CN110445762A - Intelligent environment protection monitoring management system in highway network based on Internet of Things - Google Patents
Intelligent environment protection monitoring management system in highway network based on Internet of Things Download PDFInfo
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- CN110445762A CN110445762A CN201910620634.XA CN201910620634A CN110445762A CN 110445762 A CN110445762 A CN 110445762A CN 201910620634 A CN201910620634 A CN 201910620634A CN 110445762 A CN110445762 A CN 110445762A
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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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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
- H04L69/22—Parsing or analysis of headers
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/30—Services specially adapted for particular environments, situations or purposes
- H04W4/38—Services specially adapted for particular environments, situations or purposes for collecting sensor information
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Abstract
The intelligent environment protection monitoring management system that the invention discloses a kind of in highway network based on Internet of Things comprising Monitor And Control Subsystem, platform of internet of things and the data acquisition subsystem for being set to each setting monitoring area；Data acquisition subsystem includes multiple sensors, and sensor is installed on the monitoring point of setting, and data acquisition subsystem is used to acquire the multi-source heterogeneous monitoring data in setting monitoring area and is sent to platform of internet of things by ubiquitous access network；For receiving multi-source heterogeneous monitoring data, and by calling the middleware in Monitor And Control Subsystem that the monitoring data received is carried out protocol analysis processing, and by treated, monitoring data is forwarded to Monitor And Control Subsystem to platform of internet of things；Monitor And Control Subsystem is used to show the monitor state of each monitoring point according to the monitoring data of each monitoring point.The diversity of the maskable bottom detection device of the present invention influences the exploitation of application system, simplifies application system and is adapted to work to the exploitation for supporting different manufacturer's sensor.
Description
Technical field
The present invention relates to environment monitoring fields, and in particular to a kind of intelligent environment protection prison in highway network based on Internet of Things
Control management system.
Background technique
The access of Traditional Environmental-protection monitoring device still carries over HJ212-2017, and " (monitoring) system data is monitored online in pollutant
Transmission standard " in " monitoring device → data acquire transmission instrument → host computer " three-level structure, different monitoring device manufacturers it
Between equipment and host computer between compatibility exist be short of, for the environment monitoring in highway network, there are detection ranges
Extensively, it is not easy the defect of global monitoring.
In practical applications, the intelligent environment protection monitoring management system in highway network based on Internet of Things, application environment
Mostly highway, tunnel, bridge etc., there may be biggish differences for the otherness of geographical relief, and monitoring area is intensive
Degree is also not quite similar, and complexity also improves the difficulty of gamut monitoring.
Secondly, intelligent environment protection monitoring management system in the prior art, the mostly monitoring of smaller range class, are mostly to monitor
One zonule, such as city, and for large-scale, for example save, the super large region of state etc, the difficulty of unified monitoring is still deposited
In certain difficulty.Also, the otherness of the data access due to a plurality of types of monitoring datas, unified monitoring management there is also
Certain technical difficulty.
Therefore, the access difficulty for simplifying monitoring data, improves the monitoring capacity of monitoring range, is the emphasis side that we research and develop
To.
Summary of the invention
In view of the deficiencies in the prior art, the purpose of the present invention is to provide one kind is based on Internet of Things in highway network
The intelligent environment protection monitoring management system of net.
To achieve the above objectives, the technical solution adopted by the present invention is that:
A kind of intelligent environment protection monitoring management system in highway network based on Internet of Things comprising Monitor And Control Subsystem, object
Networked platforms and the data acquisition subsystem for being set to each setting monitoring area；
The data acquisition subsystem includes multiple sensors, and the sensor is installed on the monitoring point of setting, the number
It is used to acquire the multi-source heterogeneous monitoring data in setting monitoring area according to acquisition subsystem and is sent by ubiquitous access network
To platform of internet of things；
The platform of internet of things is used to receive the multi-source heterogeneous monitoring data, and by calling the monitoring subsystem
The monitoring data received is carried out protocol analysis processing by the middleware in system, and monitoring data is forwarded to monitoring by treated
Subsystem；
The Monitor And Control Subsystem is used to show the prison of each monitoring point according to the monitoring data of each monitoring point
Control state.
