CN104947258B - False twist processing machine - Google Patents
False twist processing machine Download PDFInfo
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- CN104947258B CN104947258B CN201510124597.5A CN201510124597A CN104947258B CN 104947258 B CN104947258 B CN 104947258B CN 201510124597 A CN201510124597 A CN 201510124597A CN 104947258 B CN104947258 B CN 104947258B
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Abstract
The present invention provides configures the small false twist processing machine of each device for constituting false twist processing machine, size compact-sizedly.The false twist processing machine (1) for implementing false twisting processing to yarn has yarn feeder (11), the false-twisting device (12) for the above-mentioned yarn that false twisting processing is provided from above-mentioned yarn feeder (11), and winding is by the winder (3) of the finished above-mentioned yarn of above-mentioned false-twisting device (12) false twisting, configure the return portion (5) for making above-mentioned yarn turn back into the way of the yarn road of above-mentioned winder (3) from above-mentioned yarn feeder (11) in above-mentioned yarn, configure 2nd device of the 1st device with configuration in the 2nd yarn road of side downstream than above-mentioned return portion (5) in the 1st yarn road than above-mentioned return portion (5) by upstream side, in terms of the overlapping direction of the body span of above-mentioned false twist processing machine (1), it is overlapped in each span inside points.
Description
Technical field
The present invention relates to the false twist processing machines for implementing false twisting processing to yarn.
Background technology
As previous false twist processing machine, there is the equipment described in patent document 1.As shown in figure 5, the false twist processing machine
101 have main body 102, coiling body 103 and bobbin frame 111.Coiling body 103 and main body 102 and bobbin frame 111
Between be spaced one from working space 106 and the facing configuration in 107 ground of space.The yarns Y come is provided from bobbin frame 111 to be set
Set 103 upper end of coiling body the 1st yarn feeding roller 114, be arranged 102 top of main body the 2nd yarn feeding roller 115 and setting
It is conveyed along yarn road 108 below in the 3rd yarn feeding roller 116 of 103 lower end of coiling body.
1st heater of working space 106 upside of the yarns Y via configuration between coiling body 103 and main body 102
117, cooling device 119 and false-twisting device 112 implement false twisting processing.Then, yarns Y is via being arranged on main body 102
2nd heater 118 reaches the lower end of main body 102, the working space 106 across main body 102 and coiling body 103
Downside, the winding device 113 being arranged on coiling body 103 are wound, to form package P.Also, in order to make in working space
The operator of operation does not contact yarns Y in 106, and the downside of working space 106 is provided with the step 120 of covering yarns Y.
False twist processing machine 101 is by such as winding device 113 of 100 spindle of single side and corresponding each portion
The device that separating device is formed.False twist processing machine 101 is for example arranging 3 along short transverse, is arranging 4 winding dresses in the horizontal direction
With 12 spindles for a unit in the case of setting 113.4 are being arranged along short transverse, arrange 4 winding devices in the horizontal direction
It is in this wise that a unit forms unit with multiple winding spindles with 16 spindles for a unit in the case of 113.Each unit
Structure be, each sections device such as the 1st heater 117, cooling device 119, the 2nd heater 118 be each 1 or more.Pass through
The unit cell is configured repeatedly constitutes false twist processing machine 101.The recurring unit's unit for constituting the false twist processing machine 101 is known as machine
Body span or referred to as span (ス パ Application).In addition, so-called spindle is the unit of winding device 113.
[Te Xu documents 1] Japanese Unexamined Patent Publication 2011-47074 bulletins
In previous false twist processing machine, the yarn road of winding device is reached halfway not from bobbin frame via false-twisting device
It turns back, passes through around the working space one direction between coiling body and main body.Above-mentioned each device is configured along the yarn road respectively.Cause
This, false twist processing machine becomes large-sized.
For example, in previous false twist processing machine, since yarn is also one direction walking from top to bottom on main body,
Each device being arranged on main body forms a line along the yarn road in vertical direction.Therefore, the height of main body is got higher.
Also, the upside of the working space between coiling body and main body, along yarn road configured with the 1st heater, cooling
Device and false-twisting device.And it is configured with step in the downside of the working space.In this way, since device setting is in operation sky
Between the upper side and lower side, therefore the height of false twist processing machine is got higher.
Invention content
The present invention is exactly that in view of the foregoing, its purpose is to provide a kind of compact-sized be configured with to constitute false twisting processing
The small false twist processing machine of each device of machine, size.
The false twist processing machine for inventing the 1st scheme is the false twist processing machine for implementing false twisting processing to yarn, which is characterized in that tool
The false-twisting device and winding for the above-mentioned yarn that standby yarn feeder, false twisting are provided from above-mentioned yarn feeder are by above-mentioned false-twisting device false twisting
The winder of above-mentioned yarn afterwards；Being configured in the midway of the yarn road of the above-mentioned yarn from above-mentioned yarn feeder to above-mentioned winder makes
The return portion that above-mentioned yarn is turned back；The 1st device configured in the 1st yarn road than above-mentioned return portion by upstream side exists with configuration
The 2nd device in 2nd yarn road of side downstream than above-mentioned return portion, from the overlapping of the body span of above-mentioned false twist processing machine
Direction is seen, is overlapped in each span inside points.
In the present invention, it is configured with the return portion for making yarn turn back in the midway of the yarn road of yarn, configuration is leaned on than return portion
2nd device of the 1st device with configuration in the 2nd yarn road of side downstream than return portion in 1st yarn road of upstream side, from
From the point of view of the direction of the body span overlapping of false twist processing machine, it is overlapped in each span inside points.Thereby, it is possible to make from false twist processing machine
Body span the compact dimensions of entire false twist processing machine seen of overlapping direction.
The false twist processing machine for inventing the 2nd scheme is characterized in that on the basis of inventing 1 scheme, above-mentioned return portion is matched
It sets between the above-mentioned false-twisting device and above-mentioned winder of above-mentioned yarn road.
In the present invention, return portion configures between the false-twisting device and winder of yarn road.Therefore, come from yarn feeder offer
Yarn is turned back after by false-twisting device false twisting.That is, yarn is not rolled in the upstream side than false-twisting device by yarn direction of travel
It returns.Yarn is not turned back in false twisting processing as a result,.
The false twist processing machine for inventing the 3rd scheme is characterized in that, above-mentioned to turn back on the basis of inventing the 1st or 2 scheme
Portion's configuration is in above-mentioned yarn road than configuring the false twisting section of the above-mentioned yarn of above-mentioned false-twisting device, false twisting downstream one in middle part
Side.
In the present invention, return portion configuration is in yarn road than the false twisting in middle part configuration false-twisting device, false twist yarn
The side of section downstream.Therefore, yarn is not turned back in the false twisting section that yarn qualities are influenced with big section.Yarn as a result,
Line will not reduce yarn qualities because of turning back.
The false twist processing machine for inventing the 4th scheme is characterized in that, the basis of the either a program in the 1st~3 scheme of invention
On, above-mentioned return portion is mounted on main body, and above-mentioned main body and above-mentioned winder and above-mentioned yarn feeder are processed from above-mentioned false twisting
The direction of the body span overlapping of machine is seen to be configured in a row；Above-mentioned winder is overlapped from the body span of above-mentioned false twist processing machine
Configuration is seen between above-mentioned yarn feeder and above-mentioned main body in direction, upside from above-mentioned yarn feeder by above-mentioned winder and upward
State the upside in space of above-mentioned 1st yarn road of the above-mentioned return portion of main body across above-mentioned yarn feeder and above-mentioned main body；
Above-mentioned 2nd yarn road from the above-mentioned return portion of above-mentioned main body towards above-mentioned winder also passes through the upside in above-mentioned space.
