CN202106658U - Four-electrode corona ozone-removing environmental-friendly device of curved surface printing machine - Google Patents
Four-electrode corona ozone-removing environmental-friendly device of curved surface printing machine Download PDFInfo
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- CN202106658U CN202106658U CN2011200718856U CN201120071885U CN202106658U CN 202106658 U CN202106658 U CN 202106658U CN 2011200718856 U CN2011200718856 U CN 2011200718856U CN 201120071885 U CN201120071885 U CN 201120071885U CN 202106658 U CN202106658 U CN 202106658U
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Abstract
The utility model relates to a four-electrode corona ozone-removing environmental-friendly device of a curved surface printing machine, which comprises a programmable logic controller 22, a first corona device 1, a second corona device 2, a metal discharge electrode 7, an electrode insulation supporting seat 6, a high-tension line 5, an air blower 11, an air pipe 12, an outer side single electrode corona device, an inner side electrode corona device and a double-electrode corona device. Compared with the traditional corona device, the four-electrode corona ozone-removing environmental-friendly device is more adaptive to the requirement of rapid corona of 30 thousands to 39 thousands per hour as the corona power of the four-electrode corona ozone-removing environmental-friendly device is increased by one time; and as the discharge electrodes of three stations are added, the four-electrode corona ozone-removing environmental-friendly device is more adaptive to the requirement of high-speed corona of 39 thousands per hour and has a more uniform corona effect. The electrode insulation support of the four-electrode corona ozone-removing environmental-friendly device is provided with an air chamber and an air pipe which are enough for discharging ozone so that the corona is more environmental friendly; and the double-electrode corona device, the inner side single-electrode device and the outer side single-electrode device can be fixed and are elastic, so that the double-electrode corona device, the inner side single-electrode device and the outer side single-electrode device can smoothly pass through the corona device when the double-cup phenomenon occurs to printed matters or the sleeve deviation goes wrong.
Description
Technical field
The utility model relates to a kind of four electrode corona deozonize environmental protecting devices of curved surface printing machine, particularly relates to four electrode corona deozonize environmental protecting devices of a kind of cup, meander face printing machine and column type curved surface printing machine.
Background technology
Existing market top-surface camber printing machine corona is the single electrode corona normally, and such corona effects certainly exists certain limit property, can't satisfy the corona UV solidification effect of printing speed per hour 2.5 ten thousand to 3.6 ten thousand.Though the inventor also can satisfy the corona requirement of speed per hour 2.5 ten thousand to 3.6 ten thousand in the utility model of the two-sided corona unit (patent No. 2,008 2 0114335.6) of curve offset press; If maybe will be strict with but run into indivedual difficult VU printing ink that solidify, just be difficult to accomplish the corona requirement that printing speed per hour 30,000 to 3.9 ten thousand UV solidify.
Along with social work efficient improve constantly with people to the increasingly high requirement of product quality; For satisfying speed per hour 30,000 to 3.9 ten thousand high needs of being strict with; The inventor founds out the utility model of true tool practical value finally through continuous research and after improvement is put into practice in experiment repeatedly.
The utility model content
The utility model has overcome the shortcoming of prior art, and a kind of four electrode corona deozonize environmental protecting devices that are used for curved surface printing machine are provided.
The utility model technical problem to be solved realizes through following technical scheme:
A kind of four electrode corona deozonize environmental protecting devices of curved surface printing machine comprise Programmable Logic Controller 22, first charger unit 1 and second charger unit 2, the metal discharge utmost point 7, electrode insulation supporting seat 6, high-voltage line 5, air blast 11, tracheae 12 and outside single electrode corona unit, medial electrode corona unit, bipolar electrode corona unit.
Described outside single electrode corona unit is connected first charger unit 1 with the discharge electrode of inboard single electrode corona unit with high-voltage line 5; Two discharge electrodes of bipolar electrode corona unit are with high-voltage line 5 second charger unit, 2, the first charger units 1 and second charger unit 2 Programmable Logic Controller 22 that is electrically connected separately that is electrically connected.The installation site of described four discharge electrode corona units is that the right outside station that is positioned at the enterprising cup of 9 o'clock line station is installed outside single electrode corona unit; The outside was installed on the 12 o'clock line in two discharge electrodes of bipolar electrode corona unit divided, and inboard single electrode corona unit is installed in the inboard of the other station in right side that is positioned on the 12 o'clock line.
