CN206430087U - A kind of corrugated paper production equipment steam drainage system - Google Patents
A kind of corrugated paper production equipment steam drainage system Download PDFInfo
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- CN206430087U CN206430087U CN201621475341.5U CN201621475341U CN206430087U CN 206430087 U CN206430087 U CN 206430087U CN 201621475341 U CN201621475341 U CN 201621475341U CN 206430087 U CN206430087 U CN 206430087U
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Abstract
The utility model belongs to package packing machine field, more particularly to a kind of corrugated paper production equipment steam drainage system, the technical problem to solve the production process of corrugated paper wasting of resources in the prior art.Including：Liquid level sensor is set in boiler, and boiler feed water mouthful is connected through the first stop valve with water supply line；Boiler venthole is connected with upper corrugated roller, lower corrugated roller, upper pre- hot-rolling and lower pre- hot-rolling venthole respectively through main feed header road and steam supply branch pipe(tube)；Upper corrugated roller, lower corrugated roller, upper pre- hot-rolling and lower pre- hot-rolling air intake front end are respectively provided with pressure sensor and pressure-regulating valve；Flash tank air intake is connected with upper corrugated roller and lower corrugated roller venthole, and flash tank venthole is connected with main feed header road；Flash tank leakage fluid dram, upper pre- hot-rolling venthole and lower pre- hot-rolling venthole are connected with drainage pipeline and water return pipeline respectively by temperature sensor and temperature control valve.Compared with prior art, the utility model reduces the wasting of resources, reduces production cost.
Description
Technical field
The utility model belongs to package packing machine field, more particularly to a kind of corrugated paper production equipment steam drainage system.
Background technology
In packed in cases industry, single watt of machine is widely used, and Corrugator roller is part important thereon.Fluting medium passes through corrugation
Roller heating rolling forms corrugated paper, then by applying glue bond formation single face corrugated board., must in the forming process of fluting medium
Need be by equipment such as pre- hot-rolling and Corrugator rollers, these equipment are in the course of the work, it is necessary to be heated, to ensure that body paper is molded
When the temperature that needs.Existing mode of heating is heated using steam, steam is passed through into roller inner chamber, the heat energy of steam is delivered to
Cylinder surface, the condensed water of formation is discharged in time, and saturated vapor is supplemented into roller in time.In the prior art, Corrugator roller and
What pre- hot-rolling etc. was passed through is all live steam, and the condensed water gone out from Corrugator roller and preheating roll row is also generally all directly to drain, this
Sample has resulted in the waste of resource.Because the condensate temperature discharged from Corrugator roller is higher, and pre- hot-rolling need not be too high
Temperature, the condensing hot air furnace that therefore, it can to discharge in Corrugator roller is directly used in pre- hot-rolling, reduces the waste of resource, reduction life
Produce cost.
The content of the invention
To solve the technical problem of the production process of corrugated paper wasting of resources in the prior art, the utility model provides a kind of watt
Stupefied paper producing apparatus steam drainage system, to reduce the wasting of resources, reduces production cost.
In order to solve the above technical problems, the utility model provides a kind of corrugated paper production equipment steam drainage system, including：
Liquid level sensor is set in boiler, and boiler feed water mouthful is connected through the first stop valve with water supply line；Boiler venthole
It is connected with main feed header road, the 3rd stop valve and the 4th stop valve is sequentially connected in series on main feed header road, the 3rd stop valve is placed in pot
Between stove and upper corrugated roller, between the 4th stop valve is placed on lower corrugated roller pre- hot-rolling therewith；First water return pipeline one end and boiler
Water inlet is connected, and junction is placed in the first stop valve rear end, and the first water return pipeline other end is through the 9th stop valve and drainage pipeline
Connection；The second stop valve and pump are sequentially connected in series on first water return pipeline, the second stop valve is close to boiler side；Second water return pipeline
Connected with the first water return pipeline, tie point is placed in the 9th stop valve front end；
First pressure sensor and first pressure regulating valve of the upper corrugated roller air intake through being sequentially connected in series on pipeline and pipeline
Connected with main feed header road, upper corrugated roller venthole is through the pump being sequentially connected in series on pipeline and pipeline, the first drain valve and the 5th section