In the present invention, yarn feeding is passed through from upside of the yarn feeder Jing Guo winder towards the 1st yarn road of the return portion of main body
The upside in the space between portion and main body, the 2nd yarn road from the return portion of main body towards winder also pass through main body with
The upside in the space between winder.Therefore, because the 1st yarn road and the 2nd yarn road are by the operation between main body and winder
The upside of person's working space, therefore there is no by the yarn road on the downside of the working space.As a result, due to not in the working space
Downside setting prevent necessity of step of yarn road interference etc., can correspondingly reduce the height of false twist processing machine.
The false twist processing machine for inventing the 5th scheme is characterized in that, the basis of the either a program in the 1st~3 scheme of invention
On, above-mentioned return portion is mounted on main body；Above-mentioned main body, above-mentioned winder and above-mentioned yarn feeder are from above-mentioned false twist processing machine
The direction of body span overlapping see and configure in a row；Above-mentioned winder is from the side that the body span of above-mentioned false twist processing machine is overlapped
To seeing configuration between above-mentioned yarn feeder and above-mentioned main body, downside from above-mentioned yarn feeder by above-mentioned winder and towards upper
State the downside in space of above-mentioned 1st yarn road of the above-mentioned return portion of main body across above-mentioned yarn feeder and above-mentioned main body；
Above-mentioned 2nd yarn road from the above-mentioned return portion of above-mentioned main body towards above-mentioned winder also passes through the downside in above-mentioned space.
In the present invention, from yarn feeder by passing through yarn feeding towards the 1st yarn road of the return portion of main body on the downside of winder
The downside in the space between portion and main body, the 2nd yarn road from the return portion of main body towards winder also pass through main body with
The downside in the space between winder.Therefore, because the 1st yarn road and the 2nd yarn road are by the operation between main body and winder
The downside of person's working space, therefore there is no by the yarn road on the upside of the working space.As a result, due in the upper of the working space
Side does not have configuration device, therefore can correspondingly reduce the height of false twist processing machine.It therefore, there is no need to the life at high position
The maintaining of head, each device also becomes light.
The false twist processing machine for inventing the 6th scheme is characterized in that, the basis of the either a program in the 1st~4 scheme of invention
On, above-mentioned 1st device is the false-twisting device for the above-mentioned yarn that false twisting is provided from above-mentioned yarn feeder；Above-mentioned 2nd device is that configuration exists
Between above-mentioned false-twisting device and above-mentioned winder, heat in one skidding of downstream than above-mentioned false-twisting device by the direction of travel of yarn
2nd heater of the above-mentioned yarn walked.
It, can also be by the 2nd heating of false-twisting device of the configuration in the 1st yarn road and configuration in the 2nd yarn road in the present invention
Think highly of folded.
The false twist processing machine for inventing the 7th scheme is characterized in that, the either a program in the 1st~3 and the 5th scheme of invention
On the basis of, above-mentioned 1st device is to configure between above-mentioned yarn feeder and above-mentioned false-twisting device, and heating is leaned on than above-mentioned false-twisting device
1st heater of the above-mentioned yarn of the upstream side walking of the direction of travel of yarn；Above-mentioned 2nd device is configuration in above-mentioned false twisting
Between device and above-mentioned winder, heat in the above-mentioned of the downstream side walking for leaning on the direction of travel of yarn than above-mentioned false-twisting device
2nd heater of yarn.
It, can also be by the 2nd heating of 1st heater of the configuration in the 1st yarn road and configuration in the 2nd yarn road in the present invention
Think highly of folded.
The false twist processing machine for inventing the 8th scheme is characterized in that, the basis of the either a program in the 1st~7 scheme of invention
On, threads are in terms of the direction that the body span of above-mentioned false twist processing machine is overlapped along the direction arrangement overlapped；Have false respectively
Twist multiple false-twisting devices of above-mentioned threads；Above-mentioned multiple false-twisting devices position on the direction that above-mentioned threads are walked is mutual
It configures with being staggered.
In the present invention, multiple false-twisting devices position on the direction of travel of threads configures with being staggered mutually.Therefore exist
The region for configuring multiple false-twisting devices can be reduced in the orientation of yarn.
The false twist processing machine for inventing the 9th scheme is characterized in that, the basis of the either a program in the 1st~8 scheme of invention
On, threads are in terms of the direction that the body span of above-mentioned false twist processing machine is overlapped along the direction arrangement overlapped；Moreover, above-mentioned more
The 1st yarn road group of one thread walking being made of a plurality of 1st yarn road and the 2nd yarn road group that is made of a plurality of 2nd yarn road, from above-mentioned
The direction of the body span overlapping of false twist processing machine is seen along the direction arrangement overlapped；Above-mentioned 1st yarn road group and above-mentioned 2nd yarn road group
Structure is more to walk in above-mentioned 1st yarn road with the outside of above-mentioned 2nd yarn road group opposite side in above-mentioned 1st yarn road group
Yarn get in above-mentioned 2nd yarn road with the outside of above-mentioned 1st yarn road group opposite side in above-mentioned 2nd yarn road group and walk.
In the present invention, the 1st yarn road group and the 2nd yarn road group structure are, more opposite with the 2nd yarn road group in the 1st yarn road group
The yarn walked in 1st yarn road in the outside of side gets over the with the outside of the 1st yarn road group opposite side in the 2nd yarn road group
It walks in 2 yarn roads.Therefore, the yarn intervention that threads can prevent the yarn walked on the outside and be walked in inner row.
The false twist processing machine for inventing the 10th scheme is the false twist processing machine for implementing false twisting processing to yarn, which is characterized in that
Have yarn feeder, the false-twisting device for the above-mentioned yarn that false twisting is provided from above-mentioned yarn feeder and winding by the vacation of above-mentioned false-twisting device
The winder of above-mentioned yarn after twirl；It is configured in the midway of the yarn road of the above-mentioned yarn from above-mentioned yarn feeder to above-mentioned winder
The return portion for making above-mentioned yarn turn back；Configure than above-mentioned return portion by upstream side the 1st yarn road in the 1st device with than upper
The 2nd yarn road for stating return portion side downstream, in terms of the overlapping direction of the body span of above-mentioned false twist processing machine, in each span
It partly overlaps.
In the present invention, makes the return portion that yarn is turned back in the midway configuration of the yarn road of yarn, configure more top than return portion
The 2nd yarn road of the 1st device in the 1st yarn road of side and side downstream than above-mentioned return portion is swum from above-mentioned false twist processing machine
The overlapping direction of body span is seen to be overlapped in each span inside points.Thereby, it is possible to make from whole in terms of the overlapping direction of body span
The compact dimensions of a false twist processing machine.
Description of the drawings
Fig. 1 is the front view in terms of the overlapping direction of the slave body span of the false twist processing machine of the 1st implementation form；
Fig. 2 is one in terms of the working space between coiling body and main body when coiling body and main body shown in FIG. 1
The outline expanded view of span；
Fig. 3 is the front view in terms of the overlapping direction of the slave body span of the false twist processing machine of the 2nd implementation form；
Fig. 4 is general for a span in terms of the working space between main body and coiling body when main body shown in Fig. 3
Slightly side view；
Fig. 5 is the front view in terms of the overlapping direction of the slave body span of previous false twist processing machine.
