CN205685821U - A kind of wire rope handling refuse bag stay cord flush mounting - Google Patents
A kind of wire rope handling refuse bag stay cord flush mounting Download PDFInfo
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- CN205685821U CN205685821U CN201620644574.7U CN201620644574U CN205685821U CN 205685821 U CN205685821 U CN 205685821U CN 201620644574 U CN201620644574 U CN 201620644574U CN 205685821 U CN205685821 U CN 205685821U
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- stay cord
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Abstract
This utility model relates to a kind of wire rope handling refuse bag stay cord flush mounting.This wire rope handling refuse bag stay cord flush mounting includes input guide roller set, output guide roller set and bag mouth flange body and stay cord guide mechanism, it is characterized in that: bag mouth flange body includes two flange assemblies being oppositely arranged, flange assembly includes and opens guide plate, varus guide plate and inner guide pulley, the framework opening guide plate and varus guide plate composition rib pattern of two flange assemblies, inner guide pulley acts on the medial surface of varus guide plate；Stay cord guide mechanism includes outer guide wheel and stay cord guides the arrangement for guiding of outside guide wheel, and outer guide wheel coordinates messenger with flange assembly.Stay cord is automatically embedded at bag plastic foil edge of opening by this device, and it is more convenient, rapider to allow this type of drawstring formula handbag make.
Description
Technical field
This utility model relates to a kind of wire rope handling refuse bag stay cord flush mounting, is specifically related to one and is adaptable to making and has
The wire rope handling refuse bag bag machinery of stay cord.
Background technology
At present the kind of the refuse bag seen in daily life is the most various, relevant manufactures also for user demand and
Have developed the product of tool different structure of all kinds, have more selection, the rubbish seen the most on the market for user
Bag its be substantially flat mouth type, after rubbish is thrown away in refuse bag by user, be positioned over rubbish when focusing on place, by
In bag opening of garbage bag and un-ligatured tighten, the rubbish often led in bag exposes, and has a strong impact on environmental health.
Wire rope handling refuse bag inspiration of the present utility model is derived from cloth bag structure in early days, as it is shown in fig. 7, people are in early days
Facilitate article storage, the most all can sew some beanbags voluntarily, wire rope handling refuse bag of the present utility model i.e. with cloth in early days
Bag structure is similar, and it sews at bag mouth wears stay cord pipe 82, and wears rope 86 in this wears stay cord pipe 82, the cloth of this type
Bag structure is widely applied in people's daily life in one's early years.
This type of wire rope handling refuse bag the most seen has been developed that into and makes with plastic cement material, although material has changed
Become, the most similar, but bag manufacturers all faces a problem that cannot overcome, and is i.e.--and stay cord penetrates automatically
Produce.Therefore must be dependent on and manually carry out, thereby result in the problem in production efficiency.
Summary of the invention
The deficiency existed in view of prior art, this utility model innovation provides a kind of in wire rope handling refuse bag manufacturing process
The stay cord that can be rapidly completed embeds the wire rope handling refuse bag stay cord flush mounting of operation.
This wire rope handling refuse bag stay cord flush mounting includes input guide roller set, output guide roller set and bag mouth flange body
With stay cord guide mechanism, it is characterised in that: described bag mouth flange body includes two flange assemblies being oppositely arranged, described in turn over
Limit assembly includes and opens guide plate, varus guide plate and inner guide pulley, and the guide plate that opens of two flange assemblies is constituted with varus guide plate
The framework of rib pattern, described inner guide pulley acts on the medial surface of varus guide plate；Described stay cord guide mechanism includes outer guide wheel
And stay cord is guided the arrangement for guiding of outside guide wheel, described outer guide wheel coordinates messenger with flange assembly.
One end opening guide plate of described flange assembly is adjoining with one end of varus guide plate, and described outer guide wheel is positioned at flange
The inner side of assembly, is placed in opening the position that guide plate is adjoining with varus guide plate, described outer stator portion be positioned at open guide plate with
Between the abutting end of varus guide plate.
