CN206705385U - A kind of bobbin-winding machine - Google Patents
A kind of bobbin-winding machine Download PDFInfo
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- CN206705385U CN206705385U CN201720284181.4U CN201720284181U CN206705385U CN 206705385 U CN206705385 U CN 206705385U CN 201720284181 U CN201720284181 U CN 201720284181U CN 206705385 U CN206705385 U CN 206705385U
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Abstract
The utility model discloses a kind of bobbin-winding machine, the unwinding motor of its active unwinder and the same rate work simultaneously of the main winding motor of main coiling mechanism, the yarn by the reeled yarn frame in rotary shaft or cylinder yarn frame active unwinding yarns and by active rolling wheel winding by the oily mistake of refueling device；Generation Longitudinal Wind, which blows to, when reeled yarn frame or cylinder yarn frame are rotated by rotary shaft drive carries out internal heat dissipating in hollow out mouth.The utility model adds unwinding motor and coordinates the main winding motor of bobbin-winding machine to work together, keep the speed of two motors identical, while carry out the active winding at active unwinding and winder at reeled yarn or cylinder yarn, reduce and yarn is pullled, the quality of yarn can be ensured, be not easy to be damaged；Convey more stable, do not tend to have play.Actively the mode of unwinding makes unwinding and the motor of winding to select faster rotating speed, because of the drag reduction of yarn, will not hurt yarn, unwinding and winding can keep stable, improve the operating efficiency of bobbin-winding machine, improve product quality.
Description
Technical field
A kind of Spining Robot is the utility model is related to, more particularly, to a kind of bobbin-winding machine.
Background technology
The major function of bobbin-winding machine is to be connected the less cylinder yarn of capacity or reeled yarn by winder, make capacity compared with
Big bobbin, bobbin can be used for warping and twist with the fingers, quilling, dyeing, the weft yarn on shuttleless loom and knitting yarn etc..These works
If sequence directly can cause downtime excessive using cylinder yarn or reeled yarn, production efficiency is influenceed, while also influences product quality,
So increase package capacity is to improve the necessary condition of later process productivity ratio and quality.Existing bobbin-winding machine is by motor belt motor
Dynamic master file wheel rewinds the reeled yarn of placement or cylinder yarn, and reeled yarn and cylinder yarn are placed directly in unwinding structure, most common
Be that cylinder yarn is inserted on pillar, by reeled yarn frame on a shelf, as motor driven master file wheel makes reeled yarn or cylinder yarn quilt
Unwinding is completed in dynamic rotation, and resistance is larger in the pulling to yarn, pulls middle influence yarn qualities, and the mode passively rotated
The higher rotating speed of motor can not be accomplished, rev up the quality and stability influenced whether around yarn.
Utility model content
The purpose of this utility model is overcome the deficiencies in the prior art, there is provided it is a kind of simple in construction, it is easy to implement and quickly moves back
Winding yarns and re-winding, improve efficiency and improve the bobbin-winding machine of unwinding stability.
The utility model uses following technical scheme：A kind of bobbin-winding machine, including frame, main coiling mechanism and active unwinder
Structure, main coiling mechanism and active unwinder are arranged to upper inferoanterior that is multigroup and being located at frame respectively side by side；Actively unwind
Mechanism includes mounting bracket, rotary shaft, unwinding motor and taken over a business, and two are taken over a business to be rotatably arranged in the mounting bracket of both sides,
Rotary shaft is offseted positioning by taking over a business from both sides for both sides, and connection unwinding motor is taken over a business in side, and rotary shaft parallel machine frame is set, rotation
The reeled yarn frame of one winding reeled yarn is set on axle or a cylinder yarn frame for placing cylinder yarn is set, on the foreboard of frame with active unwinder
Hollow out mouth is provided with corresponding to structure；Main coiling mechanism includes active rolling wheel, passive rolling wheel and main winding motor, and passive rolling wheel is fixed
Frame is arranged on, active rolling wheel is rotatably arranged in frame and is butted on by the way that elastic component is spacing on passive rolling wheel, actively rolls up
Wheel connects main winding motor；It is provided with refueling device between main coiling mechanism and active unwinder, yarn is from active unwinder
To main coiling mechanism after refueling device at structure；When bobbin-winding machine acts, motor and main winding motor same rate simultaneously are unwind
Work, the yarn by reeled yarn frame or cylinder yarn frame active unwinding yarns and by active rolling wheel winding by the oily mistake of refueling device；
Generation Longitudinal Wind, which blows to, when reeled yarn frame or cylinder yarn frame are rotated by rotary shaft drive carries out internal heat dissipating in hollow out mouth.
