CN110855790A - Ozone detection system based on block chain and internet of things application data driving - Google Patents
Ozone detection system based on block chain and internet of things application data driving Download PDFInfo
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- CN110855790A CN110855790A CN201911130510.XA CN201911130510A CN110855790A CN 110855790 A CN110855790 A CN 110855790A CN 201911130510 A CN201911130510 A CN 201911130510A CN 110855790 A CN110855790 A CN 110855790A
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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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- 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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- 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
- H04L67/1097—Protocols in which an application is distributed across nodes in the network for distributed storage of data in networks, e.g. transport arrangements for network file system [NFS], storage area networks [SAN] or network attached storage [NAS]
Abstract
The invention provides an ozone detection system based on a block chain and internet of things application data drive, which comprises ozone quality monitoring equipment, a Database storage center, an IPFS distributed storage network system, a block chain network system and an application layer management system facing a user, receiving a user instruction and sending information to a user side, wherein the data base storage center is used for storing data; the ozone quality monitoring device comprises a controller and an O used for external environment3The index carries out real-time sensing's sensor subassembly, among the practical application process, when ozone quality monitoring facilities networking and configuration are accomplished, can carry out the comprehensive accurate sensing of diversified different gas flow layers to environmental aspect, acquire environmental information to carry out cloud storage through thing networking, block chain, encourage with intelligent contract, the global terminal user of being convenient for shares data and acquires corresponding information, carry out subsequent data processing analysis and application, and the prediction, this application environment quality detection systemThe system has better application prospect.
Description
Technical Field
The invention relates to the technical field of block chain and internet of things application, in particular to an ozone detection system which can better collect environmental quality parameter data and can share the data and is driven by application data of the block chain and the internet of things.
[ background art ]
The block chain is a chain data structure formed by combining data blocks in a sequential connection mode according to a time sequence, and is a distributed account book which is guaranteed in a cryptology mode and can not be falsified and forged, the block chain is essentially a distributed consensus and value incentive technology, on one hand, the consensus and trust (rules and transactions) of the whole system are realized through a mathematical algorithm, on the other hand, the value incentive of an ecosystem is guaranteed through a Token (Token), but because the issuance of the Token has no endorsement of an owner's credit, the actual value of the Token cannot be guaranteed, the price fluctuation is huge, various Token foams are caused, the stability foundation of the Token serving as general currency is seriously influenced, the online and offline stable synchronous butt joint of the block chain Token is difficult to realize, and no better breakthrough exists in the implementation stage of distributed advertisements of the block chain and other application modes, especially, the method has great market space in the aspects of unique identification, safety management and the like of important articles.
Based on this, how to better realize marketing and value embodiment based on the cloud service ecosystem is especially applied to the fields of environmental protection, monitoring, intelligent travel and the like which are important at present, is a problem frequently considered by technical personnel in the field, and a large amount of research and development and experiments are carried out to obtain better results.
[ summary of the invention ]
In order to solve the problems in the prior art, the invention provides the ozone detection system which can better collect environmental quality parameter data and can share the data and is driven by the application data based on the block chain and the internet of things technology.
The invention provides an ozone detection system based on a block chain and internet of things application data drive, which comprises an ozone quality monitoring device (sensor pack) for monitoring the environment quality in real time and acquiring sensing information, a Database storage center for storing the acquired ozone monitoring information, the ozone quality monitoring device and the Database dataThe system comprises an IPFS distributed storage network system, a block chain network system and an application layer management system, wherein the IPFS distributed storage network system and the block chain network system are used for carrying out wireless and Bluetooth communication connection and data transmission in an inventory storage center, and the application layer management system faces to users, receives user instructions and sends information to user sides; the ozone quality monitoring device comprises a controller and an O used for external environment3A sensor assembly for real-time sensing of the index; the Database storage center and the ozone quality monitoring equipment are in wireless and Bluetooth communication connection through an MQTT (Message Queuing telemeasuring Transport).