In figure, 1- false twist processing machines；2- main bodies；3- coiling bodies；5- return portions；5a- cord rollers；5b- turns back roller；8- yarns
Road；The 1st yarn roads of 8a-；The 2nd yarn roads of 8b-；11- bobbin framves；12- false-twisting devices；13- winding devices；The 1st yarn feeding rollers of 14-；
The 2nd yarn feeding rollers of 15-；The 4th yarn feeding rollers of 16-；The 1st heaters of 17-；The 2nd heaters of 18-；19- cooling devices；The 3rd yarn feeding rollers of 20-；
31- false twist processing machines；32- main bodies；33- coiling bodies；35- return portions；35a- cord rollers；35b- turns back roller；38- yarn roads；
The 1st yarn roads of 38a-；The 2nd yarn roads of 38b-；41- bobbin framves；42- false-twisting devices；43- winding devices；The 1st yarn feeding rollers of 44-；
The 2nd yarn feeding rollers of 45-；The 4th yarn feeding rollers of 46-；The 1st heaters of 47-；The 2nd heaters of 48-；49- cooling devices；The 3rd yarn feeding rollers of 51-
Specific implementation mode
(the 1st implementation form)
Illustrate the implementation form of the present invention with reference to the accompanying drawings.
Fig. 2 illustrates the housing construction of a span of false twist processing machine 1.1 false twist processing machine 1 passes through the paper along Fig. 1
Face longitudinal direction side by side multiple such body spans (span) and constitute.
False twist processing machine 1 is to implement false twisting to such as thermoplastic synthetic fibers such as polyester, polyamide, pay contraction, is made
It gets rich the device of the processing yarn containing retractility.
As shown in Figure 1, false twist processing machine 1 has main body 2 and coiling body 3 etc., configure on these parts aftermentioned each
Device.Main body 2 extends along the longitudinal direction of drawing.Coiling body 3 carries out the maintaining etc. of repiece and device across operator
The working space 6 of operation configures face to face with main body 2.Main body 2 and coiling body 3 are by being arranged framework 9 square on them
Common bearing.Also, in the side opposite with working space 6, there are operators to take by the aftermentioned volume being arranged on coiling body 3
The space 7 for the full volume wound package P that winding apparatus 13 is wound.
False twist processing machine 1, which has, to be clipped the bobbin frame 11 in space 7 and 3 facing configuration of coiling body, is arranged in host
False-twisting device 12 on body 2 and the multiple winding devices 13 etc. being arranged on coiling body 3.Bobbin frame 11 is for protecting
It holds yarn feeding package S, the component of yarns Y is provided from yarn feeding package S.It is provided from the yarn feeding package S being arranged on bobbin frame 11
Total 16 one thread Y.As shown in Fig. 2, this 16 one thread Y is in Fig. 1 respectively with along the state of the direction arrangement orthogonal with paper
Walking.False-twisting device 12 is the device for the yarns Y that false twisting is provided from bobbin frame 11.Winding device 13 is that winding is filled by false twisting
The device set the yarns Y after 12 false twistings, form wound package P.
In the yarn road 8 from bobbin frame 11 to winding device 13, configured in order from the upstream of yarn direction of travel
There are the 1st yarn feeding roller 14, the 1st heater 17, cooling device 19, false-twisting device 12, the 2nd yarn feeding roller 15, interleaver 4, the 3rd yarn feeding roller
20, the 2nd heater 18 and the 4th yarn feeding roller 16.
1st~the 4th yarn feeding roller 14,15,20,16 is for from the upstream side of yarn direction of travel, downstream side conveys
The roller of yarns Y.The speed of 14 delivered yarn of the 1st yarn feeding roller of speed ratio of 15 delivered yarn of the 2nd yarn feeding roller is set to set each yarn soon
Line conveying speed.Yarns Y is stretched between the 1st yarn feeding roller 14 and the 2nd yarn feeding roller 15 as a result,.Also, make the 4th yarn feeding roller 16
The speed of 20 delivered yarn of the 3rd yarn feeding roller of speed ratio of delivered yarn slowly sets each yarn conveying speed.Yarns Y exists as a result,
It is relaxed heat treatment between 3rd yarn feeding roller 20 and the 4th yarn feeding roller 16.In addition, as aftermentioned, fed in the 2nd yarn feeding roller 15 and the 3rd
The return portion 5 for making yarns Y turn back is provided between yarn roller 20.That is, the 2nd yarn feeding roller 15 and the 3rd yarn feeding roller 20 clip the return portion 5
Configuration.
Illustrate the dynamic of the false twist processing machine 1 that the yarns Y provided from bobbin frame 11 is wound before device 13 is wound
Make.The yarns Y being stretched between the 1st yarn feeding roller 14 and the 2nd yarn feeding roller 15 pays twirl by false-twisting device 12.Also, it utilizes and matches
The interleaver 4 set between the 2nd yarn feeding roller 15 and the 3rd yarn feeding roller 20 makes the single fiber of composition yarns Y twine mutually with fluid tip
Around paying convergence to yarns Y in this way.Also, false-twisting device 12 being capable of use example belt as everyone knows or disc type
Device.The false twisting formed by false-twisting device 12 is transmitted to the 1st yarn feeding roller 14 configured in upstream side.It is stretched and by after false twisting
Yarns Y be supported in 17 thermal finalization of the 1st heater in framework 9, later be cooled device 19 cool down.By false twisting and thermal finalization
Yarns Y afterwards is in the downstream side of false-twisting device 12 until the 2nd yarn feeding roller 15 is by backtwisting.As shown in Figure 1, will be from the 1st yarn feeding
Roller 14 is to the section of the 1st heater 17, cooling device 19, false-twisting device 12 and the 2nd yarn feeding roller 15 as false twisting section.By this
16 one thread Y after the processing of sample draw false twisting carry out heat treatment without tension with the 2nd heater 18, by the vertical direction along coiling body 3
Be arranged 4 layers, 4 every layer and total 16 winding devices 13 are wound up into respectively on bobbin, form wound package P.
Then, illustrate the configuration of above-mentioned each device.
The 16 one thread Y provided from bobbin frame 11 are divided into front and back each 8 walkings, reach main body 2.Each device is preceding
Side and rear side symmetrically configure before and after yarn road 8.In the following description, it is described in detail to walk in front side 8 along yarn road 8
The configuration of each device of yarns Y setting.Also, left and right directions shown in FIG. 1 is defined as left and right directions below, by the close of paper
Before the conduct of body side, using depth side as after, the direction orthogonal with paper is defined as front-rear direction, suitably uses these below
Direction word illustrates.
As shown in Figure 1, left part of the 1st yarn feeding roller 14 configuration in 3 upper end of coiling body.1st heater 17 and cooling device
The upside of working space 6 of 19 configurations between main body 2 and coiling body 3.1st heater 17 and cooling device 19 are from coiling body
3 sides start to be ranked sequentially configuration by as the 1st heater 17, cooling device 19.1st heater 17 and cooling device 19 are big
Configuration is caused to be in line.In the upside of working space 6, yarns Y is walked towards left obliquely downward.Therefore, the 1st heater 17 and cooling dress
Setting 19 makes the height of cooling device 19 be configured with being inclined relative to horizontal than 17 low land of the 1st heater.In addition, the 1st heater
17 and cooling device 19 can also height parallel with horizontal plane or making cooling device 19 than the 1st heater 17 highland phase
Horizontal plane is obliquely configured.
Multiple false-twisting devices 12, the 2nd yarn feeding roller 15 and interleaver 4 are mounted on main body 2.Multiple false-twisting devices the 12, the 2nd
Yarn feeding roller 15 and the configuration of interleaver 4 are in the front side of main body 2.Multiple false-twisting devices 12 are configured on the lower than cooling device 19.