Described arrangement for guiding includes upper and lower two lead in track, and the inner of two lead in track is designed with guiding hypotenuse, described
Guide hypotenuse corresponding with outer guide wheel, between described outer guide wheel and guiding hypotenuse, be provided with directive wheel.
Described inner guide pulley is angularly disposed.
The rotating direction of described inner guide pulley is at an acute angle with the direction of travel of flange.
Described inner guide pulley is arranged on inner guide pulley adjusting part, and described inner guide pulley adjusting part includes two support arms, and two
Individual support arm is all hinged in assembled plate, and two inner guide pulleys are separately mounted to one end of two support arms, the other end of two support arms it
Between connect have flange extension spring.
Described varus guide plate side arranges the tight mechanism of marsupial bottom bracing, and tightening mechanism at the bottom of described bag includes two stretching wheels,
Said two stretching is taken turns in separated position.
Tightening mechanism at the bottom of described bag also includes stretching plate triangular in shape, and said two stretching wheel is arranged on stretching plate
On.
Described stretching plate is angularly disposed in extensible member side, and described extensible member passes through resilient support assembly elastic reaction in stretching
The opposite side of contracting part.
Described resilient support assembly includes pull plate, motion bar and fixed plate, is provided with linear bearing in fixed plate, lives
Lever arranges in linear bearing, and motion bar is connected through fixed plate one end with pull plate, and the other end is connected with extensible member, and stretching draws
Spring is connected between pull plate and fixed plate.
The bag raw material open side edge being processed on Bag Making Machine board can be turned down by this device, can will draw simultaneously
Restrict and introduced in board by outside board, and embed inside the edge that bag plastic foil open side is turned down, whereby, can by stay cord certainly
Dynamicization it is embedded at bag plastic foil edge of opening, and it is more convenient, rapider to allow this type of drawstring formula handbag make.
Accompanying drawing explanation
Fig. 1 is single unit system schematic diagram of the present utility model；
Fig. 2 is the floor map of bag mouth flange body of the present utility model and belt guide mechanism；
Fig. 3 is integral planar schematic diagram of the present utility model；
Fig. 4 is the Local map of inner guide pulley；
Fig. 5 is this utility model bag raw material of carrying out producing and the schematic flow sheet in stay cord feed operation；
Fig. 6 is the wire rope handling refuse bag product schematic diagram that this utility model is made；
Fig. 7 is early stage cloth bag product schematic diagram.
Detailed description of the invention
As it is shown in figure 1, this utility model includes input guide roller set 42 and output guide roller set 44 on the whole, and it is positioned at
Tightening mechanism 3 at the bottom of bag mouth flange body 10 between input guide roller set 42 and output guide roller set 44, stay cord guide mechanism 20 and bag.
Double-layer plastic film 50 is upwards guided by the input guide roller set 42 of lower section, and double-layer plastic film 50 is that the tubular that a kind of blown film is good is former
Material, when being processed in delivering to Bag Making Machine, cuts out an opening 52 by cutting knife at one side, and this double-layer plastic film 50 is at warp
After crossing input guide roller set 42, the edge of its opening 52 just by bag mouth flange body 10 by it to in-flanges, turn at opening 52 edge
While limit, stay cord is directed in flange by stay cord guide mechanism 20, thus completes stay cord embedding work.
Below in conjunction with meeting accompanying drawing, illustrate bag mouth flange body 10 and the structure of stay cord guide mechanism 20 and work former
Reason.
