CN205616675U - Movable drinking water defluorination processing apparatus - Google Patents
Movable drinking water defluorination processing apparatus Download PDFInfo
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- CN205616675U CN205616675U CN201620253137.2U CN201620253137U CN205616675U CN 205616675 U CN205616675 U CN 205616675U CN 201620253137 U CN201620253137 U CN 201620253137U CN 205616675 U CN205616675 U CN 205616675U
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Abstract
The utility model discloses a movable drinking water defluorination processing apparatus, its characterized in that: including move base, former water pitcher, raw water pump, defluorination jar A, defluorination jar B, cross water filter tank, ultrafiltration product water pump, disinfection jar, water storage tank, force (forcing) pump, with explosive barrel, dosing pump, control box, on -line monitoring appearance, chlorine dioxide generator, the utility model provides a movable drinking water defluorination processing apparatus is fit for building site or mountain area, have high -efficient defluorination, get rid of the multiple harmful substance in aquatic simultaneously, the stable performance, long service life, the working costs is low, 0.3 yuan / ton general water, simple structure, area is little, and OAM is simple and convenient, the scale is nimble, and is changeable, according to user's requirement manufacturing and designing.
Description
Technical field
This utility model relates to a kind of drinking water defluorination processing means, especially a kind of packaged type drinking water defluorination processing means.
Background technology
New investigation finds, fluorine has the biggest harm, healthy living to the physical and mental health of the mankind, and using healthy drinking water is can not be unheeded, and this product is indispensable for the heavy industrial district of severe water pollution.Fluorine is the element that nature is widely present, and is also the trace element of needed by human, but takes in the drinking water that fluorinated volume is too high for a long time, and will cause the chronic disease based on tooth and skeleton, clinical manifestation is dental fluorosis and osteofluorosis.China " drinking water sanitary standard " (GB5749-2006) specifies, in drinking water, the content of fluoride must not exceed 1.0mg/mL, when former water content of fluoride is above standard, should process.The distribution in the fluorine-containing area of China's subsoil water is extensive, there are about a few million people drinking water at present and faces the threat that fluorine exceeds standard.At present, the method of fluorine removal that removal of fluorine from water device uses is broadly divided into adsorption filtration method, embrane method, flocculent precipitation, ion exchange etc., but generally has that defluorination effect is poor, it is complicated, poor for applicability to operate, equipment takes up an area greatly, easily causes secondary pollution problems.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, provides a kind of packaged type drinking water defluorination processing means at this；This utility model provides packaged type drinking water defluorination processing means, is suitable for building site or mountain area；There is high-effective defluorination, remove multiple harmful substances in water simultaneously；Stable performance, service life is long；Operating cost is low, general 0.3 yuan/ton of water；Simple in construction, floor space is little, and oam is easy；Scaleable, changeable, manufacture and design by user's requirement.