Only valve is connected with the second water return pipeline；Second pressure sensor of the lower corrugated roller air intake through being sequentially connected in series on pipeline and pipeline with
Second pressure regulating valve is connected with main feed header road, pump of the lower corrugated roller venthole through being sequentially connected in series on pipeline and pipeline, second
Drain valve and the 6th stop valve are connected with the second water return pipeline；
Seventh stop valve, pump and upper corrugated roller venthole of the flash tank air intake through being sequentially connected in series on pipeline and pipeline connect
Logical, junction is placed between the first drain valve and the 5th stop valve；Flash tank air intake is through being sequentially connected in series on pipeline and pipeline
7th stop valve, pump are connected with lower corrugated roller venthole, and junction is placed between the second drain valve and the 6th stop valve；Flash tank
Eightth stop valve of the venthole through being concatenated on pipeline and pipeline is connected with main feed header road, and tie point is placed in after the 4th stop valve
End；Threeth drain valve, first temperature sensor, first temperature control of the flash tank leakage fluid dram through being sequentially connected in series on pipeline and pipeline
Valve is connected with the second water return pipeline；Flash tank leakage fluid dram is connected through second temperature control valve with drainage pipeline, second temperature control
Valve front end is placed between the first temperature sensor and the first temperature control valve；
Upper threeth pressure sensor and threeth pressure-regulating valve of the pre- hot-rolling air intake through being sequentially connected in series on pipeline and pipeline
Connected with main feed header road；Fourth drain valve of the upper pre- hot-rolling venthole through being sequentially connected in series on pipeline and pipeline, second temperature are passed
Sensor, the 3rd temperature control valve are connected with the second water return pipeline；Upper pre- hot-rolling venthole is through the 4th temperature control valve and drainpipe
Road is connected, and the 4th temperature control valve front end is placed between second temperature sensor and the 3rd temperature control valve；Under pre- hot-rolling enter vapour
Fourth pressure sensor and fourth pressure-regulating valve of the mouth through being sequentially connected in series on pipeline and pipeline are connected with main feed header road；It is lower pre-
Fiveth drain valve, three-temperature sensor and fiveth temperature control valve of the hot-rolling venthole through being sequentially connected in series on pipeline and pipeline with
Second water return pipeline is connected；Under pre- hot-rolling venthole connected through the 6th temperature control valve with drainage pipeline, the 6th temperature control valve
Front end is placed between three-temperature sensor and the 5th temperature control valve；
Controller, liquid level sensor is connected with the first stop valve by controller, the value that controller passes through liquid level sensor
Control the switch of the first stop valve；First pressure sensor is connected with first pressure regulating valve by controller, and controller passes through
The size that the value control first pressure regulating valve of first pressure sensor is opened；Second pressure sensor and second pressure regulating valve
Connected by controller, controller controls the size that second pressure regulating valve is opened by the value of second pressure sensor；First
Temperature sensor is connected with the first temperature control valve, second temperature control valve respectively by controller, and controller passes through the first temperature
The value for spending sensor controls the first temperature control valve and the switch of second temperature control valve；3rd pressure sensor and the 3rd pressure
Regulating valve is connected by controller, and controller controls the big of the 3rd pressure-regulating valve unlatching by the value of the 3rd pressure sensor
It is small；Second temperature sensor is connected with the 3rd temperature control valve, the 4th temperature control valve respectively by controller, and controller passes through
The value of second temperature sensor controls the switch of the 3rd temperature control valve and the 4th temperature control valve；4th pressure sensor and
Four pressure-regulating valves are connected by controller, and controller controls the 4th pressure-regulating valve to open by the value of the 4th pressure sensor
Size；Three-temperature sensor is connected with the 5th temperature control valve, the 6th temperature control valve respectively by controller, controller
The switch of 5th temperature control valve and the 6th temperature control valve is controlled by the value of three-temperature sensor.
Preferably, on the first drain valve, the second drain valve, the 3rd drain valve, the 4th drain valve and the 5th drain valve simultaneously
Connection sets stop valve.
