CN111740970A - Safe privacy conversation system of intelligent voice equipment - Google Patents
Safe privacy conversation system of intelligent voice equipment Download PDFInfo
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- CN111740970A CN111740970A CN202010539594.9A CN202010539594A CN111740970A CN 111740970 A CN111740970 A CN 111740970A CN 202010539594 A CN202010539594 A CN 202010539594A CN 111740970 A CN111740970 A CN 111740970A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/04—Network architectures or network communication protocols for network security for providing a confidential data exchange among entities communicating through data packet networks
- H04L63/0407—Network architectures or network communication protocols for network security for providing a confidential data exchange among entities communicating through data packet networks wherein the identity of one or more communicating identities is hidden
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication
- H04L65/1066—Session management
- H04L65/1101—Session protocols
- H04L65/1104—Session initiation protocol [SIP]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M7/00—Arrangements for interconnection between switching centres
- H04M7/006—Networks other than PSTN/ISDN providing telephone service, e.g. Voice over Internet Protocol (VoIP), including next generation networks with a packet-switched transport layer
- H04M7/0078—Security; Fraud detection; Fraud prevention
Abstract
The invention relates to the technical field of communication, in particular to a safe and private conversation system of intelligent voice equipment, which comprises a docking module, a voice module and a conversation module, wherein the docking module is used for accessing a PSTN network through an SIP protocol so as to transmit voice data of a fixed telephone in a VoIP transmission mode; the media server is used for acquiring the data of the docking module and sharing the voice data to a local area network; the intelligent voice equipment is used for accessing the Internet and a local area network through a network port, and is in butt joint with the media server through the network port; the service platform is used for controlling and managing the intelligent voice equipment; the service platform can also provide privacy numbers so that the intelligent voice equipment can dial through the virtual numbers. The invention can carry out safe and private conversation in a mode of combining the Internet with intelligent voice equipment, so that the fixed-line telephone is not restricted by a telephone line, and the user of the fixed-line telephone is prevented from being disturbed.
Description
Technical Field
The invention relates to the technical field of communication, in particular to a safe and private conversation system of intelligent voice equipment.
Background
In the traditional fixed telephone service, a plurality of fixed telephone services can only be used near an installed address due to the restriction of telephone lines, and the advanced fixed telephone service of a cordless telephone can only be developed within about 50 meters, so that the practical function is single, the developable service range is small, the privacy safety and the confidentiality in the communication process are poor, and in addition, the network quitting rate of the current user is increased to cause the 2C fixed telephone service in the communication industry to be rapidly declined, and finally, a large amount of fixed telephone number resources are released, so that the resources of a fixed telephone network and a core telephone network are vacant, and the fixed telephone service in the communication industry field is a great resource waste.
Disclosure of Invention
In order to solve the above problems, the present invention provides a secure privacy call system for an intelligent voice device, which can perform secure privacy call in a manner that internet is combined with the intelligent voice device, so that a fixed-line telephone is not restricted by a telephone line, and a user of the fixed-line telephone is prevented from being disturbed.
In order to achieve the purpose, the invention adopts the technical scheme that:
a safe and private conversation system of intelligent voice equipment comprises a docking module, a media server, the intelligent voice equipment and a service platform,
the docking module is used for accessing a PSTN network through an SIP protocol so as to transmit voice data of the fixed telephone in a VoIP transmission mode;
the media server is used for acquiring the data of the docking module and sharing the voice data to a local area network;
the intelligent voice equipment is used for accessing the Internet and a local area network through a network port, and is in butt joint with the media server through the network port so as to enable the intelligent voice equipment to be associated with the number of the fixed telephone and enable the intelligent voice equipment to carry out voice control dialing and answering and carry out voice call through the number of the fixed telephone;
the service platform is used for controlling and managing the intelligent voice equipment and comprises a management terminal and a private number module,
the management terminal is connected with the intelligent voice equipment through a local area network and is used for managing the intelligent voice equipment; the privacy number module is used for providing privacy numbers, and the privacy number module can associate the privacy numbers with numbers of the fixed telephones, so that the intelligent voice equipment can dial through the virtual numbers.
