CN206141006U - Full -automatic nonwoven sack processing equipment - Google Patents
Full -automatic nonwoven sack processing equipment Download PDFInfo
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- CN206141006U CN206141006U CN201621176559.0U CN201621176559U CN206141006U CN 206141006 U CN206141006 U CN 206141006U CN 201621176559 U CN201621176559 U CN 201621176559U CN 206141006 U CN206141006 U CN 206141006U
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- mounting seat
- bag
- woven
- sidepiece
- full
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Abstract
The utility model relates to a handbag processing equipment, in particular to full -automatic nonwoven sack processing equipment. The utility model provides a following technical scheme: an unwinding device, preliminary forming device, cutting device, pulling mechanism, forming mechanism and bag body output device are equipped with the handle device between preliminary forming device and the cutting device, go up the handle device including the mount pad and go up the handle mounting bracket, are equipped with input opening and output opening on going up the handle mounting bracket, import the opening and export to be equipped with supersound wave soldering pressure head respectively and to weld the pressure head driving source between the opening that full -automatic nonwoven sack processing equipment, including the organism and on locating the organism in proper order. Adopt above -mentioned technical scheme, provide one kind and saved manufacturing cost, improved production efficiency, had cushioning effect power, can the collision not appear, draw the material level to put full -automatic nonwoven sack processing equipment accurate and simple structure with forming die in advancing process.
Description
Technical field
The utility model is related to a kind of hand bag processing equipment, more particularly to a kind of full-automatic non-woven cloth bag process equipment.
Background technology
Non-woven bag is a kind of Environmental protection bag, and it is main material that it is the non-woven fabrics of non-weaving cloth.Traditional non-woven bag leads to
Implement to process frequently with non-woven bag process equipment.Such process equipment is mainly with putting that the non-woven fabrics enforcement to rolling is unreeled
Winding apparatus, promote the shaped device of one-step forming at the beginning of bag, cutting means, material pulling mechanism, shaping mechanism and bag output device.
However, having the handle for being available for users to extraction on non-woven bag, do not have in traditional process equipment automatically
The device of handle is installed, therefore, after non-woven bag is machined, in addition it is also necessary to manual that handheld ring is installed on non-woven bag,
Working (machining) efficiency is not only reduced, and also needs to expend more cost of labor.
And in forming process, not only need to bag be molded, in addition it is also necessary to replace side carry out flanging, make this into
Bag after type can be implemented to fold.
Traditional sidepiece shaping is mainly implemented by sidepiece shaped device.Traditional sidepiece shaped device mainly by sidepiece into
Type mounting seat, the sidepiece shaping plate for being set up in sidepiece shaping mounting seat and mounting seat enforcement displacement being molded along sidepiece, side
Portion's shaping mounting seat is provided with the drive component for driving sidepiece shaping plate movement.In use, drive component driving side
Portion's shaping plate proceeds to the sidepiece of non-woven bag, makes this go out stroke flanging.However, the direct counter-lateral quadrents of drive component is molded plate
Implement to drive, sidepiece shaping plate is easy to be collided with mould when quickly propelling the sidepiece to non-woven bag, is touching
Sidepiece shaping plate deformation is not only resulted in during hitting, while will also result in mould damage.
Traditional material pulling mechanism is will to be delivered at shaping mechanism to implement processing through the preliminary formed nonwoven cloth of cutting
Transition mechanism.Traditional material pulling mechanism is conveyer belt, i.e., just the non-woven fabrics of one-step forming implements conveying by the tractive force of conveyer belt.
However, during material is drawn, due to inertia, the position that just non-woven fabrics of one-step forming is entered at shaping mechanism is difficult to ensure that, leads
Cause machining accuracy during shaping to be easy to deviation occur, and easily shaping mechanism is collided, shorten shaping mechanism
Service life.
The content of the invention
In view of the shortcomings of the prior art, the utility model provide it is a kind of save production cost, improve production efficiency,
Will not there is collision with mould with cushioning effect power, in progradation, draw discharge position accurate and simple structure complete
Automatic non-woven bag process equipment.
For achieving the above object, the utility model provides following technical scheme：A kind of full-automatic non-woven cloth bag processing sets
It is standby, including organism and be sequentially arranged on body can the non-woven fabrics of rolling be implemented to unreel unwinding device, promote bag tentatively into
The shaped device of type, cutting means, material pulling mechanism, shaping mechanism and bag output device, it is characterised in that：Described bag is preliminary
Handle device is provided between the shaped device and cutting means of shaping, handle device includes mounting seat, is set up in peace on this
Fill on seat and symmetrically arranged two upper handle installing racks, respectively corresponding being provided with supplies non-woven fabrics on described upper handle installing rack
The feed opening and outlet opening of input, is respectively equipped with longitudinal and right along upper handle installing rack between feed opening and outlet opening
The weldering pressure head driving source that the supersonic welding pressure head and driving supersonic welding pressure head answered is lifted along the transverse reciprocating of upper handle installing rack,
Handle strip cutting mechanism is provided between feed opening and supersonic welding pressure head and the angle to the handle strip after cutting is implemented to adjust
Angle adjusting mechanism, being respectively equipped with described upper handle installing rack can be transported to angular adjustment machine by the handle strip after cutting
Transshipment acitivity at structure and supersonic welding pressure head.
