CN218454048U

CN218454048U - Divide circulating soft water filtration equipment of accuse

Info

Publication number: CN218454048U
Application number: CN202223038367.1U
Authority: CN
Inventors: 陈栋
Original assignee: Shenzhen Huixingyuan Technology Co ltd
Current assignee: Shenzhen Huixingyuan Technology Co ltd
Priority date: 2022-11-15
Filing date: 2022-11-15
Publication date: 2023-02-07
Anticipated expiration: 2032-11-15

Abstract

The utility model discloses a divide circulating soft water filtration equipment of accuse, including sewage jar, parallel arrangement in the water purification jar 12 of 1 rear side of sewage jar, 1 right side of sewage jar is provided with elementary sedimentation tank 2, 2 right sides of elementary sedimentation tank are provided with circulation filter chamber 5, and cone funnel 6 is installed to 5 inboard front ends of circulation filter chamber, and cone funnel 6 rear ends are installed one-level infiltration membrane 7, and 7 rear sides of one-level infiltration membrane are provided with second grade infiltration membrane 8, and 12 right sides of water purification jar are provided with detection case 9, and soft water monitoring mechanism 10 is installed to detection case 9 front end. This soft water filtration equipment adopts elementary sedimentation tank, circulation filter chamber and detection case to communicate each other, forms two sets of passageways, and cooperation water quality monitoring system conveniently carries out the loop filter to soft water and handles, promotes the filter effect.

Description

Divide circulating soft water filtration equipment of accuse

Technical Field

The utility model belongs to soft water filtration equipment field, concretely relates to divide circulating soft water filtration equipment of accuse.

Background

Soft water is through softening treatment, gets rid of the water of aquatic calcium magnesium ion, generally can use as city normal water, or reach the drinking water standard through advanced treatment again, and soft water is in the processing procedure, and calcium magnesium ion combines with the acid radical ion and forms the precipitate, then will deposit through filtering operation and impurity filtering, and this process just needs to use filtration equipment, but present soft water filtration equipment, the water only flows towards single direction, and only has a filtration procedure, and the filter effect is general, and the precipitate is got rid of incompletely.

The utility model discloses a chinese utility model patent with the current publication number of CN215365119U, which discloses a soft water filtering device, comprising a shell, wherein a feeding pipe is installed at the top of the shell, a soft water filter is arranged in the inner cavity of the shell, side plates are fixedly connected to the left and right sides of the soft water filter, a plugging mechanism is arranged at one side of each side plate away from the soft water filter, a water outlet pipe is plugged at the right side of the shell close to the bottom, the left end of the water outlet pipe extends to the inner cavity of the shell, and the soft water filtering device can be conveniently disassembled by matching use of a series of components such as an inserting rod, an installation block and a pull rod, so that the filter element in the soft water filtering device can be conveniently replaced; use through the cooperation between a series of parts such as dog, piece and L-shaped piece, make the utility model discloses can be convenient dismantle the clearance operation to the filter screen, the utility model discloses a series of structures make this device have characteristics such as be convenient for clear up and convenient to detach change.

Therefore, aiming at the condition that the traditional soft water filtering equipment has general filtering effect and incomplete sediment removal, the novel soft water filtering equipment is developed, and the filtering effect of soft water is enhanced by utilizing a plurality of filtering programs and a circulating soft water flow channel.

SUMMERY OF THE UTILITY MODEL

(1) Technical problem to be solved

Not enough to prior art, the utility model aims to provide a divide circulating soft water filtration equipment of accuse, this soft water filtration equipment aims at solving present soft water filtration equipment filter effect general, and incomplete technical problem is got rid of to the precipitate.

(2) Technical scheme

In order to solve the technical problem, the utility model provides a such divide circulating soft water filtration equipment of accuse, this soft water filtration equipment include sewage jar, parallel arrangement in the water purification jar of sewage jar rear side, sewage jar right side is provided with elementary sedimentation tank, the inboard sedimentation chamber and separation chamber that is provided with of elementary sedimentation tank, elementary sedimentation tank right side is provided with the circulation filter chamber, conical hopper is installed to circulation filter chamber inboard front end, the one-level infiltration membrane is installed to the conical hopper rear end, the one-level infiltration membrane rear side is provided with the second grade and oozes the filter membrane, water purification jar right side is provided with the detection case, soft water monitoring mechanism is installed to the detection case front end, the detection case right-hand member is installed and is added the medicine room.