Furthermore, the docking module is connected with the PSTN network through a voice trunk line and lands voice data of the fixed telephone on a voice gateway, and the voice gateway is connected with the media server so that the voice data of the fixed telephone is transmitted in a VoIP transmission mode.
Furthermore, the privacy number module comprises a registration submodule, a privacy number database, a privacy number association submodule and a dialing number selection submodule, wherein the registration submodule is used for registering a privacy account, and the registration submodule uploads identity card information and signs agreement rules through the management terminal; the privacy number database is used for storing and updating privacy numbers; the privacy number association submodule is used for acquiring the privacy number of the privacy number database and associating the privacy number with the number of the voice gateway; the dialing selection submodule is used for inquiring whether a privacy number is used or not through the intelligent voice equipment before dialing so that the intelligent voice equipment dials a number through an SIP (session initiation protocol) according to the selected fixed telephone number or the corresponding privacy number.
Furthermore, the service platform further comprises an address list storage module, wherein the address list acquisition module is used for acquiring the address list data of the management terminal and storing the data of the address list of the management terminal to the media server, so that the intelligent voice device dials by calling a contact person in the address list of the management terminal; the dialing selection submodule can acquire address book data in the media server so as to automatically select a fixed telephone number for dialing when the intelligent voice equipment dials an address book contact person.
Furthermore, the service platform further comprises a call processing module, the call processing module comprises a message leaving sub-module and a recording sub-module, the message leaving sub-module is used for triggering the time setting of message leaving prompt, so that the intelligent voice equipment sends a message leaving prompt to the number of the incoming call within a set time period and after the ringing duration is set, and the message leaving sub-module can store the message leaving content in the media server;
the recording submodule is used for acquiring the call number in the media server, the corresponding call voice data and the message voice data of the lingering submodule, and the recording submodule can also convert the call voice data and the message voice data into character data and send the character data to the management terminal, so that the management terminal can acquire the corresponding call character record and message character record of the call number.
Further, the docking module is also used for deploying an SIP line, so that the intelligent voice device performs IP address docking with a mobile network number through a number of a fixed telephone.
Further, the service platform also comprises a control module, the control module is used for controlling the intelligent household equipment and comprises a sensor submodule, a monitoring submodule and a voice control submodule,
the sensor sub-module is used for acquiring home environment information through a sensor, and is connected with the media server through a sensing cloud network, so that data of the sensor sub-module in the media server can be sent to the management terminal through an HTTP (hyper text transport protocol);
the setting submodule is used for setting working parameters of different modes of the intelligent household equipment;
the voice control submodule is used for acquiring the setting submodule data and the intelligent voice equipment data so as to control the intelligent home equipment to switch modes and control the running state of the intelligent home equipment through voice or the communication voice of the management terminal.
Furthermore, the setting submodule is further used for controlling the definition of the keywords and setting the working parameters of the corresponding intelligent home equipment, so that the voice control submodule controls the intelligent home equipment to operate according to the preset working parameters according to the control keywords obtained by the intelligent voice equipment.
Furthermore, the control module further comprises a learning submodule, and the learning submodule is used for acquiring the running state of the intelligent household equipment in each time period through the voice control submodule and adjusting working parameters of different modes of the intelligent household equipment according to a machine learning algorithm.
The system comprises a sensor submodule, an alarm module and a management terminal, wherein the sensor submodule is used for acquiring data of the sensor submodule, the alarm module can set sensors as general sensors and key sensors and different alarm values for different sensors, and when a measurement value of the general sensor exceeds the alarm value, the alarm module sends an alarm signal to the management terminal through an HTTP (hyper text transport protocol); the alarm module controls the intelligent voice equipment to start an alarm voice signal and dial the management terminal so that the alarm signal is sent to the management terminal through conversation voice.
