CN207191560U - Automatic bag-opening mouth and bag opening machine structure - Google Patents
Automatic bag-opening mouth and bag opening machine structure Download PDFInfo
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- CN207191560U CN207191560U CN201720922835.1U CN201720922835U CN207191560U CN 207191560 U CN207191560 U CN 207191560U CN 201720922835 U CN201720922835 U CN 201720922835U CN 207191560 U CN207191560 U CN 207191560U
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Abstract
The utility model discloses a kind of automatic bag-opening mouth and bag opening machine structure.The automatic bag-opening mouth and bag opening machine structure include suction bag bagging device and support bag mouth device.Suction bag bagging device has poly-bag box, sucker, sucker driving part, swing arm, swing rod, bagging driving part and wobble drive part；Multiple columns for being used to be arranged for the through hole on poly-bag are connected with poly-bag box；Sucker driving part is used to drive sucker to be moved on poly-bag box or reset；Wobble drive part is connected with least two bagging driving parts, and bagging driving part is connected with swing rod, and the lower end of swing rod is connected with swing arm, and multiple bagging driving parts can coordinate at least two swing rods of driving to be located remotely from each other to strut poly-bag or close to each other；Supportting bag mouth device has support bag side plate, depression bar, support sack driving part and support sack driving part, and support bag mouth device is used to strut the poly-bag that suction bag bagging device is sent.The automatic bag-opening mouth and bag opening machine structure efficiency high.
Description
Technical field
Knitting finished product cloth bag dress field is the utility model is related to, more particularly to a kind of automatic bag-opening mouth and bag opening machine
Structure.
Background technology
Textile industry at present, knitting finished fabric FOLD AND PACK still fully rely on manual operations, and the amount of labour is big, time-consuming to take
Work.Wherein, artificial FOLD AND PACK process：Artificial to fold-artificial bag taking-struts sack-artificial pack-artificial exhaust-artificial
Mouthful.Artificial bag taking in the processing mode-strut sack is manual operation, it will be apparent that shortcoming is that labor intensity is big, time consuming,
Efficiency is low, and packaging quality is unstable.
Utility model content
Based on this, it is necessary to provide a kind of automatic bag-opening mouth and bag opening machine for saving time, saving manpower and efficiency high
Structure.
A kind of automatic bag-opening mouth and bag opening machine structure, including：Board, the board are provided with work top；
Suction bag bagging device, the suction bag bagging device have poly-bag box, sucker, sucker driving part, swing arm, swing rod,
Bagging driving part and wobble drive part；The poly-bag box is connected on the board and under the work top
It is square, multiple columns for being used to be arranged for the through holes on poly-bag are connected with the poly-bag box；The sucker driving part is located at institute
State the bottom surface of work top and be connected to the sucker for driving the sucker to be moved on the poly-bag box or answer
Position；The wobble drive part is located on board and is connected with positioned at the lower section of the work top, the wobble drive part
At least two bagging driving parts, the bagging driving part are connected with the swing rod, and the lower end of the swing rod is connected with
The swing arm, multiple bagging driving parts can coordinate at least two swing rods of driving to be located remotely from each other to strut the glue
Bag is close to each other；And
Bag mouth device is supportted, the support bag mouth device has support bag side plate, depression bar, support sack driving part and compresses sack
Driving part, the quantity of the support sack driving part is at least two, and multiple support sack driving parts are each provided at described
The lower section of work top and be connected to it is described support bag side plate, it is multiple it is described support sack driving parts can coordinate driving it is multiple
The support bag side plate is located remotely from each other or close, the outer surface of each support bag side plate be corresponding with respectively a depression bar with
And a compression sack driving part, the upper end of each depression bar is hinged on the corresponding support bag side plate, each
The compression sack driving part is used to drive the corresponding depression bar to rotate.
In one of the embodiments, the suction bag bagging device also has bagging seat, and the bagging seat is connected to described
On wobble drive part；
The quantity of the swing rod and the quantity of the bagging driving part are two, two bagging driving parts
It is each provided on the bagging seat, two bagging driving parts are connected to a swing rod；Two baggings drive
Dynamic component can be respectively used to drive two swing rods close to each other to insert in the poly-bag on the poly-bag box, or
It is respectively used to drive two swing rods to be located remotely from each other to strut the poly-bag；The wobble drive part is by driving the set
The sack that the poly-bag rotation that bag seat rotates to drive the swing rod and strut is moved to the poly-bag is set in multiple institutes
State on support bag side plate.
In one of the embodiments, the suction bag bagging device also has sucker disk seat, the sucker driving part connection
In the sucker disk seat, the sucker is connected on the sucker disk seat.
In one of the embodiments, the quantity of the sucker is multiple that multiple suckers are both connected to the sucker
On seat bottom surface.
In one of the embodiments, the sucker disk seat is elongated, and multiple suckers are evenly distributed on the sucker
The bottom surface of seat.
In one of the embodiments, the upper surface of the poly-bag box is connected with least two columns, the column
Diameter be less than the poly-bag through-hole aperture.
