CN205146831U - A mould proof isolation powder preprocessing device for glass coating film production line - Google Patents
A mould proof isolation powder preprocessing device for glass coating film production line Download PDFInfo
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- CN205146831U CN205146831U CN201520567212.8U CN201520567212U CN205146831U CN 205146831 U CN205146831 U CN 205146831U CN 201520567212 U CN201520567212 U CN 201520567212U CN 205146831 U CN205146831 U CN 205146831U
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Abstract
The utility model provides a mould proof isolation powder preprocessing device for glass coating film production line, includes roller platform and main support, and the roller platform is used for conveying glass, and glass's direction of advance is transversely followed a dextrad left side and is connected gradually brush support and gas collection pipeline bracket for from a dextrad left side on the main support, and brush support and gas collection pipeline bracket's lower extreme is connected with brush and gas collection pipeline respectively, and brush and gas collection pipeline lie in roller bench glass's top, glass's below is equipped with first sensor and second sensor, and the first sensor lies in the right side of brush, and the second sensor lies in the left side of gas collection pipeline, and the position that is close to roller platform side on the width direction of glass below roller platform still is equipped with the position sensor that more than one is used for detecting the glass position, the utility model discloses to the glass width of difference, through the glass width signal of sensor feedback, the control solenoid part or whole is opened, makes the jet stream wind sweep the glass surface with the coverage area of minimum, reaches the purpose of practicing thrift compressed air.
Description
Technical field
The utility model belongs to coating film on glass production line auxiliary equipment field, is related specifically to a kind of glass pretreatment unit for glass surface cleaning to be coated, blast injection removing minute solid particles and method.
Background technology
Before coating film on glass, surface to be coated must be clean, otherwise film and surface can not be sticked well, produces rete and comes off or needle pore defect.Therefore, the cleaning of glass surface is very important, but is also very difficult.At present, coating film on glass production line all adopts professional cleaning machine to carry out serialization washing and cleaning operation to glass, and cleaning machine uses ultra-pure water spray irrigation and scrubs the cleaning method combined without abrasiveness hairbrush, and the glass dry air after cleaning dries up.The method is the most effective cleaning method of current coating film on glass industry.
But glass fungus-proof insulating powder adhesion is strong, is pureed after meeting water, very easily attaches on cleaning machine roller-way, hairbrush, meanwhile, pollute water for cleaning, blocking pure water spray system.Finally, these fungus-proof insulating powders residued in cleaning machine form secondary pollution to the glass of cleaning, form defect.
In addition, after cleaning machine is contaminated, must shut down cleaning, safeguard, impact is normally produced.
Utility model content
The purpose of this utility model is to provide a kind of fungus-proof insulating powder pretreatment unit for coating film on glass production line, a large amount of fungus-proof insulating powder particle is removed before glass enters cleaning machine, reduce the pollution to cleaning machine, overcome fungus-proof insulating powder and remain the harmful effect that coating film on glass is produced.
The technical solution of the utility model is:
A kind of glass fungus-proof insulating powder pretreatment unit for coating film on glass production line, comprise roller tables and main support, roller tables is for transmitting glass, the direction of advance of glass is from right to left, main support laterally connects hairbrush support and collecting pipe support from right to left successively, the lower end of hairbrush support and collecting pipe support is connected to hairbrush and collecting pipe, and hairbrush and collecting pipe are positioned at the top of glass in roller tables; The below of glass is provided with first sensor and the second sensor, first sensor is positioned at the right side of hairbrush, second sensor is positioned at the left side of collecting pipe, below glass roller tables width on be also provided with more than one for detecting the position sensor of glass position near the position of roller tables side, rotating shaft is provided with between collecting pipe support and collecting pipe, collecting pipe is connected with some gas nozzles along the axis of collecting pipe, and the axial direction of collecting pipe is vertical or crossing with the direction of advance of glass.
Hairbrush support comprises the brush adjusting device for adjusting hairbrush height; Collecting pipe support comprises the collecting pipe adjusting device for adjusting collecting pipe height.
Collecting pipe is provided with some dividing plates vertically, collecting pipe is divided into several collecting pipe unit closed by dividing plate, collecting pipe unit is all communicated with compressed air inlet port by pipeline, and the pipeline that collecting pipe unit is communicated with compressed air inlet port is provided with magnetic valve.
