CN206155870U - Cleaning machine is supporting with automatic tectorial membrane unloading mechanism - Google Patents
Cleaning machine is supporting with automatic tectorial membrane unloading mechanism Download PDFInfo
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- CN206155870U CN206155870U CN201621090518.XU CN201621090518U CN206155870U CN 206155870 U CN206155870 U CN 206155870U CN 201621090518 U CN201621090518 U CN 201621090518U CN 206155870 U CN206155870 U CN 206155870U
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Abstract
The utility model provides a cleaning machine is supporting with automatic tectorial membrane unloading mechanism, including cooling static -removing device, guider, film agency and film cutting mechanism, it comes out the back through waiting the cooling of ionic wind machine and destaticing from flat cleaning machine to be glass, to flow assigned position that glass direction laminating machine corresponds and lead the positive direction with glass of rethread guider, it carries out two -sided tectorial membrane to start to bring glass into through optic fibre response laminating machine, after glass passes through optic fibre, step motor walks appointed length, the film cutting mechanism response is accomplished and is cut the membrane action, glass falls into in the material collecting box, the material is unified to receive by the full back operator of material collecting box material, the utility model has the advantages of being simple in structure and convenient in operation, area is little, can use manpower sparingly, improves the product yield, effectively improves production efficiency.
Description
Technical field
This utility model is related to a kind of cleaning machine with applying mechanically automatic film covering cutting agency.
Background technology
The characteristics of there is frangible easy scratch due to glass, therefore glass the taking between each manufacturing procedure of each factory at present
Put, it is most of be all using manually picking and placeing, especially will shipment finished glass, the side of contact glass is only allowed, to protect
The yield of card shipment, using manually carrying out, loading and unloading pattern needs substantial amounts of operation employee and staff labor intensity is very huge
Greatly, and if on glass overlay film, you can protective glass, prevent glass breaking, scratch.But now one kind can be uncertainly
Dynamic blanking and with two-sided overlay film, the machine cut film and do not contact glass positive and negative.
Utility model content
This utility model for the deficiencies in the prior art and provide one kind with two-sided overlay film, cut film and do not contact glass
Glass, prevents a kind of cleaning machine of glass breaking, scratch with applying mechanically automatic film covering cutting agency.
This utility model adopts the following technical scheme that realization：A kind of cleaning machine with applying mechanically automatic film covering cutting agency, including
Guider, film-covering mechanism and membrane cut mechanism installed in cleaning machine outlet, the film-covering mechanism include upper wound membrane, lower wound membrane,
Upper overlay film roller group and lower coating roll group, the upper overlay film roller group and lower coating roll group are set in parallel in guider and go out
On mouth, spacing between the upper overlay film roller group and lower coating roll group forms transfer passage, the transfer passage with wait to cover
The thickness of film product matches, and the upper overlay film roller group and/or lower coating roll group are rotated by power set, so as to
Drive treats that coated products are entered from transfer passage import, exports from the outlet of transfer passage, and the upper film in the upper wound membrane passes through
Guide roller is arranged on upper overlay film roller group, and the lower film in the lower wound membrane is arranged on lower coating roll group by guide roller, described
Upper film and lower film toughness one side are oppositely arranged；
The membrane cut mechanism is installed, the membrane cut mechanism includes being arranged on transfer passage in the outlet of the transfer passage
Reclaiming plate in outlet, the reclaiming plate cannot not be provided with prominently the lower cutter of reclaiming plate, and upper cutter corresponding with lower cutter passes through
Line slideway is installed on the supporting plate, drives relative lower cutter to move up and down by being driven cylinder.
The film-covering mechanism is provided with two groups of supplied materials detection fiber for being arranged on transfer passage import, two groups of supplied materials detection lights
Fibre is laid side by side along transfer passage, and the upper wound membrane of detection is respectively provided with the upper overlay film roller group and lower coating roll group is
The lower film the detection fiber whether upper film detection fiber of no disappearance and the lower wound membrane of detection lack.