The beneficial effect of the utility model compared with prior art is：
Compared with the way in the prior art directly draining condensed water, the condensation that the utility model will be discharged from Corrugator roller
Water Sproading, is directly used in the relatively low pre- hot-rolling of operating temperature, and the water for further going out flash tank and preheating roll row is according to temperature
Discharged at lower temperature is carried out, high temperature reclaims the setting utilized into boiler, reduces the wasting of resources, reduces production cost.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Description of reference numerals：1 boiler；11 liquid level sensors；12 first stop valves；13 second stop valves；14 the 3rd cut-offs
Valve；15 the 4th stop valves；16 the 9th stop valves；2 upper corrugated rollers；21 first pressure regulating valves；22 first pressure sensors；23
One drain valve；24 the 5th stop valves；3 lower corrugated rollers；31 second pressure regulating valves；32 second pressure sensors；33 second is hydrophobic
Valve；34 the 6th stop valves；4 flash tanks；41 the 7th stop valves；42 the 8th stop valves；43 the 3rd drain valves；44 first TEMPs
Device；45 first temperature control valves；46 second temperature control valves；Pre- hot-rolling on 5；51 the 3rd pressure-regulating valves；52 the 3rd pressure are passed
Sensor；53 the 4th drain valves；54 second temperature sensors；55 the 3rd temperature control valves；56 the 4th temperature control valves；6 times preheatings
Roller；61 the 4th pressure-regulating valves；62 the 4th pressure sensors；63 the 5th drain valves；64 three-temperature sensors；65 the 5th temperature
Control valve；66 the 6th temperature control valves；7 main feed header roads；8 first water return pipelines；81 second water return pipelines；9 drainage pipelines；10
Water supply line.
Embodiment
Below in conjunction with the accompanying drawings, the utility model is described in detail with specific embodiment.
As shown in fig.1, corrugated paper production equipment steam drainage system, including：
Liquid level sensor 11 is set in boiler 1, and the water inlet of boiler 1 is connected through the first stop valve 12 with water supply line 10；Pot
The venthole of stove 1 is connected with main feed header road 7, and the 3rd stop valve 14 and the 4th stop valve 15 are sequentially connected in series on main feed header road 7, the
Three stop valves 14 are placed between boiler 1 and upper corrugated roller 2, the 4th stop valve be placed on lower corrugated roller 3 pre- hot-rolling 5 and between；The
The one end of one water return pipeline 8 is connected with the water inlet of boiler 1, and junction is placed in the rear end of the first stop valve 12, and the first water return pipeline 8 is another
End is connected through the 9th stop valve 16 with drainage pipeline 9；The second stop valve 13 and pump, second are sequentially connected in series on first water return pipeline 8
Stop valve 13 is close to the side of boiler 1；Second water return pipeline 81 is connected with the first water return pipeline 8, and tie point is placed in the 9th stop valve
16 front ends；
First pressure sensor 22 and first pressure regulation of the air intake of upper corrugated roller 2 through being sequentially connected in series on pipeline and pipeline
Valve 21 is connected with main feed header road 7, pump of the venthole of upper corrugated roller 2 through being sequentially connected in series on pipeline and pipeline, the first drain valve 23
Connected with the 5th stop valve 24 with the second water return pipeline 81；The air intake of lower corrugated roller 3 through being sequentially connected in series on pipeline and pipeline
Two pressure sensors 32 are connected with second pressure regulating valve 31 with main feed header road 7, and the venthole of lower corrugated roller 3 is through pipeline and pipeline
On the pump, the second drain valve 33 and the 6th stop valve 34 that are sequentially connected in series connected with the second water return pipeline 81；During normal work, the 5th
The stop valve 34 of stop valve 24 and the 6th is closed, when the hypervolia of flash tank 4 or flash tank can not work, and the 5th
The stop valve 34 of stop valve 24 and the 6th is opened, and the condensed water that upper corrugated roller 2 and lower corrugated roller 3 are discharged is reclaimed into pot through water return pipeline
Stove 1.The temperature of Corrugator roller is linear with steam pressure, therefore, it can by controlling the pressure of steam to control Corrugator roller
Operating temperature.