Based on the above technical solution, a variety of sensors of each monitoring point use integrated form multi-parameter monitoring
Sensor.
Based on the above technical solution, the ubiquitous access network includes several gateways, each data acquisition
Subsystem connects a gateway, and the gateway is connect with the equal signal of all the sensors of the data acquisition subsystem, institute
Gateway is stated to be connected by distributed network with the platform of internet of things.
Based on the above technical solution, the ubiquitous access network further includes the Internet of Things mould of the monitoring point setting
Group, the Internet of Things mould group of each monitoring point are connect with a variety of sensor signals；All Internet of Things in each setting regions
Mould group is connected by wireless sensor network with the gateway.
Based on the above technical solution, the gateway is sending the monitoring data success to the platform of internet of things
Afterwards, it deletes and is cached in the monitoring data sent in the gateway.
Based on the above technical solution, the Monitor And Control Subsystem uses micro services framework；The Monitor And Control Subsystem is drawn
It is divided into data Layer, service layer, application layer and represent layer；
The data Layer is used to store the monitoring data of the platform of internet of things forwarding；
The service layer is used to the application of monolithic framework being divided into multiple lightweight services communicated with each other；
The application layer includes map monitoring module, single-point monitoring modular, device management module, alarming and managing module, report
Table management module and system management module；
The represent layer is for providing front end interactive interface to show the monitor state of each monitoring point on map.
Based on the above technical solution, the service layer includes the service of business datum class and big data analysis class clothes
Business, the business datum service includes the service of atmosphere class, the service of sewage class, the service of noise class and solid waste class service；The big number
It include descriptive analysis service, diagnosis type Analysis Service, forecasting type Analysis Service and command type Analysis Service according to Analysis Service.
Based on the above technical solution, the platform of internet of things is by calling in the message in the Monitor And Control Subsystem
Between part the monitoring data received is subjected to protocol analysis processing, and treated monitoring data is turned in a manner of message queue
It is sent to Monitor And Control Subsystem.
Based on the above technical solution, the Monitor And Control Subsystem is disposed using container.
Based on the above technical solution, the platform of internet of things and the Monitor And Control Subsystem use Enterprise Service Bus
It is connected.
Compared with the prior art, the advantages of the present invention are as follows:
(1) present invention provides a kind of intelligent environment protection monitoring management system in highway network based on Internet of Things, introduces
Data acquisition subsystem is kept apart with Monitor And Control Subsystem compared to the prior art, avoids multiple producers by platform of internet of things
Detection device acquisition multi-source heterogeneous monitoring data and application system between it is incompatible, maskable bottom detection device
Diversity influences the exploitation of application system, simplifies application system and is adapted to work to the exploitation for supporting different manufacturer's sensor；
(2) integrated form multi-parameter monitoring sensor is used, occupied area is few, is easy to be deployed in difficult environment, energy
Enough without dead angle monitoring of environment on a large scale, realize the purpose of non-blind area covering；
(3) wireless sensor network in the data acquisition subsystem can realize the data in region in no mobile network
It still can be by monitoring data transmission to gateway, to realize the purpose of real time monitoring and the access of magnanimity sensing equipment when network；Meanwhile gateway
The monitoring data of middle storage is deleted after being successfully transmitted to platform of internet of things, is reduced the load of gateway, is improved its monitoring data
Transmission quality and efficiency；
(4) in the Monitor And Control Subsystem, all monitoring points are carried out to show each monitoring point using " figure "
Monitor state, convenient for provide unified management and maintenance；Meanwhile being disposed using the exploitation of micro services framework and container, meet high
Availability and scalability requirement.
Detailed description of the invention
Fig. 1 is a kind of intelligent environment protection monitoring management system in highway network based on Internet of Things in the embodiment of the present invention
Structural block diagram.
Specific embodiment
The present invention is described in further detail below with reference to embodiment and attached drawing.
