CN2806442Y

CN2806442Y - Feed water treatment device

Info

Publication number: CN2806442Y
Application number: CN 200420055951
Authority: CN
Inventors: 张瑞麟
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-12-31
Filing date: 2004-12-31
Publication date: 2006-08-16
Anticipated expiration: 2014-12-31

Abstract

The utility model relates to a water supply treatment device. One set of feeding pot assembly (15) is connected with one set or a plurality of sets of deposition pot assemblies (16) through pipelines. One set or a plurality of sets of deposition pot assemblies (16) are connected with one set of second filtration pot assembly (17) through pipelines then. A water pump (4) is connected with the deposition pot assembly (16) through pipelines. Electromagnetic valves (2), (5), (8), (12), (13) are connected with relevant pipelines, are also connected with a time relay (14) through conductive wires, and is controlled by the time relay (14). The utility model adopting the structure has the advantages of simple operation, low cost, practicality and high efficiency.

Description

Give water treatment device

The utility model relates to water-treatment technology field, relates in particular to dosing, intermittent type multiple spot coagulating sedimentation and the multi-point multi-layer precipitation technology field that tangentially intakes that tangentially intakes of batching of the intermittent type in the water treatment device.

Crewman waterborne and some other crowds' domestic water, Drinking water supply inconvenience is lived in work at present, the small water supplying treatment unit that needs a kind of simple to operate, cheap, practicality and high efficiency, and supporting therewith dosing device, coagulating equipment, settling apparatus are rare.With the dosing device is example, per hour handle 1 ton of Yangtze River Water if need dosing 80 grams, just 1600 milliliters of the aqueous solution that furnishing is 20 times, the flow of batching of per second has only 0.44 milliliter, and conventional dry type is batched, the siphon of wet type is batched, water sprayer is batched all is suitable for the situation of flow greatly.

A purpose of the present utility model provides a kind of jar assembly of batching of giving water treatment device, magnetic valve of the pipe connection that this pot bottom is installed by time relay control, the pipe connection that install the magnetic valve lower end is to mixing in heavy jar, along with the opening and closing of magnetic valve, this jar energy is intermittently quantitative is regardless of what soup is batched to mix in heavy jar of dose.

Another purpose of the present utility model provides a kind of big-and-middle-sized mixed heavy jar assembly of giving water treatment device of taking into account, this jar top is cylindrical or truncated cone-shaped, periphery is tangentially uniform to be equipped with many or a raw water tubes, many raw water tubes are only installed a magnetic valve or many magnetic valve synchronization control are installed, when opening under the control of magnetic valve at the time relay, former water is by one or tangential uniform this jar inwall that top is cylindrical or truncated cone-shaped that quantitatively pumps into of several raw water tubes, can finish stirring, coagulation and the precipitation of former water and medicament, realize the one-level solid-liquid separation; Rising pipe and magnetic valve and soup input tube tangentially also are equipped with in the top of mixing heavy jar; The bottom is conical, and soil discharging electromagnetic valve is housed.

The utility model also has a purpose to provide a kind of big-and-middle-sized two heavy filter tank assemblies of giving water treatment device of taking into account, this jar top is cylindrical, the clear water pipe is equipped with at the top, the bottom is conical, the soil discharging electromagnetic valve by time relay control is equipped with at the awl end, the middle part is one or more layers cylindrical concentric(al) circles cylinder, also can be one or more layers reverse frustoconic concentric(al) circles cylinder, many or one water inlet pipe of all tangential uniform installation of the concentrically ringed periphery of each layer; Supernatant liquor after the one-level solid-liquid separation is with one or more this jar of inflow middle part of tangential direction, along one or more layers cylindrical concentric(al) circles inwall, also can be to flow along one or more layers reverse frustoconic concentric(al) circles inwall to precipitate, polylith sloping plate deposition just as along endless filters out clear water then.

For achieving the above object, the technical solution of the utility model is: one overlaps jar assembly of batching is connected by pipeline and one or more sets mixed heavy jar assemblies, one or more sets mix heavy jar assembly and are connected with a cover two heavy filter tank assemblies by pipeline, water pump is connected with a mixed heavy jar assembly by pipeline, magnetic valve except that with corresponding pipe connection, by lead tie-time rly., by its control.

