CN209076174U - A kind of water process integration in-depth filtration device - Google Patents

Abstract

The utility model discloses a kind of water process integration in-depth filtration devices, including main body, nut body, top cover, material inlet, anti- washing outlet, filtering chamber, filter device, penetrate through interlayer, material outlet and two-position three-way valve, main body top side is fixedly installed with material inlet, material inlet is connected by two-position three-way valve with anti-washing outlet, body interior is provided with several filtering chamber, filtering chamber is evenly dividing, each filtering chamber's geometry is consistent, the each filtering chamber's independent overhead of body upper surface passes through nut body and is provided with top seal, filter device is mounted on inside each filtering chamber, filter device weight is 30 ~ 250kg, body interior bottom end is provided with perforation interlayer, the utility model is structurally reasonable, by several independent more medium filters originally, carry out integrated design, section The about total space occupied of equipment, is reduced the connection of pipeline, facilitates workshop to make and transport, and each chamber can individually open maintenance.

Description

A kind of water process integration in-depth filtration device

Technical field

The utility model relates to water treatment filtering equipment technical field, specially a kind of water process integration in-depth filtration dress It sets.

Background technique

Existing electroplating waste processing process added amount of chemical is larger, sludge output is high, operating cost is high.My company will develop Research is used for the electrochemical catalytic oxidation processing unit of electroplating wastewater, using COD in electrochemical oxidation technology degrading waste water, improves Waste water BC ratio reduces biochemical treatment difficulty, guarantees that producing water water quality reaches electroplating wastewater discharge Table III standard.Optimizing Process Parameters, Treatment effect, operating cost, construction cost problem when balancing the technology for electroplating wastewater processing obtain optimal equipment ginseng Number.

Integrated design is carried out to in-depth filtration device, changes that existing number of filters is more, and volume is too fat to move, occupied area Big disadvantage, and modularized design is carried out to inner filtration medium, accomplish that backwash operation does not upset filter medium layering, replacement is set Standby medium is convenient and efficient.

But at present according to reasons such as technique cooperation requirements, it is often more that a filter device, which is not able to satisfy design needs, Platform functioning in parallel, so not only equipment conveying finished product increases, and in-site installation takes up a large area, and installation cost is high, and more set Standby to be connected with each other, pipeline node increases, and virtually also increases failure risk, and the filter layer as filter kernel, unit bodies There are upper limit values for pollutant carrying capacity in product, and backwash operation must be carried out after using certain period of time, to remove filter layer medium Middle intercepted impurity, the filter layer of layering setting originally can be destroyed in this course, and then reduce filtration Quality, be added Backwash operation itself impurity in filtering layer cannot be washed out completely, periodic replacement filtering layer then Cheng Biran, and conventional bulk place mat Filter medium, then seem particularly problematic when changing the outfit, it would therefore be highly desirable to which a kind of improved technology solves to be deposited in the prior art This problem.

Utility model content

The purpose of this utility model is to provide a kind of water process integration in-depth filtration devices, and occupied area is smaller, just In transport, in-site installation, operates conveniently and can be realized unattended, automatic operating, to solve to propose in above-mentioned background technique The problem of.

To achieve the above object, the utility model provides the following technical solutions: a kind of water process integration in-depth filtration dress It sets, including main body, nut body, top cover, material inlet, anti-washing outlet, filtering chamber, filter device, perforation interlayer, material Outlet and two-position three-way valve, main body top side are fixedly installed with material inlet, and material inlet is clear by two-position three-way valve and instead It washes out mouth to be connected, body interior is provided with several filtering chamber, and multiple filtering chamber are evenly dividing, each filtering chamber's geometry Shape is consistent, and body upper surface, which is located at each filtering chamber's independent overhead and passes through nut body, is provided with top seal, each Filter device is mounted on inside filtering chamber, filter device weight is 30 ~ 250kg, and body interior bottom end is provided with perforation folder Layer, perforation interlayer upper surface are connected with filtering chamber, and perforation interlayer side is fixedly installed material outlet.

Preferably, nut body includes stud, nut, large washer and gasket, and sealing is provided between top cover and main body Pad, stud sequentially pass through top cover, gasket and main body, and nut is set to stud top, large washer be set to nut and top cover it Between.

Preferably, top cover includes cover board, handle, drain and plug, and cover board upper surface is fixedly installed with handle, cover board table Face is provided with drain, and plug is movably set in drain.

Preferably, material inlet includes supervisor and branch pipe, and supervisor side is fixedly installed with several branch pipes, and branch pipe is respectively and often A filter cabin connects one by one.