One group of live roller is additionally provided between the lower coating roll group and guide exit.
The power set include the motor being connected with reductor, the power set by belt conveyor with
The belt pulley connection of overlay film roller group and/or the rotation of lower coating roll group in drive.
By cooling Destaticizing device connection between the guider and cleaning machine outlet.
The cooling Destaticizing device includes plasma blower fan, and the plasma blower fan is arranged on the upper of cleaning machine outlet
Side, the air-out direction of the plasma blower fan and treats to be provided with an angle between coated products.
The guider, film-covering mechanism and membrane cut mechanism are arranged side by side multigroup.
The guider is provided with treats that overlay film is produced for separating adjacent the first gathering sill for treating coated products spacing and adjustment
Grade is put just to the second gathering sill of film-covering mechanism entrance, and the outlet of first gathering sill connects with the entrance of the second gathering sill
Connect.
The reclaiming plate is arranged right below rewinding box.The upper overlay film roller group and lower coating roll group of the film-covering mechanism
Transmission speed of the rotary speed more than cleaning machine.
Due to adopting said structure, film-covering mechanism of the present utility model to sense using fiber orientation, and while install two
Optical fiber, it is to avoid erroneous judgement is produced when running into perforated glass, film-covering mechanism is using upper overlay film roller group and lower coating roll group and upper and lower
Coating roll group is in the form of double roller, it is ensured that excessive bubble will not be produced during glass film, and lower row's drive mechanism increases by one
Group live roller is used for transition transmission of the glass between guider to film-covering mechanism, and overlay film roller group is with on film-covering mechanism
Coating roll group rotary speed can effectively prevent glass from windrow occur more than the transmission speed of cleaning machine, lamination overlay film occur
Phenomenon, power set are driven using motor, are driven apart from size high precision.Membrane cut mechanism adopts guillotine-style, by gas
Cylinder is driven upper cutter action, while being definite value using the optical fiber sensing glass position and cutter location distance of film-covering mechanism, works as glass
After optical fiber, motor need to only walk one section of designated length to glass afterbody, and membrane cut mechanism can accurately cut film, not produce mistake
Cut.
Glass of the cooling Destaticizing device with plasma blower fan by cleaning machine out is cooled down and is gone to destatic, plasma
Blower fan tilting gearing, increases the film-cooled heat of glass.The glass flowed out from cleaning machine is imported to corresponding finger by guider
Positioning is put, it is ensured that treat that coated products smoothly enter film-covering mechanism.
To ensure the versatility of board, the glass of various models can be adapted to, be directed to device and be divided into two parts guiding:
First gathering sill is adjusted the spacing for treating coated products, and the second gathering sill will will treat coated products derived from the first gathering sill
Direction correcting again, it is ensured that glass can smoothly enter film-covering mechanism., using white match Steel material, surface is smooth, prevents for guider
Only glass is scratched, and reduces and the frictional force between glass ensures that glass smoothly can flow away forward.
In sum, this utility model in the case of existing Production Line Configured of in type factory, can replace it is artificial
Blanking, production capacity, cost-effective is improved, and do not change the flat cleaning machine automatic blanking film covering device of layout, and by cleaning machine
Glass cutting stock integrated with overlay film two procedures, be that producing line significantly saves manpower, overlay film is directly carried out after glass cleaning,
The flying dust in ingress of air, is not had enough to meet the need, and improves the yield of product.
Description of the drawings
Fig. 1 is overall structure diagram of the present utility model.
Fig. 2 is this utility model equipment guider schematic diagram.
Fig. 3 is this utility model equipment film-covering mechanism schematic diagram.
Fig. 4 is this utility model equipment membrane cut mechanism schematic diagram.
In figure：1. cool down and Destaticizing device, 2. guider, 3. goes up wound membrane, 4. film-covering mechanism, 5. drag chain, 6. cuts film
Mechanism, 7. descends wound membrane, 12. rewinding boxes.