Shown in Figure 1, the embodiment of the present invention provides a kind of intelligent environment protection monitoring in highway network based on Internet of Things
Management system comprising Monitor And Control Subsystem, platform of internet of things and the data acquisition subsystem for being set to each setting monitoring area；
The data acquisition subsystem includes multiple sensors, and the sensor is installed on the monitoring point of setting, the data acquisition
System is used to acquire the multi-source heterogeneous monitoring data in setting monitoring area and is sent to Internet of Things by ubiquitous access network
Platform；The platform of internet of things is used to receive the multi-source heterogeneous monitoring data, and by calling the Monitor And Control Subsystem
In middleware the monitoring data received is subjected to protocol analysis processing, and will treated monitoring data is forwarded to monitoring
System；The Monitor And Control Subsystem is used to show the monitoring shape of each monitoring point according to the monitoring data of each monitoring point
State.
The embodiment of the present invention provides a kind of intelligent environment protection monitoring management system in highway network based on Internet of Things, draws
Enter platform of internet of things, compared to the prior art, data acquisition subsystem is kept apart with Monitor And Control Subsystem, avoids multiple factories
Incompatible between the multi-source heterogeneous monitoring data and application system of the detection device acquisition of family, the application system is in this hair
It is Monitor And Control Subsystem in bright embodiment, the diversity of maskable bottom detection device influences the exploitation of application system, simplifies
Application system is adapted to work to the exploitation for supporting different manufacturer's sensor.
Specifically, a variety of sensors of each monitoring point use integrated form multi-parameter monitoring sensor.With environmental protection
The development of monitoring technology, the new technologies sensors such as optical method, micro- chemical method at home and developed countries gradually maturation is walked
To application, in embodiments of the present invention, it is contemplated that the adaptability of applied scene is preferably passed using integrated form multi-parameter monitoring
Sensor, occupied area is few, has the advantages such as low-power consumption, micromation, intelligence, is easy to be deployed in difficult environment, can
It realizes without dead angle monitoring of environment on a large scale, and abnormality can be reported automatically, solve certain to be not easy to dispose monitoring point region
Problem.
The monitoring type of intelligent environment protection monitoring management system includes the atmosphere class, sewage class, noise-like, solid waste of service area
Four major class of class；Wherein, the monitoring object of atmosphere class mainly includes sulfur dioxide, nitrogen dioxide, nitric oxide, the oxidation of tunnel one
Carbon, TSP (total suspended matter), PM1/PM2.5/PM10, temperature, humidity, atmospheric pressure, wind speed, wind direction and rainfall etc.；Sewage class
Monitoring object has pH value, COD COD, NH3- N ammonia nitrogen, TP total phosphorus, oil and water flow etc. in water；The detection pair of noise class
As including noise intensity, noise frequency feature etc.；The monitoring object of solid waste class is service area garbage-compressing pond pool capacity.The intelligence
The monitoring parameters wide variety of monitoring of environment management system, due to the presence of platform of internet of things, data acquisition subsystem and prison
Control subsystem is isolated, and platform of internet of things can access the sensor newly increased to realize the index for increasing monitoring parameters.
Further, the ubiquitous access network includes several gateways, and each data acquisition subsystem connects one
The gateway, the gateway are connect with the equal signal of all the sensors of the data acquisition subsystem, and the gateway passes through distribution
Formula network is connected with the platform of internet of things.The gateway after sending monitoring data success to the platform of internet of things,
Deletion is cached in the monitoring data sent in the gateway.The gateway is embedded Internet of Things in embodiments of the present invention
Net gateway, and it uses active Ethernet to power, and can be deployed in open air, converges the monitoring number in entire wireless sensor network
According to it is wide that network can be selected in covering or configuring condition of the distributed network according to the deployment practical core network service in location
It is back to platform of internet of things to collect the monitoring data with access or mobile internet access platform of internet of things, when gateway collection
Middle all monitoring datas of convergence, are stored in the cache database of embedded Internet of Things gateway, real-time synchronization uploads to Internet of Things
Platform, being stored in cache database and having completed synchronous monitoring data is redundant data, is abandoned after verifying embedding to discharge
The storage space for entering formula things-internet gateway reduces the load of gateway, improves the transmission quality and efficiency of its monitoring data.
