CN109703840A - Automatic bag turning equipment for packing plastics bag - Google Patents
Automatic bag turning equipment for packing plastics bag Download PDFInfo
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- CN109703840A CN109703840A CN201910078296.1A CN201910078296A CN109703840A CN 109703840 A CN109703840 A CN 109703840A CN 201910078296 A CN201910078296 A CN 201910078296A CN 109703840 A CN109703840 A CN 109703840A
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- bag
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Abstract
The present invention discloses the automatic bag turning equipment for packing plastics bag, including lifting device and pulling bag device, and lifting device includes first support, and the first vertical lines mould group and the first cross frame are connected in first support, and the first cross frame lower end is connected with multiple first suckers；Pulling bag device includes first party frame, the lateral straight line mould group of connection first and the second lateral straight line mould group on first party frame, the lower end of first lateral straight line mould group and the second lateral straight line mould group is connected with the first vertical strut and the second vertical strut, the lower end connection first longitudinal direction straight line mould group and second longitudinal direction straight line mould group of first vertical strut, the lower end connection third longitudinal direction straight line mould group of the second vertical strut and the 4th longitudinal mould group；First longitudinal direction straight line mould group lower end connects third transverse direction straight line mould group and the first support bag bar, and the lower end of second longitudinal direction straight line mould group is connected with the 4th lateral straight line mould group and the second support bag bar.This, which turns over bag equipment, can realize that turning over bag process is fully automated, and improves production efficiency, promote production production capacity.
Description
Technical field
The present invention relates to mechano-electronic fields, and in particular to the automatic bag turning equipment for packing plastics bag.
Background technique
Home electronics field needs outer protection and the transport of a large amount of outer packing polybag progress product at present,
During using polybag, in order to guarantee quality, need to overturn in the inside and outside face of polybag.A bag process is entirely turned at present
It being had been manually done completely by worker, the process for finally turning over bag packing on every production line together at least needs 3 employees that could complete,
And turn over that bag process is uninteresting, repeatability is extremely strong, technology content is extremely low, cost of labor is high, recruits less than people, recruits so that there is company
The problems such as separation rate is high after to people.In addition, manually turning over a bag process, time-consuming, causes whole production line productive temp Caton, extends
Production cycle is link most weak in whole production line.Since plastic bag material is easily broken, adsorbs, the mistake of bag is entirely turned over
Mechanical precision and the mechanical feedback sensitivity for external environment are required in journey very high.According to the investigation to market, now
There are no a kind of devices that can be realized polybag and turn up automatically in the market.
Summary of the invention
The purpose of the present invention is to provide the automatic bag turning equipment for packing plastics bag, this, which turns over bag equipment and can realize, turns over bag
Process is fully automated, and effectively reduces labour cost, improves polybag production efficiency, promotes production production capacity.
To achieve the goals above, the technical solution of use is the present invention:
For the automatic bag turning equipment of packing plastics bag, including lifting device and pulling bag device, lifting device includes first
Bracket is connected with the first vertical lines mould group in first support, and the first vertical lines mould group front end slidably connects the first stull
Frame, the first cross frame lower end are connected with multiple first suckers；
Pulling bag device includes first party frame, and first party frame is connected to the rear end of first support, the upper end of first party frame
Be connected with the lateral straight line mould group of first to be parallel to each other and the second lateral straight line mould group on lower end surface, the first lateral straight line mould group and
The lower end of second lateral straight line mould group is connected with the vertical strut of first to be parallel to each other and the second vertical strut；
The lower end of first vertical strut is connected with first longitudinal direction straight line mould group and second longitudinal direction straight line mould group, the second vertical strut
Lower end is connected with third longitudinal direction straight line mould group and the 4th longitudinal mould group；
The lower end of first longitudinal direction straight line mould group and third longitudinal direction straight line mould group is connected with third transverse direction straight line mould group, and second is vertical
The 4th lateral straight line mould group is connected with to the lower end of straight line mould group and the 4th longitudinal straight line mould group；
The lower end of third transverse direction straight line mould group slidably connects the first support bag bar, and the lower end of the first support bag bar is connected with the second suction
Disk；
The lower end of 4th lateral straight line mould group slidably connects the second support bag bar, and the lower end of the second support bag bar is connected with third suction
Disk.