The metal discharge utmost point 7 of four electrode corona deozonize environmental protecting devices of described curved surface printing machine, be by three or four sheet metals 3 be separated by some distances and two to three screw mandrel 4 polyphones together with interlock circuit form can corona the metal discharge utmost point 7.Four discharge electrodes are installed in the air chamber of electrode insulation supporting seat 6 of deozonize environmental protecting device; It is characterized in that the electrode insulation supporting seat has the space that can be installed in down discharge electrode and exhaust port 20 connection tracheaes 12 are installed above side or top, tracheae 12 connects the air entry of air blasts 11.
Referring to Fig. 1, Fig. 6; The outside single electrode corona unit 15 of four electrode corona deozonize environmental protecting devices of described curved surface printing machine; The tail end of single electrode plug housing 15-3 is fixed on the front upper place of electrode insulation supporting seat 6 and connects tracheae 12 in the back of this fixing point and connects air blasts 11 outside it is characterized in that; The outside single electrode fork 15-1 and outside single electrode plug housing 15-3 equipped with pin 10 fix after; Spring 9 is contained in plug housing tail end and fixing spacing with limited screw 8, and just facing to the outside on the enterprising cup of 9 o'clock line station right side, outside corona unit bracing frame 15-2 is fixed on the into top of glass worm drive casing 19 to the metal discharge utmost point 7.
Referring to Fig. 1, Fig. 2, Fig. 3; The bipolar electrode corona unit of described curved surface printing machine is characterized in that it mainly being to be made up of with relevant circuit two corona bracing frame 21, bipolar electrode corona unit 17, the metal discharge utmost point 7, electrode insulation supporting seat 6, exhaust outlet 18, tracheae 12, high-voltage line 5.
The two cover metal discharge utmost points 7 of described bipolar electrode corona unit 17 are separately fixed at two electrode insulation supporting seat 6 the insides; There is the screw mandrel 17-1 of protrusion in last the place ahead of electrode insulation supporting seat; The back of screw mandrel 17-1 is that exhaust port 18 connects tracheae 12 to air blast 11; The screw mandrel 17-1 nut head square connecting rod 17-2 that is spirally connected; The adjusting slider 21-1 of nut head square connecting rod 17-2 through 4 bipolar electrode corona units with up and down each one be divided into two groups; The certain distance of dividing right and left is fixed in the connecting rod installing hole of slide block, and arrow type point 21-5 and arrow spring base 21-2 clamp nut head square connecting rod 17-2, and the nut 18 of square connecting rod upper end hangs the bipolar electrode corona unit under the cooperation of arrow type point 21-5 and arrow spring base 21-2.
Described pair of corona bracing frame 21 is fixed on the flexography machine support through mast-up 21-4; Two corona bracing frames 21 divide up and down to draw back four adjusting slider 21-1 certain distance according to the needs of printed article specification and to be divided into up and down two groups through two adjusting screw mandrel 21-3 and screw togather four adjusting slider 21-1, and two ends of regulating screw mandrel 21-3 connect the wallboard at two corona bracing frame 21 two ends.
Referring to Fig. 1, Fig. 7; The inboard single electrode corona unit of four electrode corona deozonize environmental protecting devices of described curved surface printing machine; It is characterized in that the metal discharge utmost point 7 is just facing to the inboard of printing station top station on the 3 o'clock line; Inboard single electrode fork 16-1 connects inboard single electrode plug housing 16-2 and is locked by pin 10; It is fixing spacing that the equipped limited screw 8 of design its tail end of the place ahead plug housing on the side packs into spring 9, and be fastened on the stepping protractor with inboard single electrode bracing frame 16-3.
