CN107846452A - Fermentation temperature cloud monitoring system and control method are layered based on cloud computing and mobile client APP solid-state - Google Patents
Fermentation temperature cloud monitoring system and control method are layered based on cloud computing and mobile client APP solid-state Download PDFInfo
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- CN107846452A CN107846452A CN201710971039.1A CN201710971039A CN107846452A CN 107846452 A CN107846452 A CN 107846452A CN 201710971039 A CN201710971039 A CN 201710971039A CN 107846452 A CN107846452 A CN 107846452A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
- H04L67/025—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP] for remote control or remote monitoring of applications
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- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
- C12M41/00—Means for regulation, monitoring, measurement or control, e.g. flow regulation
- C12M41/12—Means for regulation, monitoring, measurement or control, e.g. flow regulation of temperature
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- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12Q—MEASURING OR TESTING PROCESSES INVOLVING ENZYMES, NUCLEIC ACIDS OR MICROORGANISMS; COMPOSITIONS OR TEST PAPERS THEREFOR; PROCESSES OF PREPARING SUCH COMPOSITIONS; CONDITION-RESPONSIVE CONTROL IN MICROBIOLOGICAL OR ENZYMOLOGICAL PROCESSES
- C12Q3/00—Condition responsive control processes
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01K—MEASURING TEMPERATURE; MEASURING QUANTITY OF HEAT; THERMALLY-SENSITIVE ELEMENTS NOT OTHERWISE PROVIDED FOR
- G01K13/00—Thermometers specially adapted for specific purposes
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A30/00—Adapting or protecting infrastructure or their operation
Abstract
Fermentation temperature cloud monitoring system and control method, including solid-state layering fermentation monitoring cloud node, cloud computing management platform and mobile client are layered based on cloud computing and mobile client APP solid-state the invention discloses a kind of；The solid-state layering fermentation monitoring cloud node is formed including N number of cloud node, and each cloud node one fermentation vat of corresponding monitoring, each cloud node includes the temperature measuring equipment by fermentation vat；The cloud computing management platform is reprocessed and stored to temperature data, and mobile client is remotely realized by internet accesses temperature data in the cloud computing management platform and the solid-state is layered the monitoring of fermentation cloud node temperature data, the control of temperature measuring equipment；When the temperature data exception that temperature measuring equipment dyskinesia or temperature sensor detect, MCU controls perform acousto-optic warning unit, and start jerk back to zero unit, automatically control temperature measuring equipment and stop current kinetic and back to zero, prevent personnel/equipment damage under abnormal conditions.
Description
Technical field
Present invention design is related to the cloud monitoring system of solid-state layering fermentation temperature, more particularly to one kind is based on cloud computing and shifting
Dynamic client end AP P solid-state layering fermentation temperature cloud monitoring system and method, belongs to computer technology application field.
Background technology
Solid-state layering fermentation have it is easy to operate, energy consumption is low, fermentation process is easily controlled, it is relatively low to sterility requirements,
The advantages that being not susceptible to the pollution of large area, it is widely used in making wine, the fermentation production process such as vinegar processed.Solid-state is layered fermentation
Refer to it is hardly aqueous or without water under conditions of, fermentation work of the microorganism using moist solid natural thing as culture medium
Skill.Fermentation product style special taste, mellowness are dense made of this method.It is layered in solid-state in fermentation process, due to the generation of microorganism
The activity of thanking produces heat (temperature), and fermentation temperature corresponding to the different times of microorganism is just different, thus temperature reflect it is micro-
The life cycle and its activity situation of biology, it is one of most important index for weighing fermented quality and efficiency.
Therefore, it is necessary to continuously be monitored on-line to solid-state layering fermentation temperature, fermentate different depth is understood in real time
Fermentation appearance, then according to the temperature data of monitoring, that scientifically and rationally formulates turning-over device turns over the pass such as unstrained spirits time, depth and frequency
Bond parameter, improve the quality and yield of fermentation.
