CN103399601B - Potato storage environment monitoring device and potato storage environment monitoring method - Google Patents
Potato storage environment monitoring device and potato storage environment monitoring method Download PDFInfo
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- CN103399601B CN103399601B CN201310291441.7A CN201310291441A CN103399601B CN 103399601 B CN103399601 B CN 103399601B CN 201310291441 A CN201310291441 A CN 201310291441A CN 103399601 B CN103399601 B CN 103399601B
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Abstract
The invention provides a potato storage environment monitoring device, which comprises a processing module, a storage environment parameter acquisition module, a power management module, a storage module, a display module and an input module. The storage environment parameter acquisition module is used for acquiring the temperature, the humidity and the CO2 concentration of a storage environment. The processing module is used for periodically acquiring a temperature parameter signal, a humidity parameter signal and a CO2 concentration parameter signal generated by the storage environment parameter acquisition module, generating a corresponding temperature parameter value, a corresponding humidity parameter value and a corresponding CO2 concentration parameter value, and generating a storage environment parameter file according to a stored reference temperature parameter value, a stored reference humidity parameter value and a stored reference CO2 concentration parameter value and the generated temperature parameter value, the generated humidity parameter value and the generated CO2 concentration parameter value. The processing module is also used for acquiring the stored environment parameter file when a query signal generated by the input module is detected, and transferring the acquired environment parameter file to the display module for display. The invention also provides a potato storage environment monitoring method.
Description
Technical field
The present invention relates to potato technical field of memory, particularly a kind of storage of potato environment monitoring device and storage of potato method of environmental monitoring.
Background technology
Potato nutritional is abundant, output is high, have the title of " underground apple " and " the second bread ", the fourth-largest cereal crops after being China and wheat, corn and paddy rice.In recent years, along with the development in potato market, storage of potato quantity increases gradually, and storage time extends further, more and more higher to the requirement of storage environment.
At present, China potato producing region mainly takes traditional storage (cellar for storing things) to deposit potato, that is, manual site is adopted to patrol and examine the on-the-spot environmental parameter of storage (such as, temperature, humidity), the ventilating opening opening storage (cellar for storing things) carries out natural ventilation and lowers the temperature ensureing that the storage environment of storage (cellar for storing things) adapts to the storage of potato.
But, due to manual site patrol and examine not in time, the environmental parameter at the storage scene of manual detection is inaccurate, cause the phenomenons such as dehydration shrinkage appears in potato block, germination turns green, rot, loss percentage through the storage of potato mode measuring prior art reaches 15% ~ 25%, can more than 40% be reached time serious, cause edible, processing and the decline of kind quality; In addition, manual site patrols and examines the on-the-spot environmental parameter of storage, deposits potential safety hazard, such as, in storage (cellar for storing things) CO
2excessive concentration, causes staff's anoxic.
Summary of the invention
In view of this, be necessary to provide a kind of storage of potato environment monitoring device that can gather the on-the-spot environmental parameter of storage in time and accurately.
There is a need to provide a kind of storage of potato method of environmental monitoring that can gather the on-the-spot environmental parameter of storage in time and accurately.
A kind of storage of potato environment monitoring device, comprises processing module, storage environment parameter acquisition module, power management module, memory module, display module and load module.Storage environment parameter acquisition module, memory module, display module and load module are connected with processing module, and power management module is connected with processing module, storage environment parameter acquisition module, memory module, display module and load module; Power management module is used for powering for processing module, storage environment parameter acquisition module, memory module, display module and load module; Storage environment parameter acquisition module is for gathering temperature parameter, humidity parameter, the CO of storage environment
2concentration parameter, and produce corresponding temperature parameter signal, humidity parameter signal, CO
2concentration parameter signal; Memory module is used for Memory Reference temperature parameter value, reference humidity parameter value, benchmark CO
2concentration parameter value; Processing module is used for temperature parameter signal, humidity parameter signal, the CO that timing acquisition storage environment parameter acquisition module produces
2concentration parameter signal, and according to the temperature parameter signal, humidity parameter signal, the CO that obtain
2concentration parameter signal produces corresponding temperature parameter value, humidity parameter value, CO
2concentration parameter value, according to the reference temperature parameter value, reference humidity parameter value, the benchmark CO that store
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces storage environment Parameter File, and the storage environment Parameter File of generation is sent to memory module storage; Load module is used for the query manipulation of operation response person, produce corresponding request signal, processing module, also for when the request signal that load module produces being detected, obtains the environmental parameter file stored, and by the environmental parameter document backup of acquisition to display module; Display module is used for environmental parameter file to show, for operating personnel's reference.