Preferably, filter device includes filter layer frame, bottom plate, circular hole, boom hoisting, sieve, groove and top plate, filtering Layer frame is rectangular cubic structure, and filter layer frame height is 200 ~ 450mm, filter layer lengths of frame and width be 150 ~ 800mm, filter layer frame upper surface and lower surface are opening, and filter layer frame lower surface open-mouth is fixedly installed with bottom plate, Filter layer frame upper surface open-mouth is fixedly installed with top plate, and filter layer frame facet and backplate surface are provided with circular hole, filtering Layer frame upper surface and side are mounted on sieve, and bottom plate inner surface is equipped with sieve, and sieve is 30 ~ 100 mesh, table on top plate Face is provided with groove, and boom hoisting is arranged in the groove, and is reinforced on the inside of filter layer frame using reinforcement structure, top plate and filter layer The type of attachment using " stud+nut " is preferably but not limited between frame.

Preferably, boom hoisting includes column, horizontal block and hanging ring, is fixedly welded with horizontal block on the outside of column, horizontal block is set to In groove, column top is fixedly installed with hanging ring.

Preferably, filtering chamber's division numbers can be between 3 ~ 10 chambers.

Preferably, perforation interlayer upper surface is equipped with detachable and non-dismountable option according to actual needs, penetrates through table on interlayer Face is detachable but is not limited to using dormant bolt connection structure.

Compared with prior art, the utility model has the beneficial effects that

(1) by several independent more medium filters originally, integrated design is carried out, saves the total space occupied of equipment, It is reduced the connection of pipeline, workshop is facilitated to make and transport.

(2) each chamber is divided equally, and geometry is consistent, is convenient for modularized design.

(3) workload that the modularized design of filter layer medium facilitates filter layer to regularly replace.

(4) modularized design of filter layer medium prevents from destroying filtering layering in filter backwash, influences filtering effect Fruit.

(5) equipment shape is that rectangle divides chamber container.

(6) each chamber can individually open maintenance.

(7) bottom plate interlayer penetrate through, for collect filtering after medium, reduce pipeline setting.

(8) single filter layer module weight setting is in 30 ~ 250kg, convenient for handling replacement.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the utility model schematic side view.

Fig. 3 is the utility model schematic top plan view.

Fig. 4 is nut body structural schematic diagram.

Fig. 5 is cap structure schematic diagram.

Fig. 6 is material inlet structural schematic diagram.

Fig. 7 is filter device overlooking structure diagram.

Fig. 8 is filter device present invention looks up structural representation.

Fig. 9 is filter device side structure schematic view.

Figure 10 is boom hoisting structural schematic diagram.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of water process integration in-depth filtration device, Including main body 1, nut body 2, top cover 3, material inlet 4, anti-washing outlet 5, filtering chamber 6, filter device 7, perforation interlayer 8, material outlet 9 and two-position three-way valve 10,1 top side of main body are fixedly installed with material inlet 4, and material inlet 4 passes through two Triple valve 10 is connected with anti-washing outlet 5, and main body 1 is internally provided with several filtering chamber 6, and multiple filtering chamber 6 uniformly draw Point, each 6 geometry of filtering chamber is consistent, and 1 upper surface of main body is located at each 6 independent overhead of filtering chamber and passes through nut machine Structure 2 is provided with the sealing of top cover 3, is mounted on filter device 7 inside each filtering chamber 6, and 7 weight of filter device is 30 ~ 250kg, 1 inner bottom of main body are provided with perforation interlayer 8, and perforation 8 upper surface of interlayer is connected with filtering chamber 6, penetrate through interlayer 8 one Side is fixedly installed material outlet 9.

As shown in figure 4, nut body 2 includes stud 21, nut 22, large washer 23 and gasket 24, top cover 3 and main body 1 Between be provided with gasket 24, stud 21 sequentially passes through top cover 3, gasket 24 and main body 1, and nut 22 is set to the top of stud 21 End, large washer 23 are set between nut 22 and top cover 3.

As shown in figure 5, top cover 3 includes cover board 31, handle 32, drain 33 and plug 34, the fixed peace in 31 upper surface of cover board Equipped with handle 32,31 surface of cover board is provided with drain 33, and plug 34 is movably set in drain 33.

As shown in fig. 6, material inlet 4 includes supervisor 41 and branch pipe 42,41 sides of supervisor are fixedly installed with several branch pipes 42, Branch pipe 42 is connect with each filter cabin 6 one by one respectively.

As Figure 7-9, filter device 7 includes filter layer frame 71, bottom plate 72, circular hole 73, boom hoisting 74, sieve 75, groove 76 and top plate 77, filter layer frame 71 are rectangular cubic structure, and 71 height of filter layer frame is 200 ~ 450mm, mistake 71 length of filtering layer frame and width are 150 ~ 800mm, and 71 upper surface of filter layer frame and lower surface are opening, filter layer frame 71 lower surface open-mouths are fixedly installed with bottom plate 72, and 71 upper surface open-mouth of filter layer frame is fixedly installed with top plate 77, filtering Layer 71 side of frame and 72 surface of bottom plate are provided with circular hole 73, and 71 upper surface of filter layer frame and side are mounted on sieve 75, 72 inner surface of bottom plate is equipped with sieve 75, and sieve 75 is 30 ~ 100 mesh, and 77 upper surface of top plate is provided with groove 76, boom hoisting 74 Be set in groove 76, on the inside of filter layer frame 71 using reinforcement structure reinforce, top plate 77 and filter layer frame 71 between it is excellent It selects but is not limited to the type of attachment using " stud+nut ".

