CN105540334B - A kind of fiber yarn is entried technique - Google Patents
A kind of fiber yarn is entried technique Download PDFInfo
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- CN105540334B CN105540334B CN201511014567.5A CN201511014567A CN105540334B CN 105540334 B CN105540334 B CN 105540334B CN 201511014567 A CN201511014567 A CN 201511014567A CN 105540334 B CN105540334 B CN 105540334B
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- porcelain eye
- yarn
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- creel
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H57/00—Guides for filamentary materials; Supports therefor
- B65H57/06—Annular guiding surfaces; Eyes, e.g. pigtails
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H57/00—Guides for filamentary materials; Supports therefor
- B65H57/16—Guides for filamentary materials; Supports therefor formed to maintain a plurality of filaments in spaced relation
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H2701/00—Handled material; Storage means
- B65H2701/30—Handled filamentary material
- B65H2701/31—Textiles threads or artificial strands of filaments
Abstract
It entrys technique the present invention relates to a kind of fiber yarn, it is carried out based on multiple rows of creel, every row's creel has multiple creel layers for being used to place yarn group, multiple row yarn group is placed on each creel layer, each yarn group top is equipped with a piece of yarn poteye plate, the warp thread of same creel layer is pooled to every layer of boundling porcelain eye plate after sequentially passing through yarn poteye plate, all layers of warp thread is pooled to again often arranges in a row beam porcelain eye plate, the warp thread of all creel rows is pooled to total boundling porcelain eye plate again, it is characterized in that the porcelain eye of each of each column yarn poteye plate on each creel layer yarn poteye plate is divided into two porcelain eye layers or four porcelain eye layers up and down, the porcelain eye of same row yarn poteye plate another adjacent porcelain eye layer reverse sequence number in a porcelain eye layer serial number, big porcelain eye is numbered than numbering small porcelain eye far from loom, each column yarn poteye of same creel layer Plate quantity is identical and method of entrying is identical.The present invention has rational design, and brief and practical, warp tension is uniform, and fabric quality is good.
Description
Technical field
It entrys technique the present invention relates to a kind of fiber yarn, fiber yarn when rolling into a ball more particularly, to more yarn is entried work
Skill.
Background technique
In fiber weaving cloth production, it usually needs more through loose thread number, this, which means that, needs more warp thread yarn group B
Number, warp thread yarn group B are generally positioned on warp thread creel C, but large number of yarn group B, due to present position difference, yarn is walked
Tension difference when to creel C-terminal is larger, leads to fibre damage, influences the production of product, specially as shown in Figure 1, warp thread
Creel C is made of multiple rows of frame, and two column of every layer of placement left and right or multiple row yarn of every framed bent roll into a ball B.Simultaneously as shown in Fig. 2, being put on creel C
It is equipped with multilayer yarn group B, each layer of bull warp thread is extracted out from yarn group B and is pooled to every layer of boundling after yarn poteye plate D
On porcelain eye plate E, the warp thread for having passed through every layer of boundling porcelain eye plate E of each layer is pooled to again up and down is often arranged in a row on beam porcelain eye plate F, every row
Whole warp thread of creel C are pooled to total boundling porcelain eye plate G again, and warp thread is drawn toward the direction loom A later, pass through before entering loom A
Yarn need to be by tension-adjusting gear H and guiding distribution apparatus I(reed or sley point toward contact).
Because B numbers of warp thread yarn group are numerous, and fiber is crisp without rub resistance, thus general not to warp yarn application tension tune
Device is saved with stable tension, is damaged caused by easily damage fiber because of tension regulator, therefore general operate is to warp thread from creel C
By the whole tension or sectional-regulated tension for increasing whole picture warp thread after extraction, but the warp thread due to coming out from creel C is first
Beginning tension has differed greatly, and the warp tension obtained after integrally-regulated is still not uniform enough, because warp tension exists in actual production
It is uneven on fabric width direction, the problem of not gentle split of fabric surface blistering is bent with length direction is often resulted in, this
Two problems bring hidden danger of quality and cost to improve the production of next process.
