CN205603331U

CN205603331U - Water circle device's diffusion piece improves structure

Info

Publication number: CN205603331U
Application number: CN201620163524.7U
Authority: CN
Inventors: 萧福崇
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-03-03
Filing date: 2016-03-03
Publication date: 2016-09-28
Anticipated expiration: 2026-03-03

Abstract

The utility model discloses a water circle device's diffusion piece improves structure, be equipped with the runner of opening outside one or two terminal pair in a shell body, be equipped with most interval arrangements in this runner on, lower baffle, on each, down the baffle is equipped with a mutual staggered arrangement at least respectively on, lower fretwork position, and on each, can be equipped with most evenly distributed's through hole down on the baffle respectively, when rivers pass through aforementioned runner, passing through respectively of can making a circulation is last, lower fretwork position and produce diffusion repeatedly and change with concentrating, cooperation partly rivers refines through through hole formation, it stops area and the time that contacts with the air to increase rivers, it improves to send the dissolved oxygen efficiency that refines rivers, make to breed the pond frequency of fetching water, the time contraction, and reduce kinetic energy and export, reach the structure of energy -conservation and best aeration effect.

Description

The diffuser improved structure of water circle device

Technical field

This utility model relates to the diffuser improved structure of water circle device, particularly relates to that a kind of simple structure is reliable, energy-saving effect is good and can promote the diffuser structure of dissolved oxygen amount.

Background technology

In the environment of aquatic animal cultivating or large-scale aquiculture, owing to using all feeds that the biochemical change of aquatic can be made to have the composition such as nitrous acid and ammonia, form the pollution of cultivation water；Meanwhile, the aquatic-organism cultivated also can consume the oxygen of this cultivation water, and therefore, for aquatic animal cultivating, purification of water quality and dissolved oxygen in water supply and maintenance, be to be an important problem.

Tradition is applied to the purification filtering system of water circulation, mostly use side overflow mode, filter cotton and ceramic filter material are separately positioned in different filter spaces, make current i.e. overflow to the second filter space after being full of the first filter space, use the effects of purification quality reaching to filter layer by layer；But, in above-mentioned each flooding process, not only can increase time loss, and be also required to provide extra empty (oxygen) gas with compression motor at end, dissolved oxygen in water can be increased, consequently, it is possible to too increase consuming and the apparatus cost of the energy, also add consuming and the apparatus cost of the energy.

nullIt is related to various conventional aerator，Disclose various different structure at the domestic and international patent documentation of many and implement aspect，Such as: TaiWan, China patent announcement the M397386th " regulation valve and aeration tube device "、TaiWan, China patent announcement the 193651st " waste water of continuous batch aeration purification processes "、Chinese Patent No. CN101172700 " discontinuous bidirectional-flow aerating biological filter and sewage water treatment method thereof "、Chinese Patent No. CN1827537 " non-blocking aeration biological filter "、Chinese Patent No. CN1911832 " siphon type full automatic aeration biologicall filtering chamber "、Chinese Patent No. No. CN2595797 " long Handle filter head special for aeration biological filter pool " and Chinese Patent No. No. CN2438709 " UBAF " etc.，All disclose the different entities mechanism of various tool aeration performance.

Above-mentioned various aeration mechanism is to be introduced directly in water by air and produce bubble mostly, uses lifting water oxygen level；But, this kind of mode is all extremely limited due to contact area and the time of air with water, makes the aeration effect of entirety be difficult to meet demand.

Because common water filtration and aerator have disadvantages mentioned above, inventor to be the road for those shortcoming Improvements when reality is applied, finally there is generation of the present utility model.

Utility model content

Main purpose of the present utility model is to provide the diffuser improved structure of a kind of water circle device, it is in utilizing on many groups, the spaced setting of lower clapboard, and on each, staggered hollow out position it is respectively equipped with between lower clapboard, by water by after introduced above, utilize action of gravity make water weave throngh downwards each on, the hollow out position of lower clapboard and form diffusion repeatedly and concentrate, use and make water be mixed with air, air water can be made to increase friction in pipe and clash into, and increase the time of staying with clash into number of times reach refine molecular structure water, reach optimal aeration effect.

The another object of this utility model is to provide the diffuser improved structure of a kind of water circle device, it is complete without using any machinery means in aeration process, with improve dissolved oxygen efficiency and reduce culturing pool fetch water frequency, the time shorten, and reduce kinetic energy output, reaching energy-conservation, mechanical failure problems, overall structure is simple and has reliability.

