CN102689818B - Winding unit, automatic bobbin winder and supply bobbin alignment method - Google Patents

Winding unit, automatic bobbin winder and supply bobbin alignment method Download PDF

Info

Publication number
CN102689818B
CN102689818B CN201210027028.5A CN201210027028A CN102689818B CN 102689818 B CN102689818 B CN 102689818B CN 201210027028 A CN201210027028 A CN 201210027028A CN 102689818 B CN102689818 B CN 102689818B
Authority
CN
China
Prior art keywords
mentioned
supply bobbin
bobbin
length
unwinding
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
CN201210027028.5A
Other languages
Chinese (zh)
Other versions
CN102689818A (en
Inventor
梅冈利成
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Murata Machinery Ltd
Original Assignee
Murata Machinery Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Murata Machinery Ltd filed Critical Murata Machinery Ltd
Publication of CN102689818A publication Critical patent/CN102689818A/en
Application granted granted Critical
Publication of CN102689818B publication Critical patent/CN102689818B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H49/00—Unwinding or paying-out filamentary material; Supporting, storing or transporting packages from which filamentary material is to be withdrawn or paid-out
    • B65H49/02—Methods or apparatus in which packages do not rotate
    • B65H49/04—Package-supporting devices
    • B65H49/06—Package-supporting devices for a single operative package
    • 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
    • B65H57/18—Guides for filamentary materials; Supports therefor mounted to facilitate unwinding of material from packages
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H67/00—Replacing or removing cores, receptacles, or completed packages at paying-out, winding, or depositing stations
    • B65H67/02—Arrangements for removing spent cores or receptacles and replacing by supply packages at paying-out stations
    • 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

Landscapes

  • Replacing, Conveying, And Pick-Finding For Filamentary Materials (AREA)
  • Unwinding Of Filamentary Materials (AREA)
  • Control Of Non-Electrical Variables (AREA)

Abstract

The problem of the present invention is to provide a kind of winding unit, it is possible to be independently reliably directed at relative to target location the position of supply bobbin with the length etc. of supply bobbin.As the means of solution problem, winder unit (winding unit) possesses bobbin maintaining body, length information obtaining section, position detection part, storage part and control portion.Bobbin maintaining body keeps supply bobbin.Length information obtaining section obtains the information i.e. length information relevant with the axial length of supply bobbin.Position detection part can detect the position of the supply bobbin that bobbin maintaining body is kept.The information of the position set by the information of storage part storage unwinding reference position and position detection part.Unit control portion, the control making position detection part move is carried out according to length information, so that this position detection part is able to detect that the supply bobbin that bobbin maintaining part is kept, storage content according to length information and storage part carries out the control making supply bobbin move, so that this supply bobbin is directed at unwinding reference position.

