CN207042773U - A kind of sizer for being used to tie up cloth machine - Google Patents
A kind of sizer for being used to tie up cloth machine Download PDFInfo
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- CN207042773U CN207042773U CN201720720684.1U CN201720720684U CN207042773U CN 207042773 U CN207042773 U CN 207042773U CN 201720720684 U CN201720720684 U CN 201720720684U CN 207042773 U CN207042773 U CN 207042773U
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- gluing
- cloth
- sebific duct
- fixedly connected
- extruded sleeve
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Abstract
The utility model provides a kind of sizer for being used to tie up cloth machine, including gluing support, the gluing support is provided with gluing motor, for placing the glue groove of balsam bottle, with the compression assemblies of the gluing motor drive connection, the extruded sleeve for being set in the compression assemblies and being fixedly connected with the gluing support, the sebific duct being connected respectively positioned at the fixed seat of the extruded sleeve both sides and one end with the balsam bottle in the glue groove, short slot is offered on the extruded sleeve, the sebific duct is fixedly connected in the fixed seat, one section of pipe shaft of the sebific duct is located at the short slot and is interspersed between the compression assemblies and the extruded sleeve.By setting compression assemblies and extruded sleeve, glue is sucked into sebific duct using negative pressure caused by extruding, finally push out in the presence of extruding force, realize autosizing, production efficiency is of a relatively high, labor strength is relatively low and automaticity is of a relatively high.
Description
Technical field
A kind of automation equipment is the utility model is related to, especially a kind of sizer for being used to tie up cloth machine.
Background technology
Motor is in assembling, it usually needs empire cloth is wound on stator coil, at present, insulation is wound on stator coil
The cloth process of tying up of cloth is usually relied on manually to complete, and production efficiency is relatively low and labor strength is of a relatively high.
Not yet occur can be used for replacing worker to complete the equipment for tying up cloth process in the market, one of design difficulty is just
It is how stator coil to be glued after tying up cloth and terminating, cloth is bonded on stator coil, avoids cloth from coming off.
In view of this, the present inventor conducts in-depth research to the sizer for tying up cloth machine, there is this case generation then.
Utility model content
The purpose of this utility model be to provide a kind of production efficiency is of a relatively high, labor strength is relatively low and from
The of a relatively high sizer for being used to tie up cloth machine of dynamicization degree.
To achieve these goals, the utility model adopts the following technical scheme that：
A kind of sizer for being used to tie up cloth machine, including gluing support, the gluing support are provided with gluing motor, are used for
Place balsam bottle glue groove, with it is described gluing motor drive connection compression assemblies, be set in the compression assemblies and with institute
State the extruded sleeve for gluing support and being fixedly connected, the fixed seat for being located at the extruded sleeve both sides respectively and one end and be located at the glue
The sebific duct of balsam bottle connection in groove, offers short slot on the extruded sleeve, and the sebific duct is fixedly connected in the fixed seat,
One section of pipe shaft of the sebific duct is located at the short slot and is interspersed between the compression assemblies and the extruded sleeve.
As a kind of improvement of the present utility model, the compression assemblies include two coaxially arranged plectanes and more than one
Both ends are rotatably connected on the pressure ram on two plectanes respectively, and the axis of the axis of the pressure ram and the plectane is mutual
Parallel arrangement, and when the pressure ram has two or more, more than two pressure rams are using the axis of the plectane in
The even cloth of the heart.
As a kind of improvement of the present utility model, in addition to glue rotary cylinder and be fixedly connected on the gluing rotary pneumatic
Gluing bar in the rotating disk of cylinder, the rotary shaft of the rotary cylinder arrange that the gluing bar is horizontally disposed, the sebific duct vertically
The one end not being connected with balsam bottle is fixedly connected on the hanging one end of the gluing bar.
As a kind of improvement of the present utility model, the port of one end that the sebific duct is connected on the gluing bar is tilted towards
Lower arrangement.