Patent " white wine ferment pond fermentation temperature wireless monitor system and method " [number of patent application：It is 201310345135.7 public
The number of opening：CN 103424206A], disclose a kind of white wine ferment pond fermentation temperature wireless monitor system and method.The system includes upper
Position machine, LED display and at least one aggregation node, host computer are successively read the temperature of each group temperature measurement node by aggregation node
Data, and handled, finally data are included in LED screen, although the monitoring to data can be basically completed, due to
It must be monitored by host computer, the time and space and mode of monitoring system are all limited.And due to the host computer of the system design
Server software uses 485 bus communications, and host computer must be connected with aggregation node module by bus, limited space, it is impossible to
Carry out remote data transmission.
A kind of patent " distilled liquor fermentation process temperature intelligent monitor terminal " [number of patent application：201320753970.X
Publication number：The U of CN 204595638], it is related to a kind of distilled liquor fermentation process temperature intelligent monitor terminal.The terminal system by
Temperature detecting module, MCU control module, wireless communication module, server etc. form, and containing temperature control device, realize temperature substantially
The intelligent monitoring of degrees of data, but be the absence of user and monitor part, such as the web browser monitoring interface or C/S frameworks of B/S frameworks
Mobile client APP monitoring softwares, the continuous on-line monitoring temperature data of user can not be realized.
The content of the invention
It is an object of the invention to solve the problems, such as in technical background, propose that one kind is based on cloud computing and mobile client
APP solid-state layering fermentation temperature cloud monitoring system and method, can be realized to the continuous, remote in real time of solid-state layering fermentation temperature
Journey on-line monitoring.
The technical scheme is that：The system include solid-state layering fermentation monitoring cloud node, cloud computing management platform and
Mobile client.The layering that the solid-state layering fermentation monitoring cloud node carries out different depth by temperature measuring equipment to fermentation vat is surveyed
Temperature, MCU are uploaded to the cloud computing management platform after collecting treatment temperature data, and the cloud computing management platform is to temperature data
Reprocessed and stored, the mobile client can be realized remotely to the cloud computing management platform medium temperature by internet
Degrees of data accesses and the solid-state is layered the monitoring of fermentation cloud node temperature data, the control of temperature measuring equipment.
The solid-state layering fermentation monitoring cloud node is made up of N number of cloud node, one fermentation of corresponding monitoring of each cloud node
Pond, each cloud node include the temperature measuring equipment by fermentation vat, nine temperature sensors, MCU, acousto-optic warning unit, jerk back to zero
Unit, GPRS module, touch screen module.Difference of the hanging under the arm of temperature measuring equipment is deep in an orderly manner successively for temperature sensor
Degree, treat temperature measuring equipment arm be moved to fermentation vat predeterminated position (that is,：Pre-determined bit in temperature sensor insertion fermentation vat
Put), for detecting the temperature parameter of fermentation vat different depth.The temperature data that temperature sensor measures directly is sent by I/O mouths
To MCU, shown after MCU is handled in touch-screen, staff can be directly controlled temperature measuring equipment by touch-screen.Simultaneously
MCU uploads temperature data to Cloud Server also by the GPRS data communication technology.When temperature measuring equipment dyskinesia or sensor are examined
During the temperature data exception of survey, MCU controls perform acousto-optic warning unit, and start jerk back to zero unit, automatically control thermometric dress
Put and stop current kinetic and back to zero, prevent personnel/equipment damage under abnormal conditions.
The cloud computing management platform includes initialization unit, communication connection unit, data processing unit, data storage list
Member, cloud monitoring unit, each unit function are as follows：
Initialization unit：Initialization for cloud computing management platform is run, and opens the listening state of Cloud Server, is waited
The connection of cloud node.
Communicate to connect unit：For handling the connection request of cloud node after cloud computing management platform initializes, Cloud Server
Judge that connection request is correctly agreed to and establishes connection afterwards, wait data to be received, be also used for Cloud Server foundation and the company of database
Connect and the connection of server and mobile client.
Data processing unit：For the temperature data of the N number of monitoring cloud node connected being received, screened and whole
Reason, i.e., after the connection of unit successful execution is communicated to connect, receive the temperature data of the N number of monitoring cloud node connected and it is entered
Row screening, sorts out correct temperature data and delivers to data storage cell, ineligible temperature data is abandoned
Processing.