Seventh stop valve 41, pump and upper corrugated roller 2 venthole of the air intake of flash tank 4 through being sequentially connected in series on pipeline and pipeline
Connection, junction is placed between the first drain valve 23 and the 5th stop valve 24；The air intake of flash tank 4 through on pipeline and pipeline successively
The 7th stop valve 41, the pump of concatenation are connected with the venthole of lower corrugated roller 3, and junction is placed in the second drain valve 33 and the 6th stop valve
Between 34；Eightth stop valve 42 of the venthole of flash tank 4 through being concatenated on pipeline and pipeline is connected with main feed header road 7, tie point
It is placed in the rear end of the 4th stop valve 15；Threeth drain valve 43, first temperature of the leakage fluid dram of flash tank 4 through being sequentially connected in series on pipeline and pipeline
Degree sensor 44, the first temperature control valve 45 are connected with the second water return pipeline 81；The leakage fluid dram of flash tank 4 is through second temperature control valve
46 connect with drainage pipeline 9, and the front end of second temperature control valve 46 is placed in the first temperature sensor 44 and the first temperature control valve 45
Between；
Threeth pressure sensor 52 and threeth pressure regulation of the upper pre- air intake of hot-rolling 5 through being sequentially connected in series on pipeline and pipeline
Valve 51 is connected with main feed header road 7；Upper fourth drain valve 53 of the pre- venthole of hot-rolling 5 through being sequentially connected in series on pipeline and pipeline, the
Two temperature sensors 54, the 3rd temperature control valve 55 are connected with the second water return pipeline 81；The upper pre- venthole of hot-rolling 5 is through the 4th temperature
Control valve 56 is connected with drainage pipeline 9, and the front end of the 4th temperature control valve 56 is placed in the temperature control of second temperature sensor 54 and the 3rd
Between valve 55 processed；Under fourth pressure sensor 62 and fourth pressure of the pre- air intake of hot-rolling 6 through being sequentially connected in series on pipeline and pipeline
Regulating valve 61 is connected with main feed header road 7；Under fiveth drain valve of the pre- venthole of hot-rolling 6 through being sequentially connected in series on pipeline and pipeline
63rd, the temperature control valve 65 of three-temperature sensor 64 and the 5th is connected with the second water return pipeline 81；Under the pre- venthole of hot-rolling 6 through
Six temperature control valves 66 are connected with drainage pipeline 9, and the front end of the 6th temperature control valve 66 is placed in three-temperature sensor 64 and the 5th
Between temperature control valve 65；
Controller, not shown in figure, liquid level sensor 11 is connected with the first stop valve 12 by controller, and controller passes through
The value of liquid level sensor 11 controls the switch of the first stop valve 12, is less than when liquid level sensor 11 detects the water level in boiler 1
During setting value, controller opens the first stop valve 12, is added water by water supply line 10 to boiler；First pressure sensor 22 and
One pressure-regulating valve 21 is connected by controller, and controller controls first pressure regulating valve by the value of first pressure sensor 21
21 sizes opened；Second pressure sensor 32 is connected with second pressure regulating valve 31 by controller, and controller passes through second
The size that the value control second pressure regulating valve 31 of pressure sensor 32 is opened；First temperature sensor 44 is distinguished by controller
Connected with the first temperature control valve 45, second temperature control valve 46, controller passes through the value of the first temperature sensor 44 control the
The switch of one temperature control valve 45 and second temperature control valve 46；Because less than 80 DEG C condensed water water quality iron ion contents are too high,
It should not reclaim into boiler 1, therefore, it should discharge, so, when the first temperature sensor 44 detects water temperature for more than 80 DEG C
When, controller opens the first temperature control valve 45, and the Water Sproading that flash tank 4 is discharged enters boiler re-using；When the first temperature is passed
Sensor 44 detect water temperature for less than 80 DEG C when, controller opens second temperature control valve 46, and the water of the discharge of flash tank 4 is through draining
Pipeline 9 is drained；3rd pressure sensor 52 is connected with the 3rd pressure-regulating valve 51 by controller, and controller passes through the 3rd pressure
The value of sensor 52 controls the size that the 3rd pressure-regulating valve 51 is opened；Second temperature sensor 54 is by controller respectively with
Three temperature control valves 55, the 4th temperature control valve 56 are connected, the temperature of value control the 3rd that controller passes through second temperature sensor 54
The switch of the temperature control valve 56 of control valve 55 and the 4th is spent, the temperature control of second temperature sensor 54 is set and the first temperature sensor
44 temperature control sets identical；4th pressure sensor 62 is connected with the 4th pressure-regulating valve 61 by controller, and controller passes through
The value of 4th pressure sensor 62 controls the size that the 4th pressure-regulating valve 61 is opened；Three-temperature sensor 64 passes through controller
Connected respectively with the 5th temperature control valve 65, the 6th temperature control valve 66, the value control that controller passes through three-temperature sensor 64
The switch of the 5th temperature control valve 65 and the 6th temperature control valve 66 is made, the temperature control of three-temperature sensor 64 is set and the first temperature
The temperature control for spending sensor 44 sets identical.
As shown in fig.1, the first drain valve 23, the second drain valve 33, the 3rd drain valve 43, the 4th drain valve 53 and the 5th
Stop valve is arranged in parallel on drain valve 63.