The pipeline that compressed air inlet port is connected with collecting pipe unit comprises the bye-pass and sub-pipeline that are communicated with successively, described magnetic valve is located on bye-pass, sub-pipeline connects collecting pipe unit, with bye-pass is connected after the sub-pipeline parallel connection be connected with the collecting pipe unit of collecting pipe both sides.
At glass in a lateral direction, first sensor and the second sensor are positioned at the centre position of glass.
Gas nozzle is installed with the interval of 80 ~ 100mm on collecting pipe.
Gas nozzle is fan nozzle.
Distance between the spout of gas nozzle and glass top surface is no more than 100 times of nozzle diameter.
The utility model can according to the width of coating film on glass production line, the length of flexible design collecting pipe; And relative to the lateral attitude of roller tables when commonly using the conveying of glass plate wide and glass according to coating film production line, the section length of flexible design collecting pipe.
The utility model is for different glass width, and by the glass width signal of sensor feedback, Controlling solenoid valve is partly or entirely opened, and makes jet-stream wind purge glass surface with minimum overlay area, reaches and save compressed-air actuated object.
The utility model is applicable to the pretreatment before glass cleaning; The glass arriving signal detected by sensor, the opening and closing of Controlling solenoid valve, control purge time, reach energy-conservation object.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is that schematic diagram arranged by sensor;
Fig. 3 is the structural representation of collecting pipe.
Detailed description of the invention
As shown in Figure 1, fungus-proof insulating powder pretreatment unit for coating film on glass production line of the present utility model comprises roller tables 19, column 1 and main support 2, column 1 is vertically fixed in coating film on glass line glass conveying roller tables or on ground, the right-hand member of main support 2 is connected laterally at column 1 upper left-hand.Roller tables 19 is laterally positioned at the centre position of column 1, and roller tables 19 drives glass 18 to move from right to left.
Main support 2 is connected with hairbrush support 15 and collecting pipe support 14 from right to left in turn, and hairbrush support 15 lower end is connected with hairbrush 3, and collecting pipe support 14 lower end is connected with collecting pipe 4 by rotating shaft 16, rotates the angle of adjustable jet-stream wind and glass-board surface.Hairbrush 3 and collecting pipe 4 hang on above roller tables 19 along glass 18 direct of travel successively respectively by hairbrush support 15 and collecting pipe support 14.
Hairbrush support 15 and collecting pipe support 14 are respectively equipped with brush adjusting device and collecting pipe adjusting device, the height of hairbrush 3 and collecting pipe 4 can be regulated, the height that general employing screw rod carries out in vertical direction regulates, hairbrush support 15 and collecting pipe support 14 are provided with nut or the fixed block of internal thread hole, screw rod moves up and down along internal thread hole, is prior art.
As shown in Figure 2, below the roller tables 19 on the right side of column 1, be provided with first sensor 6, below the roller tables 19 on the left of column 1, be provided with the left side that the second sensor 9, second sensor 9 is positioned at collecting pipe 4 in a lateral direction.First sensor 6, second sensor 9 is positioned at the centre position of roller tables 9 width.Whether first sensor 6, second sensor 9 has glass to pass through for detecting in roller tables 9.Because the width of glass is different, in order to detect the width of glass, be longitudinally provided with the 3rd sensor 7 and four-sensor 8(position sensor in the wherein side of roller tables 9 width), four-sensor 8 is positioned at the outside of the 3rd sensor 7.
As shown in Figure 3, collecting pipe 4 is divided into multistage by multiple dividing plate 5, form the collecting pipe unit of multiple autonomous closure, collecting pipe unit is all communicated with compressed air inlet port 10, each collecting pipe unit is connected with one or more Fan spray head 5, in this enforcement, the collecting pipe unit of both sides is connected with a gas nozzle 5, and middle collecting pipe unit is connected with multiple gas nozzle 5.
Gas nozzle 5 is installed with the interval of 80 ~ 100mm; Gas nozzle 5 adopts a kind of fan-shaped spout carefully.Distance between the spout of gas nozzle 5 and glass top surface is no more than 100 times of nozzle diameter.
