CN109682419A - Multi parameter intallingent energy conservation sensor and multi parameter intallingent energy conservation sensor-based system - Google Patents
Multi parameter intallingent energy conservation sensor and multi parameter intallingent energy conservation sensor-based system Download PDFInfo
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- CN109682419A CN109682419A CN201811644051.2A CN201811644051A CN109682419A CN 109682419 A CN109682419 A CN 109682419A CN 201811644051 A CN201811644051 A CN 201811644051A CN 109682419 A CN109682419 A CN 109682419A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
- G01D21/00—Measuring or testing not otherwise provided for
- G01D21/02—Measuring two or more variables by means not covered by a single other subclass
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- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C17/00—Arrangements for transmitting signals characterised by the use of a wireless electrical link
- G08C17/02—Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link
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Abstract
The present invention relates to sensor technical fields, more particularly, to a kind of multi parameter intallingent energy conservation sensor and multi parameter intallingent energy conservation sensor-based system；Including temperature and humidity acquisition module, illumination acquisition module, micro treatment module and communication module；Integrated management is acquired simultaneously to temperature, humidity and illuminance, convenient for situation in the understanding greenhouse of user's Corresponding matching；Simultaneously, in such a way that excitation uploads: when illumination parameter value is reduced to equal to illumination parameter determined threshold, or when illumination parameter value rises to greater than illumination parameter determined threshold, the microprocessor just edits corresponding instruction, is sent to cloud or user terminal by the communication module；On being screened after parameter processing wherein on the influential time point of environment in greenhouse, command signal is sent to cloud or user terminal to economize on resources instead of existing sensor in real time to terminal transmission data in data transmission, energy consumption is reduced, and user is facilitated to understand situation in greenhouse in time.
Description
Technical field
The present invention relates to sensor technical fields, more particularly, to a kind of multi parameter intallingent energy conservation sensor and multi-parameter intelligence
It can energy saving sensor-based system.
Background technique
Important component of the greenhouse as China's high-efficiency agriculture, the yield for how improving greenhouse have become
Urgent problem, every environmental parameter in scientific monitor greenhouse have become the trend of modern agricultural development.
In existing technology, the sensor of the environmental monitoring of greenhouse is more, the environmental parameters of crop
It is illumination, temperature and humidity, the two is independent, and is active sensor, each data sampling sensor real-time transmission data wave
Take resource.
Therefore, the present invention is badly in need of providing a kind of new multi parameter intallingent energy conservation sensor and multi-parameter intelligence regarding to the issue above
It can energy saving sensor-based system.
Summary of the invention
The purpose of the present invention is to provide a kind of new multi parameter intallingent energy conservation sensor and multi parameter intallingent energy conservation sensings
System, by the illumination acquisition module, the temperature and humidity acquisition module and the micro treatment module to solve in the prior art
Existing illuminance, temperature and humidity etc. acquire individual transmission, waste of resource and inconvenient temperature and humidity and illuminance paired observation respectively
The technical issues of.
A kind of multi parameter intallingent energy conservation sensor provided by the invention, comprising: illumination acquisition module is big for acquiring greenhouse
Real-Time Optical illumination in canopy, and convert real-time illumination parameter value for the Real-Time Optical illumination and be sent to micro treatment module；It is warm and humid
Acquisition module is spent, is converted into real-time temperature for acquiring the real time temperature parameter in greenhouse, and by the real time temperature parameter
Degree parameter value is sent to the micro treatment module, meanwhile, the real-time humidity parameter in greenhouse is acquired, and by the real-time humidity
Parameter is converted into real-time humidity parameter value and is sent to the micro treatment module；The micro treatment module, for receiving in real time
Illumination parameter value；If the illumination parameter value is greater than preset illumination parameter determined threshold, marking the illumination parameter value is light on daytime
According to parameter value, and the illumination parameter value of bulk registration various time points on daytime；If illumination parameter value is less than or equal to preset illumination
Parameter determined threshold, then marking the illumination parameter value is night illumination parameter value, does not make bulk registration；When illumination parameter value is by being greater than
When illumination parameter determined threshold becomes equal to illumination parameter determined threshold, then night sign on is edited to communication module；When illumination is joined
When numerical value becomes greater than illumination parameter determined threshold by being equal to illumination parameter determined threshold, then sign on daytime is edited to the communication
Module；The micro treatment module is also used to receive real-time temperature parameter value and humidity parameter value, and bulk registration each time
Temperature parameter value and humidity parameter value；And calculate the difference between real-time temperature parameter value and preset initial temperature parameter value
Value then sends out the temperature parameter value at the moment and humidity parameter value when the difference exceeds preset temperature change difference threshold
Give the communication module；Meanwhile the difference between real-time humidity parameter value and preset initial humidity parameter value is calculated, when
When the difference is beyond preset humidity variation difference threshold, then the temperature parameter value at the moment and humidity parameter value are sent to institute
State communication module；The communication module, for starting to refer to the night sign on of the received micro treatment module, daytime
It enables, temperature parameter value and humidity parameter value are sent to cloud.
