CN205099480U

CN205099480U - Water treatment device

Info

Publication number: CN205099480U
Application number: CN201520182008.4U
Authority: CN
Inventors: 维伯恩·罗伯特; 杜菲·伯纳德
Original assignee: Puhua Perfect Water Co Ltd
Current assignee: Puhua Perfect Water Co Ltd
Priority date: 2015-03-27
Filing date: 2015-03-27
Publication date: 2016-03-23
Anticipated expiration: 2025-03-27

Abstract

The utility model discloses a water treatment device, main part one end has a water inlet and the other end has that a delivery port and main part are inside to contain a plurality of mixer impellers, and wherein each mixer impeller has the one or more spoke, and the upper reaches side in the face of the device is settled when the water inlet is connected to from the beginning the water source to subsidiary at least one curved surface. Accessible main part in water source conveys around a plurality of mixer impellers from the beginning. Moisture is opened to the shape and the position of each mixer impeller curved surface to handle water, so that the water under the simulation natural state, be similar to the water in free flow's the brook.

Description

A kind of water treatment device

Technical field

The utility model relates to water treatment device.The process of the utility model to service water has a set of special but non-exclusive application method.

Background technology

Before being supplied to family expenses, tap water have passed through series of physical and chemical process and process.

Standard compliant town water is produced in the water treatment of physics and chemistry.Standard compliant town water is drunk for user.Because be reproducible fishery products, there is no virus and bacterium substantially, and there is no the noxious chemical of high density.

There is provided and use the standard compliant town water supplied by running water system can not meet all clients.Standard compliant town water is kept in retention basin and pipeline usually before the use.Many users prefer the water in the river of free-pouring streams, come to life by water because flow through uneven riverbed.

But it is impossible for supplying to user the water directly come from the river of free-pouring streams.

Utility model content

One of them target of the utility model is to provide water treatment device, for the treatment of standard compliant town water, for water extraction is for the characteristic of the water be similar in the river of free-pouring streams.

This target in the utility model and other targets are made known in following disclosure.

According to an aspect of the present utility model, water treatment device comprises main body, main body one end is water-in, the other end is water outlet, many Agitator Impellers being arranged on body interior, each Agitator Impeller has one or more spoke, and spoke has at least one curved surface in the face of the upstream side of device, water separates by the curved surface of each Agitator Impeller installed, and wherein each Agitator Impeller and adjacent Agitator Impeller are biased angularly.

In a kind of form, water treatment device comprises a upstream cap and a downstream cap, be arranged on the opposite end of main body respectively, the upstream cap of installation and downstream cap are respectively used to access its water inlet or water outlet joint, and water inlet or water outlet joint contribute to embedding installation running water pipe in a device.

Preferably at body interior installing sleeve, sleeve at one end forms a fluid-tight with upstream cap, and also form a fluid-tight at the other end and downstream cap, sleeve covers multiple Agitator Impeller.

Preferably multiple Agitator Impeller is arranged on sleeve inner with the form of longitudinal direction, wherein the position of each Agitator Impeller is set as along sleeve longitudinal axis.

Multiple Agitator Impeller is preferably modular, wherein each Agitator Impeller installation should with another Agitator Impeller tight joint.

Each Agitator Impeller preferably axle and adjacent Agitator Impeller is angled is biased along the longitudinal.

Preferably there is a splitter central position of upstream cap, the passage of tapped upstream cap inside, and the splitter of installation is used for coming from one water of water inlet joint separately.

Each Agitator Impeller preferably has a male connection and a female adapter, the installation of male connection and female adapter and adjacent corresponding types joint tight joint.

Each Agitator Impeller preferably has multiple spoke, is arranged on around center hub equably.In addition, preferably each Agitator Impeller has five spokes to be evenly distributed on around center hub.

Upstream cap preferably has a loose conical form, and loose conical form contributes to water and flatly flows into main body from water inlet joint.

Multiple Agitator Impeller is preferably arranged on sleeve inner, crosses sleeve directly flow to water outlet joint from water inlet joint to prevent liquid stream.

All respects independent above, change and selection or its mutually combine and be all included in the utility model.

