CN205219450U - Surplus thick liquid cyclic utilization system of annular concurrent - Google Patents
Surplus thick liquid cyclic utilization system of annular concurrent Download PDFInfo
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- CN205219450U CN205219450U CN201521113634.4U CN201521113634U CN205219450U CN 205219450 U CN205219450 U CN 205219450U CN 201521113634 U CN201521113634 U CN 201521113634U CN 205219450 U CN205219450 U CN 205219450U
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- remaining slurry
- sedimentation basin
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- thick liquid
- weighing hopper
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Abstract
The utility model provides a surplus thick liquid cyclic utilization system of annular concurrent is including surplus thick liquid collecting pit, surplus thick liquid sedimentation tank, metering device, concrete mixing plant, establishing a concrete feeding pump in remaining the thick liquid collecting pit, establishing the 2nd concrete feeding pump in the surplus thick liquid sedimentation tank, a pipeline is connected to a concrete feeding pump, the 2nd pipeline of the 2nd concrete feeding pump connection, and surplus thick liquid collecting pit passes through the 2nd pipeline and metering device intercommunication with the surplus sedimentation tank of starching through pipeline intercommunication, surplus thick liquid sedimentation tank, metering device include the weighing hopper and establish the electron level gauge on the weighing hopper inner wall, be equipped with electromagnetic valves at the weighing hopper lower extreme, the electron level gauge is connected with electromagnetic valves, concrete mixing plant's feed inlet is established at the weighing hopper lower extreme. The utility model has the advantages of, the cyclic utilization of the surplus thick liquid of annular concurrent can be realized, the pollution to the environment is reduced.
Description
Technical field
The utility model relates to a kind of annular concrete electric pole remaining slurry cyclic utilization system.
Background technology
Existing annular concrete electric pole can produce after high speed centrifugation is shaping a large amount of more than slurry, its main component is the compositions such as water, cement, fine sand grain.Owing to containing the alkaline matters such as cement in remaining slurry, direct discharge can pollute water and soil.
The method of the remaining slurry of current most enterprises process pours remaining slurry into collecting pit, after remaining slurry solidification with hand excavation again entrucking be transported to and specify dumping place.But the method both underused resource, also larger to the waste of manpower financial capacity; Containing a large amount of alkaline matters in remaining slurry, direct landfill can cause environmental pollution.
Summary of the invention
For the problems referred to above, technical problem to be solved in the utility model is to provide a kind of annular concrete electric pole remaining slurry cyclic utilization system, can realize recycling of the remaining slurry of annular concrete electric pole, reduce the pollution to environment.
This realizes technical scheme of the present invention, and a kind of annular concrete electric pole remaining slurry cyclic utilization system comprises remaining slurry collecting pit, remaining slurry sedimentation basin, metering device, concrete mixing plant;
The first concrete pump is established in described remaining slurry collecting pit, the second concrete pump is established in remaining slurry sedimentation basin, first concrete pump connects the first conveyance conduit, second concrete pump connects the second conveyance conduit, remaining slurry collecting pit is communicated with by the first conveyance conduit with remaining slurry sedimentation basin, and remaining slurry sedimentation basin is communicated with metering device by the second conveyance conduit;
Described metering device comprises weighing hopper and is located at the electronic liquid level gauge on weighing hopper inwall, and be provided with electromagnetic valve in weighing hopper lower end, electronic liquid level gauge is connected with electromagnetic valve, and the charging aperture of concrete mixing plant is located at weighing hopper lower end.
Further, described remaining slurry sedimentation basin inwall is provided with concentration detection apparatus, described concentration detection apparatus comprises the luminous component be located on remaining slurry sedimentation basin sidewall and the photosensitive-member being located at remaining slurry sedimentation basin upper end, and luminous component, photosensitive-member are connected with controller respectively.
Further, be provided with water inlet pipe in described remaining slurry sedimentation basin, water inlet pipe water side is provided with electronic valve, and electronic valve is connected with controller.
The utility model has the advantage of; by the utilization of this system; effectively can reduce the direct discharge of remaining slurry; what make that remaining slurry can be quantitative to rejoin in new concrete production process (achieve substitute Binder Materials with remaining slurry recycle); the cost of cement and water can be saved on the one hand; achieve the zero-emission of the concrete waste residue in production on the other hand, the social benefit of environmental protection is remarkable.
