CN201512717U - Fine control system of medium consistency disk mill - Google Patents
Fine control system of medium consistency disk mill Download PDFInfo
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- CN201512717U CN201512717U CN2009201945243U CN200920194524U CN201512717U CN 201512717 U CN201512717 U CN 201512717U CN 2009201945243 U CN2009201945243 U CN 2009201945243U CN 200920194524 U CN200920194524 U CN 200920194524U CN 201512717 U CN201512717 U CN 201512717U
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- fine setting
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Abstract
The utility model provides a fine control system of a medium consistency disk mill, which comprises a temperature monitoring module, an equipment operating module as well as a beating quality controlling module, a current detecting module, a displacement controlling module, a fine control servo controlling module, and a feeding and relieving cutter controlling module which are connected sequentially, wherein the output end of the temperature monitoring module is connected with the equipment operating module and the feeding and relieving cutter controlling module respectively, and the output end of the feeding and relieving cutter controlling module is connected externally with the hydraulic device and the end face actuating device of the disk mill respectively. The utility model realizes the automatic control of the beating of the disk mill, thereby reducing manual operation, and improving the adjusting precision of the intervals between disk components as well as the beating quality and efficiency.
Description
Technical field
The utility model relates to the disc mill technical field, dense disc mill fine setting control system in particularly a kind of.
Background technology
Disc mill is the capital equipment that paper industry carries out pulp beating, the main beating process of existing disc mill making beating has low consistency pulping, medium consistency refining and high consistency beating, the beating consistency of usually low consistency pulping is about 3～4%, the beating consistency of medium consistency refining is between 6～15%, the beating consistency of high consistency beating is more than 20%, because the difference of slurry concentration, basic variation can take place in the flow behavior of slurry, and therefore the technical process control to making beating also just has different requirements with the control of disc mill equipment.
Current papermaking enterprise uses more traditional low consistency pulping technology that remains, and adopting more beating equipment is the double plate mill, because service time is long, use experience is abundanter, and control technology is also perfect day by day, but low consistency pulping is more to fibre cutting.Existing research and production use practice to show; medium consistency refining can the better protect fibre length; high efficiency realization simultaneously is to making beating effects such as the branch silk of fiber, brooming; thereby reduced beating energy consumption significantly; therefore, increasing papermaking enterprise begins to adopt medium consistency refining technology and medium consistency refining equipment.But; existing medium consistency refining is not also realized control automatically; the control of its technical process and the control of equipment working state are mainly finished by manually-operated; especially the spacing of disc mill upper millstone; also can only regulate by manually-operated; this just needs operating personnel that abundant operating experience is arranged; and paper industry is a large-scale production enterprise; only rely on manually-operated; often cause the instability of production, the quality of product is caused very big fluctuation, and the waste electric energy; under the serious situation, even can't carry out ordinary production.
The utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, provide a kind of produce stable, mill spacing degree of regulation height, beating results good in dense disc mill fine setting control system.
The utility model is achieved through the following technical solutions: dense disc mill fine setting control system in a kind of, comprise the monitoring temperature module, equipment operation monitoring module, the refining pulp quality control module, current detection module, the displacement control module, fine setting SERVO CONTROL module and advance and retreat cutter control module, the input external temperature sensor of monitoring temperature module wherein, the output of monitoring temperature module is connected with advance and retreat cutter control module with equipment operation monitoring module respectively, the refining pulp quality control module, current detection module, the displacement control module, fine setting SERVO CONTROL module is connected successively with advance and retreat cutter control module, and the output of advance and retreat cutter control module is the hydraulic means and the end face transmission device of external disc mill respectively; The also external position sensor of the input of displacement control module, the input of current detection module is the external impressed current sensor also.
Described end face transmission device comprises chuck, end-face helical spare, angular wheel and motor, wherein chuck is installed on the disc mill main shaft that is connected with the mill assembly, end-face helical spare is located at chuck inside, angular wheel is located at the chuck side and is connected with end-face helical spare, and the motor of being located at the angular wheel end is connected with the advance and retreat cutter control module of fine setting control system.
Described chuck comprises chuck pedestal and the wedge pawl card of being located on the chuck pedestal; The end-face helical of described end-face helical spare is vortex-like line; Described mill assembly comprises with the movable grinding disc and the static cutting disk that are located on the disc mill main shaft.
Described temperature sensor is located on the disc mill main shaft bearing, and described position sensor is located on the movable grinding disc or static cutting disk of disc mill, and described current sensor is located on the bearing block.
Described fine setting control system can adopt PLC control system or DCS control system.