A kind of storage of potato method of environmental monitoring, comprises the following steps:
Storage environment parameter acquisition module acquires is utilized to preserve on-the-spot temperature parameter, humidity parameter, CO
2concentration parameter, and produce corresponding temperature parameter signal, humidity parameter signal, CO
2concentration parameter signal;
Temperature parameter signal, humidity parameter signal, CO that timing acquisition produces
2concentration parameter signal, and according to the temperature parameter signal, humidity parameter signal, the CO that obtain
2concentration parameter signal produces corresponding temperature parameter value, humidity parameter value, CO
2concentration parameter value;
According to the reference temperature parameter value prestored, reference humidity parameter value, benchmark CO
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces storage environment Parameter File;
The storage environment Parameter File produced is stored;
The query manipulation of operation response person, produces corresponding request signal;
According to the request signal produced, obtain the environmental parameter file stored, and the environmental parameter file obtained is shown for operating personnel's reference.
Above-mentioned storage of potato environment monitoring device and the storage environment of storage of potato method of environmental monitoring to storage (cellar for storing things) is utilized to monitor, temperature parameter, humidity parameter, the CO of storage environment parameter acquisition module acquires storage environment
2concentration parameter, and produce corresponding temperature parameter signal, humidity parameter signal, CO
2concentration parameter signal, temperature parameter signal, humidity parameter signal, CO that processing module timing acquisition storage environment parameter acquisition module produces
2concentration parameter signal, and according to the temperature parameter signal, humidity parameter signal, the CO that obtain
2concentration parameter signal produces corresponding temperature parameter value, humidity parameter value, CO
2concentration parameter value, according to the reference temperature parameter value, reference humidity parameter value, the benchmark CO that store
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces storage environment Parameter File, and the storage environment Parameter File of generation is sent to memory module storage, the query manipulation of load module operation response person, produce corresponding request signal, processing module is when the request signal that load module produces being detected, obtain the environmental parameter file stored, and the environmental parameter document backup of acquisition is shown to display module, for operating personnel's reference, so can be real-time, accurately collect the environmental parameter that storage is on-the-spot, operating personnel do not need to stay in storage in-site measurement environmental parameter for a long time, only need according to the storage environment of environmental parameter file adjustment storage (cellar for storing things) of display, and then avoid because of CO in storage (cellar for storing things)
2excessive concentration and cause the situation of operating personnel's anoxic to occur.
Accompanying drawing explanation
Accompanying drawing 1 is the storage of potato environment monitoring device high-level schematic functional block diagram of a better embodiment.
Accompanying drawing 2 is high-level schematic functional block diagram of the communication module in Fig. 1.
Accompanying drawing 3 is high-level schematic functional block diagram of the storage environment parameter acquisition module in Fig. 1.
Accompanying drawing 4 is high-level schematic functional block diagram of the load module in Fig. 1.
Accompanying drawing 5 is process flow diagrams of the storage of potato method of environmental monitoring of a better embodiment.
In figure: storage of potato environment monitoring device 10, processing module 11, storage environment parameter acquisition module 12, temperature and humidity sensor 121, CO
2sensor 122, power management module 13, memory module 14, display module 15, load module 16, query key 160, potato seed mode setting button 161, eat raw and connect module 182, system clock generation module 19, storage of potato method of environmental monitoring step S300 ~ S308 by potato mode setting button 162, processing potato mode setting button 163, peripheral hardware control module 17, communication module 18, GPRS module 181, SIM card.
Embodiment
Please refer to Fig. 1, storage of potato environment monitoring device 10 comprises processing module 11, storage environment parameter acquisition module 12, power management module 13, memory module 14, display module 15 and load module 16.
Storage environment parameter acquisition module 12, memory module 14, display module 15 and load module 16 are connected with processing module 11, and power management module 13 is connected with processing module 11, storage environment parameter acquisition module 12, memory module 14, display module 15 and load module 16; Power management module 13 is for powering for processing module 11, storage environment parameter acquisition module 12, memory module 14, display module 15 and load module 16.
