CN101260590A - Woof storing device in loom - Google Patents
Woof storing device in loom Download PDFInfo
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- CN101260590A CN101260590A CNA200810082474XA CN200810082474A CN101260590A CN 101260590 A CN101260590 A CN 101260590A CN A200810082474X A CNA200810082474X A CN A200810082474XA CN 200810082474 A CN200810082474 A CN 200810082474A CN 101260590 A CN101260590 A CN 101260590A
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Abstract
The invention provides a latitude retention apparatus. The apparatus can maintain retention function for reducing educing resistance and contribute to high speed of a weaving machine. A feeding lamina extrudes on a line retention plane with incline state through an eccentric centre incline sleeve, uplifts latitude and moves to electromagnetism pin side so as to merge into an insert pylome. Because contact surface of the feeding lamina is composed of a very smooth plane that is formed by implementing nitrogen treatment to surface of iron kinds material as blank, latitude slides easily from an incline surface of the feeding lamina only needing tiny strain. Consequently, latitude can slide easily from the incline surface of the feeding lamina based on self strain even if lifting amount of the feeding lamina less than past. Consequently, if lifting amount of the feeding lamina is small, acceleration of a latitude transporting mechanism is reduced, and impact force is reduced too. Rotate speed of the latitude retention apparatus can be increased and contributes to high speed of the weaving machine greatly.
Description
Technical field
The present invention relates to that a plurality of surveys rectangular (measuring band) annular arrangement is constituted parallel and twine body, parallel is wrapped in above-mentioned parallel twines on the body and store, and have the parallel order that stores is drawn Woof storing device in the loom of the parallel transfer mechanism that direction sends to parallel.
Background technology
Parallel long measuring storing device in a kind of jet weaving machine is disclosed in patent documentation 1, this parallel long measuring storing device possesses by 4 bulging sheet 11A～11D annular arrangement is disposed the wrap block 11 that constitutes and had the parallel transfer mechanism of sending blade 24 to, the described blade 24 of sending to utilizes the off-centre inclination sleeve 16 that is fixed on the rotating shaft 3, the radial direction of one edge wrap block 11 and parallel are drawn the direction displacement, by being formed on the patchhole 11b on each drum sheet 11A～11D, on coiling face S, haunt on one side.
That is, eccentric inclination sleeve 16 forms the eccentric and inclination of central axis of its central axis relative rotation axi 3, and is fixed on the rotating shaft 3 by chimeric.On off-centre inclination sleeve 16, can support installation tube 18 with the relative rotation, on installation tube 18, be fixed with installing plate 20.In addition, sending blade 24 to is installed on the supporting arm 22 that is fixed on the installing plate 20.Thereby when rotating shaft 3 carries out the rotation in 1 week, send blade 24 to and be projected on the coiling face S with the state that tilts from patchhole 11b, to parallel draw direction displacement on one side, in patchhole 11b, haunt on one side.Therefore, the parallel Y that is wrapped on the coiling face S utilizes the handover of sending blade 24 to, draws direction to parallel and moves 1 interval.
Owing to send blade 24 to is to be projected into coiling face S to go up the parts that contact with parallel Y, thus generally use the high iron type materials such as carbon tool steel of hardness to form, and implement the surface treatment of hard chromium plating.In addition, the supporting arm 22 of fixedly sending blade 24 to is made of iron type materials.
[patent documentation 1] spy opens flat 7-133552 communique
The parallel long measuring storing device of patent documentation 1 is to twine the parts that the multi-turn parallel stores both quantitative parallel on coiling face S, and these parallels for example under the situation of jet-propelled loom, when picking, need be drawn it by the traction of Weft insertion nozzle swimmingly.Therefore, need carry out surface treatment such as hard chromium plating to coiling face S and improve abrasion performance, and try every possible means to reduce the contact resistance with parallel.But in jet-propelled loom,, can use various parallels along with the raising of in recent years versatility.Promptly, kind about parallel, as different in appearance parallels, even if for example have fine rule etc. have the parallel of common line staple length, as the parallel of line staple length the knitting wool, the common line staple length of the parallel that does not have the line hair fully as the filament line, also can enumerate elastica or the such distinct line of decorative thread with retractility.