As it is shown in figure 1, bag mouth flange body 10 includes two flange assemblies being oppositely arranged, each flange assembly wraps
Included and opened guide plate 12, inner guide pulley 162 and varus guide plate 14, two flange assemblies open guide plate 12 and varus guide plate 14 structure
Becoming the framework of rib pattern, i.e. two are opened guide plate 12 and two varus guide plates 14 constitute the appearance of prismatic from the side, and in lead
Wheel 162 acts on the medial surface of varus guide plate 14.Guide plate 12 and varus guide plate 14 structure is opened due to bag mouth flange body 10
Become the framework of rib pattern, input plastic foil 50 opening 52 between guide roller set 42 and output guide roller set 44 after strutting with regard to shape
Becoming rib type opening, add inner guide pulley 162 and press against, the edge that thus can make plastic foil 50 will be because of the tension force of own material
Automatically infolding.And stay cord guide mechanism 20 includes outer guide wheel 120 and stay cord guides the arrangement for guiding of outside guide wheel 120,
Outer guide wheel 120 coordinates messenger with flange assembly.
In order to make stay cord guide mechanism 20 preferably merge with flange assembly, one end opening guide plate 12 of the present utility model
Adjoining with one end of varus guide plate 14, outer guide wheel 120 is positioned at the inner side of flange assembly, and be partially disposed in open guide plate 12 with
Between the abutting end of varus guide plate 14, formed between the outer outermost application point of guide wheel 120 of two such in rib type framework
At Kuan, forms the transition of arc top, and stay cord coordinates plastic foil 50 be pulled up together.
Specific works principle is as follows: when carrying out flange work, and double-layer plastic film 50 coordinates conveying through input guide roller set 42(
Two deflector rolls) upwards guide after, first opened guide plate 12 by two and its opening 52 strutted, then in turn through outer guide wheel 120
With varus guide plate 14, when through outer guide wheel 120, due to opening 52 by support to the widest, and due to outer guide wheel 120 wheel face make
For double-layer plastic film opening 52 edge relatively in position, so cannot to opening 52 edge formed support, inner guide pulley 162 simultaneously
Pushing down the flange at edge, plastic foil opening 52 edge between outer guide wheel 120 and inner guide pulley 162 will be because of the tension force of material itself
And gradually turn over the inner side to varus guide plate 14, and flattened by inner guide pulley 162；And while flange, stay cord guide mechanism 20 will
Stay cord guides to outer guide wheel 120, and stay cord is drawn between flange and varus guide plate 14 by outer guide wheel 120 again；Complete opening
After the embedding of flange and stay cord, double-layer plastic film 50 guides sliding along varus guide plate 14 lateral surface, and in output guide roller set 44
Again stick together between (coordinating two deflector rolls of conveying)；Thus complete the work that stay cord embeds.
As described above, the guiding of stay cord is completed by stay cord guide mechanism 20, and as shown in figs. 1 and 2, stay cord guides machine
Structure 20 includes the arrangement for guiding that stay cord guides outside guide wheel 120, and arrangement for guiding includes upper and lower two lead in track 22, up and down
The inner of two lead in track 22 is designed with guiding hypotenuse 220, and two guiding hypotenuses 220 are corresponding with two outer guide wheels 120 respectively,
Guide and be provided with directive wheel 24 between hypotenuse 220 and outer guide wheel 120.Stay cord 54 is imported to by haulage gear by outside board
In lower two lead in track 22, when hypotenuse 220 position of lead in track delivered to by upper stay cord 54, invert and turn to, and be led to
At the directive wheel 24 on the right；And lower stay cord 54 is when delivering to hypotenuse 220 position of lower lead in track, inverts and turn to, be just directed to
At the directive wheel 24 on the left side, the most upper and lower two stay cords 54 are led to opening about 52 inner side of double-layer plastic film 50, then lead to
Cross outer guide wheel 120 to be fed in the flange of opening 52.
