CN113962577A - Multi-system intelligent park platform - Google Patents
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Abstract
The invention discloses a multi-system intelligent park platform which acquires community environment parameters through an information acquisition module and transmits the community environment parameters out of a community security monitoring platform, so that managers can conveniently and intelligently manage park environments without manual inspection, and can alarm through a remote control terminal when the park environments are unsafe, so that the managers can conveniently take effective measures in time; the collected data is stored in a grading way, so that the collected general data is shared, the core data in the whole system is completely stored, the data disclosure transparency, traceability and non-tampering property are ensured, meanwhile, the privacy information of the user is encrypted and protected, and the data query function with different degrees is opened according to the access level of the user; the system provides a developing interface for users needing to access by multiple parties, and can be uniformly managed and allocated through the park information management center, provide various businesses and service operations, and create more convenient high-quality life.
Description
Technical Field
The invention relates to the technical field of information processing, in particular to a multi-system intelligent park platform.
Background
With the development of science and technology, the internet of things management platform has been used in a large amount in various scenes. The data of the management platform of the Internet of things mainly refers to data sent by the sensors and the equipment. These data are partly the acquired values of the real-world parameters and partly some conventional information values of the device, such as: status, fault information, error codes, operational conditions, etc. In the existing data processing method of the internet of things management platform, an internet of things gateway is a bridge between equipment located at the edge of the internet of things environment and a remote cloud, and the internet of things gateway transmits data generated by sensors, remote equipment, wearable equipment, mobile equipment and the like at the edge of the internet of things environment to the remote cloud for further processing and analyzing the data.
In recent years, with the popularization and rapid development of the technology of the internet of things, the application of the internet of things is visible everywhere in daily life. With the increasing concern of people on the importance of private data, the security management of the internet of things equipment becomes the focus of people's concern. However, the following problems generally exist in the current application of the internet of things: 1) lack of trust: information of each link of each participating main body is dispersedly stored in each main body, and the information among the main bodies is not transparent enough and is easy to be artificially tampered, so that the trust among the main bodies is lacked; 2) supervision tracing difficulty: due to lack of trust among all the main bodies, once a certain data has a problem, the efficiency is low when the problem reason is searched, and the supervision is difficult; 3) data transparency and core data protection are difficult to trade off: on one hand, the user hopes to see all data, on the other hand, the user does not hope that the core data of the user is seen by others, and certain contradiction is caused.
An IoT data management strategy is mostly adopted in the existing data processing method of the IOT management platform, and the data management strategy has the following defects:
(1) expandability and agility: IoT data traffic its immediacy makes this data management problem the most urgent. Given that the number of IoT devices may increase over time, as from 40 devices to 400 devices, the IoT architecture needs to be re-adapted; because the shelf life of IoT data is short, once it arrives somewhere, there is a need to ensure that there is enough space to acquire new information, while also ensuring how the inputs and outputs flow through the sensor without clogging; IoT data can be very difficult to obtain and understand such information in accessing non-sensor data (e.g., metadata about users and passwords).
(2) Safety: security is a significant challenge facing organizations planning and implementing IoT solutions. It is expected that half of all security budgets of the IoT will be used for failover over a future period of time.
Disclosure of Invention
The invention aims to provide a multi-system intelligent park platform, which realizes expandability and real-time performance of lot data, reduces delay, realizes data transmission and processing with large capacity, large bandwidth, large connection, low delay and low power consumption, is convenient for managers to intelligently manage park environments without manual inspection, can alarm through a remote control terminal when the park environments are unsafe, is convenient for the managers to take effective measures in time, prevents situations from further expanding, and ensures park safety.
A multi-system intelligent park platform comprises a park information management center, third-party terminal equipment and a park security management center, the park information management center and the park security management center can perform bidirectional data transmission, a sensor network system and a video monitoring system are formed in a park, the park security management center is connected to a plurality of nodes, each node comprises a park information management center which is matched with the node, the third-party terminal equipment is in signal connection with the park information management center, the system is used for accessing a third-party server according to interface standards according to an interface list and transmitting a data processing request accessed by the third-party server to the park information management center, the interface list stores access information of the third-party server with different interface standards, so that the third-party server is accessed according to the updating of the access information of the third-party server;
the park information management center comprises a gateway, a cloud platform, an information service center and a service manager:
the information service center is in signal connection with the gateway and the third-party terminal equipment through a cloud platform and is used for acquiring basic information of each user in the park and acquiring environment data corresponding to the park, comparing the basic information with preset park environment safety data, and if the basic information is larger than the preset park environment safety data, the park environment is uneasy;
the cloud platform is used for receiving and storing the data sent by the information service center and updating the data information of the user in time;
and the service manager is in signal connection with the cloud platform and is used for assisting management and remote operation of equipment connected with a user and synchronizing data information of the user.