Data storage cell：Qualified temperature data for data processing unit to be sorted out is reprocessed,
Store into the database connected.
Cloud monitoring unit：It is abnormal for the temperature data when the unit such as cloud node temperature measuring equipment dyskinesia or data processing
When, remote control MCU performs acousto-optic warning unit and jerk back to zero unit automatically, ensures the equipment personal security of cloud node,
The actions such as the long-range operation, stopping, back to zero for performing temperature measuring equipment are realized in instruction for receiving APP.
The mobile client includes the APP and Web page browser of mobile client.The mobile client APP leads to
Cross Web Services and may have access to cloud computing management platform, the APP interfaces of solid-state layering fermentation temperature monitoring are divided into monitoring and control
Interface processed.In observation interface, user can independently select the information such as cloud node serial number and data period, by reading database
The temperature data of storage, shown in the form of numerical value and curve map etc.；In control interface, user can select different cloud nodes to send out
The temperature measuring equipment in ferment pond, it is remotely run, stopped, the control action such as back to zero.The Web page browser, by defeated
Enter corresponding IP address, you can temperature data in database is accessed by way of Web page, and it is directly perceived in the form of a graph
Show, user can equally select the information such as cloud node serial number, period, obtain relevant temperature data message.
Based on said system, the present invention is proposed a kind of be layered based on cloud computing and mobile client APP solid-state and fermented
Temperature cloud monitoring method, comprises the following steps：
Step 1：Start temperature measuring equipment, MCU judges the position of temperature measuring equipment by approach switch sensor, performs step 2；
Step 2：Back to zero action is first carried out, if temperature measuring equipment does not start back to zero, return to top in vertical top, motor vertical
Portion's initial position simultaneously continues executing with step 3, otherwise directly performs step 3；
Step 3：If temperature measuring equipment does not start back to zero, returns to horizontal left end initial position simultaneously in horizontal top, horizontal motor
Step 4 is continued executing with, otherwise directly performs step 4；
Step 4：Temperature measuring equipment waits thermometric, if MCU receives operation order, performs step 5, otherwise continues executing with step 4；
Step 5：The horizontal motor of temperature measuring equipment starts, and operation of turning right is to temperature measurement location and stops, and continues executing with step 6；
Step 6：The motor vertical of temperature measuring equipment starts, and declines operation to thermometric height and stops, continuing executing with step 7；
Step 7：Temperature measuring equipment starts thermometric and opening timing device, continues executing with step 8；
Step 8：During thermometric, if MCU receives APP and ceased and desisted order, step 14 is performed, otherwise continues executing with step 9；
Step 9：During thermometric, if exception occurs for temperature measuring equipment, step 14 is performed, otherwise continues executing with step 10；
Step 10：The timer thermometric time arrives, and this thermometric terminates, and timer resets, the temperature number that MCU processing receives
According to continuing executing with step 11；
Step 11：If MCU detection temperature data note abnormalities, step 14 is performed, otherwise continues executing with step 12；
Step 12：MCU deposits the temperature data uploading after processing to Cloud Server, temperature data after server is reprocessed
Enter cloud database, continue executing with step 13；
Step 13：If temperature measuring equipment continues thermometric, step 2 is performed, otherwise performs step 14；
Step 14：Temperature measuring equipment stops current kinetic and back to zero, and thermometric process terminates.
The gain effect that the present invention has：
1) it is distributed in different fermentation tank depths in order successively using nine temperature sensors of each cloud node, can obtains
The temperature data of different depth in solid-state layering fermentation process is taken, for staff's formulation and effective fermentation process is changed and provides
Scientific and reasonable foundation；
2) management platform based on cloud computing is used, fermentation vat is numbered into cloud node, facilitates staff to pass through network
The solid-state layering fermentation temperature data in all fermentation vats can be detected whenever and wherever possible, greatly simplify monitoring flow, drop
Low manpower and materials cost, economic benefit are obvious；
3) data database storing based on cloud service is used, user can conveniently be obtained by mobile client
The information such as temperature data and its change curve, performance safety are reliable and stable.