The warp thread of the prior art before total boundling porcelain eye plate G due to, without carrying out suitable tension force and management, passing through
After yarn is guided on loom A, a certain width of warp thread total tension and other same width within the scope of the breadth of a certain width of loom A
Warp thread total tension difference in wide scope is big, and causing fabric quality, there are serious problems.
It is tested and is studied, the tension of warp yarn or several warp thread is irregular (to indicate that the aobvious periphery that is higher or lower than passes through
The average tension value of yarn) the case where, only if it were not for (such as warp thread is restrained by other objects and can not almost extract advance out overtension
When) cause warp break, it will not generally cause significant change and the flaw of fabric quality.But the warp thread in a certain breadth is always opened
If warp thread total tension difference in power and other same breadth is big, fabric quality will be led to the problem of.It is often right in traditional technology
Tension when warp thread leaves creel C does not control, by warp thread leave creel C after carry out whole picture it is wide to full wafer warp tension adjust or
Progress framing is wide to be divided into several sections of progress tension adjustments to whole picture warp thread, ineffective after adjusting: although each section after sectional-regulated
Between tension total value can reach more uniform, be segmented in the tension difference in different breadth sections or larger, very because of the excessive breadth of warp thread
Greatly, it can not often carry out the subdivision of more multistage to adjust, be readily apparent that although being segmented the method for being finely divided adjusting more, it is practical
The adjusting implementation method and ideal effect that do not get better.The yarn adjusted in segmentation same simultaneously is initial because coming out from creel C
Tension difference is larger, and after rubbed method adjusts tension, tension is often only amplified, largely still by initial tension
It influences and differs greatly.As shown in figure 3, traditional technology successively takes the lead to warp thread across yarn poteye plate D, warp thread rule is caused
Tension variation is embodied on split breadth；The warp thread of the front and rear part creel C is worn together respectively, as creel C close to loom A in the area a
Between yarn one reinstate a set of jockey pulley and adjust, the yarn in the section b is adjusted with another set of jockey pulley, makes the yarn in the section a and the yarn in the section b
Tension total value is suitable, but is both that warp tension larger difference in the section a is not eliminated still.
In traditional technology, also has and the entry planning and designing of technique of creel C are intended to reduce tension difference, but all do not have
It is careful and ineffective enough to accomplish.As shown in figure 4, two layers of warp thread point passes through every layer of boundling porcelain eye plate E, but not to creel C
The warp thread of front and rear part differential tension is homogenized mixing；In Fig. 5, every layer of boundling porcelain eye plate E but common suitable is passed through for warp thread point two layers
Sequence threading method is still so that left and right side tension is different；In Fig. 6, wear for warp thread point two layers and tension by preliminary collocation uniformly, but left and right two
Column yarn group B, which symmetrically entrys, still causes tension irregular；In Fig. 7, three layers of warp thread point enables large number of warp thread to pass through boundling
Porcelain eye plate 5, but warp tension is not reasonably combined.
Summary of the invention
Present invention solves the technical problem that being to overcome drawbacks described above present in the prior art, and provide a kind of fiber yarn
It entrys technique.
The technical proposal adopted by the invention to solve the above technical problems is that:
A kind of fiber yarn is entried technique, carried out based on multiple rows of creel, and every row's creel, which has, multiple is used to place yarn group
Creel layer, multiple row yarn group is placed on each creel layer, and each yarn group top is equipped with a piece of yarn poteye plate, the warp of same creel layer
Yarn is pooled to every layer of boundling porcelain eye plate after sequentially passing through yarn poteye plate, and all layers of warp thread is pooled to again often arranges in a row beam porcelain eye
The warp thread of plate, all creel rows is pooled to total boundling porcelain eye plate again, it is characterized in that each column yarn poteye on each creel layer
The porcelain eye of each of plate yarn poteye plate is divided into two porcelain eye layers or four porcelain eye layers up and down, same row yarn poteye
The porcelain eye of plate another adjacent porcelain eye layer reverse sequence number in a porcelain eye layer serial number, it is smaller than numbering to number big porcelain eye
Porcelain eye far from loom, each column yarn poteye plate quantity of same creel layer is identical and method of entrying is identical.