Preferably, the first support includes two the first vertical bars and the first vertical pole, and the is connected between two the first vertical bars
One vertical pole, the front end of each first vertical pole are connected with a first vertical lines mould group；
First straight line mould group includes the first vertical rails, slides in the first vertical rails and is connected with the first vertical sliding block, and first
The end of vertical rails is connected with the first stepper motor.
Preferably, first cross frame includes the first box and two triangle strengthening frames, the right end of the first box and the
One vertical sliding block connection, two triangle strengthening frames are connected to the upper end of the first box；There are four first suckers, four the first suckers
It is separately mounted to the lower end of four ends of the first box.
Preferably, the first party frame includes the first U-frame and two the second vertical bars for being connected to the first U-frame lower end,
The open end of first U-frame is connected with the right side of first support, the first lateral straight line mould group and the second lateral straight line mould group phase
The mutually parallel lower end for being connected to the first U-frame；
First lateral straight line mould group includes the first horizontal slide rail, in the first horizontal slide rail sliding be connected with the first transverse slider and
The end of third transverse slider, the first horizontal slide rail is connected with second stepper motor；
Second lateral straight line mould group includes the second horizontal slide rail, in the second horizontal slide rail sliding be connected with the second transverse slider and
4th transverse slider, the end of the second horizontal slide rail are connected with third stepper motor.
Preferably, one end of the described first vertical strut is connect with the first transverse slider, and the other end and the second transverse slider connect
It connects；
One end of second vertical strut is connect with third transverse slider, and the other end is connect with the 4th transverse slider.
Preferably, the end of the third longitudinal direction straight line mould group is connected with the 4th stepper motor, connects on the 4th stepper motor
It is connected to the first transmission bull stick, the first transmission bull stick sequentially passes through third longitudinal direction straight line mould group and first longitudinal direction straight line mould group；
The end of 4th longitudinal straight line mould group is connected with the 5th stepper motor, and the second transmission is connected on the 5th stepper motor and is turned
Bar, the second transmission bull stick sequentially pass through the 4th longitudinal straight line mould group and second longitudinal direction straight line mould group.
Preferably, the first longitudinal direction straight line mould group include first longitudinal direction sliding rail and be connected on first longitudinal direction sliding rail first
Longitudinal sliding block；
Second longitudinal direction straight line mould group includes second longitudinal direction sliding rail and the second longitudinal direction sliding block that is connected on second longitudinal direction sliding rail；
Third longitudinal direction straight line mould group includes third longitudinal slide rail and the third longitudinal sliding block that is connected in third longitudinal slide rail；
4th longitudinal straight line mould group includes the 4th longitudinal slide rail and the 4th longitudinal sliding block that is connected in the 4th longitudinal slide rail；
The transmission component in transmission component and third longitudinal slide rail in first transmission bull stick connection first longitudinal direction sliding rail, the
The transmission component in transmission component and the 4th longitudinal slide rail in two transmission bull stick connection second longitudinal direction sliding rails.
Preferably, the third transverse direction straight line mould group includes third horizontal slide rail, and it is vertical that third horizontal slide rail is connected to first
To the lower end of straight line mould group and third longitudinal direction straight line mould group, the lower end of third horizontal slide rail is connected with the 5th transverse slider, and the 5th
Transverse slider is connected with the first support bag bar.
Preferably, the described 4th lateral straight line mould group includes the 4th horizontal slide rail, and it is vertical that the 4th horizontal slide rail is connected to second
To the lower end of straight line mould group and the 4th longitudinal straight line mould group, the lower end of third horizontal slide rail is connected with the 6th transverse slider, and the 6th
Transverse slider is connected with the second support bag bar.
Preferably, the first support bag bar and the second support bag bar are square rod-shaped, and the second sucker is connected to the first support bag bar
Front lower end, third sucker is connected to the lower end of the front of the second support bag bar；
First sucker, the second sucker and third sucker pass through tracheae and are connected with external air compressor, air compression
Controller is connected on machine.
