CN104213262B - Yarn twisting machine - Google Patents
Yarn twisting machine Download PDFInfo
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- CN104213262B CN104213262B CN201410400535.8A CN201410400535A CN104213262B CN 104213262 B CN104213262 B CN 104213262B CN 201410400535 A CN201410400535 A CN 201410400535A CN 104213262 B CN104213262 B CN 104213262B
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Abstract
The present invention relates to a kind of Yarn twisting machine.It solve the technical problems such as prior art inefficiency.Including frame, frame is provided with tension drive shaft, cycloid drive shaft and coiling drive shaft, tension drive shaft, cycloid drive shaft and coiling drive shaft axially position with frame and circumferentially rotate respectively and be connected, tension drive shaft connects and has some tensioning mechanisms, cycloid drive shaft connects and has some horizontal cycloid mechanism, coiling drive shaft connects and has some winding mechanisms, tensioning mechanism, laterally cycloid mechanism and winding mechanism one_to_one corresponding are arranged, it is respectively arranged below with a twisting mechanism being arranged in frame at each tensioning mechanism, laterally cycloid mechanism includes horizontal cycloid bar, the outer end of this horizontal cycloid bar is provided with cable-through hole, cycloid that is inner and that be connected in cycloid drive shaft and when cycloid drive shaft circumferentially rotates to drive this horizontal cycloid bar traverse motion drives structure to be connected.The invention has the advantages that: work efficiency is high.
Description
Technical field
The invention belongs to technical field of textile equipment, particularly relate to a kind of Yarn twisting machine.
Background technology
Yarn twisting machine is a kind of twisting equipment, it is possible to achieve one turn of two sth. made by twisting, twisting efficiency
Significantly improve than traditional twisting apparatus.Package capacity increases, myriametre non junction, twists matter
Amount is greatly improved, relatively low floor height, is particularly suitable for operation.In order to be able to improve Yarn twisting
The operation stability of machine and practicality, to this end, people have carried out long-term exploration, propose
Solution miscellaneous.
Such as, Chinese patent literature discloses a kind of chemical fiber double-twister, [application number:
201120281462.7], including winding mechanism, transversing mechanism, haulage gear and twisting mill
Structure, described twisting mechanism includes spindle parts and tengential belt drive disk assembly, described tengential belt parts
Including regulation regulating wheel, tengential belt motor, central belt tensioning wheel, rotor, tengential belt and tengential belt from
Driving wheel, central belt tensioning wheel is pressed against the inner side of tengential belt, and rotor is pressed against the outside of tengential belt,
Tengential belt is stretched between the belt pulley of tengential belt motor and tengential belt driven pulley, regulates tensioning wheel load
Lean against on tengential belt, which increase tensile force and prevent tengential belt from skidding.It addition, Chinese patent is civilian
Offer and also disclose a kind of Novel two-for-one twister device, [application number: 201320575820.4], bag
Including yarn cutting combination and yarn detector device, it is solid that described spindle is movably arranged on described spindle
In locking member, described yarn detector device is located at the top of spindle, described yarn detector device
Be provided with a yarn detector seat board, yarn detector seat board upper end be provided with photo-electric yarn detector and fixing peace
It is contained in the lever jack that yarn detector seat board lower end is oppositely arranged with photo-electric yarn detector, and fixing
The yarn detector aluminium oxide being arranged on photo-electric yarn detector is installed iron plate and is fixed on yarn detector
Aluminium oxide installs the yarn detector aluminium oxide on iron plate, and through lever jack and yarn detector seat board
Yarn, the Novel two-for-one twister of this novel practical improves installation, the side of operation and maintenance
Just property, shortened yarn crosses yarn length, effectively reduces the tension force of yarn simultaneously, fall
The low end breakage rate of yarn, decreases yarn fluffing and the degree of broken yarn, improves yarn
Quality.
Above-mentioned scheme improves the subproblem of prior art to a certain extent, but,
The most at least there is following defect in the program: designs unreasonable, the transversing mechanism of the program its
Traversing poor stability (by traversing axle move back and forth drive string pendulum move), inefficiency and
Operation energy consumption is higher, and secondly, the structure of complete machine is complicated and operation stability is poor, practicality
Low.
Summary of the invention
It is an object of the invention to for the problems referred to above, it is provided that a kind of design is more reasonable, stable
Property good and Yarn twisting machine that work efficiency is high.