As an improvement when setting the reeled yarn frame of winding reeled yarn in rotary shaft, reeled yarn frame includes being arranged at rotary shaft
The mounting disc at both ends and some reeled yarn bars being arranged in mounting disc, the both ends of reeled yarn bar are arranged at mounting disc, and its is outside
Strut the winding section that rear middle part forms winding yarn.
As an improvement the outstanding projection section for forming spacing yarn of the reeled yarn bar part at winding section both ends.
As an improvement when setting the cylinder yarn frame for placing cylinder yarn in rotary shaft, cylinder yarn frame includes expansion plate and spacing
Spring, expansion plate are articulated with rotary shaft, and limit spring is placed in rotary shaft, and its one end is supported on the rotary shaft, and the other end is with stretching
Contracting plate offsets；Expansion plate to rotary shaft rotation it is close when compress limit spring, after cylinder yarn is placed on outside expansion plate, limit spring is multiple
Position pushes out expansion plate, expansion plate support and cylinder yarn.
As an improvement expansion plate includes supporting plate, hinge bar, crossbar and sliding block, slide block set is in rotary shaft
Offseted cooperation with limit spring, crossbar, crossbar other end hinged support plate, hinge bar one end hinging rotary are hinged on sliding block
Axle, middle part are hinged with crossbar, and the other end is slidably equipped with the supporting plate；When limit spring pushes sliding block open, it is hinged
Bar and crossbar outwards strut supporting plate.
As an improvement limited block, left mounting blocks and right mounting blocks, left mounting blocks and right installation are provided with rotary shaft
Block is arranged at the both sides of rotary shaft, and hinge bar is hinged on left mounting blocks, and right mounting blocks surround with rotary shaft and accommodate limit spring
Space, limit spring, sliding block and limited block is set gradually in rotary shaft, sliding block is by limited block limit slippage position.
As an improvement side, which is taken over a business, axially movable to be arranged in mounting bracket and spacing by compression spring, pressure
Contracting spring is installed in the inside groove of one handle, and the other end is offseted by determining frame；Driven when handle pulls out and take over a business to pull out, compress bullet
Spring compresses, while rotary shaft can be pulled down；Compression spring makes handle and rotary shaft reset when decontroling handle.
As an improvement in addition to electronic tensile sensor and spy yarn sensor, spy yarn sensor and electronic tensile biography
Sensor is located at the both sides up and down of refueling device respectively, is sensed successively by electronic tensile from the yarn of active unwinder output
Device, refueling device and spy yarn sensor reach main coiling mechanism；When yarn at active unwinder produces viscous glutinous, electronics
Force snesor, which senses that tension force increases and feeds back to unwinding motor, makes it accelerate to rotate, and the rotary shaft for accelerating to rotate is after some circles
Stretch-broken yarn；After spy yarn sensor can't detect yarn, feed back to main winding motor and make it be stopped.
