CN204229255U - Wi-Fi Ware Intelligent Humidity Controller - Google Patents
Wi-Fi Ware Intelligent Humidity Controller Download PDFInfo
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- CN204229255U CN204229255U CN201420697097.1U CN201420697097U CN204229255U CN 204229255 U CN204229255 U CN 204229255U CN 201420697097 U CN201420697097 U CN 201420697097U CN 204229255 U CN204229255 U CN 204229255U
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Abstract
The utility model relates to humidity conditioner technical field, and be a kind of Wi-Fi Ware Intelligent Humidity Controller, it comprises humidity regulation main frame and client control device; Humidity regulation main frame comprises host power supply module, damping device, humidity collection module, master control power module, host computer control module and main frame Wi-Fi module; Client control device comprises client power module, client control module, touch control display module and client Wi-Fi module.The utility model reasonable and compact in structure, easy to use, damping device combines with Wi-Fi technology by it, realize LAN (Local Area Network) humidity Centralizing inspection, centralized control, client control device Non-follow control can be realized and intellectual analysis controls automatically, real-time dynamic monitoring can be realized, control convenient and swift, be mainly used in Smart Home, industry control, agricultural production, information-based machine room, medical science can also be met for the demand of humid control, there is laborsaving, easy, efficient feature.
Description
Technical field
the utility model relates to humidity conditioner technical field, is a kind of Wi-Fi Ware Intelligent Humidity Controller.
Background technology
wi-Fi full name Wireless Fidelity is adopting wireless fidelity technology, the same with Bluetooth technology, all belongs to the short distance wireless technical used in office and family.Wi-Fi technology uses the frequency range near 2.4GHz, and this frequency range still belongs to the radio band of license useless at present.Its current spendable standard has two, is IEEE802.11a and IEEE802.11b respectively.IEEE(American Electronic and the Institution of Electrical Engineers) 802.11b specifications for wireless networks is the mutation of IEEE 802.11 network standard, most high bandwidth is 11 Mbps, in the more weak or noisy situation of signal, bandwidth adjustable is 1Mbps, 2Mbps and 5.5Mbps, the automatic adjustment of bandwidth, can ensure stability and the reliability of network effectively.Its key property is: speed is fast, and reliability is high, and in open region, communication distance can reach 305 meters, and in closure region, communication distance is 76 meters to 122 meters, and convenient and existing wired ethernet network is integrated, and the cost of networking is low.
humid control industry has the history of nearly 20 years in the development of China, and along with the raising of expanding economy and living standards of the people, humidity controller progressively enters Smart Home, industry control industry, agricultural production, information-based machine room etc.Humid control still belongs to emerging product in China, and according to relevant departments' statistics, the per capita rate of China's humid control product is well below levels of developed countries such as the U.S., Korea S, Japan.In modern commercial production and scientific experiment, the attention degree of air humidity is improved day by day, require also more and more higher, if humidity can not meet the demands, adverse consequences in various degree will be caused.The humidity requirement in the places such as Electronics Factory, semiconductor factory, exchange room, explosion-proof factory is generally at 40% to 60%RH, if relative humidity not, electrostatic can be caused to increase, make the decrease in yield of product, chip impaired, even blast can be caused in some explosion-proof places, the harm that " electrostatic bombardment " brings is immeasurable, when air humidity is lower than being very easily produce electrostatic during 40%RH, although people take a lot of way and remove electrostatic, and air humidity to be brought up to more than 45%RH be definitely effective; The humidity requirement in the places such as textile mills, printing house, photographic film plant is general all very high, generally all be greater than 60%RH, as the humidity requirement of textile mills between 50% to 85%RH, yellow workshop section prevents electrostatic, spinning workshop section prevents sodium chloride crystal from all needing higher levels of humidity, the water capacity of cotton fiber directly affects fibre strength, in a word, the artificial atmosphere of spinning and weaving workshop is to ensure the relative humidity that technique needs.In printing and film production run, humidity can cause chromatography to be forbidden not, paper drawdown deformation, paper adhesion, degradation problem under product quality; The humidity requirement of precision optical machinery lathe for machining, various measuring room is generally between 40% to 65%RH, such as precision bearing finishing, high precision dividing machine, mechanics measuring room, electricity measuring room etc., if humidity will cause converted products precise decreasing, continuous data distortion not; The humidity requirement of product painting factory building is generally greater than 65%RH, if humidity can make paint not, the adhesion to metal or plastics declines, and sprays paint irregular, degradation problem under surface smoothness.The medicine environment such as factory building, operating room has necessity especially to the requirement of humidity, and Cleaning humidifying, if humidity will cause the problems such as pharmaceutical grade declines, bacterium is increased, wound not easily heals not; In addition; the place such as, food moisture regain fresh-keeping at cigarette, freezer, senile experiment, cultural relic conservation, gravity test, protection finishing, convalescence center; be all very high to the requirement of humidity, along with the development of modern industry, the Humidification problem in Air-conditioning Engineering will be important all the more.Although the time of the humidification requirement in some southern areas is very short, what have only has 1 to 2 month, as long as technique needs, ensure that the product quality of producing is constant, Humidification problem just must be considered.