In order to make inner guide pulley 162 be tightly pressed against on varus guide plate 14, inner guide pulley 162 is arranged on inner guide pulley by this utility model
On adjusting part, inner guide pulley adjusting part includes two support arms 16, and two support arms 16 are all hinged in assembled plate 15, in two
Guide wheel 162 is separately mounted to one end of two support arms 16, and connecting between the other end of two support arms 16 has flange extension spring 18.Pass through
Flange extension spring 18 hauls one end of two support arms 16, is arranged on two inner guide pulleys 162 of two support arm 16 other ends just to both sides
Action, thus inner guide pulley 162 is just tightly pressed against on varus guide plate 14.And regulate inner guide pulley 162 opposed plastic film 50 for convenience
The position of opening part, assembled plate 15 is arranged on regulating block 111 by this utility model, and regulating block 111 is rotatably adjustably pacified
It is contained on installation arm 11, so only just need to can regulate inner guide pulley 162 opposed plastic film 50 opening part by rotating regulating block 111
Distance, so that it is applicable to the making of different size sack.
It addition, in order to more stably carry out flange, inner guide pulley 162 is angularly disposed, as shown in Figure 4, i.e. the rolling of inner guide pulley 162
Dynamic direction is at an acute angle with the direction of travel of plastic foil 50 flange, and angularly disposed inner guide pulley 162 can make plastic foil preferably infolding
Flange, but just because of the angularly disposed reason of inner guide pulley 162, at plastic foil 50 opening 52 edge by inner guide pulley 162 with
Time between varus guide plate 14, inner guide pulley 162 can apply pull to power a of inner side with portion to this edge, such as the D operating mode in Fig. 5,
In this case plastic foil 50 can produce crooked or cause other harmful effects, for this this utility model also at varus guide plate 14 1
Side is provided with stretching plate 36, and this stretching plate 36 is triangular in shape, stretching plate 36 angularly disposed extensible member 340 side (i.e. with vertically
There is angle in direction), extensible member 340 passes through resilient support assembly elastic reaction in the opposite side of extensible member 340, such stretching plate
36 will apply a support force b in position at the bottom of bag to plastic foil 50, thus balance power a that inner guide pulley 162 applies, so that
Transport membrane 50 carries more steady.
Resilient support assembly described above includes pull plate 38, motion bar 34 and fixed plate 30, in fixed plate 30
Being provided with linear bearing 32, motion bar 34 arranges in linear bearing 32, and motion bar 34 is through fixed plate 30, its one end and pull plate 38
Connecting, the other end is connected with extensible member 340, and stretching extension spring 380 is connected between pull plate 38 and fixed plate 30.Stretching extension spring
380 hold pull plate 38, apply an outside thrust by motion bar 34 to stretching plate 36, are i.e. put down by the triangle of stretching plate 36
In the face of sack bottom inside bestows a support force b balanced each other with bag mouth flange body 10.
Equally opening guide plate 12 strut the power of plastic foil 50 opening 52 to balance, this utility model is at varus guide plate 14 1
Side arranges the tight mechanism of marsupial bottom bracing 3, as it is shown on figure 3, tightening mechanism 3 at the bottom of this bag includes two stretching wheels 360, two stretching wheels
360 in separated position, and bag bottom bracing is just opened by two such stretching wheel 360, and two stretching wheels 360 are just arranged on stretching plate 36
On, owing to opening and the bottom of plastic foil 50 is all in softened state, therefore plastic foil 50 is in tensioning state, and such plastic foil 50 exists
Can keep in course of conveying more balancing, the effect of flange is more preferable.