The beneficial effects of the utility model：Change the mode of original passive pulling unwinding yarns, add unwinding motor,
Coordinate the main winding motor of bobbin-winding machine to work together, keep the speed of two motors identical, while carry out at reeled yarn or cylinder yarn
Active unwinding and winder at active winding, reduce and yarn pullled, it is ensured that the quality of yarn, be not easy to be damaged
It is bad；Convey more stable, do not tend to have play；Actively the mode of unwinding makes the motor of unwinding and winding to select to turn faster
Speed, because of the drag reduction of yarn, yarn will not be hurt, unwinding and winding can keep stable, improve the work effect of bobbin-winding machine
Rate, improve product quality.Axle is rotated against by the design taken over a business to position, is conveniently adjusted to pull down rotary shaft, so as to real
Existing quick-replaceable reeled yarn frame or cylinder yarn frame；With the rotary shaft that frame be arranged in parallel reeled yarn frame or cylinder yarn can be made when rotating
Frame produces the Longitudinal Wind for blowing to frame, and Longitudinal Wind can enter machine frame inside after opening up hollow out mouth, for the electrical equipment boxboard of inside
With the radiating of oil circuit；The rotary shaft be arrangeding in parallel makes yarn to be easily delivered up, and reduces yarn in course of conveying
Ingot away from, add stability, reduce vibration and noise.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram of the utility model bobbin-winding machine.
Fig. 2 is the dimensional structure diagram of the utility model bobbin-winding machine part-structure amplification.
Fig. 3 is the dimensional structure diagram of the active unwinder of the utility model bobbin-winding machine.
Fig. 4 is dimensional structure diagram when reeled yarn frame is set on the active unwinder of the utility model bobbin-winding machine.
Fig. 5 is positive structure diagram when reeled yarn frame is set on the active unwinder of the utility model bobbin-winding machine.
Fig. 6 is dimensional structure diagram when cylinder yarn frame is set on the active unwinder of the utility model bobbin-winding machine.
Fig. 7 is to set facing structure during cylinder yarn frame at rotary shaft to show on the active unwinder of the utility model bobbin-winding machine
It is intended to.
Embodiment
Specific embodiment of the utility model is elaborated below in conjunction with accompanying drawing.
As shown in figs. 1-7, it is the specific embodiment of the utility model bobbin-winding machine.The embodiment includes frame 1, main coiling machine
Structure 2 and active unwinder 3, main coiling mechanism 2 and active unwinder 3 are arranged to side by side multigroup and are located at frame 1 respectively
Upper inferoanterior；Active unwinder 3 includes mounting bracket 31, rotary shaft 32, unwinding motor 33 and takes over a business 34, and two are taken over a business 34
It is rotatably arranged in both sides mounting bracket 31, rotary shaft 32 34 is offseted positioning by taking over a business for both sides from both sides, and side is taken over a business
34 connection unwinding motors 33, the parallel frame 1 of rotary shaft 32 sets, set in rotary shaft 32 a winding reeled yarn reeled yarn frame 38 or
The one cylinder yarn frame 39 for placing cylinder yarn is set, it is corresponding with active unwinder 3 on the foreboard of frame 1 to be provided with hollow out mouth 11；It is main
Coiling mechanism 2 includes active rolling wheel 21, passive rolling wheel 22 and main winding motor 23, and passive rolling wheel 22 is fixedly installed on frame 1, main
Dynamic rolling wheel 21 is rotatably arranged in frame 1 and is butted on by the way that elastic component is spacing on passive rolling wheel 22, and active rolling wheel 21 connects
Main winding motor 23；It is provided with refueling device 4 between main coiling mechanism 2 and active unwinder 3, yarn is from active unwinder
To main coiling mechanism 2 after refueling device 4 at 3；When bobbin-winding machine acts, unwind motor 33 and main winding motor 23 is simultaneously same
Speed works, and is refueled profit by refueling device 4 by reeled yarn frame 38 or active unwinding yarns of cylinder yarn frame 39 and being wound by active rolling wheel 21
The yarn slipped over；Reeled yarn frame 38 or cylinder yarn frame 39 are driven to produce Longitudinal Wind during rotation and blow in hollow out mouth 11 by rotary shaft 32 and carried out
Internal heat dissipating.