Using above-mentioned technical proposal, the utility model has the advantages that：
1st, by setting compression assemblies and extruded sleeve, glue is sucked into sebific duct using negative pressure caused by extruding, finally existed
Push out in the presence of extruding force, realize autosizing, production efficiency is of a relatively high, labor strength is relatively low and oneself
Dynamicization degree is of a relatively high.
2nd, compression assemblies provided by the utility model can be carried by setting rotatable pressure ram compared with the abrasion of small hose
The service life of high sebific duct.
Brief description of the drawings
Fig. 1 is the structural representation that the utility model stator coil ties up cloth machine；
Fig. 2 is the structural representation for the manipulator that the utility model stator coil ties up cloth machine；
Fig. 3 is the structural representation for the coil clamping device that the utility model stator coil ties up cloth machine；
Fig. 4 is the structural representation for the clip claw assembly that the utility model stator coil ties up cloth machine, and one of them is omitted in figure
Clamping jaw；
Fig. 5 is that the utility model stator coil ties up the translation component of cloth machine and the cross section structure diagram of rotary components, figure
Middle omission hatching；
Fig. 6 is the structural representation that the utility model stator coil ties up the translation component of cloth machine and rotary components omit slide
Figure；
Fig. 7 is the structural representation for tying up cloth apparatus that the utility model stator coil ties up cloth machine；
Fig. 8 is the structural representation tied up after cloth apparatus clipped parts that the utility model stator coil ties up cloth machine；
Fig. 9 is the structural representation for the sizer that stator coil of the present utility model ties up cloth machine, clipped zero in figure
Part；
Figure 10 is the structural representation for the compression assemblies that stator coil of the present utility model ties up cloth machine.
Indicated in figure corresponding as follows：
100- frames；200- coil conveying devices；
210- conveyer belts；220- positioning components；
221- supporting plates；222- locating pieces；
223- positioning cylinders；300- cloth-rolling devices；
310- batching supports；320- work feed components；
321- charging trays；The guide wheels of 322- first；
323- bumper posts；The guide wheels of 324- second；
325- cloth sensors；330- presss from both sides cloth component；
331- presss from both sides cloth rotary cylinder；332- presss from both sides cloth finger cylinder；
333- presss from both sides cloth bar；334- guide rods；
335- slides；340- cuts cloth component；
341- cuts cloth cylinder；342- cutting knifes；
350- batching components；351- batching motors；
352- driving gears；353- idler gears；
354- annulus wheels；355- ring gears；
356- roller bearings；357- proximity transducers；
358- sensor blocks；400- doffers；
410- charging conduits；500- sizers；
510- glues support；511- glues motor；
512- balsam bottles；513- glue grooves；
514- extruded sleeves；515- fixed seats；
520- compression assemblies；521- plectanes；
522- pressure rams；530- rotary cylinders；
531- glues bar；600- coil clamping devices；
610- rotary components；611- electric rotating machines；
612- otating drive rods；613- decelerators；
620- translates component；621- pedestals；
622- slide rails；623- translating bases；
624- racks；625- shiftable gears；
626- translates drive link；627- translation motors；
630- lifting assemblies；631- lift cylinders；
640- clip claw assemblies；641- clamping jaw cylinders；
642- ejector pins；643- connecting seats；
644- clamping jaws；700- manipulators；
The rotary cylinders of 710- first；720- support bases；
The rotary cylinders of 730- second；The finger cylinders of 740- first.
Embodiment
The utility model is described further with specific embodiment below in conjunction with the accompanying drawings.
As shown in figure 1, the stator coil that the present embodiment provides ties up cloth machine, including frame 100, set in frame 100 wired
Conveying device 200, cloth-rolling device 300, doffer 400, the sizer 500 coordinated with cloth-rolling device 300 and coil is enclosed to press from both sides
Hold device 600 and enterprising for output end of the stator coil from coil conveying device 200 to be clamped into coil clamping device 600
Row ties up cloth and the stator coil is clamped to the manipulator 700 on doffer 400 after the completion of cloth is tied up, by each device
Cooperating can replace worker to complete to tie up cloth process, and production efficiency is of a relatively high, and worker need to only place stator coil online
The feed end of conveying device is enclosed, production efficiency is of a relatively high and labor strength is relatively low.