Preferably, the sensor assembly in the ozone quality monitoring device (sensor pack) comprises O3An index sensor, a PM2.5 index sensor, a PM10 index sensor, a TVOC sensor, a CO2 content sensor, a Relative Humidity sensor, an Altitude height sensor, a Temperature sensor, and a Barometric Pressure sensor; the wireless communication system also comprises a main machine body, a wireless communication transmission unit, a data storage unit, a ground sensor, a satellite sensor, a plurality of control buttons and signal indicator lamps, wherein the wireless communication transmission unit, the data storage unit, the ground sensor and the satellite sensor are arranged in the main machine body; the O is3The index sensor, the PM2.5 index sensor, the PM10 index sensor, the TVOC sensor, the CO2 content sensor, the relative humidity sensor, the Altitude height sensor, the Temperature sensor, the BarometricPresure atmospheric pressure sensor, the wireless communication transmission unit, the data storage unit, the ground and satellite sensors, the control button and the signal indicator lamp are electrically connected with the controller.
Preferably, the ozone quality monitoring device (sensor pack) is also arranged in the main body of the ozone quality monitoring device (sensor pack)3An alarm which generates alarm sound when the values sensed by the index sensor, the PM2.5 index sensor, the PM10 index sensor, the TVOC sensor, the CO2 content sensor, the relative humidity sensor, the Altitude height sensor, the Temperature sensor and the barometricPresure atmospheric pressure sensor exceed the preset values; the alarm is electrically connected with the controller.
Preferably, the blockchain network system includes a blockchain main chain and a plurality of blockchain side chains which are connected with the main chain in a data manner and are formed by dividing according to different regions; each block chain main chain and each block chain side chain comprise a plurality of block units for storing monitoring information; the IPFS distributed storage network system comprises an application interface layer (application layer) with a user interface, gateway equipment and an SDK tool system, a service layer (service layer) containing marketing and business data information, a decentralized domain name information management system layer (decentralized name system layer), a block chain technology integration layer (block technology integration layer) and a distributed hash table layer (distributed hash table layer).
Preferably, the user interface layer of the application layer management system is used for providing comprehensive sensing information display and operation control; the block chain technology integration layer is provided with an intelligent contract unit (smart contract), a node recording unit (node) and an operation configuration unit (runtime and configuration); the Database storage center provides historical data query and centralized and decentralized data storage; the ozone quality monitoring equipment is IOT equipment, and the IOT equipment is provided with a ground sensor and a satellite sensor for safe network communication connection.
Preferably, the data information acquired by the ozone quality monitoring equipment is processed by Oracle data to realize data identification and classification and abnormal condition detection and feedback.
Preferably, the ozone quality monitoring device (sensor pack) comprises enterprise/personal computers, smart devices, closed-based virtual machines and IoT devices with sufficient ozone resources.
Preferably, the specific data processing manner of the block chain network system includes S1: establishing a block chain main chain and a plurality of block chain side chains which are in data connection with the main chain and are formed according to different region division; each block chain main chain and each block chain side chain comprise a plurality of block units; s2: the block chain side chain performs data processing on the air quality monitoring data information corresponding to the block chain side chain, and reports the data processing information to the block chain main chain according to a preset period T; the main chain of the block chain acquires data information from each side chain of the block chain, and processes and stores all the regional data information; s3: the block chain main chain processes the data information from the corresponding block chain side chain and synchronously transmits new block information to the corresponding block chain side chain for establishing a new block unit of the next period of the block chain side chain; and S4, synchronizing the data information of the main chain of the blockchain by the side chain of each blockchain, processing and verifying the data information, and updating the distributed data storage of the main chain of the blockchain and the side chain of the blockchain.
Preferably, the ozone quality monitoring device, i.e. the IOT device, may autonomously create services and transactions and operate cryptographical defects.
Preferably, a data pushing unit for pushing and transmitting sensing data information is further arranged in the ozone quality monitoring device; the data pushing unit is electrically connected with the controller.
