CN208517601U - Coil winding machine - Google Patents
Coil winding machine Download PDFInfo
- Publication number
- CN208517601U CN208517601U CN201820739672.8U CN201820739672U CN208517601U CN 208517601 U CN208517601 U CN 208517601U CN 201820739672 U CN201820739672 U CN 201820739672U CN 208517601 U CN208517601 U CN 208517601U
- Authority
- CN
- China
- Prior art keywords
- line
- scroll tube
- rotation
- motor
- take
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Braiding, Manufacturing Of Bobbin-Net Or Lace, And Manufacturing Of Nets By Knotting (AREA)
Abstract
The utility model relates to coil winding machines, it is blended for being carried out to the first braided wire and the second braided wire, with rotation wire-sending device, wire tensioning device, and line components, the first scroll tube, the second scroll tube and rotation take-up, the first braided wire by self-tightening line apparatus successively via and line components, the first scroll tube and the second scroll tube after be rotated take-up retracting in a manner of be arranged；Second braided wire by autorotation wire-sending device successively via and line components, the first scroll tube and the second scroll tube after be rotated take-up retracting in a manner of be arranged；The velocity of rotation for rotating wire-sending device is higher than the velocity of rotation of rotation take-up, and the first scroll tube is driven by first motor and rotates, and the second scroll tube is rotated by the second motor driven, and the first scroll tube is opposite with the rotation direction of the second scroll tube.The utility model can twist by a certain percentage the braided wire of two kinds of different materials, to make the web surface high resilience produced, soft, soft glossy, be not easy pilling.
Description
Technical field
The utility model relates to field of textile equipment, more particularly, to a kind of coil winding machine.
Background technique
In the process of wool yarn and the wearing process of clothing, by the effect of the various external force such as frictional force, pulling force, hair
Wool fibre is easily ticked to form cyclic annular or single head disengaging shape in yarn, and after rubbing repeatedly, wool fibre intertwines, and formation is spherical,
Namely we " pilling " often said.
Utility model content
The utility model is to propose in view of the above problems, and its purpose is to provide a kind of coil winding machines, can be by two
The braided wire of kind of different materials is twisted by a certain percentage, thus make the web surface high resilience produced, it is soft,
Soft glossy is not easy pilling.
To realize that the purpose of this utility model adopts the following technical scheme that.
The utility model of technical solution 1 is a kind of coil winding machine, blended for carrying out to the first braided wire and the second braided wire,
Include rotation wire-sending device, wire tensioning device and line components, the first scroll tube, the second scroll tube and rotation take-up.
First braided wire with from the wire tensioning device successively via described and line components, first scroll tube and institute
It is arranged after stating the second scroll tube by the mode that the rotation take-up furls.
Second braided wire with from the rotation wire-sending device successively via described and line components, first scroll tube
It is arranged with after second scroll tube by the mode that the rotation take-up furls.
The velocity of rotation of the rotation wire-sending device is higher than the velocity of rotation of the rotation take-up.
First scroll tube is driven by first motor and rotates, and second scroll tube is rotated by the second motor driven, and
First scroll tube is opposite with the rotation direction of second scroll tube.
In addition, the coil winding machine of technical solution 2 is distinguished in the coil winding machine of technical solution 1 in the two sides of the wire tensioning device
It is provided with the first limit component and the second limit component for being limited to the first braided wire, first braided wire is with certainly
First limit component is successively via the wire tensioning device, second limit component, described and line components, first vacation
It is arranged after twister and second scroll tube by the mode that the rotation take-up furls.
In addition, the coil winding machine of technical solution 3, in the coil winding machine of technical solution 1, in second scroll tube and described turn
Product line limit component is provided between dynamic take-up.
In addition, the coil winding machine of technical solution 4, in the coil winding machine of technical solution 3, the product line limit component includes into
Product limit component ontology, be formed through in the middle part of the finished product limit component ontology finished product limit component ontology at
Product line limits gap.
In addition, the coil winding machine of technical solution 5, in the coil winding machine of technical solution 1, described and line components include simultaneously line components
Ontology is formed through the doubling gap of the doubling member bodies in the middle part of the doubling member bodies.
In addition, the coil winding machine of technical solution 6, in the coil winding machine of technical solution 1, the rotation wire-sending device includes first
Line sending support frame, the second line sending support frame, the first line sending roller, the second line sending roller and line sending motor, the first line sending roller and institute
It states the second line sending roller and is horizontally placed on the first line sending support frame and described second in a manner of opposite up and down and contact with each other
Between line sending support frame；The line sending motor can drive the first line sending roller or the second line sending roller to rotate.
In addition, the coil winding machine of technical solution 7, in the coil winding machine of technical solution 1, the rotation take-up includes first
Take-up support frame, the second take-up support frame, product line collecting drum, spool and take-up motor, the product line collecting drum and institute
It states spool and is horizontally placed on the first take-up support frame and second take-up in a manner of opposite up and down and contact with each other
Between support frame；The take-up motor can drive the product line collecting drum rotation to make product line be wound in the spiral
On cylinder.