existing humidity conditioner has the following disadvantages in actual use: be all generally by arranging line connection control device and damping device, the loaded down with trivial details difficulty that connects up, waste time and energy, dirigibility is poor.
Summary of the invention
the utility model provides a kind of Wi-Fi Ware Intelligent Humidity Controller, overcome the deficiency of above-mentioned prior art, its can effectively solve existing humidity conditioner by arranging connection damping device, the loaded down with trivial details difficulty that connects up, waste time and energy, problem that dirigibility is poor.
the technical solution of the utility model is realized by following measures: a kind of Wi-Fi Ware Intelligent Humidity Controller, comprises humidity regulation main frame and client control device, humidity regulation main frame comprises host power supply module, damping device, humidity collection module, master control power module, host computer control module and main frame Wi-Fi module, the power output end of master control power module is electrically connected with the power supply terminal of host computer control module and main frame Wi-Fi module respectively, the control signal output terminal of host computer control module is electrically connected with the control signal input end of host power supply module, the power output end of host power supply module is electrically connected with the power supply terminal of damping device and humidity collection module respectively, the signal output part of humidity collection module is electrically connected with the signal input part of host computer control module, the signal interaction end of main frame Wi-Fi module is electrically connected with the signal interaction end of host computer control module, client control device comprises client power module, client control module, touch control display module and client Wi-Fi module, the power output end of client power module respectively with client control module, the power supply terminal electrical connection of touch control display module and client Wi-Fi module, first signal interaction end of client control module is electrically connected with the signal interaction end of touch control display module, the secondary signal interaction end of client control module is electrically connected with the signal interaction end of client Wi-Fi module, client Wi-Fi module can be received and dispatched Wi-Fi wireless data signal and be realized real-time communication with main frame Wi-Fi module.
here is the further optimization and/or improvements to above-mentioned utility model technical scheme:
above-mentioned damping device can be ultrasound wave higher-order of oscillation humidifier, comprise tank, blower fan and the ultrasound wave high frequency oscillating apparatus with oscillation control circuit and vibrating mass, vibrating mass is positioned at tank, the fog outlet of tank is provided with blower fan, and ultrasound wave high frequency oscillating apparatus can drive vibrating mass dither by oscillation control circuit.
above-mentioned host power supply module can comprise pushbutton switch, relay and switch power module, host computer control module comprises master control first signal output terminal and master control secondary signal lead-out terminal, relay comprises relay first power input terminal, relay second source input terminal, relay first power output terminal, relay second source lead-out terminal, relay first control input terminal and relay second control input terminal, switch power module comprises Switching Power Supply first input end, Switching Power Supply second input terminal, Switching Power Supply first lead-out terminal, Switching Power Supply second lead-out terminal, Switching Power Supply the 3rd lead-out terminal and Switching Power Supply the 4th lead-out terminal, relay first power input terminal is electrically connected by the extreme son of pushbutton switch and general supply first, relay second source input terminal is electrically connected with the extreme son of general supply second, relay first power output terminal is electrically connected with Switching Power Supply first input end, relay second source lead-out terminal is electrically connected with Switching Power Supply second input terminal, relay first control input terminal is electrically connected with master control first signal output terminal, and relay second control input terminal is electrically connected with master control secondary signal lead-out terminal, Switching Power Supply first lead-out terminal and Switching Power Supply second lead-out terminal are electrically connected with the cathode power supply terminals of the oscillation control circuit of damping device and negative power supply terminals respectively, and Switching Power Supply the 3rd lead-out terminal and Switching Power Supply the 4th lead-out terminal are electrically connected with the cathode power supply terminals of blower fan and negative power supply terminals respectively.