As shown in Fig. 2, root of the configuration in the quantity and the yarns Y in front side walking of the false-twisting device 12 of 2 front side of main body
Number is equal, adds up to configuration 8.8 false-twisting devices 12 arrange along the longitudinal direction, and upside arranges 4, downside 4 ground of arrangement
Configuration.4 false-twisting devices 12 that 4 false-twisting devices 12 in downside are located at than configuration in upside are configured by paper depth side to match
It sets.Also, in terms of the direction orthogonal with paper, configuring the false-twisting device 12 in downside of false-twisting device 12 and configuration in upside makes
It configures and is configured across configuration in the upper end of 2 false-twisting devices 12 of downside in the lower end of 1 false-twisting device 12 of upside.
That is, 8 false-twisting devices 12 configure toothing.
As shown in Figure 1, the configuration of the 2nd yarn feeding roller 15 is in the underface of false-twisting device 12.Interleaver 4 is configured in the 2nd yarn feeding roller
15 underface.That is, false-twisting device 12,2nd yarn feeding roller 15 and interleaver 4 of the configuration on main body 2 in vertical direction from
Upside, which is risen, is arranged in order configuration false-twisting device 12, the 2nd yarn feeding roller 15 and interleaver 4.Moreover, being configured in the lower part of interleaver 4
Return portion 5.
As shown in Fig. 2, return portion 5 of the configuration in 2 front side of main body has 8 cord roller 5a and the roller 5b that turns back.Cord roller
The 5a and roller 5b that turns back is the driven voller or drive roll rotated together with yarns Y walking.8 cord roller 5a are arranged in interleaver 4
Underface.It is wrapping with respectively onto 8 cord roller 5a in the 8 one thread Y that 2 front side of main body is walked.8 cord roller 5a match in this way
It sets：More configure the roller in the front side of main body 2 and be located main body 2 lower end side, more to configure roller in 2 rear side of main body offside
In the upper end side of main body 2.Also, in the rear side of 8 cord roller 5a configured with the roller 5b that turns back.Roller 5b configurations turn back the 3rd
The lower section of yarn feeding roller 20.
As shown in Figure 1, the 3rd yarn feeding roller 20 and the 2nd heater 18 are mounted on main body 2.As shown in Fig. 2, the 3rd yarn feeding roller
The configuration of 20 and the 2nd heater 18 than above-mentioned multiple false-twisting devices 12, the 2nd yarn feeding roller 15 and interleaver 4 after leaning on main body 2
Side.3rd yarn feeding roller 20 is configured in the top for turning back roller 5b.Also, the 2nd heater 18 is configured in the surface of the 3rd yarn feeding roller 20.
4th yarn feeding roller 16 configures between coiling body 3 and main body 2.4th yarn feeding roller 16 configures near main body 2.The
The configuration of 4 yarn feeding rollers 16 is against the top than the 2nd heater 18.In addition, the 4th yarn feeding roller 16 can also be configured than the 2nd heater 18
Against the top, near coiling body 3.
Also, as shown in Figure 1, in terms of front-rear direction, false-twisting device 12 is Chong Die with the 2nd heater 18.Therefore, with will be arranged
It is compared the case where each device on main body 2 is arranged in a row along vertical direction, along the quantity of the device of vertical direction arrangement
It tails off.Therefore, the height of main body 2 can correspondingly be reduced.As a result, since the framework 9 being disposed there above can be configured
On low position, therefore the height of entire false twist processing machine 1 can be reduced.
Then, illustrate the yarn road for reaching 16 one thread Y of winding device 13 via false-twisting device 12 from bobbin frame 11
8。
As shown in Figure 1, in the yarn road 8 from bobbin frame 11 to the yarns Y of winding device 13, leaned on than return portion 5
The upstream side of yarn direction of travel is configured in order the 1st yarn feeding roller the 14, the 1st since yarn direction of travel upstream side and adds
Hot device 17, cooling device 19, multiple false-twisting devices 12, the 2nd yarn feeding roller 15 and interleaver 4.It will turn back via the ratio of these devices
Portion 5 is known as the 1st yarn road 8a by the yarn road 8 of upstream side.
Also, in the yarn road 8 from bobbin frame 11 to the yarns Y of winding device 13, yarn row is being leaned on than return portion 5
The downstream side for walking direction is configured in order the 3rd yarn feeding roller 20, the 2nd heater 18 since yarn direction of travel upstream side
With the 4th yarn feeding roller 16.By via the ratio return portion 5 of these devices downstream side yarn road 8 be known as the 2nd yarn road 8b.
In the 1st yarn road 8a and the 2nd yarn road 8b, in terms of front-rear direction, the 1st yarn road 8a slave false-twisting device 12 to return portion
5 thread segment is Chong Die with the thread segment of return portion 5 to the 2nd heater 18 from the 2nd yarn road 8b.That is, in terms of front-rear direction,
By making configuration be overlapped in the device of this 2 thread segments, the height of main body 2 can be reduced as described above.
As shown in Fig. 2, the 16 one thread Y provided from bobbin frame 11 be divided into the 1st yarn road 8a each 8 in front side and
Rear side is walked.The 16 one thread Y sent via each device of the configuration in the 1st yarn road 8a are wrapping with respectively on cord roller 5a.On
It states the 8 one thread Y to walk in rear side in 16 one thread Y to walk towards turn back roller 5b of the configuration in front of it, the 8 of walking in front side
Turn back roller 5b walkings of the one thread Y towards configuration in its rear.Then, in 8 one thread Y of rear side walking and in front side walking
8 one thread Y are turned back respectively by 2 roller 5b that turn back to top.At this point, the 8 one thread Y to walk on front side of main body 2 are in the 1st yarn road
It the yarns Y more walked in the front side of main body 2 in 8a more turns back to the yarns Y positioned at rear side, more walked in 2 rear side of main body more rolls over
It returns to positioned at front side.Specifically, in the 1st yarn road 8a, turns back to than yarns Y 2 and lean on than the yarns Y 1 that yarns Y 2 is walked in front side
Rear side.16 one thread Y do not walk interferingly towards the roller 5b that turns back, turn back as a result,.From the front-rear direction both ends of main body 2
It turns back to 16 one thread Y, 16 arrangement walkings in the 2nd yarn road 8b of central portion.
As shown in Figure 1, from false-twisting device 12 of the configuration in the 1st yarn road 8a in terms of front-rear direction and configuration in this implementation form
The 2nd heater 18 overlapping in the 2nd yarn road 8b.Thereby, it is possible to make the size from the entire false twist processing machine 1 in terms of front-rear direction
Densification.
Also, as shown in Figure 1, from bobbin frame 11 by the upper end of coiling body 3 and towards the return portion of main body 2
The upside of working spaces 6 of 5 the 1st yarn road 8a across main body 2 and coiling body 3.Moreover, from the return portion 5 of main body 2
Towards the upside of the 2nd yarn road 8b also working spaces 6 across main body 2 and coiling body 3 of winding device 13.Therefore, exist
Yarn road 8 is not present in the downside of working space 6 between main body 2 and winder 3.As a result, due to being not necessarily in operation sky
Between 6 downside setting prevent the step etc. of yarn road interference, can correspondingly reduce the height of entire false twist processing machine 1.
Also, 16 one thread Y turn back after being processed by 12 false twisting of false-twisting device.That is, 16 one thread Y are than false-twisting device 12
Upstream side by yarn direction of travel is not turned back.16 one thread Y will not turn back in false twisting processing as a result,.
Also, 16 one thread Y are passing through the big section of the influence to yarn qualities --- i.e. as shown in Figure 1, being fed from the 1st
It turns back after yarn roller 14 to the false twisting section of the 1st heater 17, cooling device 19, multiple false-twisting devices 12 and the 2nd yarn feeding roller 15.Cause
This, 16 one thread Y will not reduce yarn qualities because of turning back.