Under the situation that the parallel of line staple length is storing winding the line face S with set interval on usually, when picking obstacle can not take place, but under the situation of parallel that for example is the line staple length, can produce phenomenon as described below, that is, the overlapping follow-up parallel of adjacency has been pushed down the line hair on the line hair of the parallel that formerly is wound, owing to produced the big resistance of drawing, the obstacle when having caused picking.As drawing the resistance cause of increased, also have in addition that the parallel of adjacency is overlapped to be the situation that so-called dumpling shape stores.Under such state that stores, even the line hair is few, parallel also is difficult to be drawn, particularly under the such situation of elastica, because based on its retractility and brute force is pushed down other parallels, so big to the influence of picking movement.In order to reduce of the influence of such Woof storing state, possessed such parallel transfer mechanism that patent documentation 1 is put down in writing to picking.
But, the parallel transfer mechanism send blade 24 to, need mention an end that is wrapped in the parallel on the coiling face S by multi-turn, this moment is based on the tension force of parallel self, on one side parallel is slided, it is smoothly mobile round and round to draw direction to parallel on one side.Therefore, need make and send blade 24 to and carry out the reciprocating motion of big lifting amount to a certain degree to the radial direction of wrap block 11.And, owing to also added the motion of drawing direction to parallel, cause having to giving complicated motion to sending blade 24 to.Its result, although can realize reducing the Woof storing that parallel is drawn resistance, because the acceleration of parallel transfer mechanism increases, impulsive force also increases, so become the main cause of obstruction to the improvement of the further high speed of jet-propelled loom.That is, the running speed of jet-propelled loom is being realized the 1000 right high speeds that turn left in recent years, but since above-mentioned, have to reduce running speed.Therefore, even people wish to have the parallel long measuring storing device that possesses the parallel transfer mechanism also can realize high speed, thus the device that can enhance productivity.
Summary of the invention
The objective of the invention is, provide a kind of when keeping the Woof storing function of drawing resistance that has reduced parallel, can help the Woof storing device of the high speed of loom.
The present invention of technical scheme 1 is the Woof storing device in a kind of loom, twine body having coiling face and storing the rectangular annular arrangement of a plurality of surveys of face and constitute parallel with the continuous line of above-mentioned coiling face, and storing break-through on the face at above-mentioned line at least is provided with and connects a plurality of inserting holes that above-mentioned parallel twines the radial direction of body, make and to be wrapped in above-mentioned line and to store the blade of sending to that the parallel on the face draws parallel transfer mechanism that direction transfers in proper order to parallel and haunt above-mentioned line from above-mentioned inserting hole and store on the face, it is characterized in that, on the installation bracket of rotating shaft rotation that can above-mentioned relatively Woof storing device, fix the above-mentioned blade of sending to, send storing the contact site that the parallel on the face contacts with above-mentioned line and constitute in the blade to above-mentioned at least by the contact-making surface of iron type materials having been implemented nitrogen treatment.
The present invention according to technical scheme 1, can make to the above-mentioned iron type materials of sending blade to implemented nitrogen treatment and form contact-making surface very little with contact resistance parallel, even very weak power, parallel is moved on above-mentioned contact-making surface smoothly, the space of the parallel of winding is appropriately changed as in the past.Therefore, the above-mentioned blade of sending to need not store at above-mentioned line and has very big outstandingly on the face, the above-mentioned lifting amount of sending blade to can be suppressed to smaller value.Its result, because the acceleration in the parallel transfer mechanism reduces, and impulsive force also reduces, so Woof storing device is turned round with more speed.
The feature of the present invention of technical scheme 2 is, forms the above-mentioned blade of sending to by iron type materials, and implements nitrogen treatment to storing the contact site that the parallel on the face contacts with above-mentioned line at least, therefore, can not change mechanism in the past and forms the above-mentioned contact-making surface of sending blade to.
The feature of the present invention of technical scheme 3 is, at the above-mentioned cap that forms by iron type materials of sending the chimeric U of having word shape on the blade to, this cap has at least storing that contact site that the parallel on the face contacts has been implemented nitrogen treatment and the contact-making surface that forms with above-mentioned line, therefore, by using the cap that is formed by iron type materials of U word shape, no matter which kind of material formation the above-mentioned blade of sending to adopts to implement.In addition, but U word shape cap simplified structure, and only need be embedded in above-mentioned sending on the blade can implement.
The feature of the present invention of technical scheme 4 is, chimeric on the blade cap that is made of rectangular square tube and formed by iron type materials arranged above-mentioned sending to, this cap has at least storing that contact site that the parallel on the face contacts has been implemented nitrogen treatment and the contact-making surface that forms with above-mentioned line, therefore, no matter which kind of material formation the above-mentioned blade of sending to adopts to implement.In addition, can form the cap that constitutes by rectangular square tube simply.