above-mentioned host computer control module can be the first micro-control unit chip.
above-mentioned client control module can be the second micro-control unit chip.
above-mentioned humidity collection module can comprise moisture probe.
above-mentioned touch control display module can be multi-point touch control display screen.
the utility model reasonable and compact in structure, easy to use, damping device combines with Wi-Fi technology by it, realize LAN (Local Area Network) humidity Centralizing inspection, centralized control, client control device Non-follow control can be realized and intellectual analysis controls automatically, real-time dynamic monitoring can be realized, control convenient and swift, be mainly used in Smart Home, industry control, agricultural production, information-based machine room, medical science can also be met for the demand of humid control, there is laborsaving, easy, efficient feature.
Accompanying drawing explanation
accompanying drawing 1 is the theory of constitution schematic diagram of the utility model most preferred embodiment.
accompanying drawing 2 is the circuit diagram of the utility model most preferred embodiment.
accompanying drawing 3 is the workflow diagram of the utility model most preferred embodiment.
coding in accompanying drawing is respectively: 1 is host power supply module, 2 is damping device, 3 is humidity collection module, 4 is master control power module, 5 is host computer control module, 6 is main frame Wi-Fi module, 7 is client power module, 8 is client control module, 9 is touch control display module, 10 is client Wi-Fi module, 11 is blower fan, 12 is pushbutton switch, 13 is relay, 14 is switch power module, K1 is master control first signal output terminal, K2 is master control secondary signal lead-out terminal, E1 is relay first power input terminal, E2 is relay second source input terminal, E3 is relay first power output terminal, E4 is relay second source lead-out terminal, E5 is relay first control input terminal, E6 is relay second control input terminal, F1 is Switching Power Supply first input end, F2 is Switching Power Supply second input terminal, F3 is Switching Power Supply first lead-out terminal, F4 is Switching Power Supply second lead-out terminal, F5 is Switching Power Supply the 3rd lead-out terminal, F6 is Switching Power Supply the 4th lead-out terminal.
Embodiment
the utility model by the restriction of following embodiment, can not determine concrete embodiment according to the technical solution of the utility model and actual conditions.
in the utility model, for convenience of description, the description of the relative position relation of each parts is all be described according to the Butut mode of Figure of description 1, as: the position relationship of forward and backward, upper and lower, left and right etc. determines according to the Butut direction of Figure of description.
below in conjunction with embodiment and accompanying drawing, the utility model is further described:
as shown in accompanying drawing 1,2, this Wi-Fi Ware Intelligent Humidity Controller comprises humidity regulation main frame and client control device, humidity regulation main frame comprises host power supply module 1, damping device 2, humidity collection module 3, master control power module 4, host computer control module 5 and main frame Wi-Fi module 6, the power output end of master control power module 4 is electrically connected with the power supply terminal of host computer control module 5 and main frame Wi-Fi module 6 respectively, the control signal output terminal of host computer control module 5 is electrically connected with the control signal input end of host power supply module 1, the power output end of host power supply module 1 is electrically connected with the power supply terminal of damping device 2 and humidity collection module 3 respectively, the signal output part of humidity collection module 3 is electrically connected with the signal input part of host computer control module 5, the signal interaction end of main frame Wi-Fi module 6 is electrically connected with the signal interaction end of host computer control module 5, client control device comprises client power module 7, client control module 8, touch control display module 9 and client Wi-Fi module 10, the power output end of client power module 7 respectively with client control module 8, the power supply terminal electrical connection of touch control display module 9 and client Wi-Fi module 10, first signal interaction end of client control module 8 is electrically connected with the signal interaction end of touch control display module 9, the secondary signal interaction end of client control module 8 is electrically connected with the signal interaction end of client Wi-Fi module 10, client Wi-Fi module 10 can be received and dispatched Wi-Fi wireless data signal and be realized real-time communication with main frame Wi-Fi module 6.Main frame Wi-Fi module 6 is responsible for transmission, the reception of data, LAN framework, sent instructions for 5 times by host computer control module, control Wi-Fi module and humidity data is sent to client Wi-Fi module 10, be responsible for the director data receiving the transmission of client Wi-Fi module 10 simultaneously; Client Wi-Fi module 10 is responsible for transmission, the reception of data, LAN framework, sent instructions for 8 times by client control module, control the humidity data that client Wi-Fi module 10 Receiving Host Wi-Fi module 6 sends, be responsible for the instruction of client control module 8 to be sent to humidity regulation main frame simultaneously; By damping device 2 is combined with Wi-Fi technology, form Wi-Fi LAN (Local Area Network) humidity Centralizing inspection, centralized control, by humidity collection module 3 testing environment humidity, undertaken judging and automatic analysis by host computer control module 5, Wi-Fi is utilized to be sent to by humidity data client control device to be worked by user's Non-follow control damping device 2, or automatically control damping device 2 by host computer control module 5 to work, carry out adding wet trade to environment.The utility model can realize client control device Non-follow control and intellectual analysis controls two kinds of control modes automatically, can select voluntarily according to applied environment demand, convenient, flexible, real-time dynamic monitoring can be realized, control convenient and swift, be mainly used in the application of Smart Home aspect, utilize Wi-Fi Based Intelligent Control humidity, realize home environment humid control, there is provided healthy, there is the high-quality life environment of negative oxygen ion, Industry Control Application can also be met, agricultural production, information-based machine room, medical industries is for the high requirements of humid control, Wi-Fi technology realizes Centralizing inspection, control, by configuration LAN (Local Area Network), realize gross area to cover, decrease manpower and materials, more meet present management expectancy.