In one of the embodiments, the upper end of the column is connected with spacing ball, and the diameter of the spacing ball is equal to institute
State the aperture of poly-bag.
In one of the embodiments, the poly-bag box is connected with the side of the column and is located at the lower section of the sucker,
The opposite side of the poly-bag box projects to the outside of the board.
In one of the embodiments, the support bag mouth device also has support bag seat, and the support bag seat is connected to the work
Make the bottom surface of table top and close to the upper material passing passage of the work top；
The quantity of the support sack driving part is two, and two support sack driving parts are relative and are both connected to institute
State on support bag seat.
In one of the embodiments, the support bag mouth device also has line slideway, and the line slideway is connected to institute
State on support bag seat, the line slideway is located at the material passing passage close to the middle part of the material passing passage and the line slideway
Middle part alignment；
Two support bag side plates are slidably connected on the line slideway, two support sack driving part difference
For driving the support bag side plate to be moved along the line slideway.
Above-mentioned automatic bag-opening mouth and bag opening machine structure is held on the upper strata of adhesive tape to open glue by suction bag bagging device
The sack of bag, and poly-bag can be sent at support bag mouth device by the swing of swing arm, the support bag side plate for supportting bag mouth device can
Sack is continued to strut, sack can be pressed between support bag side plate and depression bar by depression bar, avoid the slippage of poly-bag, due to
Support bag side plate, depression bar are the lower sections for being located at work top, and support bag side plate and move in a lateral direction so that the opening court of sack
On, it is easy to splicing rewinding.Above-mentioned automatic bag-opening mouth and bag opening machine structure can automatic bag-opening mouth and support sack, save the time,
Save manpower, during for packing materials, efficiency high.
Brief description of the drawings
Fig. 1 is an embodiment textile product automatic packing mechanism schematic diagram；
Fig. 2 is the side view of textile product automatic packing mechanism shown in Fig. 1；
Fig. 3 is the another side figure of textile product automatic packing mechanism shown in Fig. 1；
Fig. 4 is the hollow pipe of textile product automatic packing mechanism shown in Fig. 1 and envelope tool rest, offset plate seat cooperation schematic diagram；
Fig. 5 is the suction bag bagging device schematic diagram of textile product automatic packing mechanism shown in Fig. 1.
Description of reference numerals
1st, textile product automatic packing mechanism；10th, vacuum extractor；100th, driving part is aspirated；110th, hollow pipe；120、
Air exhauster；130th, support；140th, suction tube；20th, doubling-up device；200th, plate is lifted；201st, backplate；210th, doubling hinge；220th, it is right
Roll over driving part；30th, bag mouth device is supportted；300th, bag side plate is supportted；310th, depression bar；320th, sack driving part is supportted；330th, bag is compressed
Mouth driving part；340th, bag seat is supportted；350th, line slideway；40th, suction bag bagging device；400th, poly-bag box；401st, breach；410th, inhale
Disk；420th, sucker driving part；430th, swing arm；440th, swing rod；450th, bagging driving part；460th, wobble drive part；470、
Sucker disk seat；480th, column；481st, spacing ball；490th, bagging seat；50th, closing device；500th, tool rest is sealed；510th, hot knife；520、
Silica gel plate；530th, tool rest driving part；540th, knife driving part is sealed；550th, offset plate driving part；560th, offset plate seat；561st, allow
Position groove；60th, buffer reshaping device；600th, trim panel is buffered；610th, splicing plate；620th, trim panel driving part；630th, support
Plate；640th, elastomeric element；650th, fender rod；70th, board；700th, work top；701st, material passing passage；80th, conveying device；800、
Output stage；810th, screw mandrel is conveyed；820th, base；830th, feed drive part；90th, liftout attachment；900th, push pedal；910th, release
Driving part.
Embodiment
For the ease of understanding the utility model, the utility model is more fully retouched below with reference to relevant drawings
State.Preferred embodiment of the present utility model is given in accompanying drawing.But the utility model can come in fact in many different forms
It is existing, however it is not limited to embodiment described herein.On the contrary, the purpose for providing these embodiments is made to public affairs of the present utility model
Open the understanding more thorough and comprehensive of content.
It should be noted that when element is referred to as " being fixed on " another element, it can be directly on another element
Or there may also be element placed in the middle.When an element is considered as " connection " another element, it can be directly connected to
To another element or it may be simultaneously present centering elements.
Unless otherwise defined, all of technologies and scientific terms used here by the article is led with belonging to technology of the present utility model
The implication that the technical staff in domain is generally understood that is identical.It is simply in term used in the description of the present utility model herein
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term as used herein "and/or" includes
The arbitrary and all combination of one or more related Listed Items.
Referring to shown in Fig. 1 and Fig. 2, the present embodiment relate to a kind of textile product automatic packing mechanism 1.The textile product is certainly
Dynamic package mechanism 1 includes board 70, vacuum extractor 10, doubling-up device 20, suction bag bagging device 40, support bag mouth device 30, envelope
Mouth device 50 and control device.Wherein, control device can be PLC.
