CN104555598B - A kind of method of work of the braider of woven mesh lacing wire - Google Patents
A kind of method of work of the braider of woven mesh lacing wire Download PDFInfo
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- CN104555598B CN104555598B CN201310467948.3A CN201310467948A CN104555598B CN 104555598 B CN104555598 B CN 104555598B CN 201310467948 A CN201310467948 A CN 201310467948A CN 104555598 B CN104555598 B CN 104555598B
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- spindle
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Abstract
The present invention relates to a kind of method of work of the braider for woven mesh lacing wire, including：Winding system, the winding system include：Spindle rotating disk, the spindle rotating disk are provided with least two for placing the spindle station of spindle；The spindle rotating disk is suitable to the yarn that each spindle station is exported is surrounded in two alternate parallel main reinforcing strips as secondary reinforcing strip by rotation；It is provided with the spindle station for detecting whether spindle unwinds the sensor for finishing；And be suitable to when detect spindle unwinding finish after, remove the spindle frame of the spindle bobbin；The unwinding, when finishing for the spindle unwinding in a spindle station, is finished the recovery of spindle bobbin, and new spindle is seated to the spindle station by spindle changing mechanism；Then by the yarn bindiny mechanism on the spindle rotating disk, the back segment yarn that the leading portion yarn extracted out from new spindle finishes spindle with the unwinding is spliced.
Description
Technical field
The present invention relates to packaging bag technical field, more particularly to a kind of braider and work side for woven mesh lacing wire
Method.
Background technology
At present, container bag is widely used in transport field, and particularly large-scale container bag effectively reduces packing cost,
But several very heavy heavy goods are mounted in a container bag content and are also easy to produce the phenomenon such as bale broken or goods deformation, and this problem is especially
Occur in the middle part of container bag.
In the prior art, 103010616 A of Chinese patent literature CN disclose a kind of container bag netted reinforcing rib and
For weaving the braider of the netted reinforcing rib, operationally, the raw material of main reinforcing strip or secondary reinforcing strip is in supply for the braider
After finishing, it is necessary to which shutdown is supplemented, that is, continued access is being carried out to main reinforcing strip or secondary reinforcing strip after shutting down, production effect is being reduced
Rate.
The content of the invention
The of the invention primary technical problem for solving is to provide and a kind of is suitable to the continual volume that feed is carried out to secondary reinforcing strip
The braider of knitmesh shape lacing wire, and also solve on the basis of the technical problem is solved uninterrupted to the realization of main reinforcing strip
The technical problem of feed.
In order to solve above-mentioned technical problem, the invention provides a kind of braider for woven mesh lacing wire, including：Twine
System for winding, the winding system include：Spindle rotating disk, the spindle rotating disk are provided with least two for placing the spindle work of spindle
Position；The spindle rotating disk is suitable to surround as secondary reinforcing strip and be uniformly distributed in two by the yarn that each spindle station is exported by rotation
In the alternate parallel main reinforcing strip of root；It is provided with the spindle station for detecting whether spindle unwinds the sensor for finishing；With
And be suitable to when detect spindle unwinding finish after, remove the spindle frame of the spindle bobbin；Spindle changing mechanism, in a spindle
When the spindle unwinding of station is finished, the spindle bobbin that the unwinding is finished is reclaimed, and new spindle is seated to the spindle station；So
Afterwards by the yarn bindiny mechanism on the spindle rotating disk, the leading portion yarn extracted out from new spindle is unwind with described
The back segment yarn of complete spindle is spliced.
Further, in order to preferably realize changing the operation of spindle, the spindle changing mechanism includes：It is suitable to store new yarn
The storage silo of ingot；The conveying device of new spindle to the spindle station is taken out, is conveyed from the storage silo；It is suitable to drive the conveying
Device is rotated to the spindle station of new spindle to be replaced around the periphery of the spindle rotating disk, rotation synchronous with the spindle station holding
The rotating driving device for turning.
Further, the corresponding spindle rotating disk edge of spindle station, the rotation are turned in order to realize the conveying device
Driving means include：Speed adjusting gear, for detecting that the conveying device is compiled with the grating of corresponding angle during the rotation of spindle station
Code device group, and processor module, the processor module are suitable to the correspondence angle number obtained according to the grating encoder group
According to control speed adjusting gear rotating speed, so that the conveying device turns to the spindle work of the to be replaced new spindle on spindle disk edge
During position, the conveying device and spindle rotating disk synchronous rotary are controlled.
