CN218435404U

CN218435404U - Large fishpond sterilizing filter

Info

Publication number: CN218435404U
Application number: CN202222617460.1U
Authority: CN
Inventors: 杨桂文
Original assignee: Guangzhou Ximan Environmental Protection Technology Co ltd
Current assignee: Guangzhou Ximan Environmental Protection Technology Co ltd
Priority date: 2022-09-29
Filing date: 2022-09-29
Publication date: 2023-02-03
Anticipated expiration: 2032-09-29

Abstract

The utility model discloses a large-scale fish pond filter that disinfects, including box and respectively fixed mounting at the water inlet and the delivery port of box left and right sides terminal surface, water inlet department is connected with the water pump, the inside diapire of box is provided with the slope, install in the box and purify the subassembly, and purify the subassembly including brush one-level that from left to right arranges in proper order deposit storehouse, brush second grade and deposit storehouse, one-level disinfect and go out the algae storehouse, filter pulp filter storehouse, bacterium room filler storehouse, second grade disinfect and go out the algae storehouse. This large-scale fish pond sterilization filter has guaranteed the filter to the filtration of various impurity, to killing of bacterium virus and alga, has improved quality of water simultaneously, and is blockked up by the foul when the high density filter pulp, and water can overflow to bacterium room filler storehouse from the top of third baffle, fourth baffle and high density filter pulp, and can not overflow the filter, in addition when carrying out the blowdown to the filter, sewage can pass through the check valve in the same direction as the slope, flows to the recess at last and discharges from the drain, thereby can thoroughly empty sewage.

Description

Large fishpond sterilizing filter

Technical Field

The utility model relates to a water treatment technical field specifically is a large-scale fish pond filter that disinfects.

Background

In fish culture, fish often has a high incidence of disease, a low survival rate and a slow growth rate due to poor water quality, oxygen deficiency, more sludge and impurities, turbid water quality and the like in a fish pond, so that the water in the fish pond needs to be filtered and purified by using a fish pond filter.

Traditional fish pond filter structure is more single, only filters at filter internally mounted filter pulp or filter screen, can only filter a small amount of impurity, and the filter effect is not good, and does not have the function of disinfecting, and water easily overflows the filter when filter pulp or filter screen block up, when carrying out the blowdown clearance to the filter in addition, the difficult evacuation of water in the filter.

SUMMERY OF THE UTILITY MODEL

Technical problem to be solved

The utility model is not enough to prior art, the utility model provides a large-scale fish pond sterilization filter, through carrying out large granule impurity to the water from water inlet flow direction delivery port in proper order and filtering, the small granule impurity filters, exterminate aquatic bacteria virus and alga, the small granule impurity filters, improve quality of water, exterminate aquatic bacteria virus and alga again and handle, this kind of design, for traditional filter, guaranteed the filter to the filtration of various impurity, kill to bacteria virus and alga, quality of water has still been improved simultaneously, and when high density filter pulp is blockked up by the foul, water can be followed the third baffle, the top overflow of fourth baffle and high density filter pulp is to bacterium room filler storehouse, and can not spill over the filter, in addition when carrying out the blowdown clearance to the filter, sewage can pass through the check valve along the slope, it discharges from the drain to flow to the recess at last, thereby water in the evacuation filter that can be thorough, the problem that the background art provided has been solved through these designs.

(II) technical scheme

In order to achieve the above purpose, the utility model provides a following technical scheme: the utility model provides a large-scale fish pond sterilization filter, includes the box and water inlet and the delivery port of difference fixed mounting at the box left and right sides terminal surface, water inlet department is connected with the water pump, the inside diapire of box is provided with the slope, install in the box and purify the subassembly, and purify the subassembly and include that brush one-level that from left to right arranges in proper order deposits storehouse, brush second grade and deposits storehouse, the algae storehouse that goes out is disinfected to the one-level, filter pulp filtration storehouse, bacterium room filler storehouse, second grade are disinfected and go out the algae storehouse, bacterium room filler storehouse bottom is provided with the opening, and opening female connection has the tube drawing.

Preferably, the number of the water inlets and the water outlets is two, and the height of each water outlet is lower than that of each water inlet.

Preferably, the height on slope reduces gradually from the delivery port to the water inlet direction, the lowest on slope is connected with the recess, the middle part of recess just is located the box left side wall and is equipped with the drain.

