CN204370130U - Compound minute hand tissue - Google Patents

Abstract

The utility model discloses a kind of compound minute hand tissue, be made up of continuous print weaving unit, described weaving unit comprises the first braided wire, the second braided wire, the 3rd braided wire and the 4th braided wire; Described first braided wire, the second braided wire, the 3rd braided wire and the 4th braided wire form by some groups of astragals, often organize astragal and include circle portion and opening portion.Compound minute hand tissue of the present utility model can produce obviously fold effect on knit product surface, when not needing cutting and piece, reach the effect of design.

Description

Compound minute hand tissue

Technical field

The utility model relates to textile technology field, relates in particular to a kind of compound minute hand tissue.

Background technology

Current cashmere knit product structure mainly adopts straight-bar machines plain stitch, as Fig. 1, a kind of cashmere fabric, be made up of continuous print cashmere line weaving unit, cashmere line weaving unit comprises the first cashmere line 1 and the second cashmere line 2, described first cashmere line 1 and the astragal of the second cashmere line 2 all for being made up of circle portion 3 and opening portion 4, the opening portion that the circle portion string of the second cashmere line is enclosed within the first cashmere line forms two nodes.According to usual order namely its processing method is: move back circle, pad yarn, kinking, lopping, tractive, step is specific as follows:

Move back circle: act on crochet hook by straight-bar machines lopping machinery (being commonly called as triangle), make it to rise, by old coil

Exit from pinhock, depart from needle latch, fall within shank;

Pad yarn: new yarn (black) pad is fed to and opens needle latch and complete and move back on the knitting needle of circle;

Kinking: by straight-bar machines lopping mechanism crochet hook, makes it to decline, is bent by new yarn (black), form coil, and closed by needle latch by old coil;

Lopping: act mechanically on crochet hook by straight-bar machines lopping, makes it to continue to decline, and new yarn is through old coil, and cover gone here and there mutually by new and old coil;

Tractive: by hanging weight, making grey cloth be subject to some tension effect all the time, being beneficial to the braiding that circulates each time.

The structure obtained mutually goes here and there cover by continuous print unit coil to form, the loop pillar of what knitted fabric front presented is coil, and reverse side is the circle arc of coil, there is obvious positive and negative outward appearance, and such structure is because by means of only two node strings covers, and coil number is less, loosely organized.And knit product surfacing, fold effect cannot be produced, when needs particular design effect, directly can not reach requirement.

Utility model content

For the problems referred to above, the utility model provides a kind of compound minute hand tissue, producing obviously fold effect, when not needing cutting and piece, reaching the effect of design on knit product surface.

To achieve these goals, the technical solution of the utility model is as follows:

Compound minute hand tissue, is characterized in that, is made up of continuous print weaving unit, and described weaving unit comprises the first braided wire, the second braided wire, the 3rd braided wire and the 4th braided wire;

Described first braided wire, the second braided wire, the 3rd braided wire and the 4th braided wire form by some groups of astragals, often organize astragal and include circle portion and opening portion;

The opening portion that corresponding string is enclosed within the 1 to the (n-1)th coil of the first braided wire respectively forms two nodes for the circle portion of the 1 to the (n-1)th coil of described second braided wire, the opening portion that string is enclosed within (n+1)th astragal of the first braided wire that turns forward, one, the interval, circle portion of the n-th astragal of the second braided wire forms two nodes, and the opening portion that corresponding string is enclosed within n+2 astragal of the first braided wire up and down, circle portion of (n+1)th astragal of the second braided wire forms two nodes;

The opening portion that corresponding string is enclosed within the 1 to the (n-1)th coil of the second braided wire respectively forms two nodes for the circle portion of the 1 to the (n-1)th coil of described 3rd braided wire, the opening portion that the circle portion string of the n-th astragal of the 3rd braided wire is enclosed within the n-th astragal of the first braided wire forms two nodes, and the opening portion that corresponding string is enclosed within n+1 astragal of the second braided wire up and down, circle portion of (n+1)th astragal of the 3rd braided wire forms two nodes; And form a crossover node between the n-th astragal of the 3rd braided wire and the n-th astragal of the second braided wire;

The opening portion of the 1 to the n-th coil of the 3rd braided wire turns forward respectively in circle portion that corresponding string is enclosed within the 2 to the (n+1)th coil of the 4th braided wire and forms two nodes, and the circle portion that the opening portion correspondence string of (n+1)th coil of the 3rd braided wire is enclosed within the n-th+2 coils of the 4th braided wire forms two nodes.

