CN202155242U - Energy-saving, environment-friendly and intelligent central dust collection and dry grinding system - Google Patents
Energy-saving, environment-friendly and intelligent central dust collection and dry grinding system Download PDFInfo
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- CN202155242U CN202155242U CN2011202294321U CN201120229432U CN202155242U CN 202155242 U CN202155242 U CN 202155242U CN 2011202294321 U CN2011202294321 U CN 2011202294321U CN 201120229432 U CN201120229432 U CN 201120229432U CN 202155242 U CN202155242 U CN 202155242U
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Abstract
The utility model discloses an energy-saving, environment-friendly and intelligent central dust collection and dry grinding system. The system comprises a dust sucking pipe, a collected dust processing device, a vacuum exhaust fan and at least one dry grinding structure, wherein the dry grinding structures pass the dust sucking pipe, the collected dust processing device and a pipeline in sequence and then are communicated with the vacuum exhaust fan; the system further comprises a controller, a frequency converter and at least one induction device; dust sucking openings which has the quantity same as that of the induction devices and are used for being communicated with the dry grinding structures are formed on the dust sucking pipe; a first electromagnetic valve is mounted on each dust sucking opening; the controller is respectively connected with the first electromagnetic valves; each first electromagnetic valve is matched with one induction device and one dry grinding structure to form a set of induction driving structure; and the dry grinding structures respectively pass the induction devices of the induction driving structures and then are connected with the vacuum exhaust fan through the controller and the frequency converter in sequence. The energy-saving, environment-friendly and intelligent central dust collection and dry grinding system is power-saving, energy-saving, and environment-friendly and is convenient to operate.
Description
Technical field
The utility model relates to a kind of control of dust dry grinding system, and more particularly, it relates to control of dust dry grinding system of a kind of energy-saving environment protection intelligent central authorities.
Background technology
Control of dust dry grinding equipment generally all is to come work by air exhauster.Yet,, therefore, be prone to cause a large amount of electric energy of waste and cause the machine works cost up owing to use a large amount of power of air exhauster need of work consumption.How to capture an above-mentioned difficult problem, become a big technical bottleneck.
The utility model content
The utility model technical problem to be solved provide a kind of can the power and energy saving, environmental protection, easy to operate control of dust dry grinding system of energy-saving environment protection intelligent central authorities.
In order to solve the problems of the technologies described above, the utility model has adopted following technical scheme:
The central control of dust dry grinding of a kind of energy-saving environment protection intelligent system, it comprises sweep-up pipe, control of dust treating apparatus, vacuum blower, at least one structure of dry grinding, the dry grinding structure is communicated with vacuum blower successively behind sweep-up pipe, control of dust treating apparatus, pipeline; It also comprises controller, frequency converter and at least one induction installation; On said sweep-up pipe, have the suction port that be used for identical with said induction installation quantity is communicated with the dry grinding structure; One first magnetic valve is installed on each suction port; Controller is connected respectively with above-mentioned each first magnetic valve, and each first magnetic valve matches and forms one group of induction Drive Structure with an induction installation, a dry grinding structure; Said dry grinding structure is connected with vacuum blower behind via controller, the frequency converter behind the induction installation of each induction Drive Structure respectively successively.
In the above-mentioned central control of dust dry grinding of a kind of energy-saving environment protection intelligent system; It also comprises tracheae, inlet box, second magnetic valve, little tube; On said tracheae, have and the identical air inlet of said induction installation quantity; On each air inlet, one of above-mentioned induction installation is installed; Be connected with corresponding dry grinding structure behind the transtracheal air inlet of said inlet box, said little tube is positioned at control of dust treating apparatus top and control of dust treating apparatus and little tube and is communicated with through a connected entrance, and said dry grinding structure is communicated with vacuum blower successively behind sweep-up pipe, control of dust treating apparatus, little tube, pipeline; In said little tube, an air cylinder structure is installed, said inlet box is successively through being communicated with the control of dust treating apparatus behind tracheae, second magnetic valve, the air cylinder structure.