For reaching above-mentioned purpose, present invention employs following technical proposal: this Yarn twisting
Machine includes frame, is provided with tension drive shaft, cycloid drive shaft and coiling and drives in frame
Axle, described tension drive shaft, cycloid drive shaft and coiling drive shaft respectively with frame axle
To positioning and circumferentially rotating connection, tension drive shaft connects and has some tensioning mechanisms,
Cycloid drive shaft connects and has some horizontal cycloid mechanism, coiling drive shaft connects
There are some winding mechanisms, described tensioning mechanism, horizontal cycloid mechanism and winding mechanism one
One is correspondingly arranged, each tensioning mechanism be respectively arranged below with one be arranged in frame add
Twister structure, described horizontal cycloid mechanism includes horizontal cycloid bar, this horizontal cycloid bar
Outer end is provided with cable-through hole, inner be connected in cycloid drive shaft and when cycloid drive shaft week
The cycloid that this horizontal cycloid bar can be driven in time rotating traverse motion drives structure phase
Even.
In above-mentioned Yarn twisting machine, described cycloid drives structure to include being fixed on pendulum
Driving roller in line drive shaft, is cased with the box body being fixed in frame in the periphery driving roller
And cycloid drive shaft is horizontally through box body, described horizontal cycloid bar is located in is located at box body
Translot in, be provided with laterally steering mechanism, institute between described horizontal cycloid bar and box body
The driving roller outer surface stated is provided with right-handed screw groove and backpitch groove, right-handed screw groove and backpitch
The head and the tail two ends of groove are connected to form circulation cell body, are provided with in described laterally steering mechanism
It is positioned at the road wheel of circulating slot body.Cycloid drive shaft only rotates, then cycloid drive shaft
Work efficiency can be greatly improved in conjunction with the combination driving roller, circulation cell body and road wheel, with
Time energy resource consumption when also reducing operation, play energy-conservation effect.
In above-mentioned Yarn twisting machine, described laterally steering mechanism includes being fixed on box
At least internal horizontal sliding bar and the traversing seat being slidably connected on horizontal sliding bar, institute
The inner of the horizontal cycloid bar stated and traversing seat phase clamping, described road wheel is arranged on institute
On the traversing seat stated.
In above-mentioned Yarn twisting machine, between described horizontal cycloid bar and winding mechanism
It is provided with coordinated type winding mechanism；Described coordinated type winding mechanism includes having axially extending
The sliding chute rod of chute and the slide block being rotatably connected on horizontal cycloid bar, described slide block sets
In sliding chute rod and can slide axially along the chute of sliding chute rod, it is provided with in described box body
It is positioned at the block in outside in the middle part of sliding chute rod, sets between the inner and the box body of described sliding chute rod
It is inner that the one end having extension spring and extension spring is connected to sliding chute rod, and the other end is connected in the middle part of box body,
The outer end of described sliding chute rod passes is located at box body end and along the extension of box body width
End slot, the outer end of described sliding chute rod is hinged with gangbar, another of described gangbar
End is hinged on winding mechanism.
In above-mentioned Yarn twisting machine, described winding mechanism includes for installing rolling
The yarn cylinder installing rack of yarn cylinder, described yarn cylinder installing rack is arranged on fixing axle, described
Being fixed with the winding drive roll being fabricated from a flexible material in coiling drive shaft, described is fixing
It is provided with between axle and yarn cylinder installing rack and can make to be contained in the receipts spool on yarn cylinder installing rack all the time
It is pressed downward against the elastic pressing structure being combined on winding drive roll.
In above-mentioned Yarn twisting machine, described elastic pressing structure includes being fixed on
Fixing seat on dead axle, is rotatably connected to rotation seat, described yarn cylinder peace on fixing seat
Shelve and be fixed on rotation seat, between described fixing seat and rotation seat, be provided with expansion link,
Being arranged with spring on expansion link, one end of spring acts on rotation seat, and the other end is made
It is used on fixing seat.
In above-mentioned Yarn twisting machine, described tensioning mechanism includes being arranged in frame
Roller stand, roller stand is provided with the upper wire stretching wheel that is fabricated from a flexible material and is positioned at
Lower stretching wire pivoted housing below wire stretching wheel, tension drive shaft on be provided with some respectively with tension
The driving wheel that drive shaft is connected and upper stringing round described in driving is moved, described roller
Seat C-shaped in configuration, roller stand one end is hinged in frame, and the other end is unsettled and is positioned at and drives
Above driving wheel, it is provided with between roller stand and frame and can make be arranged on roller stand to tighten
Line wheel is pressed downward against the tension spring closed on the drive wheel all the time, being arranged over of upper wire stretching wheel
The stringing bar that two ends are fixed in frame, is provided with some and upper wire stretching wheel one on stringing bar
One filar guide being correspondingly arranged.