In one embodiment, the third-party terminal device uploads terminal data to the information service center for data storage and electronic file establishment, the information service center pushes information of the electronic file to the cloud platform, a user interacts with the information of the electronic file of the cloud platform at the third-party terminal device, the service manager extracts electronic file information from the data and information service center for management suggestion and remote operation, and the information of the electronic file processed by the service manager is pushed to the cloud platform for interaction of the user of the third-party terminal device.
In one embodiment, the third-party terminal device comprises an identity authentication module, an access control module, a data receiving and classifying module and a primary data storage module;
an identity authentication module: determining whether the visitor is qualified to enter the information service center, and if the visitor is unqualified, requiring the user to perform identity registration; if the module is qualified, the module judges the security level of the user and informs other modules whether to open corresponding contents;
an access control module: the access control receives the user security level transmitted by the identity authentication module, judges whether a module with higher security level is opened for the user, and reminds the user whether to access the system without authorization according to the access level of the user;
a data receiving and classifying module: receiving data of various devices, classifying the received data into primary data and secondary data according to certain indexes; the primary data is basic information of the IOT equipment and the user, and the secondary data is core data of the IOT equipment and privacy data of the user; the primary data are directly transferred to a primary data storage module, and the secondary data are transferred to a block chain server interface and stored in a campus security management center for data encryption protection;
a primary data storage module: providing a primary data storage function, wherein the stored information comprises: user basic information, user state information, device basic information, device state information.
In one embodiment, when an access request is detected, the third-party terminal device determines identity information of a sender of the access request; if the sender of the access request is an owner, verifying whether the owner has the access right of passing through the third-party terminal equipment, and if the owner passes the verification, connecting the owner to the park information management center through the third-party terminal equipment to provide hardware access service for the owner; if the sender of the access request is a merchant, providing marketing and pushing services provided by merchant information to the park information management center; and if the sender of the access request is an administrator, requesting the highest access authority to the park security management center through the third-party terminal equipment, and performing service management on the park security management center through the highest access authority.
In one embodiment, the service manager is further configured to receive data input by the third-party terminal device, and store the data in the cloud platform in a classified manner according to the service type of the data; the input data is encrypted in different modes according to the security levels of the account login information data, the control instruction data and the system privacy data; the account login information class data is I-level and highest in level, and is encrypted through a DM5 algorithm, an AES encryption technology and a digital signature; the control instruction class data is of level II, and is encrypted by adopting an MD5 algorithm and a digital signature; the system privacy data is class III, and is encrypted by adopting an MD5 algorithm and an AES encryption technology; the service manager is in signal connection with the park security management center and is used for transmitting data to the park security management center.
In one embodiment, the information service center further includes:
the information acquisition module is used for monitoring the garden environment, acquiring the garden environment parameters, processing the garden environment parameters and transmitting the garden environment parameters to the information service center;
the detection control module comprises a mainboard, a serial port expansion module, a Bluetooth module, an external interface, a power supply module and a switch starting module;
and the display operation module is provided with a touch layer, realizes the operation of the intelligent terminal through a touch display screen, and is in signal connection with the detection control module.
In one embodiment, the cloud platform performs data interaction with the information acquisition module through the internet, the information acquisition module comprises a sink node and a plurality of sensor nodes for monitoring the community environment, the sink node is deployed at the central position of the park, and the sensor nodes are deployed at each position in the park; and the sensor node forwards the monitored park environment parameters to the sink node, and the sink node sinks the received park environment parameters, processes the parameters and forwards the parameters to the cloud platform.
In one embodiment, the sensor node comprises a control unit, a plurality of measurement modules and a GPS module used for providing self-position information, the measurement modules are externally connected with measurement equipment, the control unit starts and controls the measurement modules, the measurement modules collect park environment data detected by the measurement equipment and are processed by the control unit, the sensor node packs the monitored park environment parameters according to the self-position information and forwards the packed park environment parameters to the sink node when the sink node transmits the data, and the sink node packs the packed data and forwards the packed data to the cloud platform after processing.
Preferably, the sensor node includes: one or more of a smoke sensor, an infrared sensor, a temperature and humidity sensor, a PM2.5 sensor, a gas sensor and a video sensor.