The feature of the present invention of technical scheme 5 is that use aluminium class material or resinous material form the above-mentioned blade of sending to, therefore, can realize the above-mentioned lightweight of sending blade to, help the saving motorization of Woof storing device.
The feature of the present invention of technical scheme 6 is that use aluminium class material or resinous material form above-mentioned installation bracket, therefore, can realize the lightweight of the motion parts of parallel transfer mechanism, help the saving motorization of Woof storing device.
The present invention can realize the further high speed of Woof storing device when keeping the Woof storing function of drawing resistance that has reduced parallel.
Description of drawings
Fig. 1 is the skeleton diagram of the Woof storing device in expression the 1st embodiment.
Fig. 2 is the right side view of Fig. 1.
Fig. 3 is the cutaway view of expression parallel transfer mechanism.
Fig. 4 is the enlarged drawing of sending blade in the parallel transfer mechanism.
Fig. 5 is the enlarged drawing of sending blade in the 2nd embodiment.
Fig. 6 is the enlarged drawing of sending blade in the 3rd embodiment.
Description of reference numerals
9 parallels twine body;
10 surveys are rectangular;
12 coiling faces;
13 lines store face;
18 parallel transfer mechanisms;
19 eccentric inclination sleeves;
25 installation brackets;
30,43,49 send blade to;
33,44,50U word shape parts;
34,46,52 contact-making surfaces;
45U word shape cap;
51 caps.
The specific embodiment
(the 1st embodiment)
Below, in conjunction with Fig. 1～Fig. 4, the 1st embodiment is described.
Fig. 1 represents the summary of the Woof storing device that uses in the jet-propelled loom.Had hollow bobbin 3 by the hollow rotating shaft 2 of pivot suspension on framework 1 rotatably to the direction extension that intersects with this rotating shaft 2.Rotating shaft 2 is communicated with the hollow bulb of bobbin 3, and wherein break-through has the never illustrated parallel Y that draws for line portion.At the front side of rotating shaft 2 (among Fig. 1 right-hand), flanged supporting mass 4 can be installed with the relative rotation by bearing 5 (with reference to Fig. 3).On the flange of supporting mass 4, utilize bolt 7 and nut 8 (with reference to Fig. 3) to be fixed with the plectane 6 of larger diameter.
Parallel twines body 9 and constitutes by surveying rectangular 10 annular arrangements configuration to 4.
Survey rectangular 10 and utilize 1 uniform plate of thickness constituting by iron type materials to constitute, have and install with flat part 11, twine from the coiling face 12 of the parallel Y of bobbin 3 supplies and the line that stores the parallel Y that is twined and store face 13.Each surveys rectangular 10 being fixed on the plectane 6 by bolt 14 and nut 15 via the mode that not shown slotted hole is adjusted the radial direction position of flat part 11.
In addition, surveying rectangular 10 shape is, the circumferencial direction bending that the outer circumferential side of conduct one end of flat part 11 twines body 9 along parallel is flexed into V word shape from this coiling face 12 with flexure plane of same radius of curvature to the radial direction central side that parallel twines body 9.Therefore, be wrapped in parallel Y order landing from the inclined plane on coiling face 12 outer peripheral faces by bobbin 3.
The off-centre inclination sleeve 19 of the drive division of formation parallel transfer mechanism 18 is chimeric with the path axial region 17 of the tip side (right side of Fig. 3) that is arranged in rotating shaft 2, and utilizes bolt 20 fixing.Eccentric inclination sleeve 19 constitutes the eccentric shape that also tilts of central axis of its central axis relative rotation axi 2.On the outer peripheral face of off-centre inclination sleeve 19, via bearing 22 can be chimeric with the relative rotation have an installation tube 21 of flange.On the flange of installation tube 21, utilize bolt 24 to be fixed with installing plate 23.The central part of installing plate 23 plays the effect of the lid of the peristome that covers installation tube 21.
On the lateral surface of installing plate 23, as shown in Figure 2, utilize bolt 26 to be fixed with and survey rectangular 10 4 corresponding installation brackets 25 with each.Installation bracket 25 forms hook-type by aluminium class material, as shown in Figure 3, vertical component effect 27 can adjust its mode in the position of radial direction, be fixed on the installing plate 23 by the slotted hole 28 (with reference to Fig. 2) that forms 2 row, on horizontal part 29, utilize bolt 31 and nut 32, fix 6 respectively and send blade 30 to.
