CN113992528B - Self-adaptive network intelligent interaction system and self-adaptive adjustment method - Google Patents
Self-adaptive network intelligent interaction system and self-adaptive adjustment methodDownload PDFInfo
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- CN113992528B CN113992528BCN202111055866.9ACN202111055866ACN113992528BCN 113992528 BCN113992528 BCN 113992528BCN 202111055866 ACN202111055866 ACN 202111055866ACN 113992528 BCN113992528 BCN 113992528B
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Abstract
Description
Technical Field
The invention relates to the technical field of computer equipment, in particular to a self-adaptive network intelligent interaction system and a self-adaptive adjustment method.
Background
With the rapid development of mobile communication, the network intelligent interaction system is rapidly popularized in ordinary families, wherein a wireless router is used as one of the most important devices of the network intelligent interaction system, and the performance of the wireless router influences the use of network intelligent interaction of people. The wireless router brings great convenience to the life of people. Most of the existing routers have only one network access port, can only be used for accessing one network, cannot be automatically switched to another network access with better stability in time when the network is disconnected or unstable, and influence the stability of a user using the network, and can cause loss when serious, so that the user experience effect of using the router is greatly reduced; the antennas of the existing routers are mostly required to be adjusted by hands, the automatic adjustment cannot be performed, the manual adjustment mode is convenient, but the direction and the position of the antennas cannot be guaranteed to be optimal, the coverage range of a subsequent wireless network is affected, the wireless connection of a user is affected, the transmission stability of the wireless network is affected, and the experience of the user in using the wireless network is poor; the wireless network provided by the existing router is low in safety, and in actual life, the updating frequency of the wireless network password is low, so that an opportunity is provided for unauthorized users to crack, great potential safety hazards are brought to the users using the wireless network, network-rubbing persons influence the surfing speed of the users, even the wireless routing authority is changed, normal use of the users is interfered, the privacy of the users is possibly stolen more seriously, and the great potential safety hazards are formed.
The transmitting power of the wireless network of the existing router is a fixed value, a manufacturer can also keep the largest group of values as target power values according to actual debugging conditions, when users cannot automatically adjust the transmitting power according to the number of mobile terminals connected to the router, if the transmitting power of the wireless network is only used by one user, and under the condition of good signal quality, the fixed transmitting power has certain radiation to a human body, so that the health condition of the human body is influenced, the higher fixed transmitting power can also improve the energy consumption and the use cost, and the service life of the internal elements of the router is prolonged.
Disclosure of Invention
The invention provides a self-adaptive network intelligent interaction system aiming at the defects of the prior art.
The invention also provides a self-adaptive adjusting method.
The technical scheme adopted by the invention for achieving the purpose is as follows:
the router main body comprises a shell, a control device, a safety management device and an antenna assembly, wherein the shell is provided with a cavity, the control device is arranged in the cavity, the antenna assembly is arranged above the shell, a front panel and a rear panel are further arranged on the shell, the rear panel is provided with a plurality of groups of wiring port groups, a connecting interface and a power interface, the plurality of groups of wiring port groups, the connecting interface and the power interface are all connected with the control device, an administrator module of the safety management device is arranged between the control device and the antenna assembly, the plurality of groups of wiring port groups comprise a first wiring port group and a second wiring port group, the first wiring port group and the second wiring port group comprise a WAN interface and a plurality of LAN interfaces, and the connecting interface is provided with a wireless communication module;
The control device comprises a control module, a network monitoring module, a conversion control circuit, a connection monitoring module, an antenna control module, a wireless transmitting assembly and a conversion device, wherein the network monitoring module comprises a first network monitoring module, a second network monitoring module and a wireless communication monitoring module, the control device is also provided with a wireless transmitting power regulator, and the antenna control module is connected with the antenna assembly;
the first network monitoring module is connected with the WAN interface of the first wiring port group, the second network monitoring module is connected with the WAN interface of the second wiring port group, the first network monitoring module and the second network monitoring module are respectively used for monitoring network flow parameters of the WAN interface of the first wiring port group and the WAN interface of the second wiring port group, and the wireless communication monitoring module is used for being connected with the connection interface and monitoring network flow parameters of the connection interface;
the switching control circuit is used for rapidly switching the first wiring port group, the second wiring port group and the connection interface according to the signals provided by the control module to replace an access network;
the connection monitoring module is used for monitoring the number of the mobile terminals connected with the router main body, so that data is fed back to the control module for processing, and the wireless transmitting power regulator is controlled for adjustment;
The antenna control module is used for automatically adjusting the position of the antenna assembly;
the wireless transmitting component is used for transmitting the accessed network in a wireless mode to provide a wireless network;
the switching device is used for switching the first wiring port group, the second wiring port group and the connection interface according to the control signal provided by the control module.
Make further improvement, the front panel of casing still is equipped with a plurality of work pilot lamps, the rear panel still is equipped with the switch, antenna control module with antenna module connects, antenna module includes a plurality of antennas, and is a plurality of the antenna all is equipped with automatic adjustment subassembly, automatic adjustment subassembly includes rotating electrical machines, angle adjustment motor and connecting seat, the rotating electrical machines is equipped with the platform, the platform is equipped with the support, the angle adjustment motor sets up on the support, the angle adjustment motor is equipped with the axis of rotation, the connecting seat sets up in the axis of rotation, the antenna sets up on the support.