Description

Winding unit, automatic bobbin winder and supply bobbin alignment method
Technical field
The present invention relates to wind and form the winding unit of package from the yarn of supply bobbin unwinding.
Background technology
All the time, it is known that a kind of winding unit, by the yarn winding that unwinds from supply bobbin to winding tube Above form package.Adjust tension force in order to the yarn unwind from supply bobbin is guided, obtain good Good coiling package, preferably supply bobbin and the position relationship that is arranged between the yarn guide above supply bobbin For necessarily.As the known a kind of apparatus for unwinding of this yarn guide, suitably limit and unwind from supply bobbin The air ring (becoming suitable shape) produced during yarn.
But, be supplied to according to yarn variety etc. in winding unit variously-shaped, internal diameter for yarn Pipe, therefore when the kind of the supply bobbin supplied changes, between supply bobbin and apparatus for unwinding Position relationship will change.Owing to position relationship changes, therefore moving back when supply bobbin unwinding yarns Become uneven around tension force according to the difference of the position of rotation of supply bobbin.Therefore, whenever to batching list When the kind of the supply bobbin of unit's supply changes, operator are required for adjusting supply bobbin and fill with unwinding auxiliary Position relationship between putting.
About this point, at Japanese Unexamined Patent Publication 9-124230 publication and Japanese Unexamined Patent Publication 2006-89284 A kind of bobbin holding bolt is had, by by multiple tines (fastening pawl group, hold sheet) described in number publication At multiple fulcrums, the inner circumferential of supply bobbin is supported, thus different core bores also is able to not Change the ground of the position relationship between bobbin and devices for taking-up to carry out batching operation.By using Japanese Unexamined Patent Publication Bobbin holding bolt described in flat 9-124230 publication and Japanese Unexamined Patent Publication 2006-89284 publication, Shaft core when can make the unwinding of supply bobbin and apparatus for unwinding (being unwinding cartridge unit in detail) Shaft core is consistent.
But, in recent years, multiple yarn is used, additionally, in the operation before Yarn winding machine, The machinery forming supply bobbin as winding also using multiple machinery, therefore to the confession of winding unit supply The kind of spool, shape are the most diversified.Wherein, in barrel inner, there is concavo-convex etc. complicated shape In the case of supply bobbin is fed into winding unit, the problem of generation is, the front end of tine is hooked into On concavo-convex within supply bobbin, supply bobbin is kept by the attitude to tilt relative to tine.
But, in Japanese Unexamined Patent Publication 9-124230 publication and Japanese Unexamined Patent Publication 2006-89284 publication The winding unit possessing bobbin holding bolt recorded is to maintain the composition of supply bobbin, is not to be able to confirm that institute The composition of the position of the supply bobbin of supply.Therefore, even if the axle center of supply bobbin limits with air ring in unwinding side The shaft core in portion processed keeps with being staggered, and sometimes can not detect that this situation carries out batching operation.
Summary of the invention
The present invention is carried out in view of the above circumstances, and its main purpose is to provide a kind of winding unit, The position of supply bobbin can be independently made reliably to be directed at relative to target location with supply bobbin length etc..
The first viewpoint according to the present invention, it is provided that the following winding unit constituted.That is, this winding unit Possess bobbin maintaining body, length information obtaining section, position detection part, storage part and control portion. Above-mentioned bobbin maintaining body keeps supply bobbin.The acquirement of above-mentioned length information obtaining section is axial with supply bobbin The information i.e. length information that length is relevant.Above-mentioned position detection part can detect above-mentioned bobbin maintaining body The position of the supply bobbin kept.Should keep during the winding of the yarn that above-mentioned storage part is stored in supply bobbin The letter of the position set by the position of the supply bobbin i.e. information of target location and above-mentioned position detection part Breath.Above-mentioned control portion, carries out the control making above-mentioned position detection part move according to above-mentioned length information, So that this position detection part is able to detect that the supply bobbin that above-mentioned bobbin maintaining body is kept, and according to The testing result of above-mentioned position detection part and the storage content of above-mentioned storage part carry out making supply bobbin move Control so that this supply bobbin be directed at above-mentioned target location.
Thus, by the length information utilizing length information obtaining section to obtain, it is possible to make position detection part Move to the position corresponding with the length of supply bobbin.Therefore, even if existing partially in the length of supply bobbin In the case of difference, position detection part also will not be failed in the detection of supply bobbin, it is possible to reliably Carry out making the action (to bit motion) of supply bobbin alignment target location.
Following composition is preferably become in above-mentioned winding unit.That is, this winding unit possesses supply bobbin Unwinding yarn carry out the apparatus for unwinding that assists.Above-mentioned target location is above-mentioned apparatus for unwinding Unwinding reference position.The supply bobbin that above-mentioned control portion makes above-mentioned bobbin maintaining body be kept moves, So that this supply bobbin is directed at the unwinding reference position of above-mentioned apparatus for unwinding.
Thereby, it is possible to unwind the yarn of supply bobbin on unwinding reference position, therefore, it is possible in supply bobbin And between apparatus for unwinding, form the air ring of suitable shape.Therefore, it is possible to suitably keeping from for yarn The winding of yarn is carried out while the tension force of the yarn of pipe unwinding.
Following composition is preferably become in above-mentioned winding unit.That is, above-mentioned apparatus for unwinding has One accessory, this first accessory is by the confession accompanying the carrying out batching action with package The layer end of the spool i.e. change in conical surface portion is tracked and moves, and thus moves back the yarn of supply bobbin Around assisting.Above-mentioned position detection part is that sensor, this conical surface portion detection sensor detect in conical surface portion Move together with above-mentioned first accessory when unwinding operation and detect above-mentioned conical surface portion.
Thus, by adjusting the position of conical surface portion detection sensor according to the length of supply bobbin, thus Can reliably carry out supply bobbin to bit motion.Additionally, due to the first accessory is examined with conical surface portion Survey sensor to move together, so need not the independent control of the position for adjusting the first accessory. Additionally, adjust the first assisted parts according to the length of supply bobbin (before starting unwinding yarn) when to bit motion The position of part, thus enable that start supply bobbin unwinding yarn time supply bobbin and the first accessory Between position relationship good.As a result, it is possible to carry out the suitable unwinding of yarn.Additionally, due to it is above-mentioned Conical surface portion detection sensor is held concurrently as position detection part, so need not be provided additionally with as position detection part Sensor etc., it is possible to simplify and constitute and cut down cost.
In above-mentioned winding unit, the most above-mentioned conical surface portion detection sensor is held concurrently and is taken for above-mentioned length information The portion of obtaining, above-mentioned conical surface portion detection sensor obtains above-mentioned length according to the testing result of the supply bobbin passed through Degree information.
Thus, need not possess new sensor etc. as length information obtaining section, it is possible to simplify Constitute and cut down cost.
In above-mentioned winding unit, the most above-mentioned first accessory and above-mentioned conical surface portion detection sensor Driven by common driving source.
Thereby, it is possible to reduce the quantity in driving source, constitute it is possible to simplify and cut down cost.Additionally, The first accessory and conical surface portion detection sensor is made to move integratedly easily by simple composition.
In above-mentioned winding unit, stepper motor is preferably used as above-mentioned driving source.
Thus, by using the step-length number of stepper motor to make supply bobbin be directed at target location, it is possible to letter Singly and adjust the position of supply bobbin fine.
In above-mentioned winding unit, the most above-mentioned length information obtaining section be obtained by measurement above-mentioned The length measurement sensor of length information.
Thereby, it is possible to the most specifically detect the length of supply bobbin, it is possible to make position Put test section move to will not be failed in the detection of supply bobbin position.Therefore, it is possible to more reliable and Correctly carry out supply bobbin to bit motion.
Following composition is preferably become in above-mentioned winding unit.That is, this winding unit possesses supply bobbin Unwinding yarn carry out the apparatus for unwinding that assists.Above-mentioned target location is above-mentioned apparatus for unwinding Unwinding reference position.Above-mentioned apparatus for unwinding has the first accessory, this first accessory The layer end i.e. change in conical surface portion of the supply bobbin by the carrying out batching action with package is accompanied Change and be tracked and move, thus the unwinding yarn of supply bobbin is assisted.Above-mentioned position detection part Being that sensor is detected in conical surface portion, this conical surface portion detection sensor assists with above-mentioned first when unwinding operation Parts move together and detect above-mentioned conical surface portion.Above-mentioned control portion is according to above-mentioned length measurement sensor Measurement result adjusts the position of above-mentioned conical surface portion detection sensor.
Thereby, it is possible to adjust the conical surface according to the length of the supply bobbin the most specifically detected The position in portion's detection sensor (position detection part), therefore, it is possible to the para-position carrying out supply bobbin more reliably is moved Make.Additionally, due to the first accessory moves, so need not together with conical surface portion detection sensor For adjusting the independent control of the position of the first accessory.Additionally, (start yarn when to bit motion Before unwinding) position of the first accessory is adjusted according to the concrete length of supply bobbin, thus enable that out The position relationship between supply bobbin and the first accessory during the unwinding yarn of beginning supply bobbin is good.Knot Really, it is possible to carry out the suitable unwinding of yarn.
Following composition is preferably become in above-mentioned winding unit.That is, above-mentioned apparatus for unwinding possesses Two accessories, this second accessory is in the downstream, yarn winding direction of above-mentioned first accessory The unwinding yarn of supply bobbin is assisted.Above-mentioned control portion is according to the meter of above-mentioned length measurement sensor Survey result the position of above-mentioned second accessory is adjusted.
Thus, not only make the first accessory that the second accessory can also be made to move to and supply bobbin The appropriate location that length is corresponding.Therefore, it is possible to more suitably keeping the yarn from supply bobbin unwinding Tension force while be wound.
Following composition is preferably become in above-mentioned winding unit.That is, this winding unit possesses bobbin magazine formula cylinder Pipe feedway and bobbin guide portion.Above-mentioned bobbin magazine formula bobbin supply apparatus possesses the storage of multiple bobbin Hole.The supply bobbin that above-mentioned bobbin guide portion has above-mentioned bobbin reception hole is received is directed to above-mentioned cylinder The path of navigation of pipe maintaining body.Above-mentioned control portion carries out making above-mentioned bobbin maintaining body draw via above-mentioned The supply bobbin that guiding path accepts moves to the control of above-mentioned target location.Above-mentioned length measurement sensor exists Supply bobbin is received to after above-mentioned bobbin reception hole to the period arrived above-mentioned target location, meter Survey and obtain above-mentioned length information.
Thus, the path of generally conveyance supply bobbin can measure acquirement length information.Therefore, no Need to arrange special path etc. for the measurement of length information, it is possible to prevent the composition of winding unit Complicate.
In above-mentioned winding unit, the most above-mentioned length measurement sensor is received for multiple above-mentioned bobbins In the supply bobbin that hole is received, the supply bobbin that kept of at least one above-mentioned bobbin reception hole, measurement and Obtain above-mentioned length information.
Thereby, it is possible to obtaining length information than stage measurement earlier.Therefore, it is possible to the most limpingly Carry out the control making position detector move to the position corresponding with this testing result.
Following composition is preferably become in above-mentioned winding unit.That is, above-mentioned bobbin maintaining body can make The supply bobbin accepted at least is rotatably moved to above-mentioned target location.Above-mentioned length measurement sensor can be Above-mentioned bobbin maintaining body accept supply bobbin after to before making it be rotatably moved to above-mentioned target location Period, measure and obtain the above-mentioned length information of this supply bobbin.
Thus, owing to making supply bobbin in rotary moving, therefore, it is possible to make the path of supply bobbin compact.Additionally, Can also slip up by the supply of length measurement sensor detection supply bobbin or accept error.
Following composition is preferably become in above-mentioned winding unit.That is, above-mentioned length measurement sensor possesses Multiple sensor elements that can detect the presence of object.Along by confession during this length measurement sensor The axial arrangement the sensor element of spool.
Thus, by the simple composition of arrangement sensor element, it is possible to the most specifically Obtain the length of this supply bobbin.
In above-mentioned winding unit, the most above-mentioned length measurement sensor is can be to detection range internal memory Part at object carries out the face sensor detected, according to the ratio shared by supply bobbin in above-mentioned detection range Example detects the length of this supply bobbin.
Thereby, it is possible to more specifically obtain the length of supply bobbin, it is possible to carry out para-position more reliably Action.
The second viewpoint according to the present invention, it is provided that a kind of following automatic bobbin winder constituted.That is, should be certainly Dynamic winder possesses above-mentioned winding unit, machine member control apparatus and input unit.Above-mentioned body controls dress Put and multiple above-mentioned winding units are controlled.Above-mentioned input unit is arranged on above-mentioned winding unit and machine At least one party in member control apparatus, it is possible to input the information relevant with supply bobbin.Additionally, it is above-mentioned Length information obtaining section is to obtain the defeated of above-mentioned length information according to the information being input to above-mentioned input unit Enter length obtaining section.The above-mentioned length information that above-mentioned control portion obtains according to above-mentioned input length obtaining section Control as follows: determine to make above-mentioned position detection part the most standby when carrying out the para-position of supply bobbin Position i.e. starts reference position, and makes above-mentioned position detection part move to above-mentioned beginning reference position.
Thus, the beginning reference position determined according to input content by making position detection part move to, It is possible to save the time of the length all obtaining (measurement) this supply bobbin whenever supplying supply bobbin.This Outward, easily each winding unit is intensively set the length of supply bobbin.
Following composition is preferably become in above-mentioned automatic bobbin winder.That is, this automatic bobbin winder possesses confession The unwinding yarn of spool carries out the apparatus for unwinding assisted.Above-mentioned target location is above-mentioned unwinding auxiliary The unwinding reference position of device.Above-mentioned apparatus for unwinding has the first accessory, this first auxiliary Parts are by the layer end i.e. conical surface portion to the supply bobbin that the carrying out batching action with package accompanies Change be tracked and move, thus the unwinding yarn of supply bobbin is assisted.Above-mentioned position is examined Survey portion is that sensor is detected in conical surface portion, and sensor detects when unwinding operation with above-mentioned first in this conical surface portion Accessory moves together and detects above-mentioned conical surface portion.Above-mentioned control portion obtains according to above-mentioned input length The position of above-mentioned conical surface portion detection sensor is adjusted by the acquirement content in portion.
Thus, move, so need not together with conical surface portion detection sensor due to the first accessory For adjusting the independent control of the position of the first accessory.Additionally, (start yarn when to bit motion Before unwinding) position of the first accessory is adjusted according to the length of supply bobbin, thus enable that and start to supply The position relationship between supply bobbin and the first accessory during the unwinding yarn of spool is good.As a result, The suitable unwinding of yarn can be carried out.
Following composition is preferably become in above-mentioned automatic bobbin winder.That is, above-mentioned apparatus for unwinding possesses Second accessory, this second accessory is in the downstream, yarn winding direction of above-mentioned first accessory The unwinding yarn of supply bobbin is assisted by side.Above-mentioned control portion takes according to above-mentioned input length obtaining section The position of above-mentioned second accessory is adjusted by the above-mentioned length information obtained.
Thus, not only make the first accessory that the second accessory can also be made to move to suitable position. Therefore, it is possible to more suitably keep from supply bobbin unwinding yarn tension force while be wound.