Compared with the prior art, the ozone detection system based on the block chain and internet of things application data driving simultaneously sets the ozone quality monitoring equipment for monitoring the environment quality in real time and acquiring the sensing information, the Database storage center for storing the acquired ozone monitoring information, the IPFS distributed storage network system which is in wireless and Bluetooth communication connection with the ozone quality monitoring equipment and the Database storage center and transmits data, the block chain network system and the application layer management system which faces the user, receives the user instruction and sends information to the user side, and in order to better sense the air quality condition, the ozone quality monitoring equipment is designed into a combined structure comprising a controller and a plurality of sensor components, and in the actual application process, when the ozone quality monitoring equipment is networked and configured, the environment quality detection system has the advantages that comprehensive accurate sensing of diversified different gas flow layers can be carried out on environment conditions, environment information is obtained, cloud storage is carried out through the Internet of things and a block chain, an intelligent contract is used for excitation, global terminal users can share data conveniently to obtain corresponding information, subsequent data processing analysis and application are carried out, and prediction is carried out.
[ description of the drawings ]
Fig. 1 is a schematic diagram of an architecture of an ozone detection system driven by application data based on a block chain and internet of things technology.
Fig. 2 is a schematic diagram of a three-dimensional structure of an ozone quality monitoring device (sensor pack) in the ozone detection system based on block chain and internet of things application data driving according to the present invention.
[ detailed description of the invention ]
For the purpose of making the objects, technical solutions and advantages of the present invention more apparent, the present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Referring to fig. 1 and 2, an ozone detection system 1 driven by block chain and internet of things application data according to the present invention includes an ozone quality monitoring device (sensorpack)2 for monitoring environmental quality in real time and acquiring sensed information, a Database storage center for storing acquired ozone monitoring information, an IPFS distributed storage network system connected to the ozone quality monitoring device 2 and the Database storage center in wireless and bluetooth communication and for data transmission, a block chain network system, and an application layer management system facing a user, receiving a user instruction, and sending information to a user side; the ozone quality monitoring device 2 comprises a controller and an O for external environment3A sensor assembly for real-time sensing of the index; the Database storage center and the ozone quality monitoring equipment are in wireless and Bluetooth communication connection through an MQTT (Message Queuing telemeasuring Transport).
In the application, by simultaneously arranging the ozone quality monitoring equipment 2 for monitoring the environmental quality in real time and acquiring sensing information, the Database storage center for storing the acquired ozone monitoring information, the IPFS distributed storage network system which is in wireless and Bluetooth communication connection with the ozone quality monitoring equipment 2 and the Database storage center and transmits data, the block chain network system and the application layer management system facing users, receiving user instructions and sending information to user sides, in order to better sense the air quality condition, the ozone quality monitoring equipment 2 is designed into a combined structure comprising a controller and a plurality of sensor components (comprising a shell 21 and a plurality of heat dissipation hole structures 22 arranged on each side of the shell 21), in the actual application process, when the ozone quality monitoring equipment is networked and configured, the environment quality detection system has the advantages that comprehensive accurate sensing of diversified different gas flow layers can be carried out on environment conditions, environment information is obtained, cloud storage is carried out through the Internet of things and a block chain, an intelligent contract is used for excitation, global terminal users can share data conveniently to obtain corresponding information, subsequent data processing analysis and application are carried out, and prediction is carried out.
Ozone quality monitoring equipment (sensor pack)2 has the quality light, supports hot plug data communication to connect, can extensively be practical and install on big-and-middle-sized unmanned aerial vehicle UAV and can carry out characteristics such as individualized sensor kind customization according to actual demand.
Ozone quality monitoring equipment (sensor pack)2 may also provide a real-time outdoor air quality index (outdoor air quality data) and the monitoring data may be provided to a user for annunciating local air quality conditions.
The environmental quality detection system integrates API from a trusted third party source, places climate data (air quality, water standard, weather information and the like) on a platform, and provides Internet of things products for setting monitoring stations in families, communities and streets.
Blockchain-creating and tracking climate action plans, attracting different participants.
IPFS-stores data streams, documents, and action plans.