The wirelesstransmitting power regulator 9 is further improved and connected with the wireless transmitting assembly, the wireless transmitting assembly comprises a wireless transmitter and a plurality of extending transmitters, the extending transmitters are respectively arranged in the antenna, the extending transmitters are electrically connected with the wireless transmitter, an electric storage device is arranged in the cavity and connected with the power interface, the electric storage device is provided with a first control module, the first control module is connected with the control device, the first control module is provided with a control circuit, the control circuit is provided with a power interface monitoring module and a trigger switch, and the power interface monitoring module is connected with the power interface;
The power interface monitoring module is used for monitoring whether current flows through the power interface or not;
the trigger switch is used for conducting the power storage device to provide power supply action when the power interface monitoring module monitors no current circulation, so that the normal operation of the router main body is ensured.
The antenna is further improved, the antenna is provided with antenna test components, the antenna control module is provided with a test processing module, the antenna test components are connected with the test processing module of the antenna control module, and the antenna test components comprise an acoustic wave transmitter and an acoustic wave receiver;
the sound wave transmitter is used for transmitting ranging sound waves, the sound wave receiver is used for receiving ranging sound wave signals fed back after the ranging sound waves are transmitted, the test processing module is used for collecting and processing test data of the antenna test assemblies, and the processed data are fed back to the antenna control module.
The conversion device comprises a motor I, a transmission part and a contact end, wherein the transmission part is arranged on the motor I, the contact end is arranged on the transmission part, the transmission part comprises two guide rails, a screw rod and a nut, the screw rod is arranged between the guide rails, the nut is sleeved on the screw rod, a bearing is arranged outside the nut, the contact end is fixed on the bearing, the wiring end is provided with a wire and a metal connecting sheet, the wire is connected with the control module, and the control module is connected with the wireless transmitting assembly.
The wireless transmitting power regulator is connected with the control module and the connection monitoring module to form a transmitting power regulating circuit, the wireless transmitting power regulator is provided with a transmitting power regulating module and a storage unit, and the storage unit is provided with a first power interval threshold value, a second power interval threshold value and a third power interval threshold value;
the storage unit is used for storing the transmission power interval threshold values of a plurality of different intervals;
the transmitting power adjusting module is used for retrieving the first power interval threshold value, the second power interval threshold value and the third power interval threshold value in the storage unit so as to control the wireless transmitting power adjuster to adjust the transmitting power.
The security management device comprises a security chip, an administrator module, a storage module, a timing task module, a forbidden equipment management module and a privileged user module;
the safety chip is used for data management and protection of each module of the safety management device;
the administrator module is used for managing the forbidden equipment management module and the privileged user module;
the storage module is used for storing information of the mobile terminal authenticated by the administrator module or the client which is hard-wired through the LAN interface, so that the subsequent direct connection is facilitated;
The privilege user module comprises a table for recording privilege group users, the privilege group users are added to the privilege user module through a hard wire connection client, the privilege group users at least comprise an administrator terminal, and the administrator is limited to be managed only through the hard wire connection of a router;
the forbidden device module is used for adding the terminal with the connection failure times exceeding the threshold value into the forbidden device table, and when the terminal in the forbidden device table requests to access the wireless network, the router refuses/ignores the connection request of the terminal in the forbidden device table;
the timing task module is used for modifying the wireless network password at fixed time and sending the modified wireless network password to the privileged group user, the privileged group user is connected with the router main body through the wireless network password, the privileged group user can share the wireless network, the sharee is accepted to be a visitor, and the visitor can also share the wireless network.
