CN208672065U

CN208672065U - A kind of antimagnetic intelligent water control of waterproof

Info

Publication number: CN208672065U
Application number: CN201821681730.2U
Authority: CN
Inventors: 聂世博; 汤桂光
Original assignee: Chengdu Zhengyang World Intelligent Technology Co Ltd
Current assignee: Chengdu Zhengyang World Intelligent Technology Co Ltd
Priority date: 2018-10-17
Filing date: 2018-10-17
Publication date: 2019-03-29
Anticipated expiration: 2028-10-17

Abstract

The utility model discloses a kind of antimagnetic intelligent water control of waterproof, it is antimagnetic ineffective mainly to solve existing intelligent water control waterproof, water control instrument damage is easy to cause, frequently the problem of replacement.The intelligence water control includes sequentially connected water inlet, control main body and water outlet, the control main body includes upper housing, the lower case to match with upper housing, lower chamber and the control mainboard being fully sealed by insulation transparent colloid inside upper housing be set, and is arranged in lower case and flowmeter interconnected and solenoid valve；The flowmeter be connected to water inlet and with control mainboard Electricity Federation, the solenoid valve be connected to water outlet and with control mainboard Electricity Federation, be covered with Antimagnetic hood on the solenoid valve；Wherein, the upper housing bottom is provided with card slot corresponding with control mainboard.By above-mentioned design, the antimagnetic effect of the utility model waterproof is reinforced, easy for installation, practical, can be applicable.

Description

A kind of antimagnetic intelligent water control of waterproof

Technical field

The utility model relates to a kind of water controls, specifically, being to be related to a kind of antimagnetic intelligent water control of waterproof.

Background technique

Water is one of the valuable source that the mankind depend on for existence and development, China's shortage of water resources, with the high speed of industrial or agricultural Development, Living consumption are continuously improved, and water consumption constantly increases, and imbalance between supply and demand becomes increasingly conspicuous, and water conservation has become the whole people One important topic of concern.Currently, many people's consciousnesss of saving water are indifferent, as the universities and colleges and large enterprise at different levels with water rich and influential family, The phenomenon that in the prevalence of water waste, the appearance of intelligent control water control effectively alleviate this phenomenon, still, existing intelligence There is also some shortcomings for energy water control.

Special seal approach is not taken in current intelligent water control mostly, and control circuit especially therein does not seal Processing, it is possible to cause water vapour to enter, damage circuit, need when replacement to stop to supply water, the just common water of people will be influenced, Situations such as causing the inconvenience of life and influencing production；Existing intelligence water control is not provided with magnetism preventing device, leads to the electromagnetism of water control There is the case where usurping water vulnerable to magnetic interference in valve.

Utility model content

The purpose of this utility model is to provide a kind of antimagnetic intelligent water controls of waterproof, mainly solve existing intelligent water control waterproof It is antimagnetic ineffective, it is easy to cause water control instrument damage, frequently the problem of replacement.

To achieve the above object, the technical solution adopted in the utility model is as follows:

A kind of antimagnetic intelligent water control of waterproof, including sequentially connected water inlet, control main body and water outlet, the control master Body includes upper housing, the lower case to match with upper housing, and lower chamber is arranged inside upper housing and passes through insulation transparent colloid The control mainboard being fully sealed, and be arranged in lower case and flowmeter interconnected and solenoid valve；The flowmeter with Water inlet connection and with control mainboard Electricity Federation, the solenoid valve be connected to water outlet and with control mainboard Electricity Federation, the solenoid valve On be covered with Antimagnetic hood；Wherein, the upper housing bottom is provided with card slot corresponding with control mainboard.

Further, it is provided with right above the flowmeter and is fixedly connected with flowmeter and is located at upper cavity inside upper housing Counting scale.

Further, upper casing external surface top be provided with the matched reading window of counting scale size, outside upper housing Surface lower portions are provided with the display screen being connected with control mainboard.

It further, include governor circuit, the protection circuit being connect with governor circuit, coil sense in the control mainboard Answer circuit, clock circuit and sample circuit；Wherein, the solenoid valve control circuit is also connect with solenoid valve.