Using above-mentioned technical proposal, by being provided with handle dress between the shaped device and cutting means of one-step forming at the beginning of bag
Put, can be during processing nonwoven fabrics bag while upper handle.In use, originally the non-woven bag of one-step forming is carried from above
After the feed opening input of hand installing rack, transshipment acitivity is transported to hand-strap at hand-strap cutting mechanism by the hand-strap of strip
The section shape hand-strap for being adapted to install with non-woven bag is cut into, then the hand-strap of section shape is transported to again by transshipment acitivity
The angle of section shape hand-strap implemented at angle adjusting mechanism adjust, the hand-strap for making this section of shape is adjusted to and is mountable to nonwoven
Angle on cloth bag, is soldered to hand-strap on non-woven bag finally by supersonic welding pressure head.Upper handle peace in mounting seat
Shelve with two, and handle installing rack is correspondingly arranged on two, it is corresponding respectively on handle installing rack on two to be provided with supersonic welding
Pressure head, hand-strap cutting mechanism, angle adjusting mechanism and transshipment acitivity.And each mechanism on two on handle installing rack is synchronous
Operation.So arrange and not only reduce by the production cost of manually installed hand-strap, improve the installation effectiveness of hand-strap, and
The installation site of hand-strap has uniformity, and the cooperation between equipment Zhong Ge mechanisms is stable, simple structure.
The utility model is further arranged to：Shaping mechanism includes mould and bag sidepiece shaped device, bag sidepiece
Shaped device includes sidepiece shaping mounting seat, is set up in sidepiece shaping mounting seat and can implement position along sidepiece shaping mounting seat
The sidepiece shaping plate of shifting, sidepiece shaping mounting seat is provided with the drive component for driving sidepiece shaping plate movement, sidepiece shaping
The slide that mounting seat sliding is molded along sidepiece is provided between plate and sidepiece shaping mounting seat, between slide and sidepiece shaping plate
Buffer Unit is provided with, the Buffer Unit includes the buffering mounting seat that the installing plate that is fixedly connected with slide and installing plate are connected
And the bearing being connected by guide pillar with buffering mounting seat, buffer spring is provided between bearing and buffering mounting seat, bearing is provided with
Clamping sidepiece is molded the slot of plate；The mould bottom is provided with the bag bottom contoured support dress with mould linkage
Put, the bag bottom contoured support device includes collet mounting seat, being set up in collet mounting seat can be past along collet mounting seat
The sliding assembly of polyslip, the drive component a for driving sliding assembly, it is set up on sliding assembly and can be vertically moved up or down along sliding assembly
Blade assemblies, described collet mounting seat be provided with mould linkage linkage unit b；Described sliding assembly includes
There is the installing plate that slide rail and slide rail in collet mounting seat are be arranged in parallel and be connected by slide block with slide rail；Described drive
Dynamic component a includes the motor that is set up in collet mounting seat and is set around collet mounting seat with motor linkage and by drive
On transmission belt, described installing plate is provided with the linkage block fixed with transmission belt；Described blade assemblies are included and installation
The vertically arranged drive cylinder of plate and the positioning supporting plate with drive cylinder linkage；Described linkage unit b is included and collet peace
Dress seat linkage guide connected vertically, linkage guide is provided with contiguous block relative to the other end for being connected one end with collet mounting seat.
Using above-mentioned technical proposal, Buffer Unit is set by being molded between plate and sidepiece shaping mounting seat in sidepiece,
In use, slide is driven the driving of component and moves in sidepiece shaping mounting seat, while can also drive sidepiece
Shaping plate movement, when sidepiece shaping plate is inserted into the sidepiece of non-woven fabrics, due to the effect of Buffer Unit, is molded sidepiece
It is soft conflict between plate and mould, so as to alleviate the conflict power between sidepiece shaping plate and mould, and then
Counter-lateral quadrents is molded plate and mould provides protection.In use, when the sheet running body of the first one-step forming of non-woven fabrics
During to the mould of shaped device, drive component a drives sliding assembly, promotes the blade assemblies on sliding assembly to be in nothing
Cloth plates bottom is spun, then by implementing to the bottom of non-woven fabrics plates along the blade assemblies of sliding assembly vertical lift
Bracketing is positioned, and when mould is started working, because the top of non-woven fabrics plates is contradicted by mould, bottom is subject to
Blade assemblies are contradicted, therefore position of the non-woven fabrics plates at mould will not change in forming process, from
And finished product scrappage when producing is reduced, while the quality for making the non-woven bag after shaping is guaranteed.The setting of linkage unit b
Can promote the device can be with mould synchronizing moving, so as to promote the operation of mould more smoothly.
The utility model is further set to：Material pulling mechanism includes drawing bin, is set up on drawing bin
Delivery track, the clamping device being set up on delivery track and the non-woven fabrics detent mechanism on drawing bin.
Wherein, non-woven fabrics detent mechanism includes and draws bin to be connected and can be at the positioning for drawing bin transverse reciprocating to adjust
Frame and the elastic layering being connected with locating rack；Described locating rack is included by adjusting screw and the framework for drawing bin to be connected,
Described elastic layering is included the flat connecting portion that is connected with locating rack and is connected by skewed with flat connecting portion
The locating bodies of portion's linking；The transmission that described delivery track is provided with motor and arranges with motor linkage and around delivery track
Band, what the slide and slide that described clamping device is included with transmission belt linkage and can moved back and forth along delivery track was connected
Clamping mounting seat and grip slipper, the quiet grip block of drawing material on grip slipper and by drive cylinder of clamping mounting seat connection
Drive with draw the quiet grip block of material can opening and closing the dynamic grip block of drawing material.
Using above-mentioned technical proposal, when the non-woven fabrics that cutting is completed is at drawing bin, positioned by non-woven fabrics first
Mechanism implements positioning to it, then implements non-woven fabrics by clamping device to clamp, and is transported to forming machine by delivery track
Implement shaping at structure, in the process, the range ability of non-woven fabrics is accurately controlled, non-woven fabrics is in shaping mechanism
Position is more accurate, is not in situation about colliding in shaping mechanism, not only extends the service life of shaping mechanism, and
And ensure that the quality of the non-woven bag for processing.Elastic layering can be by locating rack in drawing enforcement on bin to adjust, with this
Meet the positioning to different model non-woven fabrics；And elastic layering passes through to incline by flat connecting portion and with flat connecting portion
The locating bodies composition of shape convergence part linking, its good positioning effect, non-woven fabrics is not in mobile situation in position fixing process,
Guarantee is provided for precision during follow-up output.