Coil conveying device 200 includes conveyer belt 210, the feeder motor for driving conveyer belt 210 to move (does not show in figure
Go out) and be arranged on conveyer belt 210 output end positioning component 220, conveyer belt 210, feeder motor and biography between the two
Dynamic connected mode is identical with the conveyer belt conveyer of routine, and whole part can directly buy acquisition from the market, no longer detailed herein
State, certainly, conveyer belt 210 has discharge end and feed end.Positioning component 220 includes what is be connected with the output end of conveyer belt 210
Supporting plate 221 and the locating piece 222 and positioning cylinder 223 for being located at the both sides of supporting plate 221 respectively, locating piece 222 and positioning cylinder 223 are same
When positioned at the both sides of transmission belt 210, and locating piece 222 is located on the extended line of the piston rod of positioning cylinder 223.
In use, stator coil to be placed on to the feed end of conveyer belt 210, stator coil is under the transport of conveyer belt 210
Passed out to from the discharge end of conveyer belt 210 on supporting plate 221, then the piston rod of positioning cylinder 223 is released and fixes stator coil
On locating piece 222, resetted again after manipulator 700 clamps the stator coil, into next working cycles.
As shown in Fig. 2 manipulator 700 includes the first rotary cylinder 710, the fixation that cylinder body is fixedly connected in frame 100
Support base 720, the cylinder body being connected in the rotating disk of the first rotary cylinder 710 are fixedly connected on the second rotation on support base 720
Rotaring cylinder 730 and cylinder body are fixedly connected on the first finger cylinder 740 in the rotating disk of the second rotary cylinder 730, wherein, the
The rotary shaft of one rotary cylinder 710 arranges that the rotation axis horizontal of the second rotary cylinder 730 is arranged, the first finger cylinder 740 vertically
Two finger bars be located on same vertical plane.In use, motion of first finger cylinder 740 in the cooperation of two rotary cylinders
To positioning component 220 opening position and the stator coil on supporting plate 221 is picked up, then in the drive of the second rotary cylinder 730
It is lower to rotate 180 all so that the first finger cylinder 740 turns direction, is then moved to again under the drive of the first rotary cylinder 710
The opening position of coil clamping device 600, by the pine of the first finger cylinder 740 after coil clamping device 600 clamps stator coil
Stator coil is opened, the stator coil is completed after tying up cloth process, and the first finger cylinder 740 picks up the stator coil again, and
The opening position at the place of doffer 400 is moved under the drive of first rotary cylinder 710, now the first finger cylinder 740 is unclamped
Stator coil, it is that it falls into doffer 400 naturally, completes a working cycles.
Preferably, in the present embodiment, the first finger cylinder 740 has two (one is only shown in figure), two finger gas
The finger bar of cylinder 740 arranges that one of them first finger cylinder 740 of such manipulator 700 is again by new stator coil opposite to each other
It is sent to before the position of coil clamping device 600, be able to will completes to tie up determining for cloth process first with another first finger cylinder 740
Subcoil picks up, then two transpositions of the first finger cylinder 740 under the drive of the second rotary cylinder 730, then from coil
Realized on clamping device 600 while feeding toward blowing on coil clamping device 600, effectively increase production efficiency.
Still as shown in figure 1, doffer 400 includes being fixedly connected in frame 100 and being inclined relative to horizontal arrangement
Charging conduit 410 and the collection material frame (not shown) positioned at the lower section of charging conduit 410, complete to tie up the stator coil quilt of cloth process
After being placed in charging conduit 410, it can fall into naturally under gravity in collection material frame.