Specifically, the governor circuit includes the singlechip chip of model JW9C641-LQFP, with singlechip chip Sequentially connected 18 exclusions of 2nd~19 pin, the capacitor being connected between the 20th pin of singlechip chip and the 21st pin C21, one end connect singlechip chip the 22nd pin and the other end ground connection capacitor C6, one end connect with capacitor C6 ground terminal and The other end connects the capacitor C9 of the 23rd pin of singlechip chip, is connected to the 24th pin and the 25th pin of singlechip chip Between capacitor C15, the 24th pin connection of one end and singlechip chip and the resistance R7 of other end connection power supply VCC, one end The capacitor C10 being connect with the 28th pin of the 25th pin connect and ground and the other end of singlechip chip and singlechip chip, Three feet of the connection of the 28th pin of one end and singlechip chip and the 25th pin connect and ground of the other end and singlechip chip What the 26th pin of connecting terminal XT1, one end and singlechip chip and the connection of three foot connecting terminal third ends and the other end were grounded The resistance R8 that 26th pin of capacitor C12, one end and singlechip chip connects and the other end is connect with power supply VCC, one end and electricity Hinder the resistance R9 of R8 and power supply VCC connection and the connection of the 30th pin of the other end and singlechip chip, one end and singlechip chip The connection of the 29th pin and other end ground connection capacitor C13, one end connects power supply VCC and singlechip chip and other end ground connection Capacitor C14, the resistance R15 that one end is connected with the 35th pin of singlechip chip, base stage are connected and emit with the resistance R15 other end Triode T14, the interface CON1 that cathode is connected with the collector of triode 14 and the other end is connected with power supply VCC of pole ground connection, The resistance R29 of the 62nd pin and the other end of one end and singlechip chip ground connection, the 62nd pin phase of one end and singlechip chip Resistance R30 even, base stage is connected with the resistance R30 other end and the triode T10 of emitter ground connection, one end and triode T10 collection Electrode connected resistance R32, the triode T11 that base stage is connected with the resistance R32 other end, one end connecting triode T11 base stage and The resistance R39 of other end connecting triode T11 emitter, one end connecting triode T11 collector and the other end connect single-chip microcontroller The resistance R31 of the 34th pin of chip, the diode D6 that anode is connected with the emitter of triode T11, cathode and diode D6's The connected diode D7 of cathode, and it is separately connected interface CON2, CON3 of diode D6, diode D7 anode；Wherein, monolithic The 33rd pin, the 64th pin, the 63rd pin and the 61st pin of machine core piece are connected with protection circuit；The 39th of singlechip chip Pin and the 48th pin are connected with sample circuit, and the 47th pin of singlechip chip is connected with clock circuit chip, monolithic machine core 57th~60 pin of piece is connect with solenoid valve control circuit, and the 49th~56 pin of singlechip chip, the 1st pin, the 31st are drawn Foot, the 32nd pin, the 36th~38 pin and the 40th~47 pin are idle.

Specifically, the protection circuit includes chip R3111N201A, the OUT pin of one end and chip R3111N201A It is connected and the resistance R16 of another termination power VCC, is connected with the VIN pin of chip R3111N201A and electricity parallel with one another Hinder R10, R11, R12, R13, and the resistance R11B being connected with the resistance R11 other end；Wherein, the OUT of chip R3111N201A Pin is also connected with the pin 33 of the singlechip chip, the 63rd pin phase of the resistance R10 other end and the singlechip chip Even, the resistance R11B other end is connected with the 64th pin of the singlechip chip, the resistance R12 other end and the monolithic machine core 61st pin of piece is connected, resistance R13 other end ground connection, the GND pin ground connection of chip R3111N201A, chip R3111N201A Two NC pins it is idle.

Specifically, the coil-induced circuit includes chip 24LC01B, the SDA pin company of one end and chip 24LC01B Connect and the other end connection power supply VCC potentiometer RP33, one end connect with the SCL pin of chip 24LC01B and the other end connection The potentiometer RP31 of power supply VCC, one end is connect with the WP pin of chip 24LC01B and the potentiometer of other end connection power supply VCC RP32, and the capacitor C20 being connected between the VCC pin of chip 24LC01B and A0 pin；Wherein, the chip The VCC pin of 24LC01B is also connected with power supply VCC, and VSS pin, A0 pin, A1 pin and the A2 of the chip 24LC01B draws Foot is grounded.