, wherein it is desired to explanation, above-mentioned board 70, doubling-up device 20 and control device can form automatic doubling
Material collecting device, such as to be weaved finished product suitable for automatic doubling material.
Above-mentioned board 70, suction bag bagging device 40, support bag mouth device 30 and control device can also be formed and opened automatically
Sack and bag opening machine structure, to be individually adapted to the automatic suction bag mouth of poly-bag and support sack automatically.
Below to above-mentioned board 70, vacuum extractor 10, doubling-up device 20, suction bag bagging device 40, support bag mouth device
30th, closing device 50 does further detailed description.
Referring to shown in Fig. 1 and Fig. 2, board 70 is provided with work top 700.Work top 700, which runs through, material passing passage
701。
Referring to shown in Fig. 1, Fig. 2 and Fig. 3, vacuum extractor 10 has the suction tube 140 being located on board 70.Control dress
Put and be electrically connected at vacuum extractor 10.
Further, referring to shown in Fig. 1, Fig. 2 and Fig. 3, also there is vacuum extractor 10 air exhauster 120 and suction to drive
Dynamic component 100.Air exhauster 120 is communicated in one end of suction tube 140 for being vacuumized by suction tube 140 to poly-bag, aspirates
Driving part 100 is located on board 70 and is connected to suction tube 140 positioned at the top of work top 700, suction driving part 100
The other end for drive suction tube 140 the end be inserted into poly-bag.
Control device is electrically connected at air exhauster 120 and suction driving part 100.Further, driving part is aspirated
100 can be motor.
Further, referring to shown in Fig. 1, Fig. 2 and Fig. 3, vacuum extractor 10 also have Rodless cylinder, hollow pipe 110 and
Support 130.Suction driving part 100 is Rodless cylinder.Support 130 is located on board 70, and Rodless cylinder is connected to support 130
On, hollow pipe 110 is located in suction driving part 100, and suction tube 140 is communicated in suction driving part 100, aspirates drive division
Part 100 can drive the stretching motion of hollow pipe 110.
Referring to shown in Fig. 1, Fig. 2 and Fig. 3, doubling-up device 20 has multiple lift plates 200, and at least two lift plates 20 distinguish position
In the relative both sides of material passing passage 701.In the present embodiment, the quantity for lifting plate 200 is two.Two lift plates 200 are each provided at work
Make both sides relative positioned at material passing passage 701 on table top 700 and respectively.Two lift plates 200 are close to a side of material passing passage 701
The logical doubling hinge 210 of edge, which is flexibly connected, to be such as hinged on work top 700.
Further, referring to shown in Fig. 2 and Fig. 3, doubling-up device 20 has at least two doubling driving parts 220.It is multiple
Doubling driving part 220 is each provided on work top 700, and each plate 200 of lifting corresponds at least one doubling driving part 220,
Each doubling driving part 220 is respectively used to two lift plates 200 of driving and rotated.Lift plate 200 is directed towards material passing passage 701 when rotating
Direction rotates, to cause such as finished product of weaving of the material on two lift plates 200 to be fallen in the presence of its own gravity
Expect in passage 701, now material such as finished product of weaving is because both ends are towards middle part folding, and further drops in material passing passage 701
In poly-bag on the splicing plate 610 of lower section, to realize automatic folding material rewinding.
Preferably, in the present embodiment, the quantity of doubling driving part 220 is two, it can be appreciated that doubling driving part
220 quantity can also be three, four etc..Two doubling driving parts 220 on work top 700, drive by two doublings
Dynamic component 220 corresponds respectively to two lift plates 200, and two doubling driving parts 220 are respectively used to two 200 turns of plates of lift of driving
It is dynamic.Control device is electrically connected at doubling driving part 220.Doubling driving part 220 can be motor.
Two two doubling driving parts 220 are connected to the corresponding one end of lift plate 200 away from material passing passage 701.
Each doubling driving part 220 is connected to the bottom surface of corresponding lift plate 200.
Further, shown in Figure 1, the upper surface of two lift plates 200 is respectively connected with two backplates 201, each lift plate
Two backplates 201 on 200 are both connected on the both sides of the edge parallel with the plane of rotation during lift rotation of plate 200.Each lift plate 200
On two backplates 201 towards lift plate 200 outside extension.
Referring to shown in Fig. 1, Fig. 2 and Fig. 3, suction bag bagging device 40 has poly-bag box 400, sucker 410, sucker driving part
420th, swing arm 430, swing rod 440, bagging driving part 450 and wobble drive part 460.Poly-bag box 400 is connected to board 70
Above and on the lower section of work top 700, poly-bag box 400 it is connected with multiple columns for being used to be arranged for the through holes on poly-bag
480。
Referring to shown in Fig. 1 and Fig. 5, sucker driving part 420 is located at the bottom surface of work top 700 and is connected to sucker
410 are moved on poly-bag box 400 or reset for driving sucker 410.Control device is electrically connected at sucker driving part
420th, bagging driving part 450 and wobble drive part 460.Further, sucker driving part 420, bagging driving part
450 and wobble drive part 460 may each be motor.