Unwinding motor 33 of the present utility model may be disposed in mounting bracket 31, by the timing belt with motor axis connection simultaneously
Coordinate synchronous pulley that power connector is taken over a business into 34 to side, by taking over a business the rotary shaft 32 in the middle part of 34 fixations, realize rotary shaft 32
Drive, by way of the positioning that offsets, can set it is mobilizable take over a business 34 structures, when taking over a business for not connected unwinding motor 33
34 outwards when exiting, and can release the positioning to rotary shaft 32, be conveniently replaceable its reeled yarn frame 38 or reeled yarn on cylinder yarn frame 39 or
Person's cylinder yarn, rotary shaft 32 is reinstalled after more finishing changing, it is simple in construction to be easy to implement.Reeled yarn frame 38 or cylinder yarn frame 39 in rotary shaft 32
To place reeled yarn or cylinder yarn；The rotary shaft 32 being be arranged in parallel with frame 1 can make reeled yarn frame 38 or cylinder yarn frame when rotating
39 produce the Longitudinal Wind for blowing to frame 1, and Longitudinal Wind can enter inside frame 1 after opening up hollow out mouth 11, for the electrical equipment of inside
The radiating of boxboard and oil circuit；Unwinding motor 33 when actively unwind yarn along parabola outlet, reduce yarn and reeled yarn itself or
The resistance of person's cylinder yarn, yarn more smoothly export, by main winding motor 23 on active rolling wheel 21, the rotation that be arranged in parallel
Axle 32 makes yarn to be easily delivered up, and reduces ingot of the yarn in course of conveying away from adding stability, reduce
Vibration and noise；Yarn exported by active unwinder 3 after by the lubricated yarn of refueling device 4, improve the orderly of yarn winding
Smooth not viscous glutinous, yarn is wound by active rolling wheel 21, and yarn clamps winding by active rolling wheel 21 and passive rolling wheel 22, ensures winding
Orderly stabilization, yarn because after winding the external diameter of active rolling wheel 21 become big, rotated by active rolling wheel 21 and kept and passive rolling wheel 22
It is spacing by elastic component with merging.Unwinding motor 33 coordinates main winding motor 23 to be worked together with phase same rate, while is twisted
The active winding at active unwinding and winder at yarn or cylinder yarn, reduces and yarn is pullled, it is ensured that the matter of yarn
Amount, is not easy to be damaged；Convey more stable, do not tend to have play；Actively the mode of unwinding makes unwinding and the motor of winding to select
Faster rotating speed is selected, because of the drag reduction of yarn, yarn will not be hurt, unwinding and winding can keep stable, improve winder
The operating efficiency of machine, improve product quality.
As an improvement embodiment, when in rotary shaft 32 set winding reeled yarn reeled yarn frame 38 when, reeled yarn
Frame 38 includes being arranged at the mounting disc 381 at the both ends of rotary shaft 32 and some reeled yarn bars 382 being arranged in mounting disc 381, twists
The both ends of yarn bar 382 are arranged at mounting disc 381, and it outwards struts the winding section 3821 that rear middle part forms winding yarn.When setting
Put reeled yarn frame 38 to be used to set reeled yarn, the mounting disc 381 at both ends forms firm support, by the both ends of some reeled yarn bars 382
It is through thereon, some reeled yarn bars 382 evenly distributed supporting bar structure for forming whole circle in mounting disc 381, reeled yarn can be suitable
Profit is placed at winding section 3821, and winding section 3821 is at the circumference of outermost, and when rotary shaft 32 rotates, yarn is in winding section 3821
Outside outlet.
As an improvement embodiment, the outstanding formation in the part of reeled yarn bar 382 at winding section 3821 both ends
The projection section 3822 of spacing yarn.Projection section 3822 is set to cooperatively form the sky of a receiving reeled yarn with winding section 3821 from both sides
Between, reeled yarn is stopped after being enclosed at winding section 3821 by the projection section 3822 of both sides, will not be come off from side, and preferably positioning twists
Yarn, avoiding the occurrence of reeled yarn and dropping influences bobbin-winding machine work.