It addition, automatic bobbin winder can also become following composition.That is, this automatic bobbin winder possesses above-mentioned Winding unit, machine member control apparatus and input unit.Above-mentioned machine member control apparatus above-mentioned batches multiple Unit is controlled.Above-mentioned input unit is arranged in above-mentioned winding unit and machine member control apparatus at least One party, it is possible to input the information relevant with the length of supply bobbin.Additionally, above-mentioned length information obtains Portion is made up of the first length information obtaining section and the second length information obtaining section.Above-mentioned first length information Obtaining section obtains above-mentioned length information according to the information being input to above-mentioned input unit.Above-mentioned second length Information acquiring section obtains above-mentioned length information by the supply bobbin supplied is carried out measurement.Above-mentioned control Portion processed, the above-mentioned length information obtained according to above-mentioned first length information obtaining section, carry out determining entering The position making above-mentioned position detection part the most standby during the para-position of row supply bobbin starts the control of reference position System, when the above-mentioned position detection part being judged as above-mentioned beginning reference position is unable to detect that supply bobbin, The above-mentioned length information obtained according to above-mentioned second length information obtaining section, carries out making this position detection part The control of movement.
Thus, by making position detection part be positioned at according to the beginning benchmark position of the input content of input unit Putting, thus position detection part can carry out supply bobbin detection to the major part in the supply bobbin supplied. On the other hand, for give length with the supply bobbin being typically different in the case of, by making position detect Portion moves to the position corresponding with this supply bobbin, it is possible to detect this supply bobbin no problemly.
The 3rd viewpoint according to the present invention, it is provided that the supply bobbin alignment method of a kind of winding unit, this volume Taking unit winding and form package from the yarn of supply bobbin unwinding, the method includes following operation.That is, This supply bobbin alignment method includes the first operation, the second operation, the 3rd operation and the 4th operation.On Stating the first operation is, makes supply bobbin move to will pass through the position detection part that can detect supply bobbin position. Above-mentioned second operation is, in the case of above-mentioned position detection part is unable to detect that supply bobbin, to make this Position detection part moves.Above-mentioned 3rd operation is, makes supply bobbin move again towards above-mentioned position detection part Dynamic, detect supply bobbin by above-mentioned position detection part, determine the starting base of the para-position for this supply bobbin Level is put.Above-mentioned 4th operation is, makes supply bobbin move from the starting reference position determined and sets in advance Fixed distance, and make the position of this supply bobbin be directed at the position that should keep supply bobbin i.e. target location.
Thus, even if such as having wound the supply bobbin of yarn on shorter core pipe and position being supplied to In the case of test section is unable to detect that supply bobbin, by making position detection part move, the most also can Enough detect supply bobbin.Therefore, it is possible to reliably carry out bit motion.
The 4th viewpoint according to the present invention, it is provided that the supply bobbin alignment method of a kind of winding unit, this volume Taking unit winding and form package from the yarn of supply bobbin unwinding, the method possesses following operation.That is, This supply bobbin alignment method possesses the first operation, the second operation, the 3rd operation and the 4th operation.On Stating the first operation is, carries out measuring by length measurement sensor and obtains the axial length with supply bobbin Relevant information i.e. length information.Above-mentioned second operation is, obtains according to above-mentioned length measurement sensor Above-mentioned length information, allow to detect supply bobbin position position detection part move.Above-mentioned 3rd work Sequence is, makes supply bobbin move towards above-mentioned position detection part, by the detection of above-mentioned position detection part for yarn Pipe, determines the starting reference position of the para-position for this supply bobbin.Above-mentioned 4th operation is, according to upper State position and the position of above-mentioned supply bobbin of position detection part, obtain and represent from above-mentioned starting reference position The adjustment distance of the distance to the position that should keep supply bobbin i.e. target location, make supply bobbin from The distance according to this adjustment distance is moved in dynamic reference position, makes the position of supply bobbin be directed at target location.
Thereby, it is possible to the most specifically detect the length of supply bobbin, it is possible to make position Test section moves to reliably detect the position of supply bobbin.Therefore, it is possible to reliably and correctly enter Row supply bobbin to bit motion.
The 5th viewpoint according to the present invention, it is provided that the supply bobbin alignment method of a kind of automatic bobbin winder, should Automatic bobbin winder possesses: multiple winding units, winds and forms package from the yarn of supply bobbin unwinding； And body control portion, multiple above-mentioned winding units are controlled, the method possesses following operation. That is, this supply bobbin alignment method possesses the first operation, the second operation, the 3rd operation and the 4th operation. In above-mentioned first operation, according to being input to the information relevant with supply bobbin of input unit, obtain and supply The information i.e. length information that the axial length of spool is relevant, this input unit be arranged on above-mentioned winding unit with And at least one party in machine member control apparatus.In above-mentioned second operation, according to the above-mentioned length obtained Degree information, determines that the position making position detection part the most standby when carrying out the para-position of supply bobbin starts Reference position, and make above-mentioned position detection part move to above-mentioned beginning reference position.In above-mentioned 3rd work In sequence, make supply bobbin move towards above-mentioned position detection part, make above-mentioned position detection part detect supply bobbin, Determine the starting reference position of the para-position for this supply bobbin.In above-mentioned 4th operation, according to above-mentioned The position of position detection part and the position of above-mentioned supply bobbin, obtain represent from above-mentioned starting reference position to The adjustment distance of distance till the position i.e. target location of supply bobbin should be kept, make supply bobbin from starting The distance according to this adjustment distance is moved in reference position, and makes the position of supply bobbin be directed at target location.
Thus, the position determined according to input content by making position detection part move to, thus can Enough save the time of the length all detecting (acquirement) this supply bobbin whenever being supplied to supply bobbin.Additionally, it is logical Cross and input the information relevant with the length of supply bobbin to the input unit being arranged at machine member control apparatus, thus Each winding unit intensively can be set the length of supply bobbin.
Accompanying drawing explanation
Fig. 1 be represent one embodiment of the present invention automatic bobbin winder be monolithically fabricated stereoscopic figure.
Fig. 2 is the diagrammatic side view of winder unit.
Fig. 3 is the block diagram of the main composition representing winder unit.
Fig. 4 is the amplification stereogram of the composition representing apparatus for unwinding.
Fig. 5 is the axonometric chart of the composition representing bobbin set section.
Fig. 6 is the side view of the shape of the cam representing that power transfering part possessed.
Fig. 7 is the side view of the composition in the adjustment portion representing that main core components is in when accepting attitude.
Fig. 8 is the side view of composition representing adjustment portion when main core components is in unwinding attitude.
Fig. 9 is the side view of composition in the adjustment portion representing that main core components is in when discharging attitude.
Figure 10 is to represent the flow chart of the process that winder unit is carried out when being supplied to supply bobbin.
Figure 11 is the side view of the first half to bit motion that supply bobbin is described.
Figure 12 is the side view of the latter half to bit motion that supply bobbin is described.
Figure 13 is the side view of the first half to bit motion that supply bobbin when supply bobbin is shorter is described.
Figure 14 is the side view of the latter half to bit motion that supply bobbin when supply bobbin is shorter is described.
Figure 15 is the process that when being supplied to supply bobbin, winder unit is carried out representing the first variation Flow chart.
Figure 16 is the side view of the first half to bit motion of the supply bobbin that the first variation is described.
Figure 17 is the side view of the latter half to bit motion of the supply bobbin that the first variation is described.
Figure 18 is the side view representing the example that face sensor is used as length measurement sensor.
Figure 19 is the figure of the example of the length measurement sensor representing and being configured at bobbin supply apparatus.
Detailed description of the invention
It is described with reference to embodiments of the present invention.First, with reference to Fig. 1 to present embodiment from The summary of dynamic winder 1 illustrates.It addition, in the following description, sometimes by winder unit 4 Face side referred to as " face side ", by the rear side of winder unit 4 referred to as " rear side ".
The automatic bobbin winder 1 of present embodiment possesses: the multiple winder unit being arranged (batch list Unit) 4；And it is arranged in the machine member control apparatus 7 of one end of the orientation of multiple winder unit 4.
Each winder unit 4 possesses: observe the unit framework 5 being arranged on side, left and right from front；And It is arranged on the winding unit main body 6 of this unit framework 5 side.It is configured with volume inside unit framework 5 Take the unit control portion 50 (control portion, with reference to Fig. 3) that each several part of unit main body 6 is controlled.This is single Control portion 50 of unit possesses the storage part 52 that can store various information.It addition, the depositing of this storage part 52 The details of storage content is by aftermentioned.
Additionally, unit framework 5 possesses: the unit of the setting etc. that can input winding unit main body 6 is defeated Enter portion's (input unit) 18；And the unit display part 19 of the situation etc. batching operation can be shown.This is single Unit's input unit 18 such as can be configured to key and button.
Machine member control apparatus 7 is configured to communicate with unit control portion 50.Therefore, body control Device 7 processed can intensively manage the action of multiple winder unit 4.Additionally, machine member control apparatus 7 Possess body input unit (input unit) 8 and body display part 9.Operator are by suitably operating body Input unit 8, it is possible to each winder unit 4 is carried out the various setting (volume of the most each winder unit 4 It is taken as the setting of the kind of the supply bobbin 21 that industry is used).Additionally, operator are by observing body The display of display part 9, it is possible to confirm the situation etc. batching operation of each winder unit 4.
Then, with reference to Fig. 2 and Fig. 3, winder unit 4 is described in detail.
Winder unit 4 is for forming volume in the yarn winding of supply bobbin 21 to winding tube 22 Fill the device of 29.
As shown in Figures 1 and 2, the face side at winder unit 4 is configured with and supplies for operator To the bobbin supply apparatus 60 of supply bobbin 21.Bobbin supply apparatus 60 possesses: bobbin magazine maintaining part 61, Arrange from the bottom of winder unit 4 towards upper front；Bobbin magazine rotating disk 62, is arranged on this bobbin magazine and protects Hold the front end in portion 61；Bobbin guide portion 64, is arranged on below bobbin magazine rotating disk 62；And opening/closing portion 68.
Bobbin magazine rotating disk 62 is formed multiple reception hole with being arranged as round shape, can in each reception hole With lateral attitude, supply bobbin 21 is set.Additionally, what this bobbin magazine rotating disk 62 was configured to be illustrated by omission Motor intermittent driving.And, intermittent driving and bobbin magazine rotating disk 62 by this bobbin magazine rotating disk 62 are had The on-off action of the standby control valve omitting diagram, it is possible to make the supply bobbin 21 of regulation oliquely downward fall.
Bobbin guide portion 64 is configured to, and makes the supply bobbin 21 fallen from bobbin magazine rotating disk 62 slide obliquely Fall, be directed to bobbin set section 10.It addition, the composition in detail of bobbin set section 10 is by aftermentioned.
Opening/closing portion 68 is made up of a pair opening and closing member 68a, 68b, this pair opening and closing member 68a, 68b Can put between the right side (being set to face side below) of Fig. 2 and the left side (being set to rear side below) of Fig. 2 Dynamic.A pair opening and closing member 68a, 68b allow hand over the state (state shown in Fig. 2) of closedown and open State.When opening/closing portion 68 is closed, the inner face of this opening/closing portion 68 constitutes bobbin guide portion The part of 64.That is, the inner face of opening/closing portion 68 and the supply bobbin 21 fallen from bobbin magazine rotating disk 62 Contact, is directed to the bobbin set section 10 of obliquely downward by this supply bobbin 21.On the other hand, at opening/closing portion Under 68 states opened, it is possible to winding is terminated and becomes the supply bobbin 21 of the state not rolling up yarn Discharge to face side.It addition, the face side at opening/closing portion 68 is provided with conveyer 3 (with reference to Fig. 1).Cause This, the supply bobbin 21 discharged from opening/closing portion 68 can be removed by automatic bobbin winder 1 by this conveyer 3 Deliver to supply bobbin collection box.It addition, although it is not shown, but supply bobbin collection box is arranged in conveyer 3 Conveyance direction end.
Additionally, the bobbin maintaining part 110 that bobbin set section 10 is possessed is configured to, by Fig. 2 and figure Stepper motor 100 shown in 3 is driven, and it is possible to swing to face side and rear side.It addition, As it is shown on figure 3, this stepper motor 100 is controlled by stepper motor control portion 102.
Above-mentioned bobbin maintaining part 110 is rotated by the lateral face side from the back side, it is possible to accept by cylinder The supply bobbin 21 that pipe guide portion 64 guides.And, bobbin maintaining part 110 is rotated by rearwardly side, Thus enable that the supply bobbin 21 of acceptance becomes generally upstanding state.It addition, by stepper motor 100 Driving make mechanism that bobbin maintaining part 110 swings and the control that stepper motor control portion 102 is carried out Deng details by aftermentioned.
Then, from the confession yarn to the bobbin maintaining part 110 of bobbin set section 10 conditioned as stated above Pipe 21, unwinding yarns 20 and wound by reeling end 16.As in figure 2 it is shown, this reeling end 16 possesses: Reel cage 23, is configured to install winding tube 22；And traversing drum 24, it is used for making yarn 20 reciprocal Dynamic, and drive above-mentioned winding tube 22.
Additionally, the yarn that above-mentioned winding unit main body 6 is between bobbin set section 10 and traversing drum 24 Mobile route possesses various device.Configured in the above-mentioned yarn movement path of winding unit main body 6 Main device, be followed successively by towards traversing drum 24 side from bobbin set section 10 side prevent contracting yarn dress Put 11, apparatus for unwinding 12, tension applying device 13, piecing devices 14 and yarn clearer (yarn Quality determination device) 15.
Hereinafter, with reference to Fig. 3 and Fig. 4, the composition of apparatus for unwinding 12 is illustrated.Fig. 4 is table Show the amplification stereogram of the composition of apparatus for unwinding 12.
As shown in Figures 3 and 4, apparatus for unwinding 12 possesses fixed component 71, movable member ( One accessory) 72, Lift Part 73, the conical surface portion detection sensor (position detection part, length information Obtaining section) 74 and Lift Part drive division 75 (with reference to Fig. 3).
Fixed component 71 is fixed on unit framework 5 via suitable parts.This fixed component 71 Be formed as tubular, be formed with the restriction for controlling air ring (omitting diagram) in its underpart.Movable member 72 are formed as tubular, are configured to cover the outside of fixed component 71.It addition, in the following description, The central axis of movable member 72 that this is configured to tubular and the line extended by this central axis are referred to as Imaginary line L1.
Lift Part 73 forms with this movable member 72.Additionally, Lift Part 73 is configured to, It is driven by the Lift Part drive division 75 being made up of stepper motor or cylinder etc., it is possible to Vertical moves.Thus, winder unit 4 can make movable member 72 and Lift Part 73 Move in vertical integratedly.As it is shown on figure 3, Lift Part drive division 75 is controlled portion by unit 50 control.Thus, unit control portion 50 can obtain Lift Part according to the control content of self and drives The height of dynamic portion 75 (and then conical surface portion detection sensor 74).And, unit control portion 50 is by this conical surface The height of portion's detection sensor 74 stores in storage part 52.
It addition, in the present embodiment, fixed component 71 is configured to immovable but it also may will be as Fixed component 71 has the parts in a portion like that and is arranged on and does not resides at unit frame on Lift Part 73 On frame 5, these parts are made to move together with movable member 72 and Lift Part 73.Additionally, these parts Can also be configured to, by the driving driving source beyond Lift Part drive division 75 in vertical Upper movement, independently moves with movable member 72 and Lift Part 73 phase.
Additionally, Lift Part 73 possesses the conical surface portion 21b's (with reference to Fig. 4) for detecting supply bobbin 21 Conical surface portion detection sensor 74.It addition, so-called conical surface portion 2lb is to accompany with the carrying out batching action The layer end of supply bobbin 21.Additionally, conical surface portion detection sensor 74 is configured to have light-projecting portion The photoelectric sensor of the transmission-type of 74a and light accepting part 74b.As it is shown on figure 3, conical surface portion detection sensor The detection signal that 74 detect is transfused to unit control portion 50.
It addition, as it has been described above, conical surface portion detection sensor 74 is arranged on movable member 72 integratedly On the Lift Part 73 formed.Therefore, Lift Part drive division 75 is as movable member 72 and the conical surface Work in the common driving source of portion's detection sensor 74.As a result, it is possible to realize the simplification constituted.