Further, referring to shown in Fig. 1, Fig. 2 and Fig. 3, suction bag bagging device 40 also has bagging seat 490, bagging seat 490
It is connected on wobble drive part 460.
Shown in Figure 5, the quantity of swing rod 440 and the quantity of bagging driving part 450 are two.Two baggings drive
Dynamic component 450 is each provided on bagging seat 490.Two bagging driving parts 450 are connected to a swing rod 440.Two baggings
Driving part 450 can be respectively used to drive two swing rods 440 close to each other to insert in the poly-bag on poly-bag box 400, or
It is respectively used to drive two swing rods 440 to be located remotely from each other to strut poly-bag.Wobble drive part 460 is by driving 490 turns of bagging seat
It is dynamic to be set in being moved to the sack of poly-bag with driven fork 440 and the poly-bag strutted rotation on multiple support bag side plates 300.
Preferably, referring to shown in Fig. 1, Fig. 2 and Fig. 3, suction bag bagging device 40 also has sucker disk seat 470.Sucker drive division
Part 420 is connected to sucker disk seat 470, and sucker 410 is connected on sucker disk seat 470.
Referring to shown in Fig. 1 and Fig. 3, the quantity of sucker 410 is multiple.Multiple suckers 410 are both connected to the bottom surface of sucker disk seat 470
On.
Preferably, referring to shown in Fig. 1 and Fig. 5, sucker disk seat 470 is elongated.Multiple suckers 410 are evenly distributed on sucker disk seat
470 bottom surface.
Further, referring to shown in Fig. 1 and Fig. 3, the upper surface of poly-bag box 400 is connected with least two columns 480, column
480 diameter is less than the through-hole aperture of poly-bag.
Preferably, shown in Figure 3, the upper end of column 480 is connected with spacing ball 481, and the diameter of spacing ball 481 is equal to glue
The aperture of bag.
Referring to shown in Fig. 1 and Fig. 5, poly-bag box 400 has breach 401 towards the side inside board 70.Preferably, poly-bag
The side that box 400 is connected with column 480 is located at the lower section of sucker 410, and the opposite side of poly-bag box 400 projects to the outer of board 70
Portion.
Referring to shown in Fig. 1, Fig. 2, wobble drive part 460 is located on board 70 and positioned at the lower section of work top 700.
Wobble drive part 460 is connected with least two bagging driving parts 450.Bagging driving part 450 is connected with swing rod 440, pendulum
The lower end of bar 440 is connected with swing arm 430.Multiple bagging driving parts 450 can coordinate at least two swing rods 440 of driving mutual
Away to strut poly-bag or close to each other.
Referring to shown in Fig. 1, Fig. 2, support bag mouth device 30 has support bag side plate 300, depression bar 310, support sack driving part 320
And compress sack driving part 330.The quantity for supportting sack driving part 320 is at least two.Multiple support sack driving parts
320 are each provided at the lower section of work top 700 and are connected to support bag side plate 300.Multiple support sack driving parts 320 can match somebody with somebody
Close the multiple support bag side plates 300 of driving to be located remotely from each other or close, the outer surface of each support bag side plate 300 is corresponding with a pressure respectively
Bar 310 and a compression sack driving part 330, the upper end of each depression bar 310 are hinged on corresponding support bag side plate 300,
Each compression sack driving part 330 is used to drive corresponding depression bar 310 to rotate.
The length of above-mentioned swing rod 440 is equal to the distance that wobble drive part 460 arrives the upper surface of poly-bag box 400, is also equal to
Distance of the wobble drive part 460 to the lower section of support bag side plate 300.That is, the swing arm 430 on swing rod 440 can turn to poly-bag
The upper surface of box 400, and the lower section of support bag side plate 300 can be turned to.
Control device is electrically connected at support sack driving part 320 and compresses sack driving part 330.Support sack driving
Part 320 and compression sack driving part 330 may each be motor.
Further, referring to shown in Fig. 1, Fig. 2, support bag mouth device 30 also has support bag seat 340.Support bag seat 340 is connected to
The bottom surface of work top 700 and close to material passing passage 701.
The quantity for supportting sack driving part 320 is two.Two support sack driving parts 320 are relative and are both connected to support bag
On seat 340.
Preferably, referring to shown in Fig. 1, Fig. 2, support bag mouth device 30 also has line slideway 350.Line slideway 350 connects
On support bag seat 340, line slideway 350 is located at material passing passage 701 close to the middle part of material passing passage 701 and line slideway 350
Middle part alignment.
Shown in Figure 2, two support bag side plates 300 are slidably connected on line slideway 350.Two support sack drive divisions
Part 320 is respectively used to driving support bag side plate 300 and moved along line slideway 350.
Closing device 50 is located at work top 700 for being sealed to the sack of poly-bag.Control device is electrically connected with
In closing device 50.
