CN2206289Y

CN2206289Y - High effective purifier for treatment of water

Info

Publication number: CN2206289Y
Application number: CN94226868U
Authority: CN
Inventors: 王本度
Original assignee: Individual
Current assignee: Individual
Priority date: 1994-03-02
Filing date: 1994-03-02
Publication date: 1995-08-30
Anticipated expiration: 2004-03-02

Abstract

The utility model relates to the environmental protecting machine of the water treatment, which belongs to the mechanical field. The technology overcomes the defect of low water pumping efficiency, and the purifying device of the water treatment which has higher water pumping efficiency is provided. The environmental protecting machine of the water treatment mainly make a second reaction chamber designed to be the shapes of the three conical bodies. The conical bodies are split into an upper conical body, a middle conical body, and a lower conical body, wherein, the oblique angle of the lower conical body 6 is 25 DEG; the height is 1.2 meters; the oblique angle of the middle conical body 7 is 25 DEG; the height is 1 meter; the oblique angle of the upper conical body is 45 DEG, and the height is 0.8 meters. The utility model has the advantages of increased performance and effects.

Description

High effective purifier for treatment of water

The utility model relates to water treatment environmental protection machinery in the mechanical field.

At present, purified water treatment device, what the most generally use is " integral purifier ", state-of-the-art technology is " a kind of floatable rapid hardening water treatment refining plant ", it mainly is to have set up sink-float waterpower impeller in the coacervation chamber, though the coacervation effect improves, because some position design is unreasonable, the water outlet effect is not very good.

The purpose of this utility model provides the high water treatment refining plant of a kind of water rate.

The purpose of this utility model is achieved in that the source water that is entered by the source water pump adds flocculation agent and sprays into first reaction chamber, second reaction chamber through gate valve by water hose nozzle.Second chamber designs is become three cones, thereby make three cone bottoms form sloping plate unit from body, the second reaction chamber water outlet small particles and air supporting thing dam; Water flow to three cones middle part, and then water body is expanded fast and slowed down the current lift velocity, has increased the water outlet filtration area; At this moment the middle cone of three cones, go up the bigger small-particle coacervation thing that the circular cone physical efficiency recoils filtering layer to get off and successfully be deposited in the hopper dredger of bottom, thereby make current need motion by ideal, improve water treatment efficiency.

The utility model has the advantages that: because with second chamber designs, three cones, the water treatment effect is very good.Water after treatment, aquifer yield can improve 20 percent, and water quality can reach national drinking water standard, and suspended substance is lower than 3mg/L, have obviously improved the performance effect.

Concrete structure of the present utility model is provided by following examples and accompanying drawing thereof.

Fig. 1 is structural representation and the sectional view according to the efficient water treatment device that the utility model proposes.

Below in conjunction with Fig. 1, describe the details and the working condition of the concrete device that the utility model proposes in detail.

Source water pump 1 is communicated with water hose nozzle 4 by water pipe gate valve 2.The source water that enters adds flocculation agent, enter first reaction chamber 5 of its top through pump, gate valve, shell 3 and water inlet pipe nozzle 4, enter outer field second reaction chamber 22 again, this chamber is three cones, and three cones divide following cone 6, middle cone 7, go up cone 8 three parts, following cone 6 oblique angles are 25 degree, highly be 1.2 meters, middle cone 7 oblique angles are 25 degree, highly are 1 meter, last cone 8 oblique angles are 45 degree, highly are 0.8 meter.

Inner bag 10 in the hopper dredger 9 of nozzle 4 peripheries, its shape is identical with hopper dredger, and is affixed by 3 uniform supports 11 and hopper dredger side, and the mouth of its suitable for reading and water hose nozzle 4 becomes level, and it is 1/4 of hopper dredger 9 areas; Active mud in the inner bag 10 is owing to the suction function of nozzle 4, and entering first reaction chamber simultaneously is in cone 6 under the coacervation chamber 5 and second reaction chamber, middle cone 7, the last cone 8.Like this, the active sludge of source water flocculation agent carries out hybrid reaction fully in first reaction chamber 5 and second reaction chamber 22, and forms alumen ustum, quickens air supporting.The exit of cone 8 on second reaction chamber, primary water separates with body refuse, small-particle alumen ustum and air supporting thing in the process that rises by the outer field sloping plate unit 12 of second reaction chamber 22 and second reaction chamber under cone dam and precipitate, to inner bag 10 and hopper dredger 9.After the mud of inner bag 10 amasss and expires, just overflow to hopper dredger 9, primary water rises, and obtains the limpid water that meets sanitary standard for drinking water through overflow groove 15 through filtering layer 13 above the sloping plate unit and the filter 14 above the filtering layer, and clear water pipe 16 causes in the clean water basin.

The bottom vertical of the siphon bucket 17 of siphoning installation is communicated with siphon pipe 18, and siphon pipe 18 lower ends also are communicated with by the take-off pipe 23 uniform hopper dredger 9 nearly bottoms that bend towards, and are equipped with the siphon swash plate at each take-off pipe of their connections place.Siphon bucket 17 tops are communicated with siphon comb 19, and siphon comb 19 is communicated with the storage mud box 20 on ground.Siphoning installation is affixed by back up pad 21 and water treatment device shell.Be deposited on the body refuse in the hopper dredger 9, after reaching a certain height, then produce negative pressure, the siphon swash plate is opened automatically, through siphon pipe 18 and siphon bucket 17, siphon comb 19 drains in the mud box 20.Deng body refuse discharge a certain amount of after because negative pressure reduces, then the siphon swash plate is closed automatically.Go round and begin again like this, move in circles, make clear water from uninterruptedly, thereby reach non-stop run.

Claims

1, a kind of efficient water treatment refining plant, it is communicated with water hose nozzle 4 by water pipe gate valve 2 by source water pump 1, and the top of nozzle 4 is first reaction chambers 5, and periphery is a hopper dredger 9; The skin of first reaction chamber is that the skin of second reaction chamber, 22, the second reaction chambers is sloping plate units 12, and the top of sloping plate unit is a filtering layer 13, and the top of filtering layer is a filtering head 14; Shell is an overflow groove 15 on the top, it and 16 vertical connections of clear water pipe, and inner bag 10 its shapes are identical affixed by 3 uniform supports 11 and hopper dredger side with hopper dredger 9, and the jet hole of its suitable for reading and water hose nozzle 4 becomes level; The bottom vertical of the siphon bucket 17 of siphoning installation is communicated with siphon pipe 18, siphon pipe 18 lower ends also are communicated with by the take-off pipe 23 uniform hopper dredger 9 nearly bottoms that bend towards, be equipped with the siphon swash plate at each take-off pipe of their connections place, siphon bucket 17 tops are communicated with siphon comb 19, and siphon comb 19 is communicated with the storage mud box 20 on ground; It is characterized in that second reaction chamber 22 is designed to three cone shapes, the swash plate of following cone 6 is 25 degree, highly is 1.2 meters, and the oblique angle of intermediate cone 7 is that 25 degree highly are 1 meter, and the oblique angle of last cone 8 is 45 degree, highly is 0.8 meter.