4) temperature of each cloud node fermentation vat is monitored using mobile client APP, and can be operated by APP
The remote controls such as interface is started to selected fermentation vat temperature measuring equipment, stopped, back to zero act.
Brief description of the drawings
Fig. 1 is the principle schematic of present system；
Fig. 2 is the temperature measuring equipment structural representation of present system；
Fig. 3 is the mobile client APP interface schematic diagrams of present system；
Fig. 4 is the system operation flow chart of present system.
In figure：201：Base；202：Horizontal motor；203：Fermentation vat；204：Main shaft；205：Motor vertical；206：Arm；
207：Temperature sensor 1；208：Temperature sensor 2；209：Temperature sensor 3；210：Temperature sensor 4；211：TEMP
Device 5；212：Temperature sensor 6；213：Temperature sensor 7；214：Temperature sensor 8；215：Temperature sensor 9.
Embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
The present invention for it is a kind of based on cloud computing and mobile client APP solid-state be layered fermentation temperature cloud monitoring system and
Method, its principle schematic is as shown in figure 1, mainly include solid-state layering fermentation cloud node, cloud computing management platform, mobile client
Hold APP and Web page browser.The solid state fermentation layering cloud node obtains the temperature data of the different depth of fermentation vat, on
The processing of cloud computing management platform and storage are reached, is available for the mobile client APP and the Web page browser to call
Access, and the mobile client APP can realize monitoring and control by cloud computing management platform to the solid state fermentation cloud node
System.
The solid-state layering fermentation cloud node is by a set of temperature measuring equipment (temperature measuring equipment structural representation is as shown in Figure 2), 9
Individual stratification temperature sensor (present invention uses PT100 platinum resistance sensors), (present invention is using DGUS industry for touch-screen
Touch-screen), MCU (present invention use STM32 controllers) etc. forms.MCU controls temperature measuring equipment operation by controlled motor and stopped
Only, the temperature sensor of different length measures the temperature data of fermentation vat different depth and shown after MCU is handled on the touchscreen,
Sent simultaneously also by GPRS technologies to cloud computing management platform.When exception or temperature data exception occur for the operation of temperature measuring equipment
When, MCU performs the safety of sound and light alarm action and the action of jerk back to zero, safeguard work personnel and appliance arrangement, operator automatically
Member can directly control temperature measuring equipment by touch-screen, can also use the start and stop of mobile client remote control temperature measuring equipment.
The cloud computing management platform includes initialization unit, communication connection unit, data processing unit, data storage list
Member, cloud monitoring unit.
Further, the initialization unit performs carries out every Initialize installation to cloud computing management platform, especially
Cloud Server listening state is opened, waits the connection of cloud node.After Cloud Server starts, it is automatic obtain local IP address and
The data source of Cloud Server window is simultaneously arranged to IP address by default port numbers.After Cloud Server listening state is opened, binding
IP and port numbers, create Socket and monitor queue, wait the connection request of cloud node client.
Further, the communication connection unit is main to perform Cloud Server and cloud after initialization unit runs succeeded
The connection of node, the connection of Cloud Server and cloud database and the connection of Cloud Server and mobile client.The Cloud Server
With the connection of cloud node, when monitoring queue listens to the connection request of cloud node client, Cloud Server Asynchronous Reception is passed to
Connection attempt and create a new Socket to handle remote host communication；The company of the Cloud Server and cloud database
Connect, first state a database connection object and a newly-built data source string, the connection for resettling object and data source is real
Now communicate；The connection of the Cloud Server and mobile client, Cloud Server and mobile client are realized by Web Service
Communication；When occur connection lose or it is abnormal when transfer perform communication connection abnormality processing pattern, to lose or exception company
Tap into row reconnection and reparation；
Further, the data processing unit is mainly responsible for the processing to temperature data, on the one hand to receive communication link
The temperature data of the cloud node upload of order member connection is simultaneously screened, and only correct temperature data can just continue with, separately
In terms of one side will to screening, correctly temperature data be integrated, counted, the operation such as encrypt later, for data storage cell execution
Storage operation；
Further, the data storage cell be mainly by the temperature data handled through data processing unit store to
In database, accessed for user, all temperature datas are inserted into the table in database.