When dense disc mill fine setting control system is used in of the present utility model, detect the disc mill main shaft bearing temperature of whole trim process, guarantee its temperature in the normal working temperature scope of bearing, realize protection system by the monitoring temperature module; The operating current of disc mill is by setting in the refining pulp quality control module, the current monitoring module detects the real-time current value and compares with setting value then, both differences are flowed to the displacement control module, realize the adjustment of disc mill refining plate interval, thereby the work that realizes disc mill reaches setting value; Fine setting SERVO CONTROL module is calculated in conjunction with the data that displacement control module and current detection module obtain, and result of calculation flowed to advance and retreat cutter control module, by advance and retreat cutter control module control hydraulic means and the action of end face transmission device, thereby realization is to the adjusting of spacing between movable grinding disc and the static cutting disk.
Can realize dense disc mill fine setting control method in a kind of according to said system, may further comprise the steps:
(1) start-up system, monitoring temperature module begin to detect in real time the bearing temperature on the disc mill main shaft, and data are flowed to equipment operation monitoring module, by equipment operation monitoring module the course of work of disc mill are monitored;
(2) the target current value of difference input disc grinding machine work and the target distance value between movable grinding disc and the static cutting disk, the target current value is preserved by refining pulp quality control module record, and the target distance value is preserved by fine setting SERVO CONTROL module records;
(3) operating current of current detection module real-time collecting disc mill, then real-time working current value and the target current value that obtains compared, and both differences are flowed to the displacement control module, the simultaneous displacement control module begins to detect the spacing between movable grinding disc and the static cutting disk, then the initial separation value that obtains is flowed to fine setting SERVO CONTROL module;
(4) the movable grinding disc axial displacement of fine setting SERVO CONTROL module calculating dial grinding machine and flow to advance and retreat cutter control module;
(5) advance and retreat cutter control module is calculated the motor speed of electromagnetic valve switch direction, switch time and the end face transmission device of hydraulic means, and control panel grinding machine main shaft drive movable grinding disc moves axially then.
Monitoring temperature module described in the step (1) realizes by the temperature sensor of being located on the disc mill main shaft bearing the monitoring of bearing temperature; When detected real time temperature in the temperature range of disc mill operate as normal, system normally moves; When detected real time temperature exceeded the temperature range of disc mill operate as normal, equipment operation monitoring module controls system alarm, control panel grinding machine were shut down or the cooling device of control panel grinding machine directly cools off.
Current detection module is realized by current sensor the detection of disc mill real-time working current value described in the step (3); Described displacement control module realizes by position sensor the detection of initial separation value.
The SERVO CONTROL of fine setting described in the step (4) module is specific as follows to the calculating of movable grinding disc axial displacement:
Utilize the rotation number of turns of encoder record electric machine main shaft, tabling look-up then draws the sound mill distance values that electric machine main shaft rotates number of turns correspondence, then the sound mill distance values and the initial separation value that obtain is subtracted each other, and obtains the movable grinding disc axial displacement.
Described step (5) is specially:
(5-1) advance and retreat cutter control module is calculated the motor revolution of end face transmission device simultaneously according to the switch direction and the switch time of electromagnetic valve in the movable grinding disc axial displacement calculating dial grinding machine hydraulic means that obtains;
The wedge pawl card motion of motor rotating band moved end face transmission device is controlled in (5-2) the piston motion of the switch drive oil cylinder of electromagnetic valve in the advance and retreat cutter control module control hydraulic means simultaneously;
(5-3) rotation of the motion of oil cylinder piston and motor drives the disc mill main shaft simultaneously and moves axially the axial displacement of realization movable grinding disc.
Compared with prior art, the utlity model has following beneficial effect:
1, dense disc mill fine setting control system has realized the automatic control to the disc mill making beating in of the present utility model, changed existing in dense disc mill making beating can only manually operated situation, reduce manually-operated, improved the degree of regulation of blade span in the disc mill, make pulping process stable, improve refining pulp quality, also improved making beating efficient greatly.
2, dense disc mill fine setting control system in of the present utility model,, also realized making electric energy obtain optimum allocation to the self-regulating while of mill spacing in realization to the automatic adjusting of system works electric current in the pulping process, reduce waste of electric energy, can realize energy-conservation about 5%.
3, be provided with the monitoring temperature module in the dense disc mill fine setting control system in of the present utility model, can the temperature of disc mill main shaft bearing in system's running be detected in real time, guarantee the normal operation of system, improve the self-protection performance of system.
Description of drawings
Fig. 1 is the structural representation that inner each module of control system of the present utility model connects.
Fig. 2 is that control system of the present utility model is installed on the structural representation on the disc mill.
Fig. 3 is the structural representation of end face screw device on disc mill in the utility model.