When the separate control circulating type soft water filtering equipment of the technical scheme is used, soft water added with a coagulating agent in a sewage tank flows into a primary sedimentation tank through a water outlet pipe and stands for a long time in a sedimentation cavity, more precipitates are formed in the water along with the full action of the coagulating agent, then a vertical oil cylinder is started, a primary filter screen is pushed upwards, the precipitates are intercepted above through meshes of the primary filter screen, water below the sedimentation cavity enters a circulating filter chamber through a downstream pipe, small-particle precipitates in the water are intercepted through a conical funnel and the primary percolating membrane, the rest water enters a temporary storage cavity in a detection box through the communication of a through pipe and a drainage pipe, a soft water monitoring mechanism monitors the water quality in the temporary storage cavity, and after the water quality treatment is detected to be not up to the standard, the first pump is opened through a single chip microcomputer control system, the water in the cavity is temporarily stored into a dosing chamber, the coagulant and the microbial treatment agent are added again for reprocessing, then the water is discharged into a separation cavity through a dropping pipe, when the water is discharged, suspended matters and a small amount of sediments in the water are reserved above a second-stage filter screen, the water enters the lower part of the separation cavity, then the second pump pumps the water in the separation cavity into a circulating filter chamber, the water is filtered again through a second-stage percolation membrane, the rest water enters a detection box again through a drainage pipe, after the soft water quality is detected to be qualified by a soft water monitoring mechanism, the first pump is closed, along with the increase of the soft water quantity, the water height rises, the water flows into a percolation cavity through a percolation port, then the third pump pumps the water in the percolation cavity out, and the water is discharged into a water purification tank through a water inlet pipe for storage.

Further, the sewage jar with be connected with the outlet pipe between the elementary sedimentation tank, perpendicular hydro-cylinder is installed to elementary sedimentation tank lower extreme, the sedimentation chamber inboard is provided with the one-level filter screen, the one-level filter screen install in the hydraulic shaft pole top of perpendicular hydro-cylinder, one-level filter screen initial state are in the sedimentation chamber bottom, and its appearance and sedimentation chamber inner wall adaptation, the lifting of perpendicular hydro-cylinder control one-level filter screen is held back the large granule precipitate of aquatic in one-level filter screen top.

Further, elementary sedimentation tank right-hand member with be connected with the direct current pipe between the circulation filter chamber front end, one-level infiltration membrane rear end with be connected with the diameter between the circulation filter chamber rear end and be less than the siphunculus of circulation filter chamber diameter, the siphunculus set up in the middle of the second grade infiltration membrane, the water of discharging in the circulation filter chamber from the sedimentation chamber carries out the primary filtration through one-level infiltration membrane for the first time, and soft water after the backward flow carries out the secondary filtration through second grade infiltration membrane for the second time.

Furthermore, a drainage tube is connected between the rear end of the circulating filter chamber and the right end of the detection box, a partition plate is installed on the inner side of the detection box, a temporary storage cavity with an inclined bottom surface is arranged on the right side of the partition plate, a seepage cavity with an inclined bottom surface is arranged on the left side of the partition plate, the bottom of the temporary storage cavity is an inclined plane with a height from left to right, the bottom of the seepage cavity is an inclined plane with a height from left to right, and soft water flows to a lower position in advance after entering the temporary storage cavity.

Further, the detection case with install a pump machine between the dosing chamber, dosing chamber front end with be connected with the dropping liquid pipe between the elementary sedimentation tank rear end, the second grade filter screen is installed to the separation chamber inboard, the dropping liquid pipe front end set up in the separation chamber top, from the soft water entering separation chamber of dropping liquid pipe droppings, deposit and the suspended solid of aquatic are held back in the top by the second grade filter screen, and remaining water gets into the separation chamber bottom.