Further, the spindle changing mechanism also includes：Spindle bobbin recovery bin, the ingot bobbin recovery bin are suitable to when described
When spindle changing mechanism carries out spindle changing, spindle bobbin is reclaimed；
The spindle frame includes：It is suitable to clamp the bobbin cradle of spindle；The bobbin cradle lower end is provided with and is suitable to by spindle cylinder
Sub- recovery bin direction swings to remove the baffle plate of the spindle bobbin；When spindle is changed, the bobbin cradle discharges spindle bobbin,
While the flapper, after driving spindle bobbin to roll into from spindle station in the spindle bobbin recovery bin, the gear
Plate is rotated and is resetted, and to accept new spindle into spindle station, and clamps the new spindle.
Further, in order to preferably realize yarn splicing, the yarn bindiny mechanism includes：Negative pressure clamping device, yarn
Splicing apparatus, yarn tensioner, and be suitable to when spindle is changed, there is provided the yarn storage device of yarn needed for winding system winding；It is suitable
Yarn mouth is inhaled in the negative pressure around a pivot pins；Wherein, yarn from spindle extraction after, sequentially pass through the negative pressure clamping device,
Yarn splicing device, yarn tensioner, yarn storage device；The negative pressure clamping device is suitable to detecting absorption when spindle unwinding is finished
Through yarn so that yarn between yarn splicing device, yarn tensioner keeps tension force；The spindle changing mechanism
After more renewing spindle, yarn mouth is inhaled by the negative pressure leading portion yarn is drawn from the new spindle, and this section of yarn is moved to into institute
State in yarn splicing device, start the yarn splicing device, to the leading portion yarn with have been located in the yarn splicing device
In yarn spliced.
Further, in order to realize the invention solves the problems that second technical problem, provided by the present invention for woven mesh
The braider of lacing wire also includes：It is suitable to splice the main reinforcing strip feeding system of main reinforcing strip；
The main reinforcing strip feeding system includes：The roll mechanism of strip is adapted to provide for, the roll mechanism includes：Rotation
Wheel, the periphery of the rotating wheel are evenly distributed with some supports for being suitable to hang material roller, be provided with and be adapted to detect for strip in each material roller
The sensor of amount；Wherein, after the material roller in station is used up, a drive mechanism is turned by driving the rotating wheel central shaft
It is dynamic, i.e. drive is used up material roller and removes the station, and virgin material roller enters the station；The main reinforcing strip feeding system is also wrapped
Include：The carry-over pinch rolls of traction strip, the strip that will be used up for being suitable to be pointed on the material roller of station carry out the quick of quick blowing
Discharge mechanism；Be suitable to store a certain amount of strip with keep more reloading roller when, the material storing box of winding system normal work；And it is negative
Pressure suction belt mouth, the negative pressure suction belt mouth are suitable to after virgin material roller enters the station, draw new strip from the virgin material roller, and bring into
After carry-over pinch rolls, into a main reinforcing strip splicing apparatus, the main reinforcing strip splicing apparatus is suitable to the quick latter end strip of blowing
Be connected with the first section strip of the extraction on virgin material roller.
A kind of method of work of the braider on the basis of the braider of above-mentioned woven mesh lacing wire, wherein, the volume
Loom includes：
Winding system, the winding system include：Spindle rotating disk, the spindle rotating disk are provided with least two for placing spindle
Spindle station；The spindle rotating disk is suitable to surround as secondary reinforcing strip and uniform by the yarn that each spindle station is exported by rotation
It is distributed in two alternate parallel main reinforcing strips；It is provided with the spindle station for detecting whether spindle unwinds what is finished
Sensor；And be suitable to when detect spindle unwinding finish after, remove the spindle frame of the spindle bobbin；And, spindle changing machine
Structure and the yarn bindiny mechanism on the spindle rotating disk；
The method of work of the braider includes：
When the spindle unwinding of a spindle station is finished, the spindle cylinder unwinding finished by the spindle changing mechanism
Son is reclaimed, and new spindle is seated to the spindle station；Then by the yarn bindiny mechanism, by what is extracted out from new spindle
Leading portion yarn is spliced with the back segment yarn of the spindle for unwinding and finishing.