After adopting said structure, compound minute hand tissue of the present utility model can produce obviously fold effect on knit product surface, when not needing cutting and piece, reach the effect of design.

The benefit of compound minute hand tissue is in weaving process, broken hole can not be formed, change the method having broken hole traditionally, utilize multi-level, multicycle point of needle method simultaneously, form pile up effect, have also been changed and utilize cutting traditionally or sew up wrinkling method, seem from however high-grade, utilize the way of computer machine, make production in enormous quantities become possibility, not only save cost but also significantly improve efficiency.

The detailed description and obtaining that feature of the present utility model can consult the graphic and following better embodiment of this case is well understood to.

Accompanying drawing explanation

Fig. 1 is the structural representation of existing plain stitch cashmere fabric;

Fig. 2 is schematic diagram of the present utility model.

Fig. 3 is the close-up schematic view in Fig. 2.

Fig. 4 is reverse side schematic diagram of the present utility model.

Detailed description of the invention

The technological means realized to make the utility model, creation characteristic, reaching object and effect is easy to understand, setting forth the utility model further below in conjunction with specific embodiment.

See Fig. 2,3 and 4, compound minute hand tissue, is made up of continuous print weaving unit, and weaving unit comprises the first braided wire 10, second braided wire 20, the 3rd braided wire 30 and the 4th braided wire 40.

First braided wire, the second braided wire, the 3rd braided wire and the 4th braided wire form by some groups of astragals, often organize astragal and include circle portion and opening portion.

The opening portion that corresponding string is enclosed within the 1 to the (n-1)th coil of the first braided wire 10 respectively forms two nodes for the circle portion of the 1 to the (n-1)th coil of the second braided wire 20, the opening portion that string is enclosed within (n+1)th astragal 11 of the first braided wire that turns forward, one, the interval, circle portion of the n-th astragal 21 of the second braided wire forms two nodes, and the opening portion that corresponding string is enclosed within n+2 astragal of the first braided wire up and down, circle portion of (n+1)th astragal of the second braided wire forms two nodes;

The opening portion that corresponding string is enclosed within the 1 to the (n-1)th coil of the second braided wire respectively forms two nodes for the circle portion of the 1 to the (n-1)th coil of described 3rd braided wire, the opening portion that the circle portion string of the n-th astragal 31 of the 3rd braided wire is enclosed within the n-th astragal 12 of the first braided wire forms two nodes, and the opening portion that corresponding string is enclosed within n+1 astragal of the second braided wire up and down, circle portion of (n+1)th astragal of the 3rd braided wire forms two nodes; And form a crossover node 32 between the n-th astragal of the 3rd braided wire and the n-th astragal of the second braided wire;

The opening portion of the 1 to the n-th coil of the 3rd braided wire turns forward respectively in circle portion that corresponding string is enclosed within the 2 to the (n+1)th coil of the 4th braided wire and forms two nodes, and the circle portion that the opening portion correspondence string of (n+1)th coil of the 3rd braided wire is enclosed within the n-th+2 coils of the 4th braided wire forms two nodes.

After adopting said structure, compound minute hand tissue of the present utility model can produce obviously fold effect on knit product surface, when not needing cutting and piece, reach the effect of design.

Compound minute hand is organized on computer flat knitting knitting machine very complicated, and have four circulations, each circulation has seven steps, on machine, pin position does not stop to change the new action of adaptation, after new coil is formed, can not stretch and make cashmere yarn low because of brute force, and to rupture, can not because of pin position less than, and new coil can not be formed, especially each time after circulation, new action can increase new difficulty, eventually through suitable adjustment, repeatedly circulation is formed and piles up effect.

The benefit of compound minute hand tissue is in weaving process, broken hole can not be formed, change the method having broken hole traditionally, utilize multi-level, multicycle point of needle method simultaneously, form pile up effect, have also been changed and utilize cutting traditionally or sew up wrinkling method, seem from however high-grade, utilize the way of computer machine, make production in enormous quantities become possibility, not only save cost but also significantly improve efficiency.