Accompanying drawing explanation

Understand the utility model for convenience, the drawing of enclosing now mentioned will explain preferred embodiment of the present utility model:

Fig. 1 is the skeleton view of water treatment device of the present utility model;

Fig. 2 is the decomposition diagram of water treatment device of the present utility model;

Fig. 3 is the sectional view of water treatment device main body of the present utility model along this equipment central longitudinal axis;

Fig. 4 (a) is for water treatment device main body of the present utility model is along the vertical view of this equipment central longitudinal axis, and Fig. 4 (b) is for water treatment device main body of the present utility model is along the sectional view of this equipment central longitudinal axis;

Fig. 5 (a) is the front view of the stirring wheel of the utility model water treatment device, Fig. 5 (b) is the vertical view of the stirring wheel of the utility model water treatment device, Fig. 5 (c) is the left view of the stirring wheel of the utility model water treatment device, Fig. 5 (d) is the fish-eye view of the stirring wheel of the utility model water treatment device, and Fig. 5 (e) is the bottom perspective view of the stirring wheel of the utility model water treatment device; The top oblique drawing that Fig. 5 (f) is the stirring wheel of the utility model water treatment device;

Fig. 6 (a) is the front view of the end cap of the utility model water treatment device main body, Fig. 6 (b) is the side-view of the end cap of the utility model water treatment device main body, Fig. 6 (c) is the vertical view of the end cap of the utility model water treatment device main body, and Fig. 6 (d) is the oblique drawing of the end cap of the utility model water treatment device main body.

Embodiment

According to Fig. 1, according to the utility model, water treatment device 100 is described.Water treatment device 100 is suitable for coaxial device to be appended hereto in mains water resource.In a preferred embodiment, water treatment device 100 is with being attached to water meter downstream, house, and coaxial with main water supply line, in house, form water outlet.

This water treatment device 100 is furnished with a main body 110.This main body wherein one end is connected with inlet union 120, and the other end is then connected with outlet connection 130.Under a kind of form, inlet union 120 and outlet connection 130 are all adapted to pass through screwed union and are connected with main pipeline.Under other forms, inlet union 120 can be connected with main pipeline by the mode of welding with outlet connection 130.

Main body 110 is rigid bodies, is intended to for bearing and cosily affecting the standard hydraulic pressure of mains water resource.Main body 110 preferably meets the AS/NZS3497 standard in Australian National laboratory.Under a kind of form, main body 110 is made of aluminum, and can resist the jet pulse of between the hydrostaticpressure of 2100kPA, the burstpressures of 3500kPA and 0kPA and 1035kPA at least 100,000 after tested.

According to Fig. 2, described in more detail the main body 110 of water treatment device 100.Main body 110 comprises a upstream cap 210, housing 220 and a downstream cap 230.Meanwhile, upstream cap 210, housing 220 and downstream cap 230 constitute a volume.In this volume, a machine mixer 240 can be held.This machine mixer 240 is made up of a sleeve 250 and multiple Agitator Impeller 260.Under a kind of form, sleeve 250 is cylinder, and is provided in housing 220, thus seals each end with upstream cap 210 and downstream cap 230 separately.Sleeve 250 is not suitable for being sticked on housing 220 or block 210/230 by PVC cement.Agitator Impeller 260 is placed in sleeve 250 by the mode arranged by non-zero offset.In a preferred form, each additional Agitator Impeller 260 has identical Angle Position at the central longitudinal axis 305 (see Fig. 3) of sleeve 250.With regard to adjacent Agitator Impeller 260, the Agitator Impeller 260 crisscrossing each additional Agitator Impeller 260 settles angularly.In this manner, check when neither carrying out longitudinal direction from upstream cap 210 or downstream cap 230, a spoke of staggered Agitator Impeller 260 is placed in the space between Agitator Impeller 260 and adjacent wheels.

Fig. 3 illustrates the cross section of main body 110 along central longitudinal axis 305.As shown in the figure, Agitator Impeller 260A in most upstream is applicable to connect upstream cap 210.(Fig. 6 (a) is seen together preferably by upstream cap 210 place embedded axle dimple 310, Fig. 6 (b), Fig. 6 (c) and Fig. 6 (d)) mode, most upstream Agitator Impeller 260 can be connected with upstream cap 210.Similarly, in the preferred case, by the mode at downstream cap 230 place embedded axle dimple 320, most downstream Agitator Impeller 260Z can be connected with downstream cap 230.Furthermore, residue Agitator Impeller 260 each other chunkization connects, and is connected with most upstream and most downstream Agitator Impeller 260A and 260Z.The modularization of the rheotome detail display of Fig. 3 Agitator Impeller 260 connects, and will at Fig. 5 (a), in Fig. 5 (b), Fig. 5 (c), Fig. 5 (d), Fig. 5 (e) and Fig. 5 (f), this modularization is connected and makes further explaination.

Sleeve 250 as shown in Figure 3 arranges by size, and possesses the shape of housing 220, to make sleeve keep safety.The sleeve 250 often held forms fluid-tight with upstream cap 210 and downstream cap 230.In the preferred case, sleeve 250 carries out hydraulic seal by PVC cement and block 210 and 230.Or, under other forms, each block 210 with 230 packing ring to be connected with abundant distortion screw type and to define sealing with housing 220.

Fig. 4 (a) and Fig. 4 (b) are from vertical view and the cross section shows that formed along central longitudinal axis 305 water treatment device 100.