In above-mentioned Yarn twisting machine, described twisting mechanism include horizontally disposed every
Wire tray, vertically wears and is fixed with spindle blade and spindle blade center has axially in paraphysis disk center
The passing channel extended, described paraphysis dish is arranged over the yarn tank for placing yarn cylinder,
Described spindle blade is located in Sha Guan center and yarn tank is rotationally connected with spindle blade, described paraphysis
It is fixed with twisting plate below dish and spindle blade is arranged in twisting plate center, described twisting plate side
Portion has horizontal-extending outlet passage, described outlet passage lower end and passing channel phase
Connection, this twisting mechanism also includes being placed on yarn cylinder top when putting into yarn cylinder in yarn tank
Tensioner, the described rounded slab construction of paraphysis dish and the yarn passed from outlet passage
Contact with paraphysis dish side and can turn along with paraphysis dish synchronous rotary.
In above-mentioned Yarn twisting machine, the described rounded slab construction of paraphysis dish,
Being respectively arranged at two ends with of paraphysis dish anti-hinders arc angling, at spindle blade and the yarn be located on yarn tank
It is provided with clutch shaft bearing between Tong, between yarn tank and spindle blade, is provided with the second bearing, at paraphysis
Dish is provided with the location dish between paraphysis dish and the second bearing, at yarn tank and the second axle
Circumferential positioning structure it is provided with between holding；Described circumferential positioning structure includes being arranged on second
Fixed cover on bearing, the outer wall at fixed cover be provided with some axially arranged along fixed cover and
The strip bulge of even circumferential distribution, described yarn pot bottom has connecting hole and is arranged on
Some bar-shaped troughs on connecting hole hole wall, described strip bulge inserts in bar-shaped trough one by one.
The rounded slab construction of paraphysis dish, this structure can significantly reduce air drag, speed fast and
Energy resource consumption is greatly reduced, and outlet more smoothes out, and energy-saving effect is notable and can also improve work
Efficiency improves yarn product quality virtually, practical and be easy to expanded application.
In above-mentioned Yarn twisting machine, described tension drive shaft rotates with driving it
Tension drive motor to be connected, tension drives between motor and tension drive shaft by first
V belt translation structure is connected；Cycloid drive shaft drives motor phase with driving its cycloid rotated
Even, cycloid drive shaft is driven with cycloid and is connected by the second V belt translation structure between motor；
Coiling drive shaft with can drive its coiling rotated drive motor be connected, coiling drive shaft and
Coiling is driven and is connected by the 3rd V belt translation structure between motor.
Compared with prior art, the advantage of this Yarn twisting machine is: 1, design is more closed
Reason, rotating speed is fast and work efficiency is high, its good stability during energy-conservation and operation；2, twist thread speed
Degree is fast and twisting quality is good；3, tension is stable and improves around line mass；4, yarn is horizontal
Dynamic ride comfort is good, improves the production efficiency of overall operation, and secondly, cycloid drive shaft is tied
Close and drive the structure of roller can improve work efficiency, meanwhile, be located at the circulating slot driven on roller
Body combines road wheel and can guarantee that the stability of transmission, i.e. improves the stability that yarn swings；
5, spiral is stable and rotates smooth-going；6, simple in construction and easily fabricated, service life is long.
Accompanying drawing explanation
Fig. 1 is the structural representation that the present invention provides.
Fig. 2 is the horizontal cycloid mechanism structural representation that the present invention provides.
Fig. 3 is the elastic pressing structure structural representation that the present invention provides.
Fig. 4 is the twisting mechanism structural representation that the present invention provides.
Fig. 5 is the twisting mechanism part-structure schematic diagram that the present invention provides.
Fig. 6 is the paraphysis dish structural representation that the present invention provides.
In figure, frame 1, tension drive shaft 11, tension drive motor 11a, cycloid to drive
Moving axis 12, cycloid drive motor 12a, coiling drive shaft 13, coiling drive motor 13a,
Tensioning mechanism 2, roller stand 21, upper wire stretching wheel 22, lower stretching wire pivoted housing 23, driving wheel
24, tension spring 25, stringing bar 26, filar guide 27, horizontal cycloid mechanism 3, laterally put
Line bar 31, cable-through hole 31a, drive roller 32, right-handed screw groove 32a, backpitch groove 32b,
Box body 33, translot 33a, end slot 33b, laterally steering mechanism 34, horizontal sliding bar 34a,
Traversing seat 34b, road wheel 35, sliding chute rod 36, chute 36a, slide block 37, block 38,
Extension spring 39, gangbar 40, winding mechanism 4, receive spool 4a, yarn cylinder installing rack 41,
Fixing axle 42, winding drive roll 43, fixing seat 44, rotation seat 45, expansion link 46,
Spring 47, twisting mechanism 5, spindle blade 51, passing channel 51a, tengential belt 52, twisting plate
53, outlet passage 53a, paraphysis dish 54, location dish 55, clutch shaft bearing 56a, tension
Device the 57, second bearing 58, yarn tank 59, fixed cover 60, strip bulge 60a, yarn cylinder
61。
Detailed description of the invention
With detailed description of the invention the present invention done further details of theory below in conjunction with the accompanying drawings
Bright.