Specifically, the solenoid valve control circuit includes the interface CON4 on pin and off pin, is connected to interface Capacitor C11 between the on pin and off pin of CON4, the resistance R22 that one end is connect with the off pin of interface CON4, base stage It is connect with the resistance R22 other end, three poles that collector and power supply VGG connection and emitter are connect with the on pin of interface CON4 Pipe T8, emitter is connect with the on pin of interface CON4 and the triode T9 of grounded collector, the base stage of one end and triode T9 It is connected and the resistance R21 of other end ground connection, end is connected with the base stage of triode T9 and the other end and the singlechip chip the 57th The connected resistance R20 of pin, the triode that emitter is connected with the off pin of interface CON4 and collector is connected with power supply VGG T6, one end is connected with the base stage of triode T6 and the resistance R17 of the on pin of other end connecting interface CON4, emitter and interface The on pin of CON4 is connected and the triode T7 of grounded collector, and one end is connected with the base stage of triode T7 and the other end is grounded Resistance R18, the resistance that one end is connected with the base stage of triode T7 and the other end is connected with the 58th pin of the singlechip chip R19, and jumper switch J1, J1B circuit being connected with the 59th pin, the 60th pin of the singlechip chip；Wherein, described Jumper switch J1 circuit includes that one end is connected and the capacitor C16 of other end ground connection, end and wire jumper J1 the with the 1st pin of wire jumper J1 2 pins are connected and the capacitor C17 of other end ground connection, and one end connects the resistance R23 of capacitor C16 and other end connection power supply VCC, One end connects the resistance R24 of capacitor C17 and other end connection power supply VCC；Wherein, the other end of resistance R23 also with the monolithic 59th chip pin of machine is connected, and the other end of resistance R24 is also connected with the 60th pin of the singlechip chip；The wire jumper The 2nd pin of the wire jumper J1B of switch J1B circuit is grounded, and the 1st pin connects the 60th pin of the singlechip chip, and the 3rd draws Foot connects the 59th pin of the singlechip chip；Wherein, the interface CON4 is connect with solenoid valve.

Specifically, the clock circuit includes wire jumper J3, and emitter is connect with the VSS pin of wire jumper J3 and grounded collector Triode T5, one end is connect with triode T5 and the other end connect the singlechip chip the 47th pin resistance R28, one End is connect with the VCC pin of wire jumper J3 and the capacitor C23 of other end connection power supply VCC, and the VSS pin of one end and wire jumper J3 connect Connect and the capacitor C23 of other end connection power supply VCC, after series connection one end connect with the CLK pin of wire jumper J3 and the other end connect it is electric Resistance R27, the potentiometer RP61 of the electricity of source VCC, one end is connect with the RST pin of wire jumper J3 after series connection and the other end connects power supply Resistance R26, the potentiometer RP62 of the electricity of VCC, one end is connect with the DAT pin of wire jumper J3 after series connection and the other end connects power supply Wherein, the VCC pin of the wire jumper J3 is connected resistance R25, the potentiometer RP63 of the electricity of VCC with power supply VCC, K1 pin and sampling Circuit is connected, and K2 pin is connected with power supply VEE.