In one embodiment, the control unit comprises; wherein,
the main board is respectively connected with the serial port expansion module, the Bluetooth module, the external interface, the display module, the identity card reader, the printer, the power supply module and the switch starting module so as to control the operation of the control unit;
the serial port expansion module and the Bluetooth module are connected with the measurement module so as to realize the data acquisition of the measurement module by the control unit;
the external interface comprises a power socket for connecting an external power supply, a USB interface connected with the mainboard and an RS232 interface for connecting to the Internet;
the display module comprises a liquid crystal drive control panel and a touch screen with a capacitive screen, the capacitive screen is connected with the main board to display data acquired by the measurement module on the touch screen, and the touch screen is connected with the main board through the liquid crystal drive control panel to realize touch operation on the touch screen;
the power supply module comprises a mainboard power supply module, a power supply and control module, the power supply and control module is connected with the power socket to obtain power supplied by an external power supply, the mainboard is powered by the mainboard power supply module, and the power supply and control module and the serial port are expanded.
In one embodiment, the third-party terminal device installs APP operating software on a mobile terminal with a wireless internet access function, and further includes a man-machine conversation module, an information entry module, and a data upload module;
the man-machine conversation module comprises an interactive interface with the information service center;
the information input module is used for a user to input personal basic information, personal complaints, and images and video data related to past detection results;
the data uploading module is used for uploading inspection data and personal privacy data according to the requirement of a user; and the data which is not allowed to be uploaded by the user is stored in a privacy data area of the cloud platform, and the dynamic password access authority is set.
The technical scheme has the following advantages or beneficial effects:
according to the multi-system intelligent park platform, the community environment parameters are acquired through the information acquisition module and are transmitted out of the community security monitoring platform, so that managers can intelligently manage the park environment conveniently without manual inspection, and can give an alarm through the remote control terminal when the park environment is unsafe, so that the managers can take effective measures timely, the situation is prevented from being further expanded, and the park safety is guaranteed; the collected data is stored in a grading way, the collected general data is shared, so that the decentralization and distrust of the data are guaranteed, the core data in the whole system are completely stored, the data is guaranteed to be open, transparent, traceable and non-tamper-able, meanwhile, the privacy information of a user is protected in an encryption way, and data query functions of different degrees are opened according to the access level of the user; the system provides a developing interface for users needing to access in multiple ways, supports seamless access of platforms, systems and hardware of various manufacturers, performs unified management and allocation through a park information management center, automatically performs early warning on dangerous conditions, realizes double backup of data, is safe and reliable, can provide various businesses and service operation, and creates more convenient high-quality life.
Drawings
FIG. 1 is a schematic diagram of a multi-system intelligent park platform according to the present invention.
Detailed Description
In order to make the aforementioned objects, features and advantages of the present invention comprehensible, embodiments accompanied with figures are described in detail below.
Referring to fig. 1, a multi-system intelligent park platform comprises a park information management center 1, a third-party terminal device 2 and a park security management center 3, wherein the park information management center 1 and the park security management center 3 can perform bidirectional data transmission, a sensor network system and a video monitoring system are formed in a park, the park security management center 3 is connected to a plurality of nodes, each node comprises a matched park information management center 1, the third-party terminal device 2 is in signal connection with the park information management center 1 and is used for accessing a third-party server according to an interface standard according to an interface list and transmitting a data processing request accessed by the third-party server to the park information management center 1, the interface list stores access information of the third-party servers with different interface standards, so that the third-party server is accessed according to the updating of the access information of the third-party server;
the park information management center 1 comprises a gateway, a cloud platform 11, an information service center 12 and a service manager 13:
the information service center 12 is in signal connection with the gateway and the third-party terminal device 2 through the cloud platform 11, and is used for acquiring basic information of each user in the park and acquiring environment data of a corresponding park, comparing the basic information with preset park environment safety data, and if the basic information is greater than the preset park environment safety data, ensuring that the park environment is uneasy;
the cloud platform 11 is configured to receive and store the data sent by the information service center 12, and update data information of the user in time;
the service manager 13 is in signal connection with the cloud platform 11, and is used for assisting management and remote operation of equipment connected with a user and synchronizing data information of the user.