An adaptive tuning method for implementing the adaptive network intelligent interactive system, comprising the following steps:
(1) The first wiring port group, the second wiring port group and the connection interface are connected in a network: the WAN interface of the first wiring port group is connected with a first network line, the WAN interface of the second wiring port group is connected with a second network line, the connection interface is connected with a wireless communication module, and the wireless communication module is a 4G communication module or a 5G communication module;
(2) Automatic adjustment of antenna position and orientation: the test processing module controls the plurality of acoustic wave transmitters to emit acoustic waves, the plurality of acoustic wave receivers respectively receive the return acoustic waves, the plurality of acoustic wave receivers feed back received data to the test processing module, the test processing module obtains position parameters which need to be regulated by each antenna and feeds back the position parameters to the antenna control module, and the antenna control module controls the plurality of automatic regulating components to act, so that the plurality of antennas form a maximum transmitting network;
(3) Connection security detection of mobile terminal and hard-wired connection client: the manager module is used for judging and classifying the mobile terminal and the hard-wire connection client of the wireless network connected with the router main body, feeding the classified data back to the forbidden equipment management module and the privileged user module respectively, storing the classified data into the storage module, and connecting the mobile terminal and the client which are detected by safety into the network of the router main body;
(4) Wireless transmit power adjustment: the connection monitoring module detects the connection quantity of the mobile terminal in real time and transmits connection quantity data to the control module, the control module obtains a connection quantity threshold through processing, compares the connection quantity threshold with a first power interval threshold, a second power interval threshold and a third power interval threshold in the storage unit, and then retrieves the interval threshold after comparison, and feeds back the interval threshold to the transmission power adjusting module, and the transmission power adjusting module controls the action of the wireless transmission power adjuster to adjust the wireless transmission power;
(5) Real-time monitoring and conversion of networks of the first wiring port group, the second wiring port group and the connection interface: when the network flow parameters monitored by the first network monitoring module are matched with preset references, the connection between the first wiring port group and the wireless transmitting assembly is kept, and wireless network signals are provided for connecting the mobile terminal; when the network flow parameter of the first wiring port group is not matched with the preset reference, and the network flow parameter of the second wiring port group is matched with the preset reference, triggering a conversion control circuit to act, controlling a conversion device to cut off the connection between the first wiring port group and the wireless transmitting assembly by the conversion control circuit, and switching on the second wiring port group and the wireless transmitting assembly after cutting off; when the first network monitoring module and the second network monitoring module are not matched with the preset reference, and the wireless network communication module of the connection interface is matched with the preset reference, triggering a conversion control circuit to act, and controlling a conversion device to connect the wireless communication module with the wireless transmitting assembly by the conversion control circuit;
(6) The network connection of the mobile terminal and the client is used.
And (5) further improves, wherein the motor acts after receiving the conversion signal to drive the screw rod to rotate, and when the screw rod rotates, the nut moves along the screw rod, so that the metal connecting sheet at the contact end contacts the first wiring port group, the second wiring port group or the connection interface to realize network conversion action.
The invention has the beneficial effects that: the invention can provide wired network access and wireless communication network access by setting the first wiring port group, the second wiring port group and the connection interface, which are used for providing two different wired network lines, wherein the connection interface is used for the equipment connection of a mobile phone, a wireless network card and the like which can provide the wireless communication network, the wireless communication network is provided, and the conversion between the first wiring port group, the second wiring port group and the connection interface is realized by combining a conversion control circuit and a conversion device; the antenna control module controls the plurality of automatic adjustment components to act, so that the plurality of antennas form a maximum transmitting network, the coverage rate of the wireless network is improved, the orientation of the antennas can be automatically adjusted according to the access quantity and the positions of the mobile terminals, a more stable wireless network is provided, and the stability of wireless network connection of the wireless network and the mobile terminals is improved; the security management device is used for providing a security management function, so that the use security performance of the intelligent interaction system of the self-adaptive network is improved, potential safety hazards caused by unauthorized use to the wireless network are prevented, and the security of the wireless network is improved; the wireless transmitting power regulator is arranged to automatically regulate the transmitting power of the wireless network according to the connection quantity of different mobile terminals, so that the influence of radiation on users is reduced while the stable wireless network is ensured to be provided for the users, the regulation can be flexibly changed, and the energy consumption is reduced; through setting up power storage device and being used for playing stand-by power supply's effect, when appearing directly connecting the power disconnection, still can provide the module in the stand-by power supply router main part and work, prevent that the circumstances that the outage suddenly leads to wireless network disconnection from appearing, guarantee the normal network output work of self-adaptation network intelligent interaction system.
The invention will be further described with reference to the drawings and the detailed description.
Drawings
Fig. 1 is a schematic diagram of the overall structure of an adaptive network intelligent interaction system according to the present embodiment;
fig. 2 is a schematic rear view of the adaptive network intelligent interaction system according to the present embodiment;
FIG. 3 is a schematic cross-sectional view of A-A of FIG. 2 in this embodiment;
FIG. 4 is a schematic cross-sectional view of B-B in FIG. 2 according to the present embodiment;
fig. 5 is a schematic diagram of a connection structure between an antenna and an auto-adjustment assembly according to the present embodiment;
FIG. 6 is a schematic diagram of a converting apparatus according to the present embodiment;
FIG. 7 is a schematic diagram of a control device connection module according to the present embodiment;
fig. 8 is a schematic diagram of a connection module of the control module and the network monitoring module and a connection port thereof according to the present embodiment;
fig. 9 is a schematic diagram of a security management apparatus module according to this embodiment.
In the figure: 1. the system comprises a router body, a housing, 3, a control device, 4, a safety management device, 5, an antenna assembly, 20, a front panel, 21, a rear panel, 6, a wiring port group, 7, a connection interface, 8, a power interface, 60, a first wiring port group, 61, a second wiring port group, 600, a WAN interface, 601, a LAN interface, 70, a wireless communication module, 30, a control module, 31, a network monitoring module, 32, a switching control module, 33, a connection monitoring module, 34, an antenna control module, 35, a wireless transmission assembly, 36, a switching device, 310, a first network monitoring module, 311, a second network monitoring module, 312, a wireless communication monitoring module, 9, a wireless transmission power regulator, 50, an antenna, 51, an automatic regulation assembly, 510, a rotary motor, 511, an angle regulation motor, 512, a connection seat, 10, a power storage device, 12, an antenna test assembly, 340, a test processing module, 120, a sonic transmitter, 121, a sonic receiver, 360, a motor, 361, a transmission element, 362, a contact terminal, 80, a transmission power regulation module, 40, a memory module, 41, a safety management module, a user module, 45, a user module, a safety device, a user module, a safety module, a user module, and a user interface.