The utility model is further set to：Transshipment acitivity include longitudinally set up along upper handle installing rack slide rail,
The transhipment mounting seat that is set up on slide rail and can move back and forth along slide rail, the support in transhipment mounting seat, on support
Quiet holding piece and quiet holding piece can opening and closing dynamic holding piece and drive the transhipment drive cylinder of dynamic holding piece.
Using above-mentioned technical proposal, such setting structure is simple, and clamping is stable.In use, mounting seat root is transported
According to operation need move on the slide rail, when be moved to need at the station of work when, transhipment drive cylinder drives dynamic clamping
Piece, dynamic holding piece implements combination and clamps hand-strap with quiet holding piece, then by the sliding with track, the hand that will be clamped
Belt is transported to relevant position.
The utility model is further set to：Angle adjusting mechanism is included and is set up on handle installing rack and can edge
The longitudinally reciprocal movement of upper handle installing rack adjust platform, be fixedly arranged on the motor that adjusts on platform and with motor linkage
Can be along the adjustment disk for adjusting lifting platform and rotation.
Using above-mentioned technical proposal, so arrange easy to adjust, and adjusting position is accurate.When hand-strap is in adjustment disk
During place, adjustment disk just can be implemented to adjust by rotation to the setting angle of hand-strap.
The utility model is further set to：Handle strip cutting mechanism includes the sanction being set up on handle installing rack
Cut the mounting seat and cutting mounting seat at least two panels cutting knife being oppositely arranged being articulated and connected and the sanction for driving two cutting knife opening and closing respectively
Cut drive cylinder.
Using above-mentioned technical proposal, cutting is so set conveniently, and fast.
The utility model is further set to：Connected by track between upper handle installing rack and mounting seat, mounting seat
It is provided with and drives actuator of the handle installing rack in the movement of in the same direction or direction on two.
Using above-mentioned technical proposal, so arranging can implement to adjust to the processing spacing between handle installing rack on two, with
This meets the processing of different model non-woven bag, highly versatile.
The utility model is further set to：The automatic reason being connected with bag output device is provided with bag output device
Material device, this expects that device includes arranging machine body automatically, and longitudinal one end of arranging machine body is non-woven bag input, and the other end is
Non-woven bag output end, described arranging machine body is sequentially provided with non-woven fabrics along its non-woven bag input to non-woven bag output end
Bag apparatus for adjusting position, non-woven bag folding device and non-woven bag flatten collating unit and drive non-woven bag position to adjust respectively
Regulating device, non-woven bag folding device and non-woven bag flatten the reason material driving means of collating unit.
Wherein, non-woven bag apparatus for adjusting position is included and is connected conveyer belt and positioned at rank with arranging machine body be arranged in parallel
Connect conveyer belt both lateral sides and with the vertically disposed position adjustments conveyer belt of body, the position adjustments conveyer belt be located at non-woven fabrics
One end of bag input is input, and the other end is the output end being connected with non-woven bag folding device, and its input is in loudspeaker
Shape is arranged, and output end is flat setting；Described non-woven bag folding device includes be arranged in parallel with arranging machine body
One folding conveyor belt and fine motion support on arranging machine body is obliquely set up in the first folding conveyor belt, is set on the fine motion support
There is the second folding conveyor belt, the both lateral sides of the first folding conveyor belt arrange the " V "-shaped non-woven fabrics sidepiece in cross section and fold
Conveyer belt, one end and the arranging machine body of the fine motion support are articulated and connected, and the other end is connected by flexible connector with arranging machine body
Connect；Described non-woven bag flatten collating unit include be set up in two of non-woven bag output side by side longitudinal direction arrangement and
Adjustable pressure roller, has the output gap for non-woven bag output between two pressure rollers；Described reason material driving means are included
Motor and with motor linkage and for the transmission wheel of each conveyer belt winding.
Using above-mentioned technical proposal, the non-woven fabrics input of arranging machine body can be implemented to be connected with non-woven fabrics process equipment, when
Non-woven fabrics process equipment is completed after the processing to non-woven bag, and non-woven bag directly drops down onto the non-woven fabrics input of body, and leads to
Cross non-woven bag apparatus for adjusting position and adjustment is implemented to the position of non-woven bag, make non-woven bag keep unified position to enter into
Implement to fold in lower step operation, after entering into non-woven bag folding device and completing to fold, flattened by non-woven bag and arrange dress
Put and non-woven bag is flattened, in order to stack, finally exported by the non-woven bag output end of body.Not only folding rate is fast, and
And can complete to arrange after folding, so as to improve working (machining) efficiency, while also saving by the artificial behaviour implemented when folding and arranging
Make the time.Wherein, the first folding conveyor belt is the transmission power section to non-woven bag, when the non-woven bag through position adjustments
Folded at its sidepiece insert edge when being delivered to non-woven fabrics sidepiece folding conveyor belt by the first folding conveyor belt, and fine motion support
On the second folding conveyor belt then have the effect that gradually flattens implemented in the cross section of non-woven bag, in order to follow-up pressing
Discharge, one end and the arranging machine body of fine motion support are articulated and connected, and the other end is connected by flexible connector with arranging machine body, so
After setting, the second folding conveyor belt on fine motion support implements when pressure is put there is elastic buffer to act on to non-woven bag, can keep
The flatness on the non-woven bag surface put by pressure.
The utility model is further described below in conjunction with the accompanying drawings.