After four electrode electricity corona devices installed, stepping protractor rotating disk patrix was accomplished the corona operation moving the multiple station die on 13 the transmission device drive rotating disk to 13 with moulding cup 14 not stalls with mould through the corona unit of each station.Because outside single electrode, inboard single electrode device have the mounting spring seat, the bipolar electrode corona unit also has dress arrow spring base, so, even cup poor quality or do not have good generation of cover also neither to damage with the charger unit collision, smoothly through the corona operation.
With respect to prior art, the beneficial effect of the utility model is:
1, the utility model has increased by one times corona discharge power than traditional corona unit, more is adapted to accomplish the quick corona requirement of speed per hour 30,000 to 3.9 ten thousand.
2, the utility model has increased the discharge electrode of three stations than traditional flexography corona, and corona effects more evenly more is adapted to the high speed corona requirement of speed per hour 3.9.
3, the electrode insulation of the utility model is supported with the air chamber and the tracheae of the ozone that is enough to drain, and makes more environmental protection of corona.
4, bipolar electrode corona unit, inboard single electrode device, outside single electrode device all are can fix and resilient device, when making printed article two cups or cover occur to deflect away from existing fault, and the smooth energising corona device that can both neither damage.
Description of drawings
Fig. 1 is the installation site sketch map of the utility model.
Fig. 2 is an electrode insulation supporting seat schematic perspective view.
Fig. 3 is the electrode schematic perspective view.
Fig. 4 is a bipolar electrode corona stereogram.
Fig. 5 is bipolar electrode corona unit support slipper and Nut pole cutaway view.
Fig. 6 is an outside single electrode sketch map.
Fig. 7 is inboard single electrode corona sketch map.
The specific embodiment
As shown in the figure, the utility model comprises that Programmable Logic Controller 22, first charger unit 1 and second charger unit 2, the metal discharge utmost point 7, electrode insulation supporting seat 6, high-voltage line 5, air blast 11, tracheae 12 and outside single electrode corona unit, medial electrode corona unit, bipolar electrode corona unit form.
The utility model is mainly implemented through following scheme:
The described outside of the utility model single electrode corona unit is connected first charger unit 1 with the discharge electrode of inboard single electrode corona unit with high-voltage line 5; Two discharge electrodes of bipolar electrode corona unit are with high-voltage line 5 second charger unit, 2, the first charger units 1 and second charger unit 2 Programmable Logic Controller 22 that is electrically connected separately that is electrically connected.The installation site of described four discharge electrode corona units is that the right outside station that is positioned at the enterprising cup of 9 o'clock line station is installed outside single electrode corona unit; The outside was installed on the 12 o'clock line in two discharge electrodes of bipolar electrode corona unit divided, and inboard single electrode corona unit is installed in the inboard of the other station in right side that is positioned on the 12 o'clock line.
The metal discharge utmost point 7 of four electrode corona deozonize environmental protecting devices of described curved surface printing machine; Be by three or four sheet metals 3 be separated by some distances and two to three screw mandrel 4 polyphones together with interlock circuit form can corona the metal discharge utmost point 7; Four discharge electrodes are installed in the air chamber of electrode insulation supporting seat 6 of deozonize environmental protecting device; It is characterized in that the electrode insulation supporting seat has the space that can be installed in bottom electrode and exhaust port 20 connection tracheaes 12 are installed above side or top, tracheae 12 connects the air entry of air blasts 11.
Referring to Fig. 1, Fig. 6; The outside single electrode corona unit 15 of four electrode corona deozonize environmental protecting devices of described curved surface printing machine; The tail end of single electrode plug housing 15-3 is fixed on the front upper place of electrode insulation supporting seat 6 and connects tracheae 12 in the back of this fixing point and connects air blasts 11 outside it is characterized in that; The outside single electrode fork 15-1 and outside single electrode plug housing 15-3 equipped with pin 10 fix after; Spring 9 is contained in plug housing tail end and fixing spacing with limited screw 8, and just facing to the outside on the enterprising cup of 9 o'clock line station right side, outside corona unit bracing frame 15-2 is fixed on the into top of glass worm drive casing 19 to the metal discharge utmost point 7.