The invention has the beneficial effects that:
1. under the effect of the butt joint module, the PSTN network of the fixed telephone number can be in butt joint with the media server through the SIP protocol, so that the call voice data of the fixed telephone number is transmitted in a VoIP transmission mode, the intelligent voice equipment can obtain the call voice content of the fixed telephone through the media server, the number of the fixed telephone is connected to the intelligent voice equipment, the intelligent voice equipment replaces the fixed telephone, and the call of the fixed telephone number is not limited by a telephone line. In the invention, through the privacy number module, when the privacy number call is needed, the privacy number module assigns an intermediate number X to the fixed telephone number A, and then the fixed telephone number A, the intermediate number X and another fixed telephone number or a mobile telephone number B form a temporary binding relationship AXB, so that the call between the number A and the number B is realized by using the X number as an explicit number, thereby ensuring that the real number of the user is not leaked.
2. Because the management terminal can be bound with intelligent voice equipment, when the management terminal and the intelligent voice equipment are connected into the same local area network, the management terminal can register the privacy number in the registration submodule, upload the identity card information and sign the protocol laws, the user of the fixed telephone number can be ensured to use the privacy number under the legal condition, illegal personnel can be prevented from carrying out illegal operation by utilizing the privacy number, the management terminal is utilized to set the intelligent voice equipment and the fixed telephone number, and the management portability of the intelligent voice equipment and the fixed telephone number can be improved. Meanwhile, under the action of the dialing selection submodule, the adopted dialing number can be determined with the user before the intelligent voice equipment dials, and the user can be ensured to independently select a privacy number or a real number; and the address list number of the management terminal can be stored through the address list storage module, so that when a user dials the number of a contact person in the address list through the intelligent voice equipment, the dial selection submodule can automatically select a real number to dial out, and the convenience of dialing is improved.
3. Under the effect of control module, can intelligent home equipment control through intelligent speech equipment, for the user improves efficient home equipment control mode. Under the action of the sensor submodule, the information of the environment condition at home can be acquired in real time, so that a user can acquire the condition at home through the management terminal; and alarm module can be set for general sensor and key sensor with the sensor, like humidity transducer, temperature sensor, the sensor of light sensor class is set for general sensor, when the monitoring value of general sensor surpassed the threshold value, alarm module sends alarm signal to management terminal through the HTTP protocol, so that the user when at home, can be through the running state of pronunciation direct control intelligent home equipment, the user is outside, through the running state of management terminal with intelligent speech equipment's conversation control intelligent home equipment, in order to guarantee that the family is in healthy environment. The smoke sensor, the fire sensor and the anti-theft sensor are set as key sensors, when the monitoring value of the key sensor exceeds a threshold value, the intelligent voice device sends out an alarm signal, and meanwhile, the alarm signal is notified to the management terminal in a dialing mode, so that a user at home and a user outside can know the occurrence of a dangerous condition in time.
Drawings
Fig. 1 is a block diagram of a secure privacy call system of an intelligent voice device according to a preferred embodiment of the present invention.
Fig. 2 is a flow chart of the secure privacy telephony system of the intelligent voice device in accordance with a preferred embodiment of the present invention.
Fig. 3 is a schematic diagram of a sensing cloud network structure of a secure privacy call system of an intelligent voice device according to a preferred embodiment of the present invention.
In the figure, 1-butt joint module, 2-media server, 3-intelligent voice equipment, 4-service platform, 41-privacy number module, 411-registration sub-module, 412-privacy number database, 413-privacy number association sub-module, 414-dial selection sub-module, 42-address list storage module, 43-call processing module, 431-message sub-module, 432-recording sub-module, 44-control module, 441-sensor sub-module, 442-setting sub-module, 443-voice control sub-module, 444-learning sub-module, 45-alarm module, 5-network port, 6-management terminal
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used in the description of the invention herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items.
Referring to fig. 1 and fig. 2, a secure privacy call system of an intelligent voice device according to a preferred embodiment of the present invention includes a docking module 1, a media server 2, an intelligent voice device 3, and a service platform 4.
The docking module 1 is used for accessing the PSTN network 11 through the SIP protocol, so that the voice data of the fixed telephone is transmitted in the VoIP transmission mode.