Detailed Description
The following description is of the preferred embodiments of the invention, and is not intended to limit the scope of the invention.
Referring to fig. 1-9, an adaptive network intelligent interaction system includes a router main body 1, where the router main body 1 includes a housing 2, a control device 3, a security management device 4 and anantenna assembly 5, the housing 2 is provided with a cavity, the security management device 4 is connected with the control device 3, the control device 3 is disposed in the cavity, theantenna assembly 5 is disposed above the housing 2, the housing 2 is further provided with afront panel 20 and arear panel 21, therear panel 21 is provided with a plurality of groups of connection port groups 6, aconnection interface 7 and a power interface 8, the plurality of groups of connection port groups 6, theconnection interface 7 and the power interface 8 are all connected with the control device 3, anadministrator module 41 of the security management device 4 is disposed between the control device 3 and theantenna assembly 5, the plurality of groups of connection port groups 6 include a firstconnection port group 60 and a secondconnection port group 61, the firstconnection port group 60 and the secondconnection port group 61 each include aWAN interface 600 and a plurality ofconnection ports 601, theconnection interface 7 is provided with a wireless network interface 70, thewireless network interface 7 is provided with a wireless network interface, and thewireless network interface 7 is connected with thewireless network interface 7, and thewireless network interface 7 is provided with awireless network interface 7;
The control device 3 comprises acontrol module 30, anetwork monitoring module 31, aconversion control circuit 32, aconnection monitoring module 33, anantenna control module 34, awireless transmitting assembly 35 and aconversion device 36, wherein thenetwork monitoring module 31 comprises a firstnetwork monitoring module 310, a secondnetwork monitoring module 311 and a wirelesscommunication monitoring module 312, the control device 3 is also provided with a wirelesstransmitting power regulator 9, theantenna control module 34 is used for controlling the orientation and the position of theantenna assembly 5, thereby realizing an automatic adjustment function and improving the coverage range of a wireless network of the router main body 1, and theantenna control module 34 is connected with theantenna assembly 5;
the firstnetwork monitoring module 310 is connected to theWAN interface 600 of the firstconnection port group 60, the secondnetwork monitoring module 31 is connected to theWAN interface 600 of the secondconnection port group 61, the firstnetwork monitoring module 31 and the secondnetwork monitoring module 31 are respectively configured to monitor network traffic parameters of theWAN interface 600 of the firstconnection port group 60 and theWAN interface 600 of the secondconnection port group 61, the twoWAN interfaces 600 are used as an access port of a wired network line, the plurality ofLAN interfaces 601 are used as wired interfaces of an external hard-wired connection client, the wirelesscommunication monitoring module 312 is connected to theconnection interface 7, and is configured to monitor network traffic parameters of theconnection interface 7
Theswitching control circuit 32 is configured to perform fast switching between the firstconnection port group 60, the secondconnection port group 61, and theconnection interface 7 according to the signal provided by thecontrol module 30;
theconnection monitoring module 33 is configured to monitor the number of mobile terminals connected to the router main body 1, so as to feed data back to thecontrol module 30 for processing, and control the wireless transmitpower regulator 9 for regulation;
theantenna control module 34 is configured to automatically adjust the position of theantenna assembly 5;
thewireless transmitting component 35 is configured to wirelessly transmit the accessed network to provide a wireless network;
theswitching device 36 is configured to perform switching operations of the firstconnection port group 60, the secondconnection port group 61, and theconnection interface 7 according to the control signal provided by thecontrol module 30.
Thefront panel 20 of the casing 2 is further provided with a plurality of work indicator lamps, therear panel 21 is further provided with a switch, the switch is used for opening and closing the switch of the router main body 1, theantenna control module 34 is connected with theantenna assembly 5, theantenna assembly 5 comprises a plurality ofantennas 50, theantennas 50 are all provided withautomatic adjusting assemblies 51, theautomatic adjusting assemblies 51 comprise rotatingmotors 510,angle adjusting motors 511 and connectingbases 512, the rotatingmotors 510 are provided with platforms, the platforms are provided with supports, theangle adjusting motors 510 are arranged on the supports, theangle adjusting motors 510 are provided with rotating shafts, the connectingbases 512 are arranged on the rotating shafts, theantennas 50 are arranged on the supports, theautomatic adjusting assemblies 51 are used for automatically adjusting the directions of theantennas 50, the antennas form the largest network coverage network, the directions of theantennas 50 can be automatically adjusted according to the access quantity and the positions of the mobile terminals, a more stable wireless network is provided, and the stability of the wireless network connection of the wireless network and the mobile terminal is improved.