In the above-mentioned central control of dust dry grinding of a kind of energy-saving environment protection intelligent system; Said control of dust treating apparatus comprises the control of dust tube, is contained in the interior filter core of control of dust tube, is contained in being used for and the friction tight clear dancing dervish rotation structure of filter core in the control of dust tube; Said little tube is to be positioned at the control of dust tube top of control of dust treating apparatus and to pass through said connected entrance to be communicated with the control of dust tube, below said control of dust tube, disposal box is housed; Said dry grinding structure is successively through being communicated with vacuum blower behind sweep-up pipe, control of dust tube, little tube, the pipeline; Said air cylinder structure comprises cylinder, is with the hollow piston axle of piston airflow orifice, is set in the piston body on the hollow piston axle; Said piston airflow orifice is positioned at the piston body top; The lower end of said piston body is connected with a lid, and a back-moving spring is located between lid and the control of dust tube and this back-moving spring is connected cooperation with lid; Said hollow piston axle stretches in the control of dust tube along connected entrance; Said clear dancing dervish rotation structure is sleeved on the hollow piston axle; Said inlet box is to be communicated with the clear dancing dervish rotation structure of control of dust treating apparatus behind the hollow piston axle through tracheae, second magnetic valve, air cylinder structure successively, on said clear dancing dervish rotation structure, offers several and gas is along inclined direction given vent to anger and drives the clear dirt airflow orifice that clear dancing dervish rotation structure rotates; Said lid and connected entrance tight fit; When the clear dirt of control of dust tube; The related back-moving spring of lid moves down to be sealed connected entrance and cuts off the path between vacuum blower, little tube, the control of dust tube; When the dust suction of control of dust tube, back-moving spring resets and moves on the related lid and open the path between vacuum blower, little tube, the control of dust tube.
In the above-mentioned central control of dust dry grinding of a kind of energy-saving environment protection intelligent system, be provided with check-valves with the position that is communicated with of sweep-up pipe at said control of dust tube.
In the above-mentioned central control of dust dry grinding of a kind of energy-saving environment protection intelligent system; The position that a limited block and this limited block are installed on said hollow piston axle is lower than the connected entrance position slightly; Said back-moving spring upper end is connected with lid, and this back-moving spring lower end is connected with limited block.
In control of dust dry grinding system of above-mentioned a kind of energy-saving environment protection intelligent central authorities, said filter core upper end is close to and is connected control of dust tube top, and said filter core lower end and hollow piston axle bottom are fastenedly connected through a handwheel.
Said filter core is that barrel shape filter core and clear dancing dervish rotation structure are positioned at the barrel shape filter core; The dust collection is housed in said disposal box receives bag.
In control of dust dry grinding system of above-mentioned a kind of energy-saving environment protection intelligent central authorities, on said each suction port a pneumatic ball valve is being installed also and said dry grinding structure is communicated with vacuum blower successively again behind suction port, first magnetic valve, pneumatic ball valve, sweep-up pipe, control of dust treating apparatus, pipeline.
In the above-mentioned central control of dust dry grinding of a kind of energy-saving environment protection intelligent system, said dry grinding structure is pneumatic dry grinding structure, and said induction installation is a pneumatic sensor.
In the above-mentioned central control of dust dry grinding of a kind of energy-saving environment protection intelligent system, said dry grinding structure is electronic dry grinding structure, and said induction installation is current sensor or induction by current sense switch.
The utility model is owing to having adopted said structure, so it has following beneficial effect:
(1) after any dry grinding structure action; Corresponding induction installation is passed to controller to the information of sensing; Then, controller controls the corresponding first magnetic valve unlatching work according to pre-set programs and controller transmission signal is given frequency converter, and frequency converter makes vacuum blower work under preset power according to the signal of controller again; For example; If there are 6 groups of induction Drive Structure in the system of the utility model, when having only a dry grinding structure action, i.e. the power of vacuum blower work also only is 1/6 of the total operating power of this vacuum blower; Be that frequency converter can be according to there being what dry grinding structure work of moving to decide the operating power of vacuum blower; It is to be in full power operation and to cause wasting mass energy forever that thereby the utility model is avoided as conventional art vacuum blower, so the utility model can the power and energy saving, and through saving that a large amount of electricity also correspondingly reduce because power consumption and the pollution that possibly cause etc.; Play environmental-protection function, play environmental-protection function too through adopting the control of dust treating apparatus to reclaim dust; The utility model is through adopting auto-control mode, and operation is very easy for it.