Send each limit that blade 30 uses the parts 33 (with reference to Fig. 4) that form U word shape to, form 2 one group.In addition, about sending the formation of blade 30 to, also can form by independent plate or form more than 3 with 1 parts.The U word shape parts 33 that blade 30 is sent in formation to constitute as follows, promptly be shaped, and constitute by surface-treated contact-making surface 34 by its surperficial whole implementation is handled (processing of salt bath tufftride) as a kind of tufftridy (registration mark) of nitrogen treatment by stainless steel is carried out punch process.Each sends blade 30 in the inboard that parallel twines body 9, surveys rectangular 10 inserting hole 16 relative configurations with each.
In addition, the chimeric respectively both ends of covering tube 35 that constitute by flexible materials such as rubber or resins between the flange outer periphery face of the tip side outer peripheral face of supporting mass 4 and installation tube 21, and utilize restraint zone 36 fixing.This covers tube 35 direction strain and to the radial direction strain forwards, backwards, and has the resistance that overcomes the power of reversing to circumferencial direction, stops the relative rotation of plectane 6 and installation tube 21 with this.
In constituting the survey rectangular 10 that parallel twines body 9, the line that is configured in the survey rectangular 10 of top stores on the outer peripheral face of face 13, as shown in Figure 1, is formed with the patchhole 39 of allowing that the electromagnetism pin 38 that moves enters under the effect of solenoid 37.Patchhole 39 is formed by the recess that makes line store the part depression of face 13.In addition, patchhole 39 also can form through hole.In addition, by making a plurality of permanent magnets 40 that are installed on the plectane 6 corresponding, parallel is twined the static state of rotation that body 9 is maintained in relative rotation axi 2 with the permanent magnet of on the inner surface that is fixed on the lid 41 on the framework 1, being fixed 42.
Below, the effect of the Woof storing device in the 1st embodiment is described.In electromagnetism pin 38 entered patchhole 39, card had ended under the state of parallel Y, and the rotation of parallel Y by bobbin 3 is wrapped on the coiling face 12, and along the inclined plane landing of coiling face 12, as shown in Figure 1, the row shape stores online storing on the face 13.When carrying out picking, parallel Y is released because the top of electromagnetism pin 38 in Fig. 1 retreats, so be used to the aerojet from not shown Weft insertion nozzle, store from line and is drawn on the face 13, carries out picking.When picking finishes, parallel Y is ended according to electromagnetism pins 38 cards that enter based on the control signal from the parallel length detection signal of not shown weft detector in the patchhole 39, so stop by drawing that Weft insertion nozzle carries out, online once more storing on the face 13 stores.
On the other hand, when rotating shaft 2 rotations, the eccentric motion of drawing the oblique state of direction inclination to parallel has been given in the rotation of the off-centre inclination sleeve 19 of relative rotation axi 2 off-centre and inclination to installation tube 21.Therefore, on one side send to blade 30 carry out repeatedly by installing plate 23 and installation bracket 25 with the state that tilts survey the inserting hole 16 on rectangular 10 by being formed on each, outstanding online storing lifted multi-turn parallel Y, the motion in electromagnetism pin 38 side shiftings are submerged inserting hole 16 on one side then of being twined on the face 13.Therefore, the parallel Y on the coiling face 12 is by the 1 week rotation of rotating shaft 2, to 1 interval of electromagnetism pin 38 side shiftings.
The forward movement of this parallel Y is to rise under the state that tilts owing to send blade 30 to, so parallel Y utilizes tension force when being lifted along the inclined plane landing of sending blade 30 to, and to electromagnetism pin 38 side shiftings.Send blade 30 to because by tufftridy (registration mark) processing and constitute in the 1st embodiment by very level and smooth contact-making surface 34, so even parallel Y produces small tension force, also easily along the inclined plane landing of sending blade 30 to, and to electromagnetism pin 38 side shiftings.
Its result, send to blade 30 can with than in the past in order to send the little lifting amount of the necessary set lifting amount of parallel Y, make parallel Y to electromagnetism pin 38 side shiftings, and the state that can be samely have separated the interval that the degree of twining mutually can not take place with parallel store parallel Y.Therefore, because the acceleration of parallel transfer mechanism 18 is diminished, and impulsive force is reduced, thus can improve the rotating speed of Woof storing device, thus can go far towards the high speed of jet-propelled loom.