In summary, compared with the way in the prior art directly draining condensed water, embodiment of the present utility model will
The condensing hot air furnace discharged from Corrugator roller, is directly used in the relatively low pre- hot-rolling of operating temperature, and further by flash tank and preheating
The water that roll row goes out carries out discharged at lower temperature according to temperature, and high temperature reclaims the setting utilized into boiler, reduces the wasting of resources, reduces
Production cost.
Obviously, those skilled in the art can carry out various changes and modification without departing from this practicality to the utility model
New spirit and scope.So, if these modifications and variations of the present utility model belong to the utility model claim and
Within the scope of its equivalent technologies, then the utility model is also intended to comprising including these changes and modification.
Claims (2)
1. a kind of corrugated paper production equipment steam drainage system, it is characterised in that including：
Liquid level sensor (11) is set in boiler (1), and boiler (1) water inlet connects through the first stop valve (12) and water supply line (10)
Connect；Boiler (1) venthole is connected with main feed header road (7), and the 3rd stop valve (14) and the is sequentially connected in series on main feed header road (7)
Four stop valves (15), the 3rd stop valve (14) is placed between boiler (1) and upper corrugated roller (2), and the 4th stop valve is placed in lower corrugation
On roller (3) pre- hot-rolling (5) and between；First water return pipeline (8) one end is connected with boiler (1) water inlet, and junction is placed in first
Stop valve (12) rear end, the first water return pipeline (8) other end is connected through the 9th stop valve (16) with drainage pipeline (9)；First time
The second stop valve (13) and pump are sequentially connected in series on waterpipe (8), the second stop valve (13) is close to boiler (1) side；Second backwater
Pipeline (81) is connected with the first water return pipeline (8), and tie point is placed in the 9th stop valve (16) front end；
First pressure sensor (22) and first pressure regulation of upper corrugated roller (2) air intake through being sequentially connected in series on pipeline and pipeline
Valve (21) is connected with main feed header road (7), and pump of upper corrugated roller (2) venthole through being sequentially connected in series on pipeline and pipeline, first are dredged
Water valve (23) and the 5th stop valve (24) are connected with the second water return pipeline (81)；Lower corrugated roller (3) air intake is through pipeline and pipeline
On the second pressure sensor (32) that is sequentially connected in series connected with second pressure regulating valve (31) with main feed header road (7), lower corrugation
Pump of roller (3) venthole through being sequentially connected in series on pipeline and pipeline, the second drain valve (33) and the 6th stop valve (34) with second time
Waterpipe (81) is connected；
Seventh stop valve (41), pump and upper corrugated roller (2) of flash tank (4) air intake through being sequentially connected in series on pipeline and pipeline go out vapour
Mouth connection, junction is placed between the first drain valve (23) and the 5th stop valve (24)；Flash tank (4) air intake is through pipeline and pipe
The 7th stop valve (41), the pump being sequentially connected in series on road are connected with lower corrugated roller (3) venthole, and junction is placed in the second drain valve
(33) between the 6th stop valve (34)；Eightth stop valve (42) of flash tank (4) venthole through being concatenated on pipeline and pipeline with
Main feed header road (7) is connected, and tie point is placed in the 4th stop valve (15) rear end；Flash tank (4) leakage fluid dram is through on pipeline and pipeline
The 3rd drain valve (43), the first temperature sensor (44), the first temperature control valve (45) and the second water return pipeline being sequentially connected in series
(81) connect；Flash tank (4) leakage fluid dram is connected through second temperature control valve (46) with drainage pipeline (9), second temperature control valve
(46) front end is placed between the first temperature sensor (44) and the first temperature control valve (45)；
Threeth pressure sensor (52) and threeth pressure regulation of upper pre- hot-rolling (5) air intake through being sequentially connected in series on pipeline and pipeline
Valve (51) is connected with main feed header road (7)；Upper pre- fourth drain valve of hot-rolling (5) venthole through being sequentially connected in series on pipeline and pipeline
(53), second temperature sensor (54), the 3rd temperature control valve (55) are connected with the second water return pipeline (81)；Upper pre- hot-rolling (5)
Venthole is connected through the 4th temperature control valve (56) with drainage pipeline (9), and the 4th temperature control valve (56) front end is placed in the second temperature