(2) after the action of dry grinding structure; Give controller through induction installation transmission information, further, drive vacuum blower work through controller, frequency converter; And; Because this moment, corresponding first magnetic valve was opened work, promptly under the draft effect of vacuum blower, dust will be got in the control of dust tube behind sweep-up pipe, check-valves and sticked on the filter core by the dry grinding structure.Through second magnetic valve air cylinder structure is controlled; When lid did not move, promptly the path between vacuum blower, the control of dust tube was communicated with, when lid when hollow piston axle moves down work; The related back-moving spring of lid is moved down seal connected entrance and cut off the path between vacuum blower, little tube, the control of dust tube; At this moment, extraneous dust is owing to the effect that lacks the vacuum blower draft, so dust absorption passage stops dust suction work.After second magnetic valve is opened; The gas of inlet box is passed to dancing dervish rotation structure clearly through tracheae, hollow piston axle continuously, because clear dirt airflow orifice is along inclined direction given vent to anger, it is given vent to anger and has tilting force; Character according to power; It can drive clear dancing dervish rotation structure rotary work, and the dust that is bonded on the filter core is effectively handled, and it is very desirable to play the control of dust treatment effect.So the utility model has been realized automation control, it is easy to operate and the dust suction treatment effect is good, and the utility model can be collected dust quickly and easily, has environmental protection efficacy too.
After the detailed description of the embodiment that combines advantages the utility model, it is clearer that characteristics of the utility model and advantage will become.
Description of drawings
Fig. 1 is the structural representation of the control of dust dry grinding system of energy-saving environment protection intelligent central authorities of the utility model.
The specific embodiment
With an embodiment the utility model is done further detailed explanation below, but should explain that the protection domain of the utility model is not limited only to this.
Consult Fig. 1; The central control of dust dry grinding of a kind of energy-saving environment protection intelligent system; It comprises sweep-up pipe 2, control of dust treating apparatus 100, vacuum blower 11, at least one structure 1 of dry grinding, and dry grinding structure 1 is communicated with vacuum blower 11 successively behind sweep-up pipe 2, control of dust treating apparatus 100, pipeline.This embodiment also comprises controller 102, frequency converter 103 and at least one induction installation 101; Can be PLC microprocessor or the like like controller 102; On said sweep-up pipe 2, have the suction port 21 that be used for identical with said induction installation 101 quantity is communicated with dry grinding structure 1; One first magnetic valve 104 is installed on each suction port 21; Controller 102 is connected respectively with above-mentioned each first magnetic valve 104; And each first magnetic valve 104 and an induction installation 101, a dry grinding structure 1 match and form one group of induction Drive Structure, and some groups of induction Drive Structure can be set according to actual needs, do not influence the protection domain of the utility model as 2 groups, 6 groups, 10 groups or the like.Via controller 102, frequency converter 103 backs are connected with vacuum blower 11 dry grinding structure 1 successively behind the induction installation 101 of each induction Drive Structure respectively.Wherein, Dry grinding structure 1 can be that pneumatic dry grinding structure and induction installation 101 are pneumatic sensors; Certainly; Dry grinding structure 1 also can be that electronic dry grinding structure and induction installation 101 are current sensors, and perhaps, dry grinding structure 1 also can be that electronic dry grinding structure and induction installation 101 are induction by current sense switches and do not influence the protection domain of the utility model; Through adopting above-mentioned different dry grinding structure 1 to match with induction installation 101, the utility model can be realized pneumatic work or electronic work.