As it is shown in figure 1, this Yarn twisting machine includes frame 1, frame 1 is provided with and draws
Tight drive shaft 11, cycloid drive shaft 12 and coiling drive shaft 13, tension drive shaft 11,
Cycloid drive shaft 12 and coiling drive shaft 13 axially position with frame 1 respectively and circumference turns
Being dynamically connected, tension drive shaft 11 drives motor 11a to be connected with driving its tension rotated,
Tension drives between motor 11a with tension drive shaft 11 by the first V belt translation structure phase
Even；Cycloid drive shaft 12 drives motor 12a to be connected with driving its cycloid rotated, pendulum
Line drive shaft 12 is driven with cycloid and is connected by the second V belt translation structure between motor 12a,
When Yarn twisting machine is in operation, this cycloid drive shaft 12 its drive motor by cycloid
12a drives it to rotate, and compares the structure of existing cycloid drive shaft integrated reciprocating transverse shifting
It significantly reduces the energy consumption that cycloid drives motor 12a to be consumed；Coiling drive shaft 13
Motor 13a is driven to be connected with its coiling rotated can be driven, coiling drive shaft 13 and coiling
Drive and be connected by the 3rd V belt translation structure between motor 13a.Here the first V belt translation
Structure, the second V belt translation structure and the 3rd V belt translation structure are cog belt and combine two teeth
The drive mechanism of belt wheel.
As shown in Fig. 1 and Fig. 4-6, tension drive shaft 11 connects and has some fasteners
Structure 2, connects in cycloid drive shaft 12 and has some horizontal cycloid mechanism 3, and coiling drives
Connect on axle 13 and have some winding mechanisms 4, described tensioning mechanism 2, horizontal cycloid machine
Structure 3 and winding mechanism 4 one_to_one corresponding are arranged, and set respectively below each tensioning mechanism 2
There is a twisting mechanism 5 being arranged in frame 1.
The twisting mechanism 5 of the present embodiment includes horizontally disposed paraphysis dish 54, at paraphysis dish
54 center vertical wear and are fixed with spindle blade 51 and spindle blade 51 center has axially extended
Passing channel 51a, described paraphysis dish 54 is arranged over the yarn for placing yarn cylinder 61
Tank 59, described spindle blade 51 is located in Sha Guan 59 center and yarn tank 59 and spindle blade 51 turns
It is dynamically connected, is fixed with twisting plate 53 below described paraphysis dish 54 and spindle blade 51 is arranged in
Twisting plate 53 center, described twisting plate 53 sidepiece has horizontal-extending outlet passage
53a, described outlet passage 53a lower end is connected with passing channel 51a, this twisting mill
Structure 5 also includes the tension being placed on yarn cylinder 61 top when putting into yarn cylinder 61 in yarn tank 59
Device 57, the described rounded slab construction of paraphysis dish 54 and passing from outlet passage 53a
Yarn contact with paraphysis dish 54 side and can turn along with paraphysis dish 54 synchronous rotary.
It is applicable to the twisting of chemical fibre wire rod, after the yarn pile warp tensioner on yarn cylinder, sequentially passes through yarn
Cylinder, passing channel and outlet passage.Secondly, the rounded slab construction of paraphysis dish, this structure
Can significantly reduce air drag, speed is fast and energy resource consumption is greatly reduced, and outlet is more flat
Suitable, energy-saving effect is notable and can also improve work efficiency and virtually improves yarn product quality,
Practical and be easy to expanded application.
Specifically, the rounded slab construction of paraphysis dish 54 of the present embodiment, at paraphysis dish
54 be respectively arranged at two ends with anti-hinders arc angling, at spindle blade 51 be located on yarn tank 59
It is provided with clutch shaft bearing 56a between yarn cylinder 61, between yarn tank 59 and spindle blade 51, is provided with
Two bearings 58, paraphysis dish 54 is provided be positioned at paraphysis dish 54 and the second bearing 58 it
Between location dish 55, between yarn tank 59 and the second bearing 58, be provided with circumferential positioning structure；
Described circumferential positioning structure includes the fixed cover 60 being arranged on the second bearing 58,
The outer wall of fixed cover 60 is provided with some axially arranged along fixed cover 60 and even circumferential distribution
Strip bulge 60a, there is bottom yarn tank 59 connecting hole and being arranged on connecting hole hole wall
Some bar-shaped troughs, strip bulge 60a inserts in bar-shaped trough one by one.