Storage environment parameter acquisition module 12 is for gathering temperature parameter, humidity parameter, the CO of storage environment
2concentration parameter, and produce corresponding temperature parameter signal, humidity parameter signal, CO
2concentration parameter signal; Memory module 14 is for Memory Reference temperature parameter value, reference humidity parameter value, benchmark CO
2concentration parameter value; Temperature parameter signal, humidity parameter signal, CO that processing module 11 produces for timing acquisition storage environment parameter acquisition module 12
2concentration parameter signal, and according to the temperature parameter signal, humidity parameter signal, the CO that obtain
2concentration parameter signal produces corresponding temperature parameter value, humidity parameter value, CO
2concentration parameter value, according to the reference temperature parameter value, reference humidity parameter value, the benchmark CO that store
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces storage environment Parameter File, and sends the storage environment Parameter File of generation to memory module 14 and store; Load module 16 is for the query manipulation of operation response person, produce corresponding request signal, processing module 11, also for when the request signal that load module 16 produces being detected, obtains the environmental parameter file stored, and by the environmental parameter document backup of acquisition to display module 15; Display module 15 is for showing environmental parameter file, and for operating personnel's reference, wherein, display module 15 can be that LCD shows module, LED shows module.
In the present embodiment, storage of potato environment monitoring device 10 also comprises peripheral hardware control module 17, communication module 18, system clock generation module 19.
Processing module 11 also for judge produce temperature parameter value, humidity parameter value, CO
2concentration parameter value and reference temperature parameter value, reference humidity parameter value, benchmark CO
2concentration parameter value not to correspondence time export default adjustment order to peripheral hardware control module 17, peripheral hardware control module 17 according to adjustment order control to be connected with peripheral hardware control module 17 and be arranged on and preserve on-the-spot temperature control equipment, humidity control apparatus and ventilation unit, so the environment of realization to the scene of preserving adjusts automatically.Wherein, not correspondingly to refer to: the CO that the temperature parameter value of generation is less than or is greater than reference temperature parameter value, the humidity parameter value of generation is less than or is greater than reference humidity parameter value, generation
2concentration parameter value is less than or is greater than benchmark CO
2concentration parameter value, reference temperature parameter value, reference humidity parameter value, benchmark CO
2concentration parameter value can be a definite value also can be a value range.Processing module 11 is at the CO that temperature parameter value is less than reference temperature parameter value, the humidity parameter value of generation is less than reference humidity parameter value, generation judging to produce
2concentration parameter value is less than benchmark CO
2during concentration parameter value, export and increase adjustment order; Processing module 11 is at the CO that temperature parameter value is greater than reference temperature parameter value, the humidity parameter value of generation is greater than reference humidity parameter value, generation judging to produce
2concentration parameter value is greater than benchmark CO
2during concentration parameter value, export and reduce adjustment order.Processing module 11 also for judge produce temperature parameter value, humidity parameter value, CO
2concentration parameter value and reference temperature parameter value, reference humidity parameter value, benchmark CO
2concentration parameter value does not produce warning message to during correspondence, and according to the responsible official contact address prestored, warning message is sent to responsible official.
Communication module 18 is connected with processing module 11, power management module 13, temperature parameter value, humidity parameter value, the CO of processing module 11 also for producing
2concentration parameter value is supplied to communication module 18, and communication module 18 is for by temperature parameter value, humidity parameter value, CO
2concentration parameter value sends to the remote terminal established a communications link with communication module 18, to make remote terminal displays temperature parameter value, humidity parameter value, CO
2concentration parameter value, wherein, referring to Fig. 2, communication module 18 adopts GPRS mode to realize data transmission, communication module 18 comprises GPRS module 181 and SIM card connects module 182, GPRS module 181 is for realizing the transmission of voice, SMS, data and facsimile data, and SIM card connects module 182 for being connected with SIM card.
System clock generation module 19 is for providing temporal information for bell potato storage environment monitoring device 10, and referring to Fig. 3, storage environment parameter acquisition mould 12 comprises temperature and humidity sensor 121, CO
2sensor 122, the temporal information that processing module 11 produces for obtaining system clock generation module 19, and when judging that temporal information can be divided exactly by preset time value, obtain the temperature parameter signal of temperature and humidity sensor 121 generation, humidity parameter signal and CO
2the CO that sensor 122 produces
2concentration parameter signal, and according to the temperature parameter signal, humidity parameter signal, the CO that obtain
2concentration parameter signal produces corresponding temperature parameter value, humidity parameter value, CO
2concentration parameter value.