Spend between sensor (54) and the 3rd temperature control valve (55)；Under pre- hot-rolling (6) air intake through being sequentially connected in series on pipeline and pipeline
The 4th pressure sensor (62) and the 4th pressure-regulating valve (61) connected with main feed header road (7)；Under pre- hot-rolling (6) venthole
The 5th drain valve (63), three-temperature sensor (64) and the 5th temperature control valve (65) through being sequentially connected in series on pipeline and pipeline
Connected with the second water return pipeline (81)；Under pre- hot-rolling (6) venthole through the 6th temperature control valve (66) and drainage pipeline (9) even
Logical, the 6th temperature control valve (66) front end is placed between three-temperature sensor (64) and the 5th temperature control valve (65)；
Controller, liquid level sensor (11) is connected with the first stop valve (12) by controller, and controller passes through liquid level sensor
(11) value controls the switch of the first stop valve (12)；First pressure sensor (22) passes through control with first pressure regulating valve (21)
Device connection processed, controller controls the size that first pressure regulating valve (21) is opened by the value of first pressure sensor (21)；The
Two pressure sensors (32) are connected with second pressure regulating valve (31) by controller, and controller passes through second pressure sensor
(32) size that value control second pressure regulating valve (31) is opened；First temperature sensor (44) is by controller respectively with
One temperature control valve (45), second temperature control valve (46) connection, controller are controlled by the value of the first temperature sensor (44)
The switch of first temperature control valve (45) and second temperature control valve (46)；3rd pressure sensor (52) is adjusted with the 3rd pressure
Valve (51) is connected by controller, and controller controls the 3rd pressure-regulating valve (51) to open by the value of the 3rd pressure sensor (52)
The size opened；Second temperature sensor (54) by controller respectively with the 3rd temperature control valve (55), the 4th temperature control valve
(56) connect, controller controls the 3rd temperature control valve (55) and the 4th temperature control by the value of second temperature sensor (54)
The switch of valve (56)；4th pressure sensor (62) is connected with the 4th pressure-regulating valve (61) by controller, and controller passes through
The value of 4th pressure sensor (62) controls the size that the 4th pressure-regulating valve (61) is opened；Three-temperature sensor (64) passes through
Controller is connected with the 5th temperature control valve (65), the 6th temperature control valve (66) respectively, and controller passes through the 3rd TEMP
The value of device (64) controls the switch of the 5th temperature control valve (65) and the 6th temperature control valve (66).
2. corrugated paper production equipment steam drainage system as claimed in claim 1, it is characterised in that including：First drain valve
(23), the second drain valve (33), the 3rd drain valve (43), the 4th drain valve (53) on the 5th drain valve (63) with being arranged in parallel
Stop valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621475341.5U CN206430087U (en) | 2016-12-30 | 2016-12-30 | A kind of corrugated paper production equipment steam drainage system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621475341.5U CN206430087U (en) | 2016-12-30 | 2016-12-30 | A kind of corrugated paper production equipment steam drainage system |
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| Publication Number | Publication Date |
|---|---|
| CN206430087U true CN206430087U (en) | 2017-08-22 |
Family
ID=59585704
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621475341.5U Active CN206430087U (en) | 2016-12-30 | 2016-12-30 | A kind of corrugated paper production equipment steam drainage system |
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| Country | Link |
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| CN (1) | CN206430087U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107718720A (en) * | 2017-10-17 | 2018-02-23 | 国网江苏省电力公司盐城供电公司 | A kind of steam corrugation unit that can realize centralized dispatching |
| CN107839300A (en) * | 2017-10-17 | 2018-03-27 | 国网江苏省电力公司盐城供电公司 | A kind of centralized dispatching system of steam corrugation unit |
-
2016
- 2016-12-30 CN CN201621475341.5U patent/CN206430087U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107718720A (en) * | 2017-10-17 | 2018-02-23 | 国网江苏省电力公司盐城供电公司 | A kind of steam corrugation unit that can realize centralized dispatching |
| CN107839300A (en) * | 2017-10-17 | 2018-03-27 | 国网江苏省电力公司盐城供电公司 | A kind of centralized dispatching system of steam corrugation unit |
| CN107718720B (en) * | 2017-10-17 | 2023-11-24 | 国网江苏省电力公司盐城供电公司 | Steam corrugating machine unit capable of realizing centralized dispatching |
| CN107839300B (en) * | 2017-10-17 | 2023-12-22 | 国网江苏省电力公司盐城供电公司 | Centralized scheduling system of steam corrugating machine set |
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