It addition, as shown in Figure 1-2, the tensioning mechanism 2 of the present embodiment includes being arranged on machine
Roller stand 21 on frame 1, is provided with tightening of being fabricated from a flexible material on roller stand 21
Line is taken turns 22 and is positioned at the lower stretching wire pivoted housing 23 below wire stretching wheel 22, and flexible material is existing
There is technology, tension drive shaft 11 is provided with some connected with tension drive shaft 11 respectively
And the driving wheel 24 that the upper wire stretching wheel 22 described in driving rotates, strain drive shaft 11 turns
Time dynamic, it is located at driving wheel 24 synchronous axial system in tension drive shaft 11；Yarn successively around
It is located on lower stretching wire pivoted housing 23 and upper wire stretching wheel 22, by straining the rotation of drive shaft 11
The driving wheel 24 being located in tension drive shaft 11 is made to drive upper wire stretching wheel 22 to rotate, then
Upper wire stretching wheel 22 is made to rotate by frictional force.
Secondly, roller stand 21 C-shaped in configuration of the present embodiment, roller stand 21 one end is cut with scissors
Being connected in frame 1, the other end is unsettled and is positioned at above driving wheel 24, at roller stand 21
And be provided with between frame 1 can make the upper wire stretching wheel 22 that is arranged on roller stand 21 all the time to
Under the tension spring 25 that is pressed together on driving wheel 24, be arranged over two at upper wire stretching wheel 22
The stringing bar 26 that is fixed in frame 1 of end, stringing bar 26 is provided with some with tighten
The filar guide 27 that 22 one_to_one corresponding are arranged taken turns by line.One end of tension spring 25 is connected to roller
The middle and upper part of seat 21, the other end is connected with frame.
Prioritization scheme, the horizontal cycloid mechanism 3 of the present embodiment includes horizontal cycloid bar 31,
The outer end of this horizontal cycloid bar 31 is provided with cable-through hole 31a, and the inner drives with being connected to cycloid
This horizontal cycloid bar 31 can be driven on axle 12 and when cycloid drive shaft 12 circumferentially rotates
Traverse motion cycloid drives structure to be connected.
Specifically, above-mentioned cycloid drives structure to include being fixed in cycloid drive shaft 12
Drive roller 32, be cased with in the periphery driving roller 32 box body 33 that is fixed in frame 1 and
Cycloid drive shaft 12 is horizontally through box body 33, and described horizontal cycloid bar 31 is located in and sets
In the translot 33a of box body 33, set between described horizontal cycloid bar 31 and box body 33
Laterally steering mechanism 34, described driving roller 32 outer surface is had to be provided with right-handed screw groove 32a
It is connected with the head and the tail two ends of backpitch groove 32b with backpitch groove 32b, right-handed screw groove 32a
Form circulation cell body, described laterally steering mechanism 34 is provided with and is positioned at circulating slot body
Road wheel 35.It is provided with and drives roller 32 and be located at the circulation cell body knot driven on roller 32
Close road wheel 35 and can improve work efficiency, secondly, moreover it is possible to reduce the consumption of energy when running,
The stability of traversing can also be improved in combination with laterally steering mechanism 34.
Secondly, laterally steering mechanism 34 includes at least horizontal stroke being fixed in box body 33
To slide bar 34a and the traversing seat 34b being slidably connected on horizontal sliding bar 34a, described
The inner of horizontal cycloid bar 31 and traversing seat 34b phase clamping, described road wheel 35 sets
Put on described traversing seat 34b.In order to reduce the produced heat of friction, this enforcement
The traversing seat 34b of example is made of plastics.
In order to improve practicality, horizontal cycloid bar 31 and the winding mechanism 4 of the present embodiment
Between be provided with coordinated type winding mechanism；Specifically, this coordinated type winding mechanism includes having
The sliding chute rod 36 of axially extending chute 36a and being rotatably connected on horizontal cycloid bar 31
Slide block 37, described slide block 37 is located in sliding chute rod 36 and can be along sliding chute rod 36
Chute 36a slides axially, and is provided with outside being positioned in the middle part of sliding chute rod 36 in described box body 33
The block 38 of side, is provided with extension spring 39 between the inner and the box body 33 of described sliding chute rod 36
And one end of extension spring 39 is connected to sliding chute rod 36 the inner, the other end is connected to box body 33
Middle part, the outer end of described sliding chute rod 36 passes is located at box body 33 end and along box body 33
The end slot 33b that width extends, the outer end of described sliding chute rod 36 is hinged with gangbar
40, the other end of described gangbar 40 is hinged on winding mechanism 4.
Prioritization scheme, as Figure 1-3, the winding mechanism 4 of the present embodiment include for
Installing the yarn cylinder installing rack 41 receiving spool 4a, described yarn cylinder installing rack 41 is arranged on
On fixing axle 42, described coiling drive shaft 13 is fixed with and is fabricated from a flexible material
Winding drive roll 43, is provided with and can make between described fixing axle 42 and yarn cylinder installing rack 41
The receipts spool 4a being contained on yarn cylinder installing rack 41 is pressed downward against being combined in winding drive roll all the time
Elastic pressing structure on 43.