The batch upper end of magnetic valve of pipe connection time relay control of pot bottom, to mixing in heavy jar, along with the opening and closing of magnetic valve, a certain amount of soup just flow into and mixes in heavy jar, finishes and batches through pipe connection in the lower end of magnetic valve.

Mixing heavy jar top is cylindrical or truncated cone-shaped, the bottom is conical, top periphery tangentially is equipped with one or more raw water tubes, a rising pipe tangentially also is housed, opening and closing along with the magnetic valve of time relay control, tangentially pump in the jar with mixing heavy jar of former water, finish stirring, coagulation and precipitation with medicament from raw water tubes with volume; Under the control of the time relay, the magnetic valve that is installed in rising pipe is opened, until supernatant liquor output back is regularly closed; At this moment, the soil discharging electromagnetic valve that conical lower section is installed is opened under the control of the time relay, regularly closes until mud is discharged the back.

Two metafiltration jar tops are the cylindrical filtering layer that is provided with, and the clear water rising pipe is equipped with at the top; The bottom is conical, and soil discharging electromagnetic valve is equipped with at the awl end; The middle part is one or more layers cylindrical concentric(al) circles cylinder, it also can be one or more layers reverse frustoconic concentric(al) circles cylinder, many or one water inlet pipe of all tangential uniform installation of the concentrically ringed periphery of each layer, peripheral separately tangential all water inlet pipes installed of multilayer concentric circle are by a solenoid control or many magnetic valve synchronization control, when under mixing the heavy jar of control of rising pipe magnetic valve, opening at the time relay, supernatant liquor through water inlet pipe with tangential inflow two heavy filter tanks, along one or more layers cylindrical concentric(al) circles inwall, also can be to flow along one or more layers reverse frustoconic concentric(al) circles inwall to precipitate, just as polylith sloping plate deposition along endless, upward flow filters through filtering layer, by the clear water rising pipe water outlet that is installed in the top; When the conical inner accumulated of bottom behind a certain amount of mud, under the control of the time relay, soil discharging electromagnetic valve is opened, and closes automatically after spoil disposal finishes.

As further improvement of the utility model, Here it is adds a cover two heavy filter tank assemblies with a cover jar assembly of batching, mix many covers and mix heavy jar assembly, form and give water treatment device, like this, what a cover batched that jar assembly can take turns mixes the heavy jar assembly soup of batching to many covers, and many covers mix tangential water inlet, stirring, coagulating sedimentation that heavy jar assembly also can take turns, carry supernatant liquor to a cover two heavy filter tank assemblies, thereby raise the efficiency.

After adopting said apparatus, batch jar under the control of the time relay and magnetic valve, can accurately batch under large, medium and small dosage requires, particularly low dose of soup batches; Mix heavy jar truncated cone-shaped interior wall construction, the stirring circular frequency that can keep tangential water inlet spiral escalation, control by the time relay and magnetic valve, realized periphery one or more intermittence, quantitatively, tangential water inlet, save the agitation mixer of propeller type, perpendicular axis type, split-flow baffles formula or water sprayer, tangential water inlet is stirred fully, nature, formed the flow field, has saved the time of coagulating sedimentation, also may be used in the big-and-middle-sized water treatment device; The middle part of two heavy filter tanks can be one or more layers cylindrical concentric(al) circles, it also can be one or more layers reverse frustoconic concentric(al) circles, the periphery of each layer concentric(al) circles inwall can tangentially be installed one or more water inlet pipe, peripheral separately tangential all water inlet pipes installed of multilayer concentric circle are by a solenoid control or synchronization control, this has just formed the sloping plate deposition of many endless, than conventional inclined tube sloping plate deposition, mud is concentrated, is saved the space, also may be used in the big-and-middle-sized water treatment device.

In addition, also can carry out such collocation, Here it is adds a cover two heavy filter tank assemblies with a cover jar assembly of batching, mixing the mixed heavy jar assembly of many covers forms to water treatment device, like this, what a cover batched that jar assembly can take turns mixes the heavy jar assembly soup of batching to many covers, and many covers mix that the multiple spot that heavy jar assembly also can take turns is tangentially intake, stirring, coagulating sedimentation, carry supernatant liquor to a cover two heavy filter tank assemblies, thereby raise the efficiency.

