CN202555083U

CN202555083U - Novel full automatic water purifying device

Info

Publication number: CN202555083U
Application number: CN2012202512903U
Authority: CN
Inventors: 张志光
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-05-31
Filing date: 2012-05-31
Publication date: 2012-11-28
Anticipated expiration: 2022-05-31

Abstract

The utility model discloses a novel full automatic water purifying device, and belongs to the field of a water treatment device. The novel full automatic water purifying device comprises a barrel body, a filter element arranged inside the barrel body, a water supply pipeline, a water drainage pipeline and the like. The novel full automatic water purifying device is characterized in that the barrel body is composed of an inner container and an outer shell which both have a water seepage function, wherein a hollow interlayer is formed between the inner container and the outer shell, and filtering materials are arranged in the hollow interlayer. The water outlet of the filter element is connected with the water drainage pipeline, and a water pump is arranged on the water drainage pipeline. An electromagnetic valve is arranged on the water supply pipeline. A water level controller is arranged inside the barrel body. According to the novel full automatic water purifying device, an automatic control circuit is designed, so automation of water treatment is achieved. Compared with the prior art, the novel full automatic water purifying device has the advantages of being little in occupied space, convenient to operate and the like; and the novel full automatic water purifying device can be widely used in chemical industry, pharmacy, food and other fields, and has great value of market popularization and application.

Description

A kind of new automatic purifier

Technical field

[0001] the utility model relates to water treatment facilities, especially a kind of new automatic purifier.

Background technology

[0002] present, on market, in the water correction plant of sale and use, generally adopt filtrate, mistake filter core etc. to carry out water purification; This purifier is separate type normally, that is to say that former water is at first through carrying out preliminary treatment in the equipment that filtrate is housed; Then pretreated water again through the equipment of filter core was housed, though the effect of this apparatus processes water is fine, can satisfy the demand of water for industrial use basically; But it takes up room bigger, and cost is higher and operation is also not too convenient, does not realize the automation of operating process; Though household water filter adopts the one combined type at present, yet be not suitable for the extensive water of industry.

Summary of the invention

The technical assignment of the utility model is to the weak point of above-mentioned prior art a kind of new automatic purifier to be provided, and this purifier has the characteristics such as little, easy to operate that take up room.

The utility model solves the technical scheme that its technical problem adopted: a kind of new automatic purifier, constitute by staving, inner cross filter core and the confession blow-off line etc. of the staving of packing into, and its staving is to be made up of inner bag with infiltration function and shell; Inner bag and shell form hollow interlayer; The filtrate of in hollow interlayer, packing into, the effluent pipe mouth of crossing filter core is connected with adjutage, and at the adjutage place water pump is set; The place is provided with magnetic valve at feed pipe, and water level controller is set in staving.

In order to scrub attached to the suspension of crossing on the filter core, pipe blow-through is set, promptly the pipe blow-through water inlet pipe is connected with the mouth of pipe of crossing filter core top, and its outlet pipe is positioned at the staving bottom.

The work of the utility model is accomplished by control circuit; Its control circuit comprises into water control circuit, water outlet control circuit and pump testing control circuit; The connected mode of its above-mentioned each element of control circuit is: power switch K1 one termination power live wire; The other end is connected in series with fuse RD, and the other end of fuse RD is connected with an end of power supply indicator L1, mode switch K2, relay normally open contact C11, relay normally open contact C22 and pump testing K switch 4 respectively; Power supply indicator L1 becomes the closed-loop path with zero-power line; The mode switch K2 other end is connected with 1 pin of hilted broadsword ganged switch K3 with relay coil C1 respectively, and level control switch for water K5 succeeds the other end of electric apparatus coil C1, and forms the closed-loop path with zero-power line; 2 pin of relay coil C2 order cutter ganged switch K3, its other end and zero-power line form the closed-loop path; Park 3 pin of water indicator lamp L3 order cutter ganged switch K3, its other end and zero-power line form the closed-loop path; Magnetic valve DC is connected in series with relay normally open contact C11, and forms the closed-loop path with zero-power line, and indicator lamp L2 is connected to magnetic valve DC; Pump motor M is connected in series with relay normally open contact C22, and forms the closed-loop path with zero-power line, the common port of pump testing K switch 4 other end water pump motor M and relay normally open contact C22, and indicator lamp L4 and pump motor M also connect.