Further, in order to adapt to the different storage environments of the potato of different purposes, corresponding expert reference data are set, expert reference data refer to the suitable environment parameter of the storage environment of the potato of the different purposes obtained through overtesting, that is, reference temperature parameter value comprises potato seed reference temperature parameter value, eats raw with potato reference temperature parameter value, processing potato reference temperature parameter value, and reference humidity parameter value comprises potato seed reference humidity parameter value, eats raw with potato reference humidity parameter value, processing potato reference humidity parameter value, benchmark CO
2concentration parameter value comprises potato seed benchmark CO
2concentration parameter value, to eat raw with potato benchmark CO
2concentration parameter value, processing potato benchmark CO
2concentration parameter value; Referring to Fig. 4, load module 16 comprises query key 160, potato seed mode setting button 161, eats raw by potato mode setting button 162, processing potato mode setting button 163, and query key 160, for the clicking operation of operation response person, produces corresponding request signal; Potato seed mode setting button 161 produces corresponding first for the selection operation of operation response person and chooses signal, eat raw and produce corresponding second by potato mode setting button 162 for the selection operation of operation response person and choose signal, processing potato mode setting button 163 produces the corresponding 3rd for the selection operation of operation response person and chooses signal, and processing module 11 is also for choosing signal acquisition potato seed reference temperature parameter value, potato seed reference humidity parameter value, potato seed benchmark CO according to first
2concentration parameter value, chooses corresponding the eating raw with potato reference temperature parameter value, eat raw with potato reference humidity parameter value, eat raw with potato benchmark CO of signal acquisition according to second
2concentration parameter value, chooses signal acquisition processing potato reference temperature parameter value, processing potato reference humidity parameter value, processing potato benchmark CO according to the 3rd
2concentration parameter value; Processing module 11 is according to the reference temperature parameter value, reference humidity parameter value, the benchmark CO that obtain
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces corresponding potato seed storage environment Parameter File, eats raw with potato storage environment Parameter File, processing potato storage environment Parameter File.
Above-mentioned processing module 11 can be single-chip microcomputer, it completes above-mentioned functions after running one group of storage of potato environmental monitoring program, memory module 14 can adopt SD card module, peripheral hardware control module 17 adopts optical coupling isolation circuit to realize the control to temperature control equipment, humidity control apparatus and ventilation unit in conjunction with relay, and system clock generation module 19 can adopt DS1302 clock chip.
Please refer to Fig. 5, it is the storage of potato method of environmental monitoring process flow diagram of a better embodiment, and this storage of potato method of environmental monitoring comprises the following steps:
Step S300, utilizes storage environment parameter acquisition module acquires to preserve on-the-spot temperature parameter, humidity parameter, CO
2concentration parameter, and produce corresponding temperature parameter signal, humidity parameter signal, CO
2concentration parameter signal.Wherein, reference temperature parameter value comprises potato seed reference temperature parameter value, eats raw with potato reference temperature parameter value, processing potato reference temperature parameter value, and reference humidity parameter value comprises potato seed reference humidity parameter value, eats raw with potato reference humidity parameter value, processing potato reference humidity parameter value, benchmark CO
2concentration parameter value comprises potato seed benchmark CO
2concentration parameter value, to eat raw with potato benchmark CO
2concentration parameter value, processing potato benchmark CO
2concentration parameter value; Storage environment parameter acquisition module comprises temperature and humidity sensor collection, CO
2sensor.
Step S301, temperature parameter signal, humidity parameter signal, CO that timing acquisition produces
2concentration parameter signal, and according to the temperature parameter signal, humidity parameter signal, the CO that obtain
2concentration parameter signal produces corresponding temperature parameter value, humidity parameter value, CO
2concentration parameter value.Wherein step S301 is specially: utilize system clock to produce chip generation time information; Obtain the temporal information that system clock produces chip generation, and when judging that temporal information can be divided exactly by preset time value, obtain the temperature parameter signal of temperature and humidity sensor generation, humidity parameter signal and CO
2the CO that sensor produces
2concentration parameter signal, and according to the temperature parameter signal, humidity parameter signal, the CO that obtain
2concentration parameter signal produces corresponding temperature parameter value, humidity parameter value, CO
2concentration parameter value.
