CN206905180U - A kind of atomizer control system for treating pneumoconiosis - Google Patents

Abstract

It the utility model is related to a kind of atomizer control system for treating pneumoconiosis, including cistern system, sensing system, control system and atomizer, cistern system includes water tank, water tank is provided with water inlet pipe and outlet pipe, water inlet pipe and water outlet pipe is mounted with magnetic valve respectively, it is respectively the first and second magnetic valves, water tank bottom surface is provided with heating chamber, electric heating element is mounted with heating chamber, sensing system includes temperature, humidity and liquid level sensor, control system includes microprocessor, Signal-regulated kinase group, signal amplification module group and analog-to-digital conversion module group, heating controller, display screen, data storage, power module and keyboard；The utility model has humiture real-time display and set-up function, automatically adjusted without manual intervention humiture, can realize numerous functions such as automatic feeding water, draining.

Description

A kind of atomizer control system for treating pneumoconiosis

Technical field

Atomizer control system is the utility model is related to, it is more particularly to a kind of to install indoors and the mist of pneumoconiosis be treated Change device control system.

Background technology

Pneumoconiosis due to facing dust for a long time in Job, and dust enters lung, causes the disease of lung tissue's lesion Disease, and existing many urban airs are dried, suspension, dust are excessively easy to the rapid propagation of germ in air, in this In environment, people are also easy to obtain pneumoconiosis, is still important, the purification of environment for improving environment, dust-proof is to Prevention of lung disease Prerequisite, be particularly that people put the place stayed the most of the time to indoor environment, its improvement is also critically important, therefore, need One kind is wanted effectively to prevent pneumoconiosis system to change.

Utility model content

The utility model is in order to solve problem of the prior art, there is provided one kind has humiture real-time display and setting work( It, can automatically adjust without manual intervention humiture, the atomizations of many multi-functional treatment pneumoconiosis such as automatic feeding water, draining can be realized Device control system.

Concrete scheme of the present utility model is：A kind of atomizer control system for treating pneumoconiosis, including cistern system, pass Sensor system, control system and atomizer, the cistern system include water tank, and the water tank is provided with water inlet pipe and outlet pipe, institute State water inlet pipe and water outlet pipe and be mounted with magnetic valve respectively, it is respectively the first and second magnetic valves, and the water tank bottom surface is provided with heating chamber, institute State and electric heating element is mounted with heating chamber, the electric heating element is heater strip；The sensing system includes temperature, humidity and liquid Level sensor, the control system include microprocessor, Signal-regulated kinase group, signal amplification module group and analog-to-digital conversion module Group, heating controller, display screen, data storage, power module and keyboard, the temperature sensor include cooling-water temperature sensor and Interior sensor, the temperature, humidity and liquid level sensor connect Signal-regulated kinase group, the Signal-regulated kinase group respectively Signal amplification module group is connected, the signal amplification module group connects analog-to-digital conversion module group；The microprocessor connects respectively Heating controller, display screen, keyboard, analog-to-digital conversion module group, data storage and atomizer, the heating controller connection electricity Thermal element, the keyboard connect power module.

Preferably, the water tank is externally provided with two liquid level rooms and a temperature chamber, and level sensing is respectively mounted in the two liquid levels room Device, the cooling-water temperature sensor are arranged in temperature chamber, and the liquid level sensor and temperature sensor have been respectively mounted probe, and it is stretched into To water tank.

Preferably, the liquid level sensor includes the first liquid level sensor for being used for full water prompting, for anhydrous prompting Second liquid level sensor, it is submerged sensor.

Preferably, the temperature sensor is using temperature survey chip, its model DS18B20.

Preferably, the model CHTM-02/N of the humidity sensor.

Preferably, the analog-to-digital conversion module group employs 10 analog-digital converters of American TI Company production TLC1549。

Preferably, the model AT89S52 of the microprocessor.

Preferably, the display screen is digital display tube.

Preferably, the keyboard includes on ＆ off switch, sensor set key and numerical key.