As shown in Figure 10, boom hoisting 74 includes column 741, horizontal block 742 and hanging ring 743, is fixedly welded on the outside of column 741 There is horizontal block 742, horizontal block 742 is set in groove 76, and 741 top of column is fixedly installed with hanging ring 743.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (8)

1. a kind of water process integration in-depth filtration device, it is characterised in that: including main body (1), nut body (2), top cover (3), material inlet (4), anti-washing outlet (5), filtering chamber (6), filter device (7), perforation interlayer (8), material outlet (9) And two-position three-way valve (10), main body (1) the top side are fixedly installed with material inlet (4), the material inlet (4) passes through Two-position three-way valve (10) is connected with anti-washing outlet (5), and the main body (1) is internally provided with several filtering chamber (6), described Multiple filtering chamber (6) are evenly dividing, and each filtering chamber (6) geometry is consistent, and main body (1) upper surface is located at Each filtering chamber (6) independent overhead passes through nut body (2) and is provided with top cover (3) sealing, each filtering chamber (6) Inside is mounted on filter device (7), and filter device (7) weight is 30 ~ 250kg, main body (1) the inner bottom setting Have perforation interlayer (8), the perforation interlayer (8) upper surface is connected with filtering chamber (6), and perforation interlayer (8) side is fixed It is provided with material outlet (9).

2. a kind of water process integration in-depth filtration device according to claim 1, it is characterised in that: the nut body (2) include stud (21), nut (22), large washer (23) and gasket (24), be arranged between the top cover (3) and main body (1) Have gasket (24), the stud (21) sequentially passes through top cover (3), gasket (24) and main body (1), nut (22) setting In stud (21) top, the large washer (23) is set between nut (22) and top cover (3).

3. a kind of water process integration in-depth filtration device according to claim 1, it is characterised in that: the top cover (3) Including cover board (31), handle (32), drain (33) and plug (34), cover board (31) upper surface is fixedly installed with handle (32), cover board (31) surface is provided with drain (33), and the plug (34) is movably set in drain (33).

4. a kind of water process integration in-depth filtration device according to claim 1, it is characterised in that: the material inlet It (4) include that supervisor (41) and branch pipe (42), described supervisor (41) side are fixedly installed with several branch pipes (42), the branch pipe (42) It is connect one by one with each filtering chamber (6) respectively.

5. a kind of water process integration in-depth filtration device according to claim 1, it is characterised in that: the filter device It (7) include filter layer frame (71), bottom plate (72), circular hole (73), boom hoisting (74), sieve (75), groove (76) and top plate (77), the filter layer frame (71) is rectangular cubic structure, and the filter layer frame (71) is highly 200 ~ 450mm, institute Stating filter layer frame (71) length and width is 150 ~ 800mm, and filter layer frame (71) upper surface is spacious with lower surface Mouthful, filter layer frame (71) lower surface open-mouth is fixedly installed with bottom plate (72), filter layer frame (71) upper surface Open-mouth is fixedly installed with top plate (77), and filter layer frame (71) side and bottom plate (72) surface are provided with circular hole (73), Filter layer frame (71) upper surface and side are mounted on sieve (75), and bottom plate (72) inner surface is equipped with sieve (75), the sieve (75) is 30 ~ 100 mesh, and top plate (77) upper surface is provided with groove (76), and the boom hoisting (74) sets It is placed in groove (76), is reinforced on the inside of the filter layer frame (71) using reinforcement structure, the top plate (77) and filter layer The type of attachment of " stud+nut " is used between frame (71).

6. a kind of water process integration in-depth filtration device according to claim 5, it is characterised in that: the boom hoisting (74) include column (741), horizontal block (742) and hanging ring (743), be fixedly welded with horizontal block (742) on the outside of the column (741), The horizontal block (742) is set in groove (76), and column (741) top is fixedly installed with hanging ring (743).

7. a kind of water process integration in-depth filtration device according to claim 5, it is characterised in that: the filtering chamber (6) division numbers can be between 3 ~ 10 chambers.

8. a kind of water process integration in-depth filtration device according to claim 5, it is characterised in that: the perforation interlayer (8) upper surface is equipped with detachable and non-dismountable option according to actual needs, and the perforation interlayer (8) upper surface is detachably but not It is limited to using dormant bolt connection structure.