Wherein, false-twisting device 12 uses belt or disc type apparatus as described above.These devices are as well-known document
Shown in (Japanese Unexamined Patent Publication 2010-65354 bulletins, special open 08-260271 bulletins) like that, the width on yarn direction of travel
It is wide.Therefore, the region of configuration false-twisting device 12 becomes larger in the longitudinal direction.
Also, as shown in Fig. 2, being configured to respectively configured with each 8 false-twisting devices 12 in the front side of main body 2 and rear side
Zigzag.Therefore, it is possible to reduce on front-rear direction the region for configuring false-twisting device 12.
Wherein, in the case where preventing the roller 5b that turns back that yarns Y is turned back from smooth rotation, there are yarns Ys in the roller 5b that turns back
The unstable worry of front and back action.
Also, it is configured with the 2nd yarn feeding roller 15 and the 3rd yarn feeding roller 20 in yarn road 8, is configured with roller of turning back between them
5b.Thereby, it is possible to adjust the excessive yarn feeding when paying yarns Y bunchy by interleaver 4.Therefore, yarns Y can be in roller of turning back
The front and back of 5b steadily walks.The drawing that thereby, it is possible to steadily carry out between the 1st yarn feeding roller 14 and the 2nd yarn feeding roller 15
The relaxation stretched and carried out between the 3rd yarn feeding roller 20 and the 4th yarn feeding roller 16.
(the 2nd implementation form)
Also, as shown in figure 3, false twist processing machine 31, which can also be the 1st yarn road 38a and the 2nd yarn road 38b, all passes through operation sky
Between 36 downside structure.In this case, the configuration for being arranged in each device of 38 midway of yarn road is illustrated.
Fig. 4 indicates the housing construction of a span of false twist processing machine 31.1 false twist processing machine 31 passes through the paper along Fig. 3
Face longitudinal direction arranges multiple such body spans (span) and constitutes.
It is same as the 1st implementation form, it is provided from the yarn feeding package S being arranged on bobbin frame 41 and amounts to 16 one thread Y.
As shown in figure 4, this 16 one thread Y walks in the state of the direction arrangement orthogonal with paper in figure 3 respectively.Below by Fig. 3
Shown in left and right directions be defined as left and right directions, using the nearly body side of paper as before, using depth side as after, will be with paper just
The direction of friendship is defined as front-rear direction, and suitably using these directions, word illustrates below.
As shown in figure 3, right-hand end of the 1st yarn feeding roller 44 configuration in the lower end of main body 32.1st heater 47, cooling
Device 49, multiple false-twisting devices 42 and the 2nd yarn feeding roller 45 are mounted on main body 32.It is 1st heater 47 and cooling device 49, more
A false-twisting device 42 and the 2nd yarn feeding roller 45 are configured as shown in Figure 4 in 32 front side of main body.1st heater 47 is mounted on than the
1 yarn feeding roller 44 is against the top.Cooling device 49 is configured in the surface of the 1st heater 47.Multiple false-twisting devices 42 are configured in cooling
The surface of device 49.
As shown in figure 4, the quantity of false-twisting device 42 is equal with the quantity of yarns Y, configuration is 16 total.16 false-twisting devices
42 arrange along the longitudinal direction, and upside arranges 8, downside with arranging 8 configuration.Configure 8 false-twisting devices 42 in upside
It is configured with leaning on the nearly body side of paper positioned at 8 false-twisting devices 42 than configuration in downside.Also, from the direction orthogonal with paper
It sees, configuring the false-twisting device 42 in downside of false-twisting device 42 and configuration in upside makes configuration in 1 false-twisting device 42 of upside
Lower end across configuration downside 2 false-twisting devices 42 upper end configure.That is, 16 false-twisting devices 42 are configured to saw
Tooth form.
As shown in figure 3, the configuration of the 2nd yarn feeding roller 45 is in the surface of multiple false-twisting devices 42.1st heater 47, cooling dress
It sets 49,16 false-twisting devices 42 and the 2nd yarn feeding roller 45 starts to configure in order from down in vertical direction the 1st heater 47, cold
But 49,16 false-twisting devices 42 of device and the 2nd yarn feeding roller 45.It is configured with return portion 35 in the top of the 2nd yarn feeding roller 45.
As shown in figure 4, return portion 35 has 16 cord roller 35a and the roller 35b that turns back.Cord roller 35a and the roller 35b that turns back are
The driven voller or drive roll rotated together with the walking of yarns Y respectively.16 cord roller 35a be arranged the 2nd yarn feeding roller 45 just
Top.Multiple cord roller 35a make its axle center consistently be configured with front-rear direction.Multiple cord roller 35a make more to configure in main body
The roller that the roller of 32 front sides is located upside, more configures in the rear side of main body 32 configures with being located downside.Also, it is led than 16
The sides of yarn roller 35a rearward are configured with the roller 35b that turns back.The direction that roller 35b keeps its axle center orthogonal with paper of turning back consistently is matched
It sets.Roller 35b configurations turn back in the surface of 34 front-rear direction central portion of interleaver.
Interleaver 34, the 3rd yarn feeding roller 51 and the 2nd heater 48 are mounted on main body 32.Interleaver 34, the 3rd yarn feeding
Roller 51 and the configuration of the 2nd heater 48 are than the 1st yarn feeding roller 44, the 1st heater 47, cooling device 49, multiple false-twisting devices 42
And the 2nd yarn feeding roller 45 lean on main body 32 rear side.Interleaver 34 is configured in the underface for turning back roller 35b.3rd yarn feeding roller 51 is matched
It sets in the underface of interleaver 34.2nd heater 48 is configured in the underface of the 3rd yarn feeding roller 51.
Also, as shown in figure 3, the downside of the working space 36 between coiling body 33 and main body 32, be provided with for
Prevent the operator for carrying out operation in working space 36 from contacting the step 50 of yarns Y.4th yarn feeding roller 46 configuration coiling body 33 with
Between main body 32.4th yarn feeding roller 46 configures near the lower end of coiling body 33.
Also, in terms of front-rear direction, the 1st heater 47 and the 2nd heater 48, cooling device 49 and the 2nd heater 48, with
And multiple false-twisting devices 42 are Chong Die with the 3rd yarn feeding roller 51.
Then, illustrate the yarn road for reaching 16 one thread Y of winding device 43 via false-twisting device 42 from bobbin frame 41
38。
As shown in figure 3, more top than return portion 35 in the yarn road 38 from bobbin frame 41 to the yarns Y of winding device 43
The side of trip is configured in order the 1st yarn feeding roller 44, the 1st heater 47, cooling device from yarn direction of travel upstream side
49,16 false-twisting devices 42 and the 2nd yarn feeding roller 45.The yarn road of upstream side will be leaned on via the ratio return portion 35 of these devices
38 are known as the 1st yarn road 38a.
Also, yarn road 38 is leaned on than return portion 35 in the yarn road 38 from bobbin frame 41 to the yarns Y of winding device 43
Downstream side, configured in order from yarn direction of travel upstream side interleaver 34, the 3rd yarn feeding roller 51, the 2nd heater 48 with
And the 4th yarn feeding roller 46.By via the ratio return portion 35 of these devices downstream side yarn road 38 be known as the 2nd yarn road 38b.
In the 1st yarn road 38a and the 2nd yarn road 38b, in terms of front-rear direction, the 1st yarn road 38a from the 1st heater 47 to folding
The thread segment for returning portion 35 is overlapped with the 2nd yarn road 38b slave return portion 35 to the thread segment of the 2nd heater 48.