Third party APIs-monitoring areas of interest on demand or on a regular basis and creating insights.
Internet of things suite-for setting up a microclimate monitoring station (ESP-32+ sensor).
Drone-providing fast real-time climate data on demand at multiple locations.
The environmental quality detection system uses an Etherhouse side chain to timestamp data blocks stored on an IPFS network, and uses a plurality of intelligent contracts (smart contracts) to track various ClimateORB products. The POA (authority certification) consensus protocol will be used in a preliminary stage until a final climeteorb chain is developed, whose core functions include lightweight, compatibility with internet of things devices and microcontrollers, private key generation, and optical nodes with transaction signature functionality.
Preferably, the sensor assembly in the ozone quality monitoring device 2 comprises O3An index sensor, a PM2.5 index sensor, a PM10 index sensor, a TVOC sensor, a CO2 content sensor, a Relative Humidity sensor, an Altitude height sensor, a Temperature sensor, and a Barometric Pressure sensor; the wireless communication system also comprises a main machine body, a wireless communication transmission unit, a data storage unit, a ground sensor, a satellite sensor, a plurality of control buttons and signal indicator lamps, wherein the wireless communication transmission unit, the data storage unit, the ground sensor and the satellite sensor are arranged in the main machine body; the O is3The index sensor, the PM2.5 index sensor, the PM10 index sensor, the TVOC sensor, the CO2 content sensor, the Relative Humidity sensor, the Altitude height sensor, the Temperature sensor, the Barometric Pressure atmospheric Pressure sensor, the wireless communication transmission unit, the data storage unit, the ground and satellite sensors, the control button and the signal indicator lamp are electrically connected with the controller.
Preferably, the ozone quality monitoring device 2 is also arranged in the main body for O3An alarm which generates alarm sound when the values sensed by the index sensor, the PM2.5 index sensor, the PM10 index sensor, the TVOC sensor, the CO2 content sensor, the Relative Humidity sensor, the Altitude height sensor, the Temperature sensor and the Barometric Pressure atmospheric Pressure sensor exceed the preset values; the alarm is electrically connected with the controller.
Preferably, the blockchain network system includes a blockchain main chain and a plurality of blockchain side chains which are connected with the main chain in a data manner and are formed by dividing according to different regions; each block chain main chain and each block chain side chain comprise a plurality of block units for storing monitoring information; the IPFS distributed storage network system comprises an application interface layer (application layer) with a user interface, gateway equipment and an SDK tool system, a service layer (service layer) containing marketing and business data information, a decentralized domain name information management system layer (decentralized name system layer), a block chain technology integration layer (block technology integration layer) and a distributed hash table layer (distributed hash table layer).
Preferably, the user interface layer of the application layer management system is used for providing comprehensive sensing information display and operation control; the block chain technology integration layer is provided with an intelligent contract unit (smart contract), a node recording unit (node) and an operation configuration unit (runtime and configuration); the Database storage center provides historical data query and centralized and decentralized data storage; the ozone quality monitoring equipment is IOT equipment, and the IOT equipment is provided with a ground sensor and a satellite sensor for safe network communication connection.
Preferably, the data information acquired by the ozone quality monitoring device 2 is processed by Oracle data to realize data identification and classification and abnormal condition detection and feedback.
Preferably, the ozone quality monitoring device 2 comprises enterprise/personal computers, smart devices, closed-based visual machines and IoT devices with social hardwaresources.
Preferably, the specific data processing manner of the block chain network system includes S1: establishing a block chain main chain and a plurality of block chain side chains which are in data connection with the main chain and are formed according to different region division; each block chain main chain and each block chain side chain comprise a plurality of block units; s2: the block chain side chain performs data processing on the air quality monitoring data information corresponding to the block chain side chain, and reports the data processing information to the block chain main chain according to a preset period T; the main chain of the block chain acquires data information from each side chain of the block chain, and processes and stores all the regional data information; s3: the block chain main chain processes the data information from the corresponding block chain side chain and synchronously transmits new block information to the corresponding block chain side chain for establishing a new block unit of the next period of the block chain side chain; and S4, synchronizing the data information of the main chain of the blockchain by the side chain of each blockchain, processing and verifying the data information, and updating the distributed data storage of the main chain of the blockchain and the side chain of the blockchain.