Further, the ubiquitous access network further includes the Internet of Things mould group of the monitoring point setting, each monitoring
The Internet of Things mould group of point is connect with a variety of sensor signals；All Internet of Things mould groups in each setting regions pass through wireless
Sensor network is connected with the gateway.Internet of Things mould group and a variety of sensors use RS485 networking, and sensor is
RS485 slave, Internet of Things mould group are RS485 host, wherein RS485 socket can insert various sensors fastly, realize blindmate.
In the present embodiment, the network security of wireless sensor network uses 128-bit AES (the Advanced
Encryption Standard Advanced Encryption Standard) data after initial data encryption and transmission are verified；It is described wireless
Sensor network uses mesh topological network or star star-network structure, wireless sensing according to actual sensor deployment situation
Between the antenna of two network nodes in device network under conditions of sighting distance headroom, the point-to-point farthest reliable transmission distance of sight line
It can achieve several kilometers or more, in non-collimating line or have under the situation of barrier, it equally can be by wireless sensor network
The function of multiple spot jump set realizes super long distance data transmission.
Wireless sensor network uses the hardware module and bottom firmware of low-power consumption, assigns data acquisition subsystem and intelligently saves
Energy mode, the data acquisition subsystem can then dispose place not by charging accumulator and the joint power supply of solar energy clean energy resource
Limited by Power Supplies Condition, and after disposing can ultra-long time running, enter maintenance without personnel, realize unattended, battery confession
Electricity condition real-time monitoring, low battery send prompt warning, realize that the monitoring point of highway network is unattended.
Therefore, the monitoring data that the embodiment of the present invention uses that ubiquitous access network acquires data acquisition subsystem is sent
It is realized to platform of internet of things by all kinds of wired, wirelessly realization non-blind area coverings to magnanimity sensing equipment, all kinds of industry
The access for scene of being engaged in.Divide from ubiquitous access network major class, wired and wireless two class can be divided into；Wherein, wireless transmission method is
Current main way, wireless mode include the access ways such as 2G/3G/4G/5G/WIFI/WIMAX/LPWAN, every class mode packet
A variety of access protocols are included, such as 4G mode can be divided into TD-LTE and FDD-LTE, LPWAN is Low-Power Wide-Area
The abbreviation of Network (low-power Wide Area Network), the protocol types such as including NB-IoT/LoRa/eMTC/ZigBee；Access in radio
Mode includes optical cable, EPON, copper cable, twisted pair of mainstream etc..
As a kind of preferred embodiment of the embodiment of the present invention, the Monitor And Control Subsystem uses micro services framework；The monitoring
System subdivision is data Layer, service layer, application layer and represent layer；The data Layer is for storing the platform of internet of things forwarding
Monitoring data；The service layer is used to the application of monolithic framework being divided into multiple lightweight services communicated with each other；Institute
Stating application layer includes map monitoring module, single-point monitoring modular, device management module, alarming and managing module, statement management module
And system management module；The represent layer is for providing front end interactive interface to show the prison of each monitoring point on map
Control state.
In the present embodiment in the Monitor And Control Subsystem, all monitoring points are carried out to show each institute using " figure "
The alarm status of monitoring point is stated, convenient for unified management and maintenance；Meanwhile being developed using micro services framework, meet high availability
And scalability requirement.
Specifically, the service layer includes the service of business datum class and big data analysis class service, the business datum clothes
Business includes the service of atmosphere class, the service of sewage class, the service of noise class and solid waste class service；The big data analysis service includes description
Property Analysis Service, diagnosis type Analysis Service, forecasting type Analysis Service and command type Analysis Service.