Preferably, the instruction that the communication module is also used to receive that cloud is sent is sent to the micro treatment module；Institute
The signal transmission form of communication module is stated as wireless transmission.
It preferably, further include storage module, for storing illumination parameter value, temperature parameter value and the humidity of various time points
Parameter value is called for the micro treatment module.
Preferably, the micro treatment module is also used to night sign on or sign on daytime being sent to the illumination
Acquisition module；The illumination acquisition module has suspend mode and operating mode, and suspend mode is used for the micro treatment module
The real-time lighting parameter of low energy consumption is sent, operating mode is used to send the real-time lighting ginseng of operating power consumption to the micro treatment module
Number；When receiving night sign on, suspend mode is opened, closes operating mode；When receiving sign on daytime, beat
Go into operation operation mode, closes suspend mode.
Preferably, further include solar-electricity source module, be used for as the micro treatment module, the illumination acquisition module, institute
State temperature and humidity acquisition module and communication module power supply.
Preferably, the micro treatment module is also used to carry out real-time temperature parameter value and preset temperature safety threshold value
Comparison, when being more than preset temperature safety threshold value, the micro treatment module then edits the instruction of temperature alarming deviation and is sent to institute
State communication module；The micro treatment module is also used to carry out real-time humidity parameter value and preset humidity secure threshold pair
Than, when being more than preset humidity secure threshold, the micro treatment module then edit the instruction of humidity alarm deviation be sent to it is described
Communication module.
Preferably, the real-time voltage parameter conversion that the micro treatment module is also used to send solar-electricity source module
For illumination reference value, illumination reference value is compared with illumination parameter value, by the comparison result and preset illumination exception threshold
Value compares, and when exceeding illumination outlier threshold, the micro treatment module editor abnormal alarm instruction is sent to the communication
Module；The instruction of received abnormal alarm is sent to cloud by the communication module.
Preferably, the micro treatment module is also used to periodically send daytime to the communication module by the communication module
The illumination parameter value of various time points, the temperature parameter value of various time points and the humidity parameter value of various time points.
The present invention also provides a kind of multi parameter intallingent energy conservation sensor-based system, including as above any multi parameter intallingent section
It can sensor.
It preferably, further include cloud, for being interacted between terminal and the multi parameter intallingent energy conservation sensor.
The present invention has following progress compared with prior art:
1. the present invention using include the temperature and humidity acquisition module, the illumination acquisition module, the micro treatment module and
The design of the communication module；The present invention simultaneously temperature collection, humidity and illuminance, to temperature parameter value, humidity parameter value and
Illumination parameter value integrated management, convenient for situation in the understanding greenhouse of user's Corresponding matching；Meanwhile the present invention is using sharp
The mode uploaded is sent out, only when illumination parameter value becomes equal to illumination parameter determined threshold by being greater than illumination parameter determined threshold, or
When illumination parameter value becomes greater than illumination parameter determined threshold by being equal to illumination parameter determined threshold, the microprocessor is just edited pair
The instruction answered is sent to upper cloud or user terminal by the communication module；To being screened after parameter processing wherein to temperature
Environment influential time point in the greenhouse of room, the cloud of Xiang Shangwei or user terminal send command signal, instead of existing sensing
Device to terminal transmission data, economizes on resources in real time in data transmission, reduces energy consumption, and it is big to facilitate user to understand greenhouse in time
Situation in canopy.
2. the present invention is also used to receive the instruction that cloud is sent using the communication module and is sent to the micro process mould
Block；The signal transmission form of the communication module is the design of wireless transmission；User can also actively understand sensor module memory storage
Each data understand temperature and humidity situation and light conditions in greenhouse；Wireless transmission make sensor provided by the invention not by
The controller of signal line length increases flexibility of the invention.