As further improvement to this embodiment; It also comprises tracheae 3, inlet box 4, second magnetic valve 6, little tube 17; On said tracheae 3, have and the identical air inlet 31 of said induction installation 101 quantity; On each air inlet 31, one of above-mentioned induction installation 101 is installed; Said inlet box 4 is connected with corresponding dry grinding structure 1 behind the air inlet 31 of tracheae 3, and said little tube 17 is positioned at control of dust treating apparatus 100 tops and control of dust treating apparatus 100 is communicated with through a connected entrance 18 with little tube 17, and said dry grinding structure 1 is communicated with vacuum blower 11 successively behind sweep-up pipe 2, control of dust treating apparatus 100, little tube 17, pipeline.In said little tube 17, an air cylinder structure 7 is installed, said inlet box 4 is communicated with control of dust treating apparatus 100 through tracheae 3, second magnetic valve 6, air cylinder structure 7 backs successively.
As further improvement to this embodiment; Said control of dust treating apparatus 100 comprises control of dust tube 8, be contained in filter core 9 in the control of dust tube 8, be contained in being used for and filter core 9 friction tight clear dancing dervish rotation structures 12 in the control of dust tube 8; Said little tube 17 is to be positioned at control of dust tube 8 tops of control of dust treating apparatus 100 and to pass through said connected entrance 18 to be communicated with control of dust tube 8, below said control of dust tube 8, disposal box 10 is housed.Filter core 9 can be the antistatic filter core that antistatic material is processed, and can guarantee that through adopting the antistatic filter core dust that sticks on the filter core falls automatically, thereby makes the recovery dust more thorough.Said dry grinding structure 1 is successively through being communicated with vacuum blower 11 behind sweep-up pipe 2, control of dust tube 8, little tube 17, the pipeline; Said air cylinder structure 7 comprises cylinder 71, is with the hollow piston axle 73 of piston airflow orifice 72, is set in the piston body 74 on the hollow piston axle 73; Said piston airflow orifice 72 is positioned at piston body 74 tops; The lower end of said piston body 74 is connected with a lid 77, and a back-moving spring 75 is located between lid 77 and the control of dust tube 8 and this back-moving spring 75 is connected cooperation with lid 77.Said hollow piston axle 73 stretches in the control of dust tube 8 along connected entrance 18; Said clear dancing dervish rotation structure 12 is sleeved on the hollow piston axle 73; Said inlet box 4 is that hollow piston axle 73 backs through tracheae 3, second magnetic valve 6, air cylinder structure 7 are communicated with the clear dancing dervish rotation structure 12 of control of dust treating apparatus 100 successively, on said clear dancing dervish rotation structure 12, offers several and gas is along inclined direction given vent to anger and drives the clear dirt airflow orifice 121 that clear dancing dervish rotation structure 12 rotates.Said lid 77 and connected entrance 18 tight fits; When the clear dirt of control of dust tube 8; Lid 77 related back-moving springs 75 move down to be sealed connected entrance 18 and cuts off the path between vacuum blower 11, little tube 17, the control of dust tube 8; When 8 dust suctions of control of dust tube, back-moving spring 75 resets and moves on the related lid 77 and open the path between vacuum blower 11, little tube 17, the control of dust tube 8.
As further improvement to this embodiment; The position that a limited block 76 and this limited block 76 are installed on said hollow piston axle 73 is lower than connected entrance 18 positions slightly; Said back-moving spring 75 upper ends are connected with lid 77, and these back-moving spring 75 lower ends are connected with limited block 76.Said filter core 9 upper ends are close to and are connected control of dust tube 8 tops, and said filter core 9 lower ends and hollow piston axle 73 bottoms are fastenedly connected through a handwheel 15.Said filter core 9 is positioned at the barrel shape filter core for barrel shape filter core and clear dancing dervish rotation structure 12, and certainly, filter core 9 also can be circular, square an or the like shape and do not influence the protection domain of the utility model.It also comprises draining valve 42, and said draining valve 42 is connected with inlet box 4, can arrange reason through the water that produces in 42 pairs of inlet boxs of draining valve 4.
In this embodiment, the dust collection is housed in disposal box 10 receives bag 14.Collect dust etc. through adopting the dust collection to receive bag 14, can clean, avoid stopping up and avoiding guaranteeing that suction forever keeps by human-saving.
In this embodiment, be provided with check-valves 13 at said control of dust tube 8 with the position that is communicated with of sweep-up pipe 2, through effect, can avoid the dust in the control of dust tube 8 to return in the sweep-up pipe 2 by check-valves 13, influence the treatment effect of this embodiment.