according to actual needs, above-mentioned Wi-Fi Ware Intelligent Humidity Controller can be made further optimization and/or improvements:
as shown in accompanying drawing 1,2, damping device 2 is ultrasound wave higher-order of oscillation humidifier, comprise tank, blower fan 11 and the ultrasound wave high frequency oscillating apparatus with oscillation control circuit and vibrating mass, vibrating mass is positioned at tank, the fog outlet of tank is provided with blower fan 11, ultrasound wave high frequency oscillating apparatus can drive vibrating mass dither by oscillation control circuit.Oscillation control circuit comprises power circuit, control circuit, transducer and oscillatory circuit, oscillatory circuit is the bikini oscillatory circuit be made up of pliotron and peripheral capacitor and inductor, the oscillation frequency of oscillatory circuit is about 0.65 megahertz, transducer is the crystal oscillator of natural frequency about 1.7 megahertz, transducer is added by coupling capacitance and is connected across between oscillating tube base stage and power supply, and the oscillating voltage of the 6.5KHZ of oscillatory circuit adds on the transducer by coupling capacitance; Transducer produces vibration by after vibration circuit activation, and this oscillator signal feeds back to oscillating tube base stage by coupling capacitance again, makes oscillatory circuit resonance at 1.7MHZ, about oscillation amplitude peak-to-peak value reaches two hectovolts; Strong supersonic oscillations electric energy converts mechanical energy to through transducer, pass to the ultramicron water smoke that the water on tank surface is broken into 1 to 5 micron by vibrating mass, sent by water smoke by blower fan 11, water smoke is diffused in air, makes with the humid air and that association is abundant negative oxygen ion.Ultrasound wave higher-order of oscillation water atomization plant in usual humidifier belongs to mechanical action, certain damage is had when long-time use or water quality, the utility model is by the analysis to ambient humidity value, the ambient humidity value automatic conditioning moisturer working time is gathered by MCU, reasonable employment ultrasound wave higher-order of oscillation water atomization plant, reduces the mechanical damage of ultrasound wave higher-order of oscillation water atomization plant.
as shown in accompanying drawing 1,2, host power supply module 1 comprises pushbutton switch 12, relay 13 and switch power module 14, host computer control module 5 comprises master control first signal output terminal K1 and master control secondary signal lead-out terminal K2, relay 13 comprises relay first power input terminal E1, relay second source input terminal E2, relay first power output terminal E3, relay second source lead-out terminal E4, relay first control input terminal E5 and relay second control input terminal E6, switch power module 14 comprises the sub-F1 of Switching Power Supply first input end, Switching Power Supply second input terminal F2, Switching Power Supply first lead-out terminal F3, Switching Power Supply second lead-out terminal F4, Switching Power Supply the 3rd lead-out terminal F3 and Switching Power Supply the 4th lead-out terminal F4, relay first power input terminal E1 is electrically connected with the extremely sub-A of general supply first by pushbutton switch 12, relay second source input terminal E2 is electrically connected with the extremely sub-B of general supply second, relay first power output terminal E3 is electrically connected with the sub-F1 of Switching Power Supply first input end, relay second source lead-out terminal E4 is electrically connected with Switching Power Supply second input terminal F2, relay first control input terminal E5 is electrically connected with master control first signal output terminal K1, and relay second control input terminal E6 is electrically connected with master control secondary signal lead-out terminal K2, Switching Power Supply first lead-out terminal F3 and Switching Power Supply second lead-out terminal F4 is electrically connected with the cathode power supply terminals of the oscillation control circuit of damping device 2 and negative power supply terminals respectively, and Switching Power Supply the 3rd lead-out terminal F5 and Switching Power Supply the 4th lead-out terminal F6 is electrically connected with the cathode power supply terminals of blower fan 11 and negative power supply terminals respectively.According to actual needs, 220V alternating current is converted to 12V D.C. regulated power supply by Switching Power Supply, for the oscillation control circuit for fan 11 and damping device 2, by the on off operating mode of host computer control module 5 pilot relay 13, control blower fan 11 and whether damping device 2 works.