Accompanying drawing explanation
Fig. 1 is the utility model structural representation.
Fig. 2 is that remaining slurry sedimentation basin preferably controls schematic diagram.
Fig. 3 is metering device structural representation.
Fig. 4 is that the utility model uses reference diagram.
As in figure, the first conveyance conduit 1-a, the second conveyance conduit 1-b, remaining slurry collecting pit 2, filter screen 3, remaining slurry sedimentation basin 4, tensioning equipment 6, upper support bar 7, lower support bar 8, metering device 9, concrete mixing plant 10, feeding machine 11, rail 12, high-strength bolt 13, steel mould for electric pole 14, hoisting ring 15, rope cramp 16, steel wire loop 17, crampon 18, weighing hopper 9-1, electronic liquid level gauge 9-2, electromagnetic valve 9-3, luminous component 2-1, photosensitive-member 2-2, controller 2-3, water inlet pipe 2-4, electronic valve 2-5.
Detailed description of the invention
As in Fig. 1, a kind of annular concrete electric pole remaining slurry cyclic utilization system comprises remaining slurry collecting pit 2, remaining slurry sedimentation basin 4, metering device 9, concrete mixing plant 10, and preferably, remaining slurry collecting pit 2 surface is provided with filter screen 3;
The first concrete pump is established in remaining slurry collecting pit 2, the second concrete pump is established in remaining slurry sedimentation basin 4, first concrete pump connects the first conveyance conduit 1-a, second concrete pump connects the second conveyance conduit 1-b, remaining slurry collecting pit is communicated with by the first conveyance conduit with remaining slurry sedimentation basin, and remaining slurry sedimentation basin is communicated with metering device 9 by the second conveyance conduit;
As in Fig. 3, metering device 9 comprises weighing hopper 9-1 and is located at the electronic liquid level gauge 9-2 on weighing hopper 9-1 inwall, electromagnetic valve 9-3 is provided with in weighing hopper 9-1 lower end, electronic liquid level gauge 9-2 is connected with electromagnetic valve 9-3, the charging aperture of concrete mixing plant 10 is located at weighing hopper 9-1 lower end, during work, when remaining slurry amount in weighing hopper 9-1 reaches certain position, electronic liquid level gauge 9-2 senses, starts electromagnetic valve 9-3(simultaneously and also can close the second concrete pump simultaneously) pour into starching more than in weighing hopper 9-1 in concrete mixing plant 10.
As in Fig. 2, remaining slurry sedimentation basin 4 inwall is provided with concentration detection apparatus, concentration detection apparatus comprises the luminous component 2-1 be located on remaining slurry sedimentation basin 2 sidewall, and be located at the photosensitive-member 2-2 of remaining slurry sedimentation basin upper end, luminous component 2-1, photosensitive-member 2-2 is connected with controller 2-3 respectively, during work, it is luminous that controller 2-3 controls luminous component 2-1, the intensity that controller 2-3 receives light according to photosensitive-member 2-2 judges remaining concentration of starching in sedimentation basin 2 in remaining slurry, water inlet pipe 2-4 is provided with in remaining slurry sedimentation basin 2, water inlet pipe 2-4 water side is provided with electronic valve 2-5, electronic valve 2-5 is connected with controller 2-3, when remaining slurry sedimentation basin 2 excessive concentration, side controller 2-3 starts electronic valve 2-5 and adds moisture to remaining slurry sedimentation basin 2, (namely the cement resultant of certain remaining slurry amount remains on a controllable levels to make the remaining reasonable interval that remains on starched in sedimentation basin 2, when metering device 9 measures, then really accurately can control the amount of adding cement).