Preferably, the atomizer is ultrasonic ultrasonic delay line memory, and it is used to adjust aerial temperature and humidity, its model JSC-A.

Advantageous effects of the present utility model：The system is mounted with indoors, is controller from AT89S52, wherein Ultrasonic ultrasonic delay line memory is system core device, and achievable room air is brought rapidly up, is humidified, and purifies air, practical operation situation Show, the system has humiture real-time display and set-up function, automatically adjusted without manual intervention humiture, can realize automatic Numerous functions such as water inlet, draining, system control simple and efficient, strong antijamming capability, have very wide market prospects.

Brief description of the drawings

Fig. 1 is the atomizer control system schematic diagram of the utility model treatment pneumoconiosis.

Fig. 2 is the structural representation of the utility model water tank.

In figure：Cistern system 1, water tank 2, liquid level room 21, water inlet pipe 22, outlet pipe 23, magnetic valve 24, the first magnetic valve 241, second solenoid valve 242, heating chamber 25, electric heating element 26, temperature chamber 27, sensing system 3, temperature sensor 31, water temperature Sensor 311, indoor temperature transmitter 312, humidity sensor 32, liquid level sensor 33, the first liquid level sensor 331, second Liquid level sensor 332, microprocessor 41, Signal-regulated kinase group 42, signal amplification module group 43, analog-to-digital conversion module group 44, Heating controller 45, data storage 46, display screen 47, power module 48, keyboard 49, atomizer 5, connecting line 6.

Embodiment

As shown in Figure 1 to Figure 2, a kind of atomizer control system for treating pneumoconiosis, including cistern system 1, sensor system System 3, control system and atomizer 5, the cistern system 1 include water tank 2, and the water tank 2 is provided with water inlet pipe 22 and outlet pipe 23, it is separately positioned on the both sides of water tank 2, and water inlet pipe is higher than outlet pipe, and the water inlet pipe and water outlet pipe is mounted with magnetic valve 24 respectively, its , can be by magnetic valve controlled feed and water outlet for the first magnetic valve 241 and second solenoid valve 242, the bottom surface of water tank 2, which is provided with, to be added Hot cell 25, electric heating element 26 is mounted with the heating chamber 25, electric heating element 26 is using heating wire, the sensor system System 3 includes temperature sensor 31, humidity sensor 32 and liquid level sensor 33, and the control system includes microprocessor 41, letter Number conditioning module group 42, signal amplification module group 43, analog-to-digital conversion module group 44, heating controller 45, data storage 46, show Display screen 47, power module 48 and keyboard 49, the microprocessor 41 connect heating controller 42, data storage 46, shown respectively Display screen 47, keyboard 49, analog-to-digital conversion module group 44 and atomizer 8, wherein Signal-regulated kinase group, signal amplification module group and mould Number modular converter group is respectively equipped with five, and the temperature, humidity and liquid level sensor connect Signal-regulated kinase group 42 respectively, letter The filtering that number conditioning module is used for for transducing signal changes into the transducing signal that can be conveyed, and the Signal-regulated kinase group 42 connects Signal amplification module group 43, transducing signal is amplified, and the signal amplification module group 43 connects analog-to-digital conversion module group 44, will Analog signals are converted to the controllable control signal of microprocessor, and the heating controller 45 connects electric heating member by connecting line 6 Part 26, by heating controller electric heating element can be controlled to heat, the keyboard 49 connects power module 48.

The water tank 2 is externally provided with two liquid level rooms 21 and a temperature chamber 27, and liquid level biography is respectively mounted in two liquid level rooms 21 Sensor 33, the cooling-water temperature sensor 311 are arranged in temperature chamber 27, and the liquid level sensor 33 and temperature sensor 311 are pacified Probe is filled, it is stretched in water tank, and water-bed liquid level is surveyed for controlling respectively, and the full liquid level of water and water temperature, temperature sensor may be provided in Between two liquid level sensors.

The liquid level sensor 33 includes the first liquid level sensor 331 for being used for full water prompting, and for anhydrous prompting Two liquid level sensors 332, it can sense full water and anhydrous respectively.