This utility model is realized in, a kind of packaged type drinking water defluorination processing means of structure, it is characterised in that: include that water pump, disinfection tank, water tank, force (forcing) pump, medicine-adding bin, dosing pump, control chamber, on-line computing model, chlorine dioxide generator are produced in mobile foundation, former water pot, raw water pump, fluoride-removing can A, fluoride-removing can B, water tank with strainer, ultrafiltration；
Wherein water inlet is connected with former water pot, and former water pot is connected with fluoride-removing can A and fluoride-removing can B water inlet by raw water pump；Fluoride-removing can A and fluoride-removing can B outlet are connected with water tank with strainer, and water tank with strainer produces water pump and disinfection tank through ultrafiltration, and disinfection tank is connected with water tank, and fluoride-removing can A and fluoride-removing can B dosing mouth are connected in parallel with dosing pump outlet, and dosing pump connects medicine-adding bin；
Connecting on the outlet conduit of described disinfection tank and have on-line computing model, on-line computing model controls chlorine dioxide generator, and chlorine dioxide generator is connected to the water inlet pipe of disinfection tank by pipeline；
Described fluoride-removing can A, fluoride-removing can B are equipped with agitating device；Agitating device includes paddle, stirring motor, decelerator, motor mounting rack, motor mounting plate, shaft, agitator disk；Motor mounting rack is fixed on fluoride-removing can A, top corresponding for fluoride-removing can B；Stirring motor and decelerator are arranged on motor mounting plate after connecting into entirety, and motor mounting plate is integrally attached to what stirring motor and decelerator were constituted on motor mounting rack, is docked by ring flange between shaft and the outfan of decelerator；The lower end of shaft is welded with agitator disk, and agitator disk is welded with polylith paddle in 45 degree；
Described water tank includes tank body, is provided with water inlet pipe, overflow pipe, outlet pipe and blow-off pipe in tank body；Outlet pipe connects with outlet；Wherein the outlet of water inlet pipe is positioned at tank body, near the roof of described tank body, the overfall of described overflow pipe is positioned at tank body, near the roof of described tank body, this overfall is less than the outlet of described water inlet pipe, and the outlet of this overflow pipe stretches out the lower end of described tank body and communicates with the external world；The water inlet of described blow-off pipe is positioned at the intracavity bottom of tank body, and the outlet of this blow-off pipe stretches out the lower end of described tank body；The water inlet of described outlet pipe is positioned at the intracavity bottom of tank body, and the water inlet of this outlet pipe is higher than the water inlet of described blow-off pipe.
According to packaged type drinking water defluorination processing means described in the utility model, it is characterised in that: tank base is provided with the sensor of water level in detection tank body.
The utility model has the advantage of: this utility model provides packaged type drinking water defluorination processing means, be suitable for building site or mountain area；There is high-effective defluorination, remove multiple harmful substances in water simultaneously；Stable performance, service life is long；Operating cost is low, general 0.3 yuan/ton of water；Simple in construction, floor space is little, and oam is easy；Scaleable, changeable, manufacture and design by user's requirement.
Accompanying drawing explanation
Fig. 1 is this utility model overall structure schematic diagram
Fig. 2 is this utility model disinfection tank partial schematic diagram
Fig. 3 is that this utility model water tank one implements schematic diagram
Fig. 4-6 is this utility model agitating device schematic diagram.
Detailed description of the invention
Below in conjunction with accompanying drawing 1-6, this utility model is described in detail, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the present invention rather than whole embodiments.Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of this utility model protection.
This utility model provides a kind of packaged type drinking water defluorination processing means by improving, and as shown in figures 1 to 6, can be practiced as follows；Such as move dolly including mobile foundation 1(), former water pot 2, raw water pump 3, fluoride-removing can A4, fluoride-removing can B5, water tank with strainer 6, ultrafiltration produce water pump 7, disinfection tank 8, water tank 9, force (forcing) pump 10, medicine-adding bin 11, dosing pump 12, control chamber 13, on-line computing model 16, chlorine dioxide generator 17；Wherein water inlet 14 is connected with former water pot 2, and former water pot 2 is connected with fluoride-removing can A4 and fluoride-removing can B5 water inlet by raw water pump 3；Fluoride-removing can A4 and fluoride-removing can B5 outlet are connected with water tank with strainer 6, water tank with strainer 6 produces water pump 7 and disinfection tank 8 through ultrafiltration, disinfection tank 8 is connected with water tank 9, and fluoride-removing can A4 and fluoride-removing can B5 dosing mouth are connected in parallel with dosing pump 12 outlet, and dosing pump 12 connects medicine-adding bin 11.Present treatment device is utilized to carry out fluorine-containing drinking water process, former water first passes through water inlet 14 and enters former water pot 2, the water outlet of former water pot 2 is promoted to fluoride-removing can 4 by raw water pump 3, in fluoride-removing can 4, in water, fluorion is adsorbed by adsorbent removal, completes fluorine removal and reacts laggard excess of imports water filtering tank 6, is produced water pump 7 by ultrafiltration again and be promoted to water tank 9 after hyperfiltration treatment, produce in ultrafiltration and be provided with ultraviolet ray disinfector 8, to ultra-filtration water disinfection between water pump 7 and water tank 9；Ultrafiltration after sterilization is produced water entrance water tank 9 and is stored, and last pressurized pump 10 pressurizes and is supplied to user by outlet 15.