Description of the drawings
Fig. 1 is the schematic perspective view of the utility model embodiment；
Fig. 2 is the schematic perspective view of upper handle device in the utility model embodiment；
Fig. 3 is the schematic perspective view of handle strip cutting mechanism in upper handle device in the utility model embodiment；
Fig. 4 is the schematic perspective view of angle adjusting mechanism in upper handle device in the utility model embodiment；
Fig. 5 is the schematic perspective view of transshipment acitivity in upper handle device in the utility model embodiment；
Fig. 6 is the schematic perspective view of bag sidepiece shaped device in the utility model embodiment；
Fig. 7 is the schematic perspective view of material pulling mechanism in the utility model embodiment；
Fig. 8 is the schematic perspective view of elastic layering in material pulling mechanism in the utility model embodiment；
Fig. 9 is the schematic perspective view of clamping device in the utility model embodiment；
Figure 10 is the schematic perspective view of bag bottom contoured support device in the utility model embodiment；
Figure 11 is the partial exploded view of bag bottom contoured support device in the utility model embodiment；
Figure 12 is the schematic perspective view one of automatic material arranging device in the utility model embodiment；
Figure 13 is the schematic perspective view two of automatic material arranging device in the utility model embodiment；
Figure 14 is the use state schematic diagram of the position adjustments conveyer belt of automatic material arranging device in the utility model embodiment；
Figure 15 is the use state of the non-woven fabrics sidepiece folding conveyor belt of automatic material arranging device in the utility model embodiment
Schematic diagram；
Figure 16 is the three-dimensional signal that the non-woven bag of automatic material arranging device in the utility model embodiment flattens collating unit
Figure.
Specific embodiment
A kind of full-automatic non-woven cloth bag process equipment as shown in Fig. 1-Figure 16, including organism and it is sequentially arranged in body
On can implement the unwinding device 1 for unreeling, the shaped device 2, cutting means 3 for promoting one-step forming at the beginning of bag to the non-woven fabrics of rolling, draw
Material mechanism 4, shaping mechanism 5 and bag output device 6, are provided between the shaped device 2 and cutting means 3 of one-step forming at the beginning of bag and carry
Arm device 7, handle device 7 includes mounting seat 71, is set up in mounting seat 71 and symmetrically arranged two upper handle peaces on this
72 are shelved, it is corresponding respectively on upper handle installing rack 72 to be provided with the feed opening 721 and outlet opening 722 being input into for non-woven fabrics,
It is respectively equipped between feed opening 721 and outlet opening 722 along upper handle installing rack 72 is longitudinal and corresponding supersonic welding pressure head
73 and drive the weldering pressure head driving source 731 that supersonic welding pressure head 73 lifts along the transverse reciprocating of upper handle installing rack 72, the weldering pressure
Head driving source 731 can be motor or cylinder, and handle strip cutting mechanism 74 is provided between feed opening 721 and supersonic welding pressure head 73
And to the angle adjusting mechanism 75 that the angle of the handle strip after cutting is implemented to adjust, being respectively equipped with upper handle installing rack 72 can be by
Handle strip after cutting be transported to angle adjusting mechanism 75 and supersonic welding pressure head 73 at transshipment acitivity 76.In such scheme,
By being provided with handle device 7 between the shaped device 2 and cutting means 3 of one-step forming at the beginning of bag, can be in processing nonwoven fabrics bag
During simultaneously upper handle.In use, originally the non-woven bag of one-step forming by upper handle installing rack 72 feed opening
721 input after, transshipment acitivity 76 hand-strap is transported at hand-strap cutting mechanism 74 hand-strap of strip is cut into it is suitable
With non-woven bag install section shape hand-strap, then the hand-strap of section shape again angular adjustment is transported to by transshipment acitivity 76
The angle of section shape hand-strap implemented at mechanism 75 adjust, the hand-strap for making this section of shape is adjusted to and is mountable on non-woven bag
Angle, hand-strap is soldered on non-woven bag finally by supersonic welding pressure head 73.Upper handle in mounting seat 71 is installed
Frame 72 has two, and handle installing rack 72 is correspondingly arranged on two, corresponding respectively on handle installing rack 72 on two to be provided with ultrasound
Wave soldering pressure head 73, hand-strap cutting mechanism 74, angle adjusting mechanism 75 and transshipment acitivity 76.And on two on handle installing rack 72
Each mechanism for synchronous operation.So arrange and not only reduce by the production cost of manually installed hand-strap, improve hand-strap
Installation effectiveness, and the installation site of hand-strap has a uniformity, and the cooperation between equipment Zhong Ge mechanisms is stable, structure letter
It is single.
In the utility model embodiment, transshipment acitivity 76 includes the slide rail set up along the longitudinal direction of upper handle installing rack 72
761st, the transhipment mounting seat 762 that is set up on slide rail 761 and can move back and forth along slide rail 761, in transhipment mounting seat 762
Support 763, the quiet holding piece 764 on support 763 and quiet holding piece 764 can opening and closing dynamic holding piece 765 and drive dynamic folder
Hold the transhipment drive cylinder 766 of piece 765.So setting structure is simple, and clamping is stable.In use, mounting seat 762 is transported
According to operation need move on the slide rail 761, when be moved to need at the station of work when, transhipment drive cylinder 766 drives
Dynamic dynamic holding piece 765, dynamic holding piece 765 is implemented to combine and clamps hand-strap with quiet holding piece 764, then by with slide rail
761 sliding, by clamped hand-strap relevant position is transported to.
Angle adjusting mechanism 75 in the utility model embodiment is included and is set up on handle installing rack 72 and can edge
The longitudinally reciprocal movement of upper handle installing rack 72 adjust platform 751, be fixedly arranged on adjust platform 751 on motor 752 and with
The adjustment disk 753 that the linkage of motor 752 can be lifted and rotated along regulation platform 751.When hand-strap is at adjustment disk 753
When, adjustment disk 753 just can be implemented to adjust by rotation to the setting angle of hand-strap.It is not only easy to adjust, and adjusting position
Precisely.