Further, no. two pump machines are installed to circulation filter chamber left end, no. two pump machines with be connected with between the elementary sedimentation tank right-hand member communicate in the back flow of separation chamber, the back flow left end set up in second grade filter screen below, no. two pump machines will detect unqualified water suction through the back flow and wait to carry out secondary filtration in circulation filter chamber.

Further, the apron is installed to the detection case upper end, no. three pump machines are installed to the apron upper end, the baffle lower extreme is provided with the intercommunication store up the chamber temporarily with the seepage flow mouth in seepage flow chamber, the detection case with be connected with the inlet tube between the water purification jar, detect qualified soft water and advance the seepage flow chamber from storing up the chamber temporarily through the seepage flow mouth, preserve in the water purification jar through No. three pump machine suction again.

(3) Advantageous effects

Compared with the prior art, the beneficial effects of the utility model reside in that: the utility model discloses a divide accuse circulating soft water filtration equipment adopts primary sedimentation tank, circulation filter chamber and detection case to communicate each other, forms two sets of passageways, cooperates with the water quality monitoring system, conveniently carries out the circulation filtration processing to the soft water, promotes the filter effect; soft water is subjected to water quality detection in the detection box, water body backflow circulation is reversely controlled through detection results, soft water which is qualified or unqualified in detection can be filtered according to treatment requirements, the purpose of separate control is achieved, and the use is flexible.

Drawings

FIG. 1 is a schematic view of an assembly structure of an embodiment of the separately controlled circulating soft water filtering apparatus of the present invention;

FIG. 2 is a schematic structural view of a primary sedimentation tank according to an embodiment of the separately controlled circulating soft water filtration apparatus of the present invention;

FIG. 3 is a schematic view of the structure of the circulation filtering chamber of an embodiment of the separately controlled circulation type soft water filtering apparatus of the present invention;

fig. 4 is a schematic structural view of the detection box of the embodiment of the sub-control circulation type soft water filtering device of the present invention.

The labels in the figures are: 1. a sewage tank; 2. a primary sedimentation tank; 3. a sedimentation chamber; 4. a separation chamber; 5. a circulating filter chamber; 6. a conical funnel; 7. a first-stage infiltration membrane; 8. a secondary infiltration membrane; 9. a detection box; 10. a soft water monitoring mechanism; 11. a dosing chamber; 12. a water purification tank; 13. a water outlet pipe; 14. a vertical oil cylinder; 15. a first-stage filter screen; 16. a down-flow pipe; 17. pipe passing; 18. a drainage tube; 19. a partition plate; 20. a temporary storage cavity; 21. a seepage chamber; 22. a first pump machine; 23. a dropping tube; 24. a second-stage filter screen; 25. a second pump machine; 26. a return pipe; 27. a cover plate; 28. a third pump machine; 29. a seepage port; 30. and (4) a water inlet pipe.

Detailed Description

This embodiment is used for a divide circulating soft water filtration equipment of accuse, and its package assembly schematic diagram is shown in fig. 1, and elementary sedimentation tank 2 structural diagram is shown in fig. 2, and circulation filter chamber 5 structural diagram is shown in fig. 3, and detection case 9 structural diagram is shown in fig. 4, this soft water filtration equipment include sewage tank 1, parallel arrangement in the clean water jar 12 of sewage tank 1 rear side, sewage tank 1 right side is provided with

elementary sedimentation tank

2, 2 inboards in elementary sedimentation tank are provided with sedimentation chamber 3 and

disengagement chamber

4, 2 right sides in elementary sedimentation tank are provided with circulation filter chamber 5, cone funnel 6 is installed to 5 inboard front ends in circulation filter chamber, cone funnel 6 rear end is installed one-level and is oozed filter membrane 7, one-level is oozed filter membrane 7 rear side and is provided with second grade and is oozed filter membrane 8, clean water jar 12 right side is provided with detection case 9, soft water monitoring mechanism 10 is installed to detection case 9 front end, detection case 9 right-hand member is installed and is added medicine room 11.