Connect on the outlet conduit of described disinfection tank 8 and have on-line computing model 16, for the water of disinfection tank output is detected immediately；On-line computing model 16 controls chlorine dioxide generator 17, and chlorine dioxide generator 17 is connected to the water inlet pipe of disinfection tank 8 by pipeline.Described fluoride-removing can A4, fluoride-removing can B5 are equipped with agitating device 19；This kind of agitating device overall structure of described agitating device 19 is simple, possesses stirring composite rate high, facilitates the advantages such as fluorine removal；Including paddle 20, stirring motor 21, decelerator 22, motor mounting rack 23, motor mounting plate 24, shaft 25, agitator disk 26；Motor mounting rack 23 is fixed on fluoride-removing can A4, top corresponding for fluoride-removing can B5；Stirring motor 21 and decelerator 22 are arranged on motor mounting plate 24 after connecting into entirety, what stirring motor 21 and decelerator 22 were constituted by motor mounting plate 24 is integrally attached on motor mounting rack 23, is docked by ring flange between shaft 25 and the outfan of decelerator 22；The lower end of shaft 25 is welded with agitator disk 26, and agitator disk 26 is welded with polylith paddle 20 in 45 degree.
Described water tank 9 includes tank body 91, is provided with water inlet pipe 92, overflow pipe 93, outlet pipe 94 and blow-off pipe 95 in tank body 91；Outlet pipe 94 connects with outlet 15；Wherein the outlet of water inlet pipe 92 is positioned at tank body 91, roof near described tank body 91, the overfall of described overflow pipe 93 is positioned at tank body 91, roof near described tank body 91, this overfall is less than the outlet of described water inlet pipe 92, and the outlet of this overflow pipe 93 stretches out the lower end of described tank body 91 and communicates with the external world；
The water inlet of described blow-off pipe 95 is positioned at the intracavity bottom of tank body 91, and the outlet of this blow-off pipe 95 stretches out the lower end of described tank body 91；The water inlet of described outlet pipe 94 is positioned at the intracavity bottom of tank body 91, and the water inlet of this outlet pipe 94 is higher than the water inlet of described blow-off pipe 95.Being provided with the sensor 18 of water level in detection tank body 91 bottom tank body 91, when in tank body 91, the water yield is less than sensor 18 position, sensor 18 carries signal to control chamber 13, and startup processes water inlet.In the water inlet of water inlet pipe 92, the water outlet of overflow pipe 93, the water outlet of blow-off pipe 95, the water outlet of outlet pipe 94 be fitted with control valve.Control water inlet pipe 92 water filling in tank body 91 respectively, control overflow pipe 93 and discharge excess water storage, control of sewage disposal pipe 95 effluent sewerage, control outlet pipe 94 outside diversion in tank body 91.Water inlet pipe 92, overflow pipe 93, water outlet 9 pipe 4 and blow-off pipe 95 are all disposed within tank body 91, it is simple to the installation of water tank and transport.
Described above to the disclosed embodiments, makes professional and technical personnel in the field be capable of or uses this utility model.Multiple amendment to these embodiments will be apparent from for those skilled in the art, and generic principles defined herein can realize in the case of without departing from spirit or scope of the present utility model in other embodiments.Therefore, this utility model is not intended to be limited to the embodiments shown herein, and is to fit to the widest scope consistent with principles disclosed herein and features of novelty.