As an improvement embodiment, when in rotary shaft 32 set place cylinder yarn cylinder yarn frame 39 when, cylinder yarn
Frame 39 includes expansion plate 391 and limit spring 392, and expansion plate 391 is articulated with rotary shaft 32, and limit spring 392 is placed on rotation
On axle 32, its one end is against in rotary shaft 32, and the other end offsets with expansion plate 391；Expansion plate 391 rotates close to rotary shaft 32
When compress limit spring 392, when cylinder yarn be placed on expansion plate 391 it is outer after, limit spring 392, which resets, pushes out expansion plate 391, stretches
Contracting plate 391 supports and cylinder yarn.According to the difference of cylinder yarn internal diameter, above structure is set, and expansion plate 391 can be in circle in rotary shaft 32
Circumferential direction setting is multigroup, by manually pressing expansion plate 391 to make its diameter covered reduce first, now have compressed limit spring
392, then cylinder yarn can be smoothly mounted in outside expansion plate 391, expansion plate 391 can be by limit spring after staff lets go
392 resilience and strut, so as to adapt to the internal diameter of cylinder yarn and be fixedly secured cylinder yarn；So as to adapt to the cylinder yarn of different inner diameters,
And make the fixation of cylinder yarn more firm.
As an improvement embodiment, expansion plate 391 include supporting plate 3911, hinge bar 3912, crossbar
3913 and sliding block 3914, sliding block 3914 is sheathed in rotary shaft 32 to offset cooperation with limit spring 392, is hinged and hands on sliding block 3914
Fork arm 3913, the other end hinged support plate 3911 of crossbar 3913, one end hinging rotary axle 32 of hinge bar 3912, middle part is with intersecting
Bar 3913 is be hinged, and the other end is slidably equipped with supporting plate 3911；When limit spring 392 pushes sliding block 3914 open, hinge
Extension bar 3912 and crossbar 3913 outwards strut supporting plate 3911.Expansion plate 391 is refined as above structure, by supporting plate 3911
Cylinder yarn outside support, hinge bar 3912 and crossbar 3913 form the articulated structure of cross, with stable and firm linkage and can determine
Position supporting plate 3911, the lower end articulated position of hinge bar 3912 are fixed, and the be hinged sliding block 3914 in the lower end of crossbar 3913 is relatively movable,
Adapt to crossbar 3913 activity make the other end of crossbar 3913 by a small slide block structure setting supporting plate 3911 chute
In, relative supporting plate 3911 and the relative position of crossbar 3913 can be adjusted, integrally-built activity is achieved；Sliding block 3914
It is enclosed in rotary shaft 32 and coordinates with limit spring 392 in a ring, both preferably mutual cooperations of order.
As an improvement embodiment, be provided with limited block 393, left mounting blocks 394 and the right side in rotary shaft 32
Mounting blocks 395, left mounting blocks 394 and right mounting blocks 395 are arranged at the both sides of rotary shaft 32, are hinged on left mounting blocks 394 be hinged
Bar 3912, right mounting blocks 395 surround the space for accommodating limit spring 392 with rotary shaft 32, set gradually in rotary shaft 32 spacing
Spring 392, sliding block 3914 and limited block 393, sliding block 3914 is by the limit slippage position of limited block 393.Above structure is set to enter one
Being coordinated with 391 each part of expansion plate for step, realizes the reasonably stability in structure, left mounting blocks 394 and right mounting blocks 395 are made
For the structure at both ends, its outer end can be made to form the slot structure with taking over a business 34 cooperations；Left mounting blocks 394 and right mounting blocks 395 from
Both sides are arranged in rotary shaft 32, and the middle part of rotary shaft 32 sets limited block 393 to limit the position of sliding block 3914 with it, makes sliding block
3914 are unlikely to be pushed out the size excessive, on the one hand limitation supporting plate 3911 struts, the stable jail being easy in management and structure
Gu on the one hand limiting the scope of activities of limit spring 392, it is made to stay in the space that right mounting blocks 395 surround with rotary shaft 32,
Stability Analysis of Structures；Sliding block 3914 also forms the shape that may be housed in the space that right mounting blocks 395 surround with rotary shaft 32, can stretch into
It is wherein spacing, ensure Stability Analysis of Structures.