Step S302, according to the reference temperature parameter value prestored, reference humidity parameter value, benchmark CO
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces storage environment Parameter File.Such as: operation response person selects the operation of potato seed mode setting button to produce first of correspondence and chooses signal, chooses signal acquisition potato seed reference temperature parameter value, potato seed reference humidity parameter value, potato seed benchmark CO according to first
2concentration parameter value, according to the potato seed reference temperature parameter value, potato seed reference humidity parameter value, the potato seed benchmark CO that obtain
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces potato seed storage environment Parameter File; Operation response person selects to eat raw and produces corresponding second with the operation of potato mode setting button and choose signal, chooses corresponding the eating raw with potato reference temperature parameter value, eat raw with potato reference humidity parameter value, eat use potato benchmark CO raw of signal acquisition according to second
2concentration parameter value, eats raw with potato reference temperature parameter value according to what obtain, eat raw with potato reference humidity parameter value, eats use potato benchmark CO raw
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces to be eaten raw with potato storage environment Parameter File; The operation of operation response person Choice and process potato mode setting button produces the 3rd of correspondence and chooses signal, chooses signal acquisition processing potato reference temperature parameter value, processing potato reference humidity parameter value, processing potato benchmark CO according to the 3rd
2concentration parameter value, according to the processing potato reference temperature parameter value, processing potato reference humidity parameter value, the processing potato benchmark CO that obtain
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces processing potato storage environment Parameter File.
Step S303, stores the storage environment Parameter File produced.
Step S304, the query manipulation of operation response person, produces corresponding request signal.
Step S305, according to the request signal produced, obtains the environmental parameter file stored, and shows the environmental parameter file obtained for operating personnel's reference.
Step S306, at the temperature parameter value, humidity parameter value, the CO that judge to produce
2concentration parameter value and reference temperature parameter value, reference humidity parameter value, benchmark CO
2concentration parameter value does not preserve on-the-spot temperature control equipment, humidity control apparatus and ventilation unit work to exporting the adjustment order preset during correspondence to control to be arranged on.
Step S307, establishes a communications link with remote terminal.
Step S308, by the temperature parameter value, humidity parameter value, the CO that produce
2concentration parameter value sends to and remote terminal, to make remote terminal displays temperature parameter value, humidity parameter value, CO
2concentration parameter value, wherein adopts GPRS mode to realize data transmission.
Claims (4)
1. a storage of potato environment monitoring device, is characterized in that: comprise processing module, storage environment parameter acquisition module, power management module, memory module, display module and load module; Storage environment parameter acquisition module, memory module, display module and load module are connected with processing module, and power management module is connected with processing module, storage environment parameter acquisition module, memory module, display module and load module; Power management module is used for powering for processing module, storage environment parameter acquisition module, memory module, display module and load module; Storage environment parameter acquisition module is for gathering temperature parameter, humidity parameter, the CO of storage environment
2concentration parameter, and produce corresponding temperature parameter signal, humidity parameter signal, CO
2concentration parameter signal; Memory module is used for Memory Reference temperature parameter value, reference humidity parameter value, benchmark CO
2concentration parameter value; Processing module is used for temperature parameter signal, humidity parameter signal, the CO that timing acquisition storage environment parameter acquisition module produces
2concentration parameter signal, and according to the temperature parameter signal, humidity parameter signal, the CO that obtain
2concentration parameter signal produces corresponding temperature parameter value, humidity parameter value, CO
2concentration parameter value, according to the reference temperature parameter value, reference humidity parameter value, the benchmark CO that store