Claims (2)
1. a packaged type drinking water defluorination processing means, it is characterised in that: include mobile foundation (1), former water pot (2), raw water pump (3), fluoride-removing can A(4), fluoride-removing can B(5), water tank with strainer (6), ultrafiltration produce water pump (7), disinfection tank (8), water tank (9), force (forcing) pump (10), medicine-adding bin (11), dosing pump (12), control chamber (13), on-line computing model (16), chlorine dioxide generator (17)；
Wherein water inlet (14) is connected with former water pot (2), and former water pot (2) passes through raw water pump (3) and fluoride-removing can A(4) and fluoride-removing can B(5) water inlet is connected；Fluoride-removing can A(4) and fluoride-removing can B(5) outlet is connected with water tank with strainer (6), water tank with strainer (6) produces water pump (7) and disinfection tank (8) through ultrafiltration, disinfection tank (8) is connected with water tank (9), fluoride-removing can A(4) and fluoride-removing can B(5) outlet of dosing mouth and dosing pump (12) is connected in parallel, dosing pump (12) connects medicine-adding bin (11)；
Connecting on the outlet conduit of described disinfection tank (8) and have on-line computing model (16), on-line computing model (16) controls chlorine dioxide generator (17), and chlorine dioxide generator (17) is connected to the water inlet pipe of disinfection tank (8) by pipeline；
Described fluoride-removing can A(4), fluoride-removing can B(5) in be equipped with agitating device (19)；
Agitating device (19) includes paddle (20), stirring motor (21), decelerator (22), motor mounting rack (23), motor mounting plate (24), shaft (25), agitator disk (26)；
Motor mounting rack (23) is fixed on fluoride-removing can A(4), fluoride-removing can B(5) corresponding top；Stirring motor (21) and decelerator (22) are arranged on motor mounting plate (24) after connecting into entirety, what stirring motor (21) and decelerator (22) were constituted by motor mounting plate (24) is integrally attached on motor mounting rack (23), is docked by ring flange between shaft (25) and the outfan of decelerator (22)；The lower end of shaft (25) is welded with agitator disk (26), and agitator disk (26) is welded with polylith paddle (20) in 45 degree；
Described water tank (9) includes tank body (91), is provided with water inlet pipe (92), overflow pipe (93), outlet pipe (94) and blow-off pipe (95) in tank body (91)；Outlet pipe (94) connects with outlet (15)；
Wherein the outlet of water inlet pipe (92) is positioned at tank body (91), roof near described tank body (91), the overfall of described overflow pipe (93) is positioned at tank body (91), roof near described tank body (91), this overfall is less than the outlet of described water inlet pipe (92), and the outlet of this overflow pipe (93) stretches out the lower end of described tank body (91) and communicates with the external world；
The water inlet of described blow-off pipe (95) is positioned at the intracavity bottom of tank body (91), and the outlet of this blow-off pipe (95) stretches out the lower end of described tank body (91)；The water inlet of described outlet pipe (94) is positioned at the intracavity bottom of tank body (91), and the water inlet of this outlet pipe (94) is higher than the water inlet of described blow-off pipe (95).
Packaged type drinking water defluorination processing means the most according to claim 1, it is characterised in that: tank body (91) bottom is provided with the sensor (18) of detection tank body (91) interior water level.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620253137.2U CN205616675U (en) | 2016-03-30 | 2016-03-30 | Movable drinking water defluorination processing apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620253137.2U CN205616675U (en) | 2016-03-30 | 2016-03-30 | Movable drinking water defluorination processing apparatus |
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| Publication Number | Publication Date |
|---|---|
| CN205616675U true CN205616675U (en) | 2016-10-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620253137.2U Active CN205616675U (en) | 2016-03-30 | 2016-03-30 | Movable drinking water defluorination processing apparatus |
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| Country | Link |
|---|---|
| CN (1) | CN205616675U (en) |
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2016
- 2016-03-30 CN CN201620253137.2U patent/CN205616675U/en active Active
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