Preferably, the box inner wall from left to right is fixedly connected with first baffle, second baffle, third baffle, fourth baffle, fifth baffle in proper order, six bins are separated into by first baffle, second baffle, third baffle, fourth baffle, fifth baffle in the inside of box, and six bins from left to right are brush one-level precipitation storehouse, brush second grade precipitation storehouse, one-level disinfect algae removal storehouse, filter pulp filtration storehouse, bacterium room filler storehouse, second grade disinfect algae removal storehouse in proper order.

Preferably, the inboard in brush one-level precipitation storehouse just is located two dead levers of box rear wall fixedly connected with, equal a plurality of first filter brushes of fixedly connected with on the dead lever, the inboard in brush second grade precipitation storehouse just is located two dead levers of box rear wall also fixedly connected with, equal a plurality of second filter brushes of fixedly connected with on the dead lever.

Preferably, the inboard of filter pulp filter bin and the first unsettled baffle of right side lower part fixedly connected with that is located the third baffle, the bottom side of first unsettled baffle does not contact with the top on slope, the center of first unsettled baffle is opened there is the blowoff hole, the top of first unsettled baffle is equipped with a plurality of high density filter pulp, the inboard of bacterium room filler storehouse and the right side lower part fixedly connected with second unsettled baffle that is located the fourth baffle, the bottom side of the unsettled baffle of second also does not contact with the top on slope, a plurality of through holes have evenly been arranged on the unsettled baffle of second, the top of the unsettled baffle of second is equipped with a plurality of bacterium room filter media.

Preferably, the inboard in one-level algae storehouse of killing bacteria just is located two fixed bolsters of lateral wall fixedly connected with behind the box, the equal fixedly connected with bactericidal lamp of fixed bolster, the inboard in second grade algae storehouse of killing bacteria just is located two fixed bolsters of lateral wall also fixedly connected with behind the box, the equal fixedly connected with bactericidal lamp of fixed bolster, the shading lid is all installed at one-level algae storehouse of killing bacteria, second grade algae storehouse top of killing bacteria.

Preferably, the first partition plate, the second partition plate, the third partition plate, the fourth partition plate and the fifth partition plate are all hollow structures, and one-way valves are installed at the contact positions of the first partition plate, the second partition plate, the third partition plate, the fourth partition plate and the fifth partition plate with the slope.

Preferably, the top of the third partition board and the top of the fourth partition board are both far away from the top wall of the box body, and a drain pipe is further fixedly embedded in the bottom of the fourth partition board.

(III) advantageous effects

Compared with the prior art, the utility model discloses possess following beneficial effect:

1. according to the large fish pond sterilization filter, the first-stage precipitation bin, the second-stage precipitation bin, the first-stage sterilization algae removal bin, the filter cotton filter bin, the bacteria house filling bin and the second-stage sterilization algae removal bin are internally provided with the first filter brush, the second filter brush, the germicidal lamp, the high-density filter cotton, the bacteria house filter material and the germicidal lamp respectively, so that large-particle impurity filtering, small-particle impurity filtering, bacterial virus and algae killing in water and micro-particle impurity filtering can be sequentially carried out on water flowing from a water inlet to a water outlet, water quality is improved, and residual bacterial virus and algae in water are killed again;

2. according to the large fish pond sterilizing filter, the third partition plate and the fourth partition plate are arranged, and the tops of the third partition plate and the fourth partition plate are far away from the top wall of the box body, so that when high-density filter cotton is blocked by dirt, water can overflow from the tops of the third partition plate, the fourth partition plate and the high-density filter cotton to a bacteria house filling bin without overflowing the filter;

3. this large-scale fish pond sterilization filter, through setting up the slope, a groove, the drain, and the highly water inlet direction of following the delivery port of slope reduces gradually, the lowest on slope is connected with the recess, the middle part of recess just is located box left side wall and is equipped with the drain, when carrying out the blowdown clearance to the filter, sewage can pass through the check valve along the slope, flow to the recess at last and discharge from the drain to water in the evacuation filter that can be thorough, the problem that the background art provided has been solved through these designs.

Drawings

Fig. 1 is a schematic perspective view of the present invention;

fig. 2 is an exploded view of the present invention;

fig. 3 is a cross-sectional view of the present invention.