As shown in Fig. 1, Fig. 3-Fig. 6, coil clamping device 600 include be arranged in frame 100 rotary components 610, set
Put the translation component 620 on rotary components 610, the lifting assembly 630 being arranged on translation component 620 and be arranged on lifting group
Clip claw assembly 640 on part 630.
Clip claw assembly 640 includes the clamping jaw cylinder 641 that piston rod arranges vertically, is fixedly connected on the work of clamping jaw cylinder 641
On stopper rod and horizontally disposed ejector pin 642, the connecting seat 643 that is fixedly connected on the cylinder body of clamping jaw cylinder 641 and two points
The clamping jaw 644 not being rotatably connected on connecting seat 643, two clamping jaws 644 are located at the both sides of ejector pin 642, and each clamping jaw 644 respectively
Have respectively positioned at the top of ejector pin 644 and support the drive block on ejector pin 644, so, when on the piston rod of clamping jaw cylinder 641
When stretching, driving card can be promoted so that two clamping jaws 644 open opposite to each other, certainly, clamping jaw 644 also needs to be provided with for making two folders
The resetting structure that pawl 644 clamps in opposite directions, the resetting structure can be with the elastomeric elements such as spring, in the present embodiment, each clamping jaw 644
The rotating shaft between the clamping jaw 644 and connecting seat 643 is towards the side of ejector pin 642 respectively for center of gravity, so, when clamping jaw cylinder
After 641 piston rod recovery, clamping jaw 644 can reset under gravity, clamp stator coil.Preferably, in the present embodiment,
Clip slot is further opened with clamping jaw 644, after clamping jaw 644 clamps stator coil, stator coil is interspersed in the clip slot, so can profit
Stator coil is formed with the lower wall of clip slot and supported, the blessing power requirement to clamping jaw 644 is reduced, it is difficult to avoid the occurrence of clamping jaw 644
To clamp the situation of stator coil under gravity, the stability in use of device is improved.In addition, in the present embodiment, folder
Claw assembly 640 has two groups, can clamp two positions symmetrical on stator coil simultaneously, further improves the stabilization of clamping
Property.
Lifting assembly 630 also has two groups, is corresponded respectively with two groups of clip claw assemblies 640, it is mutual that this sentences one of which
Illustrated exemplified by the lifting assembly 630 and clip claw assembly 640 of cooperation.Lifting assembly 630 includes the liter that piston rod is arranged vertically
Sending down abnormally ascending cylinder 631, the cylinder body of clamping jaw cylinder 641 are directly or indirectly fixedly connected on the piston rod of lift cylinder 631, so, are led to
Crossing the up and down of lift cylinder 631 drives clip claw assembly 640 to perform lifting action, in addition, if necessary can also be in frame
100 be the guide rail which is provided for being oriented to for clamping jaw cylinder 641.
Translation component 620 includes pedestal 621, the slide rail 622 being horizontally set on pedestal 621, is slidably connected at slide rail 622
On translating base 623, the rack 624, the shiftable gear 625 and shiftable gear that are engaged with rack 624 that are fixedly connected with translating base
The translation drive link 626 of 625 drive connections and the translation motor 627 for driving translation drive link 626 to rotate, wherein, put down
Move drive link 626 and arrange that its upper end is connected with shiftable gear 625 vertically, lower end is passed by timing belt and translation motor 627
Dynamic connection, such translation motor 627 may be provided at the bottom of frame 100, improve the job stability of translation component 620.In addition,
The cylinder body of two lift cylinders is all fixedly connected on translating base 623.
Rotary components 610 include electric rotating machine 611 and the otating drive rod 612 being connected with electric rotating machine 611, preferably
, in the present embodiment, decelerator 613 is also associated between electric rotating machine 611 and otating drive rod 612.Otating drive rod 612
Vertical arrangement, pedestal 621 are fixedly connected on the upper end of otating drive rod 612.In addition, in the present embodiment, otating drive rod 612
For hollow stem, translation drive link 626 is interspersed in otating drive rod 612, certainly, otating drive rod 612 and translation drive link 626
Between need to be provided with bearing.By the way that translation drive link 626 is interspersed in otating drive rod 612, whole device can be reduced
Volume, simultaneously because translation drive link 626 be located at rotary components 610 drive translation component 620 rotation center position,
The load of rotary components is reduced, improves the flexibility of device.