As shown in Fig. 4 (a), in sleeve 250 and near central longitudinal axis 305, be configured with Agitator Impeller 260 angularly, direct path can not be formed from inlet union 120 to outlet connection 130 by the fluid flowing of sleeve 250.Above-mentioned displacement by Agitator Impeller 260 realizes by this, so that adjacent wheels can be arranged angularly each other near central longitudinal axis 305.In a preferred embodiment, housing 220 has a circular arch trilobal(cross)section.The internal surface of housing 220 has projection 410, for suitable abutment sleeve 250.

Fig. 5 (a), Fig. 5 (b), Fig. 5 (c), Fig. 5 (e) and Fig. 5 (d) have carried out more detailed description to Agitator Impeller 260.In a preferred embodiment, as shown in Fig. 3 cross section, Agitator Impeller 260 is modularization wheel, and most of Agitator Impeller 260 can be connected with sleeve 250, forms the backbone of wheel.

Each Agitator Impeller 260 is equipped with a central hub 510, and all from then on many spokes 520 start to extend.Central hub 520 extends along the direction of central longitudinal axis 305, and defines upstream extremity 512 and downstream end 514.In the preferred case, upstream extremity 512 has a female adapter 513, and downstream end 514 has a male connection 515.But, it is to be understood that the matching device sex of upstream extremity 512 and downstream end 514 and unrestricted, and can exchange as requested.The female adapter 513 of Agitator Impeller 260 and male connection 515 all can carry out compact siro spinning technology with the adjacent matching device of opposite class, thus define the backbone of Agitator Impeller 260.

Each spoke 520 has a curved surface 530.Curved surface 530 is towards upstream.In one form, the front, downstream of spoke 520 defines dimple 540.Curved surface 530 and dimple 540 define spoke 520.This spoke 520 is suitable for the fluid accident stream being separated stirrer wheel 260 upstream face.

In the preferred case, Agitator Impeller 260 is equipped with 5 spokes 520 symmetrically.It should be noted that the utility model does not limit by this, symmetrically or asymmetrically can be equipped with the spoke of different quantities.

Agitator Impeller 260 is preferably equipped with the change of two kinds or more.The first change is the female adapter 513 just as locating surface 550, for receiving the male connection 515 of adjacent Agitator Impeller 260 in the first deviation angle relevant to central longitudinal axis 305.

The first change is the female adapter 513 just as locating surface 550, for receiving the male connection 515 of adjacent Agitator Impeller 260 in the second deviation angle (being different from the first deviation angle).In first and second, change realizes being biased between above-mentioned adjacent Agitator Impeller 260 for staggered.In other forms, shuts and analogue can be adopted to replace locating surface 550.Or male connection 515 can adopt specifically labelled shape.

Agitator Impeller 260 is made up of rigid material.Under a kind of form, Agitator Impeller 260 is made up of injection-molded rigid PVC.Agitator Impeller 260 equally also can adopt the combination of aluminium, steel, silver, other plastics and/or such material, and/or adopts wherein one or more such materials to carry out coating.

Fig. 6 (a), Fig. 6 (b), Fig. 6 (c) and the block 610 of Fig. 6 (d) to main body 110 are described.Block 610 shown in Fig. 6 (a), Fig. 6 (b), Fig. 6 (c) He Fig. 6 (d) can be used as upstream cap 210 or the downstream cap 230 of housing 220.Block 610 has loose tapered profiles.The summit of tapered profiles has a hole 615.Hole 615 is used as fluid intake or exit point.Open holes 615 enters short distance stream 620.Stream 620 be more suitable for through, and be suitable for receiving inlet union 120 and/or outlet connection 130.Open stream 620 conversely, then enter main cap channel 630.One end that stream 620 is contrary with hole 615 is equipped with a splitter 640.Splitter 640 spans stream 620.

When block 610 is used as upstream cap 210, splitter 640 shared above liquid stream accident, steadily spread liquid stream in the cross section in main block pipeline 630 downstream.Splitter 640 is equipped with a central hub 645, and all from then on many stream device spokes 647 start to extend.

Main block pipeline 630 is suitable for the tail end receiving sleeve 250.Sleeve 250 receives in main block pipeline 630, for connecting the inside end wall 650 of block 610.

In one form, block 610 is connected with housing 220 by a set of Locking lug 660.Block 610 also can be connected with housing 220 by screw type mechanism, clamped mechanism and analogue.

The operation of Fig. 1 to Fig. 3 to water treatment device 100 is described.

In operation, water treatment device 100 and water supply pipe, the inlet union 120 (Fig. 1) of upstream extremity and the outlet connection 130 of downstream end are installed point-blank.Water from water supply pipe flows into from inlet union 120, by the main body 110 processed it, and then by outlet connection 130, finally flows to the residence be connected with running water pipe.