The 1st above-mentioned embodiment can obtain following action effect.
(1) can significantly reduce to send to contact resistance between blade 30 and the parallel Y.
(2) the lifting amount of sending blade 30 to can be reduced, the acceleration and the impulsive force of parallel transfer mechanism 18 can be significantly reduced.
(3) owing to improving the rotating speed of Woof storing device, so can help the high speed of jet-propelled loom.
(4) owing to only constituted by U word shape parts 33 that stainless punch process is formed and the contact-making surface 34 that U word shape parts 33 has been carried out tufftridy (registration mark) processing, so simple in structure, to make the man-hour number few, but also help lightweight.In addition, mechanism in the past need not be changed, the contact-making surface 34 of sending blade 30 to can be formed.
(5) send the installation bracket 25 of blade 30 to owing to use aluminium class material to constitute, thus can realize the lightweight of parallel transfer mechanism 18, and help to save power, and can also help the high speed of Woof storing device.
(the 2nd embodiment)
The 2nd embodiment shown in Figure 5 has changed the structure of sending blade 30 in the 1st embodiment, below for the identical symbol of the structure tag identical with the 1st embodiment, and detailed.
The U word shape parts 44 that blade 43 is sent in formation to utilize the moulding of aluminium class material or resinous material and constitute, and U word shape cap 45 are installed sending on the blade 43.U word shape cap 45 is by carrying out punch process and moulding to stainless steel, and the surface treatment by the outer surface of U word shape cap 45 being implemented handle based on tufftridy (registration mark) constitutes the contact-making surface 46 that contacts with parallel Y.In addition, it is crooked that ground is opened to foreign side in the lower end 47 of the dual-side of U word shape cap 45, and the distance L between the inwall of lower end side is narrower than distance between the inwall of upper end side, and narrower than the thickness of sending blade 43 to.In addition, distance is wideer slightly than the thickness of sending blade 43 between the upper end side inwall of U word shape cap 45.In addition, the 48th, be used for U word shape parts 44 are installed in bolt hole on the horizontal part 29 of installation bracket 25.
As sending to shown in the blade 43 of the right side of Fig. 5, U word shape cap 45 is sent the guiding that blade 43 utilizes the lower end 47 of opening to by being pressed into from the direction shown in the arrow, easily is opened, and blade 43 is chimeric with sending to.The left side of Fig. 5 send the state that blade 43 expression is installed U word shape cap 45 fully to, under this state, U word shape cap 45 is fastened to and sends on the blade 43 under the effect based on the flexible fastening force of lower end 47, can not come off in action.
The 2nd embodiment is owing to the contact-making surface 46 that handle contacts with parallel Y is formed on and sends on the U word shape cap 45 of blade 43 splits, so, except the action effect that can obtain the 1st embodiment, send the selected free degree height of material of blade 43 to, thereby can further promote the lightweight of parallel transfer mechanism 18, can help to save motorization.
(the 3rd embodiment)
The 3rd embodiment shown in Figure 6 has further changed the structure of sending blade 30 in the 1st embodiment, below for the identical symbol of the structure tag identical with the 1st embodiment, and detailed.
It is same that the U word shape parts 50 and the 2nd embodiment of blade 49 sent in formation to, utilizes the moulding of aluminium class material or resinous material and constitute.The cap 51 that forms rectangular square tube shape is installed sending on the blade 49.Cap 51 processes type by stainless steel is carried out deep-draw, and the surface treatment by the whole surface of cap 51 being implemented handle based on tufftridy (registration mark) constitutes the contact-making surface 52 that contacts with parallel Y.In addition, the distance between the inwall of cap 51 forms wideer slightly than the thickness of sending blade 49 to, constitutes only need be installed in cap 51 to send the degree that just can not come off on the blade 49 to, but also can constitute the structure of using adhesive or screw etc. to fix.In addition, the 53rd, be used for U word shape parts 50 are installed in bolt hole on the horizontal part 29 of installation bracket 25.
The 3rd embodiment is because cap 51 simple in structure, and can freely select the material of sending blade 49 to, so, by use light material formation, can realize the further lightweight of parallel transfer mechanism 18, help to save motorization.
The invention is not restricted to the structure of each above-mentioned embodiment, in technical scope of the present invention, can carry out various changes, and can implement as follows.