In the figure: 1. a box body; 111. a water inlet; 112. a water outlet; 113. a slope; 114. a groove; 115. a sewage draining port; 116. a first separator; 117. a second separator; 118. a third separator; 119. a fourth separator; 120. a fifth partition plate; 121. a fixing rod; 122. a first suspended partition; 123. a sewage draining hole; 124. a second suspended partition; 125. a through hole; 126. a fixed bracket; 127. a light-shielding cover; 128. a drain pipe; 2. a brush primary sedimentation bin; 211. a first filter brush; 3. a brush secondary sedimentation bin; 311. a second filter brush; 4. a first-level sterilization algae removal bin; 411. a germicidal lamp; 5. a filter cotton filtering bin; 511. high-density filter cotton; 6. a bacteria house filler bin; 611. a bacterial house filter material; 7. a secondary sterilization algae removal bin; 8. and (6) tube drawing.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Examples

Referring to fig. 1-3, a large-scale fish pond sterilization filter, includes box 1 and water inlet 111 and delivery port 112 of respectively fixed mounting at the box 1 left and right sides terminal surface, water inlet 111 department is connected with the water pump, the inside diapire of box 1 is provided with slope 113, install the purification subassembly in the box 1, and purify the subassembly and include brush one-level precipitation storehouse 2, brush second grade precipitation storehouse 3, one-level sterilization algae removal storehouse 4, filter pulp filtration storehouse 5, bacteria room filler storehouse 6, second grade sterilization algae removal storehouse 7 of arranging in proper order from left to right, bacteria room filler storehouse 6 bottom is provided with the opening, and opening female connection has a pull-out pipe 8, twists out this pull-out pipe 8, can discharge the water in the bacteria filler storehouse 6, and during the filtration, it can to twist pull-out pipe 8.

The number of the water inlets 111 and the number of the water outlets 112 are two, and the height of the water outlets 112 is lower than that of the water inlets 111, so that water can flow out more quickly.

Wherein, the height of slope 113 reduces from delivery port 112 to water inlet 111 direction gradually, the lowest of slope 113 is connected with recess 114, the middle part of recess 114 just is located box 1 left side wall and is equipped with drain 115 for when carrying out the blowdown clearance to the filter, sewage can flow to recess 114 along slope 113, and can flow out more fast from the water after the purification.

Wherein, the inner wall of box 1 from left to right fixedly connected with first baffle 116, second baffle 117, third baffle 118, fourth baffle 119, fifth baffle 120 in proper order, the inside of box 1 is separated into six bins by first baffle 116, second baffle 117, third baffle 118, fourth baffle 119, fifth baffle 120, and six bins from left to right are brush one-level precipitation storehouse 2, brush second grade precipitation storehouse 3, one-level sterilization algae removal storehouse 4, filter pulp filtration storehouse 5, bacterium room filler storehouse 6, second grade sterilization algae removal storehouse 7 in proper order for can carry out multistage sterilization filtration to the water in the fish pond.

Wherein, two dead levers 121 of lateral wall fixedly connected with behind the inboard of storehouse 2 and being located box 1 of brush one-level precipitation, a plurality of first filter brushes 211 of equal fixedly connected with on the dead lever 121, the inboard of storehouse 3 is just being located box 1 back lateral wall two dead levers 121 of also fixedly connected with to the brush second grade precipitation, brush 311 is filtered to a plurality of second of equal fixedly connected with on the dead lever 121 for the filter effect to impurity is better.

Wherein, the inboard of filter pulp filtration storehouse 5 just is located the first unsettled baffle 122 of right side lower part fixedly connected with of third baffle 118, the bottom side of first unsettled baffle 122 does not contact with the top of slope 113, open at the center of first unsettled baffle 122 has blowoff hole 123, the top of first unsettled baffle 122 is equipped with a plurality of high density filter pulp 511, the inboard of bacteria room filler storehouse 6 just is located the right side lower part fixedly connected with second unsettled baffle 124 of fourth baffle 119, the bottom side of second unsettled baffle 124 also does not contact with the top of slope 113, a plurality of through holes 125 of evenly having arranged on the unsettled baffle 124 of second, the top of second unsettled baffle 124 is equipped with a plurality of bacterium room filter media 611 for both can filter impurity and can improve quality of water.