Compared with prior art, the invention has the advantages that：（1）The braider that the present invention is provided overcomes existing skill
In art when yarn is finished, it is necessary to shutdown carry out changing the defect of yarn, automatic yarn-changing can be accomplished, people has been saved in automatic connection
Work cost；（2）Present invention also offers a kind of main reinforcing strip feeding system, also effectively reduce the manpower of the roller strap that more reloads into
This；（3）By spindle changing mechanism and main reinforcing strip feeding system, make the braiding function of the present invention again in the case of unmanned
Non-stop run, has saved human cost；（4）The spindle changing mechanism of the present invention is shut down when changing spindle, is easy to behaviour
Making personnel carries out spindle supply in reasonable time and takes out spindle bobbin, and once supply can meet the need for working long hours
Will.
Description of the drawings
In order that present disclosure is more likely to be clearly understood, below according to specific embodiment and combine accompanying drawing,
The present invention is further detailed explanation, wherein
The structural representation of the braider of Fig. 1 present invention；
The structural representation that spindle rotating disk in the braider of Fig. 2 present invention is overlooked；
The first embodiment operating diagram of the spindle changing mechanism of Fig. 3 present invention；
Second embodiment operating diagram of the spindle changing mechanism of Fig. 4 present invention；
The structural representation of the main reinforcing strip feeding system of Fig. 5 present invention；
The structural representation of the netted lacing wire of Fig. 6 present invention；
The structural representation of Fig. 7 this bobbin cradle of the invention.
Wherein, spindle rotating disk 1, spindle 2, leading portion yarn 2-1, back segment yarn 2-2, spindle bobbin 2-3, bobbin cradle 3, baffle plate
3-1, screw mechanism 3-2, support 3-3, rotating shaft 3-4, micro-move device motor 3-5, spindle changing mechanism 4, storage silo 4-1, door 4-
2nd, directive wheel group 4-3, spindle bobbin recovery bin 4-4, yarn bindiny mechanism 5, negative pressure clamping device 5-1, yarn splicing device 5-
2nd, yarn tensioner 5-3, yarn storage device 5-4, negative pressure inhale yarn mouth 5-5, pivot pin 5-6, main reinforcing strip feeding system 6, roll mechanism
6-1, material roller 6-2, carry-over pinch rolls 6-3, quick discharge mechanism 6-4, material storing box 6-5, negative pressure suction belt mouth 6-6, main reinforcing strip splicing dress
Put 6-7, sewing system 7, trailer system 8, main reinforcing strip 100, secondary reinforcing strip 200.
Specific embodiment
Below in conjunction with the accompanying drawings and embodiment the present invention is described in detail：
Embodiment 1
See Fig. 1-Fig. 3 and Fig. 6, a kind of braider for woven mesh lacing wire, including：
Winding system, the winding system include：Spindle rotating disk 1, the spindle rotating disk are provided with least two for placing yarn
The spindle station of ingot 2；The spindle rotating disk 1 be suitable to by rotation using each spindle station export yarn as secondary reinforcing strip 200 and
It is uniformly distributed and is surrounded in two alternate parallel main reinforcing strips 100.
See Fig. 3 and Fig. 4, be provided with the spindle station for detecting whether spindle unwinds the sensor for finishing；And it is suitable
In when detect spindle 2 unwinding finish after, remove the spindle frame of spindle bobbin 2-3.
The spindle frame specific embodiment, the spindle frame include：It is suitable to clamp the bobbin cradle 3 of spindle 2；The bobbin
3 lower end of frame is provided with and is suitable to remove the baffle plate 3-1 of the spindle bobbin by swinging to spindle bobbin recovery bin 4-4 directions.
When spindle is changed, the release spindle bobbin 2-3 of the bobbin cradle 3, while the baffle plate 3-1 is rotated, to drive yarn
After ingot bobbin 2-3 is rolled in the spindle bobbin recovery bin 4-4 from spindle station, the baffle plate 3-1 is rotated and is resetted, to accept
New spindle enters spindle station, and clamps the new spindle.