By this composition, unit control portion 50 makes according to the detection signal of conical surface portion detection sensor 74 Lift Part drive division 75 drives, and makes Lift Part 73 move in vertical, it is possible to Make movable member 72 be positioned at from conical surface portion 21b be the position of predetermined distance.And, along with supply bobbin 21 It is unwound and the decline of the position of conical surface portion 21b, Lift Part drive division 75 is driven and makes lifting Parts 73 decline, and thus enable that the distance between conical surface portion 21b and movable member 72 is the most certain. Thus, when supply bobbin 21 is unwound, it is possible to be suitably limited in what yarn separated from conical surface portion 21b The air ring produced on position, it is possible to the tension force of the yarn unwind from supply bobbin 21 is being remained certain Carry out batching operation simultaneously.
It addition, for the function suitably playing above-mentioned that apparatus for unwinding 12, need to make supply bobbin 21 (being the central axis of supply bobbin 21 in detail) (target location, are moved back with the position on imaginary line L1 Around reference position) alignment.It addition, the control etc. being adjusted the position of this supply bobbin 21 is detailed Content is by aftermentioned.
Rear side at apparatus for unwinding 12 is configured with for preventing what yarn from shrinking to prevent Contracting yarn feeding device 11.Here, one of unfavorable condition that so-called contracting yarn is yarn to be produced, for yarn shrinkage also It is wound in spiral helicine state.The above-mentioned contracting yarn feeding device 11 that prevents possesses brush arm 11a and is formed at brush Brush portion 11b of arm 11a front end.This brush arm 11a is configured to rotate, by making it rotate, it is possible to Make the upper part of brush portion 11b contact supply bobbin 21.Thus, when sub operation described later etc., energy Enough give suitable tension force to yarn 20, prevent contracting yarn.
Tension applying device 13 is for giving regulation tension force to the yarn 20 of movement.Present embodiment Tension applying device 13 is configured to the gate-type relative to fixed fingers configuration movable comb.The comb of drawer at movable side Tooth is configured to be rotated by revolving solenoid, in order to comb is each engagement shape State or open state.
Additionally, be configured with yarn under working detection between apparatus for unwinding 12 and tension applying device 13 Sensor 31.Yarn under working detection sensor 31 is configured to, and can detect yarn on the position configured Whether move.
Yarn clearer 15 is configured to, and by monitoring the thickness of yarn of yarn 20, thus detects the yarns such as slubbing Line defect (yarn defect).Additionally, the upstream side (lower section) of the yarn path at yarn clearer 15, it is configured with The clipper 39 of cutting continuous strand 20 immediately when this yarn clearer 15 detects yarn faults.
At yarn clearer 15, piecing devices 14 detect that yarn faults passes through clipper 39 cutting continuous strand During the broken yarn of yarn when yarn cuts off, from supply bobbin 21 unwinds or during the exchange of supply bobbin 21 Deng, the yarn i.e. yarn under working of supply bobbin 21 side and the yarn of package 29 side are i.e. gone up yarn and carried out joint. Can use as this piecing devices 14 and utilize the device of the fluids such as compressed air, mechanical device.
It is provided with yarn under working guiding tube 25 in the downside of piecing devices 14 and upside, catches and guide confession The yarn under working of spool 21 side；And upper yarn guiding tube 26, catch and guide package package 29 side Upper yarn.The front end of yarn under working guiding tube 25 is formed with suction port 32, before upper yarn guiding tube 26 End possesses suction nozzle 34.Yarn under working guiding tube 25 and upper yarn guiding tube 26 are connected to suitable bearing Potential source, it is possible to generate captivation at above-mentioned suction port 32 and suction nozzle 34.
By this composition, when the exchange of supply bobbin 21 etc., the suction port 32 of yarn under working guiding tube 25 Rotate downwards and attract to catch yarn under working, rotate upward centered by axle 33 afterwards, under thus inciting somebody to action Yarn is directed to piecing devices 14.Additionally, the most meanwhile, winder unit 4 makes yarn draw Conduit 26 rotates upward from the position of Fig. 2 centered by axle 35, and makes package 29 invert, logical Cross suction nozzle 34 and catch the upper yarn rolled out from package 29.Then, winder unit 4 makes yarn draw Conduit 26 rotates downwards centered by axle 35, thus upper yarn is directed to piecing devices 14.So After, piecing devices 14 carry out the joint of yarn under working and upper yarn.
Additionally, as shown in Figures 2 and 3, unit framework 5 is configured with warning light 56.Such as Fig. 3 institute Showing, this warning light 56 is connected with unit control portion 50, it is possible to by each several part of winding unit main body 6 The exception occurred notifies operator.It addition, this warning light 56 is configured to utilize light to lead to operator Know abnormal generation but it also may replace this composition to be configured to carry out alarm by buzzer etc..
In above composition, each winder unit 4 of automatic bobbin winder 1 can will move back from supply bobbin 21 Around yarn 20 be wound up into and form the package 29 of specific length in winding tube 22.
Then, with reference to Fig. 5 to Fig. 9, bobbin set section 10 is described in detail.
As it has been described above, bobbin set section 10 possesses: for keeping the bobbin of the supply bobbin 21 supplied Maintaining part 110；For discharging the discharge plate 40 of the supply bobbin 21 (core pipe 21a) that unwinding yarn finishes； And make bobbin maintaining part 110 and discharge the drive division 200 of plate 40 action.Additionally, drive division 200 Power including stepper motor 100 with by this stepper motor 100 is delivered to discharge plate 40 and bobbin keeps The power transfering part 120 in portion 110.
Bobbin maintaining part 110 swings as shown in Figure 7 to 9, makes the unwinding side of supply bobbin 21 The location change in portion.Additionally, bobbin maintaining part 110 is by main core components (predetermined member) 80 and auxiliary wick Parts (holding member) 90 are constituted.As it is shown in fig. 7, when being supplied to supply bobbin 21, this main core components 80 and auxiliary wick parts 90 become the state of closedown, and enter the inside of core pipe 21a.Then, bobbin Maintaining part 110 is by making auxiliary wick parts 90 to the side away from main core components 80 in a closed condition To rotation, it is possible to keep supply bobbin 21 (with reference to Fig. 8) from inner side.Additionally, in this bobbin maintaining part Under the state that the holding of 110 pairs of supply bobbin 21 is released from, by making discharge plate 40 rotate, thus doff The bottom of core pipe 21a is released and is extracted from main core components 80 and auxiliary wick parts 90 by machine unit 4, And discharge supply bobbin 21 (with reference to Fig. 9).
Then, power transfering part 120 is illustrated.As it is shown in figure 5, power transfering part 120 makes Constitute the main core components 80 of bobbin maintaining part 110, auxiliary wick parts 90 and discharge plate 40 mutually It is driven while linkage.
First, to for driving the composition of main core components 80 to illustrate.Power transfering part 120 is, As the composition making main core components 80 swing, possess main core components and drive cam 81, bearing 82, pendulum Swing arm 83, registration arm 84a, contact arm 84b, transmission axle 85 and contact spring 86.Additionally, it is dynamic Power transfer part 120 is, as convex for the power of stepper motor 100 is delivered to the driving of main core components Take turns the composition of 81 grades, possess transmission band 103, belt wheel 104 and camshaft 105.
Belt wheel 104 is fixed on camshaft 105, and this belt wheel 104 is via transmission band 103 and stepping horse Reach the output shaft link of 100.Transmission band 103 is described in Figure 5 briefly, but can be configured to Toothed Timing Belt, it is possible to the most slidably the rotation of the output shaft of stepper motor 100 is delivered to cam Axle 105.
Above-mentioned belt wheel 104 is provided with the most not shown origin sensor 101.At belt wheel 104 or camshaft 105 for regulation rotatable phase time, this origin sensor 101 sends detection signal.And And, rotation status when this origin sensor 101 sends detection signal is set to stepper motor 100 Initial point.That is, on the basis of this initial point, carry out the Spin Control of stepper motor 100.
Main core components drives cam 81 to be fixed on above-mentioned camshaft 105.Main core components drives cam 81 Rotate integratedly with camshaft 105.Additionally, driving the configuration of cam 81 backrest surface side than main core components There is swing arm 83.Mid portion at swing arm 83 is provided with the bearing 82 that can rotate.This bearing 82 are configured to, it is possible to suitably rotate while drive the outer peripheral face of cam 81 to contact with main core components.
The leading section of swing arm 83 links via the one end of bar-shaped connecting rod with registration arm 84a.Location Arm 84a can swingingly be supported in the appropriate location of power transfering part 120.In registration arm 84a The other end supports there is the rotary part 87 that can rotate.
It is being configured with contact arm 84b by face side than registration arm 84a.The front end of this contact arm 84b is constituted For above-mentioned rotary part 87 can be contacted.Rotary part 87 is arranged in above-mentioned registration arm 84a.Transmission One end of axle 85 is fixed on the base portion of contact arm 84b.The other end of transmission axle 85 is fixed on main core On part 80.Therefore, main core components 80 links with contact arm 84b and rotates integratedly.Additionally, The contact spring 86 of torsion coil spring shape is installed on above-mentioned contact arm 84b, by contact arm 84b to The direction of arrow force of Fig. 5.
In above composition, the elastic force of contact spring 86 acts on contact arm 84b.By this elastic force, Contact arm 84b contact rotary part 87 also presses registration arm 84a.Further, one end of registration arm 84a Portion pulls swing arm 83 via connecting rod, drives so the bearing 82 of swing arm 83 is pressed against main core components On moving cam 81.So, contact spring 86 produces and is used for making main core components drive cam 81 and bearing 82 elastic force contacting and making contact arm 84b contact with registration arm 84a.
In this condition, drive cam 81 to rotate when main core components and main core components drives cam 81 Edge (swells described later) pressing bearing 82 time, swing arm 83 is to the direction away from camshaft 105 Rotating, the front end of this swing arm 83 pulls the bottom of registration arm 84a via connecting rod.As a result, location The rotary part 87 face contact arm 84b of arm 84a upper end, therefore, it is possible to make main core components 80 and contact Arm 84b rotates (with reference to Fig. 8) to face side together.
Then, the composition for driving auxiliary wick parts 90 is described.Power transfering part 120 is, as For the power of stepper motor 100 being delivered to the composition of auxiliary wick parts 90, possess auxiliary wick parts Drive cam 91, bearing 92, swing arm 93, delivery arm 94, transmission axle 95 and keep spring 96.
Auxiliary wick parts drive cam 91 to drive as cam 81 with main core components, are fixed on above-mentioned convex On wheel shaft 105.Cam 91 backrest surface side is being driven to be configured with swing arm 93, at this than auxiliary wick parts The pars intermedia of swing arm 93 is provided with the bearing 92 that can rotate.This bearing 92 is configured to, it is possible to Drive the outer peripheral face of cam 91 suitably to rotate while contacting with auxiliary wick parts.
The leading section of swing arm 93 is attached to the bottom of delivery arm 94 via bar-shaped connecting rod, this biography Pass arm 94 can swingingly support in the appropriate location of power transfering part 120.Base in delivery arm 94 Portion is provided with one end of transmission axle 95, and the other end of transmission axle 95 is fixed on auxiliary wick parts 90. Therefore, auxiliary wick parts 90 link with delivery arm 94 and rotate integratedly.Additionally, in above-mentioned transmission The holding spring 96 of torsion coil spring shape is installed, by delivery arm 94 to the dotted line of Fig. 5 on arm 94 The direction of arrow exerts a force.
In above composition, spring 96 is kept via delivery arm 94 and to transmit axle 95, to auxiliary core Part 90 effect makes the (side away from main core components 80, direction that this auxiliary wick parts 90 rearwardly side rotates To) elastic force.Meanwhile, keep the leading section of delivery arm 94 that the elastic force of spring 96 carries out acting on via Connecting rod and pull swing arm 93, therefore the bearing 92 of swing arm 93 be pressed against auxiliary wick parts drive On cam 91.So, keep spring 96 to produce to be used for making auxiliary wick parts drive cam 91 and bearing The elastic force of 92 contacts.
In this condition, when auxiliary wick parts drive cam 91 rotate, auxiliary wick parts drive cam 91 Edge (swells described later) pressing bearing 92 time, swing arm 93 is to the direction away from camshaft 105 Rotating, the front end of this swing arm 93 pulls the bottom of delivery arm 94 via connecting rod.As a result, it is possible to Auxiliary wick parts 90 are made to rotate to face side (close to the direction of main core components 80).
It addition, make auxiliary wick parts 90 with exceeding predetermined angular in the case of face side have rotated, These auxiliary wick parts 90 omit the part contact illustrated, auxiliary wick parts afterwards with main core components 80 90 press main core components 80 and rotate (in this case, the leading section of contact arm 84b and rotation integratedly Transfer part material 87 appropriate separation).That is, rotate to face side with exceeding predetermined angular at auxiliary wick parts 90 State (state of such as Fig. 7) under, main core components 80 be not by main core components drive cam 81 drive But driven cam 91 to drive by auxiliary wick parts.
Then, to for driving the composition discharging plate 40 to illustrate.Power transfering part 120 is as use In the power of stepper motor 100 is delivered to discharge plate 40 composition, possess discharge plate drive cam 41, Bearing 42, swing arm 43, transmission arm 44, transmission axle 45 and back-moving spring 46.
Drive cam 91 and main core components driving cam 81 with auxiliary wick parts as, discharge plate and drive Cam 41 is fixed on above-mentioned camshaft 105.Plate driving cam 41 backrest surface side configuration is discharged at ratio Having swing arm 43, the pars intermedia at this swing arm 43 is provided with the bearing 42 that can rotate.This bearing 42 are configured to while contacting with the outer peripheral face discharging plate driving cam 41 suitably rotate.
The leading section of swing arm 43 is attached to the bottom of transmission arm 44 via bar-shaped connecting rod, this biography Swing arm 44 can swingingly be supported in the appropriate location of power transfering part 120.Base at transmission arm 44 Portion is fixed with one end of transmission axle 45, and the other end of transmission axle 45 is fixed on discharge plate 40.Therefore, Discharge plate 40 to link with transmission arm 44 and rotate integratedly.Additionally, install on above-mentioned transmission arm 44 There is the back-moving spring 46 of torsion coil spring shape, transmission arm 44 is exerted a force to the direction of arrow of Fig. 5.
In above composition, the elastic force of back-moving spring 46 carries out the leading section warp of the transmission arm 44 acted on Being pulled swing arm 43 by connecting rod, therefore the bearing 42 of swing arm 43 is pressed against discharge plate and drives cam On 41.So, back-moving spring 46 produces for making discharge plate drive cam 41 to contact with bearing 42 Elastic force.
In this condition, when discharge plate drive cam 41 rotate, discharges plate driving cam 41 edge (after The swells stated) pressing bearing 42 time, swing arm 43 moves to the direction away from camshaft 105, should The front end of swing arm 43 pulls the bottom of transmission arm 44 via connecting rod.As a result, it is possible to make discharge plate 40 takeoff (with reference to Fig. 9) to face side.
Then, winder unit 4 is carried out the acceptance of supply bobbin 21, supply bobbin 21 at yarn 20 quilt Holding and the composition of discharge on the assigned position of unwinding illustrate.As it has been described above, this embodiment party In formula, discharge plate and drive cam 41, main core components to drive cam 81 and auxiliary wick parts to drive cam 91 130,3 cams 41 of coaxial cam mechanism being configured to be fixed on common camshaft 105, 81,91 driven integratedly.Additionally, as shown in Figure 6, on 3 cams 41,81,91 respectively It is formed with swells, is heaved by this and can make discharge plate 40, main core components 80 and auxiliary wick parts The attitude change of 90.
Auxiliary wick parts drive the swells (keeping cam action region) of cam 91 and discharge plate driving The swells (discharging cam action region) of cam 41 is formed as relatively delaying, but main core components drives cam 81 Swells (regulation cam action region) formed the steepest.Additionally, auxiliary wick parts drive cam 91 Swells with discharge plate drive cam 41 swells formed with roughly the same phase place, on the other hand, The phase place differ with them substantially 180 ° is formed main core components and drives the swells of cam 81.
Constitute above, carrying out when accepting of supply bobbin 21, suitably drive stepper motor 100 and Making 3 cams 41,81,91 rotate, the bearing 92 that swing arm 93 is had becomes at auxiliary core Part drives the state on cam 91 with the location contacts of some peak portion having passed through swells, at this The rotation making cam 41,81,91 under state stops.Thus, as it is shown in fig. 7, auxiliary wick parts 90 Become from erectility to the some attitudes toppled over of face side.Additionally, now, swing arm 43 is had The part contact that plate drives on cam 41 and passed through swells discharged by some bearings 42.Therefore, As it is shown in fig. 7, discharge plate 40 to become the attitude of level.
In this condition, auxiliary wick parts 90 rotate with exceeding predetermined angular, therefore as it has been described above, lead Core components 80 also rotates to face side with the form pressed by auxiliary wick parts 90, its attitude and auxiliary Core components 90 is same, topples over to face side is some from erectility.Then, in this condition, when from When bobbin magazine maintaining part 61 supplies supply bobbin 21, bobbin maintaining part 110 (main core components 80 and auxiliary wick Parts 90) enter core pipe 21a inside.It addition, in this manual, supply bobbin 21 will be carried out The attitude (attitude of Fig. 7) of the main core components 80 when accepting is referred to as accepting attitude.
Then, when the supply bobbin 21 accepted being carried out the unwinding of yarn, stepper motor is again driven 100, make camshaft 105 being rotated by the direction shown in arrow to Fig. 7.Thus, swing arm 93 institute The bearing 92 having auxiliary wick parts drive on cam 91 completely by swells and with non-swells Contact.Additionally, the bearing 82 that had of swing arm 83 main core components drive on cam 81 with heave Portion contacts.