Porcelain eye number on the yarn poteye plate of the adjacent creel layer of the present invention is in symmetric configuration.
Porcelain eye layer of the present invention is two layers, numbers the corresponding warp thread of biggish porcelain eye and all passes through porcelain eye on yarn poteye plate
Layer numbers the corresponding warp thread of lesser porcelain eye across lower porcelain eye layer.
The intersection offset direction of the two porcelain eye layers up and down of the yarn poteye plate of interval yarn rack-layer of the present invention is opposite.
The porcelain eye number of yarn poteye plate of the present invention is reversely corresponding with the porcelain eye number of the yarn poteye plate, i.e. same row
The porcelain eye number of middle maximum porcelain eye number is 1, and the porcelain eye number of the second largest porcelain eye number is 2, the porcelain eye of the third-largest porcelain eye number
The column yarn that the porcelain eye number for minimum porcelain eye number that number is 3 ... is equal to creel layer rolls into a ball quantity.Each of each creel row of the present invention
Two column yarn groups are placed on creel layer, two column yarns are rolled into a ball according to odd or even number serial number, and the porcelain eye of each yarn poteye plate is divided equally
For upper and lower two porcelain eye layers, the odd numbers porcelain eye of same row yarn poteye plate is anti-in porcelain eye layer serial number another porcelain eye layer
To serial number, the even numbers porcelain eye of same row yarn poteye plate is in another porcelain eye layer reverse sequence of a porcelain eye layer serial number
It numbers, close odd or even number porcelain eye is configured in neighbouring position in same row.
The present invention has rational design, and brief and practical, warp tension is uniform, and fabric quality is good.
Detailed description of the invention
Fig. 1 is the schematic top plan view of fiber yarn braiding apparatus.
Fig. 2 is the partial sectional view of fiber yarn braiding apparatus.
Fig. 3 is the J-J broken section and tension variation schematic diagram of Fig. 2, X- Tensity size in figure, Y- loom width, from upper
The 4th, third, the second, first creel layer are followed successively by under.
Fig. 4 is the first schematic diagram of entrying of every layer of boundling porcelain eye plate of the prior art.
Fig. 5 is second of schematic diagram of entrying of every layer of boundling porcelain eye plate of the prior art.
Fig. 6 is the third schematic diagram of entrying of every layer of boundling porcelain eye plate of the prior art.
Fig. 7 is the 4th kind of schematic diagram of entrying of every layer of boundling porcelain eye plate of the prior art.
Fig. 8 is creel of the embodiment of the present invention each layer of vertical view comparison diagram when being four layers is successively the 4th layer from top to bottom,
Third layer, the second layer, first layer.
Fig. 9 is the effect schematic top plan view of entrying of the embodiment of the present invention, and creel is four layers of five row, and every creel layer has two column
Yarn group.
Figure 10 is that the first creel section of the embodiment of the present invention is entried schematic diagram.
Figure 11 is that second of creel section of the embodiment of the present invention is entried schematic diagram.
Figure 12 is that the third creel section of the embodiment of the present invention is entried schematic diagram.
Figure 13 is the partial enlargement rotation schematic diagram of the 4th creel layer of Fig. 8.
Figure 14 is the partial enlargement rotation schematic diagram of Fig. 8 third creel layer.
Figure 15 is the partial enlargement rotation schematic diagram of Fig. 8 the second creel layer.
Figure 16 is the partial enlargement rotation schematic diagram of Fig. 8 the first creel layer.
Specific embodiment
Referring to Fig. 1~Figure 16, the present invention passes through the warp thread in region before and after reasonably combined creel C, using work of reasonably entrying
Initial tension when skill makes warp thread leave creel C all embodies consistent tension in each breadth segmentation of fabric, more thoroughly to solve
Certainly because of fabric problem caused by the irregular problem of warp tension, number is yarn group number, that is, yarn poteye plate and porcelain eye in figure
Number.