Further, the cloud monitoring unit is monitoring to each cloud node temperature data and the long-range control of temperature measuring equipment
System, cloud node receive the order such as APP corresponding start and stop, startup, stopping and the back to zero action of remote control temperature measuring equipment, realized
Staff at the scene outside temperature measuring equipment can be also controlled, solve the exception that occurs in cloud node running.
The mobile client APP interface schematic diagrams are as shown in figure 3, APP interfaces are divided into observation interface and control interface.Prison
Surveying interface includes selecting the information area, the numerical value viewing area of temperature data, more line charts of temperature curve such as fermentation vat numbering to show
Area and history real-time query area, user can be with convenient, flexible by selecting temperature data information needed for the acquisition of the conditions such as numbering.
Control interface is the remote control to cloud node fermentation vat temperature measuring equipment, and user clicks on corresponding control command, through cloud computing management
Platform is sent to cloud node fermentation vat scene, the motion control to temperature measuring equipment is realized, outside facilitating staff at the scene
Temperature monitoring and temperature measuring equipment control to cloud node.
The Web page browser is a kind of cloud monitoring system of the solid-state layering fermentation temperature based on B/C frameworks, arbitrarily
The equipment of one access internet need to only input correct IP address in Web browser and can be achieved to solid-state in fermentation vat point
The real time on-line monitoring of layer fermentation temperature, is not only restricted to mobile phone or computer is also not limited to that APP need to be installed, with mobile client
APP monitoring systems form perfect complementation, make the cloud monitoring system of solid-state layering fermentation temperature more perfect more various, convenient
Operating personnel realize the monitoring to solid-state layering fermentation temperature data in all directions, formulate scientific and effective fermentation process, are lifted
The yield and quality of fermentation.
The cloud monitoring method of solid-state layering fermentation temperature proposed by the present invention is as shown in figure 4, running includes following step
Suddenly：
Step 1：Start temperature measuring equipment, MCU judges the position of temperature measuring equipment by approach switch sensor, performs step 2；
Step 2：Back to zero action is first carried out, if temperature measuring equipment does not start back to zero, return to top in vertical top, motor vertical
Portion's initial position simultaneously continues executing with step 3, otherwise directly performs step 3；
Step 3：If temperature measuring equipment does not start back to zero, returns to horizontal left end initial position simultaneously in horizontal top, horizontal motor
Step 4 is continued executing with, otherwise directly performs step 4；
Step:4：Temperature measuring equipment waits thermometric, if MCU receives operation order, performs step 5, otherwise continues executing with step
4；
Step 5：The horizontal motor of temperature measuring equipment starts, and operation of turning right is to temperature measurement location and stops, and continues executing with step 6；
Step 6：The motor vertical of temperature measuring equipment starts, and declines operation to thermometric height and stops, continuing executing with step 7；
Step 7：Temperature measuring equipment starts thermometric and opening timing device, continues executing with step 8；
Step 8：During thermometric, if MCU receives APP and ceased and desisted order, step 14 is performed, otherwise continues executing with step 9；
Step 9：During thermometric, if exception occurs for temperature measuring equipment, step 14 is performed, otherwise continues executing with step 10；
Step 10：The timer thermometric time arrives, and this thermometric terminates, and timer resets, the temperature number that MCU processing receives
According to continuing executing with step 11；
Step 11：If MCU detection temperature data note abnormalities, step 14 is performed, otherwise continues executing with step 12；
Step 12：MCU deposits the temperature data uploading after processing to Cloud Server, temperature data after server is reprocessed
Enter cloud database, continue executing with step 13；
Step 13：If temperature measuring equipment continues thermometric, step 2 is performed, otherwise performs step 14；
Step 14：Temperature measuring equipment stops current kinetic and back to zero, and thermometric process terminates.