On computer flat knitting knitting needle machine, realized by following steps: (Fig. 4)

One, normally weave plain stitch, front needle-bar work, front needle bed knitting needle held loop, drawing system normally works, and rear needle-bar does not participate in braiding.

Two, drawing system quits work, and needle-bar moves to and turns over pin position, and front needle-bar needs the knitting needle of work to rise to turn over pin position, and rear needle-bed knitting needle connects pin, front needle bed knitting needle knocking over, turns over pin release.

Three, the rear needle-bed knitting needle of yellow color position on figure, move to left a pin position, and rise to and turn over pin position, front needle bed knitting needle connects pin, and rear needle-bed knitting needle knocking over, turns over pin release

Four, the rear needle-bed knitting needle of color purple position on figure, move to left a pin position, rises to and turn over pin position, front needle bed knitting needle connects pin, the rear needle-bed knitting needle of green color position on figure, move to left a pin position, rises to and turn over pin position, front needle bed knitting needle connects pin, the rear needle-bed knitting needle of figure blueing color position, move to left a pin position, rises to and turn over pin position, front needle bed knitting needle connects pin, by that analogy.

Five, on figure, one, the left side, all empty needle positions pin (front needle-bar) rises to and turns over pin position, and rear needle-bed knitting needle connects pin, and the knitting needle knocking over of front needle-bar relevant position is turned over pin action and completed.

Six, rear needle-bar contains the knitting needle of coil, minute hand action, and front needle bed knitting needle (knitting needle except doing minute hand action) participates in plain stitch, and wool yarn is encased inside in pinhock, and the knitting needle corresponding with rear needle-bar does minute hand action, and held loop does not participate in braiding.Drawing system normally works.

Seven, rear needle-bed knitting needle moves to right a pin position, rises to and turns over pin position, and front needle bed knitting needle rises and connects pin, rear needle-bar knocking over.Turn over pin action to complete.Whole braiding circulation completes, and drawing system quits work.

Eight, all knitting needles normally weave one turn (two row), and drawing system normally works.

Machine staggers behind a pin position, repeat the action of above-mentioned two to eight steps once, altogether in triplicate.The braiding of flower pattern part terminates.

More than show and describe general principle of the present utility model, principal character and advantage of the present utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; the just principle of the present utility model described in above-described embodiment and description; under the prerequisite not departing from the utility model spirit and scope, the utility model also has various changes and modifications, and these changes and improvements all fall in claimed scope of the present utility model.The protection domain that the utility model requires is defined by appending claims and equivalent thereof.

Claims (1)

1. compound minute hand tissue, is characterized in that, is made up of continuous print weaving unit, and described weaving unit comprises the first braided wire, the second braided wire, the 3rd braided wire and the 4th braided wire;

Described first braided wire, the second braided wire, the 3rd braided wire and the 4th braided wire form by some groups of astragals, often organize astragal and include circle portion and opening portion;

The opening portion that corresponding string is enclosed within the 1 to the (n-1)th coil of the first braided wire respectively forms two nodes for the circle portion of the 1 to the (n-1)th coil of described second braided wire, the opening portion that string is enclosed within (n+1)th astragal of the first braided wire that turns forward, one, the interval, circle portion of the n-th astragal of the second braided wire forms two nodes, and the opening portion that corresponding string is enclosed within n+2 astragal of the first braided wire up and down, circle portion of (n+1)th astragal of the second braided wire forms two nodes;

The opening portion that corresponding string is enclosed within the 1 to the (n-1)th coil of the second braided wire respectively forms two nodes for the circle portion of the 1 to the (n-1)th coil of described 3rd braided wire, the opening portion that the circle portion string of the n-th astragal of the 3rd braided wire is enclosed within the n-th astragal of the first braided wire forms two nodes, and the opening portion that corresponding string is enclosed within n+1 astragal of the second braided wire up and down, circle portion of (n+1)th astragal of the 3rd braided wire forms two nodes; And form a crossover node between the n-th astragal of the 3rd braided wire and the n-th astragal of the second braided wire;

The opening portion of the 1 to the n-th coil of the 3rd braided wire turns forward respectively in circle portion that corresponding string is enclosed within the 2 to the (n+1)th coil of the 4th braided wire and forms two nodes, and the circle portion that the opening portion correspondence string of (n+1)th coil of the 3rd braided wire is enclosed within the n-th+2 coils of the 4th braided wire forms two nodes.