This utility model is for reaching above-mentioned purpose and effect, and its practiced technological means includes: a shell body, has a runner, and this runner two end externally connects via one end open respectively；Most upper spacers, are separately positioned in the runner of previous housings body, and each upper spacer supplies water at least provided with one and flows the upper hollow out position passed through；Most lower clapboards, are respectively separated in being arranged on aforementioned runner between each upper spacer, and each lower clapboard is at least provided with the lower hollow out position of Yu the staggered arrangement in upper hollow out position.

According to said structure, described most upper spacer is that directly interval is fixed on runner, aforementioned upper hollow out position is the through hole being located at each upper spacer central part, and aforementioned lower clapboard is the area plate body slightly larger than aforementioned through-hole, and each lower clapboard respectively via most unsettled through holes being combined in each upper spacer of connecting rod below.

According to said structure, described each upper spacer is additionally provided with most equally distributed perforation respectively.

According to said structure, described each lower clapboard is additionally provided with most equally distributed perforation respectively.

According to said structure, the upper and lower dividing plate of described majority is respectively provided with and meets the relative local shape in aforementioned runner inner circumferential side two, and this majority upper spacer, lower clapboard are two offsides in the spaced runner being arranged on previous housings body, form staggered upper and lower hollow out position respectively at each upper and lower dividing plate side.

According to said structure, it is provided with most connecting rod between described each upper spacer and forms link, be additionally provided with most connecting rod formation between each lower clapboard and link.

According to said structure, described each upper and lower dividing plate is additionally provided with most equally distributed perforation respectively.

As for detailed configuration of the present utility model, application principle, effect and effect, the most available understanding completely:

Accompanying drawing explanation

Fig. 1 is the three-dimensional local structural graph of this utility model first embodiment.

Fig. 2 is the plane structure chart of this utility model first embodiment.

Fig. 3 is the overall structure schematic diagram of the feasible water circle device of this utility model one.

Fig. 4 is the three-dimensional local structural graph of this utility model the second embodiment.

Fig. 5 is the plane structure chart of this utility model the second embodiment.

Fig. 6 is the three-dimensional local structural graph of this utility model the 3rd embodiment.

Fig. 7 is the plane structure chart of this utility model the 3rd embodiment.

Fig. 8 is the three-dimensional local structural graph of this utility model the 4th embodiment.

Fig. 9 is the plane structure chart of this utility model the 4th embodiment.

Detailed description of the invention

Please join shown in Fig. 1 to Fig. 3, it is known that the structure of this utility model first embodiment specifically includes that the parts such as a shell body 1, most upper spacer 2 and most lower clapboards 3；Wherein said shell body 1 is the elongate structure body of a hollow, is provided with a runner 13 therein, and this runner 13 2 end externally connects via one end open 11,12 respectively.

Most upper spacer 2, lower clapboards 3, on the spaced runner 13 being arranged on described shell body 1, are respectively equipped with staggered upper and lower hollow out position 21,31 on each upper and lower dividing plate 2,3；In a feasible embodiment, foregoing majority upper spacer 2 is that directly interval is fixed on runner 13, on this, hollow out position 21 is the through hole being located at each upper spacer 2 central part, and this lower clapboard 3 is the area plate body slightly larger than aforementioned through-hole (upper hollow out position 21), and each lower clapboard 3 is respectively via the unsettled lower section being combined in each through hole (upper hollow out position 21) of most connecting rods 30, therefore, the wing passage being located at 3 weeks sides of lower clapboard also can be considered aforementioned lower hollow out position 31.

After current are imported by end opening 11 above, the ground that current can be made via the effect of gravity roundabout passes through upper hollow out position 21 and the lower hollow out position 31 of lower clapboard 3 of upper spacer 2 respectively, it is rough in centralized when current are by upper hollow out position 21, and when current are by lower hollow out position 31, then in disperseing to outer peripheral side, utilize the most repeatedly irradiation and concentration change, current can be made to be mixed with air during by runner 13, gas can be made, water increases friction in pipe and clashes into, and increase the time of staying with clash into number of times reach refine molecular structure water, reach optimal aeration effect.

nullWhen reality is applied，A water inlet tap 14 (internal diameter that the external diameter of this water inlet tap 14 sets less than end opening 11 can be set end opening 11 above above-mentioned upright shell body 1，And with water inlet tap 14 external diameter: end opening 11 internal diameters=3:5 is preferable)，Make between this end opening 11 and water inlet tap 14, to leave gap and form an air inlet 142，(internal diameter of this water inlet tap 14 is more than the internal diameter of water inlet pipe 140 via a water inlet pipe 140 for described water inlet tap 14，And with this water inlet tap 14 internal diameter: water inlet pipe 140 internal diameters=3:1.5 is preferable) connect a pump 61 being arranged in water source 6，Be provided with an auxilairy air intake 141 (internal diameter of this water inlet tap 14 is more than the internal diameter of auxilairy air intake 141 in aforementioned water inlet tap 14 stage casing，And with this water inlet tap 14 internal diameter: auxilairy air intake 141 internal diameters=3:0.5 is preferable).