Therewith, as shown in Figure 8, auxiliary wick parts 90 rotation is toppled over for rearwardly side is some.Additionally, The main core components 80 pressed to face side by auxiliary wick parts 90 as described above, also with auxiliary wick The rotation of portion's material 90 rearwardly side and the most rearwardly side rotate, but eventually through contact arm 84b with The rotary part 87 of registration arm 84a contacts, and the rotation of the most main core components 80 stops, the most auxiliary Help core components 90 by keep spring 96 elastic force and rearwardly side rotate.That is, auxiliary wick parts 90 Displacement is carried out with relatively leaving from main core components 80, it is possible to by bobbin maintaining part 110 from inner side Keep the core pipe 21a of supply bobbin 21.
The position of the rotary part 87 being had by registration arm 84a determines main core components 80 now Rotate stop attitude.Additionally, due to this registration arm 84a is attached to swing arm 83 via connecting rod, So according in the bearing 82 of above-mentioned swing arm 83 and the swells of above-mentioned main core components driving cam 81 Which part contact (contact with the rising part of swells or contact with peak portion), main core The attitude of part 80 can change.That is, the rotatable phase of cam 81 is driven by changing main core components, The attitude of main core components 80 can be adjusted.Even if it addition, the attitude at such main core components 80 is become In the case of more, auxiliary wick parts 90 are by keeping the elastic force of spring 96, it is also possible to tie up without problems Hold the hold mode of supply bobbin 21.
It addition, in this manual, the appearance of the main core components 80 when will carry out the unwinding of supply bobbin 21 State referred to as unwinds attitude.Additionally, above-mentioned origin sensor 101 is to the most main core components The rotatable phase of the belt wheel 104 under 80 states becoming generally upstanding attitude detects, this state quilt It is set as the initial point in the Spin Control of stepper motor 100.It addition, the unwinding attitude of main core components 80 Kind etc. according to supply bobbin 21 is changed, and therefore the initial point of origin sensor 101 detection is with above-mentioned Unwinding attitude is the most consistent.
Then, when carrying out the discharge of supply bobbin 21, suitably drive stepper motor 100 and make 3 convex Wheel 41,81,91 rotation.Thus, the bearing 42,92 that swing arm 43,93 is had and discharge plate Cam 41 and auxiliary wick parts are driven to drive the swells contact of cam 91.Therefore, such as Fig. 9 institute Show, discharge plate 40 and rotate significantly to face side.Additionally, with this link, auxiliary wick parts 90 to Face side rotates, and thus the holding of supply bobbin 21 is released from, and these auxiliary wick parts 90 are in pressing Rotate significantly to face side while main core components 80.Thus, plate 40 is discharged by supply bobbin 21 The lower end of core pipe 21a is lifted, and can this supply bobbin 21 be discharged.It addition, in this manual, The attitude of the main core components 80 when carrying out the discharge of supply bobbin 21 is referred to as discharged attitude.
As it has been described above, in the present embodiment, only by single driving source i.e. stepper motor 100 is entered Row cutting, it becomes possible to carry out supply bobbin 21 acceptance, unwinding attitude supply bobbin 21 holding (and The adjustment of this unwinding attitude) and the discharge of supply bobbin 21.
Then, with reference to Figure 10 to Figure 14 to after supplying supply bobbin 21 to bobbin set section 10 to opening Flow process till the winding of beginning yarn 20, particularly supply bobbin 21 bit motion is illustrated.Figure 10 is to represent the flow chart of the process that winder unit 4 is carried out when being supplied to supply bobbin.Figure 11 is to figure 14 is the side view to bit motion that supply bobbin 21 is described.It addition, by this flow chart and shown below The process of flowchart representation is an example, even if perhaps front and back exchanging processing sequence in change processes In the case of, sometimes it also is able to obtain the effect of the present invention.
Stepper motor control portion 102 makes stepper motor 100 drive, and makes the movement in advance of main core components 80 be Accept attitude.When receiving the instruction of the winding starting yarn 20, unit control portion 50 makes bobbin Feedway 60 carries out the supply (S101) of supply bobbin 21.As shown in Figure 11 (a), fill from Cylinder feeder Put the supply bobbin 21 of 60 supplies, (standby to accept attitude specifically by bobbin maintaining part 110 Main core components 80 and auxiliary wick parts 90) accept.Then, stepper motor control portion 102 makes bobbin protect Hold rearwardly side, portion 110 and rotate (S102).
In the winder unit 4 of present embodiment, rotate making bobbin maintaining part 110 rearwardly side Time, according to the axial length (the hereinafter referred to as length of supply bobbin 21) of the core pipe 21a of supply bobbin 21 And carry out different process.In the present embodiment, unit control portion 50 is according to conical surface portion detection sensing The testing result of device 74, it is judged that whether supply bobbin 21 is longer than specific length (S103).Therefore, this enforcement The conical surface portion detection sensor 74 of mode works as length information obtaining section.Here, so-called regulation Length, with the core pipe 21a of the minimum that supply bobbin 21 can be detected by conical surface portion detection sensor 74 Length corresponding.
Specifically, when making bobbin maintaining part 110 rearwardly side rotate, in conical surface portion detection sensing In the case of device 74 detects supply bobbin 21, supply bobbin 21 has crossed conical surface portion detection sensor 74 Detection range (with reference to Figure 11 (a)).Therefore, it is possible to be judged as a length of specific length of supply bobbin 21 Above.On the other hand, when making bobbin maintaining part 110 rearwardly side rotate, in conical surface portion, detection passes In the case of sensor 74 is not detected by supply bobbin 21, supply bobbin 21 has passed through conical surface portion detection sensor The lower section (with reference to the chain-dotted line of Figure 13 (a)) of the detection range of 74.As a result, it is possible to be judged as supply bobbin 21 Length less than specific length.
First, in the case of more than a length of specific length of supply bobbin 21 in the judgement of S103 The process carried out illustrates.In this case, stepper motor control portion 102 makes bobbin maintaining part 110 rearwardly side rotations, make supply bobbin 21 the most upright (S105).In the present embodiment, at S105 In, the front wheel driving stepper motor 100 of initial point detected at above-mentioned origin sensor 101, thus make for yarn Pipe 21 is upright.It addition, in this stage, as long as supply bobbin 21 becomes general upright posture and is sufficient for, So not carrying out the strict gesture stability of supply bobbin 21.
Additionally, unit control portion 50 makes brush portion 11b preventing contracting yarn feeding device 11 and supply bobbin 21 Upper part contact (with reference to Figure 11 (b)), give suitable tension force to yarn 20, prevent contracting yarn (S105).Afterwards, stepper motor control portion 102 makes bobbin maintaining part 110 rotate, so that supply bobbin 21 topple over (S106) to face side is some again.Then, conical surface portion detection sensor 74 detecting During supply bobbin 21, unit control portion 50 makes bobbin keep the rotation of all 110 to stop (S107, Figure 12 (a)).
Additionally, storage part 52 storage that unit control portion 50 is possessed has the information being expressed as follows content (hereinafter referred to as adjusting distance): from position supply bobbin 21 being detected by conical surface portion detection sensor 74 Put, made stepper motor 100 drive several pulsed quantity then can make supply bobbin 21 and unwinding reference position Alignment.In the present embodiment, supply bobbin 21 to be detected by conical surface portion detection sensor 74 Position on the basis of, make supply bobbin 21 move above-mentioned adjustment distance (return the most round about Return), thus make supply bobbin 21 be directed at unwinding reference position.Therefore, in this manual, sometimes " benchmark position is started by detecting that by conical surface portion detection sensor 74 the position of supply bobbin 21 is referred to as Put ".So, conical surface portion detection sensor 74 is also as in order to make supply bobbin 21 and unwinding reference position The position detection part being directed at and detect this supply bobbin 21 works.
Here, the adjustment distance that storage part 52 is stored is right with the imparting of the kind of the supply bobbin 21 of use Should.Additionally, in the case of more than a length of specific length of supply bobbin 21 and in the case of really not so, Storage part 52 stores above-mentioned adjustment distance respectively.Therefore, unit control portion 50 is following by carrying out Process the adjustment distance determining this time should to use.That is, unit control portion 50 is according to pre-by operator First input, the kind of supply bobbin 21 that is that use, reads the adjustment distance of above-mentioned two situations.Then, By adjustment distance time in two kinds of situations, more than a length of specific length of supply bobbin 21, it is determined as this Secondary used adjustment distance.
Then, unit control portion 50 is according to the adjustment distance determined, to stepper motor 100 output regulation Umber of pulse, makes bobbin maintaining part 110 rearwardly side rotate (S108, Figure 12 (b)).
Thereby, it is possible to make the central shaft of supply bobbin 21 and the central shaft (imaginary line L1) of movable member 72 Alignment (can make supply bobbin 21 be directed at unwinding reference position).Therefore, auxiliary in supply bobbin 21 and unwinding Help the air ring that can form suitable shape between device 12, it is possible to suitably keeping from supply bobbin 21 The winding of yarn 20 is carried out while the tension force of the yarn 20 of unwinding.
Then, to the length of supply bobbin 21 in the judgement of S103 less than institute in the case of specific length The process carried out illustrates.In this case, unit control portion 50 make supply bobbin 21 upright it Before or afterwards, drive Lift Part drive division 75 and make Lift Part 73 decline ormal weight (such as 10mm)(S104).Thus, sensor 74 and Lift Part detect in movable member 72 and conical surface portion 73 decline ormal weight (with reference to the chain-dotted line of Figure 13 (b)) together.It addition, about now making Lift Part 73 The distance declined, operator pass through operating unit input unit 18 or body input unit 8 etc., it is possible to enter The setting of row value and change.
Then, as described above, unit control portion 50 makes supply bobbin 21 the most upright (S105), makes to prevent Brush portion 11b of contracting yarn feeding device 11 is only occurred to contact with the upper part of supply bobbin 21.Afterwards, stepping Motor control part 102 makes bobbin maintaining part 110 rotate, so that supply bobbin 21 is again some to face side Topple over (S106).It addition, make the control that Lift Part 73 declines, make bobbin maintaining part 110 to just Side, face completes before rotating.Additionally, start the timing of the control making Lift Part 73 decline, can With before making supply bobbin 21 upright, can also be after making supply bobbin 21 upright.It addition, make In the case of starting to make the control that Lift Part 73 declines after supply bobbin 21 is upright, at Lift Part The decline of 73 completes to need before to make supply bobbin 21 static.
By making Lift Part 73 and conical surface portion detection sensor 74 decline, even if thus in supply bobbin The length of 21 is less than in the case of specific length, and conical surface portion detection sensor 74 also is able to detect for yarn Pipe 21.Therefore, as described above, when supply bobbin 21 being detected by conical surface portion detection sensor 74, Unit control portion 50 makes the rotation of bobbin maintaining part 110 stop (S107, Figure 14 (a)).
Then, unit control portion 50 determines the adjustment distance that this time should use.Specifically, unit control Portion 50 processed, according to the kind of supply bobbin 21 set in advance, reads the adjustment distance of above-mentioned two situations, And adjust distance from the two and the length of supply bobbin 21 is determined less than adjustment distance during specific length It is set to the adjustment distance this time used.Then, unit control portion 50 according to determine adjustment distance, to Stepper motor 100 exports predetermined pulse number, makes bobbin maintaining part 110 rearwardly side rotate (S108, figure 14(b))。
Thus, though shorter and examine as position at the core pipe 21a of the supply bobbin 21 owing to being supplied In the case of the conical surface portion detection sensor 74 in survey portion is unable to detect that supply bobbin 21, by making this Conical surface portion detection sensor 74 declines, and also thus is able to detect on shorter core pipe 21a winding The supply bobbin 211 of yarn.Therefore, it is possible to make supply bobbin 21 be directed at unwinding reference position without problems.
It addition, in the case of the kind of the supply bobbin 21 used changes, by unit input unit 18 carry out suitable input, it is possible to suitable adjustment distance is set to depositing of unit control portion 50 Storage portion 52.In addition it is also possible to body input unit 8 is carried out this input, replace unit input unit 18 carry out this input.In this case, machine member control apparatus 7 will enter into the interior of body input unit 8 Hold and send to each winder unit 4.Thereby, it is possible to the unit control portion 50 to each winder unit 4 Set suitable adjustment distance uniformly.
As it appears from the above, the winder unit 4 of present embodiment possesses bobbin maintaining part 110, as length Conical surface portion that information acquiring section and position detection part work detection sensor 74, storage part 52 and Unit control portion 50.Bobbin maintaining part 110 keeps supply bobbin 21.Conical surface portion detection sensor 74 takes Information i.e. length information that must be relevant with the axial length of supply bobbin 21.Conical surface portion detection sensor 74 The position of the supply bobbin 21 that bobbin maintaining part 110 is kept can be detected.Storage part 52 is stored in yarn The position of supply bobbin 21 should be kept to unwind the information of reference position and cone is set during the winding of line 20 The information of the position of face detection sensor 74.Unit control portion 50 is to carry out according to length information Make the control that conical surface portion detection sensor 74 moves, so that this conical surface portion detection sensor 74 can be examined Measure the supply bobbin 21 that bobbin maintaining part 110 is kept, according to the detection of conical surface portion detection sensor 74 The storage content of result and storage part 52 carries out the control making supply bobbin 21 move, so that this is for yarn Pipe 21 is directed at target location.
Thus, by the length information utilizing conical surface portion detection sensor 74 to obtain, it is possible to make this conical surface Portion's detection sensor 74 moves to the position corresponding with the length of supply bobbin 21.Therefore, though In the case of the length of supply bobbin 21 exists deviation, conical surface portion detection sensor 74 is in supply bobbin 21 Also will not be failed in detection, therefore, it is possible to reliably carry out making that supply bobbin 21 is directed at target location is dynamic Make (to bit motion).
Additionally, in the present embodiment, conical surface portion detection sensor 74 doubles as length information obtaining section With position detection part both sides.Therefore, it is possible to minimizing number of probes, composition is made to simplify and cut down cost.
Then, with reference to Figure 15 to Figure 19, the first variation of above-mentioned embodiment is illustrated.Figure 15 is to represent the process that winder unit 4 is carried out when being supplied to supply bobbin 21 in the first variation Flow chart.Figure 16 and Figure 17 is the side-looking to bit motion that the supply bobbin 21 in the first variation is described Figure.Figure 18 is the side view representing the example that face sensor 58 is used as length measurement sensor. Figure 19 is the figure of the example representing the length measurement sensor being arranged on bobbin supply apparatus 60.
It addition, in this variation, for parts same or similar with above-mentioned embodiment, attached Figure gives identical labelling, and sometimes omits the description.Additionally, in this variation, in order to easily Observe supply bobbin 21 around, and eliminate the diagram preventing contracting yarn feeding device 11.
That is, in the composition (Figure 11) of above-mentioned embodiment, conical surface portion detection sensor 74 is used as Length information obtaining section.On the other hand, it is configured in this variation, as length information obtaining section, Use the sensor outside conical surface portion detection sensor 74.Specifically, it is configured in this variation, On the basis of the composition of above-mentioned embodiment, as shown in figure 16, possesses length measurement sensor 57.
Length measurement sensor 57 after bobbin set section 10 accepts bobbin to making supply bobbin 21 rotate And become the period till upright posture, it is possible to measure the length of this supply bobbin 21.Specifically, long Degree measurement sensor 57 possesses 4 sensor elements being equal to conical surface portion detection sensor 74.Separately Outward, as conical surface portion detection sensor 74, each sensor element is made up of light-projecting portion and light accepting part. Additionally, the direction that this 4 sensor elements are arranged, with by during length measurement sensor 57 should The most identical (with reference to the chain-dotted line of Figure 16 (a)) of supply bobbin 21.In the present embodiment, Lift Part The initial position of 73 is set to, and the core pipe 21a of supply bobbin 21 detected at 2 sensor elements State under, conical surface portion detection sensor 74 can most preferably detect the core pipe 21a of supply bobbin 21.
In this composition, when supply bobbin 21 is by length measurement sensor 57, supply bobbin detected The number of the sensor element of 21 is the most, then the length of supply bobbin 21 is the longest.Therefore, in this variation In, according to the number of the sensor element this supply bobbin 21 being detected, it is possible to somewhat grasp confession The length of spool 21.So, length measurement sensor 57 be not with 2 stages (be whether specify with On) and the length of supply bobbin 21 can be showed with multiple stages more than 3 stages, therefore can The enough length more specifically measuring supply bobbin 21.Hereinafter, it is used as by length measurement sensor 57 Supply bobbin 21 during length information obtaining section bit motion is illustrated.
Unit control portion 50, when receiving the instruction of the winding starting yarn 20, makes Cylinder feeder fill Put 60 supplies (S201 of Figure 15) carrying out supply bobbin 21.As shown in Figure 16 (a), from Cylinder feeder The supply bobbin 21 of device 60 supply is accepted by bobbin maintaining part 110.Then, stepper motor control portion 102 make bobbin maintaining part 110 rearwardly side rotate (S202).Length measurement sensor 57 makes bobbin In the way that maintaining part 110 rearwardly side rotates, length (S203, reference Figure 16 (a) of measurement supply bobbin 21 Chain-dotted line).Then, the length of the supply bobbin 21 of measurement is sent to list by length measurement sensor 57 Control portion 50 of unit.