Specifically, the sample circuit includes mutually independent sampling A circuit and sampling B circuit, the sampling A circuit packet Include sampling wire jumper J2, the triode T4 that emitter is connect with the third pin of sampling wire jumper J2, the base stage of one end and triode T4 The potentiometer RP52 that connection and the other end are connected with the pin 48 of the singlechip chip, the collection of one end and triode T4 after parallel connection Electrode connection and the other end ground connection capacitor C8, potentiometer RP41, emitter with sample wire jumper J2 the 4th pin connect three Pole pipe T1, the current potential that one end is connect with the base stage of triode T1 and the other end is connected with the 48th pin of the singlechip chip Device RP51, capacitor C7, the potentiometer RP42 that one end is connect with the collector of triode T1 after parallel connection and the other end is grounded, emitter The triode T3 connecting with the KA pin of the wire jumper J3 of clock circuit, one end is connect with the base stage of triode T3 and the other end and institute State the connected potentiometer RP53 of the 48th pin of singlechip chip, it is in parallel after one end connect with the collector of triode T3 and another Hold capacitor C25, the potentiometer RP43 of ground connection；Wherein, the first pin of wire jumper J2 is sampled, second pin is connected with power supply VEE；Institute Stating sample circuit B includes sampling wire jumper J2B, and one end is connected with the second pin of sampling wire jumper J2B and the current potential of other end ground connection Device RP11, one end is connected with the first pin of sampling wire jumper J2B and the potentiometer RP12 of other end ground connection, one end and the wire jumper The K1 pin of J3 is connected and the potentiometer RP13 of other end ground connection, and one end is connected with power vd D and the resistance R4 of other end ground connection, One end is connected with the 39th pin of the singlechip chip and the resistance R1 of other end ground connection, one end and the singlechip chip The connected resistance R3 of 39th pin, the capacitor that one end is connect with power vd D after series connection and the other end is connect with the resistance R3 other end C1, resistance R2, one end is connect and the capacitor of the other end and the resistance R3 other end with the second pin of sampling wire jumper J2B after series connection C2, potentiometer RP81, one end connect with the first pin of sampling wire jumper J2B and the other end and the resistance R3 other end after series connection Capacitor C3, potentiometer RP82, one end is connect and the other end and the resistance R3 other end with the K1 pin of the wire jumper J3 after series connection Capacitor C5, potentiometer RP83, base stage is connect with the one end potentiometer RP83 and the triode T13 of grounded collector, one end and three poles The resistance R5 of the emitter connection of pipe T13, base stage is connect with the resistance R5 other end and collector meets the triode T12 of power supply VEE, The resistance R6 and one end being connected between transistor collector and base stage are connected to the emitter of triode T12 and and power supply The resistance C27 of VCC connection and other end ground connection；Wherein, third pin, the 4th pin and the power supply VEE phase of wire jumper J2B are sampled Even.

Compared with prior art, the utility model has the following beneficial effects:

(1) it is used in the environment of the utility model Chang You water or water vapour, circuit control panel is passed through into watertight transparent Colloid is fully enclosed can be effectively prevent water or water vapour to enter and destroy its internal structure on the inside of upper housing, and it is normal to influence it Operation, extends the service life of the utility model.

(2) the utility model makes the solenoid valve of intelligent water control be isolated from the outside, effectively avoids magnetic field by adding Antimagnetic hood Interference to solenoid valve prevents water stolen, user is avoided to lose.

(3) the utility model is arranged by circuit and is combined with mechanical device, realizes the intelligence of water control, and pass through timing Charging is carried out with metering dual mode, water waste is can effectively avoid, saves water resource.

Detailed description of the invention

Fig. 1 is the utility model external structure schematic diagram.

Fig. 2 is A-A cross-sectional view in Fig. 1.

Fig. 3 is the governor circuit schematic diagram of the utility model control mainboard.

Fig. 4 is the protection circuit diagram of the utility model control mainboard.

Fig. 5 is the coil-induced circuit diagram of the utility model control mainboard.

Fig. 6 is the solenoid valve control circuit schematic diagram of the utility model control mainboard.

Fig. 7 is the clock circuit schematic diagram of the utility model control mainboard.

Fig. 8 is the sampling A circuit diagram of the utility model control mainboard.

Fig. 9 is the sampling B circuit diagram of the utility model control mainboard.

Wherein, the corresponding title of appended drawing reference are as follows:

1- water inlet, 2- water outlet, 3- read window, 4- display screen, 5- card slot, 6- upper housing, 7- lower case, 8- electromagnetism Valve, 9- Antimagnetic hood, 10- control mainboard, 11- insulation transparent colloid, 12- flowmeter, 13- counting scale.

Specific embodiment

The utility model is described in further detail with embodiment for explanation with reference to the accompanying drawing, and the mode of the utility model includes But it is not limited only to following embodiment.