Refer to Fig. 7（In order to understand brief introduction, in the Fig. 7, baffle plate 3-1 is not represented）, the bottom of the bobbin cradle 3 is provided with one
Thick stick mechanism 3-2, the screw body include：The driving means of drive screw rotation are suitable to, with the support 3- in the bobbin cradle 3
3 bottoms set a screwed hole, and the screwed hole is coordinated with wire rod thread, is rotarily driven support 3-3 by screw mandrel and is reciprocated, another
Support 3-3 is fixedly installed with the spindle rotating disk 1, i.e. rotate to realize adjusting the two stands of the bobbin cradle 3 by screw mandrel
The purpose of spacing, so as to play the clamping action to spindle 2.
Spindle changing mechanism 4, when finishing for the unwinding of spindle 2 in a spindle station, by the unwinding complete complete spindle cylinder
Son is reclaimed, and new spindle is seated to the spindle station；Then by the yarn bindiny mechanism 5 on the spindle rotating disk 1,
The leading portion yarn 2-1 extracted out from new spindle is spliced with the back segment yarn 2-2 of the spindle for unwinding and finishing.
The braider also includes：Sewing system 7 and trailer system 8, the technical scheme is in Chinese patent literature CN
103010616 A are disclosed, and are not repeated herein.
Wherein, the sensor can adopt the sensor for being suitable to monitor spindle thickness, i.e., when the sensor is detected
When spindle thickness is less than a certain setting value, judge that the unwinding yarn is finished；The sensor of detection spindle rotating speed can also be adopted, by
Can become increasingly faster with the unwinding of yarn in the rotary speed of spindle, when unwinding yarn is finished, spindle bobbin 2-3's
Rotation is most fast, therefore can determine whether whether spindle unwinds with this principle and finishes.Furthermore it is also possible to image procossing is adopted, due to
Yarn is white, therefore judges whether spindle unwinds by image procossing identification white and finish, and these are in the prior art
It is open, it is not detailed herein.
See Fig. 3 and Fig. 4, the spindle changing mechanism 4 includes：Storage silo 4-1 of new spindle；Take from storage silo 4-1
Go out, convey the conveying device of new spindle to the spindle station；It is suitable to drive the conveying device around the periphery of the spindle rotating disk 1
Rotate to the spindle station of new spindle to be replaced, the rotating driving device of synchronous rotary is kept with the spindle station；And yarn
Ingot bobbin recovery bin 4-4, ingot bobbin recovery bin 4-4 are suitable to when the spindle changing mechanism 4 carries out spindle changing, reclaim yarn
Ingot bobbin 2-3.
Fig. 3 is the first embodiment of the spindle changing mechanism 4, and storage silo 4-1 is positioned at the spindle station
Top, the opening of storage silo 4-1 is against spindle station, and has a door 4-2 at its opening, and the conveying device can be led to
Cross the door 4-2 and a device of rotation driving to realize, in the device of rotation driving, include the micro- of the driving door 4-2
Type motor, after sensor detects the unwinding of spindle 2 to be finished, the baffle plate 3-1（Such as arrow F1 directions in Fig. 3 and Fig. 4）
Swing, to remove after spindle bobbin 2-3, reset immediately；Then the device of rotation driving controls door 4-2 to F2 directions turn
It is dynamic, that is, storage silo 4-1, and release new spindle are opened, the yarn for tumbling can be controlled by the opening time of the control door 4-2
The quantity of ingot 2, this is means customary in the art；The inside of storage silo 4-1 is also provided with a spring mechanism and comes to new yarn
Ingot provides certain thrust.When the new spindle falls, the baffle plate 3-1 may also operate as the effect for catching the new spindle；Institute
When stating spindle 2 in the spindle frame, the bobbin cradle 3 clamps the bobbin shaft two ends of the new spindle, completes spindle changing
Work.
Fig. 4 is the another embodiment of the spindle changing mechanism 4, and the passage in storage silo 4-1 arranges certain
Angle of inclination, the spindle 2 is due to by Action of Gravity Field, tumbling when door 4-2 is opened；Remaining course of work with it is described
The first embodiment of spindle changing mechanism 4 is identical.