In the description of this specification, reference term " one embodiment ", " some embodiments ", " illustrative examples ",
The description of " example ", " specific example " or " some examples " etc. means to combine specific features, the knot that the embodiment or example describe
Structure, material or feature are contained at least one embodiment or example of the present invention.In this manual, to above-mentioned term
Schematic representation is not necessarily referring to identical embodiment or example.Moreover, specific features, structure, material or the spy of description
Point can combine in an appropriate manner in any one or more embodiments or example.
Although an embodiment of the present invention has been shown and described, it will be understood by those skilled in the art that：Not
In the case of departing from the principle and objective of the present invention a variety of change, modification, replacement and modification can be carried out to these embodiments, this
The scope of invention is limited by claim and its equivalent.
Claims (9)
1. a kind of be layered fermentation temperature cloud monitoring system based on cloud computing and mobile client APP solid-state, it is characterised in that bag
Include solid-state layering fermentation monitoring cloud node, cloud computing management platform and mobile client；
The solid-state layering fermentation monitoring cloud node is formed including N number of cloud node, each cloud node one fermentation vat of corresponding monitoring,
Each cloud node includes temperature measuring equipment, nine temperature sensors, MCU, acousto-optic warning unit, the jerk back to zero list by fermentation vat
Member, GPRS, touch-screen；Temperature sensor different depth of the hanging under the arm of temperature measuring equipment in an orderly manner successively, treats that thermometric fills
The arm put is moved to fermentation vat predeterminated position, for detecting the temperature parameter of fermentation vat different depth；Temperature sensor measures
Temperature data MCU is directly delivered to by I/O mouths, show in touch-screen after MCU is handled, temperature measuring equipment entered by touch-screen
Row directly controls；MCU uploads temperature data to cloud computing management platform also by the GPRS data communication technology simultaneously；The cloud meter
Calculate management platform temperature data is reprocessed and stored, mobile client is remotely realized to the cloud computing by internet
Temperature data accesses and the solid-state is layered the fermentation monitoring of cloud node temperature data, temperature measuring equipment in management platform
Control；When the temperature data exception that temperature measuring equipment dyskinesia or temperature sensor detect, MCU controls perform sound and light alarm list
Member, and start jerk back to zero unit, automatically control temperature measuring equipment and stop current kinetic and back to zero, prevent the people under abnormal conditions
Member/equipment damage.
It is 2. according to claim 1 a kind of based on cloud computing and mobile client APP solid-state layering fermentation temperature cloud prison
Control system, it is characterised in that
The cloud computing management platform include initialization unit, communication connection unit, data processing unit, data storage cell,
Cloud monitoring unit；
The initialization that initialization unit is used for cloud computing management platform is run, and opens the listening state of Cloud Server, waits cloud section
The connection of point；
Communication connection unit is used for the connection request for handling cloud node after cloud computing management platform initializes, and Cloud Server judges to connect
Connect request it is correct after agree to and establish connection, wait data to be received, be also used for Cloud Server establish and the connection of database and
The connection of server and mobile client；
Data processing unit is used to the temperature data of the N number of monitoring cloud node connected is received, screened and arranged, when logical
After believing the connection of connection unit successful execution, receive the temperature data of the N number of monitoring cloud node connected and it is screened, it is whole
Manage out correct temperature data and deliver to data storage cell, discard processing is carried out to ineligible temperature data；
Data storage cell is used for the qualified temperature data that sorts out data processing unit and reprocessed, store to
In the database connected；
Cloud monitoring unit is used for when the temperature data exception of the unit such as cloud node temperature measuring equipment dyskinesia or data processing, far
Process control MCU performs acousto-optic warning unit and jerk back to zero unit automatically, ensures the equipment personal security of cloud node, is also used for connecing
Long-range operation, stopping, the back to zero action for performing temperature measuring equipment is realized in the instruction for receiving APP.
It is 3. according to claim 1 a kind of based on cloud computing and mobile client APP solid-state layering fermentation temperature cloud prison
Control system, it is characterised in that
The mobile client includes the APP and Web page browser of mobile client；The mobile client APP passes through Web
Services may have access to cloud computing management platform, and the APP interfaces of solid-state layering fermentation temperature monitoring, which are divided into, is monitored and controlled interface；
In observation interface, user independently selects cloud node serial number and data period information, passes through the temperature stored in reading database
Data, shown in the form of numerical value and curve map etc.；In control interface, user selects the thermometric dress of different cloud node fermentation vats
Put, it is remotely run, stopped, the control action such as back to zero；The Web page browser, by IP corresponding to input
Location, you can temperature data in database is accessed by way of Web page, and is intuitively shown in the form of a graph, is used
Family can equally select cloud node serial number, time segment information, obtain relevant temperature data message.