The beneficial effects of the present invention are:
It is provided with completely new lifting device and pulling bag device in the present invention, and passes through the cooperation of controller and air compressor
It uses, realizes the automatic bag turning of polybag.By the application of multiple groups straight line mould group, automation when turning over bag is realized, and
By the way that sucker is arranged, security performance when turning over bag is improved, so that turn over the speed of bag and efficiency is greatly improved, and
The damage of polybag is smaller.Polybag is turned over bag process automation by the present invention, and realization is turned over bag process and is fully automated, can be effective
Reduction labour cost, improve the production efficiency of polybag, promote production production capacity.Automatic bag turning equipment for packing plastics bag
Structure is more simple and novel on the whole, easy to maintain, and space occupied is small, easy to use, and creative high, practicability is high.
Detailed description of the invention
Fig. 1 is the automatic bag turning equipment overall structure schematic diagram for packing plastics bag.
Fig. 2 is pulling bag device overall structure diagram.
Fig. 3 is lifting device overall structure diagram.
Specific embodiment
The present invention is described in detail with reference to the accompanying drawing:
It is mentioned in conjunction with Fig. 1 to Fig. 3 for the automatic bag turning equipment of packing plastics bag, including lifting device 1 and pulling bag device 2
Rising device 1 includes first support 11, is connected with the first vertical lines mould group 3 in first support 11, the first vertical lines mould group 3
Front end slidably connects the first cross frame 12, and 12 lower end of the first cross frame is connected with multiple first suckers 13.
Pulling bag device 2 includes first party frame 21, and first party frame 21 is connected to the rear end of first support 11, first party frame 21
The lateral straight line mould group 4 of first to be parallel to each other and the second lateral straight line mould group 5 are connected on the lower end surface of upper end.First laterally
The lower end of straight line mould group 4 and the second lateral straight line mould group 5 is connected with the vertical strut 22 of first to be parallel to each other and the second vertical strut 23,
The lower end of first vertical strut 22 is connected with first longitudinal direction straight line mould group 201 and second longitudinal direction straight line mould group 202, the second vertical strut 23
Lower end be connected with third longitudinal direction straight line mould group 203 and the 4th longitudinal mould group 204.
The lower end of first longitudinal direction straight line mould group 201 and third longitudinal direction straight line mould group 203 is connected with third transverse direction straight line mould group
6, the lower end of second longitudinal direction straight line mould group 202 and the 4th longitudinal straight line mould group 204 is connected with the 4th lateral straight line mould group 7.
The lower end of third transverse direction straight line mould group 6 slidably connects the first support bag bar 8, and the lower end of the first support bag bar is connected with second
Sucker 81.
The lower end of 4th lateral straight line mould group 7 slidably connects the second support bag bar 9, and the lower end of the second support bag bar is connected with third
Sucker 91.
First support 11 includes two the first vertical bars 111 and the first vertical pole 112, connects one between two the first vertical bars 111
A first vertical pole 112, the front end of each first vertical pole 112 are connected with a first vertical lines mould group 3.
First straight line mould group 3 includes the first vertical rails 31, and sliding is connected with the first vertical sliding block in the first vertical rails 31
32, the end of the first vertical rails 31 is connected with the firstth stepper motor 33.
First cross frame 12 includes the first box 121 and two triangle strengthening frames 122, the right end of the first box 121 and the
One vertical sliding block 32 connects, and two triangle strengthening frames 122 are connected to the upper end of the first box 121.
There are four first suckers 13, and four the first suckers 13 are separately mounted to the lower end of four ends of the first box 121.
First party frame 21 includes the first U-frame 211 and two the second vertical bars 212 for being connected to 211 lower end of the first U-frame,
The open end of first U-frame 211 is connected with the right side of first support 11, the first lateral straight line mould group 4 and the second lateral straight line
The lower end of first U-frame of the connection that mould group 5 is parallel to each other.
First lateral straight line mould group 4 includes the first horizontal slide rail 41, and sliding is connected with first laterally in the first horizontal slide rail 41
The end of sliding block 42 and third transverse slider 43, the first horizontal slide rail 42 is connected with second stepper motor 44.