The rotating driving device includes：Speed adjusting gear, for detecting the conveying device（Or spindle changing mechanism 4）With
The grating encoder group of correspondence angle during the rotation of spindle station, and processor module, the processor module are suitable to according to institute
The correspondence angle Data Control speed adjusting gear rotating speed of grating encoder group acquisition is stated, so that the conveying device（Or spindle is more
Converting mechanism 4）Turn to spindle rotating disk（1）During the spindle station of the to be replaced new spindle on edge, and control the conveying device（Or
Spindle changing mechanism 4）With 1 synchronous rotary of spindle rotating disk.
The grating encoder group can also adopt the first grating encoding sensor and the second grating encoding sensor, respectively
Located at the rotating shaft end of the spindle changing mechanism 4 and the rotating shaft end of spindle rotating disk 1, to obtain respective angles data, then basis
The respective angles data of two grating encoding sensor acquisitions calculate conveying device（Or spindle changing mechanism 4）With spindle station
Rotation when correspondence angle data, adjust the conveying device by the angle data（Or spindle changing mechanism 4）Rotation
Data, so that the conveying device（Or spindle changing mechanism 4）After turning to the corresponding spindle rotating disk edge of spindle station, control
The conveying device（Or spindle changing mechanism 4）With 1 synchronous rotary of spindle rotating disk, work so as to complete spindle changing.
Wherein, a bearing is arranged as the rotating shaft of the spindle changing mechanism 4 in the rotating shaft of spindle rotating disk 1, a L-type connects
The two ends of extension bar are connected with the bottom of the bearing upper end and the spindle changing mechanism 4 respectively.In order to maintain bearing to rotate
Balance, is provided with counterweight element so that the spindle rotating disk 1 is substantially symmetrical about its central axis with the L-type connecting rod.One motor and the axle
Hold and be driven by a belt pulley.
See Fig. 3 and Fig. 4, in order to the spindle changing mechanism 4 further be maintained in stablizing that 1 edge of spindle rotating disk is rotated
Property, the spindle changing mechanism 4 are additionally provided with directive wheel group 4-3, and directive wheel group 4-3 includes two directive wheels, is respectively arranged on yarn
The upper/lower terminal face of ingot rotating disk 1, and the upper/lower terminal face is additionally provided with the groove as guide rail, two directive wheel is embedded in respectively
In respective track.
See Fig. 2, the yarn bindiny mechanism 5 includes：Negative pressure clamping device 5-1, yarn splicing device 5-2, yarn tensioning
Device 5-3, and be suitable to when spindle is changed, there is provided the yarn storage device 5-4 of yarn needed for winding system winding；It is suitable to around a pivot pin
The negative pressure that 5-6 is rotated inhales yarn mouth 5-5；Wherein, yarn sequentially passes through the negative pressure clamping device 5-1, yarn from after spindle extraction
Splicing apparatus 5-2, yarn tensioner 5-3, yarn storage device 5-4.
The negative pressure clamping device 5-1 is suitable to detecting the yarn that absorption is passed through when the unwinding of spindle 2 is finished, so as to be located at
Yarn in yarn splicing device 5-2, yarn tensioner 5-3 keeps tension force.
After the spindle changing mechanism 4 more renews spindle, before one being drawn by negative pressure suction yarn mouth 5-5 from the new spindle
Section yarn 2-1, and this section of yarn 2-1 is moved in the yarn splicing device 5-2（Negative pressure inhales the rotary motion trace of yarn mouth 5-5
As shown in F3 in Fig. 2）, start the yarn splicing device 5-2 immediately, to the leading portion yarn 2-1 with have been located in the yarn
Yarn in splicing apparatus 5-2（It is i.e. described to unwind the back segment yarn 2-2 for finishing spindle）Spliced.
Wherein, the negative pressure clamping device 5-1, negative pressure inhale yarn mouth 5-5 by negative pressure source generation negative pressure, by each magnetic valve
Control respectively, to play the effect of negative-pressure adsorption, this is technological means customary in the art.