In the utility model embodiment, in order that handle strip cutting mechanism 74 cuts more accurate, effect is higher, handle
The cutting mounting seat 741 and the company of being hinged of cutting mounting seat 741 being set up on upper handle installing rack 72 is included with cutting mechanism 74
Cutting knife 742 that at least two panels for connecing is oppositely arranged and the cutting drive cylinder 743 for driving the opening and closing of two cutting knife 742 respectively.
In order to implement to adjust to the processing spacing between handle installing rack 72 on two, different model non-woven fabrics is met with this
The processing of bag, expanding universal.Connected by track 711 between upper handle installing rack 72 and mounting seat 71, set in mounting seat 71
Have and drive handle on two that actuator of 72 framves in the movement of in the same direction or direction is installed, the actuator can be motor and transmission belt.
Shaping mechanism 5 in the utility model embodiment includes mould 51 and bag sidepiece shaped device 52, bag side
Portion's shaped device 52 includes sidepiece shaping mounting seat 521, is set up in sidepiece shaping mounting seat 521 and can pacify along sidepiece shaping
Dress seat 521 implements the sidepiece shaping plate 522 of displacement, and sidepiece shaping mounting seat 521 is provided with driving sidepiece shaping plate 522 and moves
Dynamic drive component 523, is provided between sidepiece shaping plate 522 and sidepiece shaping mounting seat 521 and is molded mounting seat 521 along sidepiece
The slide 524 of sliding, between slide 524 and sidepiece shaping plate 522 Buffer Unit 525 is provided with, and the Buffer Unit 525 is included
Buffering mounting seat 5252 that the installing plate 5251 and installing plate 5251 being fixedly connected with slide 524 is connected and with buffering mounting seat
5252 bearings 5254 connected by guide pillar 5253, between bearing 5254 and buffering mounting seat 5252 buffer spring 5255 is provided with,
Bearing 5254 is provided with the slot 52541 that clamping sidepiece is molded plate 522.It is molded with sidepiece by being molded plate 522 in sidepiece
Buffer Unit 525 is set between mounting seat 521, and in use, slide 524 is driven the driving of component 523 and is in side
Move in portion's shaping mounting seat 521, while can also drive sidepiece shaping plate 522 to move, when sidepiece shaping plate 522 is inserted into
During the sidepiece of non-woven fabrics, due to the effect of Buffer Unit 525, it is soft supporting to make between sidepiece shaping plate 522 and mould 51
Touch, so as to alleviate sidepiece shaping plate 522 and mould 51 between conflict power, and then counter-lateral quadrents shaping plate 522 and
Mould 51 provides protection.
Material pulling mechanism 4 in the utility model embodiment includes drawing bin 41, is set up on drawing bin 41
Delivery track 42, the clamping device 43 being set up on delivery track 42 and the non-woven fabrics detent mechanism 44 on drawing bin 41.
Non-woven fabrics detent mechanism 44 include with the locating rack 441 for drawing bin 41 to be connected and can be at drawing bin 41 transverse reciprocating to adjust and
The elastic layering 442 being connected with locating rack 441；Locating rack 441 is included by adjusting screw and the framework for drawing bin to be connected, bullet
Property press strip 442 include the flat connecting portion 4421 that is connected with locating rack 441 and with flat connecting portion 4421 by inclining
The locating bodies 4423 of the linking of shape convergence part 4422；Delivery track 42 is provided with motor 45 and links and around conveyor track with motor 45
The transmission belt 451 that road 42 is arranged, clamping device 43 includes what is linked with transmission belt 451 and can move back and forth along delivery track 42
Slide 431 and slide 431 connection clamping mounting seat 432 and clamping mounting seat 432 connect grip slipper 433, located at clamping
The drawing quiet grip block 434 of material on seat 433 and by drive cylinder 435 drive with draw the quiet grip block 434 of material can the drawing material of opening and closing move
Grip block 436.When the non-woven fabrics that cutting is completed is at drawing bin 41, first it is implemented by non-woven fabrics detent mechanism 44
Positioning, then implements non-woven fabrics by clamping device 43 to clamp, and transports to shaping mechanism 5 enforcement by delivery track 42
Shaping, in the process, the range ability of non-woven fabrics is accurately controlled, and position of the non-woven fabrics in shaping mechanism 5 is more
Be not in situation about colliding in shaping mechanism 5 for accurate, not only extend the service life of shaping mechanism 5, Er Qiebao
The quality of the non-woven bag for processing is demonstrate,proved.Elastic layering 442 can be implemented to adjust by locating rack 441 on drawing bin 41,
Positioning to different model non-woven fabrics is met with this；And elastic layering 442 connects by flat connecting portion 4421 and with flat
Socket part 4421 is consisted of the locating bodies 4423 of the linking of skewed convergence part 4422, its good positioning effect, and non-woven fabrics is in positioning
During be not in mobile situation, for subsequently export when precision provide guarantee.