The another end opening 12 in shell body 1 lower end connects a water vapor bubbles isocon 4 via a delivery line 15, this water vapor bubbles isocon 4 is provided with a water vapor bubbles introducing port 41 being engaged on aforementioned delivery line 15 in stage casing, separately has water purification export mouth that a upwardly extending bubble export mouth 43 and downwardly extends 42 (internal diameter of this water vapor bubbles introducing port 41, bubble export mouth 43 and water purification export mouth 42 all with the internal diameter being same as runner 13 be preferable).

Described water purification export mouth 42 is to extend to above water source 6 via an outlet pipe 421 (internal diameter is same as aforementioned water purification export mouth 42), and utilize the outlet of this outlet pipe 421 to remain in above water vapor bubbles isocon 4, one can be formed and be positioned at the waterline above bubble export mouth 43.

Described bubble export mouth 43 is connected a liquid edema caused by disorder of QI from pipe 5 via a bubble conduit 431, this liquid edema caused by disorder of QI has sewage export mouth that a liquid conductance entrance 51, being connected with aforementioned bubble conduit 431 downwardly extends 52 and a upwardly extending discharging port 53 (internal diameter of described liquid conductance entrance 51, sewage export mouth 52 and discharging port 53 is the most identical and internal diameter less than runner 13, and with this liquid conductance entrance 51, sewage export mouth 52 and the common bore of discharging port 53: the internal diameter=2.5:5 of runner 13 is preferable) from pipe 5.

Described sewage export mouth 52 is externally to connect with a sewage drainage tube 521；And aforementioned air export mouth 53 is at liquid conductance entrance 51 by a connection, horizontal segment 531 between sewage export mouth 52, and one the upwardly extending ascent stage 532 formed, in aforementioned levels section 531 and be additionally provided with a secondary sewage drainage tube 54 downwardly extended between the ascent stage 532, this secondary sewage drainage tube 54 is communicated in aforementioned sewage drainage tube 521, this ascent stage 532 is then engaged on one end of an escape pipe 55, and aforementioned escape pipe 55 other end is provided with the tapered gas outlet of an external diameter 551 (internal diameter of this gas outlet 551: the internal diameter=1:2.5 of discharging port 53 is preferable), and aforementioned escape pipe 55 is same as aforementioned air export mouth 53 away from the internal diameter of one end, gas outlet 551.

During use, pump 61 extracts the sewage (by feedstuff and the water of Aquatic product manure contamination) in water source 6 via water inlet pipe 140 by during water inlet tap 14, outside air can be imported in aforementioned circulation sewage in water inlet tap 14 by aforementioned auxilairy air intake 141, makes this sewage carry out with air for the first time and mixes；Then, this sewage is entered runner 13 by the water inlet tap 14 that internal diameter is less by the end opening 11 of described shell body 1, and during by runner 13, utilize current to weave throngh the upper and lower hollow out position 21,31 of each upper and lower dividing plate 2,3 and produce diffusion repeatedly, concentration effect, water and air can be made to carry out second time be mixed, and then improve dissolved oxygen efficiency and reduce culturing pool fetch water frequency, the time shorten, and reduce kinetic energy output, possess energy-conservation, mechanical failure problems and reach optimal aeration effect.

The process being mixed with air by above-mentioned sewage current, the impurity in aforementioned sewage (oils and fats or protein) can be made to separate and to form the bubble swimming on the water surface, and this bubble is because surface tension effects is without vanishing immediately, but aforementioned delivery line 15 can be taken to by the current of sewage.

When in described delivery line 15, the sewage of bubbles is flowed in the water vapor bubbles isocon 4 that internal diameter is bigger by the water vapor bubbles introducing port 41 that internal diameter is less, water velocity can be made to slow down, and the bubble do not vanished will because of buoyancy up storehouse, and via shifting liquid conductance entrance 51 before bubble conduit 431 onto；And through above-mentioned with bubble separation after the water of (cleaner), then due to heavier-weight, nature can downwards by this water purification export mouth 42 in outlet pipe 421 flows into water source 6, use formation one and there is the circulating water flow of dissolved oxygen clean-up effect.