As shown in figure 4, the 16 one thread Y provided from bobbin frame 41, in the 1st yarn road 38a, 16 are arranged in front side
Walking.The 16 one thread Y sent via each device of the configuration in the 1st yarn road 38a are wrapping with cord roller 35a respectively, and direction is matched
Set the roller 35b walkings of turning back at rear.Then, the 16 one thread Y roller 35b that turned back turn back to lower section.At this point, 16 one thread Y exist
It the yarns Y more walked in the front side of main body 32 in 1st yarn road 38a more turns back to configure at rear, more in 32 rear side row of main body
The yarns Y walked more turns back to configure in front.Specifically, in the 1st yarn road 38a, in the yarn walked than 2 forward skidding of yarns Y
Y1 turns back leans on rear side to than yarns Y 2.16 one thread Y uninterruptedly walk towards the roller 35b that turns back, turn back as a result,.By roller of turning back
The 16 one thread Y that 35b turns back to lower section walk in the 2nd yarn road 38b in 16 arrangements of rear side.
As shown in figure 3, in this implementation form in terms of front-rear direction the 1st heater 47 and the 2nd heater 48, cooling device 49
It is Chong Die with the 3rd yarn feeding roller 51 with the 2nd heater 48 and multiple false-twisting devices 42.Thereby, it is possible to make from whole in terms of front-rear direction
The compact dimensions of a false twist processing machine 31.
Also, 16 one thread Y turn back after by 42 false twisting of false-twisting device.That is, 16 one thread Y are leaning on yarn than false-twisting device 42
The upstream side of line direction of travel is not turned back.16 one thread Y will not turn back in false twisting processing as a result,.
Also, 16 one thread Y influence yarn qualities in big section have passed through --- i.e. as shown in Figure 4 from the 1st yarn feeding
It turns back after roller 44 to the false twisting section of the 1st heater 47, cooling device 49, false-twisting device 42 and the 2nd yarn feeding roller 45.Therefore, 16
One thread Y will not reduce yarn qualities because turning back.
Also, from the upper end of the process coiling body 33 of bobbin frame 31 towards the 1st yarn of the return portion 35 of main body 32
The downside of working spaces 36 of the road 38a across main body 32 and coiling body 33.Moreover, from 35 court of return portion of main body 32
To the downside of the 2nd yarn road 38b also working spaces 36 across main body 32 and coiling body 33 of winding device 43.Therefore,
Yarn road 38 is not present in the upside of operator's working space 36 between main body 32 and winder 33.As a result, due in the work
The top in industry space 36 does not have configuration device, therefore can correspondingly reduce the height of false twist processing machine 31.It therefore, there is no need to
High position carries out repiece, and the maintaining of each device also becomes light.
Although the preferred implementation form of the present invention is explained above, the invention is not limited in above-mentioned implementation form, realities
Example is applied, various design for change can be carried out as long as described in right.Illustrate above-mentioned 1st implementation form below
The common variation with the 2nd implementation form.
False-twisting device 12 and configuration in 1st implementation form from configuration in terms of front-rear direction in the 1st yarn road 8a is in the 2nd yarn road
The 2nd heater 18 in 8b is overlapped, the 1st heater 47 and the 2nd heater 48, cooling in terms of front-rear direction in the 2nd implementation form
Device 49 and the 2nd heater 48 and multiple false-twisting devices 42 are Chong Die with the 3rd yarn feeding roller 51.It can also be configured with above-mentioned difference
Device in the 1st yarn road 8a, 38a is Chong Die with device of the configuration in the 2nd yarn road 8b, 38b.
Although also, recorded in this implementation form the case where being provided with the 2nd heater 18,48 on main body 2,32,
But the 2nd heater can not also be set.
Also, due to having been recorded in the 1st implementation form from false-twisting device 12 of the configuration in the 1st yarn road 8a in terms of front-rear direction
It is Chong Die with 2nd heater 18 of the configuration in the 2nd yarn road 8b, record the 1st heater in terms of front-rear direction in the 2nd implementation form
47 is Chong Die with the 3rd yarn feeding roller 51 with the 2nd heater 48, cooling device 49 and the 2nd heater 48 and multiple false-twisting devices 42,
Therefore it can make the compact dimensions of entire false twist processing machine 1,31 in terms of front-rear direction.But it can also pass through with above-mentioned difference
Using not Chong Die with device of the configuration in the 2nd yarn road, configuration from device of the configuration in the 1st yarn road in terms of front-rear direction the 1st
Device in the yarn road structure Chong Die with the 2nd yarn road, to make the compact dimensions of the entire false twist processing machine in terms of front-rear direction.Example
Such as, it can also be used in the 1st implementation form and configure the 2nd heater 18 not in the 2nd yarn road 8b, configured and exist in terms of front-rear direction
False-twisting device 12 in the 1st yarn road 8a structure Chong Die with the 2nd yarn road 8b.
Claims (30)
1. a kind of false twist processing machine for implementing false twisting processing to yarn, which is characterized in that have：
Yarn feeder,
False-twisting device, the above-mentioned yarn that false twisting is provided from above-mentioned yarn feeder, and
Winder is wound by the above-mentioned yarn after above-mentioned false-twisting device false twisting；
In the midway of the yarn road of the above-mentioned yarn from above-mentioned yarn feeder to above-mentioned winder, configured with the folding for making above-mentioned yarn turn back
Return portion；
The 1st device in the 1st yarn road than above-mentioned return portion by upstream side is configured with configuration on the lower than above-mentioned return portion
The 2nd device in the 2nd yarn road of side is swum, in terms of the overlapping direction of the body span of above-mentioned false twist processing machine, in each span
It partly overlaps；
Above-mentioned return portion configuration is between the above-mentioned false-twisting device and above-mentioned winder of above-mentioned yarn road.
2. false twist processing machine as described in claim 1, which is characterized in that the configuration of above-mentioned return portion in above-mentioned yarn road ratio in
False twisting section downstream side of the way portion configured with above-mentioned false-twisting device, the above-mentioned yarn of false twisting.
3. false twist processing machine as described in claim 1, which is characterized in that above-mentioned return portion is mounted on main body, above-mentioned master
Body and above-mentioned winder and above-mentioned yarn feeder configure in a row in terms of the overlapping direction of the body span of above-mentioned false twist processing machine；
Above-mentioned winder configures in terms of the overlapping direction of the body span of above-mentioned false twist processing machine in above-mentioned yarn feeder and above-mentioned master
Between body, upside from above-mentioned yarn feeder by above-mentioned winder and towards above-mentioned the of the above-mentioned return portion of above-mentioned main body
1 yarn road, the upside in the space across above-mentioned yarn feeder and above-mentioned main body；
Above-mentioned 2nd yarn road from the above-mentioned return portion of above-mentioned main body towards above-mentioned winder also passes through the upside in above-mentioned space.
4. false twist processing machine as claimed in claim 2, which is characterized in that above-mentioned return portion is mounted on main body, above-mentioned master
Body and above-mentioned winder and above-mentioned yarn feeder configure in a row in terms of the overlapping direction of the body span of above-mentioned false twist processing machine；
Above-mentioned winder configures in terms of the overlapping direction of the body span of above-mentioned false twist processing machine in above-mentioned yarn feeder and above-mentioned master
Between body, upside from above-mentioned yarn feeder by above-mentioned winder and towards above-mentioned the of the above-mentioned return portion of above-mentioned main body
1 yarn road, the upside in the space across above-mentioned yarn feeder and above-mentioned main body；
Above-mentioned 2nd yarn road from the above-mentioned return portion of above-mentioned main body towards above-mentioned winder also passes through the upside in above-mentioned space.