Below in conjunction with accompanying drawing the utility model is described in further detail.

Fig. 1 is the general illustration that utility model is given water treatment device.

Fig. 2 is that the raw water tubes that mixes heavy jar, the A-A at rising pipe place analyse and observe.

Fig. 3 is that the B-B at two heavy filter tank water inlet pipe places analyses and observe.

It is the schematic perspective view of truncated cone-shaped that Fig. 4 mixes heavy jar top.

Fig. 5 is that the C-C at coagulation jar raw water tubes, rising pipe place analyses and observe.

Fig. 6 is that two heavy filter tank middle parts are the synoptic diagram of reverse frustoconic.

Fig. 7 is that the D-D at two heavy filter tank water inlet pipe places analyses and observe.

To be the utility model add a cover two heavy filter tank assemblies to water treatment device with a cover jar assembly of batching to Fig. 8, joins the skeleton diagrams that many covers mix heavy jar assembly.

1 batch jar, 2 magnetic valves, 3 mixes heavy jars, 4 water pumps, 5 magnetic valves, 6 raw water tubes, 7 rising pipes, 8 magnetic valves, 9 water inlet pipes, 10 2 heavy filter tanks, 11 clear water pipes, 12 soil discharging electromagnetic valves, 13 soil discharging electromagnetic valves, 14 time relays, the 15 jar assembly, 16 of batching and mixes heavy jar assemblies, 17 2 and sink the filter tank assemblies among the figure.

Among Fig. 1, the magnetic valve 2 below the pipe connection that install jar 1 bottom of batching, the lower end of magnetic valve 2 by pipe connection to the inwall that mixes heavy jar 3 tops; It is cylindrical mixing heavy jar 3 tops, and the bottom is conical, and soil discharging electromagnetic valve 12 is equipped with at the awl end; Water pump 4 connects two raw water tubes 6 through the other end of pipe connection magnetic valve 5, magnetic valve 5, mixes heavy jar 3 inwall with tangential uniform being installed in respectively; One end of rising pipe 7 is tangentially to be connected with the inwall that mixes heavy jar 3, the other end connects magnetic valve 8, two water inlet pipes 9 of magnetic valve 8 connections, three layers of tangential uniform connection of cylindrical concentric(al) circles inwall at water inlet pipe 9 and two heavy filter tank 10 middle parts, six roots of sensation water inlet pipe 9 is by 8 controls of a magnetic valve; The upward middle part of two heavy filter tanks 10 is cylindrical, and clear water pipe 11 is equipped with on top, and soil discharging electromagnetic valve 13 is equipped with for conical, the awl end in the bottom;

Magnetic valve

2,5,8, soil discharging

electromagnetic valve

12,13 is by the time relay 14 controls.

Among Fig. 2, rising pipe 7 and two raw water tubes 6 mix heavy jar 3 cylinder shape inner wall with tangential uniform being installed in.

Among Fig. 3, two water inlet pipes 9 are with tangential uniform three layers of right cylinder concentric(al) circles inwall that are installed in two mixed filter tanks 10.

Among Fig. 4,5, rising pipe 7 and two raw water tubes 6 are with the tangential uniform inwall that mixes heavy jar 3 truncated cone-shaped that is installed in.

Among Fig. 6,7, two water inlet pipes 9 are with tangential uniform three layers of reverse frustoconic concentric(al) circles inwall that are installed in two heavy filter tanks 10.

Among Fig. 8, a cover is batched, and jar assembly 15 adds a cover two heavy filter tank assemblies 17, the skeleton diagram that two covers mix heavy jar assembly 16 is joined in the centre.