And aforementioned bubble is flowed into the less liquid edema caused by disorder of QI of internal diameter by the bubble conduit 431 that internal diameter is bigger in pipe 5 by liquid conductance entrance 51, the most each bubble is squeezed after rupturing, can form the sewage containing high concentration impurities and air, the sewage of this heavier-weight can be discharged by sewage drainage tube 521 by sewage export mouth 52 directly down；Simultaneously, air lighter produced by bubbles burst then produces another dewatering effect during the horizontal segment 531 of aforementioned air export mouth 53 flows to the ascent stage 532, and make the aerial droplet of this mixing or unexpected splash into sewage all can be led back to aforementioned sewage drainage tube 521 by secondary sewage drainage tube 54 and discharge, the air making aforementioned not water content can unidirectional importing escape pipe 55, utilize this air flowed in a large number can produce certain air pressure, the gas outlet 551 coordinating aforementioned escape pipe 55 tapered more can effectively promote the pressure of air-flow, and form the pressure-air being available for utilizing.

Please join shown in Fig. 4, Fig. 5, it is known that the structure of this utility model the second embodiment includes: most upper spacer 2a, most lower clapboard 3a, and a shell body 1 identical with aforementioned first embodiment etc. is partly；Wherein said most upper spacer 2a, lower clapboard 3a are on the spaced runner 13 being arranged on described shell body 1, each upper spacer 2a is respectively equipped with hollow out position 21a and most equally distributed perforation 22a on, and on each lower clapboard 3a, is respectively equipped with one and the staggered lower hollow out position 31a of upper hollow out position 21a and most equally distributed perforation 32a.

In a feasible embodiment, foregoing majority upper spacer 2a is fixed on runner 13 in directly interval, aforementioned upper hollow out position 21a is the through hole for being located at each upper spacer 2a central part, and aforementioned lower clapboard 3a is slightly larger than the plate body of aforementioned through-hole (hollow out position 21a) for an area, and each lower clapboard 3a is respectively via most unsettled lower sections being combined in each through hole (hollow out position 21a) of connecting rod 30, therefore, the lower hollow out position 31a that the wing passage of lower clapboard 3a week side also can be considered described it is located at.

Said structure is when reality is applied, after current are imported by end opening 11 above, part current can be made to fall within lower clapboard 3a by the upper hollow out position 21a of upper spacer 2a via the effect of gravity, form diffusion for the first time, other part current are then directly fallen on the upper spacer 2a of lower section by each perforation 22a, and form second time diffusion, when above-mentioned fall to have part current in current on lower clapboard 3a be the most perforation 32a by lower clapboard 3a, then directly fall on the lower clapboard 3a of lower section, and form third time diffusion, other part current then to side roundabout fall on the upper spacer 2a of lower section, form the 4th diffusion；Thereby can produce more preferably aeration effect.

Please join shown in Fig. 6, Fig. 7, it is known that the structure of this utility model the 3rd embodiment includes: most upper spacer 2b, most lower clapboard 3b, and a shell body 1 identical with aforementioned first embodiment etc. is partly；Wherein said majority upper and lower dividing plate 2b, 3b are respectively provided with and meet the relative local shape in aforementioned runner 13 inner circumferential side two, and this majority upper spacer 2b, lower clapboard 3b are two offsides in the spaced runner 13 being arranged on described shell body 1, between each upper spacer 2b, it is provided with most connecting rod 30b forms link, and each upper spacer 2b is provided with hollow out position 21b on, and be provided with most connecting rod 301b between each lower clapboard 3b and form link, and each lower clapboard 3b is provided with one and the staggered lower hollow out position 31b of upper hollow out position 21b.

In a feasible embodiment, described runner 13 is circular cross section, aforementioned upper and lower dividing plate 2b, 3b are then semicircle, by most semicircular upper and lower dividing plate 2b, 3b respectively relative to interval be fixed on two offsides in runner 13, hollow out position 21b on this upper spacer 2b side space self-assembling formation is aforementioned, and hollow out position 31b under the self-assembling formation of aforementioned lower clapboard 3b side space.

When reality is applied, after current are imported by end opening 11 above, part current can be made to fall on upper spacer 2b via the effect of gravity, and other part current directly fall on lower clapboard 3b by upper hollow out position 21b, current on described upper spacer 2b can be by the upper hollow out position 21b of side to falling on lower clapboard 3b, current on this lower clapboard 3b then can to side by lower hollow out position 31b to fall on the upper spacer 2b of lower section, thereby form roundabout guiding repeatedly and increase the time with air contact, reach more preferably aeration effect.