In addition, the coil winding machine of technical solution 8, in the coil winding machine of technical solution 1, on the motor shaft of the first motor
First motor wheel is installed, the first driving wheel is installed in the rotation axis of first scroll tube, the first motor wheel with
It is sequentially connected between first driving wheel by the first belt；The second motor is installed on the motor shaft of second motor
Wheel is equipped with the second driving wheel, second motor wheel and second driving wheel in the rotation axis of second scroll tube
Between by the second belt be sequentially connected.
In addition, the coil winding machine of technical solution 9, in the coil winding machine of technical solution 8, first belt is synchronous belt, institute
Stating first motor wheel and first driving wheel is respectively synchronous pulley；And/or second belt is synchronous belt, described the
Two motor wheels and second driving wheel are respectively synchronous pulley.
In addition, the coil winding machine of technical solution 10, in the coil winding machine of technical solution 8, first belt is round belt, described
First motor wheel and first driving wheel are respectively the friction pulley with round race；And/or second belt is circle
Band, second motor wheel and second driving wheel are respectively the friction pulley with round race.
Compared with prior art, the utility model has the advantages that.
In the process of wool yarn and the wearing process of clothing, by the effect of the various external force such as frictional force, pulling force, hair
Wool fibre is easily ticked to form cyclic annular or single head disengaging shape in yarn, and after rubbing repeatedly, wool fibre intertwines, and formation is spherical,
Namely we " pilling " often said.
In contrast, technical solution 1 provides a kind of coil winding machine, for mixing to the first braided wire and the second braided wire
It spins, comprising: rotation wire-sending device, wire tensioning device and line components, the first scroll tube, the second scroll tube and rotation take-up.
First braided wire with self-tightening line apparatus successively via and line components, the first scroll tube and the second scroll tube after be rotated take-up
The mode of retracting is arranged.Second braided wire is successively false via simultaneously line components, the first scroll tube and second with autorotation wire-sending device
The mode that take-up retracting is rotated after twister is arranged.The velocity of rotation for rotating wire-sending device is higher than turning for rotation take-up
Dynamic speed.First scroll tube is driven by first motor and rotates, and the second scroll tube is rotated by the second motor driven, and the first scroll tube
It is opposite with the rotation direction of the second scroll tube.
In the above structure, the first braided wire is with self-tightening line apparatus successively via simultaneously line components, the first scroll tube and second
The mode that take-up retracting is rotated after scroll tube is arranged, and mentions in rotation take-up, the second scroll tube and the first scroll tube
It is held tight under the action of the take-up force and wire tensioning device of confession and continues line sending；Second braided wire then with autorotation wire-sending device successively
It is arranged via the mode for being rotated take-up retracting after simultaneously line components, the first scroll tube and the second scroll tube.
Wherein, the velocity of rotation of rotation take-up is higher than by the velocity of rotation of setting rotation wire-sending device, and assigned
Its certain speed difference ratio, for example, the velocity of rotation of setting rotation wire-sending device is faster than the velocity of rotation for rotating take-up
15%, thus make in fabrication processes, the second braided wire line sending amount be more than the first braided wire line sending amount 15%, the first braided wire and
Second braided wire and line components at merge after entered in the first scroll tube jointly, in the first scroll tube interior groove with
Under the action of the frictional force generated between braided wire, realizes the mutual winding of the first braided wire and the second braided wire, be wrapped over
Journey is influenced by the second braided wire more than the first braided wire, so that the second braided wire carries out preliminary false twisting around the first braided wire,
Realize that the mixed textile line of preliminary false twisting enters the second scroll tube and relays twirl of extending leave in the first scroll tube, due to the first false twisting
The rotation direction of device and the second scroll tube is on the contrary, thus, the mixed textile line in the second scroll tube is wound more uniform, most
Eventually, it forms product line and is rotated take-up retracting.
The finished yarn produced using the coil winding machine of the utility model is made into after cloth with common cloth anti pilling etc.
Grade is compared, it is possible to find the anti pilling grade for the cloth being made by the finished yarn that the coil winding machine of the utility model is produced is more
Height, higher than the 1-1.5 grade of common cloth, and the design on fabric surface being made by the finished yarn that the coil winding machine of the utility model is produced
Compared with common cloth more high resilience, feel is more soft, gloss is softer.
It is respectively set as the improvement of technical solution 1 in the two sides of wire tensioning device according to the utility model of technical solution 2
There are the first limit component and the second limit component for being limited to the first braided wire, the first braided wire from first to limit
Component successively via wire tensioning device, the second limit component, and line components, the first scroll tube and the second scroll tube after be rotated take-up
The mode of device retracting is arranged.
Be conducive to the first braided wire as a result, to be guided by the first limit component to wire tensioning device, and pass through the second limit component
Self-tightening line apparatus is guided to simultaneously line components, to keep the first braided wire cabling being tightened up smooth, the first braided wire is avoided to occur
It interrupts.