The creel of the present embodiment is similar with traditional technology, and as shown in Figure 1 and Figure 2, warp thread creel C is made of multiple rows of frame, often
Row creel C has multiple creel layers that can place multilayer warp thread yarn group B, and two column of left and right are placed on each creel layer or multiple row yarn rolls into a ball B, yarn
There is a piece of yarn poteye plate D placed vertically to be used for across warp thread above each warp thread yarn group B of rack-layer, same creel layer
Warp thread is pooled to every layer of boundling porcelain eye plate E after sequentially passing through yarn poteye plate D, and all layers of warp thread is pooled to again often arranges in a row beam porcelain
Eye plate F, the warp thread of all creel rows are pooled to total boundling porcelain eye plate G again, and whole warp thread are by tension-adjusting gear H and guiding point
Cloth apparatus I density enters loom A woven into fabric after distributing equally adjusting.
The present embodiment is homogenized by carrying out mixing to the greatest extent to the different warp thread of the tension before and after creel C to reach equal
Change the even tension on fabric width between different sections.Present invention introduces the concept of warp thread serialization number and tension quantization, such as Fig. 2
Shown, two warp thread by right end in every layer of creel C (i.e. creel layer) figure near loom A (come from two column warp thread yarns of left and right
) for number labeled as warp thread 1, the warp thread toward the direction far from loom A is successively labeled as warp thread 2,3,4 ... 30, each yarn is rolled into a ball on B
Yarn poteye plate D sync mark yarn poteye plate D-1, D-2, D-3 ... D-30 of side, need to be according to when being pierced by creel C because of every warp thread
Secondary to pass through each yarn poteye plate D, warp thread is per mostly a tension is just increased by a piece of yarn poteye plate D, so warp thread is pierced by yarn
Initial tension after frame C at every layer of boundling porcelain eye plate E rolls into a ball the present position B with yarn that is, warp thread number is almost corresponding, such as
Warp thread 1 is because that can be calculated as 1(part by 1 yarn poteye plate D its initial tension), warp thread 2 is because 2 yarn poteye plate D of process are at the beginning of it
Beginning tension can be calculated as 2(parts), warp thread 3 is because that can be calculated as 3(parts by 3 yarn poteye plate D its initial tensions), and so on, yarn
Warp thread 30 its initial tension of frame C from loom A distalmost end is about 30(parts).
Fig. 8 schematically illustrates the setting of the yarn poteye plate D on every layer of four layers of creel C and technique of entrying.As seen from Figure 2
Yarn poteye plate D is vertically to be connected on creel C and roll into a ball above B in yarn, there is hole, Kong Shangyou porcelain eye, warp on yarn poteye plate D
Yarn pass through porcelain eye (it is completely corresponding with warp thread, write on before porcelain eye through yarn number, that is, porcelain eye number, but in order to distinguish, warp thread N be through leading
The N# porcelain eye of yarn porcelain eye plate D-N).Expression rotates original vertical yarn poteye plate D around certain trunnion axis for convenience in Fig. 8
It is illustrated as the appearance laid flat afterwards, (being right after rotation expression in Fig. 8) has digital number to express the porcelain above each porcelain eye
Which root warp thread eye allows may pass through this porcelain eye, it can be seen that porcelain eye there are two on the yarn poteye plate D-30 of creel C distalmost end, two
Root warp thread 30 is each passed through yarn poteye plate D-30, then (right Fig. 8) warp thread 30 sequentially passes through yarn poteye plate D-29 forward
30# porcelain eye, the 30# porcelain eye of yarn poteye plate D-28, yarn poteye plate D-27 30# porcelain eye ... yarn poteye plate D-1 30#
Porcelain eye, the 30# porcelain eye being then passed through on every layer of boundling porcelain eye plate E often arrange in a row the 30# porcelain eye on beam porcelain eye plate F.Same warp thread 29 according to
The secondary 29# porcelain eye across each yarn poteye plate D-29.Again successively by warp thread 28, warp thread 27, warp thread 26 ... warp thread 16, warp thread 15 ...
Warp thread 1 sequentially passes through the porcelain eye of the reference numeral of yarn poteye plate D.From warp thread 15, warp thread 15, warp thread 14, warp thread 13 ... warp
Yarn 1 passes through the porcelain eye of a row below yarn poteye plate D.