Second lateral straight line mould group 5 includes the second horizontal slide rail 51, and sliding is connected with second laterally in the second horizontal slide rail 51
The end of sliding block 52 and the 4th transverse slider 53, the second horizontal slide rail 52 is connected with third stepper motor 54.
One end of first vertical strut 22 is connect with the first transverse slider 42, and the other end is connect with the second transverse slider 52.
One end of second vertical strut 23 is connect with third transverse slider 43, and the other end is connect with the 4th transverse slider 53.
The end of third longitudinal direction straight line mould group 203 is connected with the 4th stepper motor 205, connects on the 4th stepper motor 205
There is the first transmission bull stick 206, the first transmission bull stick 206 sequentially passes through third longitudinal direction straight line mould group 203 and first longitudinal direction straight line mould
Group 201.
The end of 4th longitudinal straight line mould group 204 is connected with the 5th stepper motor 207, is connected on the 5th stepper motor 207
Second transmission bull stick 208, the second transmission bull stick 208 sequentially pass through the 4th longitudinal straight line mould group 204 and second longitudinal direction straight line mould group
202。
First longitudinal direction straight line mould group 201 includes that first longitudinal direction sliding rail and the first longitudinal direction being connected on first longitudinal direction sliding rail are sliding
Block；
Second longitudinal direction straight line mould group 202 includes that second longitudinal direction sliding rail and the second longitudinal direction being connected on second longitudinal direction sliding rail are sliding
Block；
Third longitudinal direction straight line mould group 203 includes that third longitudinal slide rail and the third being connected in third longitudinal slide rail are longitudinally sliding
Block；
4th longitudinal straight line mould group 204 includes that the 4th longitudinal slide rail and the 4th longitudinal direction being connected in the 4th longitudinal slide rail are sliding
Block.
First transmission bull stick 206 connects the transmission group in transmission component and third longitudinal slide rail in first longitudinal direction sliding rail
Part, the second transmission bull stick 208 connect the transmission component in transmission component and the 4th longitudinal slide rail in second longitudinal direction sliding rail.
Third transverse direction straight line mould group 6 includes third horizontal slide rail 61, and third horizontal slide rail 61 is connected to first longitudinal direction straight line
The lower end of mould group 201 and third longitudinal direction straight line mould group 203, the lower end of third horizontal slide rail 61 are connected with the 5th transverse slider 62,
5th transverse slider 62 is connected with the first support bag bar 8.
4th lateral straight line mould group 7 includes the 4th horizontal slide rail 71, and the 4th horizontal slide rail 71 is connected to second longitudinal direction straight line
The lower end of mould group 202 and the 4th longitudinal straight line mould group 204, the lower end of third horizontal slide rail 61 is connected with the 6th transverse slider
72, the 6th transverse slider 72 is connected with the second support bag bar 9.
First support bag bar 8 and the second support bag bar 9 are square rod-shaped, and the second sucker 81 is connected to the front of the first support bag bar
Lower end, third sucker 91 are connected to the lower end of the front of the second support bag bar 9；First sucker 13, the second sucker 81 and third sucker
91 are connected by tracheae with external air compressor, and controller is connected on air compressor.
Embodiment 1, that turns over bag equipment progress sack picks up work.
It starts to work firstly, controlling the firstth stepper motor 33 using controller, the work of the first vertical lines mould group 3, the
One vertical lines mould group 3 the first cross frame 12 downward (Z axis negative direction) of drive moves to the surface of sack.
There are four the first suckers 13 for setting at four angles of 12 lower end surface of the first cross frame, when the pressure of 13 end of the first sucker
When force snesor detects pressure, controller controls the first stepper motor 33 and stops operating.Controller sends a signal to air pressure
Contracting machine, air compressor are started to work, and four the first suckers 13 generate pulls of vacuum, and then four the first suckers 13 are by sack
Upper surface picks up.
It controls the first stepper motor 33 by controller to start to work, the first vertical lines mould group 3 drives the first cross frame
12 upward (Z axis positive directions) movement, after sack rises, sack under the effect of gravity, the upper and lower surface of sack separate it is certain away from
From forming the sack entrance an of arc.It controls the firstth stepper motor 33 by controller to stop working, the first cross frame 12
Sack stop motion is driven by the first sucker 13.