In the present embodiment, referring to shown in Fig. 1, Fig. 2, closing device 50 has envelope tool rest 500, hot knife 510, silica gel plate
520th, tool rest driving part 530, envelope knife driving part 540 and offset plate driving part 550.Silica gel plate 520 and envelope tool rest 500
It is respectively positioned on the lower section of work top 700 and relative.Control device is electrically connected at tool rest driving part 530, envelope knife driving part
540 and offset plate driving part 550.Tool rest driving part 530, envelope knife driving part 540 and offset plate driving part 550 can be with
It is motor.
Shown in Figure 2, tool rest driving part 530 is located on board 70 and driven positioned at the lower section of work top 700, tool rest
The connection of dynamic component 530 envelope tool rest 500 moves for driving envelope tool rest 500 towards silica gel plate 520；Tool rest 500 is sealed towards silica gel
The side of plate 520 has cutter groove, and hot knife 510 is movably connected in cutter groove, and envelope knife driving part 540 is located on envelope tool rest 500
And it is connected to hot knife 510 and is moved for driving hot knife 510 towards silica gel plate 520.
Shown in Figure 2, offset plate driving part 550 is located on board 70 and driven positioned at the lower section of work top 700, offset plate
Dynamic component 550 is connected to silica gel plate 520 and moved for driving silica gel plate 520 towards hot knife 510.
Further, shown in Figure 2, closing device 50 also has offset plate seat 560.Offset plate seat 560 is connected to offset plate driving
On part 550, the side of offset plate seat 560 towards hot knife 510 has offset plate groove, and silica gel plate 520 is located in offset plate groove.
Further, referring to shown in Fig. 2 and Fig. 4, the side of offset plate seat 560 towards envelope tool rest 500 has insertion offset plate seat
560 upper surfaces and the resigning groove 561 of bottom surface.When envelope tool rest 500 is moved to offset plate seat 560 to be contacted with each other, step down
Groove 561 can pass through and be inserted into poly-bag for suction tube 140.
Further, referring to shown in Fig. 1, Fig. 2, in addition to buffer reshaping device 60., wherein it is desired to explanation, above-mentioned
Buffer reshaping device 60 can be used alone, buffer reshaping device 60 can be individually used for the rewinding and rewinding of a variety of occasions
Compress arranging process.
Buffer reshaping device 60 has buffering trim panel, splicing plate 610 and trim panel driving part 620.
Referring to shown in Fig. 1, Fig. 2, splicing plate 610 is located at the bottom of board 70 for for poly-bag placement.Each two buffers
Trim panel forms one group.Every group of two buffering trim panels are oppositely arranged.Between splicing plate 610 and closing device 50 at least
One group of buffering trim panel.Trim panel driving part 620 is used to drive two of every group to buffer trim panel move toward one another to extrude glue
Bag resets.
Control device is electrically connected at trim panel driving part 620.Trim panel driving part 620 can be motor.
Further, it is shown in Figure 2, there is one group of buffering trim panel between splicing plate 610 and closing device 50.It is whole
Shape plate driving part 620 has two, and two trim panel driving parts 620 are each provided on board 70 and are connected to two
Buffer trim panel.
Further, shown in Figure 2, buffer reshaping device 60 also has two supporting plates 630.Two supporting plates 630
It is oppositely arranged, two trim panel driving parts 620 are respectively in two supporting plates 630.
Further, shown in Figure 2, the bottom of each buffering trim panel is hinged in corresponding supporting plate 630.Respectively
Individual trim panel driving part 620 is connected to the top of corresponding buffering trim panel.
Further, it is shown in Figure 2, the also flexible part 640 of buffer reshaping device 60.Each buffering trim panel
Top is connected to corresponding supporting plate 630 by elastomeric element 640.Preferably, elastomeric element 640 is spring.
Further, referring to shown in Fig. 1, Fig. 2 and Fig. 3, in addition to conveying device 80.Conveying device 80 is located at board 70
Bottom.Splicing plate 610, one of supporting plate 630 and the buffering trim panel that is connected in the supporting plate 630 are all connected with
In conveying device 80.
Further, referring to shown in Fig. 1, Fig. 2 and Fig. 3, conveying device 80 have output stage 800, conveying screw mandrel 810,
Base 820 and feed drive part 830.Splicing plate 610 is connected with output stage 800, output stage 800 is slidably connected at
On base 820, conveying screw mandrel 810 is threadedly coupled with output stage 800, and feed drive part 830 is located on base 820 and connected
In conveying screw mandrel 810 for by driving conveying screw mandrel 810 to rotate to drive output stage 800 to move.Control device is electrical
It is connected to feed drive part 830.Feed drive part 830 can be motor.
Further, referring to shown in Fig. 1, Fig. 2, in addition to liftout attachment 90.Liftout attachment 90 has push pedal 900 and pushed away
Go out driving part 910.Push pedal 900 is connected to the surface of buffering trim panel inwardly in conveying device 80, the buffering shaping
Plate, which runs through, resigning window.Release the supporting plate 630 that driving part 910 is connected in conveying device 80 and by resigning window
Mouth is connected to push pedal 900.Driving part 910 is released to be used for by driving push pedal 900 to eject with by splicing plate 610
Poly-bag is released.Control device, which is electrically connected at, releases driving part 910.It can be motor to release driving part 910.