In this embodiment, can behind suction port 21, first magnetic valve 104, pneumatic ball valve 105, sweep-up pipe 2, control of dust treating apparatus 100, pipeline, be communicated with vacuum blower 11 more successively in that a pneumatic ball valve 105 and said dry grinding structure 1 also are installed on said each suction port 21.Through increasing pneumatic ball valve 105, can avoid using first magnetic valve 104 separately and might problem the problem includes: dust remains on first magnetic valve 104 problems such as needs processing.
When this embodiment specifically used, its concrete course of work was following:
In arbitrary group of induction Drive Structure, dry grinding structure 1 action earlier, at this moment; Corresponding induction installation 101 is passed to controller 102 to the information of sensing, and then, controller 102 controls the 104 unlatching work of corresponding first magnetic valve according to pre-set programs and controller 102 transmission signals are given frequency converter 103; Frequency converter 103 will make vacuum blower 11 work under preset power according to the signal of controller 102, for example, if the system of this embodiment one has 7 groups of induction Drive Structure; The general power of vacuum blower 11 is 4200 watts, that is, if having only dry grinding structure 1 action of one group of induction Drive Structure; The operating power of vacuum blower 11 is 600 watts so; If dry grinding structure 1 action of two groups of induction Drive Structure is arranged, the operating power of vacuum blower 11 is 1200 watts so, by that analogy.Then, because corresponding first magnetic valve 104 opened work, so under the draft effect of vacuum blower 11, dust etc. will be got in the control of dust tube 8 behind sweep-up pipe 2, check-valves 13 and sticked on the filter core 9 by the structure 1 of dry grinding.In addition, according to actual needs, can in controller 102, preset the working time; Like 2 minutes, 3 minutes or 5 minutes etc.; As be set at 3 minutes, at this moment, promptly whenever to receive the new signal that induction installation 101 transmits be the last work of system 3 minutes that controller 102 can also drive the utility model to controller 102; So last information of before dry grinding structure 1 is quitting work, being passed on is after induction installation 101 passes to controller 102; Controller 102 promptly is merely able to make the system of the utility model to work just to stop in 3 minutes again, certainly, if the staff ceaselessly lets 1 work of dry grinding structure; The system of the utility model will can promptly not quit work after 3 minutes in work owing to constantly receiving signal so; In sum, the system of the utility model has realized the automatic control working time, and it not only reduces manually-operated worry and closes the requirement that electricity reaches the power and energy saving automatically through instant.
In this embodiment, control through 6 pairs of air cylinder structures 7 of second magnetic valve.After the 6 unlatching work of second magnetic valve; When second magnetic valve 6 does not reach Preset Time; Second magnetic valve 6 makes the tracheae path blockade between inlet box 4 and the air cylinder structure 7, and at this moment, the gas in the inlet box 4 can't flow in the hollow piston axle 73 through tracheae 3; So piston body 73 does not move, promptly the path between vacuum blower 11, keg 17, the control of dust tube 8 is communicated with.After the second magnetic valve unlatching work; When second magnetic valve 6 reached Preset Time, second magnetic valve 6 was opened the tracheae path between inlet box 4 and the air cylinder structure 7, at this moment; Gas in the inlet box 4 flows in the hollow piston axles 73 and some gas is flowed in the cylinders 71 by piston airflow orifice 72 through tracheae 3; At this moment, under the effect of atmospheric pressure, piston body 74 drives lid 77 compressing back-moving springs 75 and moves down along hollow piston axle 73; And lid 77 related back-moving springs 75 are moved down seal connected entrance 18 and cut off the path between vacuum blower 11, little tube 17, the control of dust tube 8; At this moment, extraneous dust is owing to the effect that lacks vacuum blower 11 drafts, so dust absorption passage stops dust suction work.After second magnetic valve 6 reaches Preset Time, owing to second magnetic valve 6 is opened, at this moment; The gas of inlet box 4 is passed to dancing dervish rotation structure 12 clearly through tracheae 3, hollow piston axle 73 continuously; Because clear dirt airflow orifice 121 is along inclined direction given vent to anger, it is given vent to anger and has tilting force, according to the character of power; Can know that it can drive clear dancing dervish rotation structure 12 rotary works, and the dust that is bonded on the filter core 9 is handled; Further, dust will be swept in the dust collection receipts bag 14 that drops in the disposal box 4 continuously.So, after the receipts such as dust in the dust collection receipts bag 14 were full, the user can open the control of dust door 41 of disposal box 4, and taking-up dust collection receipts bag 14 is handled and got final product.