The utility model compared with prior art has following useful effect:

1, the utility model is owing to adopt the one combined type, thereby volume is less, and area occupied reduces, and has practiced thrift the space effectively, reduced cost to a certain extent;

2, owing to adopt control circuit, realize operation automation, practiced thrift manpower;

3, simple in structure, easy to use.

Description of drawings

Fig. 1 is the utility model structural representation.

Fig. 2 is the utility model control circuit figure.

Fig. 3 is the utility model operation control panel sketch map.

The specific embodiment

Below in conjunction with Figure of description the utility model is further specified.

As shown in Figure 1, a kind of new automatic purifier is made up of staving 1, staving 1 inner cross filter core 2 and the confession blow-off

line

3,4 etc. of packing into; Its staving 1 is to be made up of inner bag with infiltration function 11 and shell 12, and inner bag 11 forms hollow interlayer, the filtrate 5 of in hollow interlayer, packing into shell 12; The effluent pipe mouth of crossing filter core 2 is connected with adjutage 4, crosses filter core 2 several can be set, and its each effluent pipe mouth all is connected with adjutage 4; 4 places are provided with water pump 6 at adjutage, and water pump 6 is located at the bottom of staving 1, and 6 adjutage places are provided with valve 61 at water pump; Magnetic valve 31, main valve 32 and emergent pipeline 33 are set on feed pipe 3; The other end of its emergent pipeline 33 and the feed pipe 3 the same hollow interlayers that stretch into are provided with valve 331 on emergent pipeline 33, the effect of emergent pipeline 33 is to break down can not open the time when magnetic valve 31; Former water will get into hollow interlayer through emergent pipeline 33, has guaranteed the normal operation of equipment.In order to scrub attached to the suspension of crossing on the filter core, pipe blow-through is set, the water inlet pipe 7 of its pipe blow-through links to each other with the mouth of pipe of crossing filter core 2 tops; On water inlet pipe 7, be provided with valve 71; In the bottom of staving 1 pipe blow-through outlet pipe 8 is set, and on outlet conduit 8, is provided with valve 81, in order to control the height of water level in the staving 1; Guarantee work under normal pressure, in staving 1, be provided with water level controller 9.

As shown in Figure 2; The work of the utility model is accomplished by control circuit; Its control circuit comprises into water control circuit, water outlet control circuit and pump testing control circuit; The connected mode of its each element of control circuit is: power switch K1 one termination power live wire, and the other end is connected in series with fuse RD, and the other end of fuse RD is connected with an end of power supply indicator L1, mode switch K2, relay normally open contact C11, relay normally open contact C22 and pump testing K switch 4 respectively; Power supply indicator L1 and zero-power line form the closed-loop path; The mode switch K2 other end is connected with 1 pin of hilted broadsword ganged switch K3 with relay coil C1 respectively, and level control switch for water K5 succeeds the other end of electric apparatus coil C1, and becomes the closed-loop path with zero-power line; 2 pin of relay coil C2 order cutter ganged switch K3, its other end and zero-power line form the closed-loop path; Park 3 pin of water indicator lamp L3 order cutter ganged switch K3, its other end and power cathode form the closed-loop path; Magnetic valve DC is connected in series with relay normally open contact C11, and forms the closed-loop path with zero-power line, and indicator lamp L2 is connected to magnetic valve DC; Pump motor M is connected in series with relay normally open contact C22, and forms the closed-loop path with zero-power line, the common port of pump testing K switch 4 other end water pump motor M and relay normally open contact C22, and indicator lamp L4 and pump motor M also connect.