Device of the present utility model also comprises compressed air inlet 10, and compressed air inlet 10 connects each collecting pipe unit respectively by air pipe line.Conveniently control, according to the distance of each collecting pipe cell distance collecting pipe 4 mid point, it is some right to be divided into, a pair collecting pipe unit lays respectively at the both sides of collecting pipe 4 mid point, compressed air inlet 10 is by bye-pass 20 connexon pipeline 21, in the present embodiment, bye-pass 20 is three, and sub-pipeline 21 is five.A pair collecting pipe unit of both sides respectively connects a bye-pass 20 by a root pipeline 21; Be positioned at middle collecting pipe unit and be positioned at a bye-pass 20 by root pipeline 21 connection.The magnetic valve 11,12,13 for turning off is provided with 3 bye-pass 20 correspondences.Single magnetic valve can control the air inlet of one section or two sections collecting pipe 4, also can control the air inlet of more than two sections as required.Magnetic valve 11 controls the air inlet of middle one section of collecting pipe unit, and magnetic valve 12,13 controls the air inlet of two pairs of outer collecting pipe unit respectively.
It should be noted that, collecting pipe 4 can be one section, also can be isolated into multistage, and the length of each section adjusts according to the glass size that production line is conventional; In addition, production line glass delivery can be transmission placed in the middle, also can be edge alignment transmission, and the layout of each segmentation of collecting pipe is correspondingly adjusted to the symmetrical or bias profile of center line, and described approximate change is all in protection domain of the present utility model.
For the fungus-proof insulating powder preprocess method of coating film on glass production line, comprise the induction installation detecting glass position and width, control magnetic valve and the control device of compressed air air inlet, (this is common current techique to adopt PLC programming timer in control device, timing is carried out) by PLC, according to the glass arriving signal (detection signal whether glass arrives) of collecting pipe 4 rear (with glass 18 direct of travel for front) first sensor 6 feedback, and by timer delayed start-up magnetic valve 11, signal is covered according to the glass that the 3rd sensor 7 and the four-sensor 8 of lateral attitude feed back, the opening and closing of each Segmented electrical magnet valve 12 and 13 of domination set feed channel, thus control compressed air enters each segmentation, according to the signal that the glass afterbody of second sensor 9 feedback in collecting pipe 4 front leaves, close all magnetic valves 11, 12, 13, thus control compressed-air actuated entering,
Concrete steps are:
(1) first collecting pipe 4 rear (with glass direct of travel for front) first sensor 6 detecting glass arriving signal; Meanwhile, whether the 3rd sensor 7 of lateral attitude and four-sensor 8 detect corresponding region has glass to cover;
(2) according to glass arriving signal and the width of glass sheet scope of first sensor 6, the 3rd sensor 7 and four-sensor 8 feedback, control device judges the magnetic valve 11,12 and 13 needing to open, and presses the magnetic valve before timer setting delayed start-up corresponding collecting pipe unit air inlet;
(3) glass 18 continus convergence, glass 18 is coated with fungus-proof insulating powder particle, the hairbrush 3 arranged before collecting pipe 4, and through out-of-date, hairbrush 3 loosens the fungus-proof insulating powder particle overstock of glass pane surface;
(4) glass 18 continues conveying, below the gas nozzle 5 of arrival collecting pipe 4, the magnetic valve of corresponding segments within the scope of width of glass sheet, in now opening after control device time delay, compressed air sprays through gas nozzle 5, blows down the fungus-proof insulating powder on glass 18 surface;
(5) last, collecting pipe front second sensor 9 detects glass and leaves signal; Control device cuts out all magnetic valves 11,12 and 13, stops compressed air supply.
Finally it should be noted that, induction installation comprises two and above sensor, and the first sensor 6 of middle position and the second sensor 9 are absolutely necessary; Lateral position sensor is according to the layout of each segmentation of collecting pipe, and corresponding adjustment is done in number of sensors and position; The quantity of magnetic valve also adjusts thereupon accordingly.Position sensor can only be arranged in side, also can all arrange both sides.