Embodiment 2 turns over bag equipment and carries out support bag work.
Firstly, controller control second stepper motor 44 and third stepper motor 54 work, so that first is laterally straight
Line mould group 4 and the second lateral straight line mould group 5 are started to work.First lateral straight line mould group 4 and the second lateral straight line mould group 5 drive the
One vertical strut 22, the second vertical strut 23 support bag bar 9 whole (Y-axis negative direction) to the left together with the first support bag bar 8, second and move.
When the first vertical strut 22 and the second vertical strut 23 move to fixed position, second stepper motor at this time
44 and third stepper motor 54 shut down.
Then controller control third transverse direction straight line mould group 6 and the 4th lateral straight line mould group 7 work, third transverse direction straight line mould
Group 6 and the 4th lateral straight line mould group 7 drive the first support bag bar 8 and the second support bag bar 9 to continue to transport to (Y-axis negative direction) to the left
It is dynamic.This is that the first support bag bar 8 and the second support bag bar 9 can be entered in sack by the sack entrance of arc.
Controller controls the 4th stepper motor 205 and the work of the 5th stepper motor 207,203 He of third longitudinal direction straight line mould group
First longitudinal direction straight line mould group 201 drives third transverse direction straight line mould group 6 and first supports (X-axis positive direction) movement forward of bag bar 8, the
Four longitudinal straight line mould groups 204 and second longitudinal direction straight line mould group 202 drive the 4th lateral straight line mould group 7 and the second support bag bar 9 to
(X-axis negative direction) moves afterwards.Entire polybag struts under the action of the first support bag bar 8 and the second support bag bar 9 at this time.Then it controls
Device processed controls air compressor, so that the second sucker 81 and third sucker 91 generate pull of vacuum, the second sucker 81 and third are inhaled
The lower surface of sack is sucked from bag interior for disk 91.
Embodiment 3 turns over the last bag that turns over of bag equipment progress and works.
Firstly, controlling air compressor by controller, air compressor controls the left side in four the first suckers 13
Two the first suckers 13 lose suction.First support bag bar 8 and the second support bag bar 9 are lateral in third transverse direction straight line mould group 6 and the 4th
(Y-axis positive direction) moves to the right under the action of straight line mould group 7.Third transverse direction straight line mould group 6 and the 4th lateral straight line mould group 7 reach
Behind designated position, the first lateral straight line mould group 4 and the second lateral straight line mould group 5 drive the first vertical strut 22, the second vertical strut 23
Bag bar 9 whole (Y-axis positive direction) to the right is supportted together with the first support bag bar 8, second to move.
Since the oral area of sack is sucked by two first suckers 13 on the right side in four the first suckers 13, in the second sucker
81 and third sucker 91 suction and under the action of pulling back, overturning is realized in the tail portion of sack, the tail portion of sack it is exposed after be in
The right side of the oral area of sack.After entire sack realizes overturning, controller controls air compressor, and air compressor makes the first sucker
13, the second sucker 81 and third sucker 91 lose suction, and sack can fall to lower section.
Certainly, the above description is not a limitation of the present invention, and the present invention is also not limited to the example above, this technology neck
The variations, modifications, additions or substitutions that the technical staff in domain is made within the essential scope of the present invention also should belong to of the invention
Protection scope.
Claims (10)
1. being used for the automatic bag turning equipment of packing plastics bag, which is characterized in that including lifting device and pulling bag device, lifting device
Including first support, the first vertical lines mould group is connected in first support, the first vertical lines mould group front end slidably connects
First cross frame, the first cross frame lower end are connected with multiple first suckers；
Pulling bag device includes first party frame, and first party frame is connected to the rear end of first support, the lower end of the upper end of first party frame
The lateral straight line mould group of first to be parallel to each other and the second lateral straight line mould group, the first lateral straight line mould group and second are connected on face
The lower end of lateral straight line mould group is connected with the vertical strut of first to be parallel to each other and the second vertical strut；
The lower end of first vertical strut is connected with first longitudinal direction straight line mould group and second longitudinal direction straight line mould group, the lower end of the second vertical strut
It is connected with third longitudinal direction straight line mould group and the 4th longitudinal mould group；
The lower end of first longitudinal direction straight line mould group and third longitudinal direction straight line mould group is connected with third transverse direction straight line mould group, and second longitudinal direction is straight
The lower end of line mould group and the 4th longitudinal straight line mould group is connected with the 4th lateral straight line mould group；
The lower end of third transverse direction straight line mould group slidably connects the first support bag bar, and the lower end of the first support bag bar is connected with the second sucker；
The lower end of 4th lateral straight line mould group slidably connects the second support bag bar, and the lower end of the second support bag bar is connected with third sucker.