As shown in Figure 3, its operation control panel plate face is designed to set gradually indicator lamp L1, L2, L3, L4 at plate face upper area, below indicator lamp is corresponding, sets gradually K switch 1, K2, K3, K4.This control panel is arranged on the wall of staving 1, also can make a control cabinet, is placed on the place that is fit to operation separately.

The operation principle of the utility model is: closed power switch K1, and power supply indicator L1 is bright, and closed mode K switch 2 is when the water in the staving 1 is in low water level; This moment water level controller K switch 5 closures, relay coil C1 energising makes relay normally open contact C11 closed, indicator lamp L3 is bright; Magnetic valve 31 is opened, and former water just gets into hollow interlayer from water inlet pipe 3, when water level is elevated to setting height; Water level controller K switch 5 is broken off, and relay coil C1 causes relay normally open contact C11 to break off owing to lose electricity; Indicator lamp L3 extinguishes, and magnetic valve 31 cuts out, and supplies water and finishes; Relay coil C2 energising when 1 of hilted broadsword ganged switch K3 is connected with 2 pin makes relay normally open contact C22 closed, and this moment, water pump 6 was started working, and crosses water in the filter core 2 under the effect of pump 6, through outlet pipe 4 outputs, just can utilize; When finishing water, 1 of hilted broadsword ganged switch K3 is connected with 3 pin, and indicator lamp L2 is bright, and relay coil C2 causes relay normally open contact C22 disconnection owing to losing electricity, and water pump 6 quits work, and end discharges water; Whether can operate as normal, another purpose is to break down can not work the time as relay C2 if pump testing K switch 4 purposes being set being test water pump 6, at this moment can closed pump testing K switch 4, and indicator lamp L4 is bright, and water pump 6 is worked, and has guaranteed the normal use of equipment.

Except that the described technical characterictic of specification, other are technology known to those skilled in the art.

Claims

1. new automatic purifier comprises staving, the staving of packing into is inner crosses filter core and supply blow-off line etc., it is characterized in that said staving is to be made up of inner bag with infiltration function and shell; Inner bag and shell form hollow interlayer; The filtrate of in said hollow interlayer, packing into, the said effluent pipe mouth of crossing filter core is connected with adjutage, and at the adjutage place water pump is set; The place is provided with magnetic valve at said feed pipe, in said staving, water level controller is set.

2. full-automatic water purifying device according to claim 1 is characterized in that in said staving, pipe blow-through being set, and the water inlet pipe of its pipe blow-through is connected with the said upper orifice of crossing filter core, and outlet pipe is arranged on the bottom of staving.

3. full-automatic water purifying device according to claim 1; It is characterized in that its control circuit comprises the water supply control circuit, control circuit and pump testing control circuit discharge water; The annexation of its above-mentioned each element of control circuit is: power switch K1 one termination power live wire; The other end is connected in series with fuse RD, and the other end of fuse RD is connected with an end of power supply indicator L1, mode switch K2, relay normally open contact C11, relay normally open contact C22 and pump testing K switch 4 respectively; Power supply indicator L1 and zero-power line form the closed-loop path; The mode switch K2 other end is connected with 1 pin of hilted broadsword ganged switch K3 with relay coil C1 respectively, and level control switch for water K5 succeeds the other end of electric apparatus coil C1, and forms the closed-loop path with zero-power line; 2 pin of relay coil C2 order cutter ganged switch K3, its other end and zero-power line form the closed-loop path; Park 3 pin of water indicator lamp L3 order cutter ganged switch K3, its other end and zero-power line form the closed-loop path; Magnetic valve DC is connected in series with relay normally open contact C11, and forms the closed-loop path with zero-power line, and indicator lamp L2 is connected to magnetic valve DC; Pump motor M is connected in series with relay normally open contact C22, and forms the closed-loop path with zero-power line, the common port of pump testing K switch 4 other end water pump motor M and relay normally open contact C22, and indicator lamp L4 and pump motor M also connect.