To this embodiment, soft water monitoring mechanism 10 recognizable detection temporary storage cavity 20 in the water heavy metal content, the numerical value such as the suspended solid concentration of intaking, can adopt the model on the existing market to be GDYS-201M type multi-parameter detector, or ZJS-07 type heavy metal detector to adopt single chip microcomputer control system to be connected between the on-off control mechanism with a pump machine 22, when harmful substance concentration is high, a pump machine 22 is opened, when the dense compound requirement of harmful substance, a pump machine 22 is closed.

Wherein, sewage tank 1 with be connected with outlet pipe 13 between the elementary sedimentation tank 2, perpendicular hydro-cylinder 14 is installed to 2 lower extremes of elementary sedimentation tank, 3 inboards in sedimentation chamber are provided with one-level filter screen 15, one-level filter screen 15 install in the hydraulic shaft pole top of perpendicular hydro-

cylinder

14, 2 right-hand members in elementary sedimentation tank with be connected with in the same direction as flow pipe 16 between 5 front ends of circulating filtration room, one-level infiltration membrane 7 rear end with be connected with the diameter between 5 rear ends of circulating filtration room and be less than the siphunculus 17 of 5 diameter of circulating filtration room, siphunculus 17 set up in the middle of the second

grade infiltration membrane

8, 5 rear ends of circulating filtration room with be connected with drainage tube 18 between 9 right-hand members of detection case, baffle 19 is installed to detection case 9 inboard, baffle 19 right side is provided with the temporary storage chamber 20 of bottom surface slope, baffle 19 left side is provided with the infiltration chamber 21 of bottom surface slope, and one-level filter screen 15 initial state is in sedimentation chamber 3 bottom, and its type and 3 inner wall adaptation in the sedimentation chamber, and perpendicular hydro-cylinder 14 control one-level filter screen 15 lifting, with the large granule precipitate in the aquatic in the one-level filter screen 15 top of one-level 15, carry out the first time the high filtration room of the second filtration, carry out the low filtration room of the low water storage soft water storage room of the low water that flows after-level filter screen that flows in advance, carry out the high secondary flows the low filtration room 20, carry out the low water storage filter screen that the high secondary flows in the left side of the lower side of the one-level filter screen that flows in the one-level filter chamber, and carry out.

Meanwhile, a first pump 22 is installed between the detection box 9 and the dosing chamber 11, a dropping liquid pipe 23 is connected between the front end of the dosing chamber 11 and the rear end of the primary sedimentation tank 2, a secondary filter screen 24 is installed on the inner side of the separation chamber 4, the front end of the dropping liquid pipe 23 is arranged above the secondary filter screen 24, a second pump 25 is installed at the left end of the circulating filtration chamber 5, a return pipe 26 communicated with the separation chamber 4 is connected between the second pump 25 and the right end of the primary sedimentation tank 2, the left end of the return pipe 26 is arranged below the secondary filter screen 24, a cover plate 27 is installed at the upper end of the detection box 9, and a third pump 28 is installed at the upper end of the cover plate 27, the 19 lower extreme of baffle is provided with the intercommunication temporary storage chamber 20 with the seepage mouth 29 in seepage chamber 21, detection case 9 with be connected with inlet tube 30 between the water purification jar 12, the soft water that drips from dropping pipe 23 gets into the disengagement chamber 4, and sediment and the suspended solid in the aquatic are held back in the top by second grade filter screen 24, and remaining water gets into disengagement chamber 4 bottom, and No. two pump machines 25 will detect unqualified water suction circulation filter chamber 5 through back flow 26 and wait to carry out the secondary filtration, and the qualified soft water that detects enters seepage chamber 21 from temporary storage chamber 20 through seepage mouth 29, preserves in the No. three pump machines 28 suction water purification jars 12 of rethread.

