CN204752983U - Two spindles group integral type adds bullet machine - Google Patents
Two spindles group integral type adds bullet machine Download PDFInfo
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- CN204752983U CN204752983U CN201520478071.2U CN201520478071U CN204752983U CN 204752983 U CN204752983 U CN 204752983U CN 201520478071 U CN201520478071 U CN 201520478071U CN 204752983 U CN204752983 U CN 204752983U
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Abstract
The utility model relates to a two spindles group integral type adds bullet machine, including A -share silk conveyor, B thigh silk conveyor, C thigh silk conveyor and the silk device of pooling capital, a -share silk conveyor includes A -share silk I roller, a -share silk cooling rail and A -share silk false twist ware, and B thigh silk conveyor includes B thigh silk I roller, B thigh silk filar guide, B thigh silk cooling rail and B thigh silk false twist ware, and C thigh silk conveyor includes C thigh silk I roller, the first filar guide of C thigh silk and C thigh silk second filar guide, the silk device of pooling capital includes upper II roller, formation plying silk behind A -share silk, B thigh silk and the upper II roller of C thigh silk entering. The utility model discloses merge the function of many dispersed machines, reduced energy consumption and the cost of processing the different specifications plying silks of three -strand, also improved production efficiency, guaranteed product quality.
Description
Technical field
The utility model relates to a kind of elasticizer, specifically relates to a kind of three strands of different size silks on a machine, processes the two ingot group integral type elasticizers being plied to one, belong to the technical field of textile machine.
Background technology
At present, the product that the silk of all three kinds of different sizes is plied to one is all adopt the multiple stage machine of dispersed placement to complete, and its mode is: the silk one, processing two kinds of different sizes with two elasticizers, then is pooled capital by three strands of silks at the 3rd machine; Two, with a silk elastic filament being processed two kinds of different sizes simultaneously, then at second machine, three strands of silks are pooled capital.Which kind of mode don't work, and all needs multiple stage machine, adds on the one hand occupation area of equipment, artificial, energy consumption and cost, also makes production efficiency low; When silk thread takes off from a machine and is mounted to another machine on the other hand, easily cause the broken string of silk thread, or it produces its adverse effect, finally result in the decline of product quality.
Based on this, the utility model is proposed.The utility model is a kind of new machine changing original spinning three strands of different size silk unification stocks.
Utility model content
For the above-mentioned technical problem of prior art, the purpose of this utility model is to provide a kind of two ingot group integral type elasticizer, three strands of different size silks can be processed on a machine and be plied to one silk, incorporate the function of multiple stage dispensing machine, reduce energy consumption and the cost of processing three strands of different size joint stock wires, also improve production efficiency, ensure that product quality.
For achieving the above object, the utility model is achieved through the following technical solutions:
A kind of two ingot group integral type elasticizer, comprises A-share silk transport, B stock silk transport, C stock silk transport and joint stock wire device; Described A-share silk transport comprises A-share silk I roller, A-share silk cooling rail and A-share silk false twister, described B stock silk transport comprises B stock silk I roller, B stock silk thread guide, B stock silk cooling rail and B stock silk false twister, and described C stock silk transport comprises C stock silk I roller, C stock silk first thread guide and C stock silk second thread guide; Described A-share silk transport and B stock silk transport share stringing device and deformation hot box, and described A-share silk and B stock silk jointly after stringing device and deformation hot box, then enter A-share silk cooling rail and B stock silk cooling rail respectively; Described joint stock wire device comprises upper strata II roller, forms joint stock wire after described A-share silk, B stock silk and C stock silk enter upper strata II roller.
Described joint stock wire device comprises lower floor II roller, is provided with the nozzle of interlace between described upper strata II roller and lower floor II roller, and the below of described lower floor II roller is provided with shaping heat box, coiler device, III roller and oiling device.
Described coiler device comprises arrangement coiler device, middle arrangement coiler device and lower arrangement coiler device.
Described A-share silk I roller place is provided with A-share silk yarn probe and A-share silk yarn cutter, described B stock silk I roller place is provided with B stock silk yarn probe and B stock silk yarn cutter, described C stock silk I roller place is provided with C stock silk yarn probe and C stock silk yarn cutter, and described III roller place is provided with joint stock wire yarn probe.
Described elasticizer comprises mainframe, and described A-share silk false twister, B stock silk false twister, upper strata II roller, lower floor II roller, the nozzle of interlace, shaping heat box, III roller, oiling device and coiler device are all contained on mainframe.