All the devices connected to the campus security management center 3 may include all the intelligent system devices in the campus, such as monitoring devices and access control devices in the campus, for example, surveillance cameras installed at different monitoring points in the community, and card readers accessed by owners. Through the data that above-mentioned intranet equipment gathered, garden security protection management center 3 can manage above-mentioned equipment, for example, whether intelligent selection carries out access control, whether utilize surveillance camera to carry out video monitoring etc. can also carry out data synchronization to the data that above-mentioned equipment gathered to the database in garden security protection management center 3, or send the data processing request to garden information management center 1 according to management data and synchronous data to garden information management center 1 provides corresponding garden service according to management data and synchronous data. Generally, the park security management center 3 is a communication bridge between the equipment and the park information management center 1 to realize data connection between the equipment and the intelligent park platform.
In addition, the third party terminal device 2 provides different interface standards for the park information management center 1, and stores the interface standards in an interface list form so as to access the park information management center according to the different interface standards when the third party service terminal is accessed, the third party service terminal may include a merchant terminal, an owner terminal and a property terminal, and different business services are provided through the connected park information management center 1 after the third party service terminal is accessed.
In the embodiment of the invention, the smart park platform can be integrated in different types of parks such as intelligent buildings, smart property, intelligent office, family private cloud, smart medical treatment, smart endowment and the like, and provides services with different requirements according to different types of park data.
The inside series connection of gateway is equipped with the private network, and the setting of private network is convenient for inside and is looked over. And a satellite network is serially connected behind the private network, and the coverage rate is increased conveniently due to the arrangement of the satellite network. The rear part of the satellite network is connected with the internet in series, and the arrangement of the internet is convenient for increasing the spreading property. The rear of internet is established ties and is equipped with 3G, and 3G's setting is convenient for increase the versatility. The rear of 3G is connected in series and is provided with WIFI which is convenient for wireless connection. The rear of WIFI is connected in series and is provided with a local area network, and the arrangement of the local area network increases the safety.
Further, in a preferred embodiment of the multi-system intelligent park platform of the present invention, the third-party terminal device 2 uploads terminal data to the information service center 12 for data storage and electronic file creation, the information service center 12 pushes information of the electronic file to the cloud platform 11, a user interacts with the information of the electronic file of the cloud platform 11 at the third-party terminal device 2, the service manager 13 extracts information of the electronic file from the information service center 12 for management suggestion and remote operation, and the information of the electronic file processed by the service manager 13 is pushed to the cloud platform 11 for interaction of the user of the third-party terminal device 2.
Further, in a preferred embodiment of the multi-system intelligent park platform of the present invention, the third party terminal device 2 includes an identity authentication module 21, an access control module 22, a data receiving and classifying module 23, and a primary data storage module 24;
the identity authentication module 21: determining whether the visitor is qualified to enter the information service center 12, if not, requiring the user to perform identity registration; if the module is qualified, the module judges the security level of the user and informs other modules whether to open corresponding contents;
the access control module 22: the access control receives the user security level transmitted by the identity authentication module 21, judges whether a module with higher security level is opened for the user, and reminds the user whether to access the system without authorization according to the access level of the user;
the data reception classification module 23: receiving data of various devices, classifying the received data into primary data and secondary data according to certain indexes; the primary data is basic information of the IOT equipment and the user, and the secondary data is core data of the IOT equipment and privacy data of the user; the primary data are directly transferred to a primary data storage module 24, and the secondary data are transferred to a block chain server interface and stored in the campus security management center 3 for data encryption protection;
primary data storage module 24: providing a primary data storage function, wherein the stored information comprises: user basic information, user state information, device basic information, device state information.
Further, in a preferred embodiment of the multi-system intelligent park platform of the present invention, when an access request is detected, the third party terminal device 2 determines identity information of a sender of the access request; if the sender of the access request is an owner, verifying whether the owner has the access right of passing through the third-party terminal equipment 2, and if the owner passes the verification, connecting the owner to the park information management center 1 through the third-party terminal equipment 2 to provide hardware access service for the owner; if the sender of the access request is a merchant, providing marketing and pushing services provided by merchant information to the park information management center 1; and if the sender of the access request is an administrator, requesting the highest access authority from the park security management center 3 through the third-party terminal equipment 2, and performing service management on the park security management center 3 through the highest access authority.
Further, in a preferred embodiment of the multi-system intelligent park platform of the present invention, the service manager 23 is further configured to receive data input by the third-party terminal device 2, and store the data in the cloud platform 11 in a classified manner according to a service type of the data; the input data is encrypted in different modes according to the security levels of the account login information data, the control instruction data and the system privacy data; the account login information class data is I-level and highest in level, and is encrypted through a DM5 algorithm, an AES encryption technology and a digital signature; the control instruction class data is of level II, and is encrypted by adopting an MD5 algorithm and a digital signature; the system privacy data is class III, and is encrypted by adopting an MD5 algorithm and an AES encryption technology; the service manager 13 is in signal connection with the campus security management center 3, and is configured to transmit data to the campus security management center 3.