3. the present invention is also used to night sign on or sign on daytime being sent to institute using the micro treatment module
State illumination acquisition module；The illumination acquisition module has suspend mode and operating mode, and suspend mode is used for micro- place
The real-time lighting parameter that module sends low energy consumption is managed, operating mode is used to send the real-time of operating power consumption to the micro treatment module
Illumination parameter；When receiving night sign on, suspend mode is opened, closes operating mode；Start daytime to refer to when receiving
When enabling, operating mode is opened, the design of suspend mode is closed；Control of the illumination acquisition module in the micro treatment module
Under, on no light or illuminance faint night using low energy consumption or the suspend mode of Non-energy-consumption, adopted on the daytime for having illuminance
With the higher operating mode of energy consumption is needed, electric energy is saved in collection terminal, reduces energy consumption, the mode for reducing energy consumption with output is mutually tied
It closes, economizes on resources, reduce energy consumption of the invention！
Detailed description of the invention
It, below will be to specific in order to illustrate more clearly of the specific embodiment of the invention or technical solution in the prior art
Embodiment or attached drawing needed to be used in the description of the prior art be briefly described, it should be apparent that, it is described below
Attached drawing is some embodiments of the present invention, for those of ordinary skill in the art, before not making the creative labor
It puts, is also possible to obtain other drawings based on these drawings.
Fig. 1 is that the electric appliance of heretofore described multi parameter intallingent energy conservation sensor-based system connects block diagram.
Specific embodiment
Technical solution of the present invention is clearly and completely described below in conjunction with attached drawing, it is clear that described implementation
Example is a part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, ordinary skill
Personnel's every other embodiment obtained without making creative work, shall fall within the protection scope of the present invention.
In the description of the present invention, it should be noted that term " center ", "upper", "lower", "left", "right", "vertical",
The orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" be based on the orientation or positional relationship shown in the drawings, merely to
Convenient for description the present invention and simplify description, rather than the device or element of indication or suggestion meaning must have a particular orientation,
It is constructed and operated in a specific orientation, therefore is not considered as limiting the invention.In addition, term " first ", " second ",
" third " is used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " installation ", " phase
Even ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can
To be mechanical connection, it is also possible to be electrically connected；It can be directly connected, can also can be indirectly connected through an intermediary
Connection inside two elements.For the ordinary skill in the art, above-mentioned term can be understood at this with concrete condition
Concrete meaning in invention.
It is shown in Figure 1, a kind of multi parameter intallingent energy conservation sensor-based system provided in this embodiment, including more ginsengs as described below
Number intelligent power saving sensor；It further include cloud, for being interacted between terminal and the multi parameter intallingent energy conservation sensor.
It is shown in Figure 1, a kind of multi parameter intallingent energy conservation sensor provided in this embodiment, comprising: illumination acquisition module,
For acquiring the Real-Time Optical illumination in greenhouse, and by the Real-Time Optical illumination be converted into real-time illumination parameter value be sent to it is micro-
Processing module；Temperature and humidity acquisition module turns for acquiring the real time temperature parameter in greenhouse, and by the real time temperature parameter
It turns to real-time temperature parameter value and is sent to the micro treatment module, meanwhile, the real-time humidity parameter in greenhouse is acquired, and
Real-time humidity parameter value, which is converted, by the real-time humidity parameter is sent to the micro treatment module；The micro treatment module is used
In the real-time illumination parameter value of reception；If the illumination parameter value is greater than preset illumination parameter determined threshold, the illumination is marked to join
Numerical value is daylight parameter value, and the illumination parameter value of bulk registration various time points on daytime；If illumination parameter value be less than etc.
In preset illumination parameter determined threshold, then marking the illumination parameter value is night illumination parameter value, does not make bulk registration；Work as illumination
When parameter value becomes equal to illumination parameter determined threshold by being greater than illumination parameter determined threshold, then edits night sign on and give communication mould
Block；When illumination parameter value becomes greater than illumination parameter determined threshold by being equal to illumination parameter determined threshold, then edits and start daytime to refer to
It enables to the communication module；The micro treatment module is also used to receive real-time temperature parameter value and humidity parameter value, and adds up
Record the temperature parameter value and humidity parameter value of each time；And calculate real-time temperature parameter value and preset initial temperature ginseng
Difference between numerical value, when the difference exceeds preset temperature change difference threshold, then by the temperature parameter value at the moment and
Humidity parameter value is sent to the communication module；Meanwhile calculating real-time humidity parameter value and preset initial humidity parameter value
Between difference, when the difference beyond preset humidity variation difference threshold when, then by the temperature parameter value at the moment and humidity
Parameter value is sent to the communication module；The communication module, for starting to refer to the night of the received micro treatment module
It enables, sign on daytime, temperature parameter value and humidity parameter value are sent to cloud.