According to the utility model of technical solution 3 and technical solution 4, as the improvement of technical solution 1, the second scroll tube with
It is provided with product line limit component between rotation take-up, further, setting product line limit component includes finished product limit
Member bodies are formed through the product line limit gap of finished product limit component ontology in the middle part of finished product limit component ontology,
Product line can be limited under the action of product line limit component as a result, thus, guidance product line is filled to rotation take-up
Lead is set, rotation take-up is promoted quickly to furl product line.
According to the utility model of technical solution 5, as the improvement of technical solution 1, it is arranged and line components includes simultaneously line components
Ontology is formed through the doubling gap of doubling member bodies in the middle part of doubling member bodies, can make the first braided wire as a result,
Enter the first scroll tube after passing through doubling gap jointly with the second braided wire, due to enter the first scroll tube before just by simultaneously
Linear slit gap collapses, so as to so that the blend not being twisted is angled into the first scroll tube, so that blend
Biggish frictional force is generated between the first scroll tube, improves the false twisting effect of the first scroll tube.
According to the utility model of technical solution 6, as the improvement of technical solution 1, setting rotation wire-sending device includes first
Line sending support frame, the second line sending support frame, the first line sending roller, the second line sending roller and line sending motor, the first line sending roller and second are sent
Line roller is horizontally placed between the first line sending support frame and the second line sending support frame in a manner of opposite up and down and contact with each other；It send
Line motor can drive the first line sending roller or the second line sending roller to rotate.
The first line sending roller or the rotation of the second line sending roller can be driven, and then make the second spinning under the action of line sending motor as a result,
It knits line and is passed through between the first line sending roller and the second line sending roller, the second braided wire is transmitted, pass through the second braided wire simultaneously
Line apparatus enters in the first scroll tube, reaches and automatically delivers function.
According to the utility model of technical solution 7, as the improvement of technical solution 1, setting rotation take-up includes first
Take-up support frame, the second take-up support frame, product line collecting drum, spool and take-up motor, product line collecting drum and spool
It is horizontally placed between the first take-up support frame and the second take-up support frame in a manner of opposite up and down and contact with each other；Take-up electricity
Machine can drive the rotation of product line collecting drum to make product line be wound on spool.
One end of product line can be fixed on spool, be rotated by take-up motor driven product line collecting drum as a result,
To make product line between product line collecting drum and spool pass through be wound on spool, product line is wound.
It is installed on the motor shaft of first motor according to the utility model of technical solution 8 as the improvement of technical solution 1
Have first motor wheel, the first driving wheel be installed in the rotation axis of the first scroll tube, first motor wheel and the first driving wheel it
Between by the first belt be sequentially connected；Second motor wheel is installed on the motor shaft of the second motor, in turning for the second scroll tube
Second driving wheel is installed on moving axis, is sequentially connected between the second motor wheel and the second driving wheel by the second belt.
First motor and the second motor is set to drive the first scroll tube and the second false twisting by belt transmission structure respectively as a result,
Device is rotated, and belt transmission has good elasticity, and stable drive noiseless when work can buffer, absorbing, and low cost
Honest and clean, structure is simple, manufacture is easy, cost is relatively low, does not need lubrication and buffering, shock-absorbing, installation and easy to maintain, also, can
By select Belt Length adjust between first motor and the first scroll tube and between the second motor and the second scroll tube away from
From to meet a variety of centers away from requiring.
According to the utility model of technical solution 9, as the improvement of technical solution 8, the first belt is synchronous belt, first motor
Wheel and the first driving wheel are respectively synchronous pulley；And/or second belt be synchronous belt, the second motor wheel and the second driving wheel point
It Wei not synchronous pulley.
According to the utility model of technical solution 10, as the improvement of technical solution 8, the first belt is round belt, first motor
Wheel and the first driving wheel are respectively the friction pulley with round race；And/or second belt be round belt, the second motor wheel and the
Two driving wheels are respectively the friction pulley with round race.
Above technical scheme 9 and technical solution 10 provide the structure type that several motor wheels drive driving wheel, can be real
Now to the function of the first scroll tube of driving and the rotation of the second scroll tube, and rotation process all has stable drive noiseless, can delay
Punching, absorbing, and cheap, structure is simple, manufacture is easy, cost is relatively low, do not need lubrication and buffering, shock-absorbing, installation and
The advantages that easy to maintain, also, can be adjusted by selected Belt Length between first motor and the first scroll tube and second
The distance between motor and the second scroll tube, to meet a variety of centers away from requiring.
Detailed description of the invention
It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art
Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below
In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art
Under the premise of labour, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the overall structure diagram for indicating the specific embodiment of coil winding machine provided by the utility model.
Fig. 2 is the partial structurtes enlarged drawing for indicating part A in Fig. 1.
Fig. 3 is the partial structurtes enlarged drawing for indicating part B in Fig. 2.