Embodiment 1, in Fig. 1, the magnetic valve 2 below the pipe connection that install jar 1 bottom of batching, the lower end of magnetic valve 2 by pipe connection to the inwall that mixes heavy jar 3 tops; It is cylindrical mixing heavy jar 3 tops, and the bottom is conical, and soil discharging electromagnetic valve 12 is equipped with at the awl end; Water pump 4 is through pipe connection magnetic valve 5, and the other end of magnetic valve 5 connects two raw water tubes 6 and mixes heavy jar 3 inwall with tangential uniform being installed in; One end of rising pipe 7 is tangentially to be connected with the inwall that mixes heavy jar 3, the other end connects magnetic valve 8, two water inlet pipes 9 that magnetic valve 8 connects are connected with tangential uniform three layers of garden cylindricality concentric(al) circles inwall with two heavy filter tank 10 middle parts, and six roots of sensation water inlet pipe 9 is by 8 controls of a magnetic valve; The upward middle part of two heavy filter tanks 10 is cylindrical, and clear water pipe 11 is equipped with on top, and soil discharging electromagnetic valve 13 is equipped with for conical, the awl end in the bottom;

Magnetic valve

2,5,8, soil discharging

electromagnetic valve

12,13 are by the time relay 14 controls.

Embodiment 2, and in Fig. 4,5, rising pipe 7 and two raw water tubes 6 are with the tangential uniform inwall that mixes heavy jar 3 truncated cone-shaped that is installed in.

Embodiment 3, and in Fig. 6,7, two water inlet pipes 9 are with tangential uniform three layers of reverse frustoconic concentric(al) circles inwall that are installed in two heavy filter tanks 10.

Embodiment 4, and in Fig. 8, a cover is batched, and jar assembly 15 adds a cover two heavy filter tank assemblies 17, the centre is joined two covers and mixed a heavy jar assembly 16, adds

magnetic valve

2,5,8,12,13, the time relay 14, water pump 4, form efficient higher give water treatment device.

Certainly, the outermost layer cross section at two metafiltration jars, 10 middle parts also can be other geometrical shape, as square, rectangle, as long as one or more layers of outermost layer the inside is cylindrical or reverse frustoconic concentric(al) circles cylinder;

Magnetic valve

2,5,8,12,13 also can be by micro-chip or microcomputer control, and such conversion all drops within the protection domain of the present utility model.

Claims

1, a kind of water treatment device of giving, it comprises jar assembly (15) of batching, mix heavy jar assembly (16), two heavy filter tank assembly (17) and magnetic valves (2), (5), (8), (12), (13), the time relay (14), water pump (4) six parts, it is characterized in that, one overlaps jar assembly (15) of batching is connected by a pipeline and the mixed heavy jar of assembly (16) of a cover, one cover mixes heavy jar of assembly (16) and is connected with a cover two heavy filter tank assemblies (17) by pipeline, water pump (4) is connected magnetic valve (2) by pipeline with a mixed heavy jar of assembly (16), (5), (8), (12), (13) by lead tie-time rly. (14).

2, the water treatment device of giving according to claim 1 is characterized in that, mixing heavy jar of assembly (16) can be a cover, also can be many covers.

3, the water treatment device of giving according to claim 1 is characterized in that, the magnetic valve (2) bottom batch jar (1) below the pipe connection of installation, and magnetic valve (2) lower end is by the cylindrical or truncated cone-shaped inwall of pipe connection to mixed heavy jar (3) top.

4, the water treatment device of giving according to claim 1 is characterized in that, the raw water tubes (6) that magnetic valve (5) connects mixes heavy jar of cylindrical or truncated cone-shaped inwall in (3) top tangentially to be installed in.

5, the water treatment device of giving according to claim 1 is characterized in that, the water inlet pipe (9) that magnetic valve (8) connects is tangentially to be connected with the cylindrical or reverse frustoconic inwall at two heavy filter tank (10) middle parts.

6, the water treatment device of giving according to claim 1 is characterized in that raw water tubes (6) can be one, also can be that many undercuts are to uniform installation.

7, the water treatment device of giving according to claim 1 is characterized in that, the inwall at two heavy filter tank (10) middle parts can be the cylindrical or reverse frustoconic of one deck, also can be the cylindrical or reverse frustoconic concentric(al) circles cylinder of multilayer.

8, the water treatment device of giving according to claim 1 is characterized in that water inlet pipe (9) can be one, also can be many, the tangential uniform round tube of the multilayer concentric inwall that is installed in.