As shown in Fig. 1, Fig. 7 and Fig. 8, tying up cloth apparatus 300 includes being fixedly connected in frame 100 tying up cloth support 310, should
Tie up and work feed component 320, folder cloth component 330 are provided with cloth support 310, cuts cloth component 340 and batching component 350, certainly, each group
Part can also be set directly in frame 100, now, tie up the part that cloth support 310 is the equal of frame 100, in other words,
Can be directly using a part for frame 100 as tying up cloth support 310.
Work feed component 320 includes charging tray 321, the first guide wheel 322, the bumper post 323 set gradually along cloth-feeding direction
With the second guide wheel 324, the axis of wherein charging tray 321, the first guide wheel 322 and the second guide wheel 324 is parallel to each other, and charging tray
321st, the first guide wheel 322 and the second guide wheel 324 are rotatably connected on tie up on cloth support 310 respectively, and bumper post 323 is then fixed
It is connected to and ties up on cloth support 310, bumper post 323 has a two or more, each bumper post 323 diameter parallel cloth with charging tray 321 respectively
Put, in addition, the second guide wheel 324 is preferably located at the top of batching component 350, the lower section of the first guide wheel 322 is set with being used for
Detect whether the cloth sensor 325 that cloth passes through.In use, yardage roll is placed on charging tray 321, then opening yardage roll
End is put to pull out, successively on the first guide wheel 322, the guide wheel 324 of bumper post 323 and second, after yardage roll exhausts, cloth
Sensor 325 can't detect cloth process, send the more preferable yardage roll of signal comrade operator.
Folder cloth component 330 includes folder cloth rotary cylinder 331 and cylinder body is fixedly connected on the rotating disk of folder cloth rotary cylinder 331
On folder cloth finger cylinder 332, wherein, the rotation axis horizontal arrangement of folder cloth rotary cylinder 331, the two of folder cloth finger cylinder 332
The folder cloth bar 333 of mutual cooperation is respectively fixedly connected with individual finger bar.In use, folder cloth finger cylinder 332 is in folder cloth rotation
The opening position moved under the drive of cylinder 331 close to the second guide wheel 324 clamps cloth, then again in folder cloth rotary cylinder
Cloth is sent into batching component 350 by rotary motion into batching component 350 from work feed component 320 under 331 drive.It is preferred that
, in the present embodiment, folder cloth component 330 also includes horizontally disposed guide rod 334, the slide being slidably connected on guide rod 334
335 and the mobile cylinder (not shown) for driving slide 335 to be slided on guide rod 334, one end direction of guide rod 334
Batching component 350, the cylinder body of folder cloth rotary cylinder 331 are fixedly connected on slide 335.So, when folder cloth component 330 needs
When gripping cloth, then slide 335 moves under the drive of mobile cylinder toward the direction of batching component 350, when folder cloth finger cylinder
After 332 unclamp cloth, slide 335 resets, and away from batching component 350, such batching component 350 is without waiting for folder cloth component 330
Resetting completely to start working, and effectively increase operating efficiency.
Cut cloth component 340 and be fixedly connected on to tie up including cylinder body and cut cloth cylinder 341 and with cutting cloth cylinder on cloth support 310
The cutting knife 342 that 341 piston rod is fixedly connected, wherein cutting knife 342 are horizontally disposed and are located at the lower section of the second guide wheel 324, tool
Body, cutting knife 342 is between the second guide wheel 324 and batching component 350.