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces storage environment Parameter File, and the storage environment Parameter File of generation is sent to memory module storage; Load module is used for the query manipulation of operation response person, produce corresponding request signal, processing module, also for when the request signal that load module produces being detected, obtains the environmental parameter file stored, and by the environmental parameter document backup of acquisition to display module; Display module is used for environmental parameter file to show, for operating personnel's reference; Storage of potato environment monitoring device also comprises peripheral hardware control module, processing module also for judge produce temperature parameter value, humidity parameter value, CO
2concentration parameter value and reference temperature parameter value, reference humidity parameter value, benchmark CO
2concentration parameter value not to exporting the adjustment order preset during correspondence to peripheral hardware control module, peripheral hardware control module according to adjustment order control to be connected with peripheral hardware control module and be arranged on temperature control equipment, humidity control apparatus and the ventilation unit at the scene of preserving; Reference temperature parameter value comprises potato seed reference temperature parameter value, eats raw with potato reference temperature parameter value, processing potato reference temperature parameter value, and reference humidity parameter value comprises potato seed reference humidity parameter value, eats raw with potato reference humidity parameter value, processing potato reference humidity parameter value, benchmark CO
2concentration parameter value comprises potato seed benchmark CO
2concentration parameter value, to eat raw with potato benchmark CO
2concentration parameter value, processing potato benchmark CO
2concentration parameter value; Load module comprises potato seed mode setting button, eats raw by potato mode setting button, processing potato mode setting button, potato seed mode setting button is used for first of the selection operation generation correspondence of operation response person and chooses signal, eat raw and produce corresponding second by potato mode setting button for the selection operation of operation response person and choose signal, processing potato mode setting button is used for the 3rd of the selection operation generation correspondence of operation response person and chooses signal, and processing module is also for choosing signal acquisition potato seed reference temperature parameter value, potato seed reference humidity parameter value, potato seed benchmark CO according to first
2concentration parameter value, chooses corresponding the eating raw with potato reference temperature parameter value, eat raw with potato reference humidity parameter value, eat raw with potato benchmark CO of signal acquisition according to second
2concentration parameter value, chooses signal acquisition processing potato reference temperature parameter value, processing potato reference humidity parameter value, processing potato benchmark CO according to the 3rd
2concentration parameter value; Processing module is according to the reference temperature parameter value, reference humidity parameter value, the benchmark CO that obtain
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces corresponding potato seed storage environment Parameter File, eats raw with potato storage environment Parameter File, processing potato storage environment Parameter File; Bell potato storage environment monitoring device also comprises communication module, and communication module is connected with processing module, power management module, temperature parameter value, humidity parameter value, the CO of processing module also for producing
2concentration parameter value is supplied to communication module, and communication module is used for temperature parameter value, humidity parameter value, CO
2concentration parameter value sends to the remote terminal established a communications link with communication module, to make remote terminal displays temperature parameter value, humidity parameter value, CO
2concentration parameter value; Bell potato storage environment monitoring device also comprises system clock generation module, and system clock generation module is used for providing temporal information for bell potato storage environment monitoring device; Storage environment parameter acquisition module comprises temperature and humidity sensor, CO
2sensor, the temporal information that processing module produces for obtaining system clock generation module, and when judging that temporal information can be divided exactly by preset time value, obtain the temperature parameter signal of temperature and humidity sensor generation, humidity parameter signal and CO
2the CO that sensor produces
2concentration parameter signal, and according to the temperature parameter signal, humidity parameter signal, the CO that obtain
2concentration parameter signal produces corresponding temperature parameter value, humidity parameter value, CO
2concentration parameter value.
2. storage of potato environment monitoring device according to claim 1, it is characterized in that: communication module adopts GPRS mode to realize data transmission, communication module comprises GPRS module and SIM card connects module, GPRS module is for realizing the transmission of voice, SMS, data and facsimile data, and SIM card connects module and is used for being connected with SIM card.