In the utility model embodiment, the bottom of mould 51 is provided with the bag bottom shaping with the linkage of mould 51
Support meanss 8, bag bottom contoured support device 8 includes collet mounting seat 81, being set up in collet mounting seat 81 can edge
Collet mounting seat 81 toward polyslip sliding assembly 82, drive sliding assembly 82 drive component a83, be set up in sliding assembly 82
On can along sliding assembly 82 vertical lift blade assemblies 84, collet mounting seat 81 be provided with mould 51 linkage linkage
Component b85；The slide rail 821 and slide rail 821 that sliding assembly 82 is included in collet mounting seat 81 be arranged in parallel and and slide rail
821 installing plates 823 connected by slide block 822；Drive component a83 includes the motor 831 being set up in collet mounting seat 81
And the transmission belt 833 for linking with motor 831 and being set around by drive 832 in collet mounting seat 81, installing plate 823 is provided with
The linkage block 8231 fixed with transmission belt 833；Blade assemblies 84 are included and the vertically arranged drive cylinder 841 of installing plate 823
And the positioning supporting plate 842 with the linkage of drive cylinder 841；Linkage unit b85 includes connected vertically with collet mounting seat 81
Dynamic guide rail 851, linkage guide 851 is provided with contiguous block 852 relative to the other end for being connected one end with collet mounting seat 81.Using
During, when at the non-woven fabrics just mould 51 of the sheet running body to shaped device of one-step forming, drive component a83 drives
Sliding assembly 82, promotes blade assemblies 84 on sliding assembly 82 in non-woven fabrics plates bottom, then by can be along slide
The blade assemblies 84 of the vertical lift of component 82 implement bracketing positioning to the bottom of non-woven fabrics plates, when mould 51 starts work
When making, because the top of non-woven fabrics plates is contradicted by mould 51, bottom is contradicted by blade assemblies 84, thus into
Position of the non-woven fabrics plates at mould 51 will not change during type, so as to reduce finished product report during production
Useless rate, while the quality for making the non-woven bag after shaping is guaranteed.The setting of linkage unit b85 can promote the device can with into
Pattern has 51 synchronizing movings, so as to promote the operation of mould 51 more smoothly.
For the ease of implementing unified folding and arrangement to the non-woven bag being molded, arranged using artificial folding so as to reduce
Produced production cost.In the utility model embodiment, it is provided with bag output device 6 and is connected with bag output device 6
Automatic material arranging device 9, this expects that device 9 includes arranging machine body 91 automatically, and longitudinal one end of arranging machine body 91 is non-woven bag
Input 911, the other end is non-woven bag output end 912, and arranging machine body 91 is along its non-woven bag input 911 to non-woven bag
Output end 912 is sequentially provided with non-woven bag apparatus for adjusting position 92, non-woven bag folding device 93, non-woven bag and flattens arrangement dress
Put 94 and drive non-woven bag apparatus for adjusting position 92, non-woven bag folding device 93 and non-woven bag to flatten collating unit respectively
94 reason material driving means 95.Wherein, non-woven bag apparatus for adjusting position 92 includes the rank be arrangeding in parallel with arranging machine body 91
Connect conveyer belt 921 and the both lateral sides positioned at linking conveyer belt 921 and convey with the vertically disposed position adjustments of arranging machine body 91
Band 922, it is input 9221 that the position adjustments conveyer belt 922 is located at one end of non-woven bag input 911, and the other end is and nothing
The output end 9222 of cloth bag folding device linking is spun, its input 9221 is in horn-like setting, and output end 9222 sets for flat
Put；Non-woven bag folding device 93 include the first folding conveyor belt 931 for be arrangeding in parallel with arranging machine body 91 and with the first folding
Folded conveyer belt 931 is obliquely set up in fine motion support 932 on arranging machine body 91, and the fine motion support 932 is provided with the second folding
Conveyer belt 933, the both lateral sides of the first folding conveyor belt 931 arrange the " V "-shaped non-woven fabrics sidepiece in cross section and fold conveying
Band 934, one end and the arranging machine body 91 of fine motion support 932 are articulated and connected, and the other end is by flexible connector 935 and arranging machine body
91 connections；Non-woven bag flattens collating unit 94 and includes two be set up at non-woven bag output end 912 longitudinal direction row side by side
Cloth and adjustable pressure roller 941, have the output gap 942 for non-woven bag output between two pressure rollers 941；Reason material driving means
95 include motor 951 and link with motor 951 and for the transmission wheel 952 of each conveyer belt winding.The non-woven fabrics of arranging machine body 91
Input 911 can be implemented to be connected with non-woven fabrics process equipment, after non-woven fabrics process equipment completes the processing to non-woven bag, nothing
The non-woven fabrics input 911 that cloth bag directly drops down onto arranging machine body 91 is spun, and by non-woven bag apparatus for adjusting position 92 to nonwoven
Adjustment is implemented in the position of cloth bag, makes non-woven bag keep unified position to enter in lower step operation and implements to fold, when entering into
Non-woven bag folding device 93 is simultaneously completed after folding, flattens collating unit 94 by non-woven bag and non-woven bag is flattened, in order to
Stack, finally exported by the non-woven bag output end 912 of arranging machine body 91.Not only folding rate is fast, and can complete after folding
Arrange, so as to improve working (machining) efficiency, while also saving by the artificial operating time implemented when folding and arranging.Wherein,
One folding conveyor belt 931 is the transmission power section to non-woven bag, when the non-woven bag through position adjustments is folded by first
Folded at its sidepiece insert edge when conveyer belt 931 is delivered at non-woven fabrics sidepiece folding conveyor belt 934, and fine motion support 932
On the second folding conveyor belt 933 then have the effect that gradually flattens implemented in the cross section of non-woven bag, in order to follow-up
Flatten and discharge, one end and the arranging machine body 91 of fine motion support 932 are articulated and connected, the other end is by flexible connector 935 and reason material
Body 91 connects, and flexible connector 935 can be the resilient drawstring of tool, the second folding after so arranging, on fine motion support 932
Conveyer belt 933 implements when pressure is put there is elastic buffer to act on to non-woven bag, can keep being pressed putting down for the non-woven bag surface put
Whole degree.
Claims (10)
1. a kind of full-automatic non-woven cloth bag process equipment, including organism and be sequentially arranged on body can be to the non-woven fabrics reality of rolling
Discharge the unwinding device of volume, promote the shaped device of one-step forming, cutting means, material pulling mechanism, shaping mechanism and bag at the beginning of bag defeated
Go out device, it is characterised in that：Handle device is provided between the shaped device and cutting means of one-step forming at the beginning of described bag, on this
Handle device includes mounting seat, is set up in mounting seat and symmetrically arranged two upper handle installing racks, described upper handle
It is corresponding respectively on installing rack to be provided with the feed opening and outlet opening being input into for non-woven fabrics, between feed opening and outlet opening
It is respectively equipped with along upper handle installing rack is longitudinal and corresponding supersonic welding pressure head and drives supersonic welding pressure head to install along upper handle
Frame transverse reciprocating lifting weldering pressure head driving source, be provided between feed opening and supersonic welding pressure head handle strip cutting mechanism and
The angle adjusting mechanism for implementing to adjust to the angle of the handle strip after cutting, being respectively equipped with described upper handle installing rack can be by
Handle strip after cutting be transported to angle adjusting mechanism and supersonic welding pressure head at transshipment acitivity.