In 2 normal feed of spindle, yarn reaches follow up device through the negative pressure clamping device 5-1（Negative pressure clamping dress
Put 5-1, yarn splicing device 5-2, yarn tensioner 5-3, yarn storage device 5-4）Once, the sensor detects spindle 2 and unwinds
Finish, then a magnetic valve is opened, enough negative pressure are obtained to adsorb the yarn of process to control the negative pressure clamping device 5-1,
And the enough tension force of yarn is kept together with yarn tensioner 5-3, is used for yarn splicing device 5-2 splicings.
Fig. 7 is referred to, in order to preferably look for the end of a thread of the new yarn after changing, the bobbin cradle 3 includes being suitable to clamping
The rotating shaft 3-4 of the shaft end of the yarn bobbin, wherein a rotating shaft 3-4 is driven by a micro-move device motor 3-5 rotating, is suitable to drive
New yarn bobbin axial-rotation one week, is easy to adsorb yarn and thread head, can be, at the bobbin cradle 3, just installing to the spindle 3
One elongated loudspeaker, the i.e. open end of the elongated loudspeaker are be arranged in parallel with the axis direction of the spindle 2, and the width of the opening
It is corresponding with the length of the spindle 2, to be easier to look for the end of a thread.Yarn mouth is inhaled with the negative pressure in the exit of the elongated loudspeaker
The openend of 5-5 is connected.
Heretofore described yarn splicing device 5-2 can be using in Chinese patent open source literature CN 101291863A
The technical scheme of Yarn Connecting apparatus.
See Fig. 5, further, in order to realize uninterrupted feed being realized to main reinforcing strip.
The braider also includes：It is suitable to splice the main reinforcing strip feeding system 6 of main reinforcing strip 100；
The main reinforcing strip feeding system 6 includes：It is adapted to provide for the roll mechanism 6-1 of strip, roll mechanism 6-1 bags
Include：Rotating wheel, the periphery of the rotating wheel are evenly distributed with some supports for being suitable to hang material roller 6-2, are provided with suitable in each material roller
In the sensor of detection band doses, the sensor can adopt optoelectronic switch.
Wherein, after the material roller 6-2 in station is used up, a drive mechanism is turned by driving the rotating wheel central shaft
It is dynamic, i.e. drive is used up material roller and removes the station, and virgin material roller enters the station；
The main reinforcing strip feeding system 6 also includes：The carry-over pinch rolls 6-3 of traction strip, is suitable to be pointed to the material roller of station
On the strip that will be used up carry out the quick discharge mechanism 6-4 of quick blowing；It is suitable to store a certain amount of strip to keep more
Reload roller when, the material storing box 6-5 of winding system normal work；And negative pressure suction belt mouth 6-6, negative pressure suction belt mouth 6-6 are suitable to work as
After virgin material roller enters the station, new strip is drawn from the virgin material roller, and band is to the carry-over pinch rolls 6-3（Such as the side of F4 in Fig. 5
To）, a main reinforcing strip splicing apparatus 6-7 is sent into by the carry-over pinch rolls 6-3, the main reinforcing strip splicing apparatus 6-7 is suitable to will be fast
The latter end strip of fast blowing is connected with the first section strip of the extraction on virgin material roller.
The carry-over pinch rolls 6-3 can adopt the mode of negative pressure to lead into described with the new strip for improving the absorption of negative pressure suction belt mouth
The success rate of pick-up roll 6-3, i.e., using negative pressure carry-over pinch rolls by the way of, have in Chinese patent literature CN 2450092Y and retouch in detail
State.
The negative pressure carry-over pinch rolls, negative pressure suction belt mouth 6-6 can also be by way of negative pressure source and solenoid valve control.Due to institute
State main reinforcing strip 100 and use polypropylene fibre band, so the main reinforcing strip splicing apparatus 6-7 can be stitched using sewing device
Thread splicing.
The support includes：The rotating mechanism for driving the material roller 6-2 to rotate is suitable to, in order to the negative pressure suction belt mouth 6-
6 draw the first section strip on the virgin material roller.
Embodiment 2
A kind of method of work of the braider for woven mesh lacing wire on the basis of embodiment 1, wherein, the braiding
Machine includes：
Winding system, the winding system include：Spindle rotating disk 1, the spindle rotating disk are provided with least two for placing yarn
The spindle station of ingot 2；The spindle rotating disk 1 is suitable to the yarn of each spindle station output by rotation as 200 ring of secondary reinforcing strip
Around and be uniformly distributed in two alternate parallel main reinforcing strips 100.
