CN205529319U

CN205529319U - Composite yarn's shaper ()

Info

Publication number: CN205529319U
Application number: CN201620100443.2U
Authority: CN
Inventors: 陈仁惠; 陈佩莹; 陈伯霖
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-02-01
Filing date: 2016-02-01
Publication date: 2016-08-31
Anticipated expiration: 2026-02-01

Abstract

The utility model relates to a composite yarn's shaper, including one send yarn mechanism, one establish this send yarn mechanism top guiding device, one establish at the yarn tension guide that is sending yarn mechanism lower edge and one establish at the play yarn feed carrier who is sending yarn mechanism below, this yarn feed carrier has upper and lower guide eye, should send in the cavity screw rod in the yarn mechanism intracardiac be equipped with a cavity pore send the yarn route to a central yarn can be carried via this cavity pore, this cavity pore is adjusted well with this yarn feed carrier's upper and lower guide eye mutually, make via the guiding device of top send central yarn down with from send the yarn periphery yarn that the mechanism saw off sending yarn mechanism below and this center yarn strand into the compound yarn of a bifilar or stranded each other.

Description

The forming device (one) of complex yarn

Technical field

This utility model relates to the forming device of a kind of complex yarn, and espespecially one send yarn certainly by least center yarn Send under the hollow duct of mechanism is direct, then send around together in yarn periphery, center with the periphery yarn sent by Yarn-feeding mechanism, because of And form the stranding device of complex yarn.

Background technology

The yarn-feeding device of general knitting machine or Yarn-feeding mechanism are all limited to the yarn that send of single yarn, therefore each Yarn-feeding mechanism can only carry list One yarn carries out knitting and weaving so that the function of looped fabric rarely has change.Such as the weaving of function cloth to be carried out, each yarn feeding mouth palpus It is arranged difference in functionality yarn respectively and makes total yarn feeding mouth could weave after the configuration suitably of different yarns, therefore the most very For complicated the most time-consuming, weaving operating cost is high, needs in fact to be improved.Then amass the specialty manufacture of many decades through inventor and market real The design of business experience and have generation of the present utility model.

Utility model content

For solving the difficult problem on above-mentioned single yarn knitting and weaving, this utility model provides the forming device of a kind of complex yarn, Owing to its device is novel, simple in construction volume is the least, low cost, and easy to operate quick again and running is stablized.

The technological means that this utility model is used by reaching above-mentioned purpose includes: a Yarn-feeding mechanism；One is located at above this Yarn-feeding mechanism Guiding device；One is located at the yarn feed carrier below this Yarn-feeding mechanism, and this yarn feed carrier has upper and lower guide eye； And one be located at the hollow screw on this Yarn-feeding mechanism, and the hollow duct of this hollow screw of mat is as sending yarn path；Thereby, by one What center yarn passed this hollow duct send yarn delivery pathways, with one from the periphery yarn that this Yarn-feeding mechanism is sent in a rotative pattern Mutual twisted or be twisted into a composite yarn at line yarn feed carrier below this Yarn-feeding mechanism.

The electronic Yarn feeding wheel lower edge of described Yarn-feeding mechanism arranges a yarn tension conductor further, makes this periphery yarn with rotation side There is suitable tension force, in order to this center yarn twisted or be twisted into composite yarn during formula yarn.

Yarn feed carrier below described Yarn-feeding mechanism, is further provided with a presser device, to be supplied to this center yarn and to be somebody's turn to do The yarn pushing tension that periphery yarn is suitable.

Described guiding device at least includes guide eye on, a presser device and once guide eye.

Described guiding device includes a upper section stopping device.

Described Yarn-feeding mechanism includes an electronic Yarn feeding wheel, the motor that this electronic Yarn feeding wheel is controlled by an electronic control means.

Described Yarn-feeding mechanism includes an automatically controlled Yarn feeding wheel, Magnet that this automatically controlled Yarn feeding wheel is controlled by an electronic control means and line Circle.