The large water gaging entering inlet union 120, first by the hole 615 of upstream cap 210, then enters stream 620.When current leave stream 620, if these current are at the cross section fanning of main cap channel 630, then current have an accident on splitter 640.From upstream cap 620, if agitator 260A first time has an accident, then the water from shunting enters sleeve 250.

The upstream curved surface 530 of the first Agitator Impeller 260 spoke 520 has an accident in shunting further.Being separated in of water repeats to occur in the spoke 520 of the Agitator Impeller subsequently 260 of sleeve 250.In addition, the water separation carried out at spoke 520 may cause the water be separated with other spokes 520 to combine again, and is being undertaken being separated by further downstream spoke 520 and combined subsequently.When water is by sleeve pipe 250, the continuation of current is separated and combines and processes water, and passes on the water of trickling in free mountain stream by similar quality in addition.

After current arrive downstream cap 230, just from downstream cap 230, then enter water outlet joint 130 through funnel inflow flow passage 620, then flow into running water pipe and supply water to user.

Water after water treatment device 100 of the present utility model processes is agitate water compared with untreated tap water.

In a specific embodiment, the size of water treatment device 100 is as follows:

Principal length	280.20mm
		Main diameter	78.75-79.15mm
Sleeve outside diameter	60mm
		Sleeve Inner Diameter	53.60mm
Agitator Impeller diameter	53mm
		Agitator Impeller height	30mm
Stirrer spoke curvature	R6.5
		Stirrer spoke height	11mm
Stirrer spoke width	13mm
		Lid orifice diameter	26.89mm
Cover height	55mm
		Lid principal passage diameter	59.56mm
Lid principal passage length	27.5mm

But noting, for adapting to special/customization purposes and/or requirement, the water treatment device 100 of other sizes can be provided.

In addition, in a specific embodiment, 8 Agitator Impellers 260 can be configured in the sleeve 250 of water treatment device 100.But note, for adapting to special/customization purposes, the configurable Agitator Impeller 260 greater or less than 8.

The utility model of this water treatment device has adapted to and the inline installation in water source from the beginning, provides purify waste water from the resident that water source is all requirements from the beginning.Therefore, to install a treatment unit contrary with each water outlet, only needs a treatment unit.

The utility model of this water treatment device can process tap water further, makes it closer to state of nature, as the water freely trickled from high mountain streams.Therefore, the water resources requiring that the resident of water supply is more useful can be provided, can be used as tap water, bathing water, cook with water etc.

Certainly should be noted, although set forth the utility model by exemplary method above, one of ordinary skill in the art should know that the analogous products of this products all and other amelioration products all should belong to the interior product of products Presentation utility model above on a large scale.

Claims

1. a water treatment device, is characterized in that, comprising:

Main body, one end of described main body is water-in and the other end is water outlet;

With multiple Agitator Impeller being arranged on body interior, each described Agitator Impeller all has one or more spoke, and described spoke has at least one curved surface in the face of the upstream side of water treatment device.

2. according to the water treatment device described in claim 1, it is characterized in that, described water treatment device also comprises a upstream cap and a downstream cap, is arranged on the opposite end of main body respectively, and the upstream cap of described installation and downstream cap are respectively used to access water inlet or water outlet joint.

3. according to the water treatment device described in claim 2, it is characterized in that, described body interior installing sleeve, one end of described sleeve and upstream cap form a fluid-tight, the other end and the downstream cap of sleeve also form another fluid-tight, and described sleeve covers multiple Agitator Impeller.

4. according to the water treatment device described in claim 3, it is characterized in that, described multiple Agitator Impeller is arranged on sleeve inner with the form of longitudinal direction, and the position of each Agitator Impeller described is set as along sleeve longitudinal axis.

5. according to the water treatment device described in claim 4, it is characterized in that, described Agitator Impeller is modularization, and each Agitator Impeller described and another Agitator Impeller tight joint are installed.

6. according to the water treatment device described in claim 5, it is characterized in that, each Agitator Impeller described axle and adjacent Agitator Impeller is angled is biased along the longitudinal.

7. according to the water treatment device described in claim 2, it is characterized in that, the central position of described upstream cap is provided with a splitter, the passage of tapped upstream cap inside.

8. according to the water treatment device described in claim 5, it is characterized in that, each Agitator Impeller described is provided with a male connection and a female adapter, and described male connection is installed with the joint tight joint of female adapter type corresponding with adjacent Agitator Impeller.

9. according to the water treatment device described in claim 1, it is characterized in that, each Agitator Impeller described has five spokes to be evenly distributed on around center hub.

10. according to the water treatment device described in claim 2, it is characterized in that, described upstream cap is provided with a conical form.