21. first gathering sills, 22. second gathering sills.
41. guide rollers, wound membrane film-lacking detection fiber on 42., overlay film roller group on 43., 44. times coating roll groups, under 45.
Wound membrane film-lacking detection fiber, 46. supplied materials detection fiber, 47. motors, 48. belts, 49. belt pulleys, 410. belt pulleys.
61. transmission cylinders, 62. hydraulic bjuffers, 63. line slideways, 64. upper cutters, 65. reclaiming plates, 66. base plates, 67.
Lower cutter, 68. gripper shoes.
Specific embodiment
This utility model is described further below in conjunction with the drawings and specific embodiments.
As shown in Figure 1,2,3, 4, a kind of cleaning machine is with applying mechanically automatic film covering cutting agency, including installed in cleaning machine outlet
Guider 2, film-covering mechanism 4 and membrane cut mechanism 6, destaticed by cooling between the guider 2 and cleaning machine outlet
Device 1 connects, and the cooling Destaticizing device 1 includes plasma blower fan, and the plasma blower fan is arranged on cleaning machine outlet
Top, the air-out direction of the plasma blower fan and treats to be provided with an angle between coated products, and glass is the Jing from cleaning machine
Cross hot air drying out, glass can also have uniform temperature, it is impossible to directly carry out overlay film, need to be carried out with plasma blower fan cold
But, while also to remove electrostatic unnecessary on glass.Installing plasma blower fan in cleaning machine exit is fully carried out in glass
Cool down and destatic.
The film-covering mechanism 4 includes upper wound membrane 3, lower wound membrane 7, upper overlay film roller group 43 and lower coating roll group 44, described
Upper overlay film roller group 43 and lower coating roll group 44 are set in parallel in the outlet of guider 2, the upper He of overlay film roller group 43
Spacing between lower coating roll group 44 forms transfer passage, and upper and lower coating roll group adopts double rods in the form of double roller
Structure of film, it is ensured that big bubble will not be produced during glass film.
Be additionally provided with one group of live roller between the lower coating roll group and guide exit, the transfer passage with treat
The thickness of coated products matches, and the upper overlay film roller group 43 and/or lower coating roll group 44 are driven by power set and revolved
Turn, the power set include the motor 47 being connected with reductor, motor is equipped with reductor and uses guarantee roller
Driving force, the power set are rotated by belt conveyor and the upper overlay film roller group of drive and/or lower coating roll group
Belt pulley connect, belt conveyor include belt 48, belt pulley 49 and belt pulley 410, so as to drive treat coated products from
Transfer passage import is entered, and is exported from the outlet of transfer passage, and the upper film in the upper wound membrane 3 is arranged on upper by guide roller 41
In coating roll group 43, the lower film in the lower wound membrane 7 by guide roller be arranged on lower coating roll group 44 on, the upper film and
Lower film toughness one side is oppositely arranged；
The film-covering mechanism is provided with two groups of supplied materials detection fiber 46 for being arranged on transfer passage import, two groups of supplied materials detections
Optical fiber 46 is laid side by side along transfer passage, is respectively provided with the upper overlay film roller group and lower coating roll group in detection and rolls up
The lower film the detection fiber 45 whether lower wound membrane of upper film detection fiber 42 and detection whether film lacks lacks.Glass detection adopts light
Fibre sensing, transmission speed is fast, and test position is accurate, and the detection of glass supplied materials arranges two groups of optical fiber, during to prevent from having hole on segment glass
Can be detected and produce the probability of erroneous judgement, it is to avoid membrane cut mechanism chopped glass.