As an improvement embodiment, side is taken over a business 34 and axially movable can be arranged in mounting bracket 31 simultaneously
Spacing by compression spring 35, compression spring 35 is installed in the inside groove of one handle 36, and the other end is offseted by determining frame 37；Handle 36 to
Drive 34 pull-outs during outer pull-out, compression spring 35 is compressed, while rotary shaft 32 can be pulled down；Compression spring when decontroling handle 36
35 make handle 36 and rotary shaft 32 reset.It is specifically to take over a business 34 bascules above, setting is connected with taking over a business 34 by handle 36,
Certain frame 37 is set in mounting bracket 31, and compression spring 35 is fitted into the inside groove of handle 36 and offseted with determining frame 37；Handle 36 to
Take over a business 34 during outer drawing synchronously to pull out, handle 36 compresses compression spring 35 with frame 37 is determined, and can now remove rotary shaft 32；Put
Opening handle 36 can make compression spring 35 reply deformation, and order takes over a business 34 resets and repositions rotary shaft 32；Its is simple in construction to be easy to make
Make, elastic construction order dismounting simplicity also makes firm position.
As an improvement embodiment, in addition to electronic tensile sensor 5 and visit yarn sensor 6, visit yarn pass
Sensor 6 and electronic tensile sensor 5 are located at the both sides up and down of refueling device 4 respectively, from the yarn that active unwinder 3 exports according to
It is secondary to reach main coiling mechanism 2 by electronic tensile sensor 5, refueling device 4 and spy yarn sensor 6；At active unwinder 3
Yarn when producing viscous glutinous, electronic tensile sensor 5, which senses that tension force increase and feeds back to unwinding motor 33, makes its accelerate rotation,
The rotary shaft 32 for accelerating to rotate stretch-broken yarn after some circles；When visit yarn sensor 6 can't detect yarn after, feed back to master file around
Motor 23 makes it be stopped.When being unwind to thinner yarn, such as 30D, 40D yarn, dyed because yarn passes through, pole
Easy to stick to stick together, the active unwinding of viscous glutinous rear yarn will lose meaning, so as to be transformed into the main winding motor of still top
23 force pull yarn windings, motor run at high speed it is lower winding it is unstable, winding quality will be influenceed, the load of each part can also increase
Greatly.Therefore when tension force becomes big at electronic tensile sensor 5 when occurring viscous glutinous, electronic tensile sensor 5 will recognize electricity
Buckling is big, so as to accelerate to unwind the rotation of motor 33, the rotating speed of unwinding motor 33 is made apparently higher than main winding motor 23 above
Reeled yarn frame 38 or cylinder yarn frame 39 turn over some circles after yarn can directly be broken；The yarn to have broken simultaneously passes by visiting yarn
After sensor 6, after spy yarn sensor 6 can't detect yarn, the work for stopping main winding motor 23 is shut down so as to realize.Certainly, have
When be the viscous glutinous of yarn sub-fraction, can be set by system and make electronic tensile sensor 5 identify instantaneous big voltage, and
The acceleration of unwinding motor 33 can be restrained, it is at the uniform velocity normally turned over, until yarn has been crossed at adhesion.