The wireless transmitting power regulator 9 is connected with the wireless transmitting component 35, the wireless transmitting component 35 comprises a wireless transmitter and a plurality of extending transmitters, the plurality of extending transmitters are respectively arranged in the antenna 50, the plurality of extending transmitters are electrically connected with the wireless transmitter, the wireless transmitting power regulator 9 is used for regulating wireless transmitting power, the wireless transmitting component 35 is used for transmitting a wireless network, an electric storage device 10 is arranged in a cavity, the electric storage device 10 is connected with the power interface 8, the electric storage device 10 is provided with a first control module, the first control module is connected with the control device 3, the first control module is provided with a control circuit, the control circuit is provided with a power interface monitoring module and a trigger switch, the power interface monitoring module is connected with the power interface 8, the electric storage device 10 is used for playing a role of a standby power supply, and can also provide the modules in the main body 1 of the standby power supply router to work when the direct power supply is disconnected, the situation that the wireless network is disconnected is caused by sudden power failure is prevented, and the network output work of the self-adaptive network intelligent interaction system is ensured;
The power interface monitoring module is used for monitoring whether the power interface 8 has current circulation;
the trigger switch is used for conducting the power storage device to provide power supply action when the power interface monitoring module monitors no current circulation, so that the normal operation of the router main body 1 is ensured.
Theantenna 50 is provided with the antenna test assembly 12, theantenna control module 34 is provided with the test processing module 340, the antenna test assembly 12 is connected with the test processing module 340 of theantenna control module 34, the antenna test assembly 12 comprises an acoustic wave emitter 120 and an acoustic wave receiver 121, the acoustic wave emitter 120 is used for emitting ranging acoustic waves, the acoustic wave receiver 121 is used for receiving ranging acoustic wave signals fed back after the ranging acoustic wave is emitted, the test processing module 340 is used for collecting and processing test data of the plurality of antenna test assemblies 12, the processed data are fed back to theantenna control module 34, and theantenna control module 34 controls theantenna 50 to adjust positions and orientations.
The switchingdevice 36 comprises amotor 360, atransmission member 361 and acontact end 362, thetransmission member 361 is arranged on themotor 360, thecontact end 362 is arranged on thetransmission member 361, thetransmission member 361 comprises two guide rails, a screw rod and a nut, the screw rod is arranged between the two guide rails, the nut is sleeved on the screw rod, a bearing is arranged outside the nut, thecontact end 362 is fixed on the bearing, the terminal 362 is provided with a wire and ametal connecting sheet 3620, the wire is connected with thecontrol module 30, thecontrol module 30 is connected with thewireless transmitting assembly 35, and theswitching device 36 is used for realizing the switching of the firstwiring port group 60, the secondwiring port group 61 and the connectinginterface 7.
The wireless transmitting power regulator 8 is connected with thecontrol module 30 and theconnection monitoring module 33 to form a transmitting power regulating circuit, the wireless transmitting power regulator 8 is provided with a transmittingpower regulating module 80 and a storage unit 81, and the storage unit 81 is provided with a first power interval threshold value, a second power interval threshold value and a third power interval threshold value;
the storage unit 81 is configured to store transmission power interval thresholds of a plurality of different intervals;
the transmitpower adjustment module 80 is configured to retrieve the first power interval threshold, the second power interval threshold, and the third power interval threshold in the storage unit 81, thereby controlling the wireless transmit power adjuster 8 to adjust transmit power, automatically adjust transmit power of the wireless network according to different connection numbers of the mobile terminals, and reduce the influence of radiation on the user while guaranteeing to provide a stable wireless network for the user.
The security management device 4 comprises asecurity chip 40, anadministrator module 41, astorage module 42, atiming task module 43, a forbiddendevice management module 44 and aprivileged user module 45, wherein the security management device 4 is used for providing security management functions and improving the use security performance of the self-adaptive network intelligent interaction system;
Thesecurity chip 40 is used for data management and protection of each module of the security management device 4;
theadministrator module 41 is configured to manage the disableddevice management module 44 and theprivileged user module 45;
thestorage module 42 is configured to store information of the mobile terminal authenticated by theadministrator module 41 or the client connected by hard wire through theLAN interface 601, so as to facilitate subsequent direct connection;
theprivileged user module 45 includes a table for recording a privileged group user, the privileged group user is added to theprivileged user module 45 through a hard-wire connection client, the privileged group user at least includes an administrator terminal, and the administrator is limited to be managed only through the hard-wire connection of the router;
aforbidden device module 44, configured to add a terminal whose connection failure number exceeds a threshold value to a forbidden device table, and when the terminal in the forbidden device table requests access to the wireless network, the router refuses/ignores the connection request of the terminal in the forbidden device table;
thetiming task module 43 is configured to modify the wireless network password at regular time, and send the modified wireless network password to the privileged group user, where the privileged group user connects the router main body 1 with the wireless network password, and the privileged group user can share the wireless network, and receive the sharer as a visitor, and the visitor can also share the wireless network.