Referring to Fig. 1, Fig. 2, Fig. 3; The bipolar electrode corona unit of described curved surface printing machine is characterized in that it mainly being to be made up of with relevant circuit two corona bracing frame 21, bipolar electrode corona unit 17, the metal discharge utmost point 7, electrode insulation supporting seat 6, exhaust outlet 18, tracheae 12, high-voltage line 5.
The two cover metal discharge utmost points 7 of described bipolar electrode corona unit 17 are separately fixed at two electrode insulation supporting seat 6 the insides; Last the place ahead of electrode insulation supporting seat is provided with the screw mandrel 17-1 of protrusion; The back of screw mandrel 17-1 is that exhaust port 18 connects tracheae 12 to air blast 11; The screw mandrel 17-1 nut head square connecting rod 17-2 that is spirally connected; The adjusting slider 21-1 of nut head square connecting rod 17-2 through 4 bipolar electrode corona units with up and down each one be divided into two groups; The certain distance of dividing right and left is fixed in the connecting rod installing hole of slide block, and arrow type point 21-5 and arrow spring base 21-2 clamp nut head square connecting rod 17-2, and the nut 18 of square connecting rod upper end hangs the bipolar electrode corona unit under the cooperation of arrow type point 21-5 and arrow spring base 21-2.
Described pair of corona bracing frame 21 is fixed on the flexography machine support through mast-up 21-4; Two corona bracing frames 21 divide up and down to draw back four adjusting slider 21-1 certain distance according to the needs of printed article specification and to be divided into up and down two groups through two adjusting screw mandrel 21-3 and screw togather four adjusting slider 21-1, and two ends of regulating screw mandrel 21-3 connect the wallboard at two corona bracing frame 21 two ends.
Referring to Fig. 1, Fig. 7; The inboard single electrode corona unit of four electrode corona deozonize environmental protecting devices of described curved surface printing machine; It is characterized in that the metal discharge utmost point 7 is just facing to the inboard of printing station top station on the 3 o'clock line; Inboard single electrode fork 16-1 connects inboard single electrode plug housing 16-2 and is locked by pin 10; It is fixing spacing that the equipped limited screw 8 of design its tail end of the place ahead plug housing on the side packs into spring 9, and be fastened on the stepping protractor with inboard single electrode bracing frame 16-3.
After four electrode electricity corona devices install; Stepping protractor rotating disk patrix is accomplished the corona operation through the corona unit of each station, owing to outside single electrode, inboard single electrode device have the mounting spring seat moving the multiple station die on 13 the transmission device drive rotating disk to 13 with moulding cup 14 not stalls with mould; The bipolar electrode corona unit also has dress arrow spring base; So, even cup poor quality or do not have good generation of cover also can neither damage with the charger unit collision, smoothly through the corona operation.
Claims (6)
1. four electrode corona deozonize environmental protecting devices of a curved surface printing machine is characterized in that comprising Programmable Logic Controller, first charger unit and second charger unit, the metal discharge utmost point, electrode insulation supporting seat, high-voltage line, air blast, tracheae and outside single electrode corona unit, inboard single electrode corona unit, bipolar electrode corona unit; Described outside single electrode corona unit is connected first charger unit (1) with the discharge electrode of inboard single electrode corona unit with high-voltage line; Two discharge electrodes of bipolar electrode corona unit are with high-voltage line second charger unit (2) that is electrically connected, first charger unit (1) and second charger unit (2) Programmable Logic Controller that is electrically connected separately; The installation site of described four discharge electrode corona units is that the right outside station that is positioned at the enterprising cup of 9 o'clock line station is installed outside single electrode corona unit; The outside was installed on the 12 o'clock line in two discharge electrodes of bipolar electrode corona unit divided, and inboard single electrode corona unit is installed in the inboard that is positioned at the other station in right side on the 12 o'clock line.
2. four electrode corona deozonize environmental protecting devices of curved surface printing machine according to claim 1; It is characterized in that the metal discharge utmost point be by three or four sheet metals be separated by some distances and two to three screw mandrel polyphones together with interlock circuit form can corona the metal discharge utmost point; Four discharge electrodes are installed in the air chamber of electrode insulation supporting seat; The electrode insulation supporting seat has to hold installs the space of discharge electrode down; And exhaust port connection tracheae is installed above side or top, tracheae connects the air entry of air blast.