3. a storage of potato method of environmental monitoring, comprises the following steps:
Storage environment parameter acquisition module acquires is utilized to preserve on-the-spot temperature parameter, humidity parameter, CO
2concentration parameter, and produce corresponding temperature parameter signal, humidity parameter signal, CO
2concentration parameter signal;
Temperature parameter signal, humidity parameter signal, CO that timing acquisition produces
2concentration parameter signal, and according to the temperature parameter signal, humidity parameter signal, the CO that obtain
2concentration parameter signal produces corresponding temperature parameter value, humidity parameter value, CO
2concentration parameter value;
According to the reference temperature parameter value prestored, reference humidity parameter value, benchmark CO
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces storage environment Parameter File;
The storage environment Parameter File produced is stored;
The query manipulation of operation response person, produces corresponding request signal;
According to the request signal produced, obtain the environmental parameter file stored, and the environmental parameter file obtained is shown for operating personnel's reference;
Wherein, reference temperature parameter value comprises potato seed reference temperature parameter value, eats raw with potato reference temperature parameter value, processing potato reference temperature parameter value, and reference humidity parameter value comprises potato seed reference humidity parameter value, eats raw with potato reference humidity parameter value, processing potato reference humidity parameter value, benchmark CO
2concentration parameter value comprises potato seed benchmark CO
2concentration parameter value, to eat raw with potato benchmark CO
2concentration parameter value, processing potato benchmark CO
2concentration parameter value; " according to the reference temperature parameter value, reference humidity parameter value, the benchmark CO that prestore
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces storage environment Parameter File " step be specially:
Operation response person selects the operation of potato seed mode setting button to produce first of correspondence and chooses signal, chooses signal acquisition potato seed reference temperature parameter value, potato seed reference humidity parameter value, potato seed benchmark CO according to first
2concentration parameter value, according to the potato seed reference temperature parameter value, potato seed reference humidity parameter value, the potato seed benchmark CO that obtain
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces potato seed storage environment Parameter File;
Operation response person selects to eat raw and produces corresponding second with the operation of potato mode setting button and choose signal, chooses corresponding the eating raw with potato reference temperature parameter value, eat raw with potato reference humidity parameter value, eat use potato benchmark CO raw of signal acquisition according to second
2concentration parameter value, eats raw with potato reference temperature parameter value according to what obtain, eat raw with potato reference humidity parameter value, eats use potato benchmark CO raw
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces to be eaten raw with potato storage environment Parameter File;
The operation of operation response person Choice and process potato mode setting button produces the 3rd of correspondence and chooses signal, chooses signal acquisition processing potato reference temperature parameter value, processing potato reference humidity parameter value, processing potato benchmark CO according to the 3rd
2concentration parameter value, according to the processing potato reference temperature parameter value, processing potato reference humidity parameter value, the processing potato benchmark CO that obtain
2the temperature parameter value of concentration parameter value and generation, humidity parameter value, CO
2concentration parameter value produces processing potato storage environment Parameter File;
" temperature parameter signal, humidity parameter signal, CO that timing acquisition produces
2concentration parameter signal, and according to the temperature parameter signal, humidity parameter signal, the CO that obtain
2concentration parameter signal produces corresponding temperature parameter value, humidity parameter value, CO
2concentration parameter value " step be specially:
System clock is utilized to produce chip generation time information;
Obtain the temporal information that system clock produces chip generation, and when judging that temporal information can be divided exactly by preset time value, obtain the temperature parameter signal of temperature and humidity sensor generation, humidity parameter signal and CO
2the CO that sensor produces
2concentration parameter signal, and according to the temperature parameter signal, humidity parameter signal, the CO that obtain
2concentration parameter signal produces corresponding temperature parameter value, humidity parameter value, CO
2concentration parameter value.
4. storage of potato method of environmental monitoring according to claim 3, is characterized in that, further comprising the steps of: at the temperature parameter value, humidity parameter value, the CO that judge to produce
2concentration parameter value and reference temperature parameter value, reference humidity parameter value, benchmark CO
2concentration parameter value does not preserve on-the-spot temperature control equipment, humidity control apparatus and ventilation unit work to exporting the adjustment order preset during correspondence to control to be arranged on;
Establish a communications link with remote terminal; By the temperature parameter value, humidity parameter value, the CO that produce
2concentration parameter value sends to and remote terminal, to make remote terminal displays temperature parameter value, humidity parameter value, CO
2concentration parameter value, wherein adopts GPRS mode to realize data transmission.
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| CN103914012A (en) * | 2014-03-19 | 2014-07-09 | 农业部规划设计研究院 | Monitoring device for potato storage environment |
| CN104090606A (en) * | 2014-06-10 | 2014-10-08 | 广西小草信息产业有限责任公司 | Greenhouse monitoring method and apparatus |
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| CN201429805Y (en) * | 2009-06-23 | 2010-03-24 | 山东农业大学 | Food refrigeration environment intelligent control system |
| CN101630168A (en) * | 2009-07-22 | 2010-01-20 | 无锡市新区梅村镇同春太阳能光伏农业种植园 | Conditioning device of solar photoelectrical generation system applied to purple sweet potato refrigeration |
| CN202421922U (en) * | 2011-12-06 | 2012-09-05 | 宁波市农业科学研究院 | Monitoring prewarning device for storage and transportation of fruits |
| CN202975884U (en) * | 2012-12-18 | 2013-06-05 | 齐齐哈尔大学 | Vegetable warehouse storage management system |
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2013
- 2013-07-12 CN CN201310291441.7A patent/CN103399601B/en not_active Expired - Fee Related
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