Fig. 4 is the structural representation of the end-face helical device of translator not in the utility model.
Fig. 5 is the apparatus structure cutaway view of Fig. 4.
The specific embodiment
Below in conjunction with embodiment and accompanying drawing, the utility model is described in further detail, but embodiment of the present utility model is not limited thereto.
Embodiment
Dense disc mill fine setting control system during present embodiment is a kind of, as shown in Figure 1, comprise the monitoring temperature module, equipment operation monitoring module, the refining pulp quality control module, current detection module, the displacement control module, fine setting SERVO CONTROL module and advance and retreat cutter control module, the input external temperature sensor of monitoring temperature module wherein, the output of monitoring temperature module is connected with advance and retreat cutter control module with equipment operation monitoring module respectively, the refining pulp quality control module, current detection module, the displacement control module, fine setting SERVO CONTROL module is connected successively with advance and retreat cutter control module, and the output of advance and retreat cutter control module is the hydraulic means and the end face transmission device of external disc mill respectively; The also external position sensor of the input of displacement control module, the input of current detection module is the external impressed current sensor also.When this system was installed on the disc mill, its structure as shown in Figure 2.
In the above system, the end face transmission device comprises chuck 1, end-face helical spare 2, angular wheel 3 and motor 4 as shown in Figure 3; As shown in Figure 2, wherein chuck 1 is installed on the disc mill main shaft 5 that is connected with the mill assembly; As shown in Figure 5, end-face helical spare 2 is located at chuck 1 inside, and angular wheel 3 is located at chuck 1 side and is connected with end-face helical spare 2, and the motor 4 of being located at angular wheel 3 ends is connected with the advance and retreat cutter control module of fine setting control system.As shown in Figure 4, chuck 1 comprises chuck pedestal 6 and the wedge pawl card of being located on the chuck pedestal 67, and the end-face helical of end-face helical spare 2 is vortex-like line; The mill assembly comprises with the movable grinding disc 8 and the static cutting disk 9 that are located on the disc mill main shaft.
Temperature sensor is located on the bearing 10 of disc mill main shaft 5, and position sensor is located on the movable grinding disc 8 or static cutting disk 9 of disc mill, and current sensor is located on the bearing block of bearing 10; The fine setting control system of present embodiment can adopt PLC control system or DCS control system.
When dense disc mill fine setting control system is used in the present embodiment, detect disc mill main shaft bearing 10 temperature of whole trim process, guarantee its temperature in the normal working temperature scope of bearing, realize protection system by the monitoring temperature module; The operating current of disc mill is by setting in the refining pulp quality control module, the current monitoring module detects the real-time current value and compares with setting value then, both differences are flowed to the displacement control module, realize the adjustment of disc mill refining plate interval, thereby the work that realizes disc mill reaches setting value; Fine setting SERVO CONTROL module is calculated in conjunction with the data that displacement control module and current detection module obtain, and result of calculation flowed to advance and retreat cutter control module, by advance and retreat cutter control module control hydraulic means and the action of end face transmission device, thereby realization is to the adjusting of spacing between movable grinding disc and the static cutting disk.
Can realize dense disc mill fine setting control method in a kind of according to said system, as shown in Figure 2, may further comprise the steps:
(1) start-up system, the monitoring temperature module begins to detect in real time the temperature of disc mill main shaft 5 upper bearing (metal)s 10, and data are flowed to equipment operation monitoring module, by equipment operation monitoring module the course of work of disc mill is monitored;
(2) the target current value of difference input disc grinding machine work and the target distance value between movable grinding disc and the static cutting disk, the target current value is preserved by refining pulp quality control module record, and the target distance value is preserved by fine setting SERVO CONTROL module records;
(3) operating current of current detection module real-time collecting disc mill, then real-time working current value and the target current value that obtains compared, and both differences are flowed to the displacement control module, the simultaneous displacement control module begins to detect the spacing between movable grinding disc 8 and the static cutting disk 9, then the initial separation value that obtains is flowed to fine setting SERVO CONTROL module;
(4) movable grinding disc 9 axial displacements of fine setting SERVO CONTROL module calculating dial grinding machine and flow to advance and retreat cutter control module;
(5) rotating speed of the motor 4 of electromagnetic valve 11 switch directions, switch time and the end face transmission device of advance and retreat cutter control module calculating hydraulic means, control panel grinding machine main shaft 5 drive movable grinding discs 8 move axially then.
The monitoring temperature module realizes by the temperature sensor of being located on the disc mill main shaft bearing the monitoring of bearing temperature in the step (1); When detected real time temperature in the temperature range of disc mill operate as normal, system normally moves; When detected real time temperature exceeded the temperature range of disc mill operate as normal, equipment operation monitoring module controls system alarm, control panel grinding machine were shut down or the cooling device of control panel grinding machine directly cools off.