The inner side of the first-stage sterilizing and algae-killing bin 4 is fixedly connected with two fixing supports 126 on the rear side wall of the box body 1, the sterilizing lamps 411 are fixedly connected with the fixing supports 126, the inner side of the second-stage sterilizing and algae-killing bin 7 is also fixedly connected with two fixing supports 126 on the rear side wall of the box body 1, the sterilizing lamps 411 are fixedly connected with the fixing supports 126, and the shading covers 127 are mounted at the tops of the first-stage sterilizing and algae-killing bin 4 and the second-stage sterilizing and algae-killing bin 7, so that bacteria viruses and algae in water can be killed, and the shading covers 127 can prevent the sterilizing lamps 411 from burning glasses or skin of a person.

The first partition plate 116, the second partition plate 117, the third partition plate 118, the fourth partition plate 119 and the fifth partition plate 120 are all of a hollow structure, and one-way valves are mounted at contact positions of the first partition plate 116, the second partition plate 117, the third partition plate 118, the fourth partition plate 119 and the fifth partition plate 120 and the slope 113, so that when the filter is subjected to blowdown cleaning, sewage can flow to the groove 114 from the one-way valves along the slope 113.

The tops of the third partition plate 118 and the fourth partition plate 119 are far away from the top wall of the box body 1, and the bottom of the fourth partition plate 119 is further fixedly embedded with a drain pipe 128, so that when the high-density filter cotton 511 is blocked by dirt, water can overflow from the tops of the third partition plate 118, the fourth partition plate 119 and the high-density filter cotton 511 to the bacteria room filling bin 6 without overflowing the filter.

The working principle is as follows: water is sent into a filter from a water inlet 111 by a water pump, then flows out of a brush primary precipitation bin 2, a brush secondary precipitation bin 3, a primary sterilization algae removal bin 4, a filter cotton filtering bin 5, a bacteria house filling bin 6 and a secondary sterilization algae removal bin 7 in sequence, and finally flows out of a water outlet 112, in the brush primary precipitation bin 2, a first filter brush 211 can filter large-particle impurities in the water, in the brush secondary precipitation bin 3, because bristles on a second filter brush 311 are denser than bristles on the first filter brush 211, small-particle impurities in the water can be filtered, in the primary sterilization algae removal bin 4, a bactericidal lamp 411 can kill bacteria and algae in the water, in the filter cotton filtering bin 5, because the effect of the high-density filter cotton 511 is better than that of the second filter brush 311, the high-density filter cotton 511 can filter small-particle impurities in the water, in the bacteria house filling bin 6, various bacteria house filter materials 611 can not only filter the bacteria impurities in the water, but also remove odor, active oxygen in the water, improve the water quality, in the secondary sterilization algae removal bin 7, the lamp can kill bacteria, and can also improve the residual bacteria, and the residual bacteria and the algae filter 411 and can also can kill various bacteria and can improve the water quality of the traditional algae; the tops of the third partition plate 118 and the fourth partition plate 119 are far away from the top wall of the box body 1, when the high-density filter cotton 511 is blocked by dirt, water overflows from the tops of the third partition plate 118, the fourth partition plate 119 and the high-density filter cotton 511 to the bacteria house filling bin 6, and does not overflow the filter; and the height of the slope 113 is gradually reduced from the water outlet 112 to the water inlet 111, the lowest part of the slope 113 is connected with the groove 114, the middle part of the groove 114 and the left side wall of the box 1 are provided with a sewage discharge outlet 115, the bottom of the first partition plate 116, the second partition plate 117, the third partition plate 118, the fourth partition plate 119 and the fifth partition plate 120 are all provided with a check valve which only allows water to flow from the high position to the low position of the slope 113, so that when the filter is subjected to sewage discharge cleaning, sewage can flow through the check valve along the slope 113 and finally flow to the groove 114 to be discharged from the sewage discharge outlet 115, thereby thoroughly emptying the water in the filter.