Further, referring to shown in Fig. 1, Fig. 2, the bottom of push pedal 900 is hinged on corresponding buffering trim panel, is released and is driven
Dynamic component 910 is connected to the top of push pedal 900.
Further, referring to shown in Fig. 1, Fig. 2, the top of every group of two buffering trim panels is away from bending.
Further, shown in Figure 2, the side edge of at least one buffering trim panel is connected with fender rod 650, prevents
Guard bar 650 extends towards relative buffering trim panel.
The textile product automatic packing mechanism 1 being related in the present embodiment relate to a kind of spinning in the packaging for material
Knit product automatic packaging method.
Referring to shown in Fig. 1, Fig. 2 and Fig. 3, a kind of textile product automatic packaging method comprises the following steps：
Poly-bag is placed on poly-bag box 400, and borehole jack is located on column 480 poly-bag all.When there is no through hole on poly-bag
When, now can be by the way that poly-bag manually to be cut out to 10mm openning respectively with two 480 corresponding positions of column, in order to cover
It is located on column 480.
Now the feed drive part 830 of conveying device 80 drives the supporting plate 630, right of output stage 800 and its top
The buffering trim panel answered removes board 70 to be stepped down to suction bag bagging device 40.
The sucker driving part 420 of suction bag bagging device 40 drives sucker 410 to press on the poly-bag of poly-bag box 400, inhales
After disk 410 holds the upper strata of poly-bag, sucker driving part 420 drives sucker 410 to drive the upper strata of poly-bag to rise so that poly-bag
Sack open.
The wobble drive part 460 of suction bag bagging device 40 drives multiple bagging driving parts 450 to rotate with band driven fork
440 and the swing arm 430 of lower end connection of swing rod 440 be rocked in the sack of poly-bag, multiple bagging driving parts 450, which coordinate, to be driven
Moving multiple swing rods 440 drives corresponding swing arm 430 to be located remotely from each other to the relative sack inwall of poly-bag to strut poly-bag；Wobble drive
Part 460 drives multiple backwards rotations of bagging driving part 450 to the lower section for supportting bag mouth device 30, and causes the sack set of poly-bag
On multiple support bag side plates 300, now the bottom of poly-bag is located on splicing plate 610.
The support sack driving part 320 of support bag mouth device 30 drives multiple support bag side plates 300 away from the relative bag of poly-bag
Intraoral wall is to strut poly-bag.
Multiple bagging driving parts 450, which coordinate, drives multiple swing rods 440 to drive swing arm 430 to reset, wobble drive part 460
Drive multiple bagging driving parts 450 to rotate and resetted with band driven fork 440 and swing arm 430.
The compression sack driving part 330 of support bag mouth device 30 drives corresponding depression bar 310 to rotate with by the sack of poly-bag
It is clipped between support bag side plate 300 and corresponding depression bar 310.
Now the feed drive part 830 of conveying device 80 drives the supporting plate 630, right of output stage 800 and its top
The buffering trim panel shift-in board 70 answered.
On two lift plates 200 of doubling-up device 20 after rewinding, lift plate 200 is respectively in corresponding doubling driving part 220
Driving under towards on work top 700 the direction of material passing passage 701 rotate so that two lift plates 200 on material both ends
Doubling inwardly is simultaneously fallen in the poly-bag of the lower section of material passing passage 701 by material passing passage 701.
The driving envelope tool rest 500 of tool rest driving part 530 of closing device 50 moves towards silica gel plate 520, offset plate drive division
Part 550 drives offset plate seat 560 to be moved towards envelope tool rest 500.Envelope tool rest 500 draws close the bag mouth plaster for causing poly-bag with offset plate seat 560
Close.
The trim panel driving part 620 of buffer reshaping device 60 drives two buffering trim panel move toward one anothers to extrude glue
Bag, the rear trim panel that buffers reset again.
The suction tube 140 of vacuum extractor 10 is stretched in poly-bag by resigning groove 561 to be vacuumized to poly-bag.
The driving hot knife 510 of envelope knife driving part 540 is moved out towards the direction of silica gel plate 520 outside cutter groove and and silica gel plate
520 contacts, the sack of poly-bag is sealed.
Envelope knife driving part 540 drives hot knife 510 to reset.The driving envelope tool rest 500 of tool rest driving part 530 resets, glue
Plate driving part 550 drives offset plate seat 560 to reset.
The feed drive part 830 of conveying device 80 is by driving conveying screw mandrel 810 to rotate to drive output stage 800 to move
It is dynamic, it is the outside for being moved out to board in the present embodiment to drive the precalculated position that is moved to of splicing plate 610.
The release driving part 910 of liftout attachment 90 is by driving push pedal 900 to eject with by splicing plate 610
Poly-bag is released.