3. four electrode corona deozonize environmental protecting devices of curved surface printing machine according to claim 1; The tail end of corona unit plug housing is fixed on the front upper place of electrode insulation supporting seat and connects tracheae in the back of this fixing point and connects air blast outside it is characterized in that in the single electrode corona unit of the outside; Outside single electrode fork and outside single electrode plug housing are equipped, and rear spring is contained in plug housing tail end and fixing spacing with limited screw to pin fixedly; Extremely just facing to the outside on the enterprising cup of 9 o'clock line station right side, outside corona unit bracing frame is fixed on the into top of glass worm drive casing to metal discharge.
4. four electrode corona deozonize environmental protecting devices of curved surface printing machine according to claim 1; The two cover metal discharge utmost points that it is characterized in that the bipolar electrode corona unit are separately fixed at two electrode insulation supporting seat the insides; Last the place ahead of electrode insulation supporting seat is provided with the screw mandrel of protrusion; The back of screw mandrel is that exhaust port connects tracheae to air blast; The screw mandrel nut head square connecting rod that is spirally connected, nut head square connecting rod through 4 bipolar electrode corona unit adjusting sliders with up and down each one be divided into two groups, the certain distance of dividing right and left is fixed in the connecting rod hole of slide block; Arrow type point and arrow spring base are clamped nut head square connecting rod, and the nut of square connecting rod upper end hangs the bipolar electrode corona unit under the cooperation of arrow type point and arrow spring base.
5. four electrode corona deozonize environmental protecting devices of curved surface printing machine according to claim 1; The two corona bracing frames that it is characterized in that the bipolar electrode corona unit are fixed on the flexography machine support through mast-up; Two corona bracing frames divide up and down to draw back four adjusting sliders certain distance according to the needs of printed article specification and to be divided into up and down two groups through two adjusting screw mandrels and screw togather four adjusting sliders, and two ends of regulating screw mandrel connect the wallboard at two corona bracing frame two ends.
6. four electrode corona deozonize environmental protecting devices of curved surface printing machine according to claim 1; The metal discharge that it is characterized in that inboard single electrode corona unit is extremely just facing to the inboard of printing station top station on the 3 o'clock line; Inboard single electrode fork connects inboard single electrode plug housing and is locked by pin; It is fixing spacing that the equipped limited screw of design its tail end of the place ahead plug housing on the side packs into spring, and be fastened on the stepping protractor with inboard single electrode bracing frame.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200718856U CN202106658U (en) | 2011-03-17 | 2011-03-17 | Four-electrode corona ozone-removing environmental-friendly device of curved surface printing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200718856U CN202106658U (en) | 2011-03-17 | 2011-03-17 | Four-electrode corona ozone-removing environmental-friendly device of curved surface printing machine |
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| CN202106658U true CN202106658U (en) | 2012-01-11 |
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| CN2011200718856U Expired - Lifetime CN202106658U (en) | 2011-03-17 | 2011-03-17 | Four-electrode corona ozone-removing environmental-friendly device of curved surface printing machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104550130A (en) * | 2013-10-21 | 2015-04-29 | 富士施乐株式会社 | Suction pipe, suction device, and image forming apparatus |
| CN111942015A (en) * | 2020-08-05 | 2020-11-17 | 上海弗列加滤清器有限公司 | Device for increasing surface tension of product |
-
2011
- 2011-03-17 CN CN2011200718856U patent/CN202106658U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104550130A (en) * | 2013-10-21 | 2015-04-29 | 富士施乐株式会社 | Suction pipe, suction device, and image forming apparatus |
| CN104550130B (en) * | 2013-10-21 | 2019-05-14 | 富士施乐株式会社 | Air intake duct, getter device and image forming apparatus |
| CN111942015A (en) * | 2020-08-05 | 2020-11-17 | 上海弗列加滤清器有限公司 | Device for increasing surface tension of product |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20120111 |