Embodiment

As shown in figure 1-9, the antimagnetic intelligent water control of a kind of waterproof disclosed by the utility model, including sequentially connected water inlet Mouth 1, control main body and water outlet 2, the control main body includes upper housing 6, the lower case 7 to match with upper housing 6, and setting exists 6 inside lower chamber of upper housing and the control mainboard 10 being fully sealed by insulation transparent colloid 11, and be arranged in lower case 7 And flowmeter 12 interconnected and solenoid valve 8；The flowmeter 12 be connected to water inlet 1 and with 10 Electricity Federation of control mainboard, institute State solenoid valve 8 be connected to water outlet 2 and with 10 Electricity Federation of control mainboard, be covered with Antimagnetic hood 9 on the solenoid valve 8；Wherein, described 6 bottom of upper housing is provided with card slot 5 corresponding with control mainboard 10.

Further, it is provided with right above the flowmeter 12 and is fixedly connected and is located on upper housing inside with flowmeter 12 The counting scale 13 of cavity.

Further, the 6 outer surface top of upper housing is provided with and the matched reading window 3 of 13 size of counting scale, upper casing 6 outer surface lower part of body is provided with the display screen 4 being connected with control mainboard 10.

It further, include governor circuit, the protection circuit being connect with governor circuit, coil in the control mainboard 10 Sensor circuit, clock circuit and sample circuit；Wherein, the solenoid valve control circuit is also connect with solenoid valve.

Specifically, the solenoid valve control circuit includes the interface CON4 on pin and off pin, is connected to interface Capacitor C11 between the on pin and off pin of CON4, the resistance R22 that one end is connect with the off pin of interface CON4, base stage It is connect with the resistance R22 other end, three poles that collector and power supply VGG connection and emitter are connect with the on pin of interface CON4 Pipe T8, emitter is connect with the on pin of interface CON4 and the triode T9 of grounded collector, the base stage of one end and triode T9 It is connected and the resistance R21 of other end ground connection, end is connected with the base stage of triode T9 and the other end and the singlechip chip the 57th The connected resistance R20 of pin, the triode that emitter is connected with the off pin of interface CON4 and collector is connected with power supply VGG T6, one end is connected with the base stage of triode T6 and the resistance R17 of the on pin of other end connecting interface CON4, emitter and interface The on pin of CON4 is connected and the triode T7 of grounded collector, and one end is connected with the base stage of triode T7 and the other end is grounded Resistance R18, the resistance that one end is connected with the base stage of triode T7 and the other end is connected with the 58th pin of the singlechip chip R19, and jumper switch J1, J1B circuit being connected with the 59th pin, the 60th pin of the singlechip chip；Wherein, described Jumper switch J1 circuit includes that one end is connected and the capacitor C16 of other end ground connection, end and wire jumper J1 the with the 1st pin of wire jumper J1 2 pins are connected and the capacitor C17 of other end ground connection, and one end connects the resistance R23 of capacitor C16 and other end connection power supply VCC, One end connects the resistance R24 of capacitor C17 and other end connection power supply VCC；Wherein, the other end of resistance R23 also with the monolithic 59th chip pin of machine is connected, and the other end of resistance R24 is also connected with the 60th pin of the singlechip chip；The wire jumper The 2nd pin of the wire jumper J1B of switch J1B circuit is grounded, and the 1st pin connects the 60th pin of the singlechip chip, and the 3rd draws Foot connects the 59th pin of the singlechip chip.

The utility model combination IC card plug-in card uses, and by the way that control mainboard to be packaged with insulation transparent colloid, enhances The waterproof performance of system, reduces the failure rate of system；And Antimagnetic hood is added on solenoid valve, can be effectively isolated solenoid valve by To the interference of extraneous magnet, water phenomenon generation steathily is prevented, the loss of user is avoided.The device is easy to use, and simple installation may be used also Anti- impurity damages internal structure, has very strong practicability.

Above-described embodiment is only one of preferred embodiments of the present invention, should not be taken to limit the utility model Protection scope, as long as the utility model body design thought and mentally make have no the change of essential meaning or profit Color, it is solved the technical issues of it is still consistent with the utility model, the protection scope of the utility model should all be included in Within.

Claims

1. a kind of antimagnetic intelligent water control of waterproof, including sequentially connected water inlet (1), control main body and water outlet (2), feature It is, the control main body includes upper housing (6), the lower case (7) to match with upper housing (6), and setting is in upper housing (6) The control mainboard (10) that subordinate's cavity is simultaneously fully sealed by insulation transparent colloid (11), and setting in lower case (7) and Flowmeter (12) interconnected and solenoid valve (8)；The flowmeter (12) be connected to water inlet (1) and with control mainboard (10) Electricity Federation, the solenoid valve (8) be connected to water outlet (2) and with control mainboard (10) Electricity Federation, be covered on the solenoid valve (8) antimagnetic It covers (9)；Wherein, upper housing (6) bottom is provided with card slot (5) corresponding with control mainboard (10).

2. a kind of antimagnetic intelligent water control of waterproof according to claim 1, which is characterized in that right above the flowmeter (12) It is provided with the counting scale (13) that upper housing (6) internal upper cavity is fixedly connected with and be located at flowmeter (12).

3. a kind of antimagnetic intelligent water control of waterproof according to claim 2, which is characterized in that upper housing (6) outer surface Top is provided with and the matched reading window (3) of counting scale (13) size, and upper housing (6) outer surface lower part is provided with and control mainboard (10) connected display screen (4).

4. a kind of antimagnetic intelligent water control of waterproof according to claim 3, which is characterized in that include master in the control mainboard Control circuit, the protection circuit connecting with governor circuit, coil-induced circuit, clock circuit and sample circuit；Wherein, described Solenoid valve control circuit is also connect with solenoid valve (8).

5. a kind of antimagnetic intelligent water control of waterproof according to claim 4, which is characterized in that the governor circuit includes model For the singlechip chip of JW9C641-LQFP, sequentially connected 18 exclusions of the 2nd~19 pin with singlechip chip are connected to Capacitor C21 between 20th pin of singlechip chip and the 21st pin, one end connect the 22nd pin of singlechip chip and another The capacitor C6 of one end ground connection, one end is connect with capacitor C6 ground terminal and the capacitor of the 23rd pin of other end connection singlechip chip Draw the 24th of C9, the capacitor C15 being connected between the 24th pin of singlechip chip and the 25th pin, one end and singlechip chip The resistance R7 of foot connection and other end connection power supply VCC, the 25th pin connect and ground of one end and singlechip chip and another 28th pin of the capacitor C10 that end is connect with the 28th pin of singlechip chip, one end and singlechip chip connects and the other end With three foot connecting terminal XT1 of the 25th pin connect and ground of singlechip chip, the 26th pin of one end and singlechip chip It is connected with three foot connecting terminal third ends and the capacitor C12 of other end ground connection, the 26th pin of one end and singlechip chip connects And the resistance R8 that the other end is connect with power supply VCC, one end is connect with resistance R8 and power supply VCC and the other end and singlechip chip The 29th pin connection of the resistance R9 of 30th pin connection, one end and singlechip chip and the capacitor C13 of other end ground connection, one end The capacitor C14 of power supply VCC and singlechip chip and other end ground connection is connected, one end is connected with the 35th pin of singlechip chip Resistance R15, base stage is connected with the resistance R15 other end and the triode T14 of emitter ground connection, the collector of cathode and triode 14 The 62nd pin and the other end ground connection of the interface CON1 that the connected and other end is connected with power supply VCC, one end and singlechip chip Resistance R29, the resistance R30 that one end is connected with the 62nd pin of singlechip chip, base stage are connected and emit with the resistance R30 other end The triode T10 of pole ground connection, the resistance R32 that one end is connected with triode T10 collector, base stage are connected with the resistance R32 other end Triode T11, the resistance R39 of one end connecting triode T11 base stage and other end connecting triode T11 emitter, one end connect Connect the resistance R31 of triode T11 collector and other end connection the 34th pin of singlechip chip, the hair of anode and triode T11 Emitter-base bandgap grading connected diode D6, the diode D7 that cathode is connected with the cathode of diode D6, and it is separately connected diode D6, two Interface CON2, CON3 of pole pipe D7 anode；Wherein, the 33rd pin, the 64th pin, the 63rd pin and the 61st of singlechip chip draw Foot is connected with protection circuit；39th pin of singlechip chip and the 48th pin are connected with sample circuit, and the of singlechip chip 47 pins are connected with clock circuit chip, and the 57th~60 pin of singlechip chip is connect with solenoid valve control circuit, single-chip microcontroller The 49th~56 pin, the 1st pin, the 31st pin, the 32nd pin, the 36th~38 pin and the 40th~47 pin of chip are idle.

6. a kind of antimagnetic intelligent water control of waterproof according to claim 5, which is characterized in that the protection circuit includes chip R3111N201A, one end is connected with the OUT pin of chip R3111N201A and the resistance R16 of another termination power VCC, and core The VIN pin of piece R3111N201A is connected and resistance R10, R11, R12, R13 parallel with one another, and with the resistance R11 other end Connected resistance R11B；Wherein, the OUT pin of chip R3111N201A is also connected with the pin 33 of the singlechip chip, electricity The resistance R10 other end is connected with the 63rd pin of the singlechip chip, and the of the resistance R11B other end and the singlechip chip 64 pins are connected, and the resistance R12 other end is connected with the 61st pin of the singlechip chip, resistance R13 other end ground connection, chip The GND pin of R3111N201A is grounded, and two NC pins of chip R3111N201A are idle.

7. a kind of antimagnetic intelligent water control of waterproof according to claim 6, which is characterized in that the coil-induced circuit includes Chip 24LC01B, one end is connect with the SDA pin of chip 24LC01B and the potentiometer RP33 of other end connection power supply VCC, and one End is connect with the SCL pin of chip 24LC01B and the potentiometer RP31 of other end connection power supply VCC, one end and chip 24LC01B WP pin connection and the other end connection power supply VCC potentiometer RP32, and be connected to chip 24LC01B VCC pin and Capacitor C20 between pin A0；Wherein, the VCC pin of the chip 24LC01B is also connected with power supply VCC, the chip Pin VSS, A0, A1 and A2 of 24LC01B is grounded after being connected with each other.

8. a kind of antimagnetic intelligent water control of waterproof according to claim 7, which is characterized in that the solenoid valve control circuit packet Interface CON4, the capacitor C11 being connected between the on pin of interface CON4 and off pin on pin and off pin are included, The resistance R22 that one end is connect with the off pin of interface CON4, base stage connect with the resistance R22 other end, collector and power supply VGG Connection and the triode T8 that is connect with the on pin of interface CON4 of emitter, emitter connect with the on pin of interface CON4 and The triode T9 of grounded collector, one end is connected with the base stage of triode T9 and the resistance R21 of other end ground connection, end and triode The resistance R20 that the base stage of T9 is connected and the other end is connected with the 57th pin of singlechip chip, emitter and interface CON4's The triode T6 that off pin is connected and collector is connected with power supply VGG, one end is connected with the base stage of triode T6 and the other end connects The resistance R17 of the on pin of connection interface CON4, emitter is connected with the on pin of interface CON4 and the triode of grounded collector T7, one end be connected with the base stage of triode T7 and the other end ground connection resistance R18, one end be connected with the base stage of triode T7 and separately The resistance R19 that one end is connected with the 58th pin of the singlechip chip, and with the 59th pin of the singlechip chip, Connected jumper switch J1, J1B circuit of 60 pins；Wherein, the jumper switch J1 circuit includes one end and the 1st pin of wire jumper J1 It is connected and the capacitor C16 of other end ground connection, the capacitor C17 that end is connected with the 2nd pin of wire jumper J1 and the other end is grounded, one end connects The resistance R23 of capacitor C16 and other end connection power supply VCC, one end connect the resistance of capacitor C17 and other end connection power supply VCC R24；Wherein, the other end of resistance R23 is also connected with the 59th chip pin of the single-chip microcontroller, the other end of resistance R24 also with 60th pin of the singlechip chip is connected；The 2nd pin of the wire jumper J1B of the jumper switch J1B circuit is grounded, and the 1st draws Foot connects the 60th pin of the singlechip chip, and the 3rd pin connects the 59th pin of the singlechip chip.

9. a kind of antimagnetic intelligent water control of waterproof according to claim 8, which is characterized in that the clock circuit includes wire jumper J3, emitter is connect with the VSS pin of wire jumper J3 and the triode T5 of grounded collector, and one end is connect and another with triode T5 End connects the resistance R28 of the 47th pin of the singlechip chip, and one end is connect with the VCC pin of wire jumper J3 and the other end connects The capacitor C23 of power supply VCC, one end is connect with the VSS pin of wire jumper J3 and the capacitor C23 of other end connection power supply VCC, after series connection One end is connect with the CLK pin of wire jumper J3 and resistance R27, the potentiometer RP61 of the electricity of other end connection power supply VCC, connects latter End is connect with the RST pin of wire jumper J3 and resistance R26, the potentiometer RP62 of the electricity of other end connection power supply VCC, one end after series connection It is connect with the DAT pin of wire jumper J3 and the other end connects electric resistance R25, the potentiometer RP63 of power supply VCC wherein, the wire jumper The VCC pin of J3 is connected with power supply VCC, and K1 pin is connected with sample circuit, and K2 pin is connected with power supply VEE.

10. a kind of antimagnetic intelligent water control of waterproof according to claim 9, which is characterized in that the sample circuit includes phase Mutually independent sampling A circuit and sampling B circuit, the sampling A circuit include sampling wire jumper J2, and emitter is with sampling wire jumper J2's The triode T4 of third pin connection, one end is connect with the base stage of triode T4 and the pin of the other end and the singlechip chip 48 connected potentiometer RP52, it is in parallel after one end is connect with the collector of triode T4 and the other end is grounded capacitor C8, current potential Device RP41, the triode T1 that connect of the 4th pin of emitter and sampling wire jumper J2, one end connect with the base stage of triode T1 and The potentiometer RP51 that the other end is connected with the 48th pin of the singlechip chip, the collector of one end and triode T1 after parallel connection The three of the KA pin connection of the wire jumper J3 of capacitor C7, the potentiometer RP42 of connection and other end ground connection, emitter and clock circuit Pole pipe T3, the potentiometer that one end is connect with the base stage of triode T3 and the other end is connected with the 48th pin of the singlechip chip RP53, capacitor C25, the potentiometer RP43 that one end is connect with the collector of triode T3 after parallel connection and the other end is grounded；Wherein, it adopts The first pin of sample wire jumper J2, second pin are connected with power supply VEE；The sample circuit B include sampling wire jumper J2B, one end with The second pin for sampling wire jumper J2B is connected and the potentiometer RP11 of other end ground connection, first pin of one end and sampling wire jumper J2B The potentiometer RP12 of connected and other end ground connection, one end is connected with the K1 pin of the wire jumper J3 and the potentiometer of other end ground connection RP13, one end is connected with power vd D and the resistance R4 of other end ground connection, and one end is connected with the 39th pin of the singlechip chip And the other end ground connection resistance R1, the resistance R3 that one end is connected with the 39th pin of the singlechip chip, after series connection one end and Capacitor C1, the resistance R2 that power vd D connection and the other end are connect with the resistance R3 other end, one end and sampling wire jumper J2B after series connection Second pin connection and the other end and the resistance R3 other end capacitor C2, potentiometer RP81, after series connection one end with sample wire jumper The first pin of J2B connects and capacitor C3, the potentiometer RP82 of the other end and the resistance R3 other end, one end and the jump after series connection The K1 pin of line J3 connects and capacitor C5, the potentiometer RP83 of the other end and the resistance R3 other end, base stage and potentiometer RP83 mono- The triode T13 of end connection and grounded collector, the resistance R5 that one end is connect with the emitter of triode T13, base stage and resistance The connection of the R5 other end and collector connect the triode T12 of power supply VEE, the resistance being connected between transistor collector and base stage R6 and one end be connected to the emitter of triode T12 and connect with power supply VCC and the other end ground connection resistance C27；Wherein, Third pin, the 4th pin of sampling wire jumper J2B is connected with power supply VEE.