CN105129875A - Sewage treatment equipment installation structure - Google Patents
Sewage treatment equipment installation structure Download PDFInfo
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- CN105129875A CN105129875A CN201510477239.2A CN201510477239A CN105129875A CN 105129875 A CN105129875 A CN 105129875A CN 201510477239 A CN201510477239 A CN 201510477239A CN 105129875 A CN105129875 A CN 105129875A
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- slide block
- sewage disposal
- disposal device
- sewage
- circumferential movement
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Abstract
The present invention discloses a sewage treatment equipment installation structure, which comprises a control part, a control operation table and a performing part. According to the present invention, with the combination of the circumference rotation of the cross beam around the vertical column and the translation of the sliding block along the radial guide rail direction on the cross beam, the movements of the sewage treatment equipment along the spiral line, the heart-shaped line and other expected tracks can be achieved so as to be equivalent to the simultaneous working of a plurality of the sewage treatment equipment at different positions, such that the stirring volume is substantially improved, the stirring effect is increased, the sewage treatment cost is reduced, the automated sewage treatment is achieved, and the treatment efficiency is improved.
Description
Technical field
The present invention relates to Chemical Process Equipment field, be specifically related to a kind of sewage disposal device mounting structure.
Background technology
Sewage disposal is the important measures that current environmental protection department and enterprise solve contaminated wastewater in environmental pollution.The mounting structure of sewage apparatus is applied widely in sewage disposal.At present, sewage disposal installation method form is more, mainly contains guide rod, bearing, floatation type.Guide rod and these two kinds of methods of bearing, sewage apparatus impeller rotates along with motor shaft, and self does not produce displacement, and stirred fluid volume is relatively fixing, has greatly limited to stirring scope.Floatation type mounting means, although diving mixer is floating in pond, due to equilibrium problem, diving mixer volume is little, quality light, and its displacement is floating indefinite, bad control, can only stir as auxiliary in large pond.Therefore for large pool, at different positions, multiple diving mixer can only be installed and combine stirring, reach mixing effect, but this considerably increases civil engineering burden, Financial cost.
Summary of the invention
Stir to solve large sewage lagoon, the problem that diving mixer sphere of action is limited, the invention provides a kind of mounting structure realizing sewage disposal device dynamic duty, this structure by crossbeam around the circular-rotation of column in conjunction with the translation of slide block along radial guidance direction on crossbeam, sewage disposal device can be realized along spiral-line, the expected trajectory motions such as cardioid, be equivalent to multiple sewage disposal device work in different positions simultaneously, substantially increase stirred volume, add mixing effect, reduce cost of sewage disposal, realize automated sewage process, improve processing efficiency.This system operation is simple, and unskilled workers also can operate.
The present invention is a kind of sewage disposal device mounting structure, mainly comprises control section, red-tape operati platform and performs part three part.
Execution part mainly comprises support component, guiding parts and working part.Support component comprises column; Guiding parts comprise with the crossbeam of radial guidance, safety ring, circumferential movement part, wheel, around pond circuit orbit; Working part comprises: the components such as slide block, drive system, stirrup, installation shaft, flange, sewage disposal device, regulating shaft, stiffening plate.Column is civil engineering, and that builds in pond is the most central, and be fixed on outside ground, pond around pond circuit orbit, safety ring is supported on above the circuit orbit of pond, and circumferential movement part, at safety ring and between the circle of pond, can move in a circle along track.Circumferential movement part is built with operation controller, signal receiving device.Safety ring there is power supply, for circumferential movement part provides electricity, centrifugal force when circumferential movement part simultaneously also can be prevented to be subject to crossbeam pulling force and to rotate and the unsafe problems such as overturnings occur, safety ring, above circumferential movement part, can also play to circumferential movement part the function stablizing its operation.Crossbeam two ends are connected with circumferential movement part with column respectively, can rotate with circumferential movement part centered by column simultaneously.Crossbeam has one section of guide rail, guide rail two ends are provided with stopper and sensor.Slide block is installed on the guide rail of crossbeam, radially can run back and forth along guide rail.Limit sensors is used for controlling slide block and radially runs the scope of being no more than, and main considers its sewage apparatus impeller or extending area and safe distance between the walls.Slide block is provided with drive system and signal receiving device, installation shaft is fixed on the shell of drive system, vertically downward, in order to ensure the stability of installation shaft, arranging stirrup and adding affixed installation shaft.Installation shaft lower end is provided with flange, as shown in Figure 4,5, 6, under sewage apparatus is fixed on installation shaft by flange.