Unit control portion 50, according to the length of the supply bobbin 21 received from length measurement sensor 57, adjusts The position (S204) of whole apparatus for unwinding 12.It addition, the apparatus for unwinding 12 of this variation possesses Second movable member (the second accessory) 171, replaces fixed component 71.Second movable member 171 It is powered from the driving source omitting diagram, it is possible to move in vertical.Therefore, Two movable members 171 can independently move with Lift Part 73 phase.
The unwinding auxiliary carried out in the length of the supply bobbin 21 measured according to length measurement sensor 57 In the position adjustment of device 12, it may be considered that to various patterns.That is, in order to form the gas of suitable shape Circle, not only position relationship between supply bobbin 21 and movable member 72, supply bobbin 21 (or movable part Part 72) and the second movable member 171 between position relationship the most more important.Particularly, lifting unit is made When part 73 moves significantly, the second movable member 171 is preferably made to move to equidirectional.
Figure 16 represents that the supply bobbin 21 having wound yarn on long core pipe 21a is fed into network The example of yarn machine unit 4.In this example embodiment, when assuming not make apparatus for unwinding 12 move, as Shown in Figure 16 (b), the height of conical surface portion detection sensor 74 can become core pipe 21a and conical surface portion 21b Border near height.In this case, detection sensor 74 in conical surface portion likely detects layer Rather than core pipe 21a, so it is difficult to carry out bit motion accurately.In order to avoid this situation, unit The control portion 50 more than 3 detections in 4 sensor elements constituting length measurement sensor 57 In the case of supply bobbin 21, Lift Part 73 is made to rise (with reference to the chain-dotted line of Figure 16 (b)).Thus, The height of conical surface portion detection sensor 74 becomes the height being able to detect that core pipe 21a, therefore, it is possible to suitable Locality is carried out bit motion.
Additionally, in this variation, be supplied to as this example at long core pipe 21a On wound the supply bobbin 21 of yarn in the case of, unit control portion 50 not only makes on Lift Part 73 Rise, also make the second movable member 171 rise (with reference to the chain-dotted line of Figure 16 (b)).So, by not only Movable member 72 is made also to make the second movable member 171 move to corresponding with the length of supply bobbin 21 Appropriate location, it is possible to more suitably keeping while the tension force of the yarn of supply bobbin 21 unwinding Carry out the winding of yarn 20.
Unit control portion 50 is after have adjusted the position of apparatus for unwinding 12, as described above Make supply bobbin 21 the most upright (S205).It addition, as it has been described above, eliminate in the figure of this variation Prevent contracting yarn feeding device 11, but now make to prevent brush portion 11b and the supply bobbin of contracting yarn feeding device 11 The upper part contact of 21.Afterwards, stepper motor control portion 102 makes bobbin maintaining part 110 rotate, So that supply bobbin 21 topples over (S206) to face side is some again.And, unit control portion 50 is by boring When face detection sensor 74 detects supply bobbin 21, the rotation of bobbin maintaining part 110 is made to stop (S207, Figure 17 (a)).
Here, as described above, obtain adjustment distance according to the storage content of storage part 52, but In this variation, it is possible to obtain the length of supply bobbin 21, institute with multiple stages more than 3 stages With each kind for supply bobbin 21, storage part 52 (the most in a tabular form) store about each The adjustment distance in stage.Additionally, in order to avoid the increase storing content, unit control portion 50 can also Kind, the height of conical surface portion detection sensor 74 and unwinding reference position according to supply bobbin 21, The regulation computing formula stored according to storage part 52 is to obtain adjustment distance.Then, unit control portion 50 umber of pulses specified to stepper motor 100 output according to the adjustment distance calculated, make bobbin maintaining part 110 rearwardly side rotate (S208, Figure 17 (b)).
So, in this variation, according to the supply bobbin 21 the most specifically detected Length, makes to detect sensor 74 as the conical surface portion of position detection part and moves.Therefore, it is possible to reliably Carry out supply bobbin 21 to bit motion.Additionally, in above-mentioned embodiment (Figure 11), be supplied to When having wound the supply bobbin 21 of yarn on the core pipe 21a longer than situation about assuming, sometimes can not be suitable Ground carries out para-position, but in this variation, it is possible to corresponding to having wound yarn on longer core pipe 21a The supply bobbin 21 of line and wound the both sides of supply bobbin 21 of yarn on shorter core pipe 21a.
Alternatively, it is also possible to replace length measurement sensor 57 and use face sensing as shown in Figure 18 Device 58.Face sensor 58 is made up of multiple sensor elements as length measurement sensor 57, but Be not as length measurement sensor 57 by can self contained function sensor element combination constitute, and It is just to be integrally formed the sensor into detecting regulation detection range from initially.In this face sensor 58, Interval between sensor element is extremely short, it is possible to obtain the concrete number of the length of supply bobbin 21. Therefore, it is possible to carry out bit motion more reliably.It is further possible to use by the sensor unit singly organized Part constitutes, detects according to the change of light income the face sensor in region shared by object.
Additionally, in the composition of Figure 16 and Figure 18, to supplying after bobbin set section 10 accepts bobbin Period till spool 21 is upright, measure the length of this supply bobbin 21.Thus, it is not only supply bobbin The length of 21, additionally it is possible to the supply of detection supply bobbin 21 is slipped up and accepts error etc..Although that is, single Unit control portion 50 for give supply bobbin 21 but length measurement sensor 57 or face sensor 58 the most not In the case of supply bobbin 21 being detected, suspect in bobbin magazine rotating disk 62, be not inserted into supply bobbin 21 or cylinder Pipe maintaining part 110 is not appropriately interposed core pipe 21a etc..By detecting this error, it is possible to supply as early as possible Give next supply bobbin 21, it is possible to increase batch efficiency.
The place of configured length measurement sensor is arbitrary, but when being arranged in from bobbin supply apparatus The path of 60 (reception holes of bobbin magazine rotating disk 62) above-mentioned supply bobbin 21 to above-mentioned unwinding reference position Time upper, advantageous on this point of can simplify composition.Such as shown in Figure 19, it is also possible to be configured to, Bobbin detection sensor 59 as length measurement sensor is arranged near bobbin supply apparatus 60. This bobbin detection sensor 59 possesses: the top of the supply bobbin 21 can received bobbin magazine rotating disk 62 Carry out 2 touch sensor (sensor element) 59b detected；And can be to the bottom of supply bobbin 21 Carry out the touch sensor 59a detected.These touch sensors 59a, 59b be installed to be not with bobbin magazine Rotating disk 62 rotates together, even if so bobbin magazine rotating disk 62 rotates, it is also possible to measurement all the time next to The length of the supply bobbin 21 of bobbin set section 10 supply.The touch sensor 59a being arranged in bottom uses In detecting the presence of supply bobbin 21, it is arranged in 2 touch sensor 59b on top for three phases The length of measurement supply bobbin 21.It addition, detect sensor 59 as bobbin, it is possible to use sensing contact Device, it is possible to use contactless sensor.
In the composition of this bobbin detection sensor 59, confession detected at the touch sensor 59a of bottom When 2 touch sensor 59b on spool 21 and top detect supply bobbin 21, the next one is supplied The length of the supply bobbin 21 given is long.Additionally, detect for yarn at the touch sensor 59a of bottom During pipe 21, when in the touch sensor 59b on top, only one detects supply bobbin 21, next The supply bobbin 21 being supplied to is moderate length.Further, the touch sensor 59a inspection in bottom When measuring supply bobbin 21, when being all not detected by supply bobbin 21 in the touch sensor 59b on top, The supply bobbin 21 that the next one is supplied to is for comparatively short.
It addition, in the case of the touch sensor 59a of bottom is not detected by supply bobbin 21, at bobbin Reception hole is not received supply bobbin 21, therefore rotates and the bobbin of bottom detection sensing at bobbin magazine rotating disk 62 Before device 59 is able to detect that supply bobbin 21, do not carry out the sentencing of length of supply bobbin 21 as described above Disconnected.And, unit control portion 50 adjusts unwinding according to the length of bobbin detection sensor 59 detection The position of auxiliary device 12, it is possible to reliably carry out bit motion.
It addition, as shown in figure 19, it is arranged in bobbin supply apparatus 60 at bobbin detection sensor 59 attached In near composition, it is possible in the length than the measurement of stage earlier supply bobbin 21.Therefore, moving back When the position adjustment of auxiliary device 12, there is time margin, it is possible to carry out this adjustment the most limpingly.
As shown above, in the winder unit 4 of the first variation, length measurement sensor 57 leads to Cross measurement and obtain length information.
Thereby, it is possible to the most specifically detect the length of supply bobbin 21, therefore, it is possible to make conduct The conical surface portion detection sensor 74 of position detection part moves to will not be failed in the detection of supply bobbin 21 Position.Therefore, it is possible to more reliable and correctly carry out supply bobbin 21 to bit motion.
Additionally, the winder unit 4 of this variation possesses bobbin supply apparatus 60 and the cylinder of bobbin magazine formula Pipe guide portion 64.Bobbin supply apparatus 60 possesses multiple bobbin reception hole.Bobbin guide portion 64 has The supply bobbin 21 received by bobbin reception hole is directed to the path of navigation of bobbin maintaining part 110.Unit The supply bobbin 21 that control portion 50 is carried out via path of navigation makes bobbin maintaining part 110 accept moves to move back Control around reference position.Length measurement sensor 57 (or face sensor 58, bobbin detection sensor 59), to the phase arrived unwinding reference position after supply bobbin 21 is received to bobbin reception hole Between, measure and obtain length information.
Thereby, it is possible to measurement obtains length information on the path that supply bobbin 21 is generally transported.Therefore, It is no need to the measurement of length information and special path etc. is set, it is possible to prevent winder unit 4 Composition complicate.
Then, the second variation of above-mentioned embodiment is illustrated.
That is, it is configured in above-mentioned embodiment and the first variation, by being measured by sensor And obtain the length of supply bobbin 21, but be configured in this variation, according to by body input unit 8 or The information of unit input unit 18 input, as length information obtaining section and the unit of input length obtaining section Control portion 50 obtains the length of supply bobbin 21.That is, unit control portion 50 supplies yarn according to be previously set The kind of pipe 21 and obtain the length information of supply bobbin 21.
Unit control portion 50 is when obtaining the length of supply bobbin 21, according to the length of this supply bobbin 21, Determine to make apparatus for unwinding 12 (conical surface portion detection sensor 74) when carrying out the para-position of supply bobbin 21 The most standby position.This is carried out certainly in the same manner as the method for explanation in the S204 in the first variation Fixed.Hereinafter, sometimes the position making position detection part the most standby when the para-position of supply bobbin 21 is referred to as Start reference position.As long as the setting of the supply bobbin 21 used is not changed, then in this beginning determined Reference position does not changes.
Winder unit 4 use this start reference position to carry out supply bobbin 21 to bit motion, but make Following 2 kind can be considered for alignment method now.
That is, first method is, when to bit motion, makes to detect as the conical surface portion of position detection part Sensor 74 is the most from starting the method that reference position is moved.That is, if same supply bobbin 21, Then its length will not change significantly, as long as therefore the location-appropriate of sensor 74 is detected in conical surface portion, then Core pipe 21a can be detected without problems in most cases by this conical surface portion detection sensor 74.Cause This, in the method, be not to measure the length of supply bobbin 21 individually and make conical surface portion detect sensor 74 move, but make detection sensor 74 in conical surface portion start state the most static on reference position Under carry out bit motion.Control thereby, it is possible to simplify.
Second method is, measures the length of supply bobbin 21 individually, determines according to this measurement result Conical surface portion detection sensor 74 whether is made to move from starting reference position.Here, as measuring individually The method of the length of supply bobbin 21, it may be considered that use above-mentioned embodiment such use conical surface portion inspection Survey the method for sensor 74, the first variation such use sensor special (length measurement sensor 57 etc.) method.I.e., in the method, unit control portion 50 obtains for yarn as according to setting First length information obtaining section of the length of pipe 21 works.Additionally, conical surface portion detection sensor 74 The second length information obtaining section as the length measuring supply bobbin 21 individually works.And, single Unit control portion 50 in the measurement result according to supply bobbin 21, be judged as at the cone as position detection part When face detection sensor 74 is unable to detect that supply bobbin 21 when being in beginning reference position, carry out Make the control that the position of this conical surface portion detection sensor 74 is changed from above-mentioned beginning reference position.
By using this second method, for the major part in the supply bobbin 21 that supplied, it is possible to no Make to detect sensor 74 as the conical surface portion of position detection part to carry out movably for yarn from starting reference position Pipe 21 to bit motion.On the other hand, in the feelings of the supply bobbin 21 being supplied to length and be typically different Under condition, by making position detection part move to the position corresponding with this supply bobbin 21, thus in these feelings It also is able to carry out without problems para-position under condition.
As shown above, the automatic bobbin winder of the second variation possesses winder unit 4, body controls dress Put 7 and input unit (body input unit 8 and unit input unit 18).Machine member control apparatus 7 controls many Individual winder unit 4.Input unit can input the information relevant with supply bobbin 21.Unit control portion 50 Length information (i.e. working) is obtained as length information obtaining section according to the information being input in input unit. Additionally, unit control portion 50 determines to start reference position according to this length information, carry out making conical surface portion examine Survey sensor 74 and move to start the control of reference position.
Thus, conical surface portion detection sensor 74 is made to move to the beginning benchmark position determined according to input content Put, it is possible to save the length of just acquirement (measurement) this supply bobbin 21 whenever being supplied to supply bobbin 21 Time.Additionally, easily multiple winder unit 4 intensively to be set the length of supply bobbin 21.
Above, the preferred embodiment of the present invention and variation are illustrated, but above-mentioned configuration example If changing as follows.
In above-mentioned embodiment and variation, apparatus for unwinding 12 uses the movable part of tubular Part 72 but it also may replace this situation, and use by there is the plate member of bullport, by tinsel etc. The variously-shaped movable members such as the wire guide member of molding, polygonal column parts.
In above-mentioned embodiment and variation, illustrate for making supply bobbin 21 and apparatus for unwinding The unwinding reference position alignment of 12 to bit motion, but in the para-position of the present invention, be not limited to unwind base Level is put and optional position can be set to target location.Therefore, it is possible to the composition of the present invention is applied Winder unit 4 to the type without apparatus for unwinding 12.In this case, as target Position such as can consider the extended line being set to yarn 20 relative to the center of winding tube 22 traversing On position, guide from supply bobbin 21 unwinding yarn guide member plumb line position.
Above-mentioned embodiment and variation are configured to, use stepper motor 100 to drive and discharge plate 40 And bobbin maintaining part 110 etc. but it also may replace this composition, for example with servo motor, linear horse Reach or voice coil motor etc. drives power transfering part 120.
In above-mentioned embodiment and variation, pass as conical surface portion detection sensor 74 and length measurement Sensor 57 uses transmission-type photoelectric sensor but it also may replaces this situation, such as, uses reflecting light Electric transducer etc..
In above-mentioned embodiment and variation, gate-type tension force is used to give as tension applying device 13 Device but it also may replace this situation, such as, be configured to, uses known disc type tension force to give dress Put, give, to the yarn of movement, the tension force specified.
Winder unit 4 shown in above-mentioned embodiment and variation possesses bobbin supply apparatus 60, should Bobbin supply apparatus 60 possesses bobbin magazine rotating disk 62, but as long as being that supply bobbin 21 is supplied to yarn 20 The composition of the assigned position being unwound, then this bobbin supply apparatus can become arbitrary composition.Such as, Can also be configured to, possess the storage member of the post shapes that can carry and receive multiple supply bobbin 21, Supply bobbin 21 is supplied from above-mentioned storage member.
Additionally, bobbin supply apparatus can also be the torr by being carried supply bobbin 21 by conveyer belt conveyance Frame is thus to the bobbin supply apparatus of the tray types of unwinding position supply.Possessing the cylinder of tray types In the winder unit of pipe feedway, by switching the conveyance direction of conveyer, it is possible to make supply bobbin The position of 21 is moved parallel to fore-and-aft direction, and makes supply bobbin 21 be directed at target location.Additionally, It is also contemplated that by arranging the tilting member making pallet swing at unwinding position, on unwinding position Make supply bobbin 21 swing in the longitudinal direction together with pallet, thus make the unwinding side of supply bobbin 21 Portion is directed at target location.