Appended drawing reference: the first braided wire of 1-；The second braided wire of 2-；3- rotates wire-sending device；31- the first line sending roller；32-
Two line sending rollers；33- line sending motor；4- wire tensioning device；The first limit component of 41-；The second limit component of 42-；5- and line components；6-
First scroll tube；61- first motor；The first belt of 62-；The second scroll tube of 7-；The second motor of 71-；The second belt of 72-；8- turns
Dynamic take-up；81- product line collecting drum；82- spool；83- take-up motor；9- product line limit component；10- belt tension
Structure；11- the first auxiliary stopper component；12- the second auxiliary stopper component.
Specific embodiment
The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described
Embodiment is the utility model a part of the embodiment, instead of all the embodiments.Based on the embodiments of the present invention, originally
Field those of ordinary skill every other embodiment obtained without making creative work belongs to practical
Novel protected range.
It is in the description of the present invention, it should be noted that term " center ", "upper", "lower", "left", "right", " perpendicular
Directly ", the orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only
For ease of description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have it is specific
Orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.In addition, term " the
One ", " second ", " third " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified
Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally
Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary,
It can be the connection inside two elements.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition
The concrete meaning of language in the present invention.
Below according to the structure of the utility model, its specific embodiment is illustrated.
Fig. 1 is the overall structure diagram for indicating the specific embodiment of coil winding machine provided by the utility model.Fig. 2 is to indicate
The partial structurtes enlarged drawing of part A in Fig. 1.Fig. 3 is the partial structurtes enlarged drawing for indicating part B in Fig. 2.
As shown in Figure 1 to Figure 3, a kind of coil winding machine is present embodiments provided, for the first braided wire 1 and the second braided wire
2 progress are blended.
The coil winding machine includes rotation wire-sending device 3, wire tensioning device 4 and line components 5, the first scroll tube 6, the second scroll tube
7 and rotation take-up 8.
Wherein, the first braided wire 1 is with self-tightening line apparatus 4 successively via simultaneously line components 5, the first scroll tube 6 and the second false twisting
The mode that the retracting of take-up 8 is rotated after device 7 is arranged；Second braided wire 2 is with autorotation wire-sending device 3 successively via doubling structure
The mode that the retracting of take-up 8 is rotated after part 5, the first scroll tube 6 and the second scroll tube 7 is arranged.
The velocity of rotation for rotating wire-sending device 3 is higher than the velocity of rotation of rotation take-up 8.
First scroll tube 6 is driven by first motor 61 and rotates, and the second scroll tube 7 is driven by the second motor 71 and rotates, and the
One scroll tube 6 is opposite with the rotation direction of the second scroll tube 7.
Further, the limited to the first braided wire 1 first limit is separately provided in the two sides of wire tensioning device 4
Position component 41 and the second limit component 42, the first braided wire 1 with from the first limit component 41 successively via wire tensioning device 4, second
The mode that the retracting of take-up 8 is rotated after limit component 42 and line components 5, the first scroll tube 6 and the second scroll tube 7 is arranged.
In addition, being provided with product line limit component 9 between the second scroll tube 7 and rotation take-up 8.
Further, product line limit component 9 includes finished product limit component ontology, at the middle part of finished product limit component ontology
It is formed through the product line limit gap of finished product limit component ontology.
In addition, simultaneously line components 5 include doubling member bodies, simultaneously line components are formed through in the middle part of doubling member bodies
The doubling gap of ontology.
In addition, rotation wire-sending device 3 includes the first line sending support frame, the second line sending support frame, the first line sending roller 31, second
Line sending roller 32 and line sending motor 33, the first line sending roller 31 and the second line sending roller 32 are horizontal in a manner of opposite up and down and contact with each other
It is set between the first line sending support frame and the second line sending support frame；Line sending motor 33 can drive the first line sending roller 31 to rotate,
To drive the second line sending roller 32 to rotate by the first line sending roller 31.
In addition, rotation take-up 8 includes the first take-up support frame, the second take-up support frame, product line collecting drum 81, volume
Spool 82 and take-up motor 83, product line collecting drum 81 and spool 82 are horizontally disposed in a manner of opposite up and down and contact with each other
Between the first take-up support frame and the second take-up support frame；Take-up motor 83 can drive product line collecting drum 81 rotation to
It is wound in product line on spool 82.
In addition, being equipped with first motor wheel on the motor shaft of first motor 61, pacify in the rotation axis of the first scroll tube 6
Equipped with the first driving wheel, it is sequentially connected between first motor wheel and the first driving wheel by the first belt 62；In the second motor 71
Motor shaft on the second motor wheel is installed, the second driving wheel, the second motor wheel are installed in the rotation axis of the second scroll tube 7
It is sequentially connected between the second driving wheel by the second belt 72.
Further, the first belt 62 is round belt, and first motor wheel and the first driving wheel are respectively to have round race
Friction pulley, the second belt 72 be synchronous belt, the second motor wheel and the second driving wheel are respectively synchronous pulley.
Furthermore it is also possible to configure the belt tensioning structure 10 matched with belt.
