CN201074142Y - Transversing gear winding yarn into bobbins - Google Patents

Abstract

The utility model relates to a traverse device for reeling yarn to form bobbing, which comprises a traversing box body 9, a transverse roll 6, a slide block 7, a silk guide 3 and a box cover 8 and is characterized in that the outlet of the box body 9 is provided with a oil-catch rod 11, a spit ring 10 is buckle on the box body 9 wall which is fixed in the inner side of the oil-catch rod 11, which is provided with a crimping for leading the grease which is splashed on the board to reflow the box body inner, the box body 9 is opened with a v-shaped groove, and the oil-catch rod 11 is actively positioned on the v-shaped groove. The utility model has the advantages that on the one hand, increasing the oil-catch rod 11, reducing imbibitions of oil mist and droplet via reducing the opening width of the traversing box body 9; on the other hand, increasing the inner buckled spit ring 10, and increasing the opened distance between the transverse roll 6 and the transverse box body 9 in order to avoid oil solution of the transverse box body 9 is swung, avoiding and reducing the generation of the oil stain yarn, improving the attribute of the silk, widening the oiling amount of the silk and contenting after processing technological requirements.

Description

A kind of traverse gear of winding thread into reel

Technical field

The utility model relates to the traverse gear of the equipment of the winding thread into reel that will introduce continuously in a kind of textile machine, particularly a kind of winding thread into reel.

Background technology

In the Yarn winding apparatus structure, yarn is wound on the bobbin according to certain intersection angle by a reciprocating traverse gear uniformly through a filar guide.Before reeling, yarn also need oil, and to improve road, back product processed performance, sees Fig. 1.

In known Yarn winding apparatus structure, the last oil mass of silk is (this mainly processes needs according to the kind of silk and road, back and determines) that can adjust by the rotating speed of finish oil disc within the specific limits.In order to enhance productivity, just must improve the winding speed of silk, this just requires the also corresponding raising of traverse gear reciprocating frequency.Reach a certain amount of when silk oils, and after traverse gear crank motion speed surpasses certain value, the finish above the silk easily is thrown out of and forms mist of oil or oil droplet; In addition, a part of finish also can be assembled on reciprocating filar guide and form oil droplet, until finally being thrown out of.A mist of oil that throws away or an oil droplet part can enter in the casing of traverse gear, and be poly-more many more under the situation that machine works long hours, and on the one hand, influenced capability of lubricating grease in the case that traverses, the service life of having reduced parts; On the other hand, the axle that traverses that rich mixture is very easily made high speed rotating throws away and pollutes the silk tube of reeling, thereby forms oiled threads, and the quality of silk is impacted.

Summary of the invention

Technical barrier to be solved in the utility model is, overcome above-mentioned the deficiencies in the prior art, a kind of traverse gear of winding thread into reel is provided, not only can reduce the generation of oiled threads, widen the weight range that oils, and can effectively alleviate the degree that finish pollutes the case that traverses, prolong the service life of parts in the traversing box body.

Technical solution of the present utility model is, a slide block and a filar guide of comprise casing, traverse axle and the axle that can traverse relatively being made traverse motion, and it is characterized in that: the opening part of casing is provided with retaining oil rod.

Be buckled with lubriplate in going back on the box body wall of retaining oil rod inboard.

Have on the lubriplate and can make the grease that splashes on the plate flow back into the interior crimp of casing.

The opening part of casing is provided with " V " connected in star, movable being placed in " V " connected in star of retaining oil rod.

Keeping off oily excellent upper surface is 40-75mm with the distance H in an axle center of traversing, and its optimum value is 50mm.

The case case lid that traverses that is provided with suitable for reading of casing, its gap width B that traverses between case case lid and the oily rod of retaining is 2-8mm;

Traverse angle α＜90 ° between case lid upper surface and the vertical surface.

According to above-mentioned technical solution, the utility model on the one hand increases by a retaining oil rod on traversing box body, reduces the infiltration of mist of oil, oil droplet by the minimizing case A/F that traverses; On the other hand, increase the lubriplate of button in, strengthen the distance of traverse axle and the case opening that traverses simultaneously, the throwing away of the interior finish of case of avoiding traversing at box inside.Therefore, the utility model and the prior art beneficial effect that is possessed that compares is: reduced the generation of oiled threads, improved the quality of silk, widened the last oil mass of silk, satisfied the requirement of back road processing technology.

The drawing explanation

Fig. 1 is the train of mechanism scheme drawing of winding thread into reel;

Fig. 2 is a structural representation of the present utility model;

Fig. 3 is the partial enlarged drawing of Fig. 2.

Number in the figure: 1-spinning, 2-oiling roller, 3-filar guide, 4-driven roller, the 5-silk tube 6-axle that traverses, 7-slide block, the 8-case case lid that traverses, the 9-box body that traverses, 10-lubriplate, 11-retaining oil rod, the a-zone that do not oil, b-unstable region, c-stabilized zone.