Claims (8)
- A kind of 1. bobbin-winding machine, it is characterised in that：Including frame (1), main coiling mechanism (2) and active unwinder (3), the master Coiling mechanism (2) and active unwinder (3) are arranged to upper inferoanterior that is multigroup and being located at frame (1) respectively side by side；It is described Active unwinder (3) includes mounting bracket (31), rotary shaft (32), unwinding motor (33) and taken over a business (34), two tops Disk (34) is rotatably arranged in both sides mounting bracket (31), and the rotary shaft (32) takes over a business (34) from both sides phase by both sides To positioning, (34) connection unwinding motor (33) is taken over a business in side, and the parallel frame (1) of the rotary shaft (32) is set, the rotary shaft (32) the reeled yarn frame (38) of a winding reeled yarn is set on or a cylinder yarn frame (39) for placing cylinder yarn is set, the frame (1) It is corresponding with active unwinder (3) on foreboard to be provided with hollow out mouth (11)；The main coiling mechanism (2) includes active rolling wheel (21), passive rolling wheel (22) and main winding motor (23), the passive rolling wheel (22) are fixedly installed on frame (1), the active Rolling wheel (21) is rotatably arranged in frame (1) and is butted on by the way that elastic component is spacing on passive rolling wheel (22), the active volume Take turns (21) and connect main winding motor (23)；Refueling device is provided between the main coiling mechanism (2) and active unwinder (3) (4), yarn from active unwinder (3) after refueling device (4) to main coiling mechanism (2)；When bobbin-winding machine acts, move back Worked around motor (33) and main winding motor (23) while same rate, by reeled yarn frame (38) or cylinder yarn frame (39) active unwinding yarns And the yarn by active rolling wheel (21) winding by refueling device (4) oily mistake；Reeled yarn frame (38) or cylinder yarn frame (39) are by revolving Rotating shaft (32) drives generation Longitudinal Wind during rotation to blow to progress internal heat dissipating in hollow out mouth (11).
- A kind of 2. bobbin-winding machine according to claim 1, it is characterised in that：Reeled yarn is wound when being set in the rotary shaft (32) Reeled yarn frame (38) when, the reeled yarn frame (38) include be arranged at rotary shaft (32) both ends mounting disc (381) and be arranged on peace Some reeled yarn bars (382) in sabot (381), the both ends of the reeled yarn bar (382) are arranged at mounting disc (381) place, its to The outer winding section (3821) for strutting rear middle part and forming winding yarn.
- A kind of 3. bobbin-winding machine according to claim 2, it is characterised in that：The reeled yarn bar at described winding section (3821) both ends (382) the outstanding projection section (3822) for forming spacing yarn in part.
- A kind of 4. bobbin-winding machine according to claim 1, it is characterised in that：Cylinder yarn is placed when being set in the rotary shaft (32) Cylinder yarn frame (39) when, the cylinder yarn frame (39) includes expansion plate (391) and limit spring (392), expansion plate (391) hinge It is connected in rotary shaft (32), the limit spring (392) is placed in rotary shaft (32), and its one end is against in rotary shaft (32), separately One end offsets with expansion plate (391)；The expansion plate (391) to rotary shaft (32) rotation it is close when compression limit spring (392), When cylinder yarn be placed on expansion plate (391) it is outer after, limit spring (392) reset expansion plate (391) is pushed out, expansion plate (391) branch Support and cylinder yarn.
- A kind of 5. bobbin-winding machine according to claim 4, it is characterised in that：The expansion plate (391) includes supporting plate (3911), hinge bar (3912), crossbar (3913) and sliding block (3914), the sliding block (3914) are sheathed in rotary shaft (32) Offseted cooperation with limit spring (392), crossbar (3913), crossbar (3913) other end hinge are hinged on the sliding block (3914) Supporting plate (3911) is connect, hinge bar (3912) one end hinging rotary axle (32), middle part is be hinged with crossbar (3913), another End is slidably equipped with supporting plate (3911)；When the limit spring (392) pushes sliding block (3914) open, hinge bar (3912) and crossbar (3913) outwards struts supporting plate (3911).