It includes the temperature and humidity acquisition module, the illumination acquisition module, the micro treatment module and institute that the present invention, which uses,
State the design of communication module；The present invention while temperature collection, humidity and illuminance, to temperature parameter value, humidity parameter value and light
According to parameter value integrated management, convenient for situation in the understanding greenhouse of user's Corresponding matching；Meanwhile the present invention is using excitation
The mode of upload only when illumination parameter value becomes equal to illumination parameter determined threshold by being greater than illumination parameter determined threshold, or is worked as
When illumination parameter value becomes greater than illumination parameter determined threshold by being equal to illumination parameter determined threshold, the microprocessor just edits correspondence
Instruction, upper cloud or user terminal are sent to by the communication module；To being screened after parameter processing wherein to greenhouse
Environment influential time point in greenhouse, the cloud of Xiang Shangwei or user terminal send command signal, instead of existing sensor
It in real time to terminal transmission data, economizes on resources in data transmission, reduces energy consumption, and user is facilitated to understand greenhouse in time
Interior situation.
It is shown in Figure 1, communication module described in the present embodiment be also used to receive the instruction that cloud is sent be sent to it is described
Micro treatment module；The signal transmission form of the communication module is wireless transmission.
The present invention is also used to receive the instruction that cloud is sent using the communication module and is sent to the micro treatment module；
The signal transmission form of the communication module is the design of wireless transmission；User can also actively understand each of sensor module memory storage
Data understand temperature and humidity situation and light conditions in greenhouse；Wireless transmission makes sensor provided by the invention not by signal
The controller of line length increases flexibility of the invention.
Shown in Figure 1, the present embodiment further includes storage module, for storing illumination parameter value, the temperature of various time points
Parameter value and humidity parameter value are spent, is called for the micro treatment module.
Shown in Figure 1, micro treatment module described in the present embodiment is also used to start to refer to by night sign on or daytime
Order is sent to the illumination acquisition module；The illumination acquisition module has suspend mode and operating mode, and suspend mode is used for
The real-time lighting parameter of low energy consumption is sent to the micro treatment module, operating mode is used to send work to the micro treatment module
The real-time lighting parameter of energy consumption；When receiving night sign on, suspend mode is opened, closes operating mode；When receiving
When sign on daytime, operating mode is opened, closes suspend mode.
The present invention is also used to for night sign on or sign on daytime being sent to described using the micro treatment module
Illumination acquisition module；The illumination acquisition module has suspend mode and operating mode, and suspend mode is used for the micro process
Module sends the real-time lighting parameter of low energy consumption, and operating mode is used to send the Real-Time Optical of operating power consumption to the micro treatment module
According to parameter；When receiving night sign on, suspend mode is opened, closes operating mode；When receiving sign on daytime
When, operating mode is opened, the design of suspend mode is closed；The illumination acquisition module under the control of the micro treatment module,
On no light or illuminance faint night using low energy consumption or the suspend mode of Non-energy-consumption, using on the daytime for having illuminance is needed
The higher operating mode of energy consumption is wanted, electric energy is saved in collection terminal, reduces energy consumption, combined with the mode that output reduces energy consumption, saved
About resource reduces energy consumption of the invention！
The present embodiment further includes solar-electricity source module, is used for as the micro treatment module, the illumination acquisition module, institute
State temperature and humidity acquisition module and communication module power supply.The solar-electricity source module includes solar energy collecting plate and capacitor,
The micro treatment module, the illumination acquisition module, the temperature and humidity acquisition module and the communication module distinguish the sun
Energy collection plate electrical connection, the both ends of the capacitor are electrically connected with the input terminal of the solar energy collecting plate and output end respectively.Too
Sun can power, and be not necessarily to external power supply, economize on resources！
It is shown in Figure 1, micro treatment module described in the present embodiment be also used to by real-time temperature parameter value with it is preset
Temperature safety threshold value compares, and when being more than preset temperature safety threshold value, the micro treatment module then edits temperature alarming
Deviation instruction is sent to the communication module；The micro treatment module is also used to real-time humidity parameter value and preset humidity
Secure threshold compares, and when being more than preset humidity secure threshold, the micro treatment module then edits humidity alarm deviation
Instruction is sent to the communication module.