In this embodiment, the docking module 1 is connected to the PSTN 11 through a voice trunk line, and drops the voice data of the fixed-line telephone to the voice gateway, and the voice gateway is connected to the media server 2, so that the voice data of the fixed-line telephone is transmitted in a VoIP transmission manner. The docking module 1 is also used for deploying an SIP line, so that the intelligent voice device 3 performs IP address docking with a mobile network number through a number of a fixed telephone, and can realize that the fixed telephone number calls the mobile network number through a mobile network manner through the IP address docking.
The media server 2 is used for acquiring the data of the docking module 1 and sharing the voice data to the local area network.
The intelligent voice device 3 is used for accessing the internet and a local area network through the network port 5, and the intelligent voice device 3 is in butt joint with the media server 2 through the network port 5, so that the intelligent voice device 3 is associated with the number of the fixed telephone, and the intelligent voice device 3 performs voice control dialing and answering and performs voice call through the number of the fixed telephone. The intelligent voice device 3 of the embodiment is an intelligent sound box.
Under the effect of the docking module 1, the PSTN network 11 of the fixed telephone number can be docked with the media server 2 through the SIP protocol, so that the call voice data of the fixed telephone number is transmitted through the transmission mode of the VoIP, and the intelligent voice device 3 can obtain the call voice content of the fixed telephone through the media server 2, thereby realizing that the number of the fixed telephone is accepted into the intelligent voice device 3, and the intelligent voice device 3 replaces the fixed telephone, so that the call of the fixed telephone number is not restricted by a telephone line.
The service platform 4 is used for controlling and managing the intelligent voice device 3 through the management terminal 6, and the management terminal 6 is connected with the intelligent voice device 3 through a local area network and used for managing the intelligent voice device 3. The management terminal 6 of the present embodiment is a smartphone.
The service platform 4 includes a privacy number module 41, the privacy number module 41 is used for providing a privacy number, and the privacy number module 41 can associate the privacy number with the number of the fixed telephone, so that the intelligent voice device 3 can dial through the virtual number.
In the embodiment, through the privacy number module 41, when a privacy number call needs to be performed, the privacy number module 41 assigns an intermediate number X to the fixed telephone number a, and then the fixed telephone number a, the intermediate number X and another fixed telephone number or a mobile telephone number B form a temporary binding relationship AXB, so that the call between the number a and the number B is performed by using the X number as an explicit number to realize a safe privacy call function, so that the real number of the user is not leaked.
In the embodiment, the secure privacy conversation is performed in a mode that the internet is combined with the intelligent voice device 2, so that the fixed telephone service is not limited by a telephone line and the secure privacy conversation, operators and 2C fixed telephone network users are reserved, the number resources of the fixed telephone network are finally reserved, and the resource waste phenomenon in the field of the communication industry is restrained and reflowed to a certain extent.
In this embodiment, the privacy number module 41 includes a registration sub-module 411, a privacy number database 412, a privacy number association sub-module 413, and a dialing selection sub-module 414.
The registration sub-module 411 is used for registering the private account, and the registration sub-module 411 uploads the identity card information and signs the agreement and regulation through the management terminal 6.
The privacy number database 412 is used for storing and updating privacy numbers; the privacy number association sub-module 413 is configured to obtain the privacy number of the privacy number database 412 and associate the privacy number with the number of the voice gateway.
The dialing selection sub-module 414 is configured to query whether to use the privacy number through the intelligent voice device 3 before dialing, so that the intelligent voice device 3 dials according to the selected landline telephone number or the corresponding privacy number through the SIP protocol.
Because the management terminal 6 can be bound with the intelligent voice device 3, when the management terminal 6 and the intelligent voice device 3 are connected into the same local area network, the management terminal 6 can register the privacy number in the registration submodule 411, upload the identity card information and sign the protocol rules, so that the user of the fixed telephone number can use the privacy number under the legal condition, illegal operation by using the privacy number can be avoided, and the management terminal 6 is used for setting the intelligent voice device 3 and the fixed telephone number, so that the management convenience of the intelligent voice device 3 and the fixed telephone number can be improved.