Control section contains limit sensors, launching device, receiving trap, powerful steering wheel, database.Required all kinds of setting parameter signals are sent to receiving trap by launching device; Receiving trap controls sewage apparatus according to signal; Powerful steering wheel, converting mechanical action to by accepting electrical signal, completing the control of direction and speed; The distance on limit sensors induction pulley and guide rail limit, guarantees that slide block does not go out guide rail, and when slide block is close to the guide rail end, limit sensors is responded to, and sends signal, and slide block slows down, and stops, and turn around to run, slide block like this back and forth runs on guide rail; Lane database saves conventional running orbit, sewage disposal device type, model, rotating speed, calls at any time before equipment runs.
Red-tape operati platform comprises operation interface and relevant software.Operation interface mainly contains switch, circumferential movement part rotating speed arranges input, ram speed arranges input, sewage apparatus type is called or inputted, sewage apparatus model is called or inputted, the input of sewage apparatus rotating speed, the calling and start button of sewage apparatus displacement movement track.
When adopting this mounting structure to carry out sewage disposal, the rotating speed of corresponding circumferential movement part speed, ram speed, sewage apparatus is set as required, or the related data in calling data storehouse, system starts, sewage apparatus self is around motor shaft rotary work, and circumferential movement part moves in a circle, and slide block radially moves back and forth simultaneously, drive sewage apparatus to be subjected to displacement change, carry out work along different tracks different positions in pond.
The invention has the beneficial effects as follows: the sewage disposal device mounting structure that the present invention proposes, layman also can operate, pass through computer control, the sewage disposal device be loaded in this system can be realized while normal work, change working position around column along certain orbiting motion, realize effective process to sewage in the larger treatment tank of area (as stirred, aeration), the quantity of sewage disposal device can be reduced, reduce cost of sewage disposal, realize automated sewage process, improve processing efficiency.
Accompanying drawing illustrates:
Fig. 1 is a kind of sewage disposal device mounting structure structured flowchart
Fig. 2 is a kind of sewage disposal device mounting structure structural representation (master looks);
Fig. 3 is a kind of sewage disposal device mounting structure structural representation (vertical view and partial view);
Fig. 4 is sectional view A-A;
Fig. 5 is the structural representation that embodiment 1 installs hyperboloid type stirrer;
Fig. 6 is the structural representation that embodiment 1 installs diving mixer;
Fig. 7 is the structural representation that embodiment 1 installs aerator;
Fig. 8 is that embodiment 2 pairs rotates rail structure schematic diagram;
Fig. 9 is that embodiment 3 three rotates rail structure schematic diagram;
Figure 10 is regulating shaft structural representation;
Figure 11 is diving mixer structural representation;
Figure 12 a-12c is sewage apparatus movement locus
Wherein, 1-column; 2-crossbeam; 3-slide block; 4-drive system; 5-safety ring; 6-circumferential movement part; 7-wheel; 8-stirrup; 9-installation shaft; 10-is around pond circuit orbit; 11-flange; 12-impeller; 13-diving mixer; 14-aerator; 15-air suction pipe; 16-regulating shaft; 17-stiffening plate; 18-radial guidance.