Furthermore it is also possible to which one or two or multiple and the first limit are arranged between the first scroll tube 6 and the second scroll tube 7
The position component 41 and identical first auxiliary stopper component 11 of 42 structure of the second limit component, with this make blend at a certain angle into
Enter into the second scroll tube 7, twisting effect is more preferable.
Furthermore it is also possible to be arranged before rotating wire-sending device 3 one or two or it is multiple with the first limit component 41 and
The identical second auxiliary stopper component 12 of second limit component, 42 structure.
In the above structure, the first braided wire 1 is with self-tightening line apparatus 4 successively via simultaneously line components 5,6 and of the first scroll tube
The mode that the retracting of take-up 8 is rotated after second scroll tube 7 is arranged, in rotation take-up 8, the second scroll tube 7 and first
It is held tight under the action of take-up force and wire tensioning device 4 that scroll tube 6 provides and continues line sending；Second braided wire 2 is then with autorotation
Wire-sending device 3 is successively via the side for being rotated the retracting of take-up 8 after simultaneously line components 5, the first scroll tube 6 and the second scroll tube 7
Formula setting.
Wherein, the velocity of rotation of rotation take-up 8 is higher than by the velocity of rotation of setting rotation wire-sending device 3, and assigned
Its certain speed difference ratio is given, for example, velocity of rotation of the velocity of rotation than rotating take-up 8 of setting rotation wire-sending device 3
Fast 15%, thus make in fabrication processes, 2 line sending amount of the second braided wire is more than the 15% of 1 line sending amount of the first braided wire, the first weaving
Line 1 and the second braided wire 2 and line components 5 at merge after entered in the first scroll tube 6 jointly, in the first scroll tube 6
Interior groove and braided wire between under the action of the frictional force that generates, realize mutually twining for the first braided wire 1 and the second braided wire 2
Around winding process is influenced by the second braided wire 2 more than the first braided wire 1, so that the second braided wire 2 is around the first braided wire
1 carries out preliminary false twisting, realizes that the mixed textile line of preliminary false twisting enters in the second scroll tube 7 in the first scroll tube 6 and continues
False twisting, due to the rotation direction of the first scroll tube 6 and the second scroll tube 7 on the contrary, thus, the mixed textile in the second scroll tube 7
Line is wound more uniform, finally, forms product line and is rotated the retracting of take-up 8.
The finished yarn produced using the coil winding machine of the utility model is made into after cloth with common cloth anti pilling etc.
Grade is compared, it is possible to find the anti pilling grade for the cloth being made by the finished yarn that the coil winding machine of the utility model is produced is more
Height, higher than the 1-1.5 grade of common cloth, and the design on fabric surface being made by the finished yarn that the coil winding machine of the utility model is produced
Compared with common cloth more high resilience, feel is more soft, gloss is softer.
In addition, being separately provided for weaving to first in the two sides of wire tensioning device in above-mentioned specific embodiment
The first limit component and the second limit component that line is limited, the first braided wire with from the first limit component successively via stringing
The mode that take-up retracting is rotated after device, the second limit component and line components, the first scroll tube and the second scroll tube is set
It sets.
Be conducive to the first braided wire as a result, to be guided by the first limit component to wire tensioning device, and pass through the second limit component
Self-tightening line apparatus is guided to simultaneously line components, to keep the first braided wire cabling being tightened up smooth, the first braided wire is avoided to occur
It interrupts.
In addition, being provided with finished product between the second scroll tube and rotation take-up in above-mentioned specific embodiment
Line limit component, further, setting product line limit component includes finished product limit component ontology, in finished product limit component ontology
Middle part be formed through finished product limit component ontology product line limit gap, as a result, can be in the work of product line limit component
Under, product line is limited, thus, guidance product line to rotation take-up lead, promote rotation take-up at
Product line is quickly furled.
In addition, being arranged in above-mentioned specific embodiment and line components including doubling member bodies, in simultaneously line components sheet
It is formed through the doubling gap of doubling member bodies in the middle part of body, can make the first braided wire and the second braided wire common as a result,
The first scroll tube is entered behind doubling gap, due to just being collapsed by doubling gap before entering the first scroll tube, thus
The blend not being twisted can be made to be angled into the first scroll tube, so that between blend and the first scroll tube
Biggish frictional force is generated, the false twisting effect of the first scroll tube is improved.
In addition, setting rotation wire-sending device is sent including the first line sending support frame, second in above-mentioned specific embodiment
Line support frame, the first line sending roller, the second line sending roller and line sending motor, the first line sending roller and the second line sending roller are with opposite and phase up and down
The mode mutually contacted is horizontally placed between the first line sending support frame and the second line sending support frame；Line sending motor can drive first
Line sending roller or the rotation of the second line sending roller.
The first line sending roller or the rotation of the second line sending roller can be driven, and then make the second spinning under the action of line sending motor as a result,
It knits line and is passed through between the first line sending roller and the second line sending roller, the second braided wire is transmitted, pass through the second braided wire simultaneously
Line apparatus enters in the first scroll tube, reaches and automatically delivers function.