Batching component 350 is including being fixedly connected on the batching motor 351 tied up on cloth support 310, being driven with batching motor 351
The driving gear 352 of connection, the idler gear 353 engaged with driving gear 352, it is rotatably connected on the ring tied up on cloth support 310
Shape wheel 354 and the ring gear 355 being fixedly connected in annulus wheel 354, ring gear 355 and idler gear 353 are intermeshed, due to tooth
Ring 355 has breach, if idler gear 353 only has one, in the rotation process of ring gear 355, in part moment center tooth
Wheel 353 and ring gear 355 are separated from each other, and now ring gear 355 can only rely on inertia to rotate, and be contacted again with idler gear 353
Shi Rongyi touches tooth so that idler gear 353 and ring gear 355 are fragile, in order to improve the use of idler gear 353 and ring gear 355
Life-span, while the stability of transmission is lifted, in the present embodiment, idler gear 353 has two or more, more than two center tooths
Wheel 353 engages with driving gear 352 simultaneously equidistantly around being located at by ring gear 355, and which position no matter ring gear 355 be in, extremely
A few idler gear 353 engages.
Preferably, in the present embodiment, even be furnished with the inner ring position of annulus wheel 354 multiple is rotatably connected on annulus wheel 354
On roller bearing 356, in addition, in the present embodiment, batching component 350 also includes being used for the turnning circle for detecting driving gear 352
Proximity transducer 357, the sensor block 358 coordinated with proximity transducer 357, sensor block are fixedly connected with driving gear 352
358 and driving gear 352 it is coaxially arranged, be so easy to the start and stop position of accurate control annulus wheel 354.
In use, stator coil inserts under the drive of coil clamping device 600 from the breach of annulus wheel 354 so that ring
Shape wheel 354 can be interspersed in the inner ring of stator coil when rotating, and cloth is under the drive of folder cloth component 340 from annulus wheel 354
Breach is penetrated and supported to be located on the position in the inner ring of annulus wheel 354 in stator coil, and then annulus wheel 354 is in batching motor
351 are rotated by, and cloth is pulled by the end of annulus wheel 351, when annulus wheel 354 will rotate a circle, folder cloth
Finger cylinder 332 unclamps cloth, while slide 335 resets, and drives folder cloth bar 333 from annulus wheel 354 axially from annulus wheel 354
Inner ring exit, annulus wheel 354 is rotated further afterwards, by cloth on stator coil, in this process, coil clamping
Device 600 drives stator coil movement so that cloth is uniformly on stator coil.When winding is near completion, cloth group is pressed from both sides
Part 330 clamps cloth again, then cuts cloth component 340 and cuts off cloth in the opening position below folder cloth bar 333, is cut off
Cloth under the drive of annulus wheel 354 completely on stator coil.
As shown in Fig. 1, Fig. 9 and Figure 10, sizer 500 includes gluing support 510, and the gluing support 510 is provided with
Glue motor 511, the glue groove 513 for balsam bottle 512, with gluing motor 511 be connected compression assemblies 520, be set in it is crowded
Pressure component 520 on and with gluing support 510 be fixedly connected extruded sleeve 514, respectively be located at the both sides of extruded sleeve 514 fixed seat
515 and the sebific duct (not shown) that is connected with the balsam bottle 512 in the glue groove 513 of one end, wherein, on extruded sleeve 514
Offer short slot.Bolt fastening structure is provided with fixed seat 515, the bolt fastening structure can be conventional structure, as long as
Sebific duct can be fixed, is no longer described in detail herein.
Compression assemblies 520 include two coaxially arranged plectanes 821 and more than one both ends is rotatably connected on two respectively
Pressure ram 522 on plectane 521, the axis of pressure ram 522 and the axis of plectane 521 are arranged parallel to, and work as pressure ram 522
When having two or more, more than two pressure rams 522 even cloth centered on the axis of plectane 521, certainly, two neighboring pressure ram
Preset distance is separated between 522.In addition, compression assemblies 520 can also be eccentric wheel structure.