Below in conjunction with Fig. 5, illustrate workflow of the present utility model: as shown in Figure 4, when location A, double-layer plastic
Film 50 passes through between paired input deflector roll 42, and its double layer material is in the state fitted；During to B location, because opening guide plate 12
With strut wheel 360 strut and open-shaped state；During to location of C, it is positioned at double-layer plastic film 50 opening 52 and opens guide plate 12
The widest part, the position (being also to enter the position guided by varus guide plate 14) i.e. supported by outer guide wheel 120, such as front institute
State, the wheel face of this outer guide wheel 120 be positioned at from double-layer plastic film opening 52 edge relatively in position, therefore cannot be to opening 52 edge
Being formed and support, opening 52 edge can turn over to inner side, at this because of the tension force of material itself under the guiding of inner guide pulley 162 simultaneously
Position stay cord 54 is imported by being imported into rail 22 outside board, after the hypotenuse 220 of two stay cord 54 pile warp 45 degree turns to simultaneously respectively by
One deflecting roller 24 turns to, by after outer guide wheel 120 and be directed to the outside of varus guide plate 14 (now stay cord is positioned at plastic foil 50
Inner side)；Next, time to D position, the part that plastic foil 50 opening 52 edge is not supported by outer guide wheel 120 can be led by guide wheel 162
Draw and in turn to inside varus guide plate 14, and stay cord 54 can be embedded in inside this edge；When being directed to E position, plastic foil
50 all depart from the scope of bag mouth flange body 10 with stay cord 54 and enter the output deflector roll that is arranged on above bag mouth flange body 10
Between group 44, the most i.e. complete and stay cord 54 automatization is embedded in the process operation inside plastic foil 50 opening 52 edge；And
Can deliver to opening 52 edge flanging is sealed into " wire rope handling pipe " by follow-up sealing-cutting device, and one cuts off each and every one the most at last, system
Become " wire rope handling formula " refuse bag one by one.
The finished bag that this utility model is made is as shown in Figure 6, illustrated in Figure 1 where it can be seen that the wire rope handling formula rubbish that this utility model is made
Rubbish bag 60 is belonging to a kind of both sides sealing bag, with the dual-side of opening 62 for sealing limit 64, opening 62 side varus flanges warp
Sealing and form a wire rope handling pipe 66, be provided with breach 660 at the suitable place of wire rope handling pipe 66, stay cord 54 is arranged in penetration pipe 66, by
Refuse bag opening 62 is ligatured after being pulled out by breach 660 by this user, and the rubbish being so not result in bag exposes.
This utility model is with splendid structure configuration, it is possible to allow Bag Making Machine automatization is embedded in plastic foil 50 by stay cord 54
Inside the edge that opening 52 side is turned down, thus it is more convenient, rapider to allow this type of wire rope handling refuse bag make, and can be beneficial to Bag Making Machine
Automation mechanized operation.
Claims (10)
1. a wire rope handling refuse bag stay cord flush mounting, includes input guide roller set (42), output guide roller set (44) and bag mouth
Flange body (10) and stay cord guide mechanism (20), it is characterised in that:
Described bag mouth flange body (10) includes two flange assemblies being oppositely arranged, and described flange assembly includes to open leads
Plate (12), varus guide plate (14) and inner guide pulley (162), two flange assemblies open guide plate (12) and varus guide plate (14) structure
Becoming the framework of rib pattern, described inner guide pulley (162) acts on the medial surface of varus guide plate (14)；
Described stay cord guide mechanism (20) includes outer guide wheel (120) and stay cord guides the guiding group of outside guide wheel (120)
Part, described outer guide wheel (120) coordinates messenger with flange assembly.
A kind of wire rope handling refuse bag stay cord flush mounting the most according to claim 1, it is characterised in that: described flange assembly
The one end opening guide plate (12) is adjoining with one end of varus guide plate (14), and described outer guide wheel (120) is positioned at flange assembly
Side, is placed in opening the position that guide plate (12) is adjoining with varus guide plate (14), and described outer guide wheel (120) part is positioned to open to be led
Between plate (12) and varus guide plate (14) abutting end.
A kind of wire rope handling refuse bag stay cord flush mounting the most according to claim 1 and 2, it is characterised in that: described guiding group
Part includes upper and lower two lead in track (22), and the inner of two lead in track (22) is designed with guiding hypotenuse (220), and described guiding is oblique
Limit (220) is corresponding with outer guide wheel (120), is provided with directive wheel (24) between described outer guide wheel (120) and guiding hypotenuse (220).