Embodiment:
Below in conjunction with the drawings and specific embodiments, the invention will be further described:
Embodiment 1
As shown in Fig. 2,3,4,10, for sewage disposal device mounting structure disclosed by the invention comprises execution part, control section and red-tape operati platform three part.Execution part is primarily of comprising support component, guiding parts and working part.Support component comprises column 1; Guiding parts comprise with the crossbeam 2 of radial guidance 18, safety ring 5, circumferential movement part 6, wheel 7, around pond circuit orbit 10; Working part comprises: the components such as slide block 3, drive system 4, stirrup 8, installation shaft 9, flange 11, sewage disposal device, regulating shaft 16, stiffening plate 17.Red-tape operati platform comprises operation interface and relevant software.Control section comprises limit sensors, launching device, receiving trap, powerful steering wheel, database.Column 1 is built in sewage lagoon central authorities, and safety ring 5 is corresponding with around pond circuit orbit about 10, is arranged on treatment tank edge; Slide block 3 and circumferential movement part 6 all there is drive system 4; Circumferential movement part 6 is positioned on pond circuit orbit 10, and all there are two skate 7 circumferential movement part 6 top and the bottom, and safety ring 5 contacts with the wheel on circumferential movement part 6 top; Crossbeam 2 one end is connected with column 1, and the other end is fixedly connected with circumferential movement part 6, and circumferential movement part 6 can drive crossbeam 2 to rotate around column 1; Crossbeam 2 is provided with the radial guidance 18 of two guide rod structure, on the radial guidance 18 that slide block 3 is positioned at crossbeam 2 and only can radially guide rail 18 direction motion; Installation shaft 9 slide block 3 is equipped with, installation shaft 9 is parallel to column 1, sewage disposal device such as impeller 12 or diving mixer 13 or aerator 14 are installed in installation shaft 9, installation shaft 9 adjusts the fitting depth of sewage disposal device by installing regulating shaft 16, the setting angle of sewage disposal device is adjustable simultaneously, and the angular range of sewage apparatus impeller shaft and installation shaft is 0-90 °; By the control of computer, sewage disposal device can be followed slide block 3 and be moved along desired trajectory around column 1 while normal work.
Column 1 is R1 to the distance of pool wall, guide rail 18 length on crossbeam 2 is a (m), safe distance L (m) of its two ends and column 1 and pool wall must ensure at more than D/2+0.5 (m), wherein D (m) maximum diameter (such as impeller diameter, diameter of stirring paddle etc.) that is sewage apparatus axis; The speed of circumferential movement part 6 is v1=b (rmp), then the speed of slide block 3 is the selection of the value decision sewage apparatus deformation trace of v2=nab (m/s), n, such as, work as n=1, sewage apparatus deformation trace is Figure 12 a, and 1-2 runs so repeatedly; If n=2, sewage apparatus deformation trace is Figure 12 b, if n=3, sewage apparatus deformation trace is Figure 12 c, and running orbit, along 1-2-3-4, circulates successively.The value of n, v is different, and its running orbit is by difference, and the effect of stirring will there will be difference.Also sewage apparatus can be moved in the middle part of track.Pulley speed can be set to zero, and running orbit is circle.For the pond of different size, different settings can be carried out.
Beam guideway two ends are provided with stopper and sensor, are used for controlling slide block and radially run the scope of being no more than, and main consider its sewage apparatus impeller or extending area and column or safe distance between the walls.Slide block is provided with drive system and signal receiving device, when slide block is close to the guide rail end, limit sensors is responded to, and sends signal, signal receiving device received signal, controls slide block and slows down, stop, and turn around to run, slide block like this back and forth runs on guide rail.
Control section contains limit sensors, launching device, receiving trap, powerful steering wheel, database.Required all kinds of setting parameter signals are sent to control and management by launching device; Receiving trap carries out acceptance and the control of control data to sewage apparatus according to this control data; Powerful steering wheel, converting mechanical action to by accepting electrical signal, completing the control of direction and speed; Lane database saves conventional running orbit (as shown in Figure 12 a-12c), according to sewage lagoon area, sewage disposal device type, model, rotating speed, calls at any time before equipment runs.