Though described the embodiment of the utility model in conjunction with accompanying drawing; But those skilled in the art can make various distortion or modification within the scope of the appended claims; As long as be no more than the described protection domain of the claim of the utility model, all should be within the protection domain of the utility model.
Claims (10)
1. energy-saving environment protection intelligent central authorities control of dust dry grinding system; It comprises sweep-up pipe (2), control of dust treating apparatus (100), vacuum blower (11), at least one structure (1) of dry grinding, and dry grinding structure (1) is communicated with vacuum blower (11) successively behind sweep-up pipe (2), control of dust treating apparatus (100), pipeline; It is characterized in that: it also comprises controller (102), frequency converter (103) and at least one induction installation (101); On said sweep-up pipe (2), have the suction port (21) that be used for identical with said induction installation (101) quantity is communicated with dry grinding structure (1); One first magnetic valve (104) is installed on each suction port (21); Controller (102) is connected respectively with above-mentioned each first magnetic valve (104), and each first magnetic valve (104) matches and forms one group of induction Drive Structure with an induction installation (101), the structure (1) of dry grinding; Via controller (102), frequency converter (103) back are connected with vacuum blower (11) said dry grinding structure (1) successively behind the induction installation (101) of each induction Drive Structure respectively.
2. the central control of dust dry grinding of a kind of energy-saving environment protection intelligent according to claim 1 system; It is characterized in that: it also comprises tracheae (3), inlet box (4), second magnetic valve (6), little tube (17); On said tracheae (3), have the air inlet (31) identical with said induction installation (101) quantity; One of above-mentioned induction installation (101) is installed on each air inlet (31); Said inlet box (4) is connected with corresponding dry grinding structure (1) behind the air inlet (31) of tracheae (3); Said little tube (17) is positioned at control of dust treating apparatus (100) top and control of dust treating apparatus (100) and little tube (17) and is communicated with through a connected entrance (18), and said dry grinding structure (1) is communicated with vacuum blower (11) successively behind sweep-up pipe (2), control of dust treating apparatus (100), little tube (17), pipeline; In said little tube (17), an air cylinder structure (7) is installed, said inlet box (4) is communicated with control of dust treating apparatus (100) through tracheae (3), second magnetic valve (6), air cylinder structure (7) back successively.
3. the central control of dust dry grinding of a kind of energy-saving environment protection intelligent according to claim 2 system; It is characterized in that: said control of dust treating apparatus (100) comprises control of dust tube (8), is contained in the interior filter core (9) of control of dust tube (8), is contained in being used for and the friction tight clear dancing dervish rotation structure of filter core (9) (12) in the control of dust tube (8); Said little tube (17) is to be positioned at control of dust tube (8) top of control of dust treating apparatus (100) and to pass through said connected entrance (18) to be communicated with control of dust tube (8), in said control of dust tube (8) below disposal box (10) is housed; Said dry grinding structure (1) is successively through being communicated with vacuum blower (11) behind sweep-up pipe (2), control of dust tube (8), little tube (17), the pipeline; Said air cylinder structure (7) comprises cylinder (71), is with the hollow piston axle (73) of piston airflow orifice (72), is set in the piston body (74) on the hollow piston axle (73); Said piston airflow orifice (72) is positioned at piston body (74) top; The lower end of said piston body (74) is connected with a lid (77), and a back-moving spring (75) is located between lid (77) and the control of dust tube (8) and this back-moving spring (75) is connected cooperation with lid (77); Said hollow piston axle (73) stretches in the control of dust tube (8) along connected entrance (18); Said clear dancing dervish rotation structure (12) is sleeved on the hollow piston axle (73); Said inlet box (4) is that hollow piston axle (73) back through tracheae (3), second magnetic valve (6), air cylinder structure (7) is communicated with the clear dancing dervish rotation structure (12) of control of dust treating apparatus (100) successively, on said clear dancing dervish rotation structure (12), offers several and gas is along inclined direction given vent to anger and drives the clear dirt air-flow (121) that clear dancing dervish rotation structure (12) rotates; Said lid (77) and connected entrance (18) tight fit; When the clear dirt of control of dust tube (8); The related back-moving spring of lid (77) (75) moves down to be sealed connected entrance (18) and cuts off the path between vacuum blower (11), little tube (17), the control of dust tube (8); When control of dust tube (8) dust suction, back-moving spring (75) resets and moves on the related lid (77) and open the path between vacuum blower (11), little tube (17), the control of dust tube (8).