5. false twist processing machine as described in claim 1, which is characterized in that above-mentioned return portion is mounted on main body；
Above-mentioned main body, above-mentioned winder and above-mentioned yarn feeder are arranged in terms of the overlapping direction of the body span of above-mentioned false twist processing machine
The configuration of row ground；
Above-mentioned winder configures in terms of the overlapping direction of the body span of above-mentioned false twist processing machine in above-mentioned yarn feeder and above-mentioned master
Between body, downside from above-mentioned yarn feeder by above-mentioned winder and towards above-mentioned the of the above-mentioned return portion of above-mentioned main body
1 yarn road, the downside in the space across above-mentioned yarn feeder and above-mentioned main body；
Above-mentioned 2nd yarn road from the above-mentioned return portion of above-mentioned main body towards above-mentioned winder also passes through the downside in above-mentioned space.
6. false twist processing machine as claimed in claim 2, which is characterized in that above-mentioned return portion is mounted on main body；
Above-mentioned main body, above-mentioned winder and above-mentioned yarn feeder are arranged in terms of the overlapping direction of the body span of above-mentioned false twist processing machine
The configuration of row ground；
Above-mentioned winder configures in terms of the overlapping direction of the body span of above-mentioned false twist processing machine in above-mentioned yarn feeder and above-mentioned master
Between body, downside from above-mentioned yarn feeder by above-mentioned winder and towards above-mentioned the of the above-mentioned return portion of above-mentioned main body
1 yarn road, the downside in the space across above-mentioned yarn feeder and above-mentioned main body；
Above-mentioned 2nd yarn road from the above-mentioned return portion of above-mentioned main body towards above-mentioned winder also passes through the downside in above-mentioned space.
7. false twist processing machine as described in claim 1, which is characterized in that above-mentioned 1st device is that false twisting is carried from above-mentioned yarn feeder
The false-twisting device of the above-mentioned yarn supplied；
Above-mentioned 2nd device is to configure between above-mentioned false-twisting device and above-mentioned winder, heat and leaning on yarn than above-mentioned false-twisting device
2nd heater of the above-mentioned yarn of the downstream side walking of the direction of travel of line.
8. false twist processing machine as claimed in claim 2, which is characterized in that above-mentioned 1st device is that false twisting is carried from above-mentioned yarn feeder
The false-twisting device of the above-mentioned yarn supplied；
Above-mentioned 2nd device is to configure between above-mentioned false-twisting device and above-mentioned winder, heat and leaning on yarn than above-mentioned false-twisting device
2nd heater of the above-mentioned yarn of the downstream side walking of the direction of travel of line.
9. false twist processing machine as claimed in claim 3, which is characterized in that above-mentioned 1st device is that false twisting is carried from above-mentioned yarn feeder
The false-twisting device of the above-mentioned yarn supplied；
Above-mentioned 2nd device is to configure between above-mentioned false-twisting device and above-mentioned winder, heat and leaning on yarn than above-mentioned false-twisting device
2nd heater of the above-mentioned yarn of the downstream side walking of the direction of travel of line.
10. false twist processing machine as claimed in claim 4, which is characterized in that above-mentioned 1st device is that false twisting is carried from above-mentioned yarn feeder
The false-twisting device of the above-mentioned yarn supplied；
Above-mentioned 2nd device is to configure between above-mentioned false-twisting device and above-mentioned winder, heat and leaning on yarn than above-mentioned false-twisting device
2nd heater of the above-mentioned yarn of the downstream side walking of the direction of travel of line.
11. false twist processing machine as described in claim 1, which is characterized in that above-mentioned 1st device be configuration above-mentioned yarn feeder with
Between above-mentioned false-twisting device, heat in the above-mentioned yarn than above-mentioned false-twisting device by the upstream side walking of the direction of travel of yarn
The 1st heater；
Above-mentioned 2nd device is to configure between above-mentioned false-twisting device and above-mentioned winder, and heating is leaning on yarn than above-mentioned false-twisting device
2nd heater of the above-mentioned yarn of the downstream side walking of the direction of travel of line.
12. false twist processing machine as claimed in claim 2, which is characterized in that above-mentioned 1st device be configuration above-mentioned yarn feeder with
Between above-mentioned false-twisting device, heat in the above-mentioned yarn than above-mentioned false-twisting device by the upstream side walking of the direction of travel of yarn
The 1st heater；
Above-mentioned 2nd device is to configure between above-mentioned false-twisting device and above-mentioned winder, and heating is leaning on yarn than above-mentioned false-twisting device
2nd heater of the above-mentioned yarn of the downstream side walking of the direction of travel of line.
13. false twist processing machine as claimed in claim 5, which is characterized in that above-mentioned 1st device be configuration above-mentioned yarn feeder with
Between above-mentioned false-twisting device, heat in the above-mentioned yarn than above-mentioned false-twisting device by the upstream side walking of the direction of travel of yarn
The 1st heater；
Above-mentioned 2nd device is to configure between above-mentioned false-twisting device and above-mentioned winder, and heating is leaning on yarn than above-mentioned false-twisting device
2nd heater of the above-mentioned yarn of the downstream side walking of the direction of travel of line.
14. false twist processing machine as claimed in claim 6, which is characterized in that above-mentioned 1st device be configuration above-mentioned yarn feeder with
Between above-mentioned false-twisting device, heat in the above-mentioned yarn than above-mentioned false-twisting device by the upstream side walking of the direction of travel of yarn
The 1st heater；
Above-mentioned 2nd device is to configure between above-mentioned false-twisting device and above-mentioned winder, and heating is leaning on yarn than above-mentioned false-twisting device
2nd heater of the above-mentioned yarn of the downstream side walking of the direction of travel of line.
15. false twist processing machine as described in claim 1, which is characterized in that body of the threads from above-mentioned false twist processing machine
The overlapping direction of span is seen along the direction arrangement overlapped；
Have multiple false-twisting devices of the above-mentioned threads of false twisting respectively；
Above-mentioned multiple false-twisting devices mutual phase position on the direction that above-mentioned threads are walked configures with being staggered.
16. false twist processing machine as claimed in claim 2, which is characterized in that body of the threads from above-mentioned false twist processing machine
The overlapping direction of span is seen along the direction arrangement overlapped；
Have multiple false-twisting devices of the above-mentioned threads of false twisting respectively；
Above-mentioned multiple false-twisting devices mutual phase position on the direction that above-mentioned threads are walked configures with being staggered.
17. false twist processing machine as claimed in claim 3, which is characterized in that body of the threads from above-mentioned false twist processing machine
The overlapping direction of span is seen along the direction arrangement overlapped；
Have multiple false-twisting devices of the above-mentioned threads of false twisting respectively；
Above-mentioned multiple false-twisting devices mutual phase position on the direction that above-mentioned threads are walked configures with being staggered.
18. false twist processing machine as claimed in claim 4, which is characterized in that body of the threads from above-mentioned false twist processing machine
The overlapping direction of span is seen along the direction arrangement overlapped；
Have multiple false-twisting devices of the above-mentioned threads of false twisting respectively；
Above-mentioned multiple false-twisting devices mutual phase position on the direction that above-mentioned threads are walked configures with being staggered.
19. false twist processing machine as claimed in claim 5, which is characterized in that body of the threads from above-mentioned false twist processing machine
The overlapping direction of span is seen along the direction arrangement overlapped；
Have multiple false-twisting devices of the above-mentioned threads of false twisting respectively；
Above-mentioned multiple false-twisting devices mutual phase position on the direction that above-mentioned threads are walked configures with being staggered.
20. false twist processing machine as claimed in claim 6, which is characterized in that body of the threads from above-mentioned false twist processing machine
The overlapping direction of span is seen along the direction arrangement overlapped；
Have multiple false-twisting devices of the above-mentioned threads of false twisting respectively；
Above-mentioned multiple false-twisting devices mutual phase position on the direction that above-mentioned threads are walked configures with being staggered.