The temperature sensor 311 is using temperature survey chip DS18B20.

The model of the humidity sensor 32 is CHTM-02/N.

The analog-to-digital conversion module group 44 employs 10 analog-to-digital conversion TLC1549 of American TI Company production.

The model AT89S52 of microprocessor 41.

The display screen 47 is digital display tube, the numerical value set for showing sensor.

The keyboard 49 includes on ＆ off switch, sensor set key and numerical key, for setting sensor and its numerical value respectively.

The atomizer 5 is ultrasonic ultrasonic delay line memory, and it is used to adjust aerial temperature and humidity, and it is using model JSC-A. It is prior art, and atomizer is converted into mechanical energy using water as medium, by electric energy through transducer, makes aquatic products fog shape particulate, one As using split type, i.e., ultrasonic atomization head is kept completely separate with power supply and circuit part, Portable belt.

Based on above-mentioned, the cistern system in the utility model, cistern water level uses two-stage monitoring water level, three probe difference Above water tank side, heater element, the first liquid level sensor is used for water tank and overflows instruction, and cooling-water temperature sensor probe is used In water temperature detection, to notify the no startup electrothermal device of monolithic function, the second liquid level sensor is popped one's head in for indicating whether water tank has Water, the function indicate for additional function.When water inlet pipe magnetic valve is opened, water tank starts to intake, and each probe detects respective water level, Realize that water inlet, draining, heating, atomization etc. are a series of to automatically control.

In sensing system, first, in temperature measurement system, there are two temperature measuring points, one is that indoor temperature is surveyed Amount, temperature value are directly displayed above the charactron of control panel, real-time informing user indoor temperature.User can be by perceiving The Indoor Temperature angle value that the indoor temperature known is wanted in Users panel setting, reaches optimal heating effect；Another is that water temperature is surveyed Amount, notify single-chip microcomputer to start ultrasonic ultrasonic delay line memory when the temperature of water reaches atomizer start-up temperature scope, be otherwise atomized Device be stopped and start heater feedwater heating, realize it is hot water atomized automatically control, prevent be atomized cold water reduce on the contrary Indoor temperature.

Second, in humidity measurement system, the humidity sensor that system uses is CHTM-02/N, because the sensor is defeated Go out for voltage signal, be easy to the data signal of processing, it is necessary to which moisture signal is carried out A/D conversions to form single-chip microcomputer, use 10 analog-digital converter TLC1549 of American TI Company production.

3rd, in heater circuit, heater strip starts or stops completely by Automatic control of single chip microcomputer, temperature in the design If the water temperature that sensor returns has reached the start-up temperature of atomizer, heating wire is then awaited orders, once temperature declines, atomizer stops Only work, start heating wire feedwater heating immediately, be automatically stopped heating when reaching the temperature value of program setting, determined according to room temperature It is fixed whether to start atomization, so circulation, ensure that whole system works in order.

Further, the utility model is using ultrasonic ultrasonic delay line memory as system core device, by the hot water atomized of certain temperature For the particle water of the microns of diameter 5, realize that space is brought rapidly up, is humidified, purifying the functions such as air.Complete machine work after switching on power Make, two temperature sensors return to room temperature and water tank water temperature respectively, and humidity sensor receives air humidity signal, liquid level sensor Then return to high water tank signal, simultaneity factor detection user whether sets itself temperature and humidity value, do not set then calling system Default setting, single-chip microcomputer are started every control work on the basis of these signals, indoor temperature are first determined whether, if temperature is less than 25 DEG C of system default value, then need startup atomizer to be heated up to room air, to detect water tank water temperature before starting atomizer, such as Fruit water temperature is not high enough, then needs feedwater to heat, sensed water level before heating starting, if water level opens on the second liquid level sensor The feedwater heating of electro kinetic potential element, water level then start water intaking valve under the second liquid level sensor of setting and add water, reach and start electric heating Device water level restarts heating, when the temperature of Water in Water Tanks reaches atomization settings value, starts to be atomized, so far system is automatically performed The anti-preparation looked into of a series of signal before atomization, with the startup of atomizer, indoor temperature and humidity are all increasing, when to Up to user's setting value or system default value, atomizer is stopped, and system enters humiture hold mode.Upon a drop in temperature again Secondary startup atomizer, so circulation keep indoor temperature and humidity in user's setting value.