The porcelain eye of Fig. 8 creel C yarn poteye plate D is divided into two layers (porcelain eye layer, similarly hereinafter), and creel C length is arranged in every porcelain eye layer
The half (15) of upper total yarn group number (such as Fig. 2 is 30 warp thread), number consecutively, if upper layer porcelain eye is (from 30# porcelain eye to 16# porcelain
Eye) turn left that number then successively number from left to right by lower layer's porcelain eye (from 15# porcelain eye to 1# porcelain eye) from the right side, it is ensured that maximum number porcelain
Eye and lowest number porcelain eye are close in upper layer and lower layer, also ensure the sum of upper layer and lower layer porcelain eye two numbers and adjacent upper and lower two
The sum of porcelain eye two number of layer is consistent, ensures that every layer of bilevel two warp thread of boundling porcelain eye plate E any position in this way
It is also identical as the sum of numbers of other two warp thread up and down in two sides, that is, bilevel two warp tensions of any position with
Other bilevel two warp tensions in two sides are almost the same.This equally ensure that same width at every layer of boundling porcelain eye plate E
Section is spent as other up and down totally 10 warp tension total values are also almost the same for the tension total value of totally 10 warp thread and two sides up and down.This
It equally ensure that same width section such as the tension total value of totally 100 warp thread and other arbitrary neighborhoods or non-conterminous 100 up and down
The tension total value of root warp thread is also almost the same.This reflection on the breadth of fabric, be exactly any breadth warp tension with it is other
The tension of identical breadth anywhere is almost the same.
Biggish warp thread is numbered as seen from Figure 2 be located remotely from the warp thread of loom A all pass through the upper one layer of porcelain of yarn poteye plate D
Eye numbers lesser warp thread across next layer of porcelain eye, can prevent the interference between upper and lower level warp thread from tangling.Each warp thread passes through
The location of porcelain eye is constant always when each yarn poteye plate D, i.e., almost straight ahead is initial to reduce warp thread as far as possible for warp thread
Tension, warp thread, porcelain eye plate in such practical operation, porcelain eye is not necessarily to number-mark efficiently inerrably to entry, and effectively reduces
The path error that is easy in traditional technology because not making rational planning for porcelain eye plate to entry causes additional tension and warp thread mutually to wind
Problem.The path all fours of entrying of two column yarn of the left and right group B of same layer.
From Fig. 8 creel C third layer as it can be seen that compared with the 4th layer, the porcelain eye number left and right on yarn poteye plate D has been made symmetrical
It exchanges (configuration).The relatively mild warp thread 15 of warp tension, the 4th layer of warp thread 16 and creel C of warp thread 1, warp thread 30 are located in this way
The almost same position of fabric width, greatly may to the part of very little breadth to further decrease warp thread 1,30 tension difference of warp thread
Bring adverse effect.
The path of entrying of Fig. 8 creel C second layer is similar with the 4th layer, and first layer is similar with third layer, and unique variation is
The intersection offset direction of the upper layer and lower layer porcelain eye of the yarn poteye plate D of the second layer and the 4th row's on the contrary, the opposite third of first row
Row is also in this way, one can be close in avoid same number that is, when identical two warp thread of tension are guided on loom sley in this way
It rises.Certainly as previously described, the Tensity size of several warp thread does not embody larger negative effect, even if several identical
Number warp thread will not closely bring big problem, and doing so is to approach idealization, and effect is also very fine.
The warp thread threading method of all every row's creel C is all identical.
Fig. 9 is the schematic diagram after whole creel C entrys by the present embodiment.What warp thread passed through on every layer of boundling porcelain eye plate E
Identical when position is with by every yarn poteye plate D, 4 layers of warp thread are pooled to the porcelain eye position passed through when often arranging in a row beam porcelain eye plate F
Continue to remain unchanged, the warp thread of 5 row's yarns group, which is pooled to the porcelain eye position passed through when total boundling porcelain eye plate G, also to be continued to remain unchanged.