- A kind of 6. bobbin-winding machine according to claim 5, it is characterised in that：Limited block is provided with the rotary shaft (32) (393), left mounting blocks (394) and right mounting blocks (395), the left mounting blocks (394) and right mounting blocks (395) are arranged at rotation The both sides of axle (32), hinge bar (3912), the right mounting blocks (395) and rotary shaft are hinged on the left mounting blocks (394) (32) space for accommodating limit spring (392) is surrounded, limit spring (392), sliding block are set gradually on the rotary shaft (32) (3914) and limited block (393), the sliding block (3914) is by limited block (393) limit slippage position.
- A kind of 7. bobbin-winding machine according to any one of claim 1-6, it is characterised in that：Taking over a business (34) described in side can axle To activity be arranged in mounting bracket (31) and it is spacing by compression spring (35), the compression spring (35) is installed on one handle (36) in inside groove, the other end is offseted by determining frame (37)；Drive (34) to pull out when the handle (36) pulls out, compression Spring (35) compresses, while rotary shaft (32) can be pulled down；Compression spring (35) makes handle (36) and rotation when decontroling handle (36) Axle (32) resets.
- A kind of 8. bobbin-winding machine according to any one of claim 1-6, it is characterised in that：Also include electronic tensile sensor (5) and yarn sensor (6) is visited, it is described to visit yarn sensor (6) and electronic tensile sensor (5) respectively positioned at refueling device (4) Upper and lower both sides, by electronic tensile sensor (5), refueling device (4) and visited successively from the yarn of active unwinder (3) output Yarn sensor (6) reaches main coiling mechanism (2)；When the yarn at active unwinder (3) place produces viscous stick, electronic tensile sensing Device (5) sense tension force increase and feed back to unwinding motor (33) makes its accelerate rotate, accelerate rotate rotary shaft (32) if Stretch-broken yarn after dry circle；After spy yarn sensor (6) can't detect yarn, feed back to main winding motor (23) and make its stop work Make.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720284181.4U CN206705385U (en) | 2017-03-22 | 2017-03-22 | A kind of bobbin-winding machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720284181.4U CN206705385U (en) | 2017-03-22 | 2017-03-22 | A kind of bobbin-winding machine |
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| CN206705385U true CN206705385U (en) | 2017-12-05 |
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| CN201720284181.4U Active CN206705385U (en) | 2017-03-22 | 2017-03-22 | A kind of bobbin-winding machine |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106743985A (en) * | 2017-03-22 | 2017-05-31 | 浙江万事发纺织机械有限公司 | A kind of bobbin-winding machine |
| CN108892001A (en) * | 2018-08-20 | 2018-11-27 | 浙江万事发纺织机械有限公司 | Viscose filament yarn complete machine mechanism |
| CN110626867A (en) * | 2019-08-22 | 2019-12-31 | 南安紫鲸铃工业设计有限公司 | Automatic bobbin winder of textile machinery |
| CN111060418A (en) * | 2019-12-16 | 2020-04-24 | 广东溢达纺织有限公司 | Yarn dryness judging device and judging method thereof |
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2017
- 2017-03-22 CN CN201720284181.4U patent/CN206705385U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106743985A (en) * | 2017-03-22 | 2017-05-31 | 浙江万事发纺织机械有限公司 | A kind of bobbin-winding machine |
| CN108892001A (en) * | 2018-08-20 | 2018-11-27 | 浙江万事发纺织机械有限公司 | Viscose filament yarn complete machine mechanism |
| CN108892001B (en) * | 2018-08-20 | 2024-01-19 | 浙江万事发纺织机械有限公司 | Viscose filament yarn complete machine mechanism |
| CN110626867A (en) * | 2019-08-22 | 2019-12-31 | 南安紫鲸铃工业设计有限公司 | Automatic bobbin winder of textile machinery |
| CN111060418A (en) * | 2019-12-16 | 2020-04-24 | 广东溢达纺织有限公司 | Yarn dryness judging device and judging method thereof |
| CN111060418B (en) * | 2019-12-16 | 2022-08-02 | 广东溢达纺织有限公司 | Yarn dryness judging method |
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