The specific embodiment

In Fig. 1, oiling roller 2 uniform rotation in oil groove, upper surface evenly covers one deck oil film, and when spinning 1 process oiling roller 2 surfaces, oil film is destroyed, and a part of finish is attached in the spinning 1.Oiled spinning 1 is wound on the silk tube 5 of rotation through a reciprocating filar guide 3.The rotation of silk tube 5 is driven by driven roller 4, relies on driven roller 4 tangential forces to drive to guarantee the constant of winding speed.The rotating speed adjustable of oiling roller 2, when oiling roller 2 rotating speeds were high, the oil film that the spinning 1 of unit length is contacted was many, and accompanying finish is also many; When oiling roller 2 rotating speeds were low, the oil film that unit length spinning 1 is contacted was few, and accompanying finish is also just few.The winding speed of spinning 1 and traverse gear reciprocating frequency influence the adhesive ability of finish, and the traverse gear of high-speed winding and high reciprocating frequency easily will throw away attached to the finish in the spinning 1 and form mist of oil, oil droplet.

In system for winding yarn shown in Figure 1, the route of 1 process of spinning is roughly following step: the regional a → process oiling roller 2 that do not oil oils → arrives and adheres to unstable region b → process traverse gear filar guide 3 and make horizontal reciprocally swinging → arrival time stabilized zone c → process driven roller 4 and be wound into silk tins 5.A large amount of mist of oils, oil droplet appear in the b zone, a spot of appearing in the c zone.The utility model traverse gear plays driving filar guide 3 and makes traverse motion in system for winding yarn.

Below the utility model embodiment is described in further detail:

In Fig. 2, the utility model embodiment mainly comprises the box body 9 that traverses, traverse axle 6, slide block 7, filar guide 3 and case lid 8, and the axle 6 that traverses is supported in the casing 9, and rotatable.

The axle that traverses has the spiral groove of close cycle on 6, and the projection of slide block 7 just in time is stuck in the spiral groove of the axle 6 that traverses.When the axle 6 that traverses rotated, slide block 7 was reciprocating along the spiral groove on the axle 6 that traverses, and makes traverse motion thereby drive filar guide 3.The axle that traverses scribbles grease on 6, to reduce the friction with slide block 7.The case case lid 8 that traverses that has been fixedly connected suitable for reading of casing 9 leaves opening between a sidewall bodies of case lid 8 and casing 9, be installed on traverse filar guide 3 one ends of axle on 6 from then on opening part stretch out the casing 9 outer traverse motions of doing.

At first, be back in the casing 9 for preventing mist of oil, oil droplet in the spinning 1, pollute the grease in the casing 9, have one " V " connected in star on the opening part wall body of casing 9, movable storing has a retaining oil rod 11 in " V " connected in star.Even the oil droplet of trace is arranged in the spinning 1, also can scrape at the retaining of retaining oil rod 11, finish is refluxed in " V " connected in star.At the opening part of casing 9 a retaining oil rod 11 is set, plays the opening size that reduces casing 9, the effect that reduces the opening exposure on the one hand, also play the oil droplet of avoiding accumulating on the filar guide 3 on the other hand and flow to effect in the case 9 that traverses.

Moreover, throw away for preventing finishes in the casing 9 to greatest extent that casing 9 is outer to pollute spinning 1, on the madial wall of the casing 9 of excellent 11 inboards of retaining oil, be buckled with a lubriplate 10 in also, lubriplate 10 by screw retention on casing 9.Lubriplate 10 is provided with a crimp, makes lubriplate be " L " shape of upside-down mounting, and it can make the lubricating oil that splashes on the lubriplate 10 be back in the casing, pollutes spinning 1 in case lubricating oil throws away casing 9.

In order to promote the actual effect of this utility model, some sizes among Fig. 2 have been done qualification: excellent 11 upper surfaces of retaining oil are 40-75mm with the distance H in an axle center of traversing, and its optimum value is 50mm; The gap width B that traverses between case case lid 8 and the retaining oil rod 11 is 2-8mm; The traverse upper surface of case lid 8 and angle α＜90 between the vertical surface °, thus guarantee that more effectively the finish that splashes down on the case lid 8 that traverses can not flow in the traversing box body 9 from opening part.

Claims (7)

1. the traverse gear of a winding thread into reel, a slide block and a filar guide of comprise casing, traverse axle and the axle that can traverse relatively being made traverse motion, it is characterized in that: the opening part of casing is provided with retaining oil rod.

2. the traverse gear of a kind of winding thread into reel as claimed in claim 1 is characterized in that: be buckled with lubriplate in going back on the box body wall of retaining oil rod inboard.

3. the traverse gear of a kind of winding thread into reel as claimed in claim 2 is characterized in that: have on the lubriplate and can make the grease that splashes on the plate flow back into crimp in the casing.

4. the traverse gear of a kind of winding thread into reel as claimed in claim 1, it is characterized in that: the opening part of casing is provided with " V " connected in star, movable being placed in " V " connected in star of retaining oil rod.

5. the traverse gear of a kind of winding thread into reel as claimed in claim 1 is characterized in that: the distance H of keeping off oily excellent upper surface and an axle center of traversing is 40-75mm.

6. the traverse gear of a kind of winding thread into reel as claimed in claim 1 is characterized in that: the case case lid that traverses that is provided with suitable for reading of casing, and its gap width B that traverses between case case lid and the oily rod of retaining is 2-8mm;

7. as the traverse gear of claim 1 or 6 described a kind of winding thread into reel, it is characterized in that: angle α＜90 ° between case lid upper surface and the vertical surface of traversing.

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