An adaptive tuning method for implementing the adaptive network intelligent interactive system, comprising the following steps:
(1) The firstconnection port group 60, the secondconnection port group 61, and theconnection interface 7 perform network connection: theWAN interface 600 of the firstconnection port group 60 is connected to a first network line, theWAN interface 600 of the secondconnection port group 61 is connected to a second network line, theconnection interface 7 is connected to the wireless communication module 70, and the wireless communication module 70 is a 4G communication module or a 5G communication module;
(2) Automatic adjustment of antenna position and orientation: the test processing module 340 controls the plurality of acoustic transmitters 120 to emit acoustic waves, then the plurality of acoustic receivers 121 respectively receive the return acoustic waves, the plurality of acoustic receivers 121 feed back the received data to the test processing module 340, the test processing module 340 obtains the position parameters to be adjusted of eachantenna 50, and feeds back the position parameters to theantenna control module 34, and theantenna control module 34 controls the plurality ofautomatic adjustment assemblies 51 to act, so that the plurality ofantennas 50 form a maximum transmitting network;
(3) Connection security detection of mobile terminal and hard-wired connection client: theadministrator module 41 is configured to determine and classify a mobile terminal and a hard-wired connection client connected to the wireless network of the router main body 1, and feed the classified data back to the disableddevice management module 44 and theprivileged user module 45, respectively, and store the classified data in thestorage module 42, where the mobile terminal and the client are connected to the network of the router main body 1 through security detection;
(4) Wireless transmit power adjustment: theconnection monitoring module 33 detects the connection number of the mobile terminal in real time, and transmits the connection number data to thecontrol module 30, thecontrol module 30 obtains a connection number threshold value through processing, compares the connection number threshold value with a first power interval threshold value, a second power interval threshold value and a third power interval threshold value in the storage unit 81, and then retrieves the interval threshold value and feeds back the interval threshold value to the transmissionpower adjusting module 80, and the transmissionpower adjusting module 80 controls the wireless transmission power adjuster 8 to act for wireless transmission power adjustment;
(5) Real-time monitoring and switching of the network of firstconnection port group 60, secondconnection port group 61 and connection interface 7: when the network traffic parameter monitored by the firstnetwork monitoring module 31 matches with the preset reference, the connection between the firstconnection port group 60 and thewireless transmitting component 35 is maintained and a wireless network signal is provided for the connected mobile terminal; when the network traffic parameter of the firstwiring port group 60 is not matched with the preset reference and the network traffic parameter of the secondwiring port group 61 is matched with the preset reference, triggering the switchingcontrol circuit 32 to act, controlling theswitching device 36 to cut off the connection between the firstwiring port group 60 and thewireless transmitting assembly 35 by the switchingcontrol circuit 32, and switching on the secondwiring port group 61 and thewireless transmitting assembly 35 after cutting off; when the firstnetwork monitoring module 31 and the secondnetwork monitoring module 31 are not matched with the preset reference, and the wireless communication module 70 of theconnection interface 7 is matched with the preset reference, the switchingcontrol circuit 32 is triggered to act, and the switchingcontrol circuit 32 controls theswitching device 36 to connect the wireless communication module 70 with thewireless transmitting component 35;
(6) The network connection of the mobile terminal and the client is used.
The step (5) includes the following steps that the motor acts after receiving the conversion signal to drive the screw rod to rotate, and when the screw rod rotates, the nut moves along the screw rod, so that the metal connecting piece at the contact end contacts the firstwiring port group 60, the secondwiring port group 61 or theconnection interface 7, and the network conversion action is realized.
The invention can provide wired network access and wireless communication network access by setting the first wiring port group, the second wiring port group and the connection interface, which are used for providing two different wired network lines, wherein the connection interface is used for the equipment connection of a mobile phone, a wireless network card and the like which can provide the wireless communication network, the wireless communication network is provided, and the conversion between the first wiring port group, the second wiring port group and the connection interface is realized by combining a conversion control circuit and a conversion device; the antenna control module controls the plurality of automatic adjustment components to act, so that the plurality of antennas form a maximum transmitting network, the coverage rate of the wireless network is improved, the orientation of the antennas can be automatically adjusted according to the access quantity and the positions of the mobile terminals, a more stable wireless network is provided, and the stability of wireless network connection of the wireless network and the mobile terminals is improved; the security management device is used for providing a security management function, so that the use security performance of the intelligent interaction system of the self-adaptive network is improved, potential safety hazards caused by unauthorized use to the wireless network are prevented, and the security of the wireless network is improved; the wireless transmitting power regulator is arranged to automatically regulate the transmitting power of the wireless network according to the connection quantity of different mobile terminals, so that the influence of radiation on users is reduced while the stable wireless network is ensured to be provided for the users, the regulation can be flexibly changed, and the energy consumption is reduced; through setting up power storage device and being used for playing stand-by power supply's effect, when appearing directly connecting the power disconnection, still can provide the module in the stand-by power supply router main part and work, prevent that the circumstances that the outage suddenly leads to wireless network disconnection from appearing, guarantee the normal network output work of self-adaptation network intelligent interaction system.
The present invention is not limited to the above embodiments, and other adaptive adjustment intelligent routers obtained by adopting the same or similar structures, devices, processes or methods as the above embodiments of the present invention are all within the scope of the present invention.