Described elasticizer comprises slave frame, and described slave frame comprises secondary framework pillar and secondary housiung separator, and the top of described secondary housiung separator is provided with slave frame upper prop and slave frame cant beam; Described A-share silk I roller, A-share silk yarn probe, A-share silk yarn cutter, B stock silk I roller, B stock silk yarn probe, B stock silk yarn cutter, C stock silk I roller, C stock silk yarn probe and C stock silk yarn cutter are all installed on secondary framework pillar; Described C stock silk first thread guide and C stock silk second thread guide are installed on secondary housiung separator; Described stringing device, deformation hot box, A-share silk cooling rail and B stock silk cooling rail are all installed on slave frame cant beam.
The beneficial effects of the utility model are as follows:
Of the present utility model pair of ingot group integral type elasticizer, silk for three strands of different sizes is processed and is plied to one silk on a machine, there is the false twister of three I rollers and levels layout, the terylene thread of two strands of different sizes or POLYAMIDE YARNS A and B enter same deformation hot box respectively by after two respective I roller feedings, become to have flexible silk separately with a respective false twister aft-loaded airfoil through respective cooling rail again, two gangs of silk A and B enter II roller simultaneously; And the 3rd gang of silk C is fed by another article I roller, by also entering II roller after two thread guides, make the silk of A, B, C tri-strands of different sizes be plied to a synnema D at II roller place, the 3rd gang of silk C leads silk (FDY), sea island filament, spandex thread, high-shrinkage filament or other are without the need to false twist texturized silk entirely.Silk D after plying is wound into bobbin after the nozzle of interlace, shaping heat box, III roller, oiling device.The utility model incorporates the function of multiple stage dispensing machine, reduces energy consumption and the cost of processing three strands of different size joint stock wires, also improves production efficiency, ensure that product quality.
Accompanying drawing explanation
Fig. 1 is the elasticizer structural representation of embodiment 1;
Fig. 2 is the elasticizer structural representation of embodiment 2.
Detailed description of the invention
Below in conjunction with specific embodiment, the utility model is further described, but protection domain of the present utility model is not limited to this.
The utility model a kind ofly on a machine, processes the integral type elasticizer being plied to one for three strands of different size silks, wherein the silk of two strands of different sizes is by becoming the elastic filament of two strands of different sizes after same deformation hot box, respective cooling rail, respective false twister, and the 3rd strand of silk is without the need to being plied to one silk by other silk device at II roller place and two strands of elastic filament by the silk of deformation hot box, cooling rail, false twister.
The utility model has three I rollers, and for feeding the silk of three kinds of different sizes, three I rollers are all contained on secondary framework pillar and become upper, middle and lower to arrange.
3rd strand of silk of the present utility model is without the need to entering II roller by the silk of deformation hot box, cooling rail, false twister by other silk device, and other silk device is two or three fixing seal wire porcelain piece or rotary thread guides.
False twister in the utility model is two, and two false twisters are upper and lower layouts, and two false twisters are installed on mainframe.False twister has two kinds of structures: one is that each false twister has respective single electric motor transmission, is below embodiment 1; Another kind is flat belt central driving false twister, is below embodiment 2.The sth. made by twisting of two false twisters is twisted with the fingers and Z sth. made by twisting, for the production of the joint stock wire substantially without surplus torque to being arranged respectively to S.The sth. made by twisting of two false twisters, to also can be set to same sth. made by twisting to (S twists with the fingers or Z twists with the fingers) simultaneously, produces the joint stock wire having surplus torque.
The utility model has and is contained in stringing device on slave frame, deformation hot box, cooling rail, is contained in I/II/III roller, shaping heat box, oiling device and coiler device on mainframe.
The utility model is equipped with yarn probe and yarn cutter separately at three row I roller places, detects the silk of three strands of different sizes from I roller feeding respectively.Yarn probe is also equipped with in III roller place after being plied to one, and machine has four road yarn probes and three road yarn cutters.Any yarn probe together in four road yarn probes detects fracture of wire, then three yarn cutters of opposite position can work simultaneously, cuts off three strands of feeding tow of relevant position.
Fig. 1 and Fig. 2 is transverse cross of the present utility model, and merely illustrate a laterally side structure of the utility model elasticizer in sectional drawing, opposite side is symmetrical identical with it, and namely elasticizer of the present utility model is that horizontal bilateral is arranged; It is longitudinally arranged is have identical multi-section structure, often saves and all has 24 winding bobbin positions.
embodiment 1
Fig. 1 of horizontal single-sided arrangement is the integral type elasticizer structure of single electric motor transmission: the terylene thread of two strands of different sizes or POLYAMIDE YARNS A and B are fed by respective A-share silk I roller 1.1 and B stock silk I roller 1.2, wherein B stock silk introduces same deformation hot box 5 heat distortion by stringing device 4 through B stock silk thread guide 14 and A-share silk simultaneously, then A-share silk and B stock silk are through respective A-share silk cooling rail 6.1 and B stock silk cooling rail 6.2, enter A-share silk false twister 7.1 and the B stock silk false twister 7.2 of respective single motor transmission, A-share silk after false twisting and B stock silk enter upper strata II roller 2.1 simultaneously.