It is 4. according to claim 1 a kind of based on cloud computing and mobile client APP solid-state layering fermentation temperature cloud prison
Control system, it is characterised in that the temperature measuring equipment includes base, main shaft, arm, horizontal motor, motor vertical；The horizontal electricity
Machine control main shaft horizontally rotates on base；The motor vertical control arm vertically moves on main shaft；Nine TEMPs
Device length, is sequentially fixed on arm, monitors the temperature data of fermentation vat different depth.
It is 5. according to claim 4 a kind of based on cloud computing and mobile client APP solid-state layering fermentation temperature cloud prison
Control system, it is characterised in that when the temperature measuring equipment performs back to zero action, horizontal motor first controls arm vertical ascent to first
Beginning position, motor vertical controls a main shaft left side to turn 90 degrees to initial position again, leaves above fermentation vat；When the temperature measuring equipment performs
During run action, motor vertical first controls the main shaft right side to turn 90 degrees, into above fermentation vat, under horizontal motor controls arm vertical again
It is down to temperature measurement location.
It is 6. according to claim 1 a kind of based on cloud computing and mobile client APP solid-state layering fermentation temperature cloud prison
Control system, it is characterised in that MCU uses STM32 controllers.
It is 7. according to claim 1 a kind of based on cloud computing and mobile client APP solid-state layering fermentation temperature cloud prison
Control system, it is characterised in that temperature sensor uses PT100 platinum resistance sensors.
It is 8. according to claim 1 a kind of based on cloud computing and mobile client APP solid-state layering fermentation temperature cloud prison
Control system, it is characterised in that touch-screen uses DGUS graphic control panels.
9. a kind of be layered fermentation temperature cloud monitoring system control method based on cloud computing and mobile client APP solid-state, it is special
Sign is, comprises the following steps：
Step 1：Start temperature measuring equipment, MCU judges the position of temperature measuring equipment by approach switch sensor, performs step 2；
Step 2：Back to zero action is first carried out, if temperature measuring equipment does not start back to zero in vertical top, motor vertical, backs on top just
Beginning and continues executing with step 3 at position, otherwise directly performs step 3；
Step 3：If temperature measuring equipment does not start back to zero, returns to horizontal left end initial position and continue in horizontal top, horizontal motor
Step 4 is performed, otherwise directly performs step 4；
Step 4：Temperature measuring equipment waits thermometric, if MCU receives operation order, performs step 5, otherwise continues executing with step 4；
Step 5：The horizontal motor of temperature measuring equipment starts, and operation of turning right is to temperature measurement location and stops, and continues executing with step 6；
Step 6：The motor vertical of temperature measuring equipment starts, and declines operation to thermometric height and stops, continuing executing with step 7；
Step 7：Temperature measuring equipment starts thermometric and opening timing device, continues executing with step 8；
Step 8：During thermometric, if MCU receives APP and ceased and desisted order, step 14 is performed, otherwise continues executing with step 9；
Step 9：During thermometric, if exception occurs for temperature measuring equipment, step 14 is performed, otherwise continues executing with step 10；
Step 10：The timer thermometric time arrives, and this thermometric terminates, and timer resets, the temperature data that MCU processing receives,
Continue executing with step 11；
Step 11：If MCU detection temperature data note abnormalities, step 14 is performed, otherwise continues executing with step 12；
Step 12：Temperature data uploading after processing to Cloud Server, temperature data are stored in cloud by MCU after server is reprocessed
Database, continue executing with step 13；
Step 13：If temperature measuring equipment continues thermometric, step 2 is performed, otherwise performs step 14；
Step 14：Temperature measuring equipment stops current kinetic and back to zero, and thermometric process terminates.
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