Claims

1. The utility model provides a large-scale fish pond sterilization filter which characterized in that: including box (1) and respectively fixed mounting at water inlet (111) and delivery port (112) of box (1) left and right sides terminal surface, water inlet (111) department is connected with the water pump, the inside diapire of box (1) is provided with slope (113), install in box (1) and purify the subassembly, and purify the subassembly and include brush one-level precipitation storehouse (2), brush second grade precipitation storehouse (3), one-level sterilization algae removal storehouse (4), filter pulp filtration storehouse (5), bacterium room filler storehouse (6), second grade sterilization algae removal storehouse (7) of arranging in proper order from left to right, bacterium room filler storehouse (6) bottom is provided with the opening, and opening female connection has tube drawing (8).

2. The sterilizing filter for large fishponds according to claim 1, wherein: the number of the water inlets (111) and the number of the water outlets (112) are two, and the heights of the water outlets (112) are lower than that of the water inlets (111).

3. The sterilizing filter for large fishponds according to claim 1, wherein: the height of slope (113) reduces from delivery port (112) toward water inlet (111) direction gradually, the lowest of slope (113) is connected with recess (114), the middle part of recess (114) just is located box (1) left side wall and is equipped with drain (115).

4. The sterilizing filter for large fishponds according to claim 1, wherein: the utility model discloses a sterilization and algae removal device, including box (1), inner wall, six storehouses, filter cotton filter bin (5), bacteria room filler bin (6), second grade sterilization and algae removal bin (7), box (1) inner wall from left to right fixedly connected with first baffle (116), second baffle (117), third baffle (118), fourth baffle (119), fifth baffle (120) in proper order, the inside of box (1) is separated into six storehouses by first baffle (116), second baffle (117), third baffle (118), fourth baffle (119), fifth baffle (120), and six storehouses from left to right are brush one-level precipitation bin (2), brush second grade precipitation bin (3), one-level sterilization and algae removal bin (4) in proper order.

5. The large fish pond sterilizing filter of claim 4, wherein: the inboard of brush one-level sediment storehouse (2) just is located two dead levers (121) of box (1) rear side wall fixedly connected with, a plurality of first filter brushes (211) of equal fixedly connected with on dead lever (121), the inboard of brush second grade sediment storehouse (3) just is located two dead levers (121) of box (1) rear side wall also fixedly connected with, brush (311) are filtered to a plurality of second of equal fixedly connected with on dead lever (121).

6. The sterilizing filter for large fishponds according to claim 4, wherein: the filter cotton filters the inboard of storehouse (5) and is located the first unsettled baffle of right side lower part fixedly connected with (122) of third baffle (118), the bottom side of first unsettled baffle (122) does not contact with the top of slope (113), open at the center of first unsettled baffle (122) has blowoff hole (123), the top of first unsettled baffle (122) is equipped with a plurality of high density filter cotton (511), the inboard of bacterium room filler storehouse (6) and the right side lower part fixedly connected with second unsettled baffle (124) that is located fourth baffle (119), the bottom side of second unsettled baffle (124) also does not contact with the top of slope (113), a plurality of through holes (125) have evenly arranged on second unsettled baffle (124), the top of second unsettled baffle (124) is equipped with a plurality of bacterium room filter media (611).

7. The large fish pond sterilizing filter of claim 4, wherein: the inboard in one-level algae storehouse (4) that goes out that disinfects just is located two fixed bolsters of lateral wall fixedly connected with (126) behind box (1), equal fixedly connected with bactericidal lamp (411) in fixed bolster (126), the inboard in second grade algae storehouse (7) that goes out that disinfects just is located two fixed bolsters of lateral wall also fixedly connected with (126) behind box (1), equal fixedly connected with bactericidal lamp (411) in fixed bolster (126), shading lid (127) are all installed at one-level algae storehouse (4) that goes out, second grade algae storehouse (7) that goes out that disinfects top.

8. The sterilizing filter for large fishponds according to claim 4, wherein: the first partition plate (116), the second partition plate (117), the third partition plate (118), the fourth partition plate (119) and the fifth partition plate (120) are all of hollow structures, and one-way valves are installed at the contact positions of the first partition plate (116), the second partition plate (117), the third partition plate (118), the fourth partition plate (119), the fifth partition plate (120) and the slope (113).

9. The large fish pond sterilizing filter of claim 4, wherein: the top of the third partition plate (118) and the top of the fourth partition plate (119) are both far away from the top wall of the box body (1), and a drain pipe (128) is fixedly embedded at the bottom of the fourth partition plate (119).