Red-tape operati platform mainly contains operation interface and relevant software.Operation interface mainly contains switch, circumferential movement part rotating speed arranges input, ram speed arranges input, sewage apparatus type is called or inputted, sewage apparatus model is called or inputted, the input of sewage apparatus rotating speed, the calling and start button of sewage apparatus displacement movement track.Launching device is arranged on the inside of red-tape operati platform.
During actual use, monitoring device is without exception, switches on power and gets final product work.
First by after these mounting structure installation and debugging well, choose the sewage apparatus that will work, adjust sewage apparatus fitting depth by adjustment regulating shaft, tighten, fix.Switch on power.
The running orbit of sewage apparatus is arranged, the rotating speed of circumferential movement part, ram speed are set respectively.Also from data base call track, so just only a speed can be established.
Sewage apparatus is arranged.According to selected sewage apparatus, from database, choose corresponding type, model, rotating speed, if do not have in database, can arrange voluntarily, also can be saved in database simultaneously, call from now on to give over to.Corresponding optimum configurations well after, click determine start.Signal sends by launching device.Receiving trap on circumferential movement part and slide block receives signal simultaneously, and powerful steering wheel brings into operation, and transform electrical signals is become mechanical movement, and circumferential movement part and slide block start to run according to set speed.Meanwhile, limit sensors work, protection pulley in orbit safety back and forth runs.Since then, sewage apparatus starts according to the reciprocal operation of track.
Embodiment 2
If pond sewage viscosity that is very large or that stir is very large, contained mud is many, sewage apparatus change in displacement should not produce too fast, or need multiple sewage apparatus to work simultaneously, at this moment can transform this system, become the system of many cross bars, can realize installing cross bar in different angles, multiple sewage apparatus runs simultaneously.
As shown in Figure 8, structure is the same, but has 2 crossbeams, 2 slide blocks, 2 circumferential movement parts, and crossbeam angle is 180 °.The rotating speed of circumferential movement part is consistent, and running speed of sliding block can be inconsistent.
Embodiment 3
As shown in Figure 9, structure is the same, but has 3 crossbeams, 3 slide blocks, 3 circumferential movement parts, and between crossbeam, angle is 120 °.Can arrange the speed of circumferential movement part and slide block respectively.The rotating speed of circumferential movement part is consistent, and running speed of sliding block can be inconsistent.
The sewage disposal device mounting structure that the present invention proposes, pass through computer control, the sewage disposal device be loaded in this system can be realized move along the line tracking such as spiral, cardioid around zone center while normal work, realize the effective process (as stirred) to sewage in the larger treatment tank of area, the quantity of sewage disposal device can be reduced, reduce cost of sewage disposal, realize automated sewage process, improve processing efficiency.
The above embodiment is only the preferred embodiment of the present invention; but protection scope of the present invention is not limited to above-mentioned embodiment; when not deviating from flesh and blood of the present invention, any apparent improvement that those skilled in the art can make, replacement or modification all belong to protection scope of the present invention.