As in Fig. 4, during use, steel wire loop 17 is connected with rope cramp 16, one end of steel wire loop 17 is linked in the crampon 18 of crane gear, the other end of steel wire loop 17 is linked in the hoisting ring 15 on steel mould for electric pole 14, promote steel mould for electric pole 14, the fixation steel plate of the end face of steel mould for electric pole 14 and upper support bar 7 is made to be in level, when remaining slurry flow diminishes, promote crampon 18 again, residue slurry in steel mould for electric pole 14 end is discharged smoothly, filtered by filter screen 3 in discharge process, make particle in remaining slurry less aggregate flow into remaining slurry collecting pit 2, start the first concrete pump, remaining slurry is extracted from remaining slurry collecting pit 2 and enters remaining slurry sedimentation basin 4, in the process, make remaining slurry spice even by the leaf that stirs bottom the first concrete pump, prevent the Binder Materials rapid condensations such as the cement in remaining slurry, install metering device 9 additional at the second conveyance conduit 1-b end to weigh remaining slurry, ensure the accuracy of concrete proportioning, after having been weighed by metering device 9, remaining slurry is poured in the feed bin of concrete mixing plant 10, stir together with the raw material such as water, cement, sand, rubble, opening feed bin after about 2 minutes makes concrete flow in the hopper of the feeding machine 11 below concrete mixing plant 10, feeding machine 11 re-starts feeding to steel mould for electric pole in rail 12 walking process, and remaining slurry is recycled.
According to the data of company to remaining slurry analysis of experiments, actual employing every cube of concrete remaining slurry volume 80kg, alternative cement consumption is about cement content in the remaining slurry of 40kg(and gets 50% average) after, concrete strength is equal can be up to standard.In remaining slurry recycles, can save cement cost on the one hand, achieve the zero-emission of the concrete waste residue in production on the other hand, the social benefit of environmental protection is remarkable.
Claims (3)
1. an annular concrete electric pole remaining slurry cyclic utilization system, is characterized in that: described system comprises remaining slurry collecting pit, remaining slurry sedimentation basin, metering device, concrete mixing plant;
The first concrete pump is established in described remaining slurry collecting pit, the second concrete pump is established in remaining slurry sedimentation basin, first concrete pump connects the first conveyance conduit, second concrete pump connects the second conveyance conduit, remaining slurry collecting pit is communicated with by the first conveyance conduit with remaining slurry sedimentation basin, and remaining slurry sedimentation basin is communicated with metering device by the second conveyance conduit;
Described metering device comprises weighing hopper and is located at the electronic liquid level gauge on weighing hopper inwall, and be provided with electromagnetic valve in weighing hopper lower end, electronic liquid level gauge is connected with electromagnetic valve, and the charging aperture of concrete mixing plant is located at weighing hopper lower end.
2. a kind of annular concrete electric pole according to claim 1 remaining slurry cyclic utilization system, it is characterized in that: described remaining slurry sedimentation basin inwall is provided with concentration detection apparatus, described concentration detection apparatus comprises the luminous component be located on remaining slurry sedimentation basin sidewall and the photosensitive-member being located at remaining slurry sedimentation basin upper end, and luminous component, photosensitive-member are connected with controller respectively.
3. a kind of annular concrete electric pole according to claim 2 remaining slurry cyclic utilization system, is characterized in that: be provided with water inlet pipe in described remaining slurry sedimentation basin, water inlet pipe water side is provided with electronic valve, and electronic valve is connected with controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521113634.4U CN205219450U (en) | 2015-12-29 | 2015-12-29 | Surplus thick liquid cyclic utilization system of annular concurrent |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521113634.4U CN205219450U (en) | 2015-12-29 | 2015-12-29 | Surplus thick liquid cyclic utilization system of annular concurrent |
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| CN205219450U true CN205219450U (en) | 2016-05-11 |
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| CN201521113634.4U Active CN205219450U (en) | 2015-12-29 | 2015-12-29 | Surplus thick liquid cyclic utilization system of annular concurrent |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110341042A (en) * | 2019-07-22 | 2019-10-18 | 漳州市禹丰水泥制品有限公司 | A kind of method of the device and its recycling of residual slurry of tubular pile recycling |
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2015
- 2015-12-29 CN CN201521113634.4U patent/CN205219450U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110341042A (en) * | 2019-07-22 | 2019-10-18 | 漳州市禹丰水泥制品有限公司 | A kind of method of the device and its recycling of residual slurry of tubular pile recycling |
| CN110341042B (en) * | 2019-07-22 | 2021-01-19 | 漳州市禹丰水泥制品有限公司 | Device for recycling residual slurry of tubular pile and recycling method thereof |
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