Claims (5)
1. An intelligent interaction system of self-adaptive network, which is characterized in that: the intelligent network interaction system comprises a router main body, wherein the router main body comprises a shell, a control device, a safety management device and an antenna assembly, the shell is provided with a cavity, the control device is arranged in the cavity, the antenna assembly is arranged above the shell, the shell is further provided with a front panel and a rear panel, the rear panel is provided with a plurality of groups of wiring port groups, a connecting interface and a power interface, the plurality of groups of wiring port groups, the connecting interface and the power interface are all connected with the control device, an administrator module of the safety management device is arranged between the control device and the antenna assembly, the plurality of groups of wiring port groups comprise a first wiring port group and a second wiring port group, the first wiring port group and the second wiring port group comprise a WAN interface and a plurality of LAN interfaces, and the connecting interface is provided with a wireless communication module;
The control device comprises a control module, a network monitoring module, a conversion control circuit, a connection monitoring module, an antenna control module, a wireless transmitting assembly and a conversion device, wherein the network monitoring module comprises a first network monitoring module, a second network monitoring module and a wireless communication monitoring module, the control device is also provided with a wireless transmitting power regulator, and the antenna control module is connected with the antenna assembly;
the first network monitoring module is connected with the WAN interface of the first wiring port group, the second network monitoring module is connected with the WAN interface of the second wiring port group, the first network monitoring module and the second network monitoring module are respectively used for monitoring network flow parameters of the WAN interface of the first wiring port group and the WAN interface of the second wiring port group, and the wireless communication monitoring module is used for being connected with the connection interface and monitoring network flow parameters of the connection interface;
the switching control circuit is used for rapidly switching the first wiring port group, the second wiring port group and the connection interface according to the signals provided by the control module to replace an access network;
the connection monitoring module is used for monitoring the number of the mobile terminals connected with the router main body, so that data is fed back to the control module for processing, and the wireless transmitting power regulator is controlled for adjustment;
The antenna control module is used for automatically adjusting the position of the antenna assembly;
the wireless transmitting component is used for transmitting the accessed network in a wireless mode to provide a wireless network;
the switching device is used for switching the first wiring port group, the second wiring port group and the connection interface according to the control signal provided by the control module;
the wireless transmitting power regulator is connected with the wireless transmitting assembly, the wireless transmitting assembly comprises a wireless transmitter and a plurality of extending transmitters, the extending transmitters are respectively arranged in the antenna, the extending transmitters are electrically connected with the wireless transmitter, an electric storage device is arranged in the cavity and connected with the power interface, the electric storage device is provided with a first control module, the first control module is connected with the control device, the first control module is provided with a control circuit, the control circuit is provided with a power interface monitoring module and a trigger switch, and the power interface monitoring module is connected with the power interface;
the power interface monitoring module is used for monitoring whether current flows through the power interface or not;
The trigger switch is used for conducting the power storage device to provide power supply action when the power interface monitoring module monitors no current circulation, so that the normal operation of the router main body is ensured;
the antenna is provided with an antenna test assembly, the antenna control module is provided with a test processing module, the antenna test assembly is connected with the test processing module of the antenna control module, and the antenna test assembly comprises an acoustic wave transmitter and an acoustic wave receiver;
the system comprises an antenna control module, an antenna testing module, a sound wave transmitter, a sound wave receiver, a test processing module and a test processing module, wherein the sound wave transmitter is used for transmitting ranging sound waves, the sound wave receiver is used for receiving ranging sound wave signals fed back after the ranging sound waves are transmitted, the test processing module is used for collecting and processing test data of a plurality of antenna testing assemblies, and the processed data are fed back to the antenna control module;
the conversion device comprises a motor I, a transmission part and a contact end, wherein the transmission part is arranged on the motor I, the contact end is arranged on the transmission part, the transmission part comprises two guide rails, a screw rod and a nut, the screw rod is arranged between the two guide rails, the nut is sleeved on the screw rod, a bearing is arranged outside the nut, the contact end is fixed on the bearing, the wiring end is provided with a wire and a metal connecting sheet, the wire is connected with the control module, and the control module is connected with the wireless transmitting assembly;
The wireless transmitting power regulator is connected with the control module and the connection monitoring module to form a transmitting power regulating circuit, the wireless transmitting power regulator is provided with a transmitting power regulating module and a storage unit, and the storage unit is provided with a first power interval threshold value, a second power interval threshold value and a third power interval threshold value;
the storage unit is used for storing the transmission power interval threshold values of a plurality of different intervals;
the transmitting power adjusting module is used for retrieving the first power interval threshold value, the second power interval threshold value and the third power interval threshold value in the storage unit so as to control the wireless transmitting power adjuster to adjust the transmitting power.
2. The adaptive network intelligent interaction system of claim 1, wherein: the front panel of casing still is equipped with a plurality of work pilot lamps, the rear panel still is equipped with the switch, antenna control module with antenna module connects, antenna module includes a plurality of antennas, and is a plurality of the antenna all is equipped with automatic adjustment subassembly, automatic adjustment subassembly includes rotating electrical machines, angle adjustment motor and connecting seat, the rotating electrical machines is equipped with the platform, the platform is equipped with the support, the angle adjustment motor sets up on the support, the angle adjustment motor is equipped with the axis of rotation, the connecting seat sets up in the axis of rotation, the antenna sets up on the support.