Claims (12)

1. a winding unit, winds the yarn of supply bobbin and forms package, it is characterised in that possess:
Bobbin maintaining body, keeps supply bobbin；
Length information obtaining section, obtains the information i.e. length information relevant with the axial length of supply bobbin；
Position detection part, it is possible to detect the position of the supply bobbin that above-mentioned bobbin maintaining body is kept；
Storage part, should keep the position i.e. target position of supply bobbin during the winding of the yarn being stored in supply bobbin The information of the position set by the information put and above-mentioned position detection part；And
Control portion, carries out the control making above-mentioned position detection part move according to above-mentioned length information, in order to This position detection part is able to detect that the supply bobbin that above-mentioned bobbin maintaining body is kept, according to upper rheme The storage content of the testing result and above-mentioned storage part of putting test section carries out the control making supply bobbin move System, so that this supply bobbin is directed at above-mentioned target location,
Above-mentioned position detection part is that sensor is detected in conical surface portion, and this conical surface portion detection sensor is as above-mentioned Length information obtaining section works, and detection sensor in above-mentioned conical surface portion is according to the detection of the supply bobbin passed through Result obtains above-mentioned length information.
Winding unit the most according to claim 1, it is characterised in that
Possess the apparatus for unwinding that the unwinding yarn to supply bobbin assists,
Above-mentioned target location is the unwinding reference position of above-mentioned apparatus for unwinding,
The supply bobbin that above-mentioned control portion makes above-mentioned bobbin maintaining body be kept moves, so that this supply bobbin It is directed at the unwinding reference position of above-mentioned apparatus for unwinding.
Winding unit the most according to claim 2, it is characterised in that
Above-mentioned apparatus for unwinding has the first accessory, this first accessory by package The layer end i.e. change in conical surface portion of supply bobbin accompanied of the carrying out batching action be tracked and Mobile, thus the unwinding yarn of supply bobbin is assisted,
The above-mentioned conical surface portion detection sensor unwind operation time move together with above-mentioned first accessory and Detect above-mentioned conical surface portion.
Winding unit the most according to claim 3, it is characterised in that
Above-mentioned first accessory and above-mentioned conical surface portion detection sensor are driven by common driving source.
Winding unit the most according to claim 4, it is characterised in that
Use stepper motor as above-mentioned driving source.
6. an automatic bobbin winder, it is characterised in that
Possess:
Winding unit described in multiple any one of claims 1 to 3；
Multiple above-mentioned winding units are controlled by machine member control apparatus；And
Input unit, is arranged at least one party in above-mentioned winding unit and machine member control apparatus, energy The information that enough inputs are relevant with supply bobbin,
Above-mentioned length information obtaining section is to obtain above-mentioned length according to the information being input to above-mentioned input unit The input length obtaining section of information,
The above-mentioned length information that above-mentioned control portion obtains according to above-mentioned input length obtaining section is controlled as follows System: determine that the position making above-mentioned position detection part the most standby when carrying out the para-position of supply bobbin starts Reference position, and make above-mentioned position detection part move to above-mentioned beginning reference position.
Automatic bobbin winder the most according to claim 6, it is characterised in that
Possess the apparatus for unwinding that the unwinding yarn to supply bobbin assists,
Above-mentioned target location is the unwinding reference position of above-mentioned apparatus for unwinding,
Above-mentioned apparatus for unwinding has the first accessory, this first accessory by package The layer end i.e. change in conical surface portion of supply bobbin accompanied of the carrying out batching action be tracked and Mobile, thus the unwinding yarn of supply bobbin is assisted,
The above-mentioned conical surface portion detection sensor unwind operation time move together with above-mentioned first accessory and Detect above-mentioned conical surface portion,
The detection of above-mentioned conical surface portion is passed by above-mentioned control portion according to the acquirement content of above-mentioned input length obtaining section The position of sensor is adjusted.
Automatic bobbin winder the most according to claim 7, it is characterised in that
Above-mentioned apparatus for unwinding possesses the second accessory, and this second accessory is above-mentioned first auxiliary The unwinding yarn of supply bobbin is assisted by the downstream, yarn winding direction helping parts,
The above-mentioned length information that above-mentioned control portion obtains according to above-mentioned input length obtaining section is to above-mentioned second The position of accessory is adjusted.
9. an automatic bobbin winder, it is characterised in that
Possess:
Winding unit described in multiple any one of claims 1 to 3；
Multiple above-mentioned winding units are controlled by machine member control apparatus；And
Input unit, is arranged on winding unit or machine member control apparatus, it is possible to input and the length of supply bobbin Spend relevant information,
Above-mentioned length information obtaining section is by the first length information obtaining section and the second length information obtaining section structure Become,
Above-mentioned first length information obtaining section obtains above-mentioned length according to the information being input to above-mentioned input unit Degree information,
Above-mentioned second length information obtaining section obtains above-mentioned by the supply bobbin supplied is carried out measurement Length information,
Above-mentioned control portion, the above-mentioned length information obtained according to above-mentioned first length information obtaining section, enters Row determines that the position making above-mentioned position detection part the most standby when carrying out the para-position of supply bobbin starts base The control that level is put, can not detect at the above-mentioned position detection part being judged as above-mentioned beginning reference position During to supply bobbin, the above-mentioned length information obtained according to above-mentioned second length information obtaining section, make The control that this position detection part moves.
10. a supply bobbin alignment method, is to wind to form package from the yarn of supply bobbin unwinding The supply bobbin alignment method of winding unit, it is characterised in that including:
First operation, makes supply bobbin move to will pass through the position detection part that can detect supply bobbin position；
Second operation, in the case of above-mentioned position detection part is unable to detect that supply bobbin, makes this position Put test section to move；
3rd operation, is made supply bobbin move again towards above-mentioned position detection part, is examined by above-mentioned position Survey portion detection supply bobbin, determines the starting reference position of the para-position for this supply bobbin；And
4th operation, makes supply bobbin move distance set in advance from the starting reference position determined, And make the position of this supply bobbin be directed at the position that should keep supply bobbin i.e. target location.
11. 1 kinds of supply bobbin alignment methods, are to wind to form package from the yarn of supply bobbin unwinding The supply bobbin alignment method of winding unit, it is characterised in that including:
First operation, carries out measuring by length measurement sensor and obtains the axial length with supply bobbin Relevant information i.e. length information；
Second operation, the above-mentioned length information obtained according to above-mentioned length measurement sensor, allow to inspection The position detection part surveying supply bobbin position moves；
3rd operation, makes supply bobbin move towards above-mentioned position detection part, by above-mentioned position detection part Detection supply bobbin, determines the starting reference position of the para-position for this supply bobbin；And
4th operation, according to position and the position of above-mentioned supply bobbin of above-mentioned position detection part, obtains table The tune of the distance shown from above-mentioned starting reference position to the position that should keep supply bobbin i.e. target location Whole distance, makes supply bobbin move the distance according to this adjustment distance from starting reference position, makes supply bobbin Position be directed at target location.
12. 1 kinds of supply bobbin alignment methods, are the supply bobbin alignment methods in automatic bobbin winder, should be certainly Dynamic winder possesses: multiple winding units, winds and forms package from the yarn of supply bobbin unwinding；With And body control portion, multiple above-mentioned winding units are controlled, the feature of this supply bobbin alignment method It is, including:
First operation, according to being input to the information relevant with supply bobbin of input unit, obtains and supply bobbin The relevant information i.e. length information of axial length, this input unit is arranged on above-mentioned winding unit and machine At least one party in member control apparatus；
Second operation, according to the above-mentioned length information obtained, determines to make when carrying out the para-position of supply bobbin The most standby position of position detection part i.e. starts reference position, and makes above-mentioned position detection part move to Above-mentioned beginning reference position；
3rd operation, makes supply bobbin move towards above-mentioned position detection part, makes above-mentioned position detection part examine Survey supply bobbin, determine the starting reference position of the para-position for this supply bobbin；And
4th operation, according to position and the position of above-mentioned supply bobbin of above-mentioned position detection part, obtains table The tune of the distance shown from above-mentioned starting reference position to the position that should keep supply bobbin i.e. target location Whole distance, makes supply bobbin move the distance according to this adjustment distance from starting reference position, and makes for yarn The position of pipe is directed at target location.
CN201210027028.5A 2011-03-22 2012-02-08 Winding unit, automatic bobbin winder and supply bobbin alignment method Active CN102689818B (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
JP2011062595A JP2012197147A (en) 2011-03-22 2011-03-22 Winding unit, automatic winder and positioning method of yarn supply bobbin
JP062595/2011 2011-03-22