2. full-automatic non-woven cloth bag process equipment according to claim 1, it is characterised in that：Described shaping mechanism includes
There are mould and bag sidepiece shaped device, bag sidepiece shaped device includes sidepiece shaping mounting seat, is set up in sidepiece shaping
In mounting seat and can along sidepiece be molded mounting seat implement displacement sidepiece shaping plate, sidepiece shaping mounting seat be provided with driving side
The drive component of portion's shaping plate movement, is provided between sidepiece shaping plate and sidepiece shaping mounting seat and is molded mounting seat along sidepiece
The slide of sliding, between slide and sidepiece shaping plate Buffer Unit is provided with, and the Buffer Unit is included and is fixedly connected with slide
Installing plate and installing plate connection buffering mounting seat and with the buffering bearing that is connected by guide pillar of mounting seat, bearing and buffer
Buffer spring is provided between mounting seat, bearing is provided with the slot that clamping sidepiece is molded plate；The mould bottom is provided with
With mould linkage bag bottom contoured support device, the bag bottom contoured support device include collet mounting seat,
Being set up in collet mounting seat can be along collet mounting seat toward the sliding assembly of polyslip, drive component a, the frame of driving sliding assembly
Can be provided with and mould along the blade assemblies of sliding assembly vertical lift, described collet mounting seat on sliding assembly
The linkage unit b of linkage；Described sliding assembly include the slide rail and slide rail in collet mounting seat be arranged in parallel and with
The installing plate that slide rail is connected by slide block；Described drive component a include the motor that is set up in collet mounting seat and with electricity
Machine links and is set around the transmission belt in collet mounting seat by drive, and described installing plate is provided with fixed with transmission belt
Linkage block；Described blade assemblies include the positioning support with the vertically arranged drive cylinder of installing plate and with drive cylinder linkage
Plate；Described linkage unit b is included and collet mounting seat linkage guide connected vertically, and linkage guide with collet relative to pacifying
Dress seat connects the other end of one end and is provided with contiguous block.
3. full-automatic non-woven cloth bag process equipment according to claim 1 and 2, it is characterised in that：Described material pulling mechanism
Include and draw bin, be set up in the delivery track drawn on bin, the clamping device being set up on delivery track and be located at
Draw the non-woven fabrics detent mechanism on bin.
4. full-automatic non-woven cloth bag process equipment according to claim 3, it is characterised in that：Described non-woven fabrics localization machine
Structure includes the elasticity pressure being connected with the locating rack for drawing bin to be connected and can be at drawing bin transverse reciprocating to adjust and with locating rack
Bar；Described locating rack includes the framework being connected by adjusting screw and drawing bin, and described elastic layering is included and fixed
The flat connecting portion of position frame connection and the locating bodies being connected by skewed convergence part with flat connecting portion；Described is defeated
The transmission belt for sending track to be provided with motor and arranging with motor linkage and around delivery track, described clamping device is included and biography
The clamping mounting seat and clamping mounting seat connection of the dynamic slide with linking and can move back and forth along delivery track and slide connection
Grip slipper, the drawing quiet grip block of material on grip slipper and by drive cylinder drive with draw the quiet grip block of material can opening and closing drawing
The dynamic grip block of material.
5. the full-automatic non-woven cloth bag process equipment according to claim 1 or 2 or 4, it is characterised in that：Described conveyance
Structure includes the slide rail set up along upper handle installing rack longitudinal direction, the transhipment installation that be set up on slide rail and can move back and forth along slide rail
Seat, the support in transhipment mounting seat, the quiet holding piece on support and quiet holding piece can opening and closing dynamic holding piece and drive
The transhipment drive cylinder of dynamic holding piece.
6. the full-automatic non-woven cloth bag process equipment according to claim 1 or 2 or 4, it is characterised in that：Described angle is adjusted
Section mechanism includes and is set up on handle installing rack and can be along the regulation platform of the longitudinally reciprocal movement of upper handle installing rack, fixed
In the motor adjusted on platform and can be along the adjustment disk for adjusting lifting platform and rotation with motor linkage.
7. the full-automatic non-woven cloth bag process equipment according to claim 1 or 2 or 4, it is characterised in that：Described handle strip
Cutting mechanism includes at least two panels that the cutting mounting seat that is set up on handle installing rack and cutting mounting seat are articulated and connected
The cutting knife being oppositely arranged and the cutting drive cylinder for driving two cutting knife opening and closing respectively.
8. the full-automatic non-woven cloth bag process equipment according to claim 1 or 2 or 4, it is characterised in that：Described upper handle
Connected by track between installing rack and mounting seat, mounting seat is provided with handle installing rack in driving two and moves in the same direction or direction
Actuator.
9. the full-automatic non-woven cloth bag process equipment according to claim 1 or 2 or 4, it is characterised in that：Described bag is defeated
Go out at device and be provided with the automatic material arranging device being connected with bag output device, this expects that device includes arranging machine body, reason material automatically
Longitudinal one end of body is non-woven bag input, and the other end is non-woven bag output end, and described arranging machine body is along its nonwoven
Cloth bag input to non-woven bag output end is sequentially provided with non-woven bag apparatus for adjusting position, non-woven bag folding device and nonwoven
Cloth bag flattens collating unit and drives non-woven bag apparatus for adjusting position, non-woven bag folding device and non-woven bag to flatten respectively
The reason material driving means of collating unit.