The warp thread passed through on total boundling porcelain eye plate G in this way in Fig. 9, more warp tension total values in the 1cm wide scope of any position with
More warp tension total values in adjacent or non-conterminous 1cm wide scope are of substantially equal, and any position 1 is " more in wide scope
Root warp tension total value with adjacent or non-conterminous 1 " more warp tension total values in wide scope are of substantially equal, any position
More warp tension total values in 10cm wide scope and more warp tensions in adjacent or non-conterminous 10cm wide scope are total
Be worth of substantially equal, mixed substantially from the warp tension that creel comes out in this way, though below into before loom by carry out tension
It adjusts, and on the basis of the warp thread of a uniform tension, the uniform balance of final warp tension easy to accomplish.These warp thread are most
Loom is successively penetrated afterwards, whole uniformity is nor affected on even if a small number of warp yarn positions accidentally occur and misdraw, ensure that fabric is appointed
Anticipate breadth in warp thread total tension it is almost consistent with the warp thread total tension of other same breadth, the two breadth can be it is adjacent,
It is non-conterminous or juxtaposition.
As seen from Figure 9, in creel C same layer, the threading method of the right column warp thread of any one row's left column warp thread and any one row is identical,
Warp thread between this two rows of creel C is also equalization of complementary relationship in number and tension value, because regardless of creel C by how much row's group
At the warp thread between every row embodies seamless connection in tension distribution.
As shown in Figure 10, it is that the section creel C of the invention is entried schematic diagram, also corresponds to the J-J of Fig. 2 to cross-sectional view, on
Under each layer the warp thread 11 of left and right two from warp thread yarn group draw after for the first time through the 11# porcelain eye of yarn poteye plate D-11, it is other
12#--30# porcelain eye is occupied by 12#-30# warp thread, therefore no any vacancy on yarn poteye plate D-11, other guide porcelain
Eye plate D is also in this way, preventing mistake from wearing.
5 row of the present embodiment creel, 4 layers and creel every layer of each column of every row yarn to roll into a ball number 30 be citing, other any numbers of rows,
The present invention can be used in the number of plies.
Present patent application rolls into a ball porcelain eye locating for location, warp thread route via compared with the background art, by warp thread yarn
Number, warp tension with numeral mark and quantify, by tension by way of the double-deck yarn poteye is arranged on yarn poteye plate
It is almost the same that the big and small warp thread of value arranges in pairs or groups mutually the tension obtained on unit width, then by left on creel same layer
The identical sets of right two column warp thread, the arranged crosswise of upper and lower level warp thread, identical threading method these measures between different row's creels, into
One step ensure that the warp tension in any section on entire breadth is consistent and evenly distributed, as long as choosing two or more warp thread
It is just consistent with the warp thread total tension of the same radical in other any positions.
This method is simple and easy, effectively prevent conventional method easily misdraw yarn cause frequently to occur winding strand between warp thread break and
Situations such as increasing additional tension.The adjusting control whole picture of this method not instead of conventional method or framing tension, utilization and identification
The differential tension of warp yarn distributes and controls tension, be it is a kind of decompose in detail, orientation arrangement, full and uniform method.
As shown in figure 11, the warp thread of same layer same row is divided into 4 layers and passes through yarn poteye plate, it can be by warp tension
" stirring " must be more uniform, i.e., the porcelain eye layer of each yarn poteye plate D is four layers, on single-row yarn group number more longer creel
It is applicable in.
As shown in figure 12, two column yarn groups are placed on each creel layer of each creel row, two column yarns are rolled into a ball according to odd or even number
Serial number, the porcelain eye of each yarn poteye plate D are divided into two porcelain eye layers up and down, the odd numbers porcelain of same row yarn poteye plate
Eye is numbered in another porcelain eye layer reverse sequence of a porcelain eye layer serial number, and the even numbers porcelain eye of same row yarn poteye plate is one
Another porcelain eye layer reverse sequence of a porcelain eye layer serial number is numbered, and close odd or even number porcelain eye is configured neighbouring in same row
Position.The warp thread of same row is divided into number and is arranged for two parts of Dan Shuan, available warp thread distribution more evenly.