3rd gang of silk C has another row C stock silk I roller 1.3 to feed, 3rd gang of silk C is the silk not needing to enter deformation hot box, cooling rail, false twister, this gang of silk C leads silk (FDY), sea island filament, spandex thread, high-shrinkage filament or other are without the need to false twist texturized silk entirely, and this gang of silk C also enters upper strata II roller 2.1 by two C stock silk first thread guides 11.1 of other silk device and C stock silk second thread guide 11.2.
Silk A, B and C of three strands of different sizes are plied to one D at upper strata II roller 2.1, silk D after plying is undertaken entwining after network by the compressed air in the nozzle of interlace 18 and enters lower floor II roller 2.2, then joint stock wire D enters shaping heat box 8, III roller 3, oiling device 9, and is rolled into fiber tube bobbin at upper, middle and lower arrangement coiler device 10.1,10.2 and 10.3.
A-share silk I roller 1.1, B stock silk I roller 1.2 and C stock silk I roller 1.3 are all contained on secondary framework pillar 22, A-share silk I roller 1.1, B stock silk I roller 1.2 and C stock silk I roller 1.3 are for feeding three gangs of silks A, B and C of different size, and these three strands of silks are plied to one D through different the Silk Roads at upper strata II roller 2.1.
False twister is twisted with the fingers can according to the requirement of joint stock wire D to arranging: one is that the sth. made by twisting arranging A-share silk false twister 7.1 and B stock silk false twister 7.2 is twisted with the fingers and Z sth. made by twisting, for the production of the joint stock wire D substantially without surplus torque to being arranged respectively to S.Two be the sth. made by twisting of A-share silk false twister 7.1 and B stock silk false twister 7.2 to can be set to identical sth. made by twisting to (S twist with the fingers or Z twist with the fingers) simultaneously, for the production of the joint stock wire D having surplus torque.
In the utility model, stringing device 4, deformation hot box 5, A-share silk cooling rail 6.1 and B stock silk cooling rail 6.2 are all contained on secondary housiung separator 23, slave frame upper pillar stand 24, slave frame cant beam 25.
A-share silk false twister 7.1 in the utility model, B stock silk 7.2, upper strata II roller 2.1, lower floor II roller 2.2, the nozzle of interlace 18, shaping heat box 9, III roller 3, oiling device 9, upper arrangement coiler device 10.1, middle arrangement coiler device 10.2 and lower arrangement coiler device 10.3 are all contained on mainframe 21.
In order to ensure the three gangs of silk A comprising feeding in the silk D after pooling capital, B and C, at A-share silk I roller 1.1 place, A-share silk yarn probe 12.1 and A-share silk yarn cutter 13.1 are installed, B stock silk I roller 1.2 place is provided with B stock silk yarn probe 12.2 and B stock silk yarn cutter 13.2, C stock silk I roller 1.3 place is provided with C stock silk yarn probe 12.3 and C stock silk yarn cutter 13.3, detect the silk A of three strands of different sizes from the feeding of I roller respectively, B and C, in any wherein one silk fracture of three strands of silks of feeding, three road yarn cutters 13.1 are triggered immediately after this corresponding yarn probe detects local flaw signal, 13.2 and 13.3 cut off three gangs of silk A fed simultaneously, B and C.At the III roller place of joint stock wire D, joint stock wire yarn probe 15 being also housed, for detecting the fracture of wire of joint stock wire D, when joint stock wire D fracture of wire being detected, triggering silk A, B and C that three road yarn cutters 13.1,13.2 and 13.3 cut off three bursts of feedings equally immediately simultaneously.So machine has four road yarn probes and three road yarn cutters.Any yarn probe together in four road yarn probes detects fracture of wire, then three yarn cutters of opposite position can work simultaneously, cut off three strands of feed yarns of opposite position.
embodiment 2
Fig. 2 of horizontal single-sided arrangement, be the layout of this elasticizer another kind of, compare with Fig. 1, A-share silk false twister 16.1 and B stock silk false twister 16.2 adopt flat belt central driving, and all the other structures are identical with layout.Equally, one be A-share silk false twister 16.1 and B stock silk false twister 16.2 sth. made by twisting to can be arranged respectively to S twist with the fingers and Z sth. made by twisting, for the production of the joint stock wire D substantially without surplus torque.Two be the sth. made by twisting of A-share silk false twister 16.1 and B stock silk false twister 16.2 to can be set to identical sth. made by twisting to (S twist with the fingers or Z twist with the fingers) simultaneously, for the production of the joint stock wire D having surplus torque.