3. The adaptive network intelligent interaction system of claim 2, wherein: the security management device comprises a security chip, an administrator module, a storage module, a timing task module, a forbidden equipment management module and a privileged user module;
the safety chip is used for data management and protection of each module of the safety management device;
the administrator module is used for managing the forbidden equipment management module and the privileged user module;
the storage module is used for storing information of the mobile terminal authenticated by the administrator module or the client which is hard-wired through the LAN interface, so that the subsequent direct connection is facilitated;
the privilege user module comprises a table for recording privilege group users, the privilege group users are added to the privilege user module through a hard wire connection client, the privilege group users at least comprise an administrator terminal, and the administrator is limited to be managed only through the hard wire connection of a router; the forbidden device module is used for adding the terminal with the connection failure times exceeding the threshold value into the forbidden device table, and when the terminal in the forbidden device table requests to access the wireless network, the router refuses/ignores the connection request of the terminal in the forbidden device table;
The timing task module is used for modifying the wireless network password at fixed time and sending the modified wireless network password to the privileged group user, the privileged group user is connected with the router main body through the wireless network password, the privileged group user can share the wireless network, the sharee is accepted to be a visitor, and the visitor can also share the wireless network.
4. A method for implementing the adaptation of an adaptive network intelligent interaction system according to any of claims 1-3, characterized in that it comprises the steps of:
(1) The first wiring port group, the second wiring port group and the connection interface are connected in a network: the WAN interface of the first wiring port group is connected with a first network line, the WAN interface of the second wiring port group is connected with a second network line, the connection interface is connected with a wireless communication module, and the wireless communication module is a 4G communication module or a 5G communication module;
(2) Automatic adjustment of antenna position and orientation: the test processing module controls the plurality of acoustic wave transmitters to emit acoustic waves, the plurality of acoustic wave receivers respectively receive the return acoustic waves, the plurality of acoustic wave receivers feed back received data to the test processing module, the test processing module obtains position parameters which need to be regulated by each antenna and feeds back the position parameters to the antenna control module, and the antenna control module controls the plurality of automatic regulating components to act, so that the plurality of antennas form a maximum transmitting network;
(3) Connection security detection of mobile terminal and hard-wired connection client: the manager module is used for judging and classifying the mobile terminal and the hard-wire connection client of the wireless network connected with the router main body, feeding the classified data back to the forbidden equipment management module and the privileged user module respectively, storing the classified data into the storage module, and connecting the mobile terminal and the client which are detected by safety into the network of the router main body;
(4) Wireless transmit power adjustment: the connection monitoring module detects the connection quantity of the mobile terminal in real time and transmits connection quantity data to the control module, the control module obtains a connection quantity threshold through processing, compares the connection quantity threshold with a first power interval threshold, a second power interval threshold and a third power interval threshold in the storage unit, and then retrieves the interval threshold after comparison, and feeds back the interval threshold to the transmission power adjusting module, and the transmission power adjusting module controls the action of the wireless transmission power adjuster to adjust the wireless transmission power;
(5) Real-time monitoring and conversion of networks of the first wiring port group, the second wiring port group and the connection interface: when the network flow parameters monitored by the first network monitoring module are matched with preset references, the connection between the first wiring port group and the wireless transmitting assembly is kept, and wireless network signals are provided for connecting the mobile terminal; when the network flow parameter of the first wiring port group is not matched with the preset reference, and the network flow parameter of the second wiring port group is matched with the preset reference, triggering a conversion control circuit to act, controlling a conversion device to cut off the connection between the first wiring port group and the wireless transmitting assembly by the conversion control circuit, and switching on the second wiring port group and the wireless transmitting assembly after cutting off; when the first network monitoring module and the second network monitoring module are not matched with the preset reference, and the wireless communication module of the connection interface is matched with the preset reference, triggering a conversion control circuit to act, and controlling a conversion device to connect the wireless communication module with a wireless transmitting assembly by the conversion control circuit;
(6) The network connection of the mobile terminal and the client is used;
the conversion device comprises a motor I, a transmission part and a contact end, wherein the transmission part is arranged on the motor I, the contact end is arranged on the transmission part, the transmission part comprises two guide rails, a screw rod and a nut, the screw rod is arranged between the guide rails, the nut sleeve is arranged on the screw rod, a bearing is arranged outside the nut, the contact end is fixed on the bearing, a wire is arranged at the wire end, the wire is connected with the control module, and the control module is connected with the wireless transmitting assembly.
5. The adaptive adjustment method according to claim 4, wherein the step (5) includes the steps of enabling the motor to act upon receiving the switching signal to drive the screw to rotate, and enabling the nut to move along the screw when the screw rotates, so that the metal connecting piece of the contact end contacts the first connection port group, the second connection port group or the connection interface to achieve the network switching action.
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| US6389010B1 (en)* | 1995-10-05 | 2002-05-14 | Intermec Ip Corp. | Hierarchical data collection network supporting packetized voice communications among wireless terminals and telephones |
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