In addition, setting rotation take-up includes the first take-up support frame, the second receipts in above-mentioned specific embodiment
Line support frame, product line collecting drum, spool and take-up motor, product line collecting drum is with spool with opposite and phase mutual connection up and down
The mode of touching is horizontally placed between the first take-up support frame and the second take-up support frame；Take-up motor can drive product line to receive
Collection roller rotation is to make product line be wound on spool.
One end of product line can be fixed on spool, be rotated by take-up motor driven product line collecting drum as a result,
To make product line between product line collecting drum and spool pass through be wound on spool, product line is wound.
In addition, first motor wheel is equipped on the motor shaft of first motor in above-mentioned specific embodiment,
First driving wheel is installed in the rotation axis of one scroll tube, is driven between first motor wheel and the first driving wheel by the first belt
Connection；Second motor wheel is installed on the motor shaft of the second motor, the second biography is installed in the rotation axis of the second scroll tube
Driving wheel is sequentially connected between the second motor wheel and the second driving wheel by the second belt.
Further, the first belt of setting is round belt, and first motor wheel and the first driving wheel are respectively to have circular wheel
The friction pulley of slot, the second belt are synchronous belt, and the second motor wheel and the second driving wheel are respectively synchronous pulley.
First motor and the second motor is set to drive the first scroll tube and the second false twisting by belt transmission structure respectively as a result,
Device is rotated, and belt transmission has good elasticity, and stable drive noiseless when work can buffer, absorbing, and low cost
Honest and clean, structure is simple, manufacture is easy, cost is relatively low, does not need lubrication and buffering, shock-absorbing, installation and easy to maintain, also, can
By select Belt Length adjust between first motor and the first scroll tube and between the second motor and the second scroll tube away from
From to meet a variety of centers away from requiring.
In addition, the specific structure of the utility model is illustrated in above-mentioned specific embodiment, but it is unlimited
In this.
For example, the first belt is round belt in the specific embodiment of above-mentioned coil winding machine, first motor wheel and first are passed
Driving wheel is respectively the friction pulley with round race, and the second belt is synchronous belt, and the second motor wheel and the second driving wheel are respectively
Synchronous pulley.
But not limited to this, and being also possible to the first belt is synchronous belt, and first motor wheel and the first driving wheel are respectively same
Belt wheel is walked, the second belt is round belt, and the second motor wheel and the second driving wheel are respectively the friction pulley with round race.
Alternatively, the first belt is synchronous belt, first motor wheel and the first driving wheel are respectively synchronous pulley, and the second belt is
Synchronous belt, the second motor wheel and the second driving wheel are respectively synchronous pulley.
Alternatively, the first belt is round belt, first motor wheel and the first driving wheel are respectively the friction pulley with round race,
Second belt is round belt, and the second motor wheel and the second driving wheel are respectively the friction pulley with round race.
Above-mentioned belt equally can be achieved and be driven the various functions that can reach.
In addition, being set between the second scroll tube and rotation take-up in the specific embodiment of above-mentioned coil winding machine
It is equipped with product line limit component, but not limited to this, can also be not provided with product line limit component, same to can be achieved to utilize rotation
The function that take-up furls the product line sent out from the second scroll tube, still, according in specific embodiment
Product line limit component is arranged between the second scroll tube and rotation take-up in structure, can be in the work of product line limit component
Under, product line is limited, thus, guidance product line to rotation take-up lead, promote rotation take-up at
Product line is quickly furled, avoid because furl angle it is changeable due to cause product line to occur breaking or winding phenomenon.
In addition, further, setting product line limit component includes into the specific embodiment of above-mentioned coil winding machine
Product limit component ontology is formed through the product line limit of finished product limit component ontology in the middle part of finished product limit component ontology
Gap, but not limited to this, the crotch which is also possible to be formed as to include pedestal and be set on the base
Structure type etc., to carry out limition orientation to product line, but be oriented to using crotch, be easy to appear unhook phenomenon,
In contrast, according to the structure in specific embodiment, it includes finished product limit component ontology that product line limit component, which is arranged, at
The product line limit gap of finished product limit component ontology, limition orientation function are formed through in the middle part of product limit component ontology
It is more reliable.
In addition, being arranged in above-mentioned specific embodiment and line components including doubling member bodies, in simultaneously line components sheet
The doubling gap of doubling member bodies is formed through in the middle part of body, but not limited to this, and above-mentioned and line components structures can also
To be created as including pedestal and the structure type of yarn hook being set on pedestal, equally achievable doubling function, but use
Yarn is hooked into row doubling, is easy to appear unhook phenomenon, in contrast, according to the structure in specific embodiment, simultaneously line components is arranged
Including doubling member bodies, the doubling gap of doubling member bodies, doubling are formed through in the middle part of doubling member bodies
Function is more reliable.