Preferably, the ozone quality monitoring device 2, i.e. the IOT device, can autonomously create services and transactions and operate cryptographical creatures.
Preferably, a data pushing unit for pushing and transmitting sensing data information is further arranged in the ozone quality monitoring device 2; the data pushing unit is electrically connected with the controller.
The system is applicable to data flow of the Internet of things, wherein the data flow is partitioned, compressed and encrypted at an application layer, and only authorized service is granted access to a decryption key. This requires the system to address several challenges of efficient key distribution and management schemes and secure storage of data stream blocks. The built-in cryptocurrency functionality in the underlay blockchain technology will allow an autonomous, self-sustaining decentralized storage ecosystem to be implemented, where storage nodes receive rewards for providing storage and bandwidth, and more importantly, where storage nodes are able to properly follow the protocol.
1. Data sharing with secure encryption, often updating keys.
2. Possibility to revoke access rights.
3. Efficient searching of compressed block data streams.
4. A distributed location-aware storage layer.
Compared with the prior art, the ozone detection system 1 based on the block chain and internet of things application data driving is provided with the ozone quality monitoring equipment 2 for monitoring the environment quality in real time and acquiring the sensing information, the Database storage center for storing the acquired ozone monitoring information, the IPFS distributed storage network system which is in wireless and Bluetooth communication connection with the ozone quality monitoring equipment 2 and the Database storage center and transmits data, the block chain network system and the application layer management system facing the user, receiving the user instruction and sending the information to the user end, and in order to better sense the air quality condition, the ozone quality monitoring equipment is designed into a combined structure comprising a controller and a plurality of sensor components, and in the actual application process, when the ozone quality monitoring equipment is networked and configured, the environment quality detection system has the advantages that comprehensive accurate sensing of diversified different gas flow layers can be carried out on environment conditions, environment information is obtained, cloud storage is carried out through the Internet of things and a block chain, an intelligent contract is used for excitation, global terminal users can share data conveniently to obtain corresponding information, subsequent data processing analysis and application are carried out, and prediction is carried out.
The above-described embodiments of the present invention do not limit the scope of the present invention. Any modification, equivalent replacement, and improvement made within the spirit and principle of the present invention should be included in the scope of the claims of the present invention.
Claims (10)
1. The utility model provides an ozone detecting system based on block chain and internet of things application data drive which characterized in that: the system comprises an ozone quality monitoring device (sensor pack) for monitoring the environmental quality in real time and acquiring sensing information, a Database storage center for storing the acquired ozone monitoring information, an IPFS distributed storage network system, a block chain network system and an application layer management system, wherein the IPFS distributed storage network system is in wireless and Bluetooth communication connection and data transmission with the ozone quality monitoring device and the Database storage center, and the application layer management system faces to a user, receives a user instruction and sends information to a user side; the ozone quality monitoring device comprises a controller and an O used for external environment3A sensor assembly for real-time sensing of the index; the Database storage center and the ozone quality monitoring equipment are wirelessly and bluely transmitted through MQTT (message queue Telemetry Transport)The dental communication is connected.
2. The ozone detection system driven by block chain and internet of things application data as claimed in claim 1, wherein: the sensor assembly in the ozone quality monitoring device (sensor pack) comprises O3An index sensor, a PM2.5 index sensor, a PM10 index sensor, a TVOC sensor, a CO2 content sensor, a Relative Humidity sensor, an Altitude height sensor, a Temperature sensor, and a Barometric Pressure sensor; the wireless communication system also comprises a main machine body, a wireless communication transmission unit, a data storage unit, a ground sensor, a satellite sensor, a plurality of control buttons and signal indicator lamps, wherein the wireless communication transmission unit, the data storage unit, the ground sensor and the satellite sensor are arranged in the main machine body; the O is3The index sensor, the PM2.5 index sensor, the PM10 index sensor, the TVOC sensor, the CO2 content sensor, the Relative Humidity sensor, the Altitude height sensor, the Temperature sensor, the Barometric Pressure atmospheric Pressure sensor, the wireless communication transmission unit, the data storage unit, the ground and satellite sensors, the control button and the signal indicator lamp are electrically connected with the controller.