21. false twist processing machine as claimed in claim 7, which is characterized in that body of the threads from above-mentioned false twist processing machine
The overlapping direction of span is seen along the direction arrangement overlapped；
Have multiple false-twisting devices of the above-mentioned threads of false twisting respectively；
Above-mentioned multiple false-twisting devices mutual phase position on the direction that above-mentioned threads are walked configures with being staggered.
22. false twist processing machine as claimed in claim 8, which is characterized in that body of the threads from above-mentioned false twist processing machine
The overlapping direction of span is seen along the direction arrangement overlapped；
Have multiple false-twisting devices of the above-mentioned threads of false twisting respectively；
Above-mentioned multiple false-twisting devices mutual phase position on the direction that above-mentioned threads are walked configures with being staggered.
23. false twist processing machine as claimed in claim 9, which is characterized in that body of the threads from above-mentioned false twist processing machine
The overlapping direction of span is seen along the direction arrangement overlapped；
Have multiple false-twisting devices of the above-mentioned threads of false twisting respectively；
Above-mentioned multiple false-twisting devices mutual phase position on the direction that above-mentioned threads are walked configures with being staggered.
24. false twist processing machine as claimed in claim 10, which is characterized in that body of the threads from above-mentioned false twist processing machine
The overlapping direction of span is seen along the direction arrangement overlapped；
Have multiple false-twisting devices of the above-mentioned threads of false twisting respectively；
Above-mentioned multiple false-twisting devices mutual phase position on the direction that above-mentioned threads are walked configures with being staggered.
25. false twist processing machine as claimed in claim 11, which is characterized in that body of the threads from above-mentioned false twist processing machine
The overlapping direction of span is seen along the direction arrangement overlapped；
Have multiple false-twisting devices of the above-mentioned threads of false twisting respectively；
Above-mentioned multiple false-twisting devices mutual phase position on the direction that above-mentioned threads are walked configures with being staggered.
26. false twist processing machine as claimed in claim 12, which is characterized in that body of the threads from above-mentioned false twist processing machine
The overlapping direction of span is seen along the direction arrangement overlapped；
Have multiple false-twisting devices of the above-mentioned threads of false twisting respectively；
Above-mentioned multiple false-twisting devices mutual phase position on the direction that above-mentioned threads are walked configures with being staggered.
27. false twist processing machine as claimed in claim 13, which is characterized in that body of the threads from above-mentioned false twist processing machine
The overlapping direction of span is seen along the direction arrangement overlapped；
Have multiple false-twisting devices of the above-mentioned threads of false twisting respectively；
Above-mentioned multiple false-twisting devices mutual phase position on the direction that above-mentioned threads are walked configures with being staggered.
28. false twist processing machine as claimed in claim 14, which is characterized in that body of the threads from above-mentioned false twist processing machine
The overlapping direction of span is seen along the direction arrangement overlapped；
Have multiple false-twisting devices of the above-mentioned threads of false twisting respectively；
Above-mentioned multiple false-twisting devices mutual phase position on the direction that above-mentioned threads are walked configures with being staggered.
29. the false twist processing machine as described in any one of claim 1~28, which is characterized in that threads are from above-mentioned vacation
The overlapping direction for twisting the body span of processing machine is seen along the direction arrangement overlapped；
Moreover, the 1st yarn road group being made of a plurality of 1st yarn road of above-mentioned threads walking and being made of a plurality of 2nd yarn road
2nd yarn road group arranges in terms of the overlapping direction of the body span of above-mentioned false twist processing machine along the direction overlapped；
Above-mentioned 1st yarn road group and above-mentioned 2nd yarn road group structure be, more in above-mentioned 1st yarn road group with above-mentioned 2nd yarn road group phase
The yarn walked in above-mentioned 1st yarn road in the outside of anti-side, more in above-mentioned 2nd yarn road group with above-mentioned 1st yarn road group phase
It walks in above-mentioned 2nd yarn road in the outside of anti-side.
30. a kind of false twist processing machine for implementing false twisting processing to yarn, which is characterized in that have：
Yarn feeder,
False-twisting device, the above-mentioned yarn that false twisting is provided from above-mentioned yarn feeder, and
Winder is wound by the above-mentioned yarn after above-mentioned false-twisting device false twisting；
In the midway of the yarn road of the above-mentioned yarn from above-mentioned yarn feeder to above-mentioned winder, configured with the folding for making above-mentioned yarn turn back
Return portion；
Configure the 1st device in the 1st yarn road than above-mentioned return portion by upstream side and side downstream than above-mentioned return portion
The 2nd yarn road, in terms of the overlapping direction of the body span of above-mentioned false twist processing machine, each span inside points be overlapped；
Above-mentioned return portion configuration is between the above-mentioned false-twisting device and above-mentioned winder of above-mentioned yarn road.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014-060340 | 2014-03-24 | ||
| JP2014060340A JP2015183310A (en) | 2014-03-24 | 2014-03-24 | False-twisting machine |
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| Publication Number | Publication Date |
|---|---|
| CN104947258A CN104947258A (en) | 2015-09-30 |
| CN104947258B true CN104947258B (en) | 2018-09-11 |
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Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5374147A (en) * | 1976-12-07 | 1978-07-01 | Teijin Seiki Co Ltd | Apparatus for falseetwisting |
| JPH04257328A (en) * | 1991-02-06 | 1992-09-11 | Murata Mach Ltd | Production of pipe of thermal medium heater for drawing and false-twisting machine |
| JPH05125629A (en) * | 1991-10-28 | 1993-05-21 | Murata Mach Ltd | Heater of drawing and false-twisting machine |
| JP2001123341A (en) * | 1999-10-21 | 2001-05-08 | Teijin Seiki Co Ltd | Yarn processing machine |
| JP2003138439A (en) * | 2001-10-30 | 2003-05-14 | Murata Mach Ltd | False twist texturing machine |
| JP2010159499A (en) * | 2009-01-06 | 2010-07-22 | Tmt Machinery Inc | Draw texturing machine |
| CN102465374A (en) * | 2010-11-01 | 2012-05-23 | 日本Tmt机械株式会社 | False twist processing machine |
| CN103482411A (en) * | 2012-06-11 | 2014-01-01 | 日本Tmt机械株式会社 | Winding tube, packages wound on the tube and method for producing packages |
-
2014
- 2014-03-24 JP JP2014060340A patent/JP2015183310A/en active Pending
-
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Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5374147A (en) * | 1976-12-07 | 1978-07-01 | Teijin Seiki Co Ltd | Apparatus for falseetwisting |
| JPH04257328A (en) * | 1991-02-06 | 1992-09-11 | Murata Mach Ltd | Production of pipe of thermal medium heater for drawing and false-twisting machine |
| JPH05125629A (en) * | 1991-10-28 | 1993-05-21 | Murata Mach Ltd | Heater of drawing and false-twisting machine |
| JP2001123341A (en) * | 1999-10-21 | 2001-05-08 | Teijin Seiki Co Ltd | Yarn processing machine |
| JP2003138439A (en) * | 2001-10-30 | 2003-05-14 | Murata Mach Ltd | False twist texturing machine |
| JP2010159499A (en) * | 2009-01-06 | 2010-07-22 | Tmt Machinery Inc | Draw texturing machine |
| CN102465374A (en) * | 2010-11-01 | 2012-05-23 | 日本Tmt机械株式会社 | False twist processing machine |
| CN103482411A (en) * | 2012-06-11 | 2014-01-01 | 日本Tmt机械株式会社 | Winding tube, packages wound on the tube and method for producing packages |
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| JP2015183310A (en) | 2015-10-22 |
| CN104947258A (en) | 2015-09-30 |
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