as shown in accompanying drawing 1,2, host computer control module 5 is the first micro-control unit chip MCU1.By the first micro-control unit chip MCU1 control temperature acquisition module, main frame Wi-Fi module 6 and damping device 2, the data command of client control device is responded simultaneously.
as shown in accompanying drawing 1,2, client control module 8 is the second micro-control unit chip MCU2.Carry out control by the second micro-control unit chip MCU2 to the data that main frame sends to receive, send response instruction simultaneously, and client control device can be made to show current humidity value, manual adjustments can be set simultaneously and automatically regulate two kinds of modes to regulate humidity value, and instruction is sent to main frame, main control system power supply.
according to actual needs, humidity collection module 3 comprises moisture probe.
as shown in accompanying drawing 1,2, touch control display module 9 is multi-point touch control display screen.The data of the second micro-control unit chip MCU2 can be received by multi-point touch control display screen, display current humidity value, also by touch-control as input end, instruction can be sent to the second micro-control unit chip MCU2 humidity, power switch are controlled simultaneously.
above technical characteristic constitutes most preferred embodiment of the present utility model, and it has stronger adaptability and best implementation result, can increase and decrease non-essential technical characteristic according to actual needs, meet the demand of different situations.
the course of work of the utility model most preferred embodiment: as shown in Figure 3, by touch control display module 9 to client control device input instruction, client Wi-Fi module 10 sends instruction, main frame Wi-Fi module 6 receives instruction and is transferred to host computer control module 5, host computer control module 5 pilot relay 13 is connected, and oscillation control circuit switches on power, and damping device 2 is started working, select beginning pattern by touch control display module 9 simultaneously, be automatic, manual two kinds.
when after unlatching automatic mode, first humidity is set by touch control display module 9, after humidity collection module 3 start working, gather ambient humidity, then, client control module 8 processes the data gathered, compare with setting humidity value, if lower than setting value, then damping device 2 is started working simultaneously, send outside damping device 2 by blower fan 11 by water smoke, after reaching setting humidity, damping device 2 quits work; If ambient humidity is higher than setting value when starting, then damping device 2 does not work; Finally, the circulation of whole process is carried out, simultaneously humidity collection module 3 real-time data collection be transferred to host computer control module 5, and main frame Wi-Fi module 6 receives data and sends data to client Wi-Fi module 10, and touch control display module 9 shows real time data.
when after unlatching manual mode, damping device 2 is started working, and humidity collection module 3 gathers humidity, sends data by main frame Wi-Fi module 6 to client Wi-Fi module 10 simultaneously, then, after setting humidity value by touch control display module 9, if ambient humidity value is lower than setting value, damping device 2 is started working, by blower fan 11, water smoke is sent damping device 2, finally, after reaching setting value, damping device 2 quits work, and waits for that touch control display module 9 resets humidity value.
Claims (10)
1. a Wi-Fi Ware Intelligent Humidity Controller, is characterized in that comprising humidity regulation main frame and client control device, humidity regulation main frame comprises host power supply module, damping device, humidity collection module, master control power module, host computer control module and main frame Wi-Fi module, the power output end of master control power module is electrically connected with the power supply terminal of host computer control module and main frame Wi-Fi module respectively, the control signal output terminal of host computer control module is electrically connected with the control signal input end of host power supply module, the power output end of host power supply module is electrically connected with the power supply terminal of damping device and humidity collection module respectively, the signal output part of humidity collection module is electrically connected with the signal input part of host computer control module, the signal interaction end of main frame Wi-Fi module is electrically connected with the signal interaction end of host computer control module, client control device comprises client power module, client control module, touch control display module and client Wi-Fi module, the power output end of client power module respectively with client control module, the power supply terminal electrical connection of touch control display module and client Wi-Fi module, first signal interaction end of client control module is electrically connected with the signal interaction end of touch control display module, the secondary signal interaction end of client control module is electrically connected with the signal interaction end of client Wi-Fi module, client Wi-Fi module can be received and dispatched Wi-Fi wireless data signal and be realized real-time communication with main frame Wi-Fi module.