Specifically, elastic pressing structure here includes that be fixed on fixing axle 42 fixes
Seat 44, is rotatably connected to rotation seat 45, described yarn cylinder installing rack on fixing seat 44
41 are fixed on rotation seat 45, are provided with between described fixing seat 44 and rotation seat 45
Expansion link 46, is arranged with spring 47 on expansion link 46, and one end of spring 47 acts on
On rotation seat 45, the other end acts on fixing seat 44.
The operation principle of the present embodiment is as follows: during twisting coiling, tension drive shaft 11, pendulum
Line drive shaft 12 and coiling drive shaft 13 rotate respectively, when rear yarn twisted by twisting mechanism 5
Line is transported on tensioning mechanism 2 strain, and is delivered to horizontal cycloid after yarn tension
In mechanism 3, driven by the rotation of cycloid drive shaft 12 and drive roller 32 to rotate, walking
Wheel 35 is walked in being located at the circulating slot body driven on roller 32, road wheel 35 walking i.e. horizontal stroke
The purpose of cycloid is reached to cycloid bar 31 transverse shifting；Combined by horizontal cycloid mechanism 3
Coiling drive shaft 13 makes on yarn winding receipts spool 4a on winding mechanism 4.
Secondly, the coordinated type winding mechanism of setting can improve further operation stability and
The aesthetic property of coiling and around line mass.The most traversing seat 34b slides on horizontal sliding bar 34a
Time drive the slide block 37 being located on horizontal cycloid bar 31 to move, and slide block 37 is located at chute
In the chute 36a of bar 36, then in conjunction with block 38, extension spring 39 and gangbar 40 energy
Improve around line mass further.
Specific embodiment described herein is only to present invention spirit theory for example
Bright.Those skilled in the art can be to described specific embodiment
Make various amendment or supplement or use similar mode to substitute, but without departing from
The spirit of the present invention or surmount scope defined in appended claims.
Although the most more employing frame 1, tension drive shaft 11, tension driving electricity
Machine 11a, cycloid drive shaft 12, cycloid drive motor 12a, coiling drive shaft 13, around
Line drives motor 13a, tensioning mechanism 2, roller stand 21, upper wire stretching wheel 22, lower stretching wire
Pivoted housing 23, driving wheel 24, tension spring 25, stringing bar 26, filar guide 27, laterally put
Line mechanism 3, horizontal cycloid bar 31, cable-through hole 31a, drive roller 32, right-handed screw groove 32a,
Backpitch groove 32b, box body 33, translot 33a, end slot 33b, laterally steering mechanism 34,
Horizontal sliding bar 34a, traversing seat 34b, road wheel 35, sliding chute rod 36, chute 36a,
Slide block 37, block 38, extension spring 39, gangbar 40, winding mechanism 4, receipts spool
4a, yarn cylinder installing rack 41, fixing axle 42, winding drive roll 43, fixing seat 44, turn
Dynamic seat 45, expansion link 46, spring 47, twisting mechanism 5, spindle blade 51, passing channel
51a, tengential belt 52, twisting plate 53, outlet passage 53a, paraphysis dish 54, location dish 55,
Clutch shaft bearing 56a, tensioner the 57, second bearing 58, yarn tank 59, fixed cover 60,
The terms such as strip bulge 60a, yarn cylinder 61, but it is not precluded from using the possibility of other term
Property.Use these terms to be only used to more easily to describe and explain the essence of the present invention；
It is all contrary with spirit of the present invention for being construed as any additional restriction.
Claims (10)
- null1. a Yarn twisting machine，Including frame (1)，It is characterized in that，Described frame (1) is provided with tension drive shaft (11)、Cycloid drive shaft (12) and coiling drive shaft (13)，Described tension drive shaft (11)、Cycloid drive shaft (12) and coiling drive shaft (13) axially position with frame (1) and circumferentially rotate respectively and be connected，The upper connection of described tension drive shaft (11) has some tensioning mechanisms (2)，Some horizontal cycloid mechanism (3) are had in the upper connection of cycloid drive shaft (12)，The upper connection of described coiling drive shaft (13) has some winding mechanisms (4)，Described tensioning mechanism (2)、Laterally cycloid mechanism (3) and winding mechanism (4) one_to_one corresponding are arranged，It is respectively arranged below with a twisting mechanism (5) being arranged in frame (1) at each tensioning mechanism (2)，Described horizontal cycloid mechanism (3) includes horizontal cycloid bar (31)，The outer end of this horizontal cycloid bar (31) is provided with cable-through hole (31a)，The inner is connected with being connected to upper and this horizontal cycloid bar (31) can be driven traverse motion when cycloid drive shaft (12) circumferentially rotates the cycloid driving structure of cycloid drive shaft (12).