Above-described embodiment only illustrates inventive concept of the present utility model for explaining, but not the restriction to the utility model rights protection, all changes utilizing this design the utility model to be carried out to unsubstantiality, all should fall into protection domain of the present utility model.
Claims (6)
1. a two ingot group integral type elasticizer, is characterized in that: comprise A-share silk transport, B stock silk transport, C stock silk transport and joint stock wire device; Described A-share silk transport comprises A-share silk I roller, A-share silk cooling rail and A-share silk false twister, described B stock silk transport comprises B stock silk I roller, B stock silk thread guide, B stock silk cooling rail and B stock silk false twister, and described C stock silk transport comprises C stock silk I roller, C stock silk first thread guide and C stock silk second thread guide; Described A-share silk transport and B stock silk transport share stringing device and deformation hot box, and described A-share silk and B stock silk jointly after stringing device and deformation hot box, then enter A-share silk cooling rail and B stock silk cooling rail respectively; Described joint stock wire device comprises upper strata II roller, forms joint stock wire after described A-share silk, B stock silk and C stock silk enter upper strata II roller.
2. two ingot group integral type elasticizer as claimed in claim 1, it is characterized in that: described joint stock wire device comprises lower floor II roller, be provided with the nozzle of interlace between described upper strata II roller and lower floor II roller, the below of described lower floor II roller is provided with shaping heat box, coiler device, III roller and oiling device.
3. two ingot group integral type elasticizer as claimed in claim 2, is characterized in that: described coiler device comprises arrangement coiler device, middle arrangement coiler device and lower arrangement coiler device.
4. two ingot group integral type elasticizer as claimed in claim 1, it is characterized in that: described A-share silk I roller place is provided with A-share silk yarn probe and A-share silk yarn cutter, described B stock silk I roller place is provided with B stock silk yarn probe and B stock silk yarn cutter, described C stock silk I roller place is provided with C stock silk yarn probe and C stock silk yarn cutter, and described III roller place is provided with joint stock wire yarn probe.
5. two ingot group integral type elasticizer as claimed in claim 2, it is characterized in that: described elasticizer comprises mainframe, described A-share silk false twister, B stock silk false twister, upper strata II roller, lower floor II roller, the nozzle of interlace, shaping heat box, III roller, oiling device and coiler device are all contained on mainframe.
6. two ingot group integral type elasticizer as claimed in claim 1, it is characterized in that: described elasticizer comprises slave frame, described slave frame comprises secondary framework pillar and secondary housiung separator, and the top of described secondary housiung separator is provided with slave frame upper prop and slave frame cant beam; Described A-share silk I roller, A-share silk yarn probe, A-share silk yarn cutter, B stock silk I roller, B stock silk yarn probe, B stock silk yarn cutter, C stock silk I roller, C stock silk yarn probe and C stock silk yarn cutter are all installed on secondary framework pillar; Described C stock silk first thread guide and C stock silk second thread guide are installed on secondary housiung separator; Described stringing device, deformation hot box, A-share silk cooling rail and B stock silk cooling rail are all installed on slave frame cant beam.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520478071.2U CN204752983U (en) | 2015-07-01 | 2015-07-01 | Two spindles group integral type adds bullet machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520478071.2U CN204752983U (en) | 2015-07-01 | 2015-07-01 | Two spindles group integral type adds bullet machine |
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| CN204752983U true CN204752983U (en) | 2015-11-11 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104928819A (en) * | 2015-07-01 | 2015-09-23 | 浙江越剑机械制造有限公司 | Double-ingot set integrated elasticizer |
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2015
- 2015-07-01 CN CN201520478071.2U patent/CN204752983U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104928819A (en) * | 2015-07-01 | 2015-09-23 | 浙江越剑机械制造有限公司 | Double-ingot set integrated elasticizer |
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| GR01 | Patent grant | ||
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Address after: 312000 Qixian street, Keqiao District, Shaoxing City, Zhejiang Province, Yang Jilong Village Patentee after: Zhejiang Yue Jian intelligent equipment Limited by Share Ltd Address before: Yang Jia dragon village of Shaoxing County in Zhejiang province 312000 Qixian town Shaoxing City Patentee before: Zhejiang Yuejian Machinery Manufacture Co., Ltd. |