The simple deformation or equivalence replacement of all design concepts of the present invention, it is considered that fall into protection scope of the present invention.
Claims (6)
- The technique 1. a kind of fiber yarn is entried is carried out based on multiple rows of creel, and every row's creel has multiple yarns for being used to place yarn group Rack-layer, multiple row yarn group is placed on each creel layer, and each yarn group top is equipped with a piece of yarn poteye plate, the warp thread of same creel layer It is pooled to every layer of boundling porcelain eye plate after sequentially passing through yarn poteye plate, all layers of warp thread is pooled to again often arranges in a row beam porcelain eye plate, The warp thread of all creel rows is pooled to total boundling porcelain eye plate again, it is characterized in that in each column yarn poteye plate on each creel layer The porcelain eye of each yarn poteye plate be divided into two porcelain eye layers or four porcelain eye layers up and down, same row yarn poteye plate Porcelain eye another adjacent porcelain eye layer reverse sequence number in a porcelain eye layer serial number, numbers the big warp thread warp smaller than numbering For yarn far from loom, porcelain eye number is corresponding with through yarn number, and each column yarn poteye plate quantity of same creel layer is identical and method of entrying It is identical.
- The technique 2. fiber yarn according to claim 1 is entried, it is characterized in that: on the yarn poteye plate of adjacent creel layer Porcelain eye number is in symmetric configuration.
- The technique 3. fiber yarn according to claim 1 or 2 is entried, it is characterized in that: the porcelain eye layer be two layers, number compared with The corresponding warp thread of big porcelain eye all passes through porcelain eye layer on yarn poteye plate, numbers the corresponding warp thread of lesser porcelain eye across lower porcelain eye Layer.
- The technique 4. fiber yarn according to claim 1 or 2 is entried, it is characterized in that: the yarn poteye plate of interval yarn rack-layer Two porcelain eye layers up and down intersection offset direction it is opposite.
- The technique 5. fiber yarn according to claim 1 or 2 is entried, it is characterized in that: the porcelain eye of the yarn poteye plate is compiled It is number reversely corresponding with the porcelain eye number of the yarn poteye plate.
- The technique 6. fiber yarn according to claim 1 or 2 is entried, it is characterized in that: each creel layer of each creel row On place two column yarn groups, two column yarns are rolled into a ball according to odd or even number serial number, and the porcelain eye of each yarn poteye plate is divided into up and down Two porcelain eye layers, the odd numbers porcelain eye of same row yarn poteye plate is in another porcelain eye layer reverse sequence of a porcelain eye layer serial number The even numbers porcelain eye of number, same row yarn poteye plate is numbered in another porcelain eye layer reverse sequence of a porcelain eye layer serial number, Close odd or even number porcelain eye is configured in neighbouring position in same row.
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| CN201511014567.5A CN105540334B (en) | 2015-12-31 | 2015-12-31 | A kind of fiber yarn is entried technique |
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| CN201511014567.5A CN105540334B (en) | 2015-12-31 | 2015-12-31 | A kind of fiber yarn is entried technique |
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| CN108423323B (en) * | 2017-02-14 | 2020-08-21 | 巨石集团有限公司 | Yarn group knotting process |
| CN108557577B (en) * | 2018-06-06 | 2023-05-02 | 淮北宇鑫新型材料有限公司 | Glass fiber feeding frame and feeding method |
| CN114575022B (en) * | 2021-12-24 | 2023-04-28 | 澳帕曼织带（昆山）有限公司 | Arrangement method for raw material yarn feeding based on braiding and weaving process |
| CN114606629B (en) * | 2022-01-25 | 2023-05-09 | 武汉纺织大学 | Variable-width multilayer fabric warp let-off device, weaving system and warp let-off method |
| CN115262063B (en) * | 2022-09-02 | 2023-05-09 | 武汉纺织大学 | Multilayer high-density warp yarn gathering device and preparation method of multilayer high-density fabric |
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| CN201501702U (en) * | 2009-08-04 | 2010-06-09 | 王文娟 | Splitting drum winding machine |
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