- nullYarn twisting machine the most according to claim 1，It is characterized in that，Described cycloid drives structure to include the driving roller (32) being fixed in cycloid drive shaft (12)，It is cased with, in the periphery driving roller (32), the box body (33) that is fixed in frame (1) and cycloid drive shaft (12) is horizontally through box body (33)，Described horizontal cycloid bar (31) is located in the translot (33a) being located at box body (33)，It is provided with laterally steering mechanism (34) between described horizontal cycloid bar (31) and box body (33)，Described driving roller (32) outer surface is provided with right-handed screw groove (32a) and backpitch groove (32b)，The head and the tail two ends of right-handed screw groove (32a) and backpitch groove (32b) are connected to form circulation cell body，Described laterally steering mechanism (34) is provided with the road wheel (35) being positioned at circulating slot body.
- Yarn twisting machine the most according to claim 2, it is characterized in that, described laterally steering mechanism (34) includes at least horizontal sliding bar (34a) being fixed in box body (33) and the traversing seat (34b) being slidably connected on horizontal sliding bar (34a), the inner of described horizontal cycloid bar (31) and traversing seat (34b) phase clamping, described road wheel (35) is arranged on described traversing seat (34b).
- Yarn twisting machine the most according to claim 3, it is characterised in that be provided with coordinated type winding mechanism between described horizontal cycloid bar (31) and winding mechanism (4)；nullDescribed coordinated type winding mechanism includes the sliding chute rod (36) with axially extending chute (36a) and the slide block (37) being rotatably connected on horizontal cycloid bar (31)，Described slide block (37) is located in sliding chute rod (36) and can slide axially along the chute (36a) of sliding chute rod (36)，The block (38) being positioned at outside sliding chute rod (36) middle part it is provided with in described box body (33)，The one end being provided with extension spring (39) and extension spring (39) between the inner and the box body (33) of described sliding chute rod (36) is connected to sliding chute rod (36) the inner，The other end is connected to box body (33) middle part，The outer end of described sliding chute rod (36) passes the end slot (33b) be located at box body (33) end and extend along box body (33) width，The outer end of described sliding chute rod (36) is hinged with gangbar (40)，The other end of described gangbar (40) is hinged on winding mechanism (4).
- Yarn twisting machine the most according to claim 4, it is characterized in that, described winding mechanism (4) includes for installing yarn cylinder installing rack (41) receiving spool (4a), described yarn cylinder installing rack (41) is arranged on fixing axle (42), the winding drive roll (43) being fabricated from a flexible material it is fixed with in described coiling drive shaft (13), the elastic pressing structure that the receipts spool (4a) that can make to be contained on yarn cylinder installing rack (41) is pressed downward against being combined on winding drive roll (43) all the time it is provided with between described fixing axle (42) and yarn cylinder installing rack (41).
- Yarn twisting machine the most according to claim 5, it is characterized in that, described elastic pressing structure includes the fixing seat (44) being fixed on fixing axle (42), fixing seat (44) is rotatably connected to rotation seat (45), described yarn cylinder installing rack (41) is fixed on rotation seat (45), it is provided with expansion link (46) between described fixing seat (44) and rotation seat (45), expansion link (46) is arranged with spring (47), one end of spring (47) acts on rotation seat (45), the other end acts on fixing seat (44).
- null7. according to the Yarn twisting machine described in any one in claim 1-6，It is characterized in that，Described tensioning mechanism (2) includes the roller stand (21) being arranged in frame (1)，Roller stand (21) is provided with the upper wire stretching wheel (22) being fabricated from a flexible material and is positioned at the lower stretching wire pivoted housing (23) of upper wire stretching wheel (22) lower section，Tension drive shaft (11) is provided with some being connected with tension drive shaft (11) respectively and driving wheel (24) that upper wire stretching wheel (22) described in driving rotates，Described roller stand (21) C-shaped in configuration，Roller stand (21) one end is hinged in frame (1)，The other end is unsettled and is positioned at driving wheel (24) top，The tension spring (25) that the upper wire stretching wheel (22) that can make to be arranged on roller stand (21) is pressed downward against being combined on driving wheel (24) all the time it is provided with between roller stand (21) and frame (1)，It is arranged over the stringing bar (26) that two ends are fixed in frame (1) at upper wire stretching wheel (22)，Stringing bar (26) is provided with some filar guides (27) arranged with upper wire stretching wheel (22) one_to_one corresponding.