The data of the device needs to be encrypted by the AES128 with the time stamp data and then transmitted to the server, the server also needs to be encrypted by the AES128 with the time stamp data and then transmitted to the service manager 23, when the data transmission is carried out between the service manager 23 and the client,
when the server performs data transmission with the service manager 23, the server encrypts the transmitted data according to AES128S and the time stamp mode, specifically, when the server a transfers the parameters, it first obtains the current time stamp of the system, and is transmitted in an encrypted manner by the AESA128 in conjunction with a secret key, which is known only to the server and is not transmitted over the network, and stores the time stamp in the cache of the server a, sends the data to the server b, the server b obtains the time stamp, if the difference with the current time is more than 1 minute, the return request fails, if the difference between the time stamp and the current time is less than or equal to 1 minute, the time stamp passes the verification, the time stamp and the key are used for decryption operation, if the decryption is unsuccessful, an error is returned, and the corresponding IP is recorded, and further, when twenty consecutive unsuccessful operations occur, the IP restricted access is configured for 10 hours. In the data submitted in the mode, signature parameters connected with the URL are encrypted by a certain rule, the server also carries out safety encryption by the same rule after receiving the data, and data modification processing is carried out after the data are confirmed to be not tampered midway, so that different encryption keys are appointed by different access modes such as Web/APP/Winfrom and the like, the keys are agreed by two parties and are not transmitted on a network connection, the connection transmission is an accessed App ID, and the server carries out encryption comparison on the signature parameters through the App ID.
In addition, for the intelligent system device, when such a device is in data transmission with the current service manager 23, the classification is performed, and the higher the classification is, the more complicated the encryption manner is. The level comprises account login information data, control instruction data and system privacy data of the user. The user's account login information data is I-level, the highest level, and processed by MD5 algorithm and AES encryption technology, and digitally signed to ensure the security, integrity and non-repudiation of data in the transmission process, for example, in the scene that the user sends an instruction to the management server through APP, the server executes the instruction to the device, all devices cannot access the external network, and can only transmit data in the local area network through the local area network server, the user data is encrypted through MD5 during data transmission, then the user name and password of the user are encrypted and stored in the local database by using a specific key value, and a string of cipher text is generated as the token of the user by using MD5 to encrypt the user name and a corresponding random code, the validity period of the token is set for the user to be 2 days, if the user is not used, the token is expired after two days, if the user fails to verify the token for 10 consecutive times, will be pulled into the blacklist and will not be accessible within 10 hours. The management instruction class data belongs to II class data and comprises a series of control operations made to the system, and in order to ensure that the initiated control instruction is a legal user, the MD5 algorithm and a digital signature are adopted to ensure the safe transmission of the control instruction. For example, before the control instruction is sent, the control instruction is encrypted by using MD5, AES encryption processing is performed after the control instruction is used, the control instruction transmitted by the user is subjected to token verification and IP verification by the local server, the encrypted control instruction is sent to the intelligent system device after the verification, the intelligent system device can decrypt the control instruction, and judges whether the control instruction is a conventional control instruction or not after the decryption, if the control instruction is not a conventional control instruction, the information of the control instruction is transmitted to the community center management server, the number of times of occurrence of an abnormality is counted, if the control instruction occurs for multiple times, the access authority of the IP for sending the control instruction is limited, if the control instruction is a conventional control instruction, the instruction is executed after the analysis is successful, and the control instruction is recorded by a log. The system privacy class data is class III, and is encrypted by adopting an MD5 algorithm and an AES encryption algorithm. In addition, for the transmission of some common data, an AES algorithm with high speed and high encryption efficiency is selected for processing.
Further, in a preferred embodiment of the present invention, the information service center 12 further includes:
the information acquisition module 121 is configured to monitor a campus environment, acquire a campus environment parameter, process the campus environment parameter, and forward the campus environment parameter to the information service center 12;
the detection control module 122 comprises a mainboard, a serial port expansion module, a Bluetooth module, an external interface, a power supply module and a switch starting module;
and the display operation module 123 is provided with a touch layer, realizes the operation on the third-party terminal device 2 through a touch display screen, and is in signal connection with the detection control module 122.