Hereby understood and understanding by making technical characteristic of the present utility model and effect of being reached obtain further, sincerely help with preferably Implement illustration and coordinate detailed description, after illustrating such as.

Accompanying drawing explanation

Fig. 1 is the schematic perspective view of this utility model first embodiment；

Fig. 2 is the floor map of Fig. 1；

Fig. 3 is the floor map of this utility model the second embodiment；

Fig. 4 is the floor map of this utility model the 3rd embodiment；

Fig. 5 is the floor map of this utility model the 4th embodiment.

Detailed description of the invention

Shown in Fig. 1 to Fig. 2, for the first embodiment of the forming device of a kind of complex yarn of this utility model, illustrate as after.

The forming device of this complex yarn specifically includes that guiding device 10, Yarn-feeding mechanism 20 and a yarn feed carrier 30.

This guiding device 10 includes that on a presser device 11, guide eye 12, once guide eye 13, two detect bar 14 and epimere stops Device 15.

This Yarn-feeding mechanism 20 include an electric driving mechanism 21, send yarn count frame 22, enter yarn guide eye 23, presser device 24, One enters yarn detects that bar 25, introduces guide eye 26, an electronic Yarn feeding wheel 27 and is located at the yarn tension of this electronic Yarn feeding wheel 27 lower edge Conductor 28.Electronic Yarn feeding wheel 27 is affected by an electronically controlled motor and is controlled.

This yarn feed carrier 30 is located at below this electronic Yarn feeding wheel 27, and this yarn feed carrier 30 has guide eye 31 and one on Lower guide eye 32.

Should illustrate, between this feed carrier 30, a pressure can be added further between this upper and lower guide eye 31,32 in if desired Yarn device (not shown) or tension force detect arm 33, keep some tension or broken yarn to warn in order to providing yarn.

In the present embodiment, mat one hollow screw 40 is fixed for this Yarn-feeding mechanism 20 as central shaft, and can be in hollow screw 40 Two ends selectivity be provided with guide eye 41,42, and for electric driving mechanism 21, send the group such as yarn count frame 22 and electronic Yarn feeding wheel 27 The central axis of part is created a center yarns Y 1 and is sent the hollow duct 43 in yarn path, that is, in the fixed structure of this Yarn-feeding mechanism 20 The heart is provided with the screw rod of a hollow, and send yarn path, in this using the hollow duct 43 of hollow screw 40 itself as center yarns Y 1 Heart yarns Y 1 can via this hollow duct vertical transport from top to bottom or by one end to other end horizontal feed.

The position in this hollow duct 43 aligns with upper guide eye 31, lower guide eye 32 phase of this yarn feed carrier 30 below, The center yarns Y 1 sending via guiding device 10 and the yarn tension conductor 28 from electronic Yarn feeding wheel 27 lower edge is made to be sent Periphery yarns Y 2 at electronic Yarn feeding wheel 27 place beneath mutual twisted or be twisted into one and be formed as a composite yarn Y, in The present embodiment refers at electronic Yarn feeding wheel 27 place beneath the upper guide eye 31 of yarn feed carrier and lower guide eye 32 it Between.

This center yarns Y 1 can be a kind of single yarn or a branch of yarn.

This center yarns Y 1, periphery yarns Y 2 can be one or more functional yarns.

Separately, this center yarns Y 1 is had suitable tension force by the yarn feed carrier 30 of guiding device 10 to lower section, in order to via this The mutual twisted of periphery yarns Y 2 that yarn tension conductor 28 is sent or be twisted into composite yarn.

Yarn feed carrier 30 below this Yarn-feeding mechanism 20, can be provided with a presser device (not shown), again to be supplied to center again Yarns Y 1 and periphery yarns Y 2 have suitable yarn pushing tension, make center yarns Y 1 and the smooth twisted of periphery yarns Y 2 or are twisted into The one bifilar or composite yarn Y of multiply.

As it is shown on figure 3, be this utility model the second embodiment, the forming device of this complex yarn the most also includes: an epimere stops Device (not shown), Yarn-feeding mechanism 20 and a yarn feed carrier 30.