It is provided with the spindle station for detecting whether spindle unwinds the sensor for finishing；And be suitable to detect yarn
After ingot unwinding is finished, the spindle frame of the spindle bobbin is removed.
And, spindle changing mechanism 4 and the yarn bindiny mechanism 5 on the spindle rotating disk 1.
The method of work of the braider includes：
When the unwinding of spindle 2 of a spindle station is finished, the spindle unwinding finished by the spindle changing mechanism 4
Bobbin 2-3 is reclaimed, and new spindle is seated to the spindle station；Then by the yarn bindiny mechanism 5, will be from new spindle
The leading portion yarn 2-1 of extraction is spliced with the back segment yarn 2-2 of the spindle for unwinding and finishing.
Obviously, above-described embodiment is only intended to clearly illustrate example of the present invention, and is not to the present invention
The restriction of embodiment.For those of ordinary skill in the field, which can also be made on the basis of the above description
The change or variation of its multi-form.There is no need to be exhaustive to all of embodiment.And these belong to this
Bright spirit it is extended obvious change or change still in protection scope of the present invention among.
Claims (1)
1. a kind of method of work of the braider for woven mesh lacing wire, it is characterised in that
The braider includes：
Winding system, the winding system include：Spindle rotating disk（1）, the spindle rotating disk is provided with least two to be used to place spindle
（2）Spindle station；The spindle rotating disk is suitable to the yarn of each spindle station output by rotation as secondary reinforcing strip（200）Ring
Around and be uniformly distributed in two alternate parallel main reinforcing strips（100）On；
It is provided with for detecting spindle at the spindle station（2）The whether sensor that unwinding is finished；And be suitable to detect yarn
Ingot（2）After unwinding is finished, the spindle bobbin is removed（2-3）Spindle frame；And, spindle changing mechanism（4）With positioned at the yarn
Yarn bindiny mechanism on ingot rotating disk（5）；
The method of work of the braider includes：
When the spindle unwinding of a spindle station is finished, by the spindle changing mechanism（4）The unwinding is finished into the cylinder of spindle
Son（2-3）Reclaim, and new spindle is seated to into the spindle station；Then pass through the yarn bindiny mechanism（5）, will be from new spindle
The leading portion yarn of middle extraction（2-1）With the back segment yarn of the spindle for unwinding and finishing（2-2）Spliced.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310467948.3A CN104555598B (en) | 2013-10-09 | 2013-10-09 | A kind of method of work of the braider of woven mesh lacing wire |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310467948.3A CN104555598B (en) | 2013-10-09 | 2013-10-09 | A kind of method of work of the braider of woven mesh lacing wire |
Publications (2)
| Publication Number | Publication Date |
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| CN104555598A CN104555598A (en) | 2015-04-29 |
| CN104555598B true CN104555598B (en) | 2017-04-05 |
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| CN201310467948.3A Expired - Fee Related CN104555598B (en) | 2013-10-09 | 2013-10-09 | A kind of method of work of the braider of woven mesh lacing wire |
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| CN109573737A (en) * | 2018-11-27 | 2019-04-05 | 浙江自力机械有限公司 | A kind of negative pressure separation device |
| CN109998734B (en) * | 2019-04-22 | 2021-06-01 | 中南大学湘雅二医院 | Artificial blood vessel braiding machine |
| CN113307100B (en) * | 2021-07-07 | 2023-04-07 | 四川玄武岩纤维新材料研究院(创新中心) | Unmanned intelligent yarn changing system and automatic yarn changing method |
| CN114836897B (en) * | 2022-04-13 | 2023-09-08 | 南阳市恒生地毯设备有限公司 | Full-automatic wire arranging machine for hand carpet |
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| CN203474104U (en) * | 2013-10-09 | 2014-03-12 | 常州市伟宇精密机械有限公司 | Braiding machine for braiding net-shaped lacing wires |
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2013
- 2013-10-09 CN CN201310467948.3A patent/CN104555598B/en not_active Expired - Fee Related
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| CN104555598A (en) | 2015-04-29 |
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