System installation of the present utility model is controller from AT89S52, wherein ultrasonic ultrasonic delay line memory is system indoors Core devices, achievable room air are brought rapidly up, are humidified, and purify air, effectively prevent pneumoconiosis.Practical operation situation table Bright, the system has humiture real-time display and set-up function, automatically adjusted without manual intervention humiture, can realize to enter automatically Numerous functions such as water, draining.System controls simple and efficient, strong antijamming capability, has very wide market prospects.

It is pointed out that above-mentioned preferred embodiment is only to illustrate technical concepts and features of the present utility model, its purpose It is to allow person skilled in the art to understand content of the present utility model and implements according to this, this reality can not be limited with this With new protection domain.All equivalent change or modifications made according to the utility model Spirit Essence, should all cover in this reality Within new protection domain.

Claims (10)

1. a kind of atomizer control system for treating pneumoconiosis, it is characterised in that including cistern system, sensing system, control System and atomizer, the cistern system include water tank, and the water tank is provided with water inlet pipe and outlet pipe, the water inlet pipe and water outlet pipe difference Magnetic valve is mounted with, it is respectively the first and second magnetic valves, and the water tank bottom surface is provided with heating chamber, the heating indoor location Electric heating element, the electric heating element are heater strip；The sensing system includes temperature, humidity and liquid level sensor, described Control system includes microprocessor, Signal-regulated kinase group, signal amplification module group and analog-to-digital conversion module group, computer heating control Device, display screen, data storage, power module and keyboard, the temperature sensor include cooling-water temperature sensor and interior sensor, The temperature, humidity and liquid level sensor connect Signal-regulated kinase group respectively, and the Signal-regulated kinase group connection signal is put Big module group, the signal amplification module group connect analog-to-digital conversion module group；The microprocessor connects heating controller respectively, Display screen, keyboard, analog-to-digital conversion module group, data storage and atomizer, the heating controller connects electric heating element, described Keyboard connects power module.

2. the atomizer control system for the treatment of pneumoconiosis as claimed in claim 1, it is characterised in that：The water tank is externally provided with two Liquid level room and a temperature chamber, liquid level sensor being respectively mounted in the two liquid levels room, the cooling-water temperature sensor is arranged in temperature chamber, The liquid level sensor and temperature sensor have been respectively mounted probe, and it is stretched in water tank.

3. the atomizer control system for the treatment of pneumoconiosis as claimed in claim 2, it is characterised in that：The liquid level sensor bag The first liquid level sensor for full water prompting is included, for the second liquid level sensor of anhydrous prompting, it is throw-in type sensing Device.

4. the atomizer control system for the treatment of pneumoconiosis as claimed in claim 1, it is characterised in that：The temperature sensor is adopted It is temperature survey chip, its model DS18B20.

5. the atomizer control system for the treatment of pneumoconiosis as claimed in claim 1, it is characterised in that：The humidity sensor Model CHTM-02/N.

6. the atomizer control system for the treatment of pneumoconiosis as claimed in claim 1, it is characterised in that：The analog-to-digital conversion module Group employs 10 analog-digital converter TLC1549 of American TI Company production.

7. the atomizer control system for the treatment of pneumoconiosis as claimed in claim 1, it is characterised in that：The type of the microprocessor Number it is AT89S52.

8. the atomizer control system for the treatment of pneumoconiosis as claimed in claim 1, it is characterised in that：The display screen is number Display tube.

9. the atomizer control system for the treatment of pneumoconiosis as claimed in claim 1, it is characterised in that：The keyboard includes switch Key, sensor set key and numerical key.

10. the atomizer control system for the treatment of pneumoconiosis as claimed in claim 1, it is characterised in that：The atomizer is super Sonic nebulizers, it is used to adjust aerial temperature and humidity, its model JSC-A.