Above-mentioned automatic bag-opening mouth and bag opening machine structure is held on the upper strata of adhesive tape to open by suction bag bagging device 40
The sack of poly-bag, and poly-bag can be sent at support bag mouth device 30 by the swing of swing rod 440, support the support bag of bag mouth device 30
Sack can be continued to strut by side plate 300, can be pressed on sack between support bag side plate 300 and depression bar 310 by depression bar 310,
The slippage of poly-bag is avoided, because support bag side plate 300, depression bar 310 are positioned at the lower section of work top 700, and support bag side plate
300 move in a lateral direction so that sack it is opening up, be easy to splicing rewinding.Above-mentioned automatic bag-opening mouth and support sack
Mechanism can automatic bag-opening mouth and support sack, save the time, save manpower, during for packing materials, efficiency high.
Above-mentioned buffer reshaping device 60, there is provided buffering trim panel 600, splicing plate 610 and trim panel driving part
620, splicing plate 610 is used to place for poly-bag；Each two buffering trim panel 600 forms one group, every group of two buffering trim panels
600 are oppositely arranged；The relative both sides of splicing plate 610 at least one group of buffering trim panel 600；Trim panel driving part 620 is used for
Two of every group are driven to buffer the move toward one another of trim panel 600 to extrude poly-bag or reset.When on splicing plate 610 place poly-bag simultaneously
And after material such as textile product are connected in poly-bag, one group or multigroup buffering extruding poly-bag close to each other of trim panel 600, to cause
Material such as textile product in poly-bag is compressed, and process is vacuumized in order to lower procedure.Above-mentioned automatic shaping compression, is saved
Manpower, has been saved the time, and the efficiency high of compression shaping.
The above-mentioned automatic doubling material collecting device being made up of board 70 and doubling-up device 20, wherein lift plate 200 is when rotating
Rotated towards the direction of material passing passage 701, to cause the material on two lift plates 200 such as weaving finished product in its own gravity
Fallen under effect in material passing passage 701, now material such as finished product of weaving is because both ends are towards middle part folding, and further drops
In the poly-bag on splicing plate 610 below material passing passage 701, to realize automatic folding material rewinding.
The textile product automatic packing mechanism 1 that the present embodiment is related to, there is provided board 70, the vacuum extractor of mutual cooperation
10th, doubling-up device 20, suction bag bagging device 40, support bag mouth device 30 and closing device 50.And realized by following methods
The process of poly-bag packaging：" the sucker driving part 420 of suction bag bagging device 40 drives sucker 410 to press to poly-bag box 400
Poly-bag on, after sucker 410 holds the upper strata of poly-bag, sucker driving part 420 drive sucker 410 drive poly-bag upper strata rise
To cause the sack of poly-bag to open；Wobble drive part 460 drives multiple bagging driving parts 450 to rotate with band driven fork 440
And the swing arm 430 of the lower end connection of swing rod 440 is rocked in the sack of poly-bag, multiple bagging driving parts 450 coordinate driving
Multiple swing rods 440 drive corresponding swing arm 430 to be located remotely from each other to the relative sack inwall of poly-bag to strut poly-bag；Wobble drive portion
Part 460 drives multiple backwards rotations of bagging driving part 450 to the lower section for supportting bag mouth device 30, and the sack of poly-bag is enclosed on
On multiple support bag side plates 300；The support sack driving part 320 of support bag mouth device 30 drives multiple support bag side plates 300 away from glue
The relative sack inwall of bag is to strut poly-bag；Multiple bagging driving parts 450, which coordinate, drives multiple swing rods 440 to drive swing arm 430
Reset, wobble drive part 460 drives multiple bagging driving parts 450 to rotate to be resetted with driven fork 440 and swing arm 430；
The compression sack driving part 330 of support bag mouth device 30 drives corresponding depression bar 310 to rotate so that the mouth clip of poly-bag is being supportted into bag
Between side plate 300 and corresponding depression bar 310；On two lift plates 200 of doubling-up device 20 after rewinding, plate 200 is lifted towards work
The direction of material passing passage 701 on table top 700 is rotated so that the material on two lift plates 200 was fallen to by material passing passage 701
In the poly-bag for expecting the lower section of passage 701；It is that poly-bag is vacuumized in poly-bag that the suction tube 140 of vacuum extractor 10, which stretches into,；Envelope
Mouth device 50 seals to the sack of poly-bag ".By the cooperation of above-mentioned all parts realize poly-bag from feeding, support sack,
Splicing, the complete packaging process for vacuumizing, sealing, whole-course automation degree is high, saves manpower, saves the time, packaging
Efficiency high.
Each technical characteristic of embodiment described above can be combined arbitrarily, to make description succinct, not to above-mentioned reality
Apply all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, the scope that this specification is recorded all is considered to be.