- null8. according to the Yarn twisting machine described in any one in claim 1-6，It is characterized in that，Described twisting mechanism (5) includes horizontally disposed paraphysis dish (54)，Wear and be fixed with spindle blade (51) and spindle blade (51) center has axially extended passing channel (51a) at paraphysis dish (54) center vertical，Described paraphysis dish (54) is arranged over the yarn tank (59) for placing yarn cylinder (61)，Described spindle blade (51) is located in yarn tank (59) center and yarn tank (59) is rotationally connected with spindle blade (51)，Described paraphysis dish (54) lower section is fixed with twisting plate (53) and spindle blade (51) is arranged in twisting plate (53) center，Described twisting plate (53) sidepiece has horizontal-extending outlet passage (53a)，Described outlet passage (53a) lower end is connected with passing channel (51a)，This twisting mechanism (5) also includes the tensioner (57) being placed on yarn cylinder (61) top when putting into yarn cylinder (61) in yarn tank (59)，Described paraphysis dish (54) rounded slab construction and the yarn passed from outlet passage (53a) contact with paraphysis dish (54) side and can be along with paraphysis dish (54) synchronous rotaries.
- Yarn twisting machine the most according to claim 8, it is characterized in that, described paraphysis dish (54) rounded slab construction, anti-arc angling is hindered being respectively arranged at two ends with of paraphysis dish (54), clutch shaft bearing (56a) it is provided with between spindle blade (51) and the yarn cylinder (61) being located on yarn tank (59), the second bearing (58) it is provided with between yarn tank (59) and spindle blade (51), paraphysis dish (54) is provided with the location dish (55) being positioned between paraphysis dish (54) and the second bearing (58), it is provided with circumferential positioning structure between yarn tank (59) and the second bearing (58)；Described circumferential positioning structure includes the fixed cover (60) being arranged on the second bearing (58), outer wall at fixed cover (60) is provided with some axially arranged along fixed cover (60) and the strip bulge (60a) of even circumferential distribution, described yarn tank (59) bottom has connecting hole and the some bar-shaped troughs being arranged on connecting hole hole wall, and described strip bulge (60a) inserts in bar-shaped trough one by one.
- 10. according to the Yarn twisting machine described in any one in claim 1-6, it is characterized in that, described tension drive shaft (11) drives motor (11a) to be connected with driving its tension rotated, and tension is driven and is connected by the first V belt translation structure between motor (11a) with tension drive shaft (11)；Cycloid drive shaft (12) drives motor (12a) to be connected with driving its cycloid rotated, and cycloid drive shaft (12) is driven with cycloid and is connected by the second V belt translation structure between motor (12a)；Coiling drive shaft (13) drives motor (13a) to be connected with driving its coiling rotated, and coiling drive shaft (13) is driven with coiling and is connected by the 3rd V belt translation structure between motor (13a).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410400535.8A CN104213262B (en) | 2014-08-13 | 2014-08-13 | Yarn twisting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410400535.8A CN104213262B (en) | 2014-08-13 | 2014-08-13 | Yarn twisting machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104213262A CN104213262A (en) | 2014-12-17 |
| CN104213262B true CN104213262B (en) | 2016-09-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410400535.8A Expired - Fee Related CN104213262B (en) | 2014-08-13 | 2014-08-13 | Yarn twisting machine |
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| Country | Link |
|---|---|
| CN (1) | CN104213262B (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3406510A (en) * | 1965-04-07 | 1968-10-22 | Keyser Johann Jacob | Method and apparatus for use in connection with prespinning, spinning and twisting |
| CN201530890U (en) * | 2009-09-17 | 2010-07-21 | 杭州宏峰纺织集团有限公司 | High-speed direct current chemical fiber double twisting machine |
| CN103924331A (en) * | 2014-04-08 | 2014-07-16 | 绍兴纺织机械集团有限公司 | High-speed two-for-one twisting machine |
| CN203977002U (en) * | 2014-08-13 | 2014-12-03 | 浙江省诸暨市良龙袜业有限公司 | Yarn twisting machine |
-
2014
- 2014-08-13 CN CN201410400535.8A patent/CN104213262B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3406510A (en) * | 1965-04-07 | 1968-10-22 | Keyser Johann Jacob | Method and apparatus for use in connection with prespinning, spinning and twisting |
| CN201530890U (en) * | 2009-09-17 | 2010-07-21 | 杭州宏峰纺织集团有限公司 | High-speed direct current chemical fiber double twisting machine |
| CN103924331A (en) * | 2014-04-08 | 2014-07-16 | 绍兴纺织机械集团有限公司 | High-speed two-for-one twisting machine |
| CN203977002U (en) * | 2014-08-13 | 2014-12-03 | 浙江省诸暨市良龙袜业有限公司 | Yarn twisting machine |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104213262A (en) | 2014-12-17 |
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