10. full-automatic non-woven cloth bag process equipment according to claim 9, it is characterised in that：Described non-woven bag position
Put adjusting means include with arranging machine body be arranged in parallel be connected conveyer belt and positioned at linking conveyer belt both lateral sides and with
The vertically disposed position adjustments conveyer belt of body, it is input that the position adjustments conveyer belt is located at one end of non-woven bag input
End, the other end is the output end being connected with non-woven bag folding device, and its input is in horn-like setting, and output end is flat
Arrange；Described non-woven bag folding device include the first folding conveyor belt for be arrangeding in parallel with arranging machine body and with the first folding
Folded conveyer belt is obliquely set up in fine motion support on arranging machine body, and the fine motion support is provided with the second folding conveyor belt, and first
The both lateral sides of folding conveyor belt arrange the " V "-shaped non-woven fabrics sidepiece folding conveyor belt in cross section, the fine motion support
One end is articulated and connected with arranging machine body, and the other end is connected by flexible connector with arranging machine body；Described non-woven bag is flattened
Collating unit is included and is set up in two of non-woven bag output longitudinal direction arrangement and adjustable pressure rollers side by side, two pressure rollers it
Between have for non-woven bag output output gap；Described reason material driving means include motor and with motor linkage and for each
The transmission wheel of conveyer belt winding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621176559.0U CN206141006U (en) | 2016-11-02 | 2016-11-02 | Full -automatic nonwoven sack processing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621176559.0U CN206141006U (en) | 2016-11-02 | 2016-11-02 | Full -automatic nonwoven sack processing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206141006U true CN206141006U (en) | 2017-05-03 |
Family
ID=58624152
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621176559.0U Withdrawn - After Issue CN206141006U (en) | 2016-11-02 | 2016-11-02 | Full -automatic nonwoven sack processing equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206141006U (en) |
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106515088A (en) * | 2016-11-02 | 2017-03-22 | 温州正信机械有限公司 | Full-automatic non-woven bag processing equipment |
| CN107053762A (en) * | 2017-05-15 | 2017-08-18 | 遵义市兴英鹏塑料包装有限公司 | A kind of ox-hide bag crimping unit |
| CN108162495A (en) * | 2017-12-29 | 2018-06-15 | 江苏飞鹿重工机械制造有限公司 | Full-automatic non-woven cloth bag process equipment |
| CN108177390A (en) * | 2017-12-29 | 2018-06-19 | 江苏飞鹿重工机械制造有限公司 | Non-woven bag process equipment with boiling hot handle device |
| CN108189479A (en) * | 2017-12-29 | 2018-06-22 | 江苏飞鹿重工机械制造有限公司 | The drawing material device of non-woven bag process equipment |
| CN108237696A (en) * | 2018-01-16 | 2018-07-03 | 深圳市世椿智能装备股份有限公司 | Runner cloth cuts welding equipment |
| CN108608677A (en) * | 2018-04-04 | 2018-10-02 | 江苏南江智能装备股份有限公司 | A kind of environment-friendly type paper handle process equipment |
| CN110893700A (en) * | 2019-12-17 | 2020-03-20 | 安庆市兴丰工贸有限公司 | Full-automatic production line for non-woven bags |
| CN111284083A (en) * | 2020-02-29 | 2020-06-16 | 萧思丽 | Woven bag manufacturing and folding processing equipment |
| CN111438992A (en) * | 2020-04-06 | 2020-07-24 | 浙江中宇节能科技有限公司 | Non-woven bag tapping machine |
-
2016
- 2016-11-02 CN CN201621176559.0U patent/CN206141006U/en not_active Withdrawn - After Issue
Cited By (13)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106515088A (en) * | 2016-11-02 | 2017-03-22 | 温州正信机械有限公司 | Full-automatic non-woven bag processing equipment |
| CN107053762A (en) * | 2017-05-15 | 2017-08-18 | 遵义市兴英鹏塑料包装有限公司 | A kind of ox-hide bag crimping unit |
| CN108162495A (en) * | 2017-12-29 | 2018-06-15 | 江苏飞鹿重工机械制造有限公司 | Full-automatic non-woven cloth bag process equipment |
| CN108177390A (en) * | 2017-12-29 | 2018-06-19 | 江苏飞鹿重工机械制造有限公司 | Non-woven bag process equipment with boiling hot handle device |
| CN108189479A (en) * | 2017-12-29 | 2018-06-22 | 江苏飞鹿重工机械制造有限公司 | The drawing material device of non-woven bag process equipment |
| CN108237696B (en) * | 2018-01-16 | 2023-10-31 | 深圳市世椿智能装备股份有限公司 | Runner cloth cuts welding equipment |
| CN108237696A (en) * | 2018-01-16 | 2018-07-03 | 深圳市世椿智能装备股份有限公司 | Runner cloth cuts welding equipment |
| CN108608677A (en) * | 2018-04-04 | 2018-10-02 | 江苏南江智能装备股份有限公司 | A kind of environment-friendly type paper handle process equipment |
| CN108608677B (en) * | 2018-04-04 | 2019-11-22 | 江苏南江智能装备股份有限公司 | A kind of environment-friendly type paper handle process equipment |
| CN110893700A (en) * | 2019-12-17 | 2020-03-20 | 安庆市兴丰工贸有限公司 | Full-automatic production line for non-woven bags |
| CN111284083A (en) * | 2020-02-29 | 2020-06-16 | 萧思丽 | Woven bag manufacturing and folding processing equipment |
| CN111438992A (en) * | 2020-04-06 | 2020-07-24 | 浙江中宇节能科技有限公司 | Non-woven bag tapping machine |
| CN111438992B (en) * | 2020-04-06 | 2021-07-20 | 浙江中宇节能科技有限公司 | Non-woven bag tapping machine |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170503 Effective date of abandoning: 20180918 |