132, servo-drive system 133 and jacquard building frame 134, described harness cord 128, last keevil 129, full-jacquard mechanism 130, jacquard main shaft 131, angular encoder 2 132 and servo-drive system 133 are installed on the jacquard building frame 134, described jacquard main shaft 131 cooperates installation with servo-drive system 133, described angular encoder 2 132 is installed between jacquard main shaft 131 and the servo-drive system 133, described harness cord 128 lower ends are connected with harness cord spring 121, the below of harness cord spring 121 is provided with harness cord spring fixed seat 122, and described cleaning device comprises water tank 123, water pipe 1, water pump 125, water pipe 2 126, spring cleaning device 127.
The operating principle of the composite anti-blocking motion of the two warp let-off formula composite anti-blocking water jet loomss of the utility model is as follows: dobbies receives the synchronous rotation that comes from loom by synchronous belt, and form corresponding to the two-way shedding motion of organizing style, lift the heald that heald frame drives on it by linkage and do the upper and lower opening motion.The power of jacquard comes from servomotor, follow the tracks of the rotation of loom and dobbies synchronously by encoder, and form the corresponding unidirectional shedding motion of organizing style, drive harness cord and on heald do the upward opening motion, and harness motion is done back to combine by the harness cord spring and is moved realization downwards.
Consult Fig. 1, described dobbies 11 jacquards 12 cooperate to be installed, described dobbies 11 and jacquard 12 form dobby shedding (143) and jacquard weave opening (144) respectively, described dobby shedding (143) and jacquard weave opening (144) form composite anti-blocking clearly side by side, and described jacquard weave opening 144 is located at than the position before multi-arm opening 143 more close the knitting.The usefulness of present embodiment is greatly to reduce static load and the sports energy consumption that machine bears.Because back row of openings amount is front-seat big, it is comprehensive that the harness motion of jacquard need lean on the harness cord spring force to return, and the harness motion of dobbies need not to overcome return spring power because having adopted the linkage of active type.The jacquard weave opening is arranged at the front portion of the less composite anti-blocking of opening amount, the comprehensive power of returning of every harness cord spring is reduced more than 10 grams, by 20,000 pieces line estimations, the dead load that jacquard and building frame thereof bear can reduce more than 200 kilograms thus, and overcomes this load and also reduce simultaneously with the motion power consumption of machine speed of a motor vehicle linear correlation.In addition, rub the objective problem that causes the start inefficiency mutually because of warp thread when weaving at the high sley that exists in original technology, the utility model has proposed " dislocation " weaving mode of opening sequential first, namely guaranteeing that opening is clear substantially, wefting insertion is smoothly under the prerequisite, with the lock in time of described dobby shedding and jacquard weave opening, form preposition or rearmounted relatively certain differential seat angle, make the switching of dobby shedding and the jacquard weave opening journey of making a slip of the tongue that corresponding time warping be arranged, the phenomenon of doing respectively between the warp thread of the action of opening up and down that rubs mutually is greatly improved, especially the opening closing point of piling up in the warp thread intersection.
The two warp let-off formula composite anti-blocking water jet loomss of the utility model in the course of the work, the loom body is provided with last keevil 129 and the following keevil 113 that has some holes, every harness cord 128 is connected to heald 111 after all passing a hole on keevil 129 and the following keevil 113, when dress is made, last keevil 129 and following keevil 113 all adopt the tiltedly mode of punching, simultaneously multi-arm heald lifting device integral body is passed 1-2cm backward, further increase the space of jacquard attachment, be conducive to weave at a high speed.The mode that adopts full-jacquard mechanism 130 to add dobby 114 realizes weaving of highly dense jacquard fabric, adopt the mode that installs stabilization rod additional further to improve the definition of fell at the shed open place, go up simultaneously the mode that keevil 129 and following keevil 113 adopt oblique punching, enlarged the activity space of jacquard heald, guaranteed the smooth resilience of harness cord spring 121, cleaning device flushing heald and harness cord spring 121 have been installed simultaneously additional, the slurry that drops in can the Rapid Cleaning weaving process, improved the service life of harness cord spring 121, guaranteed normally to weave.