Please join shown in Fig. 8, Fig. 9, it is known that the structure of this utility model the 4th embodiment includes: most upper spacer 2c, most lower clapboard 3c, and a shell body 1 identical with aforementioned first embodiment etc. is partly；On wherein said majority, lower clapboard 2c, 3c is respectively provided with and meets the relative local shape in aforementioned runner 13 inner circumferential side two, and foregoing majority upper spacer 2c, lower clapboard 3c is two offsides in the spaced runner 13 being arranged on described shell body 1, between each upper spacer 2c, it is provided with most connecting rod 30b forms link, and each upper spacer 2c is respectively equipped with hollow out position 21c and most equally distributed perforation 22c on, and between each lower clapboard 3c, be provided with most connecting rod 301b form link, and each lower clapboard 3c be respectively equipped with one with the staggered lower hollow out position 31c of upper hollow out position 21c and most equally distributed perforation 32c.

In a feasible embodiment, described runner 13 is circular cross section, aforementioned upper and lower dividing plate 2c, 3c are semicircle, by most semicircular upper and lower dividing plate 2c, 3c respectively relative to interval be fixed on two offsides in runner 13, hollow out position 21c on aforementioned upper spacer 2c side space self-assembling formation is aforementioned, and this lower clapboard 3c side space self-assembling formation hollow out position 31c once.

When reality is applied, after current are imported by end opening 11 above, current can be made to respectively fall in via the effect of gravity, lower clapboard 2c, on 3c, part current on described upper spacer 2c can directly fall on the upper spacer 2c of lower section by perforation 22c directly down, other part current can be by the upper hollow out position 21c of side to falling on lower clapboard 3c, and the part current on aforementioned lower clapboard 3c can directly fall on the lower clapboard 3c of lower section by perforation 32c directly down, other part current can be by the lower hollow out position 31c of side to falling on the upper spacer 2c of lower section, thereby forming directly diffusion coordinates roundabout guiding repeatedly can increase the area with air contact and time, reach more preferably aeration effect.

From the above, the diffuser improved structure of water circle device of the present utility model has effect that simple structure is reliable, purifying water effect is good and can promote oxygen content really, indeed there is the usability in industry, novelty and creativeness, only as described above, it is only a preferred embodiment of the present utility model, is not used for limiting the scope that this utility model is implemented.The most all impartial changes made according to this utility model entitlement requests scope and modification, be all this utility model interest field and contained.

Claims

1. a diffuser improved structure for water circle device, it at least includes:

One shell body, has a runner, and this runner two end externally connects via one end open respectively；

Most upper spacers, are separately positioned in the runner of previous housings body, and each upper spacer supplies water at least provided with one and circulates The upper hollow out position crossed；

Most lower clapboards, are respectively separated in being arranged on aforementioned runner between each upper spacer, and each lower clapboard is at least provided with one Lower hollow out position with the staggered arrangement in upper hollow out position.

The diffuser improved structure of water circle device the most according to claim 1, it is characterised in that: described many Number upper spacer is that directly interval is fixed on runner, and aforementioned upper hollow out position is for being located at each upper spacer central part Through hole, and aforementioned lower clapboard is an area slightly larger than the plate body of aforementioned through-hole, and each lower clapboard respectively via Below most unsettled through holes being combined in each upper spacer of connecting rod.

The diffuser improved structure of water circle device the most according to claim 2, it is characterised in that: described each on Most equally distributed perforation it is additionally provided with respectively on dividing plate.

The diffuser improved structure of water circle device the most according to claim 2, it is characterised in that: described respectively Most equally distributed perforation it is additionally provided with respectively on lower clapboard.

The diffuser improved structure of water circle device the most according to claim 1, it is characterised in that: described many The upper and lower dividing plate of number is respectively provided with and meets the relative local shape in aforementioned runner inner circumferential side two, and this majority upper spacer, Two offsides in the spaced runner being arranged on described shell body of lower clapboard, at each upper and lower dividing plate side respectively Form staggered upper and lower hollow out position.

The diffuser improved structure of water circle device the most according to claim 5, it is characterised in that: described respectively It is provided with most connecting rod between upper spacer and forms link, be additionally provided with most connecting rod between each lower clapboard and formed even Knot.

The diffuser improved structure of water circle device the most according to claim 5, it is characterised in that: described respectively Most equally distributed perforation it is additionally provided with respectively on upper and lower dividing plate.