Further, in a preferred embodiment of the multi-system smart park platform of the present invention, the cloud platform 11 performs data interaction with the information acquisition module 121 through the internet, the information acquisition module 121 includes a sink node and a plurality of sensor nodes for monitoring the community environment, the sink node is deployed at a central location of the park, and the plurality of sensor nodes are deployed at each location in the park; the sensor nodes transmit the monitored park environment parameters to the sink nodes, and the sink nodes gather the received park environment parameters and transmit the parameters to the cloud platform 11 after processing.
Further, in a preferred embodiment of the multi-system smart campus platform of the present invention, the sensor node includes a control unit, a plurality of measurement modules, and a GPS module for providing location information of the sensor node, the measurement modules are externally connected to a measurement device, the control unit starts and controls the measurement modules, the measurement modules collect and process the campus environment data detected by the measurement device, the sensor node packages the monitored campus environment parameters of the sensor node according to the location information of the sensor node and forwards the packaged data to the sink node when the sink node performs data transmission, and the sink node collects and forwards the packaged data to the cloud platform 11 after processing.
Preferably, the sensor node includes: one or more of a smoke sensor, an infrared sensor, a temperature and humidity sensor, a PM2.5 sensor, a gas sensor and a video sensor.
Further, in a preferred embodiment of the multi-system intelligent park platform of the present invention, the control unit includes; wherein,
the main board is respectively connected with the serial port expansion module, the Bluetooth module, the external interface, the display module, the identity card reader, the printer, the power supply module and the switch starting module so as to control the operation of the control unit;
the serial port expansion module and the Bluetooth module are connected with the measurement module so as to realize the data acquisition of the measurement module by the control unit;
the external interface comprises a power socket for connecting an external power supply, a USB interface connected with the mainboard and an RS232 interface for connecting to the Internet;
the display module comprises a liquid crystal drive control panel and a touch screen with a capacitive screen, the capacitive screen is connected with the main board to display data acquired by the measurement module on the touch screen, and the touch screen is connected with the main board through the liquid crystal drive control panel to realize touch operation on the touch screen;
the power supply module comprises a mainboard power supply module, a power supply and control module, the power supply and control module is connected with the power socket to obtain power supplied by an external power supply, the mainboard is powered by the mainboard power supply module, and the power supply and control module and the serial port are expanded.
The power supply module detected by the invention is a universal stabilized voltage power supply and provides a stabilized voltage power supply for each device in the system.
Preferably, the measuring module comprises an RFID (radio frequency identification) module, an environment sensor, a core processor, a data gateway, a privacy data area and a security threat early warning device; the various common micro-inspection devices are identified by the detection control module through corresponding RFID, detection result signals such as sound, light, images and the like are captured by the environment sensor, transmitted into the core processor, converted into digital signals and analyzed, and uploaded to the service platform through the data gateway; wherein, the data related to the personal privacy of the user can be stored in the privacy data area, and the user provides a dynamic password for the visitor to temporarily access; the abnormal value or the critical value that appear in the inspection, safety threat early warning device can send out the police dispatch newspaper in real time, reminds user and administrator in time to handle, avoids dangerous situation to take place.
Further, in a preferred embodiment of the multi-system intelligent park platform of the present invention, the third-party terminal device 2 is an APP operating software installed on a mobile terminal with a wireless internet function, and further includes a man-machine conversation module 25, an information entry module 26, and a data upload module 27;
the man-machine conversation module 25 comprises an interactive interface with the information service center 12;
the information input module 26 is used for a user to input personal basic information, personal complaints, and images and video data related to past detection results;
the data uploading module 27 is used for the user to select to upload the inspection data and the personal privacy data according to the requirement; data which is not allowed to be uploaded by a user is stored in a privacy data area of the cloud platform 11, and dynamic password access authority is set.
In conclusion, the multi-system intelligent park platform acquires the community environment parameters through the information acquisition module and transmits the community environment parameters out of the community security monitoring platform, so that managers can intelligently manage the park environment without manual inspection, and can alarm through the remote control terminal when the park environment is unsafe, so that the managers can take effective measures in time, the situation is prevented from being further expanded, and the park safety is guaranteed; the collected data is stored in a grading way, the collected general data is shared, so that the decentralization and distrust of the data are guaranteed, the core data in the whole system are completely stored, the data is guaranteed to be open, transparent, traceable and non-tamper-able, meanwhile, the privacy information of a user is protected in an encryption way, and data query functions of different degrees are opened according to the access level of the user; the system provides a developing interface for users needing to access in multiple ways, supports seamless access of platforms, systems and hardware of various manufacturers, performs unified management and allocation through a park information management center, automatically performs early warning on dangerous conditions, realizes double backup of data, is safe and reliable, can provide various businesses and service operation, and creates more convenient high-quality life.