The membrane cut mechanism 6 is installed, the membrane cut mechanism 6 includes that being arranged on conveying leads in the outlet of the transfer passage
Reclaiming plate 65 in road outlet, the reclaiming plate 65 cannot not be provided with prominently the lower cutter 67 of reclaiming plate, corresponding with lower cutter 67
Upper cutter 64 is arranged in gripper shoe 68 by line slideway 63, drives relative lower cutter to transport about 64 by being driven cylinder 61
Dynamic, so as to form guillotine type membrane cut mechanism, the gripper shoe 68 is arranged in frame by base plate, and the transmission cylinder is arranged on
On crossbeam between two gripper shoes, the crossbeam is connected by hydraulic bjuffer 62 with upper cutter.
Used as a kind of embodiment of this device, the guider, film-covering mechanism and membrane cut mechanism are arranged side by side multigroup.
The guider is provided with treats coated products position for separating adjacent the first gathering sill 21 for treating coated products spacing and adjustment
Just to the second gathering sill 22 of film-covering mechanism entrance, the outlet of first gathering sill 21 connects with the entrance of the second gathering sill 22
Connect.The reclaiming plate is arranged right below rewinding box 12.The upper overlay film roller group of the film-covering mechanism 4 and lower coating roll group are revolved
Transmission speed of the rotary speed more than cleaning machine.Due to glass from cleaning machine feeding end after cleaning, the position meeting of each sheet glass
Change, and the spacing between glass is too little, be not easy to carry out glass to carry out monolithic overlay film, thus glass enter overlay film it
The front position to each sheet glass is oriented to, and guider is once oriented to and secondary guiding to each sheet glass, it is ensured that glass
Accurately enter each laminating machine port.
Using step：Operator checks that board power supply, origin normally connect, starts on board and cleaning machine, cleaning machine
Material machine works simultaneously.From cleaning machine out, often row is 4 to glass, is sufficiently cooled each sheet glass through chiller 1
And removal electrostatic above, glass continues to flow into guider 2 in cleaning machine after the completion of cooling, and guider is divided into 2 parts, glass
Glass initially enters the first gathering sill 21, and size dress between glass of 4 sheet glass side by side from cleaning machine is changed to into four overlay films
Size between mechanism 4, little by little inclines when passing through the glass being oriented to herein out because the gradient of guider can be present, and enters
Enter the second gathering sill 22 and proceed secondary guiding, now just to film-covering mechanism 4, glass flows out cleaning machine and enters glass out
Enter above the lower wound membrane 7 of film-covering mechanism 4, while supplied materials detection fiber 46 senses, film-covering mechanism 4 start glass is brought into carry out it is double
Face overlay film, when glass afterbody leaves supplied materials detection fiber 46, motor 47 to be walked stop after designated length, it is ensured that each sheet glass it
Between spacing, while the action of membrane cut mechanism 6, promotes upper cutter 64 to cut film by transmission cylinder 61, with the glass that double-side membrane is cut off
Glass is fallen in rewinding box 12, completes the blanking of a sheet glass, overlay film, cuts film, rewinding action, treats that next sheet glass comes to continue weight
Double action is made.Each film-covering mechanism 4 is all to work independently, it is ensured that wound membrane will not produce waste.
Claims (10)
1. a kind of cleaning machine is with applying mechanically automatic film covering cutting agency, it is characterised in that：Including the guiding installed in cleaning machine outlet
Device, film-covering mechanism and membrane cut mechanism, the film-covering mechanism includes the rolling of upper wound membrane, lower wound membrane, upper overlay film roller group and lower overlay film
Wheel group, the upper overlay film roller group and lower coating roll group are set in parallel on guide exit, the upper overlay film roller group
And the spacing between lower coating roll group forms transfer passage, the transfer passage matches with the thickness for treating coated products, institute
State overlay film roller group and/or lower coating roll group is rotated by power set, treat coated products from conveying so as to drive
Channel entrance is entered, and is exported from the outlet of transfer passage, and the upper film in the upper wound membrane is rolled by guide roller installed in upper overlay film
In wheel group, the lower film in the lower wound membrane is arranged in lower coating roll group by guide roller, the upper film and lower film toughness
Simultaneously it is oppositely arranged；The membrane cut mechanism is installed, the membrane cut mechanism cuts film for guillotine type in the outlet of the transfer passage
Mechanism.