Shown in Figure 1, micro treatment module described in the present embodiment is also used to the reality for sending solar-electricity source module
When voltage parameter be converted into illumination reference value, the illumination reference value of synchronization is compared with illumination parameter value, by this
Comparison result is compared with preset illumination outlier threshold, when exceeding illumination outlier threshold, the micro treatment module editor
Abnormal alarm instruction, is sent to the communication module；The instruction of received abnormal alarm is sent to cloud by the communication module.
Shown in Figure 1, micro treatment module described in the present embodiment is also used to through the communication module periodically to described
Communication module sends the illumination parameter value of various time points on daytime, the temperature parameter values of various time points and various time points it is wet
Spend parameter value.
Temperature and humidity acquisition module described in the present embodiment can acquire the temperature value and humidity value of air, can also acquire soil
Temperature value and humidity value, can also acquire the temperature value and humidity value of air and soil simultaneously.
A kind of parameter acquisition transmission method of multi parameter intallingent energy conservation sensor provided in this embodiment, including following step
It is rapid:
The Real-Time Optical illumination in greenhouse is acquired with illumination acquisition module, and converts the Real-Time Optical illumination in real time
Illumination parameter value is sent to micro treatment module；
The real time temperature parameter in greenhouse is acquired with temperature and humidity acquisition module, and converts the real time temperature parameter to
Real-time temperature parameter value is sent to the micro treatment module, meanwhile, the real-time humidity parameter in greenhouse is acquired, and should
Real-time humidity parameter is converted into real-time humidity parameter value and is sent to the micro treatment module；
Real-time illumination parameter value is received with the micro treatment module；If the illumination parameter value is greater than preset illumination parameter
Determined threshold then marks the illumination parameter value for daylight parameter value, and the illumination parameter of bulk registration various time points on daytime
Value；If illumination parameter value is less than or equal to preset illumination parameter determined threshold, marking the illumination parameter value is night illumination parameter
Value, does not make bulk registration；When illumination parameter value becomes equal to illumination parameter determined threshold by being greater than illumination parameter determined threshold, then compile
Night sign on is collected to communication module；When illumination parameter value becomes greater than the illumination parameter lowest limit by being equal to illumination parameter determined threshold
When value, then sign on daytime is edited to the communication module；
Also real-time temperature parameter value and humidity parameter value, and bulk registration each time are received with the micro treatment module
Temperature parameter value and humidity parameter value；And calculate the difference between real-time temperature parameter value and preset initial temperature parameter value
Value then sends out the temperature parameter value at the moment and humidity parameter value when the difference exceeds preset temperature change difference threshold
Give the communication module；Meanwhile the difference between real-time humidity parameter value and preset initial humidity parameter value is calculated, when
When the difference is beyond preset humidity variation difference threshold, then the temperature parameter value at the moment and humidity parameter value are sent to institute
State communication module；
With the communication module by the night sign on of the received micro treatment module, sign on daytime, temperature
Parameter value and humidity parameter value are sent to cloud.
Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the present invention., rather than its limitations；To the greatest extent
Pipe present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that: its according to
So be possible to modify the technical solutions described in the foregoing embodiments, or to some or all of the technical features into
Row equivalent replacement；And these are modified or replaceed, various embodiments of the present invention technology that it does not separate the essence of the corresponding technical solution
The range of scheme.