Claims (4)
1. a sewage disposal device mounting structure, it comprises execution part, control section and red-tape operati platform, and wherein enforcement division is divided and comprised support component, guiding parts and working part, it is characterized in that: support component comprises column (1), guiding parts comprise with the crossbeam (2) of radial guidance, safety ring (5), circumferential movement part (6), wheel (7), around pond circuit orbit (10), working part comprises: slide block (3), drive system (4), stirrup (8), installation shaft (9), flange (11), sewage disposal device, regulating shaft (16), stiffening plate (17), column (1) is built in sewage lagoon central authorities, and safety ring (5), with corresponding up and down around pond circuit orbit (10), is arranged on treatment tank edge, slide block (3) and circumferential movement part (6) all there is drive system (4), circumferential movement part (6) is positioned on pond circuit orbit (10), all there are two skate (7) circumferential movement part (6) top and the bottom, and safety ring (5) contacts with the wheel on circumferential movement part (6) top, crossbeam (2) one end is connected with column (1), and the other end is fixedly connected with circumferential movement part (6), and circumferential movement part (6) can drive crossbeam (2) to rotate around column (1), crossbeam (2) is provided with the radial guidance (18) of two guide rod structure, the radial guidance (18) that slide block (3) is positioned at crossbeam (2) is gone up and only can radially move in guide rail (18) direction, installation shaft (9) slide block (3) is equipped with, installation shaft (9) is parallel to column (1), sewage disposal device is arranged in installation shaft (9), installation shaft (9) is by installing the fitting depth of regulating shaft (16) adjustment sewage disposal device, the setting angle of sewage disposal device is adjustable simultaneously, the angular range of sewage disposal device impeller shaft and installation shaft is 0-90 °, by the control of computer, sewage disposal device can be followed slide block (3) and be moved along desired trajectory around column (1) while normal work,
Column (1) is R1 to the distance of pool wall, guide rail (18) length on crossbeam (2) is a (m), safe distance L (m) of its two ends and column (1) and pool wall is greater than more than D/2+0.5 (m), and wherein D (m) is the maximum diameter of sewage apparatus axis; The speed of circumferential movement part (6) is v1=b (rmp), then the speed of slide block (3) is v2=nab (m/s), the value of n determines the selection of sewage apparatus deformation trace, the value of n, v is different, its running orbit is by difference, and the effect of stirring will there will be difference.
2. a kind of sewage disposal device mounting structure according to claim 1, is characterized in that: control section comprises limit sensors, launching device, receiving trap, powerful steering wheel, database.
3. a kind of sewage disposal device mounting structure according to claim 1, is characterized in that: red-tape operati platform comprises operation interface and relevant software.
4. a kind of sewage disposal device mounting structure according to claim 1, it is characterized in that: guide rail (18) two ends of crossbeam (2) are provided with stopper and sensor, be used for controlling slide block (3) and radially run and be no more than scope; (3) are provided with signal receiving device to slide block, when slide block (3) is close to the guide rail end, limit sensors is responded to, send signal, signal receiving device received signal, controls slide block and slows down, stop, turn around to run, slide block like this is in the upper back and forth operation of guide rail (18).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510477239.2A CN105129875B (en) | 2015-08-06 | 2015-08-06 | Sewage treatment equipment installation structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510477239.2A CN105129875B (en) | 2015-08-06 | 2015-08-06 | Sewage treatment equipment installation structure |
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| CN105129875A true CN105129875A (en) | 2015-12-09 |
| CN105129875B CN105129875B (en) | 2017-05-10 |
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| CN201510477239.2A Active CN105129875B (en) | 2015-08-06 | 2015-08-06 | Sewage treatment equipment installation structure |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105384203A (en) * | 2015-12-27 | 2016-03-09 | 天津金熙雅科技有限公司 | Improved type sewage treatment device with movable partition plates |
| CN112156685A (en) * | 2020-11-09 | 2021-01-01 | 中科广化（重庆）新材料研究院有限公司 | A agitating unit for sewage treatment |
| CN113534863A (en) * | 2021-07-19 | 2021-10-22 | 南通铁建建设构件有限公司 | Shield constructs section of jurisdiction maintenance pond pH valve monitoring governing system |
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| CN105384203A (en) * | 2015-12-27 | 2016-03-09 | 天津金熙雅科技有限公司 | Improved type sewage treatment device with movable partition plates |
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| CN113534863A (en) * | 2021-07-19 | 2021-10-22 | 南通铁建建设构件有限公司 | Shield constructs section of jurisdiction maintenance pond pH valve monitoring governing system |
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| CN105129875B (en) | 2017-05-10 |
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