Embodiment described above only expresses several embodiments of the present utility model, and its description is more specific and detailed,
But therefore it can not be interpreted as the limitation to the utility model patent scope.It should be pointed out that for the common of this area
For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to
In the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (10)
1. a kind of automatic bag-opening mouth and bag opening machine structure, it is characterised in that including：
Board, the board are provided with work top；
Suction bag bagging device, the suction bag bagging device have poly-bag box, sucker, sucker driving part, swing arm, swing rod, bagging
Driving part and wobble drive part；The poly-bag box is connected on the board and is located at the lower section of the work top,
Multiple columns for being used to be arranged for the through hole on poly-bag are connected with the poly-bag box；The sucker driving part is located at the work
Make the bottom surface of table top and be connected to the sucker for driving the sucker to be moved on the poly-bag box or reset；Institute
Wobble drive part is stated to be located on board and be connected with least two positioned at the lower section of the work top, the wobble drive part
The individual bagging driving part, the bagging driving part are connected with the swing rod, and the lower end of the swing rod is connected with the pendulum
Arm, multiple bagging driving parts can coordinate driving at least two swing rods be located remotely from each other with strut the poly-bag or
It is close to each other；And
Bag mouth device is supportted, the support bag mouth device has support bag side plate, depression bar, support sack driving part and compresses sack driving
Part, the quantity of the support sack driving part is at least two, and multiple support sack driving parts are each provided at the work
The lower section of table top and the support bag side plate is connected to, multiple support sack driving parts can coordinate driving multiple described
Support bag side plate is located remotely from each other or close, and the outer surface of each support bag side plate is corresponding with a depression bar and one respectively
The individual compression sack driving part, the upper end of each depression bar is hinged on the corresponding support bag side plate, each described
Sack driving part is compressed to be used to drive the corresponding depression bar to rotate.
2. automatic bag-opening mouth according to claim 1 and bag opening machine structure, it is characterised in that the suction bag bagging device is also
With bagging seat, the bagging seat is connected on the wobble drive part；
The quantity of the swing rod and the quantity of the bagging driving part are two, and two bagging driving parts are all provided with
On the bagging seat, two bagging driving parts are connected to a swing rod；Two bagging drive divisions
Part can be respectively used to drive two swing rods close to each other to insert in the poly-bag on the poly-bag box, or respectively
For driving two swing rods to be located remotely from each other to strut the poly-bag；The wobble drive part is by driving the bagging seat
The sack that the poly-bag rotation for rotating to drive the swing rod and strut is moved to the poly-bag is set in multiple supports
On bag side plate.
3. automatic bag-opening mouth according to claim 1 and bag opening machine structure, it is characterised in that the suction bag bagging device is also
With sucker disk seat, the sucker driving part is connected to the sucker disk seat, and the sucker is connected on the sucker disk seat.
4. automatic bag-opening mouth according to claim 3 and bag opening machine structure, it is characterised in that the quantity of the sucker is more
Individual, multiple suckers are both connected on the sucker disk seat bottom surface.
5. automatic bag-opening mouth according to claim 4 and bag opening machine structure, it is characterised in that the sucker disk seat is in strip
Shape, multiple suckers are evenly distributed on the bottom surface of the sucker disk seat.
6. automatic bag-opening mouth and bag opening machine structure according to claim 1-5 any one, it is characterised in that the poly-bag
The upper surface of box is connected with least two columns, and the diameter of the column is less than the through-hole aperture of the poly-bag.
7. automatic bag-opening mouth according to claim 6 and bag opening machine structure, it is characterised in that the upper end connection of the column
Limited location ball, the diameter of the spacing ball are equal to the aperture of the poly-bag.
8. automatic bag-opening mouth and bag opening machine structure according to claim 1-5 any one, it is characterised in that the poly-bag
The side that box is connected with the column is located at the lower section of the sucker, and the opposite side of the poly-bag box projects to the outer of the board
Portion.
9. automatic bag-opening mouth and bag opening machine structure according to claim 1-5 any one, it is characterised in that the support bag
Mouthful device also has a support bag seat, and the support bag seat is connected to the bottom surface of the work top and close to the work top
On material passing passage；
The quantity of the support sack driving part is two, and two support sack driving parts are relative and are both connected to the support
On bag seat.
10. automatic bag-opening mouth according to claim 9 and bag opening machine structure, it is characterised in that the support bag mouth device is also
With line slideway, the line slideway is connected on the support bag seat, the line slideway close to the material passing passage and
The middle part of the line slideway is located at the middle part alignment of the material passing passage；
Two support bag side plates are slidably connected on the line slideway, and two support sack driving parts are respectively used to
The support bag side plate is driven to be moved along the line slideway.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720922835.1U CN207191560U (en) | 2017-07-27 | 2017-07-27 | Automatic bag-opening mouth and bag opening machine structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720922835.1U CN207191560U (en) | 2017-07-27 | 2017-07-27 | Automatic bag-opening mouth and bag opening machine structure |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107253544A (en) * | 2017-07-27 | 2017-10-17 | 广东溢达纺织有限公司 | Automatic bag-opening mouthful and bag opening machine structure |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107253544A (en) * | 2017-07-27 | 2017-10-17 | 广东溢达纺织有限公司 | Automatic bag-opening mouthful and bag opening machine structure |
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