2. Wi-Fi Ware Intelligent Humidity Controller according to claim 1, it is characterized in that damping device is ultrasound wave higher-order of oscillation humidifier, comprise tank, blower fan and the ultrasound wave high frequency oscillating apparatus with oscillation control circuit and vibrating mass, vibrating mass is positioned at tank, the fog outlet of tank is provided with blower fan, and ultrasound wave high frequency oscillating apparatus can drive vibrating mass dither by oscillation control circuit.
3. Wi-Fi Ware Intelligent Humidity Controller according to claim 2, is characterized in that host power supply module comprises pushbutton switch, relay and switch power module, host computer control module comprises master control first signal output terminal and master control secondary signal lead-out terminal, relay comprises relay first power input terminal, relay second source input terminal, relay first power output terminal, relay second source lead-out terminal, relay first control input terminal and relay second control input terminal, switch power module comprises Switching Power Supply first input end, Switching Power Supply second input terminal, Switching Power Supply first lead-out terminal, Switching Power Supply second lead-out terminal, Switching Power Supply the 3rd lead-out terminal and Switching Power Supply the 4th lead-out terminal, relay first power input terminal is electrically connected by the extreme son of pushbutton switch and general supply first, relay second source input terminal is electrically connected with the extreme son of general supply second, relay first power output terminal is electrically connected with Switching Power Supply first input end, relay second source lead-out terminal is electrically connected with Switching Power Supply second input terminal, relay first control input terminal is electrically connected with master control first signal output terminal, and relay second control input terminal is electrically connected with master control secondary signal lead-out terminal, Switching Power Supply first lead-out terminal and Switching Power Supply second lead-out terminal are electrically connected with the cathode power supply terminals of the oscillation control circuit of damping device and negative power supply terminals respectively, and Switching Power Supply the 3rd lead-out terminal and Switching Power Supply the 4th lead-out terminal are electrically connected with the cathode power supply terminals of blower fan and negative power supply terminals respectively.
4. the Wi-Fi Ware Intelligent Humidity Controller according to claim 1 or 2 or 3, is characterized in that host computer control module is the first micro-control unit chip.
5. the Wi-Fi Ware Intelligent Humidity Controller according to claim 1 or 2 or 3, is characterized in that client control module is the second micro-control unit chip; Or/and humidity collection module comprises moisture probe.
6. Wi-Fi Ware Intelligent Humidity Controller according to claim 4, is characterized in that client control module is the second micro-control unit chip; Or/and humidity collection module comprises moisture probe.
7. the Wi-Fi Ware Intelligent Humidity Controller according to claim 1 or 2 or 3, is characterized in that touch control display module is multi-point touch control display screen.
8. Wi-Fi Ware Intelligent Humidity Controller according to claim 4, is characterized in that touch control display module is multi-point touch control display screen.
9. Wi-Fi Ware Intelligent Humidity Controller according to claim 5, is characterized in that touch control display module is multi-point touch control display screen.
10. Wi-Fi Ware Intelligent Humidity Controller according to claim 6, is characterized in that touch control display module is multi-point touch control display screen.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109269824A (en) * | 2018-11-14 | 2019-01-25 | 小熊电器股份有限公司 | A kind of test device and test method of ultrasonic humidifier |
| CN109883022A (en) * | 2019-03-07 | 2019-06-14 | 南京工程学院 | A kind of intelligent measurement humidifier based on i.MX RT1052 |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109269824A (en) * | 2018-11-14 | 2019-01-25 | 小熊电器股份有限公司 | A kind of test device and test method of ultrasonic humidifier |
| CN109269824B (en) * | 2018-11-14 | 2023-10-13 | 小熊电器股份有限公司 | Testing device and testing method of ultrasonic humidifier |
| CN109883022A (en) * | 2019-03-07 | 2019-06-14 | 南京工程学院 | A kind of intelligent measurement humidifier based on i.MX RT1052 |
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