The utility model is weaved and is adopted the water spray filling insertion way, is provided with four electronic weft storage devices, and the maximum fabric width of last machine is 360cm, and adopts electronic warp feeding electronic take-up mechanism controls.In the tissue design, the latitude re-organized is partly adopted in jacquard weave, and ground is organized as through re-organized, and the access node mode is for showing through connecing back weft.With the CAD decorative pattern file that designs input loom, can begin to produce after adjusting the wefting insertion parameter.
Above-described embodiment is to explanation of the present utility model, is not to restriction of the present utility model, any scheme after the utility model simple transformation is all belonged to protection domain of the present utility model.
Claims (7)
1. two warp let-off formula composite anti-blocking water jet loomss, it is characterized in that: comprise the active type electronic letting-off device, the passive type electronic letting-off device, spindle encoder (53), dobbies (11), jacquard (12), reed (54), fell stabilising arrangement (55), tightening weft axis (56), nozzle (57) and active type batching apparatus, described passive type electronic letting-off device is arranged on the top of active type electronic letting-off device, described active type electronic letting-off device links to each other with spindle encoder (53), spindle encoder (53) links to each other with jacquard (12), described dobbies (11) and jacquard (12) are arranged on the right of active type electronic letting-off device and passive type electronic letting-off device, jacquard (12) is arranged on the right of dobbies (11), described active type batching apparatus is arranged on the right of jacquard (12), between described active type batching apparatus and the jacquard (12) nozzle (57) is installed successively, reed (54) and fell stabilising arrangement (55), the lower end of described reed (54) is connected with tightening weft axis (56).
2. as claimed in claim 1 pair of warp let-off formula composite anti-blocking water jet looms, it is characterized in that: described active type electronic letting-off device comprises servomotor (1), some crankshaft-link rods (2), swing arm (3), down through axle tension force buffer spring (4), down through axle tension pick-up (5), down through axle tension force connecting rod (6), down through axle tension force fork (7), following warp thread guide (8), following warp tension cylinder (9), lower layer warp yarns (10), jacquard (12), dobbies (11), down through axle (13), down through axle tension control system (14), down through axle servomotor mechanism (15), down through shaft drive gear box (16), some supporting bases (17) and fixed mount (18), described servomotor (1), swing arm (3), following warp thread guide (8) and being installed on the supporting base (17) through axle (13) down, described servomotor (1) cooperates installation with crankshaft-link rod (2), described crankshaft-link rod (2) is connected with swing arm (3), connect by crankshaft-link rod (2) between described warp thread guide (8) down and the swing arm (3), be equipped with down through axle tension force buffer spring (4) with down through axle tension pick-up (5) between described warp thread guide (8) down and the swing arm (3), fixedly mount by fixed mount (18) between described warp thread guide (8) down and the following warp tension cylinder (9), described lower layer warp yarns (10) is arranged on down on axle (13), lower layer warp yarns (10) is passed through warp thread guide (8) down successively, following warp tension cylinder (9), jacquard (12) and dobbies (11), described servomotor (1) all with down links to each other through axle tension control system (14) through axle tension pick-up (5) with following, link to each other through axle servomotor mechanism (15) with following through axle tension control system (14) under described, down through axle servomotor mechanism (15) with link to each other through shaft drive gear box (16) down, described descend through shaft drive gear box (16) with time cooperate installation through axle (13).