In use, sebific duct is fixedly connected in fixed seat 515, and one section of pipe shaft of sebific duct is located in short slot and is interspersed in crowded
Press between component 520 and extruded sleeve 524.When compression assemblies 520 are in when being rotated by of motor 511 of gluing, the meeting of pressure ram 522
Sebific duct is extruded, glue is sucked into sebific duct using negative pressure caused by extruding, finally pushed out in the presence of extruding force, is realized certainly
Dynamic gluing.
Preferably, in the present embodiment, sizer 500 also includes gluing rotary cylinder 530 and is fixedly connected on gluing
Gluing bar 531 in the rotating disk of rotary cylinder 530, wherein, the rotary shaft of rotary cylinder 530 is arranged vertically, glues the water of bar 531
Plain cloth is put, and one end that sebific duct is not connected with balsam bottle 512 is fixedly connected on the hanging one end of gluing bar 531, and sebific duct connects
The port of one end on gluing bar 531 is arranged diagonally downward.When needing gluing, sebific duct is moved to by volume by rotary cylinder 30
The opening position of cloth component 350, again removes sebific duct after the completion of gluing, and automaticity is of a relatively high.
The utility model is described in detail above in conjunction with accompanying drawing, but embodiment of the present utility model and not only
It is limited to above-mentioned embodiment, those skilled in the art can make various modifications according to prior art to the utility model, such as will
Each cylinder in above-described embodiment is changed to hydraulic cylinder etc., and these belong to the scope of protection of the utility model.
Claims (4)
1. a kind of sizer for being used to tie up cloth machine, including gluing support, it is characterised in that the gluing support is provided with gluing
Motor, the glue groove for placing balsam bottle and the compression assemblies for gluing motor drive connection, it is set in the compression assemblies
It is upper and be fixedly connected with the gluing support extruded sleeve, the fixed seat positioned at the extruded sleeve both sides and one end and position respectively
In offering short slot on the sebific duct of the balsam bottle connection in the glue groove, the extruded sleeve, the sebific duct is fixedly connected on described
In fixed seat, one section of pipe shaft of the sebific duct is located at the short slot and is interspersed between the compression assemblies and the extruded sleeve.
2. the sizer as claimed in claim 1 for being used to tie up cloth machine, it is characterised in that the compression assemblies include two together
The plectane of axle arrangement and more than one both ends are rotatably connected on the pressure ram on two plectanes, the axle of the pressure ram respectively
The axis of line and the plectane is arranged parallel to, and when the pressure ram has two or more, more than two extruding
Bar even cloth centered on the axis of the plectane.
3. the sizer as claimed in claim 1 or 2 for being used to tie up cloth machine, it is characterised in that also include gluing rotary cylinder
With the gluing bar being fixedly connected in the rotating disk of the gluing rotary cylinder, the rotary shaft of the rotary cylinder is arranged vertically,
The gluing bar is horizontally disposed, and one end that the sebific duct is not connected with balsam bottle is fixedly connected on the hanging one end of the gluing bar
On.
4. the sizer as claimed in claim 3 for being used to tie up cloth machine, it is characterised in that the sebific duct is connected to the gluing
The port of one end on bar is arranged diagonally downward.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720720684.1U CN207042773U (en) | 2017-06-20 | 2017-06-20 | A kind of sizer for being used to tie up cloth machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720720684.1U CN207042773U (en) | 2017-06-20 | 2017-06-20 | A kind of sizer for being used to tie up cloth machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207042773U true CN207042773U (en) | 2018-02-27 |
Family
ID=61492493
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720720684.1U Active CN207042773U (en) | 2017-06-20 | 2017-06-20 | A kind of sizer for being used to tie up cloth machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207042773U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115672672A (en) * | 2022-11-15 | 2023-02-03 | 肇庆高峰机械科技有限公司 | Automatic stacking magnetic steel machining process |
-
2017
- 2017-06-20 CN CN201720720684.1U patent/CN207042773U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115672672A (en) * | 2022-11-15 | 2023-02-03 | 肇庆高峰机械科技有限公司 | Automatic stacking magnetic steel machining process |
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