3. The ozone detection system driven by block chain and internet of things application data as claimed in claim 2, wherein: the main machine body of the ozone quality monitoring device (sensor pack) is also provided with a sensor for detecting the ozone quality3An alarm which generates alarm sound when the values sensed by the index sensor, the PM2.5 index sensor, the PM10 index sensor, the TVOC sensor, the CO2 content sensor, the relative humidity sensor, the Altitude height sensor, the Temperature sensor and the barometricPresure atmospheric pressure sensor exceed the preset values; the alarm is electrically connected with the controller.
4. The ozone detection system driven by block chain and internet of things application data as claimed in claim 1, wherein: the block chain network system comprises a block chain main chain and a plurality of block chain side chains which are in data connection with the main chain and are formed by dividing according to different regions; each block chain main chain and each block chain side chain comprise a plurality of block units for storing monitoring information; the IPFS distributed storage network system comprises an application interface layer (application layer) with a user interface, gateway equipment and an SDK tool system, a service layer (service layer) containing marketing and business data information, a decentralized domain name information management system layer (decentralized name system layer), a block chain technology integration layer (block technology integration layer) and a distributed hash table layer (distributed hash table layer).
5. The ozone detection system driven by block chain and internet of things application data as claimed in claim 4, wherein: the user interface layer of the application layer management system is used for providing comprehensive sensing information display and operation control; the block chain technology integration layer is provided with an intelligent contract unit (smart contract), a node recording unit (node) and an operation configuration unit (runtime and configuration); the Database storage center provides historical data query and centralized and decentralized data storage; the ozone quality monitoring equipment is IOT equipment, and the IOT equipment is provided with a ground sensor and a satellite sensor for safe network communication connection.
6. The ozone detection system driven by block chain and internet of things application data as claimed in any one of claims 1 to 5, wherein: data information acquired by the ozone quality monitoring equipment is processed through Oracle data, and data identification and classification and abnormal condition detection and feedback are achieved.
7. The ozone detection system driven by block chain and internet of things application data as claimed in claim 3, wherein: the ozone quality monitoring device (sensor pack) includes enterprint/personalcomponents, smart devices, closed-based virtual machines, and IoT devices with sufficient ozone resources.
8. The ozone detection system driven by block chain and internet of things application data as claimed in claim 4, wherein: the specific data processing method of the block chain network system includes S1: establishing a block chain main chain and a plurality of block chain side chains which are in data connection with the main chain and are formed according to different region division; each block chain main chain and each block chain side chain comprise a plurality of block units; s2: the block chain side chain performs data processing on the air quality monitoring data information corresponding to the block chain side chain, and reports the data processing information to the block chain main chain according to a preset period T; the main chain of the block chain acquires data information from each side chain of the block chain, and processes and stores all the regional data information; s3: the block chain main chain processes the data information from the corresponding block chain side chain and synchronously transmits new block information to the corresponding block chain side chain for establishing a new block unit of the next period of the block chain side chain; and S4, synchronizing the data information of the main chain of the blockchain by the side chain of each blockchain, processing and verifying the data information, and updating the distributed data storage of the main chain of the blockchain and the side chain of the blockchain.
9. The ozone detection system driven by block chain and internet of things application data as claimed in claim 3, wherein: the ozone quality monitoring equipment, namely the IOT equipment can independently create business and transaction and operate cryptographical features.
10. The ozone detection system driven by block chain and internet of things application data as claimed in claim 3, wherein: the ozone quality monitoring equipment is also provided with a data pushing unit for pushing and transmitting sensing data information; the data pushing unit is electrically connected with the controller.
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