In addition, being separately provided for weaving to first in the two sides of wire tensioning device in above-mentioned specific embodiment
The first limit component and the second limit component that line is limited, the first braided wire with from the first limit component successively via stringing
The mode that take-up retracting is rotated after device, the second limit component and line components, the first scroll tube and the second scroll tube is set
It sets.
But not limited to this, can also be not provided with above-mentioned the first limit component and the second limit component, same to can be achieved
The function of stringing is carried out to the first braided wire by wire tensioning device, but according to the structure in specific embodiment, is arranged above-mentioned
The first limit component and the second limit component, be conducive to as a result, the first braided wire by the first limit component guide to stringing fill
It sets, and is guided by the second limit component self-tightening line apparatus to simultaneously line components, to keep the first braided wire cabling being tightened up suitable
Freely, the first braided wire is avoided to interrupt.
In addition, setting rotation wire-sending device is sent including the first line sending support frame, second in above-mentioned specific embodiment
Line support frame, the first line sending roller, the second line sending roller and line sending motor, the first line sending roller and the second line sending roller are with opposite and phase up and down
The mode mutually contacted is horizontally placed between the first line sending support frame and the second line sending support frame；Line sending motor can drive first
The rotation of line sending roller, to move the rotation of the second line sending roller by the first line sending roller strap, but not limited to this, is also possible to line sending motor
The second line sending roller can be driven to rotate, to move the rotation of the first line sending roller by the second line sending roller strap, the second braided wire is sent in realization
The function of line.
In addition, setting rotation take-up includes the first take-up support frame, the second receipts in above-mentioned specific embodiment
Line support frame, product line collecting drum, spool and take-up motor, product line collecting drum is with spool with opposite and phase mutual connection up and down
The mode of touching is horizontally placed between the first take-up support frame and the second take-up support frame；Take-up motor can drive product line to receive
Collection roller rotation is to make product line be wound on spool.
But not limited to this, and it includes spool and can directly drive spool that rotation take-up, which is also possible to be formed as,
The structure of the driving motor rotated, still, the line confusion wound are easily broken, and winding effect is obviously not so good as to be embodied
The winding effect of rotation take-up in mode.
In addition, first motor wheel is equipped on the motor shaft of first motor in above-mentioned specific embodiment,
First driving wheel is installed in the rotation axis of one scroll tube, is driven between first motor wheel and the first driving wheel by the first belt
Connection；Second motor wheel is installed on the motor shaft of the second motor, the second biography is installed in the rotation axis of the second scroll tube
Driving wheel is sequentially connected between the second motor wheel and the second driving wheel by the second belt.
But not limited to this, also can be set first motor directly with the rotation axis connection of the first scroll tube, the second motor
Directly with the rotation axis connection of the second scroll tube, and then the first scroll tube and are respectively driven by first motor and the second motor
The rotation of two scroll tubes, equally achievable false twisting function, still, according to the structure in specific embodiment, to the first scroll tube and
The rotation formula of second scroll tube is configured, and is had the following beneficial effects:
It is driven using the belt with favorable elasticity, stable drive noiseless when work can buffer, absorbing, and make
Valence is cheap, structure is simple, manufacture is easy, cost is relatively low, does not need lubrication and buffering, shock-absorbing, installation and easy to maintain, and
And can be adjusted by selected Belt Length between first motor and the first scroll tube and the second motor and the second scroll tube it
Between distance, to meet a variety of centers away from requiring.
It should be strongly noted that the wire tensioning device that the utility model uses has diversified forms, for example, being formed as sewing
Machine is often with wire tensioning device etc..
In addition, coil winding machine provided by the utility model can be composed of the various structures of above embodiment, same energy
Enough play above-mentioned effect.
Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited
System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should
Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of
Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new
The range of each embodiment technical solution of type.
Claims (10)
1. a kind of coil winding machine, for carrying out blended to the first braided wire and the second braided wire comprising: rotation is sent
Line apparatus, wire tensioning device and line components, the first scroll tube, the second scroll tube and rotation take-up,
First braided wire with from the wire tensioning device successively via described and line components, first scroll tube and described
It is arranged after two scroll tubes by the mode that the rotation take-up furls；
Second braided wire with from the rotation wire-sending device successively via described and line components, first scroll tube and institute
It is arranged after stating the second scroll tube by the mode that the rotation take-up furls；
The velocity of rotation of the rotation wire-sending device is higher than the velocity of rotation of the rotation take-up,
First scroll tube is driven by first motor and rotates, and second scroll tube is rotated by the second motor driven, and described
First scroll tube is opposite with the rotation direction of second scroll tube.
2. coil winding machine according to claim 1, which is characterized in that be respectively set in the two sides of the wire tensioning device useful
In the first limit component and the second limit component that are limited to the first braided wire, first braided wire is with from described first
Limit component is successively via the wire tensioning device, second limit component, described and line components, first scroll tube and institute
It is arranged after stating the second scroll tube by the mode that the rotation take-up furls.
3. coil winding machine according to claim 1, which is characterized in that filled in second scroll tube and the rotation take-up
Product line limit component is provided between setting.