2. cleaning machine according to claim 1 is with applying mechanically automatic film covering cutting agency, it is characterised in that：The film-covering mechanism
Two groups of supplied materials detection fiber for being arranged on transfer passage import are provided with, two groups of supplied materials detection fiber are along transfer passage and arrange
If being respectively provided with the upper film the detection light whether upper wound membrane of detection lacks in the upper overlay film roller group and lower coating roll group
The lower film the detection fiber whether lower wound membrane of fine and detection lacks.
3. cleaning machine according to claim 2 is with applying mechanically automatic film covering cutting agency, it is characterised in that：The membrane cut mechanism
Including the reclaiming plate being arranged in transfer passage outlet, the reclaiming plate cannot not be provided with prominently the lower cutter of reclaiming plate, with incision
The corresponding upper cutter of knife is installed on the supporting plate by line slideway, drives relative lower cutter to move up and down by being driven cylinder.
4. cleaning machine according to claim 3 is with applying mechanically automatic film covering cutting agency, it is characterised in that：The lower overlay film rolling
One group of live roller is additionally provided between wheel group and guide exit.
5. cleaning machine according to claim 4 is with applying mechanically automatic film covering cutting agency, it is characterised in that：The power set
Including the motor being connected with reductor, the power set by belt conveyor with drive upper overlay film roller group and/
Or the belt pulley connection of lower coating roll group rotation.
6. the cleaning machine according to one of claim 3 to 5 is with applying mechanically automatic film covering cutting agency, it is characterised in that：It is described
By cooling Destaticizing device connection between guider and cleaning machine outlet.
7. cleaning machine according to claim 6 is with applying mechanically automatic film covering cutting agency, it is characterised in that：The cooling is except quiet
Electric installation includes plasma blower fan, and the plasma blower fan is arranged on the top of cleaning machine outlet, and the plasma blower fan goes out
Wind direction and treat to be provided with an angle between coated products.
8. cleaning machine according to claim 7 is with applying mechanically automatic film covering cutting agency, it is characterised in that：It is described to be oriented to dress
Put, film-covering mechanism and membrane cut mechanism be arranged side by side it is multigroup.
9. cleaning machine according to claim 8 is with applying mechanically automatic film covering cutting agency, it is characterised in that：The guider
It is provided with and treats that coated products position just enters to film-covering mechanism for separating adjacent the first gathering sill for treating coated products spacing and adjustment
Second gathering sill of mouth, the outlet of first gathering sill is connected with the entrance of the second gathering sill.
10. cleaning machine according to claim 9 is with applying mechanically automatic film covering cutting agency, it is characterised in that：The reclaiming plate
Be arranged right below rewinding box.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621090518.XU CN206155870U (en) | 2016-09-29 | 2016-09-29 | Cleaning machine is supporting with automatic tectorial membrane unloading mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621090518.XU CN206155870U (en) | 2016-09-29 | 2016-09-29 | Cleaning machine is supporting with automatic tectorial membrane unloading mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206155870U true CN206155870U (en) | 2017-05-10 |
Family
ID=58652055
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621090518.XU Active CN206155870U (en) | 2016-09-29 | 2016-09-29 | Cleaning machine is supporting with automatic tectorial membrane unloading mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206155870U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110406723A (en) * | 2019-07-25 | 2019-11-05 | 广东北玻电子玻璃有限公司 | Overlay film laminating machine |
-
2016
- 2016-09-29 CN CN201621090518.XU patent/CN206155870U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110406723A (en) * | 2019-07-25 | 2019-11-05 | 广东北玻电子玻璃有限公司 | Overlay film laminating machine |
| CN110406723B (en) * | 2019-07-25 | 2022-02-25 | 华玻视讯(珠海)科技有限公司 | Film laminating machine |
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