While the invention has been described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and detail may be made therein without departing from the spirit and scope of the invention.
In the description of the present invention, it is to be understood that the terms "upper", "lower", "front", "rear", and the like, which indicate orientations or positional relationships, are based on the orientations or positional relationships shown in the drawings, are only for convenience in describing the present invention and simplifying the description, and do not indicate or imply that the referred devices or elements must have a specific orientation, be constructed in a specific orientation, and be operated, and thus, should not be construed as limiting the present invention.
Claims (10)
1. A multi-system intelligent park platform is characterized by comprising a park information management center, third-party terminal equipment and a park security management center, the park information management center and the park security management center can perform bidirectional data transmission, a sensor network system and a video monitoring system are formed in a park, the park security management center is connected to a plurality of nodes, each node comprises a park information management center which is matched with the node, the third-party terminal equipment is in signal connection with the park information management center, the system is used for accessing a third-party server according to interface standards according to an interface list and transmitting a data processing request accessed by the third-party server to the park information management center, the interface list stores access information of the third-party server with different interface standards, so that the third-party server is accessed according to the updating of the access information of the third-party server;
the park information management center comprises a gateway, a cloud platform, an information service center and a service manager: the information service center is in signal connection with the gateway and the third-party terminal equipment through a cloud platform and is used for acquiring basic information of each user in the park and acquiring environment data corresponding to the park, comparing the basic information with preset park environment safety data, and if the basic information is larger than the preset park environment safety data, the park environment is uneasy; the cloud platform is used for receiving and storing the data sent by the information service center and updating the data information of the user in time;
and the service manager is in signal connection with the cloud platform and is used for assisting management and remote operation of equipment connected with a user and synchronizing data information of the user.
2. The multi-system intelligent park platform according to claim 1, wherein the third party terminal device uploads terminal data to the information service center for data storage and electronic file establishment, the information service center pushes information of the electronic file to the cloud platform, a user interacts information of the electronic file of the cloud platform at the third party terminal device, the service manager extracts electronic file information from the information service center for management suggestion and remote operation, and the information of the electronic file processed by the service manager is pushed to the cloud platform for interaction of the user of the third party terminal device.
3. The multi-hierarchy intelligent park platform according to claim 1, wherein the third party terminal device comprises an identity authentication module, an access control module, a data receiving and classifying module and a primary data storage module;
the identity authentication module is used for determining whether the visitor is qualified to enter the information service center, and if the visitor is unqualified, the identity authentication module requires the user to perform identity registration; if the module is qualified, the module judges the security level of the user and informs other modules whether to open corresponding contents;
the access control module is used for receiving the user security level transmitted by the identity authentication module, judging whether a module with higher security level is opened for the user or not, and reminding the user whether to access the user without authorization according to the access level of the user;
the data receiving and classifying module is used for receiving data of various devices and classifying the received data into primary data and secondary data according to a certain index; the primary data is basic information of the IOT equipment and the user, and the secondary data is core data of the IOT equipment and privacy data of the user; the primary data are directly transferred to a primary data storage module, and the secondary data are transferred to a block chain server interface and stored in a campus security management center for data encryption protection;
the primary data storage module provides a storage function of primary data, and the stored information comprises: user basic information, user state information, device basic information, device state information.
4. The multi-hierarchy intelligent campus platform of claim 3, wherein when an access request is detected, the third party terminal device determines identity information of a sender of the access request; if the sender of the access request is an owner, verifying whether the owner has the access right of passing through the third-party terminal equipment, and if the owner passes the verification, connecting the owner to the park information management center through the third-party terminal equipment to provide hardware access service for the owner; if the sender of the access request is a merchant, providing marketing and pushing services provided by merchant information to the park information management center; and if the sender of the access request is an administrator, requesting the highest access authority to the park security management center through the third-party terminal equipment, and performing service management on the park security management center through the highest access authority.