Claims (10)
1. a kind of multi parameter intallingent energy conservation sensor characterized by comprising
Illumination acquisition module is converted into real time for acquiring the Real-Time Optical illumination in greenhouse, and by the Real-Time Optical illumination
Illumination parameter value is sent to micro treatment module；
Temperature and humidity acquisition module is converted into for acquiring the real time temperature parameter in greenhouse, and by the real time temperature parameter
Real-time temperature parameter value is sent to the micro treatment module, meanwhile, the real-time humidity parameter in greenhouse is acquired, and should
Real-time humidity parameter is converted into real-time humidity parameter value and is sent to the micro treatment module；
The micro treatment module, for receiving real-time illumination parameter value；If the illumination parameter value is greater than preset illumination parameter
Determined threshold then marks the illumination parameter value for daylight parameter value, and the illumination parameter of bulk registration various time points on daytime
Value；If illumination parameter value is less than or equal to preset illumination parameter determined threshold, marking the illumination parameter value is night illumination parameter
Value, does not make bulk registration；When illumination parameter value becomes equal to illumination parameter determined threshold by being greater than illumination parameter determined threshold, then compile
Night sign on is collected to communication module；When illumination parameter value becomes greater than the illumination parameter lowest limit by being equal to illumination parameter determined threshold
When value, then sign on daytime is edited to the communication module；
The micro treatment module is also used to receive real-time temperature parameter value and humidity parameter value, and bulk registration each time
Temperature parameter value and humidity parameter value；And calculate the difference between real-time temperature parameter value and preset initial temperature parameter value
Value then sends out the temperature parameter value at the moment and humidity parameter value when the difference exceeds preset temperature change difference threshold
Give the communication module；Meanwhile the difference between real-time humidity parameter value and preset initial humidity parameter value is calculated, when
When the difference is beyond preset humidity variation difference threshold, then the temperature parameter value at the moment and humidity parameter value are sent to institute
State communication module；
The communication module, for joining the night sign on, sign on daytime, temperature of the received micro treatment module
Numerical value and humidity parameter value are sent to cloud.
2. multi parameter intallingent energy conservation sensor according to claim 1, which is characterized in that the communication module is also used to receive
The instruction that cloud is sent is sent to the micro treatment module；The signal transmission form of the communication module is wireless transmission.
3. multi parameter intallingent energy conservation sensor according to claim 1, which is characterized in that further include storage module, for storing up
Illumination parameter value, temperature parameter value and the humidity parameter value for depositing various time points are called for the micro treatment module.
4. multi parameter intallingent energy conservation sensor according to claim 1, which is characterized in that the micro treatment module be also used to by
Night sign on or sign on daytime are sent to the illumination acquisition module；
The illumination acquisition module has suspend mode and operating mode, and suspend mode is used to send to the micro treatment module low
The real-time lighting parameter of energy consumption, operating mode are used to send the real-time lighting parameter of operating power consumption to the micro treatment module；When
When receiving night sign on, suspend mode is opened, closes operating mode；When receiving sign on daytime, work is opened
Operation mode closes suspend mode.
5. according to the multi parameter intallingent energy conservation sensor any in claim 2-4, which is characterized in that further include solar-electricity
Source module, for being the micro treatment module, the illumination acquisition module, the temperature and humidity acquisition module and the communication module
Power supply.
6. multi parameter intallingent energy conservation sensor according to claim 5, which is characterized in that the micro treatment module be also used to by
Real-time temperature parameter value is compared with preset temperature safety threshold value, described when being more than preset temperature safety threshold value
Micro treatment module then edits the instruction of temperature alarming deviation and is sent to the communication module；The micro treatment module is also used to will be real-time
Humidity parameter value compared with preset humidity secure threshold, when be more than preset humidity secure threshold when, micro- place
Reason module then edits the instruction of humidity alarm deviation and is sent to the communication module.
7. multi parameter intallingent energy conservation sensor according to claim 6, which is characterized in that the micro treatment module be also used to by
The real-time voltage parameter that solar-electricity source module is sent is converted into illumination reference value, by illumination reference value and illumination parameter value
It is compared, the comparison result and preset illumination outlier threshold is compared, it is described micro- when exceeding illumination outlier threshold
The instruction of processing module editor's abnormal alarm, is sent to the communication module；The communication module instructs received abnormal alarm
It is sent to cloud.
8. multi parameter intallingent energy conservation sensor according to claim 7, which is characterized in that the micro treatment module is also used to lead to
Cross the illumination parameter value that the communication module periodically sends various time points on daytime to the communication module, the temperature of various time points
Spend the humidity parameter value of parameter value and various time points.
9. a kind of multi parameter intallingent energy conservation sensor-based system, which is characterized in that including the multi-parameter as described in any in claim 1-8
Intelligent power saving sensor.
10. multi parameter intallingent energy conservation sensor-based system according to claim 9, which is characterized in that further include cloud, be used for terminal
It is interacted between the multi parameter intallingent energy conservation sensor.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112185090A (en) * | 2020-08-31 | 2021-01-05 | 江苏大学 | NB-IoT-based agricultural greenhouse remote monitoring system and method |
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| CN112185090A (en) * | 2020-08-31 | 2021-01-05 | 江苏大学 | NB-IoT-based agricultural greenhouse remote monitoring system and method |
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Application publication date: 20190426 |