When the separate control circulating type soft water filtering device of the technical scheme is used, soft water added with a coagulation medicament in a sewage tank 1 flows into a primary sedimentation tank 2 through a water outlet pipe 13 and stands for a long time in a sedimentation cavity 3, more precipitates are formed in the water along with the full action of the coagulation medicament, then a vertical oil cylinder 14 is started, a primary filter screen 15 is pushed upwards, the precipitates are intercepted above through meshes of the primary filter screen 15, water below the sedimentation cavity 3 enters a circulating filter chamber 5 through a downstream pipe 16, small-particle precipitates in the water are intercepted through a conical funnel 6 and a primary infiltration membrane 7, the rest water enters a temporary storage cavity 20 in a detection box 9 through the communication of a through pipe 17 and a drainage pipe 18, a soft water monitoring mechanism 10 monitors the water quality in the temporary storage cavity 20, and after the water quality treatment does not reach the standard, the first pump 22 is opened through a single chip microcomputer control system, water in the temporary storage cavity 20 is pumped into the dosing chamber 11, coagulant and microbial treatment agents are added again for retreatment, then the water is discharged into the separation cavity 4 through the dropping pipe 23, while the water is discharged, suspended matters and a small amount of precipitates in the water are retained above the secondary filter screen 24, the water enters the lower part of the separation cavity 4, then the second pump 25 pumps the water in the separation cavity 4 into the circulating filter chamber 5, the water is filtered again through the secondary percolation film 8, the rest water enters the detection box 9 again through the drainage pipe 18, the first pump 22 is closed after the soft water monitoring mechanism 10 detects that the water quality is qualified, the water height rises along with the increase of the soft water amount, the water flows into the percolation cavity 21 through the percolation port 29, then the third pump 28 pumps the water in the percolation cavity 21, and the water is discharged into the water purification tank 12 through the water inlet pipe 30 for storage.

Claims

1. A sub-control circulating type soft water filtering device comprises a sewage tank and a water purifying tank arranged on the rear side of the sewage tank in parallel; its characterized in that, the sewage tank right side is provided with elementary sedimentation tank, the elementary sedimentation tank inboard is provided with sedimentation chamber and disengagement chamber, the elementary sedimentation tank right side is provided with the circulation filter chamber, conical funnel is installed to circulation filter chamber inner side front end, the one-level infiltration membrane is installed to the conical funnel rear end, one-level infiltration membrane rear side is provided with second grade infiltration membrane, water purification tank right side is provided with the detection case, soft water monitoring mechanism is installed to the detection case front end, the detection case right-hand member is installed and is added the medicine room.

2. The sub-control circulation type soft water filtering device according to claim 1, wherein a water outlet pipe is connected between the sewage tank and the primary sedimentation tank, a vertical cylinder is installed at the lower end of the primary sedimentation tank, a primary filter screen is arranged at the inner side of the sedimentation tank, and the primary filter screen is installed at the top end of a hydraulic shaft rod of the vertical cylinder.

3. The distribution-controlled circulating-type soft water filtering apparatus as claimed in claim 1, wherein a downstream pipe is connected between the right end of the primary sedimentation tank and the front end of the circulating filter chamber, a through pipe having a diameter smaller than that of the circulating filter chamber is connected between the rear end of the primary percolating membrane and the rear end of the circulating filter chamber, and the through pipe is disposed between the secondary percolating membranes.

4. The distribution control circulation type soft water filtering apparatus according to claim 1, wherein a drainage tube is connected between the rear end of the circulation filtering chamber and the right end of the detection box, a partition is installed inside the detection box, a temporary storage chamber with an inclined bottom surface is arranged on the right side of the partition, and a seepage chamber with an inclined bottom surface is arranged on the left side of the partition.

5. The fractional control circulation type soft water filtering equipment according to claim 1, wherein a first pump is installed between the detection box and the dosing chamber, a dropping pipe is connected between the front end of the dosing chamber and the rear end of the primary sedimentation tank, a secondary filter screen is installed on the inner side of the separation chamber, and the front end of the dropping pipe is arranged above the secondary filter screen.

6. The apparatus as claimed in claim 5, wherein a second pump is installed at the left end of the circular filtering chamber, a return pipe connected to the separating chamber is connected between the second pump and the right end of the primary sedimentation tank, and the left end of the return pipe is disposed below the second filtering net.

7. The sub-control circulation type soft water filtering device according to claim 4, wherein a cover plate is installed at the upper end of the detection box, a third pump is installed at the upper end of the cover plate, a seepage port communicating the temporary storage chamber and the seepage chamber is formed at the lower end of the partition plate, and a water inlet pipe is connected between the detection box and the clean water tank.