Current detection module is realized by current sensor the detection of disc mill real-time working current value in the step (3); The displacement control module realizes by position sensor the detection of initial separation value.
Fine setting SERVO CONTROL module is specific as follows to the calculating of movable grinding disc 8 axial displacements in the step (4):
Utilize the rotation number of turns of encoder record electric machine main shaft, tabling look-up then draws the sound mill distance values that electric machine main shaft rotates number of turns correspondence, then the sound mill distance values and the initial separation value that obtain is subtracted each other, and obtains the movable grinding disc axial displacement.
Step (5) is specially:
(5-1) advance and retreat cutter control module is calculated the rotating speed of the motor 4 of end face transmission device simultaneously according to the switch direction and the switch time of electromagnetic valve 11 in the axial displacement calculating dial grinding machine hydraulic means of the movable grinding disc 8 that obtains;
(5-3) rotation of the motion of piston and motor 4 drives disc mill main shaft 5 simultaneously and moves axially the axial displacement of realization movable grinding disc 8 in the oil cylinder 12.
As mentioned above, just can realize the utility model preferably, the foregoing description is preferred embodiment of the present utility model only, is not to be used for limiting practical range of the present utility model; Be that all equalizations of being done according to the utility model content change and modification, all contained by the utility model claim scope required for protection.
Claims (5)
1. dense disc mill fine setting control system in, it is characterized in that, comprise the monitoring temperature module, equipment operation monitoring module, the refining pulp quality control module, current detection module, the displacement control module, fine setting SERVO CONTROL module and advance and retreat cutter control module, the input external temperature sensor of monitoring temperature module wherein, the output of monitoring temperature module is connected with advance and retreat cutter control module with equipment operation monitoring module respectively, the refining pulp quality control module, current detection module, the displacement control module, fine setting SERVO CONTROL module is connected successively with advance and retreat cutter control module, and the output of advance and retreat cutter control module is the hydraulic means and the end face transmission device of external disc mill respectively; The also external position sensor of the input of displacement control module, the input of current detection module is the external impressed current sensor also.
2. dense disc mill fine setting control system in according to claim 1, it is characterized in that, described end face transmission device comprises chuck, end-face helical spare, angular wheel and motor, wherein chuck is installed on the disc mill main shaft that is connected with the mill assembly, end-face helical spare is located at chuck inside, angular wheel is located at the chuck side and is connected with end-face helical spare, and the motor of being located at the angular wheel end is connected with the advance and retreat cutter control module of fine setting control system.
3. dense disc mill fine setting control system is characterized in that described chuck comprises chuck pedestal and the wedge pawl card of being located on the chuck pedestal in according to claim 2; The end-face helical of described end-face helical spare is vortex-like line; Described mill assembly comprises with the movable grinding disc and the static cutting disk that are located on the disc mill main shaft.
4. dense disc mill fine setting control system in according to claim 1, it is characterized in that, described temperature sensor is located on the disc mill main shaft bearing, and described position sensor is located on the movable grinding disc or static cutting disk of disc mill, and described current sensor is located on the bearing block.
5. dense disc mill fine setting control system is characterized in that described fine setting control system adopts PLC control system or DCS control system in according to claim 1.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201945243U CN201512717U (en) | 2009-09-11 | 2009-09-11 | Fine control system of medium consistency disk mill |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201945243U CN201512717U (en) | 2009-09-11 | 2009-09-11 | Fine control system of medium consistency disk mill |
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| Publication Number | Publication Date |
|---|---|
| CN201512717U true CN201512717U (en) | 2010-06-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201945243U Expired - Lifetime CN201512717U (en) | 2009-09-11 | 2009-09-11 | Fine control system of medium consistency disk mill |
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| CN (1) | CN201512717U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101654887B (en) * | 2009-09-11 | 2011-08-17 | 华南理工大学 | System and method for controlling medium consistency disc grinder in a fine tuning way |
| CN112169913A (en) * | 2020-10-12 | 2021-01-05 | 张宏悦 | Automatic adjustment method and system for grinding disc gap of disc grinder |
-
2009
- 2009-09-11 CN CN2009201945243U patent/CN201512717U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101654887B (en) * | 2009-09-11 | 2011-08-17 | 华南理工大学 | System and method for controlling medium consistency disc grinder in a fine tuning way |
| CN112169913A (en) * | 2020-10-12 | 2021-01-05 | 张宏悦 | Automatic adjustment method and system for grinding disc gap of disc grinder |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20100623 Effective date of abandoning: 20090911 |