Publications (2)

Publication Number Publication Date
CN102689818A CN102689818A (en) 2012-09-26
CN102689818B true CN102689818B (en) 2016-12-14

Family

ID=45655959

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201210027028.5A Active CN102689818B (en) 2011-03-22 2012-02-08 Winding unit, automatic bobbin winder and supply bobbin alignment method

Country Status (4)

Country Link
EP (1) EP2502863B1 (en)
JP (1) JP2012197147A (en)
CN (1) CN102689818B (en)
IN (1) IN2012DE00564A (en)

Families Citing this family (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2014101189A (en) * 2012-11-20 2014-06-05 Murata Mach Ltd Textile machine
DE102014014998A1 (en) 2014-10-09 2016-04-14 Saurer Germany Gmbh & Co. Kg Winding station with an alignment device for a spinning cop
JP2017001779A (en) * 2015-06-05 2017-01-05 村田機械株式会社 Spinning frame, yarn winding system, and manufacturing method of yarn feeding bobbin
JP2017071498A (en) * 2015-10-09 2017-04-13 村田機械株式会社 Automatic winder
JP2017082370A (en) * 2015-10-30 2017-05-18 村田機械株式会社 Bobbin turnaround mechanism, bobbin storage device and spinning machine
CN105584891B (en) * 2015-11-13 2017-05-31 浙江三友塑业股份有限公司 Spool edge core conical outer tube is oriented into a device and oriented into a method
CN109097874A (en) * 2018-10-12 2018-12-28 浙江新景和纺织科技有限公司 A kind of section coloured yarn processing unit (plant)
CN109179079B (en) * 2018-10-15 2024-01-16 青岛宏大纺织机械有限责任公司 Bobbin clamping device and bobbin changing method of automatic bobbin winder
CN115058846A (en) * 2022-08-08 2022-09-16 恒天重工股份有限公司 Automatic centering device for head beam of sizing machine

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4911372A (en) * 1987-07-21 1990-03-27 Murata Kikai Kabushiki Kaisha Yarn joining controlling method for automatic winder
CN101343003A (en) * 2007-07-13 2009-01-14 村田机械株式会社 Yarn winding device and textile machine
CN101544324A (en) * 2008-03-28 2009-09-30 村田机械株式会社 Yarn unwinding assisting device for automatic winder and automatic winder
CN201737526U (en) * 2010-08-05 2011-02-09 青岛宏大纺织机械有限责任公司 Tension device of automatic bobbin winder for uniformly controlling unwinding operation

Family Cites Families (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH09124230A (en) 1995-10-30 1997-05-13 Murata Mach Ltd Bobbin holding peg
DE102004045747A1 (en) 2004-09-21 2006-03-23 Saurer Gmbh & Co. Kg Shell-type mandrel for an operating site of a cross-winding device comprises a clamping unit having clamping claw groups which can be adjusted in height against the inner wall of a sleeve

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4911372A (en) * 1987-07-21 1990-03-27 Murata Kikai Kabushiki Kaisha Yarn joining controlling method for automatic winder
CN101343003A (en) * 2007-07-13 2009-01-14 村田机械株式会社 Yarn winding device and textile machine
CN101544324A (en) * 2008-03-28 2009-09-30 村田机械株式会社 Yarn unwinding assisting device for automatic winder and automatic winder
CN201737526U (en) * 2010-08-05 2011-02-09 青岛宏大纺织机械有限责任公司 Tension device of automatic bobbin winder for uniformly controlling unwinding operation

Also Published As

Publication number Publication date
EP2502863B1 (en) 2014-04-02
IN2012DE00564A (en) 2015-06-05
EP2502863A2 (en) 2012-09-26
JP2012197147A (en) 2012-10-18
CN102689818A (en) 2012-09-26
EP2502863A3 (en) 2012-11-14

Similar Documents

Publication Publication Date Title
CN102689818B (en) Winding unit, automatic bobbin winder and supply bobbin alignment method
CN102275774B (en) Winding unit and yarn winding machine equipped with the same
CN103569789B (en) Yarn winding apparatus
CN101343003A (en) Yarn winding device and textile machine
CN102275775B (en) Winding unit
CN105383999B (en) Yarn take-up device
CN101168419B (en) Method and device for preprocessing bobbin so as to compound-wound at an automatic cross-wound bobbin winder
CN106185471A (en) Yarn take-up device, jointing method and connector unit
CN106927312A (en) Waxing attachment and Yarn reeling device
CN102421688A (en) Apparatus for storing and providing bobbin tubes
JP2015101453A (en) Bobbin holding device, bobbin setting device, and yarn winder
CN102275773B (en) Winding unit and yarn winding machine equipped with the same
CN104944221A (en) Coil support means and yarn winding machine
CN102992088B (en) Winding unit
CN103832888B (en) Textile machine
FR2513665A1 (en) Paying-out device supplying cops winding machine - replaces conventional magazine with supports and conveyor
US5526634A (en) Robot device for piled-package type double twister
CN103526349A (en) Yarn accumulating device, spinning unit and spinning machine
CN107055211A (en) Bobbin supply apparatus
CN108069290B (en) For operating the method and coil winding machine of winder unit
JP2017088344A (en) Tension application device and yarn winding apparatus
CN109715540A (en) Fiber is mechanical
JP2004345800A (en) Winding bobbin stocker
JP4305056B2 (en) Stocker device for winding bobbin
JPH06287821A (en) Doubling and twisting frame

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
C14 Grant of patent or utility model
GR01 Patent grant