Be implemented the contact-making surface 34,46 and 52 that tufftridy (registration mark) is handled in (1) the 1st～the 3rd embodiment, as long as be formed at least and store the contact site that the online parallel Y that stores on the face 13 contacts.
In (2) the 1st embodiments send U word shape cap 45 in blade the 30, the 2nd embodiment to and the cap 51 in the 3rd embodiment is not limited to use stainless steel, also can use other iron type materials such as carbon steel and come moulding by punch process.
U word shape parts 44,50 in the (4) the 2nd, the 3rd embodiment can be made of iron type materials.
(5) the present invention is except jet-propelled loom, can also be in water-jet loom, rapier weaving machine, gripper shuttle loom etc. implements in the parallel transfer mechanism of employed Woof storing device.
(6), except tufftridy (registration mark) is handled, also can adopt gas nitriding method or ionitriding etc. to carry out surface treatment as nitrogen treatment.
Claims (6)
1. the Woof storing device in the loom; Having coiling face and storing the rectangular annular arrangement of a plurality of surveys of face and consist of the parallel winding body with the continuous line of above-mentioned coiling face; And store a plurality of inserting holes that break-through on the face is provided with the radial direction that connects above-mentioned parallel winding body at above-mentioned line at least; Make and to be wrapped in above-mentioned line and to store the blade of sending to that the parallel on the face draws parallel transfer mechanism that direction transfers in proper order to parallel and haunt above-mentioned line from above-mentioned inserting hole and store on the face; It is characterized in that
On the installation bracket of rotating shaft rotation that can above-mentioned relatively Woof storing device, fix the above-mentioned blade of sending to, send storing the contact site that the parallel on the face contacts with above-mentioned line and constitute in the blade to above-mentioned at least by the contact-making surface of iron type materials having been implemented nitrogen treatment.
2. the Woof storing device in the loom according to claim 1 is characterized in that, forms the above-mentioned blade of sending to by iron type materials, and has implemented nitrogen treatment to storing the contact site that the parallel on the face contacts with above-mentioned line at least.
3. the Woof storing device in the loom according to claim 1, it is characterized in that, at the above-mentioned cap that is formed by iron type materials of sending the chimeric U of having word shape on the blade to, this cap has at least storing that contact site that the parallel on the face contacts has been implemented nitrogen treatment and the contact-making surface that forms with above-mentioned line.
4. the Woof storing device in the loom according to claim 1, it is characterized in that, chimeric on the blade cap that is made of rectangular square tube and formed by iron type materials arranged above-mentioned sending to, this cap has at least storing that contact site that the parallel on the face contacts has been implemented nitrogen treatment and the contact-making surface that forms with above-mentioned line.
5. the Woof storing device in the loom according to claim 3 is characterized in that, uses aluminium class material or resinous material to form the above-mentioned blade of sending to.
6. the Woof storing device in the loom according to claim 1 is characterized in that, uses aluminium class material or resinous material to form above-mentioned installation bracket.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2007056487 | 2007-03-07 | ||
| JP2007056487A JP2008214820A (en) | 2007-03-07 | 2007-03-07 | Weft storage device in loom |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101260590A true CN101260590A (en) | 2008-09-10 |
Family
ID=39835214
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA200810082474XA Pending CN101260590A (en) | 2007-03-07 | 2008-03-06 | Woof storing device in loom |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP2008214820A (en) |
| CN (1) | CN101260590A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103726197A (en) * | 2012-10-12 | 2014-04-16 | 株式会社丰田自动织机 | Weft feeding blade adjusting tool of weft length measurement and storage device |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP7349916B2 (en) * | 2020-01-20 | 2023-09-25 | 京セラ株式会社 | Feed vane and thread measuring and storage device using it |
| CN111532892B (en) * | 2020-05-08 | 2021-12-07 | 台州市缤纷包装有限公司 | Optical fiber production line is with drawing right adjusting auxiliary device |
-
2007
- 2007-03-07 JP JP2007056487A patent/JP2008214820A/en active Pending
-
2008
- 2008-03-06 CN CNA200810082474XA patent/CN101260590A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103726197A (en) * | 2012-10-12 | 2014-04-16 | 株式会社丰田自动织机 | Weft feeding blade adjusting tool of weft length measurement and storage device |
| CN103726197B (en) * | 2012-10-12 | 2015-06-03 | 株式会社丰田自动织机 | Weft feeding blade adjusting tool of weft length measurement and storage device |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2008214820A (en) | 2008-09-18 |
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Open date: 20080910 |