4. the central control of dust dry grinding of a kind of energy-saving environment protection intelligent according to claim 3 system is characterized in that: be provided with check-valves (13) at said control of dust tube (8) with the position that is communicated with of sweep-up pipe (2).
5. the central control of dust dry grinding of a kind of energy-saving environment protection intelligent according to claim 3 system; It is characterized in that: the position that a limited block (76) and this limited block (76) are installed on said hollow piston axle (73) is lower than connected entrance (18) position slightly; Said back-moving spring (75) upper end is connected with lid (77), and this back-moving spring (75) lower end is connected with limited block (76).
6. the central control of dust dry grinding of a kind of energy-saving environment protection intelligent according to claim 3 system; It is characterized in that: said filter core (9) upper end is close to and is connected control of dust tube (8) top, and said filter core (9) lower end and hollow piston axle (73) bottom are fastenedly connected through a handwheel (15).
7. the central control of dust dry grinding of a kind of energy-saving environment protection intelligent according to claim 3 system is characterized in that: said filter core (9) is that barrel shape filter core and clear dancing dervish rotation structure (12) are positioned at the barrel shape filter core; The dust collection is housed in said disposal box (10) receives bag (14).
8. control of dust dry grinding system of a kind of energy-saving environment protection intelligent according to claim 1 central authorities is characterized in that: behind suction port (21), first magnetic valve (104), pneumatic ball valve (105), sweep-up pipe (2), control of dust treating apparatus (100), pipeline, be communicated with vacuum blower (11) more successively in that a pneumatic ball valve (105) and said dry grinding structure (1) also are installed on said each suction port (21).
9. according to the central control of dust dry grinding of each described a kind of energy-saving environment protection intelligent of claim 1 to 8 system, it is characterized in that: said dry grinding structure (1) is pneumatic dry grinding structure, and said induction installation (101) is a pneumatic sensor.
10. according to the central control of dust dry grinding of each described a kind of energy-saving environment protection intelligent of claim 1 to 8 system; It is characterized in that: said dry grinding structure (1) is electronic dry grinding structure; And said induction installation (101) is current sensor or induction by current sense switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202294321U CN202155242U (en) | 2011-07-01 | 2011-07-01 | Energy-saving, environment-friendly and intelligent central dust collection and dry grinding system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202294321U CN202155242U (en) | 2011-07-01 | 2011-07-01 | Energy-saving, environment-friendly and intelligent central dust collection and dry grinding system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202155242U true CN202155242U (en) | 2012-03-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011202294321U Expired - Fee Related CN202155242U (en) | 2011-07-01 | 2011-07-01 | Energy-saving, environment-friendly and intelligent central dust collection and dry grinding system |
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| Country | Link |
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| CN (1) | CN202155242U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103962965A (en) * | 2014-05-09 | 2014-08-06 | 上海懋博环保科技有限公司 | Central dust collection polishing system and dynamic control method thereof |
-
2011
- 2011-07-01 CN CN2011202294321U patent/CN202155242U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103962965A (en) * | 2014-05-09 | 2014-08-06 | 上海懋博环保科技有限公司 | Central dust collection polishing system and dynamic control method thereof |
| CN103962965B (en) * | 2014-05-09 | 2016-06-29 | 上海懋博环保科技有限公司 | Central dust-collection polishing system and dynamic control method thereof |
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