2. the automatic bag turning equipment according to claim 1 for packing plastics bag, which is characterized in that the first support
Including two the first vertical bars and the first vertical pole, the first vertical pole is connected between two the first vertical bars, the front end of each first vertical pole connects
It is connected to a first vertical lines mould group；
First straight line mould group includes the first vertical rails, and sliding is connected with the first vertical sliding block in the first vertical rails, and first is vertical
The end of sliding rail is connected with the first stepper motor.
3. the automatic bag turning equipment according to claim 2 for packing plastics bag, which is characterized in that first stull
Frame includes the first box and two triangle strengthening frames, and the right end of the first box is connect with the first vertical sliding block, and two triangles are reinforced
Frame is connected to the upper end of the first box；There are four first suckers, and four the first suckers are separately mounted to four ends of the first box
The lower end in portion.
4. the automatic bag turning equipment according to claim 1 for packing plastics bag, which is characterized in that the first party frame
Including the first U-frame and two the second vertical bars for being connected to the first U-frame lower end, the open end of the first U-frame and first support
Right side be connected, what the first lateral straight line mould group and the second lateral straight line mould group were parallel to each other is connected under the first U-frame
End；
First lateral straight line mould group includes the first horizontal slide rail, and sliding is connected with the first transverse slider and third in the first horizontal slide rail
The end of transverse slider, the first horizontal slide rail is connected with second stepper motor；
Second lateral straight line mould group includes the second horizontal slide rail, and sliding is connected with the second transverse slider and the 4th in the second horizontal slide rail
Transverse slider, the end of the second horizontal slide rail are connected with third stepper motor.
5. the automatic bag turning equipment according to claim 4 for packing plastics bag, which is characterized in that the described first vertical support
One end of bar is connect with the first transverse slider, and the other end is connect with the second transverse slider；
One end of second vertical strut is connect with third transverse slider, and the other end is connect with the 4th transverse slider.
6. the automatic bag turning equipment according to claim 1 for packing plastics bag, which is characterized in that the third is longitudinal
The end of straight line mould group is connected with the 4th stepper motor, and the first transmission bull stick is connected on the 4th stepper motor, and the first transmission turns
Bar sequentially passes through third longitudinal direction straight line mould group and first longitudinal direction straight line mould group；
The end of 4th longitudinal straight line mould group is connected with the 5th stepper motor, and the second transmission bull stick is connected on the 5th stepper motor,
Second transmission bull stick sequentially passes through the 4th longitudinal straight line mould group and second longitudinal direction straight line mould group.
7. the automatic bag turning equipment according to claim 6 for packing plastics bag, which is characterized in that the first longitudinal direction
Straight line mould group includes first longitudinal direction sliding rail and the first longitudinal direction sliding block that is connected on first longitudinal direction sliding rail；
Second longitudinal direction straight line mould group includes second longitudinal direction sliding rail and the second longitudinal direction sliding block that is connected on second longitudinal direction sliding rail；
Third longitudinal direction straight line mould group includes third longitudinal slide rail and the third longitudinal sliding block that is connected in third longitudinal slide rail；
4th longitudinal straight line mould group includes the 4th longitudinal slide rail and the 4th longitudinal sliding block that is connected in the 4th longitudinal slide rail；
The transmission component in transmission component and third longitudinal slide rail in first transmission bull stick connection first longitudinal direction sliding rail, second passes
Turn bar connects the transmission component in transmission component and the 4th longitudinal slide rail in second longitudinal direction sliding rail.