Further, the platform of internet of things is by calling message-oriented middleware in the Monitor And Control Subsystem that will receive
Monitoring data carries out protocol analysis processing, and monitoring data is forwarded to monitoring subsystem in a manner of message queue by treated
System.Since the range of the monitoring of the intelligent environment protection monitoring management system is big, monitoring data it is many kinds of, therefore, using disappearing
The mode of breath queue can meet the reliability of communication, and the Monitor And Control Subsystem uses Apache Kafka as message-oriented middleware,
Meet the communication requirement of mass data message.
Further, the Monitor And Control Subsystem is disposed using container.The Monitor And Control Subsystem use based on Kubernete and
Docker has carried out secondary development and integration, using Kubernetes as Docker container cluster management instrument,
The different types of server such as private clound, public cloud, physical machine is uniformly managed as Docker container by Kubernetes
The node of cluster, dynamic extending or removal node；Using Docker container in Monitor And Control Subsystem application program and its
Running environment packing is mirrored into, and by image instance and is run；Kubernetes is run by the way of cluster, is managed across machine
Docker container, solve Docker across the Communication between machine container, to provide the function such as application deployment, maintenance, extension
Energy；Secondly, Docker container includes the static mirror image of package application and the dynamic container of operation application.Docker container is not according to
With the security control requirements of environment, 3 Harbor clusters, respectively development library, the library LAB, storage facility located at processing plant are disposed, and press user angle
The different mirror image additions and deletions for carrying out different role respectively of color, which are looked into, changes authorization.Further, the mirror image in different mirror sites passes through
Binary format mode is transmitted.Docker container can configure the security strategy of mirror image, automatic while mirror image is uploaded
Vulnerability scanning is carried out, and the mirror image comprising high-risk rank loophole is prevented to be downloaded, it, can be in mirror after mirror image completes vulnerability scanning
As scanning result is quickly checked in list, and it can check detailed safety loophole information, and carry out the reparation of loophole.
The intelligent environment protection monitoring management system uses B/S framework, is developed based on Java, using micro services framework,
Independent deployment is carried out to multiple micro services using Docker container, meets modular construction and requires, therefore any software module
Maintenance and update do not affect other software modules.Further, it using the micro services Development Framework of open source, and provides perfect
Micro services manage platform, the subsequent secondary development that can be rapidly performed by function, to meet intelligent environment protection monitoring management system not
The support function of disconnected enhancing and the demand constantly expanded.
Specifically, the platform of internet of things is connected with the Monitor And Control Subsystem using Enterprise Service Bus.It is taken using enterprise
Bus of being engaged in carries out the connection of port, can be applied to intelligent environment protection monitoring management system to be used for transmission in the application scenarios of ultra-large type
The monitoring data of magnanimity.
Further, the interface of the platform of internet of things is also connected with other data acquisition subsystems, uses the centre
Part receives the monitoring data of other data acquisition subsystem acquisitions.It can increase more other kinds of or other regions
Data acquisition subsystem accesses more data without developing Monitor And Control Subsystem again, realizes trans-regional or trans-sectoral business
Monitoring, the design of simplified intelligent monitoring of environment management system reduce the construction complexity that intelligent environment protection monitoring management system is built,
It can also help to upload the data acquisition of magnanimity monitoring device, realize the purpose of long-range control magnanimity monitoring device.
The embodiment of the invention provides the solutions of complete set, shield the diversity of bottom detection device for answering
It is influenced with the exploitation of system, realizes and magnanimity sensing equipment, all kinds of business scenarios, a variety of access means, various wisdom are applied
It is unified to solve IT architecture.
It should be understood by those skilled in the art that, the embodiment of the present invention can provide as method, system or computer program
Product.Therefore, complete hardware embodiment, complete software embodiment or reality combining software and hardware aspects can be used in the present invention
Apply the form of example.Moreover, it wherein includes the computer of computer usable program code that the present invention, which can be used in one or more,
The shape for the computer program product implemented in usable storage medium (including but not limited to magnetic disk storage and optical memory etc.)
Formula.