Claims (8)
1. the fungus-proof insulating powder pretreatment unit for coating film on glass production line, it is characterized in that: comprise roller tables and main support, roller tables is for transmitting glass, the direction of advance of glass is from right to left, main support laterally connects hairbrush support and collecting pipe support from right to left successively, the lower end of hairbrush support and collecting pipe support is connected to hairbrush and collecting pipe, and hairbrush and collecting pipe are positioned at the top of glass in roller tables; The below of glass is provided with first sensor and the second sensor, first sensor is positioned at the right side of hairbrush, second sensor is positioned at the left side of collecting pipe, below glass roller tables width on be also provided with more than one for detecting the position sensor of glass position near the position of roller tables side, rotating shaft is provided with between collecting pipe support and collecting pipe, collecting pipe is connected with some gas nozzles along the axis of collecting pipe, and the axial direction of collecting pipe is vertical or crossing with the direction of advance of glass.
2. the fungus-proof insulating powder pretreatment unit for coating film on glass production line according to claim 1, is characterized in that: hairbrush support comprises the brush adjusting device for adjusting hairbrush height; Collecting pipe support comprises the collecting pipe adjusting device for adjusting collecting pipe height.
3. the fungus-proof insulating powder pretreatment unit for coating film on glass production line according to claim 1 and 2, it is characterized in that: collecting pipe is provided with some dividing plates vertically, collecting pipe is divided into several collecting pipe unit closed by dividing plate, collecting pipe unit is all communicated with compressed air inlet port by pipeline, and the pipeline that collecting pipe unit is communicated with compressed air inlet port is provided with magnetic valve.
4. the fungus-proof insulating powder pretreatment unit for coating film on glass production line according to claim 3, it is characterized in that: the pipeline that compressed air inlet port is connected with collecting pipe unit comprises the bye-pass and sub-pipeline that are communicated with successively, described magnetic valve is located on bye-pass, sub-pipeline connects collecting pipe unit, with bye-pass is connected after the sub-pipeline parallel connection be connected with the collecting pipe unit of collecting pipe both sides.
5. the fungus-proof insulating powder pretreatment unit for coating film on glass production line according to claim 1 and 2, is characterized in that: at glass in a lateral direction, and first sensor and the second sensor are positioned at the centre position of glass.
6. the fungus-proof insulating powder pretreatment unit for coating film on glass production line according to claim 1 and 2, is characterized in that: gas nozzle is installed with the interval of 80 ~ 100mm on collecting pipe.
7. the fungus-proof insulating powder pretreatment unit for coating film on glass production line according to claim 1 and 2, is characterized in that: gas nozzle is fan nozzle.
8. the fungus-proof insulating powder pretreatment unit for coating film on glass production line according to claim 1 and 2, is characterized in that: the distance between the spout of gas nozzle and glass top surface is no more than 100 times of nozzle diameter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520567212.8U CN205146831U (en) | 2015-07-31 | 2015-07-31 | A mould proof isolation powder preprocessing device for glass coating film production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520567212.8U CN205146831U (en) | 2015-07-31 | 2015-07-31 | A mould proof isolation powder preprocessing device for glass coating film production line |
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| CN205146831U true CN205146831U (en) | 2016-04-13 |
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| CN201520567212.8U Active CN205146831U (en) | 2015-07-31 | 2015-07-31 | A mould proof isolation powder preprocessing device for glass coating film production line |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105057300A (en) * | 2015-07-31 | 2015-11-18 | 河南安彩高科股份有限公司 | Mould-proof isolation powder pretreatment device and method for glass film plating production line |
| CN108636970A (en) * | 2018-08-01 | 2018-10-12 | 中航三鑫太阳能光电玻璃有限公司 | A kind of glass surface foreign body eliminating apparatus |
| CN108856026A (en) * | 2018-05-29 | 2018-11-23 | 滁州南钢盛达实业有限公司 | A kind of steel surface cleaning plant |
-
2015
- 2015-07-31 CN CN201520567212.8U patent/CN205146831U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105057300A (en) * | 2015-07-31 | 2015-11-18 | 河南安彩高科股份有限公司 | Mould-proof isolation powder pretreatment device and method for glass film plating production line |
| CN108856026A (en) * | 2018-05-29 | 2018-11-23 | 滁州南钢盛达实业有限公司 | A kind of steel surface cleaning plant |
| CN108636970A (en) * | 2018-08-01 | 2018-10-12 | 中航三鑫太阳能光电玻璃有限公司 | A kind of glass surface foreign body eliminating apparatus |
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