3. as claimed in claim 1 pair of warp let-off formula composite anti-blocking water jet looms, it is characterized in that: described active type batching apparatus comprises some supporting bases (17), through gauze (20), coiling tension cylinder (21), coiling tension connecting rod (22), coiling tension sensor (23), tension force buffer spring (24), coiling tension gear-box (25), batch servomotor mechanism (26), coiling control system (27), fabric guide roll (28), cloth beam (29), compress roller (30), drive sprocket (31), sprocket wheel bar (32), take up roll (33) and by movable sprocket (34), described coiling tension connecting rod (22), drive sprocket (31) and cooperated installation with supporting base (17) respectively by movable sprocket (34), described coiling tension cylinder (21) is installed in the upper end of coiling tension connecting rod (22), described coiling tension sensor (23) and tension force buffer spring (24) are installed on the coiling tension connecting rod (22), described coiling tension sensor (23) links to each other with coiling control system (27), coiling control system (27) links to each other with coiling tension sensor (23), coiling tension sensor (23) links to each other with coiling tension gear-box (25), described coiling tension gear-box (25) cooperates installation with drive sprocket (31), described drive sprocket (31) and being in transmission connection by sprocket wheel bar (32) between the movable sprocket (34), described cloth beam (29) is installed on the drive sprocket (31), take up roll (33) is installed in by on the movable sprocket (34), described fabric guide roll (28) is arranged on the upper end of cloth beam (29), described compress roller (30) cooperates installation with cloth beam (29), describedly passes coiling tension cylinder (21) successively through gauze (20), fabric guide roll (28), cloth beam (29), compress roller (30) and take up roll (33).
4. as claimed in claim 1 pair of warp let-off formula composite anti-blocking water jet looms, it is characterized in that: described passive type electronic letting-off device comprises supporting base (17), go up through axle tension control system (41), go up through axle servomotor mechanism (42), go up through shaft drive gear box (43), go up through axle (44), go up through axle tension pick-up (45), go up through axle tension force buffer spring (46), go up through axle tension force connecting rod (47), go up through axle tension force fork (48), last warp thread guide (49), last warp tension cylinder (51), top line (50) and last warp thread cylinder (52), describedly go up through axle (44) and upward be installed on the supporting base (17) through axle tension force connecting rod (47), describedly go up through axle tension pick-up (45) and upward all be arranged on axle tension force connecting rod (47) through axle tension force buffer spring (46), described going up links to each other through axle tension control system (41) with last through axle tension pick-up (45), described going up links to each other through axle servomotor mechanism (42) with last through axle tension control system (41), go up and link to each other through shaft drive gear box (43) with last through axle servomotor mechanism (42), go up and cooperate installation with last through axle (44) through shaft drive gear box (43), described going up is connected through axle tension force fork (48) with last through axle tension force connecting rod (47), go up and fixedly connected with warp thread guide (49) through axle tension force fork (48), the described warp thread guide (49) of going up fixedly mounts with last warp tension cylinder (51), the described warp thread cylinder (52) of going up is arranged between axle (44) and last warp thread guide (49), and described top line (50) passes through successively through axle (44), last warp thread cylinder (52), last warp thread guide (49) and last warp tension cylinder (51).
5. as claimed in claim 1 pair of warp let-off formula composite anti-blocking water jet looms, it is characterized in that: described dobbies (11) comprises heald (141), heald frame (142), linkage (112), following keevil (113), dobby (114), multi-arm main shaft (115), multi-arm frame (116), be with synchronously (117), loom main shaft (118), angular encoder one (119) and loom side (120), described multi-arm frame (116) is installed on the loom side (120), described loom main shaft (118) is installed on the side of loom side (120), described angular encoder one (119) cooperates installation with loom main shaft (118), described linkage (112), following keevil (113), dobby (114) and multi-arm main shaft (115) are installed on the multi-arm frame (116), be in transmission connection by synchronous band (117) between described multi-arm main shaft (115) and the loom main shaft (118), described heald frame (142) is connected with linkage (112) by 2～3 hinges, and described heald (141) is articulated on the heald frame (142).