4. coil winding machine according to claim 3, which is characterized in that the product line limit component includes finished product limit structure
Part ontology is formed through the product line limit of the finished product limit component ontology in the middle part of the finished product limit component ontology
Gap.
5. coil winding machine according to claim 1, which is characterized in that described and line components include doubling member bodies,
The doubling gap of the doubling member bodies is formed through in the middle part of the doubling member bodies.
6. coil winding machine according to claim 1, which is characterized in that the rotation wire-sending device is supported including the first line sending
Frame, the second line sending support frame, the first line sending roller, the second line sending roller and line sending motor,
The first line sending roller and the second line sending roller are horizontally placed on described the in a manner of opposite up and down and contact with each other
Between one line sending support frame and the second line sending support frame；
The line sending motor can drive the first line sending roller or the second line sending roller to rotate.
7. coil winding machine according to claim 1, which is characterized in that the rotation take-up is supported including the first take-up
Frame, the second take-up support frame, product line collecting drum, spool and take-up motor,
The product line collecting drum and the spool are horizontally placed on described first in a manner of opposite up and down and contact with each other
Between take-up support frame and the second take-up support frame；
The take-up motor can drive the product line collecting drum rotation to make product line be wound on the spool.
8. coil winding machine according to claim 1, which is characterized in that
First motor wheel is installed on the motor shaft of the first motor, is equipped in the rotation axis of first scroll tube
First driving wheel is sequentially connected between the first motor wheel and first driving wheel by the first belt；
The second motor wheel is installed on the motor shaft of second motor, is equipped in the rotation axis of second scroll tube
Second driving wheel is sequentially connected between second motor wheel and second driving wheel by the second belt.
9. coil winding machine according to claim 8, which is characterized in that
First belt is synchronous belt, and the first motor wheel and first driving wheel are respectively synchronous pulley；
And/or
Second belt is synchronous belt, and second motor wheel and second driving wheel are respectively synchronous pulley.
10. coil winding machine according to claim 8, which is characterized in that
First belt is round belt, and the first motor wheel and first driving wheel are respectively the friction with round race
Wheel；
And/or
Second belt is round belt, and second motor wheel and second driving wheel are respectively the friction with round race
Wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820739672.8U CN208517601U (en) | 2018-05-17 | 2018-05-17 | Coil winding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820739672.8U CN208517601U (en) | 2018-05-17 | 2018-05-17 | Coil winding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208517601U true CN208517601U (en) | 2019-02-19 |
Family
ID=65340263
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820739672.8U Expired - Fee Related CN208517601U (en) | 2018-05-17 | 2018-05-17 | Coil winding machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208517601U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108425162A (en) * | 2018-05-17 | 2018-08-21 | 杭州萧山技师学院 | Coil winding machine |
-
2018
- 2018-05-17 CN CN201820739672.8U patent/CN208517601U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108425162A (en) * | 2018-05-17 | 2018-08-21 | 杭州萧山技师学院 | Coil winding machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US10781538B2 (en) | Yarn twisting device and continuous twisting method | |
| CN201835033U (en) | Air yarn cladding machine | |
| CN101665998A (en) | Spinning device for concentrating composite yarns | |
| CN106757568A (en) | A kind of incorgruous twisting spinning apparatus and Yarn spinning method of synchronization | |
| CN208517601U (en) | Coil winding machine | |
| JP2014098225A (en) | Double twister spinning apparatus | |
| CN108425162A (en) | Coil winding machine | |
| JP2008531862A (en) | Spinning method not using a flyer and apparatus having a draft system | |
| CN102953170A (en) | Pre-twisting ring throstle | |
| CN202945393U (en) | Pre-twist ring throstle | |
| CN203034179U (en) | Three-twisting machine | |
| CN102021853B (en) | Multifunctional fiber strand making machine and its uses | |
| CN106894124A (en) | Spinning apparatus and Yarn spinning method are twisted with the fingers in a kind of enhancing twice | |
| CN201826199U (en) | Multifunctional fiber stranding machine | |
| JP2991606B2 (en) | Hybrid yarn and method for producing the hybrid yarn | |
| CN105624866B (en) | The preparation method of ultra-high molecular weight polyethylene long filament and cotton covering yarn | |
| CN105600597B (en) | A kind of yarn intake tube yarn guider | |
| CN101608368B (en) | Twisting device of ultra-fine nylon stretch yarn | |
| CN102618986A (en) | Processing device for spinning core structure functional yarn | |
| US3064413A (en) | Twister for fiber attenuating apparatus | |
| CN207109181U (en) | A kind of roving twisting arrangement and the spinning frame using the roving twisting arrangement | |
| CN207632246U (en) | Knitting wood winder | |
| CN106884241A (en) | A kind of textile machinery yarn stranding device | |
| CN206328527U (en) | Uniform twister | |
| CN107022821A (en) | A kind of processing unit (plant) of wrap yarn |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190219 Termination date: 20190517 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |