CN203425280U

CN203425280U - Atomization ozone sterilization and disinfection system based on digital farming

Info

Publication number: CN203425280U
Application number: CN201320236656.4U
Authority: CN
Inventors: 薛建仁; 叶向东
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-05-06
Filing date: 2013-05-06
Publication date: 2014-02-12
Anticipated expiration: 2023-05-06

Abstract

The utility model discloses an atomization ozone sterilization and disinfection system based on digital farming, which consists of one or more atomization ozone generation systems, acquisition and control systems with the same number as the atomization ozone generation systems, and a remote centralized control system, wherein an atomization ozone generation unit is controlled by the acquisition and control system, and the acquisition and control system is controlled by the remote centralized control system; the atomization ozone system consists of an ozone generation device, an atomization water generation device, a mixer and an output pipeline; the acquisition and control system consists of a microprocessor circuit, a temperature and humidity sensor, an ozone concentration sensor and a communication module; the remote centralized control system consists of an industrial control computer and a communication module.

Description

Atomized ozone sterilizing system based on digitized agriculture and animal husbandry

Technical field

This utility model relates to a kind of agriculture and animal husbandry ozone sterilization decontaminating apparatus, is mainly used in field, especially the atomized ozone sterilizing systems based on Digital Agriculture such as crops sterilizing.

Background technology

Ozone sterilization sterilization has had certain application in agricultural and aquaculture, its safety non-toxic, and noresidue is polluted, and disinfection effect is admitted.

Existing common application: a kind of mode is to utilize aerator that ozone gas is pushed to booth space, and the advantage of this mode is that ozone gas easily spreads, but the ozone holdup time is short and density unevenness is even, few with crops touch opportunity, affect disinfection effect; Another kind of mode is to be showered on crops surface by Ozone Water, and this mode advantage is that ozone holdup time in water is long, but sprinkle operation is inconvenient, and too much Ozone Water is detained corps leaf surface, can cause certain injury to crops and herding meeting.

Utility model content

This utility model object is: propose a kind of atomized ozone sterilizing system based on Digital Agriculture, ozone is dissolved in to the water smoke microgranule that is less than 10 μ m, improve ozone sterilization Disinfection Effect, system adopts Digital Control, realizes concentrating or cluster management of agriculture and animal husbandry booth.

Implementation method of the present utility model is: data acquisition and controlling system and a remote centralized control system by one or more atomized ozone generation systems and equal number form; Atomized ozone generation systems is controlled by data acquisition and controlling system, and data acquisition and controlling system controlled is in remote centralized control system; Atomized ozone generation systems is by ozone generating-device, atomized water generator, and blender forms; Gather and control system by microcontroller circuit, Temperature Humidity Sensor, ozone concentration sensor and communication module composition; Remote centralized control system is comprised of industrial control computer and communication module.

In this utility model: the atomized water air-flow of the streams of ozone of the ozone generating-device of its atomized ozone generation systems and supersonic atomizer enters respectively two input ports of blender, streams of ozone and atomized water air-flow mixed atomized ozone in blender, directly blows out from blender.

In this utility model: the atomized water air-flow of the streams of ozone of the ozone generating-device of its atomized ozone generation systems and supersonic atomizer enters respectively two input ports of blender, mixed atomized ozone in blender, blows out via the output channel being connected with blender; On output channel, there are a plurality of delivery outlets.

In this utility model: a plurality of equipped at outlet port on the output channel of its atomized ozone generation systems are provided with outlet and blow out blower fan, and the work process of this blower fan is controlled by data acquisition and controlling system.

In this utility model: the atomized water generator of its atomized ozone generation systems is by supersonic oscillations circuit, ultrasonic transducer, aerator, water level controller and water tank form.

In this utility model: the supersonic oscillations circuit of the atomized water generator of its atomized ozone generation systems is digital interface, and supersonic oscillations circuit is controlled by data acquisition and controlling system, the output of supersonic oscillations circuit connects ultrasonic transducer.

In this utility model: the ozone generating-device of its atomized ozone generation systems is comprised of high-pressure generating circuit, ozonator, aerator and casing; Ozonator is tubulose or lamellar ozonator.

In this utility model: the high-pressure generating circuit of the ozone generating-device of its atomized ozone generation systems is digital interface, and high-pressure generating circuit is controlled by data acquisition and controlling system, high-pressure generating circuit output connects ozonator.

Accompanying drawing explanation

Fig. 1 is agricultural booth atomized ozone system and device block diagram;

Fig. 2 is atomized water generator structural representation;

Fig. 3 is ozone generating-device structural representation;

Accompanying drawing discloses basic structure of the present utility model without limitation, below in conjunction with embodiment, this utility model is described further.

In Fig. 1, dotted line frame SYS is atomized ozone generation systems: ozone output channel OUT, and a plurality of atomized ozone ejiction opening Al and AN, ozonator BC, WT is atomized water generator, PW is power control circuit.

Dotted line frame CONT is system acquisition and control system: microcontroller circuit CON; Operated key KY; Display DS; Communication module COM; Ozone concentration pick-up transducers CC; Humiture collection sensor SS; Ozone generating-device control signal TO BC; Atomized water process units control signal TO WT; Power controller controls signal TO PW; Atomized ozone control of export signal TO Al and TO AN; Attended operation key TO KY; Connect display TO DS; Connecting communication module TO COM; Connect ozone concentration pick-up transducers CC; Connect Temperature Humidity Sensor SS.

System acquisition and control system CONT according to the parameters such as the numerical value of the instruction of tele-control system, on-site ozone concentration pick-up transducers CC and Temperature Humidity Sensor SS and field equipment state by according to establishment running software.

Dotted line frame COMT is that remote centralized control system mainly contains industrial computer COMP; Telecommunication module COM1 forms.

Remote centralized control system COMT is the work by the software control on-site ozone generation systems SYS according to working out according to parameters such as the numerical value of on-site ozone concentration pick-up transducers CC and Temperature Humidity Sensor SS and field equipment states.Remote centralized control system can be controlled the one or more ozone generation system SYS operations in scene.

Uppermost empty frame in Fig. 1 is data acquisition and controlling system CONT and atomized ozone generation systems SYS, thus with vertical dotted line under atomized ozone generation systems SYS and data acquisition and controlling system CONT, represent that this utility model is comprised of data acquisition and controlling system and a remote centralized control system of a plurality of atomized ozone generation systems and equal number.

Fig. 2 be monomer supersonic atomizer by supersonic oscillations circuit unit X3, ultrasonic transducer X4, aerator X2, water level controller X5 and water tank X1 form; The exciting power of its supersonic oscillations circuit unit output and ultrasonic transducer resonance, excite generation atomized water, through aerator, blows out.

Fig. 3 be ozone generating-device by high-pressure generating circuit Y3, ozonator Y2, aerator Y1 and casing Y4 form; The high pressure of its high-pressure generating circuit Y3 output, is connected to ozonator Y2 and produces after ozone, and by aerator, Y1 blows out; Ozone electrical discharge generator is tubulose or lamellar ozonator.

The atomized water air-flow M2 of the streams of ozone M1 of ozone generating-device and supersonic atomizer enters conveyance conduit after mixing in blender MAX, by delivery outlet, is blown out.

Utility model advantage

The aerosol, particles diameter of atomized ozone is less than 10 μ m, and microgranule can be suspended in air for a long time, increases ozone and antibacterial and viral time of contact and chance, can improve disinfection effect; And can produce the anion of a large amount of favourable crops; Realize the cluster Digital Control management of agriculture and animal husbandry booth.

Claims

1. the atomized ozone sterilizing system based on digitized agriculture and animal husbandry, data acquisition and controlling system and a remote centralized control system by one or more atomized ozone generation systems and equal number form, it is characterized by: atomized ozone generation systems is controlled by data acquisition and controlling system, data acquisition and controlling system controlled is in remote centralized control system; Atomized ozone generation systems is by ozone generating-device, atomized water generator, and blender forms; Gather and control system by microcontroller circuit, Temperature Humidity Sensor, ozone concentration sensor and communication module composition; Remote centralized control system is comprised of industrial control computer and communication module.

2. atomized ozone sterilizing system according to claim 1, being characterized as of atomized ozone generation systems wherein: the atomized water air-flow of the streams of ozone of ozone generating-device and supersonic atomizer enters respectively two input ports of blender, streams of ozone and atomized water air-flow mixed atomized ozone in blender, directly blows out from blender.

3. atomized ozone sterilizing system according to claim 1, being characterized as of atomized ozone generation systems wherein: the atomized water air-flow of the streams of ozone of ozone generating-device and supersonic atomizer enters respectively two input ports of blender, mixed atomized ozone in blender, blows out via the output channel being connected with blender; On output channel, there are a plurality of delivery outlets.

4. atomized ozone sterilizing system according to claim 3, being characterized as of atomized ozone generation systems wherein: a plurality of equipped at outlet port on output channel are provided with outlet and blow out blower fan, and the work process of this blower fan is controlled by data acquisition and controlling system.

5. according to the atomized ozone sterilizing system described in claim 1 or 2 or 3 or 4, being characterized as of atomized water generator in its atomized ozone generation systems: this device is by supersonic oscillations circuit, ultrasonic transducer, aerator, water level controller and water tank form.

6. atomized ozone sterilizing system according to claim 5, being characterized as of atomized water generator in its atomized ozone generation systems: the supersonic oscillations circuit of this device is digital interface, supersonic oscillations circuit is controlled by data acquisition and controlling system, and the output of supersonic oscillations circuit connects ultrasonic transducer.

7. according to the atomized ozone sterilizing system described in claim 1 or 2 or 3 or 4, the ozone generating-device in its atomized ozone generation systems is characterized as: this device is comprised of high-pressure generating circuit, ozonator, aerator and casing; Ozonator is tubulose or lamellar ozonator.

8. atomized ozone sterilizing system according to claim 7, ozone generating-device in its atomized ozone generation systems is characterized as: the high-pressure generating circuit of this device is digital interface, high-pressure generating circuit is controlled by data acquisition and controlling system, and high-pressure generating circuit output connects ozonator.