A kind of wire rope handling refuse bag stay cord flush mounting the most according to claim 1, it is characterised in that: described inner guide pulley
(162) angularly disposed.
A kind of wire rope handling refuse bag stay cord flush mounting the most according to claim 4, it is characterised in that: described inner guide pulley
(162) rotating direction is at an acute angle with the direction of travel of flange.
A kind of wire rope handling refuse bag stay cord flush mounting the most according to claim 3, it is characterised in that: described inner guide pulley
(162) being arranged on inner guide pulley adjusting part, described inner guide pulley adjusting part includes two support arms (16), two support arms (16)
All being hinged in assembled plate (15), two inner guide pulleys (162) are separately mounted to one end of two support arms (16), two support arms (16)
The other end between connect have flange extension spring (18).
A kind of wire rope handling refuse bag stay cord flush mounting the most according to claim 1, it is characterised in that: described varus guide plate
(14) side arranges the tight mechanism of marsupial bottom bracing (3), and tightening mechanism (3) at the bottom of described bag includes two stretchings wheel (360), two supports
Bearing up pulley (360) is in separated position.
A kind of wire rope handling refuse bag stay cord flush mounting the most according to claim 4, it is characterised in that: described varus guide plate
(14) side is provided with stretching plate (36) triangular in shape.
A kind of wire rope handling refuse bag stay cord flush mounting the most according to claim 8, it is characterised in that: described stretching plate (36)
Angularly disposed in extensible member (340) side, described extensible member (340) passes through resilient support assembly elastic reaction in extensible member
(340) opposite side.
A kind of wire rope handling refuse bag stay cord flush mounting the most according to claim 9, it is characterised in that: described resilient support
Assembly includes pull plate (38), motion bar (34) and fixed plate (30), is provided with linear bearing (32) in fixed plate (30), lives
Lever (34) arranges in linear bearing (32), and motion bar (34) is connected through fixed plate (30) one end with pull plate (38), another
End is connected with extensible member (340), and stretching extension spring (380) is connected between pull plate (38) and fixed plate (30).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620644574.7U CN205685821U (en) | 2016-06-27 | 2016-06-27 | A kind of wire rope handling refuse bag stay cord flush mounting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620644574.7U CN205685821U (en) | 2016-06-27 | 2016-06-27 | A kind of wire rope handling refuse bag stay cord flush mounting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205685821U true CN205685821U (en) | 2016-11-16 |
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ID=57426354
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620644574.7U Active CN205685821U (en) | 2016-06-27 | 2016-06-27 | A kind of wire rope handling refuse bag stay cord flush mounting |
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| CN (1) | CN205685821U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105936141A (en) * | 2016-06-27 | 2016-09-14 | 浙江超伟机械有限公司 | Device for embedding drawstring in drawstring garbage bag |
| CN108656637A (en) * | 2018-03-28 | 2018-10-16 | 江苏南江智能装备股份有限公司 | A kind of portable molding machine of guiding chip and portable forming method |
| CN110271222A (en) * | 2019-06-18 | 2019-09-24 | 吕飞 | Multi-layer bag machine |
-
2016
- 2016-06-27 CN CN201620644574.7U patent/CN205685821U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105936141A (en) * | 2016-06-27 | 2016-09-14 | 浙江超伟机械有限公司 | Device for embedding drawstring in drawstring garbage bag |
| CN105936141B (en) * | 2016-06-27 | 2018-01-09 | 浙江超伟机械有限公司 | A kind of wire rope handling refuse bag drawstring flush mounting |
| CN108656637A (en) * | 2018-03-28 | 2018-10-16 | 江苏南江智能装备股份有限公司 | A kind of portable molding machine of guiding chip and portable forming method |
| CN110271222A (en) * | 2019-06-18 | 2019-09-24 | 吕飞 | Multi-layer bag machine |
| CN110271222B (en) * | 2019-06-18 | 2021-05-04 | 吕飞 | Multilayer bagging machine |
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