5. The multi-hierarchy smart campus platform of claim 4, wherein the service manager is further configured to receive data input by the third party terminal device, and store the data in the cloud platform in a classified manner according to a service type of the data; the input data is encrypted in different modes according to the security levels of the account login information data, the control instruction data and the system privacy data; the account login information class data is I-level and highest in level, and is encrypted through a DM5 algorithm, an AES encryption technology and a digital signature; the control instruction class data is of level II, and is encrypted by adopting an MD5 algorithm and a digital signature; the system privacy data is class III, and is encrypted by adopting an MD5 algorithm and an AES encryption technology; the service manager is in signal connection with the park security management center and is used for transmitting data to the park security management center.
6. The multi-system intelligent park platform of claim 1, wherein the information service center further comprises:
the information acquisition module is used for monitoring the garden environment, acquiring the garden environment parameters, processing the garden environment parameters and transmitting the garden environment parameters to the information service center;
the detection control module comprises a mainboard, a serial port expansion module, a Bluetooth module, an external interface, a power supply module and a switch starting module;
and the display operation module is provided with a touch layer, realizes the operation of the third-party terminal equipment through a touch display screen and is in signal connection with the detection control module.
7. The multi-system smart campus platform of claim 6 wherein said cloud platform is configured to interact with said information collection module via the internet, said information collection module comprises a sink node and a plurality of sensor nodes for monitoring the community environment, said sink node is deployed at the central location of the campus, and said plurality of sensor nodes are deployed at various locations within the campus; and the sensor node forwards the monitored park environment parameters to the sink node, and the sink node sinks the received park environment parameters, processes the parameters and forwards the parameters to the cloud platform.
8. The multi-system smart park platform according to claim 7, wherein the sensor node comprises a control unit, a plurality of measurement modules and a GPS module for providing self-location information, the measurement modules are externally connected with measurement equipment, the control unit starts and controls the measurement modules, the measurement modules collect park environment data detected by the measurement equipment and are processed by the control unit, the sensor node packages the monitored park environment parameters according to self-location information and forwards the packaged park environment parameters to the sink node when the sink node transmits data, and the sink node collects the packaged data and forwards the data to the cloud platform after processing.
9. The multi-system intelligent park platform of claim 8, wherein the control unit comprises; wherein,
the main board is respectively connected with the serial port expansion module, the Bluetooth module, the external interface, the display module, the identity card reader, the printer, the power supply module and the switch starting module so as to control the operation of the control unit;
the serial port expansion module and the Bluetooth module are connected with the measurement module so as to realize the data acquisition of the measurement module by the control unit;
the external interface comprises a power socket for connecting an external power supply, a USB interface connected with the mainboard and an RS232 interface for connecting to the Internet;
the display module comprises a liquid crystal drive control panel and a touch screen with a capacitive screen, the capacitive screen is connected with the main board to display data acquired by the measurement module on the touch screen, and the touch screen is connected with the main board through the liquid crystal drive control panel to realize touch operation on the touch screen;
the power supply module comprises a mainboard power supply module, a power supply and control module, the power supply and control module is connected with the power socket to obtain power supplied by an external power supply, the mainboard is powered by the mainboard power supply module, and the power supply and control module and the serial port are expanded.
10. The multi-system intelligent park platform according to claim 3, wherein the third party terminal equipment is a mobile terminal with wireless internet access function and is provided with APP operation software, and further comprises a man-machine conversation module, an information entry module and a data uploading module;
the man-machine conversation module comprises an interactive interface with the information service center;
the information input module is used for a user to input personal basic information, personal complaints, and images and video data related to past detection results;
the data uploading module is used for uploading inspection data and personal privacy data according to the requirement of a user; and the data which is not allowed to be uploaded by the user is stored in a privacy data area of the cloud platform, and the dynamic password access authority is set.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116881882A (en) * | 2023-09-07 | 2023-10-13 | 九一金融信息服务(北京)有限公司 | Intelligent risk control system based on big data |
| CN117113411A (en) * | 2023-09-11 | 2023-11-24 | 北京发祥地科技发展有限责任公司 | Internet of Things data processing technology based on artificial intelligence |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116881882A (en) * | 2023-09-07 | 2023-10-13 | 九一金融信息服务(北京)有限公司 | Intelligent risk control system based on big data |
| CN116881882B (en) * | 2023-09-07 | 2023-12-01 | 九一金融信息服务(北京)有限公司 | Intelligent risk control system based on big data |
| CN117113411A (en) * | 2023-09-11 | 2023-11-24 | 北京发祥地科技发展有限责任公司 | Internet of Things data processing technology based on artificial intelligence |
| CN117113411B (en) * | 2023-09-11 | 2024-03-08 | 北京发祥地科技发展有限责任公司 | Internet of things data processing technology based on artificial intelligence |
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