6. as claimed in claim 1 pair of warp let-off formula composite anti-blocking water jet looms, it is characterized in that: described jacquard (12) comprises harness cord spring (121), harness cord spring fixed seat (122), cleaning device, harness cord (128), last keevil (129), full-jacquard mechanism (130), jacquard main shaft (131), angular encoder two (132), servo-drive system (133) and jacquard building frame (134), described harness cord (128), last keevil (129), full-jacquard mechanism (130), jacquard main shaft (131), angular encoder two (132) and servo-drive system (133) are installed on the jacquard building frame (134), described jacquard main shaft (131) cooperates installation with servo-drive system (133), described angular encoder two (132) is installed between jacquard main shaft (131) and the servo-drive system (133), described harness cord (128) upper end is connected to jacquard (12), harness cord (128) lower end is connected with harness cord spring (121), the below of harness cord spring (121) is provided with harness cord spring fixed seat (122), and described cleaning device comprises water tank (123), water pipe one (124), water pump (125), water pipe two (126), spring cleaning device (127).
7. as each described pair of warp let-off formula composite anti-blocking water jet looms in the claim 1 to 6, it is characterized in that: described dobbies (11) cooperates installation with jacquard (12), described dobbies (11) and jacquard (12) form dobby shedding (143) and jacquard weave opening (144) respectively, described dobby shedding (143) and jacquard weave opening (144) form composite anti-blocking clearly side by side, and described jacquard weave opening (144) is arranged on than the more close position before knitting of dobby shedding (143).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320194561 CN203222647U (en) | 2013-04-17 | 2013-04-17 | Double-let-off type composite opening water-jet loom |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320194561 CN203222647U (en) | 2013-04-17 | 2013-04-17 | Double-let-off type composite opening water-jet loom |
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| Publication Number | Publication Date |
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| CN203222647U true CN203222647U (en) | 2013-10-02 |
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| CN 201320194561 Expired - Fee Related CN203222647U (en) | 2013-04-17 | 2013-04-17 | Double-let-off type composite opening water-jet loom |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103215733A (en) * | 2013-04-17 | 2013-07-24 | 浙江三志纺织有限公司 | Double-let-off type composite shed water jet loom |
| CN103643386A (en) * | 2013-12-17 | 2014-03-19 | 浙江富润海茂纺织布艺有限公司 | Novel double-beam rapier loom |
| CN104494250A (en) * | 2014-12-18 | 2015-04-08 | 杭州临安天宏电讯材料有限公司 | Hot melt polyester belt and preparation method thereof |
| CN104562358A (en) * | 2015-01-23 | 2015-04-29 | 海宁市天一纺织有限公司 | Transmission equipment for jacquard fabric |
| CN108532093A (en) * | 2018-04-12 | 2018-09-14 | 江南大学 | A method of becoming spacing Woven Distance Fabric |
| CN108691075A (en) * | 2018-07-10 | 2018-10-23 | 山东日发纺织机械有限公司 | Active let-off motion |
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2013
- 2013-04-17 CN CN 201320194561 patent/CN203222647U/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103215733A (en) * | 2013-04-17 | 2013-07-24 | 浙江三志纺织有限公司 | Double-let-off type composite shed water jet loom |
| CN103215733B (en) * | 2013-04-17 | 2014-06-25 | 浙江三志纺织有限公司 | Double-let-off type composite shed water jet loom |
| CN103643386A (en) * | 2013-12-17 | 2014-03-19 | 浙江富润海茂纺织布艺有限公司 | Novel double-beam rapier loom |
| CN104494250A (en) * | 2014-12-18 | 2015-04-08 | 杭州临安天宏电讯材料有限公司 | Hot melt polyester belt and preparation method thereof |
| CN104494250B (en) * | 2014-12-18 | 2017-04-26 | 杭州临安天宏电讯材料有限公司 | Hot melt polyester belt and preparation method thereof |
| CN104562358A (en) * | 2015-01-23 | 2015-04-29 | 海宁市天一纺织有限公司 | Transmission equipment for jacquard fabric |
| CN104562358B (en) * | 2015-01-23 | 2016-03-09 | 海宁市天一纺织有限公司 | A kind of drive apparatus of jacquard fabric |
| CN108532093A (en) * | 2018-04-12 | 2018-09-14 | 江南大学 | A method of becoming spacing Woven Distance Fabric |
| CN108691075A (en) * | 2018-07-10 | 2018-10-23 | 山东日发纺织机械有限公司 | Active let-off motion |
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