Main structure, component and the function of this second embodiment are all the most identical with above-mentioned first embodiment, its identical parts And corresponding assembly is all marked with identical label, as a means of mutually comparison, its different place is only that the yarn guide of the present embodiment Device 30 is to control yarn tension with photovoltaic.

As shown in Figure 4, for this utility model the 3rd embodiment, the forming device of this complex yarn the most also includes: a guiding device (not shown), Yarn-feeding mechanism 20 and a yarn feed carrier 30.

Main structure, component and the function of this third embodiment is all the most identical with above-mentioned first embodiment, its identical parts And corresponding assembly is all marked with identical label, as a means of mutually comparison, its different place is only that the omission of the present embodiment enters yarn Investigation and tenslator, detailed description is omitted for it.

As it is shown in figure 5, be this utility model the 4th embodiment, the forming device of this complex yarn the most also includes: a guiding device (not shown), Yarn-feeding mechanism 20 and a yarn feed carrier 30.

Main structure, component and the function of this 4th embodiment are all the most identical with above-mentioned first embodiment, its identical parts And corresponding assembly is all marked with identical label, as a means of mutually comparison, its different place is only that the Yarn-feeding mechanism of the present embodiment The automatically controlled Yarn feeding wheel 27A of 20 is to control the yarn storage of yarn in the automatically controlled mode in the magnetic field such as Magnet, coil and send the purpose of yarn, remaining Parts the most identical and omit into yarn investigation and tenslator, detailed description is omitted for it.

Comprehensive the above, this utility model is a quite excellent original creation knitting and weaving new solution really, and whence proposes in accordance with the law Application utility model patent；The only content of described above, preferred embodiment the most of the present utility model illustrates, Fan Yiben is practical new Change, modification or equivalence techniques that the technological means of type is extended are replaced, and all should fall into patent claim of the present utility model institute In the range of extension, begin to meet reason, Chen Ming sincerely.

Claims

1. the forming device of a complex yarn, it is characterised in that this device includes:

One Yarn-feeding mechanism；

One is located at the guiding device above this Yarn-feeding mechanism；

One is located at the yarn feed carrier below this Yarn-feeding mechanism, and this yarn feed carrier has upper and lower guide eye；And

One hollow screw being located at this Yarn-feeding mechanism center, and the hollow duct of this hollow screw of mat is as sending yarn path；

Thereby, what a center yarn passed this hollow duct send yarn delivery pathways, with one from this Yarn-feeding mechanism with rotate At the periphery yarn that mode is sent yarn feed carrier below this Yarn-feeding mechanism mutual twisted or be twisted into one be combined Yarn.

The forming device of complex yarn the most according to claim 1, it is characterised in that: under the electronic Yarn feeding wheel of this Yarn-feeding mechanism Edge arranges a yarn tension conductor further, makes have suitable tension force during this periphery yarn yarn in a rotative pattern, in order to This center yarn twisted or be twisted into composite yarn.

The forming device of complex yarn the most according to claim 1, it is characterised in that: the yarn guide below this Yarn-feeding mechanism Device, is further provided with a presser device, to be supplied to this center yarn and the suitable yarn pushing tension of this periphery yarn.

The forming device of complex yarn the most according to claim 1, it is characterised in that: this guiding device at least includes leading on one Yarn eye, a presser device and once guide eye.

The forming device of complex yarn the most according to claim 1, it is characterised in that: this guiding device includes that an epimere stops Device.

The forming device of complex yarn the most according to claim 1, it is characterised in that: this Yarn-feeding mechanism includes an electric feeding yarn Wheel, the motor that this electronic Yarn feeding wheel is controlled by an electronic control means.

The forming device of complex yarn the most according to claim 1, it is characterised in that: this Yarn-feeding mechanism includes that one automatically controlled send yarn Wheel, Magnet that this automatically controlled Yarn feeding wheel is controlled by an electronic control means and coil.