8. the automatic bag turning equipment according to claim 1 for packing plastics bag, which is characterized in that the third is lateral
Straight line mould group includes third horizontal slide rail, and third horizontal slide rail is connected to first longitudinal direction straight line mould group and third longitudinal direction straight line mould group
Lower end, the lower end of third horizontal slide rail is connected with the 5th transverse slider, and the 5th transverse slider is connected with the first support bag bar.
9. the automatic bag turning equipment according to claim 1 for packing plastics bag, which is characterized in that the described 4th laterally
Straight line mould group includes the 4th horizontal slide rail, and the 4th horizontal slide rail is connected to second longitudinal direction straight line mould group and the 4th longitudinal straight line mould group
Lower end, the lower end of third horizontal slide rail is connected with the 6th transverse slider, and the 6th transverse slider is connected with the second support bag bar.
10. the automatic bag turning equipment according to claim 1 for packing plastics bag, which is characterized in that first support
Bag bar and the second support bag bar are square rod-shaped, and the second sucker is connected to the lower end of the front of the first support bag bar, the connection of third sucker
In the lower end of the front of the second support bag bar；
First sucker, the second sucker and third sucker pass through tracheae and are connected with external air compressor, on air compressor
It is connected with controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910078296.1A CN109703840B (en) | 2019-01-28 | 2019-01-28 | Automatic bag turning equipment for packaging plastic bags |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910078296.1A CN109703840B (en) | 2019-01-28 | 2019-01-28 | Automatic bag turning equipment for packaging plastic bags |
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| Publication Number | Publication Date |
|---|---|
| CN109703840A true CN109703840A (en) | 2019-05-03 |
| CN109703840B CN109703840B (en) | 2021-03-26 |
Family
ID=66262990
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910078296.1A Active CN109703840B (en) | 2019-01-28 | 2019-01-28 | Automatic bag turning equipment for packaging plastic bags |
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| Country | Link |
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| CN (1) | CN109703840B (en) |
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| CN204979395U (en) * | 2015-07-31 | 2016-01-20 | 浙江鼎炬电子科技股份有限公司 | Full -automatic sack filling plant |
| CN107336872A (en) * | 2017-07-14 | 2017-11-10 | 经纬纺织机械股份有限公司 | A kind of woven bag automatic open bag opening mechanism for cylinder yarn pack |
| CN207484027U (en) * | 2017-08-18 | 2018-06-12 | 苏州琼派瑞特电子科技有限公司 | A kind of full-automatic pillowcase machine |
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2019
- 2019-01-28 CN CN201910078296.1A patent/CN109703840B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4137958A (en) * | 1976-11-15 | 1979-02-06 | Golby Bag Company, Inc. | Polypropylene bag for use in an automatic filling process |
| JP2004083104A (en) * | 2002-08-28 | 2004-03-18 | Shibuya Kogyo Co Ltd | Opening aid |
| CN104309859A (en) * | 2014-10-28 | 2015-01-28 | 北京阔博包装机械设备有限公司 | Bagging machine |
| CN204822263U (en) * | 2015-07-31 | 2015-12-02 | 浙江鼎炬电子科技股份有限公司 | A sack device turns over for sack filling plant |
| CN204979395U (en) * | 2015-07-31 | 2016-01-20 | 浙江鼎炬电子科技股份有限公司 | Full -automatic sack filling plant |
| CN107336872A (en) * | 2017-07-14 | 2017-11-10 | 经纬纺织机械股份有限公司 | A kind of woven bag automatic open bag opening mechanism for cylinder yarn pack |
| CN207484027U (en) * | 2017-08-18 | 2018-06-12 | 苏州琼派瑞特电子科技有限公司 | A kind of full-automatic pillowcase machine |
Also Published As
| Publication number | Publication date |
|---|---|
| CN109703840B (en) | 2021-03-26 |
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Effective date of registration: 20211013 Address after: 266590 room 402, industrialization building, 579 qianwangang Road, Huangdao District, Qingdao City, Shandong Province Patentee after: Qingdao Zhuo Xintong Intelligent Technology Co.,Ltd. Address before: 579 qianwangang Road, Huangdao District, Qingdao City, Shandong Province Patentee before: Wang Haixia |