The present invention is not limited to the above-described embodiments, for those skilled in the art, is not departing from
Under the premise of the principle of the invention, several improvements and modifications can also be made, these improvements and modifications are also considered as protection of the invention
Within the scope of.The content being not described in detail in this specification belongs to the prior art well known to professional and technical personnel in the field.
Claims (10)
1. a kind of intelligent environment protection monitoring management system in highway network based on Internet of Things, which is characterized in that it includes monitoring
Subsystem, platform of internet of things and the data acquisition subsystem for being set to each setting monitoring area；
The data acquisition subsystem includes multiple sensors, and the sensor is installed on the monitoring point of setting, and the data are adopted
Subsystem is used to acquire the multi-source heterogeneous monitoring data in setting monitoring area and is sent to object by ubiquitous access network
Networked platforms；
The platform of internet of things is used to receive the multi-source heterogeneous monitoring data, and by calling in the Monitor And Control Subsystem
Middleware the monitoring data received is subjected to protocol analysis processing, and will treated that monitoring data is forwarded to monitoring subsystem
System；
The Monitor And Control Subsystem is used to show the monitoring shape of each monitoring point according to the monitoring data of each monitoring point
State.
2. the intelligent environment protection monitoring management system in highway network based on Internet of Things, feature exist as described in claim 1
In a variety of sensors of each monitoring point use integrated form multi-parameter monitoring sensor.
3. the intelligent environment protection monitoring management system in highway network based on Internet of Things, feature exist as described in claim 1
In the ubiquitous access network includes several gateways, and each data acquisition subsystem connects a gateway, the net
Pass is connect with the equal signal of all the sensors of the data acquisition subsystem, and the gateway passes through distributed network and the Internet of Things
Net platform is connected.
4. the intelligent environment protection monitoring management system in highway network based on Internet of Things, feature exist as claimed in claim 3
In the Internet of Things mould group that, the ubiquitous access network further includes the monitoring point setting, the Internet of Things mould group of each monitoring point with
A variety of sensor signal connections；All Internet of Things mould groups in each setting regions by wireless sensor network with it is described
Gateway is connected.
5. the intelligent environment protection monitoring management system in highway network based on Internet of Things, feature exist as claimed in claim 3
In after sending the monitoring data success to the platform of internet of things, deletion is cached in the gateway have been sent out the gateway
The monitoring data sent.
6. the intelligent environment protection monitoring management system in highway network based on Internet of Things, feature exist as described in claim 1
In the Monitor And Control Subsystem uses micro services framework；The Monitor And Control Subsystem is divided into data Layer, service layer, application layer and exhibition
Existing layer；
The data Layer is used to store the monitoring data of the platform of internet of things forwarding；
The service layer is used to the application of monolithic framework being divided into multiple lightweight services communicated with each other；
The application layer includes map monitoring module, single-point monitoring modular, device management module, alarming and managing module, report pipe
Manage module and system management module；
The represent layer is for providing front end interactive interface to show the monitor state of each monitoring point on map.
7. the intelligent environment protection monitoring management system in highway network based on Internet of Things, feature exist as claimed in claim 6
In the service layer includes the service of business datum class and big data analysis class service, and the business datum service includes atmosphere class
Service, the service of sewage class, the service of noise class and solid waste class service；Big data analysis service include descriptive analysis service,
Diagnosis type Analysis Service, forecasting type Analysis Service and command type Analysis Service.
8. the intelligent environment protection monitoring management system in highway network based on Internet of Things, feature exist as described in claim 1
In the platform of internet of things is by calling the message-oriented middleware in the Monitor And Control Subsystem to assist the monitoring data received
Dissection process is discussed, and monitoring data is forwarded to Monitor And Control Subsystem in a manner of message queue by treated.
9. the intelligent environment protection monitoring management system in highway network based on Internet of Things, feature exist as described in claim 1
In the Monitor And Control Subsystem is disposed using container.
10. the intelligent environment protection monitoring management system in highway network based on Internet of Things, feature exist as described in claim 1
In the platform of internet of things is connected with the Monitor And Control Subsystem using Enterprise Service Bus.
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Application publication date: 20191112 |
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