In this embodiment, the service platform 4 further includes an address list storage module 42 and a call processing module 43
The address book obtaining module 42 is configured to obtain address book data of the management terminal 6, and store the address book data of the management terminal 6 in the media server 2, so that the intelligent voice device 3 dials by calling a contact in the address book of the management terminal 6. The dial selection sub-module 414 can obtain the address book data in the media server 2 to automatically select the fixed telephone number for dialing when the intelligent voice device 3 dials the address book contact person.
Under the action of the address book obtaining module 42, when the user initiates a command voice for calling the contact person to the intelligent voice device 3, the dialing selection submodule 414 can dial the number corresponding to the called contact person, so that the convenience of the intelligent voice device 3 is improved.
The call processing module 43 includes a message submodule 431 and a recording submodule 432, the message submodule 431 is used for triggering time setting of the message leaving prompt, so that the intelligent voice device 3 sends a message leaving prompt to the number of the incoming call within a set time period and after the ringing duration is set, and the message submodule 431 can store message contents in the media server 2.
The recording submodule 432 is configured to obtain the call number in the media server 2, the corresponding call voice data, and the message leaving voice data of the message submodule 431, and the recording submodule 432 is further configured to convert the call voice data and the message leaving voice data into text data and send the text data to the management terminal 6, so that the management terminal 6 obtains the corresponding call text record and the message leaving text record of the call number.
After the message block module 431 sets the time period for triggering the message prompt and the ringing time period, when the time period for triggering the message prompt is in, the incoming call prompt received by the intelligent voice equipment 3 does not ring, so that the user is prevented from being disturbed when having a rest, and meanwhile, the intelligent voice equipment 3 sends the message prompt to the number of the incoming call, so that the user can obtain the intention of the number of the incoming call in the idle time. When the dialing time of the incoming call reaches the set ringing duration, it is proved that no one is in the home to answer, and the incoming call number can be left through the message block module 431, so that the user can know the intention of the incoming call number in time.
Under the action of the recording sub-module 432, the call number, the corresponding call voice data, and the voice data of the message sub-module 431 can be converted into text data, so that the user can quickly know important information.
The service platform 4 further comprises a control module 44 and an alarm module 45.
The control module 44 is used for controlling the smart home device, and the control module 44 includes a sensor sub-module 441, a setting sub-module 442, and a voice control sub-module 443.
The sensor submodule 441 is used for acquiring home environment information through a sensor, and the sensor submodule 441 is connected with the media server 2 through a sensing cloud network, so that data of the sensor submodule 441 in the media server 2 can be sent to the management terminal 6 through an HTTP protocol.
In this embodiment, as shown in fig. 3, the sensor nodes at the bottom layer in the sensor submodule 441 are formed in a cellular structure and are uniformly distributed in a cellular area, and a Sink node is set at the center of each cell. And the Sink node and the sensor node are both provided with a single antenna. The Sink node is powered by a stable power supply; the sensor node is provided with an energy collecting device, collects energy from the radio frequency signal transmitted by the Sink node in a PS working mode and decodes information. In a network system formed by a Sink node and a sensor node, the Sink node is supposed to be able to detect the communication state of the Sink node in an adjacent cell, and the current cell Sink node and the adjacent cell Sink node compete for the same channel in a random access manner, so that at most one link between adjacent cells at each moment can successfully realize the downlink wireless energy-carrying communication SWIPT. After the Sink node successfully competes for the channel, the Sink node can acquire the state information of the channel. Due to the time-varying characteristic of channel fading, the channel state of a successful link competition may be good or poor, and only when the link condition is good, the successful Sink node competition starts to perform downlink SWIPT.
The Sink nodes can acquire the communication states of other links through cloud information sharing, and a plurality of Sink nodes in an interference range randomly access to a channel in a competition mode. At the same time, if a plurality of Sink nodes in the interference range use the same channel, the transmission conflicts; when data are distributed by one Sink node and only one Sink node, the data are transmitted successfully; and if no Sink node transmits data, the channel is idle. In order to detect the use condition of a channel, a Sink node sends data with the duration of tau to sensor nodes in a cell in a broadcasting mode, and the sensor nodes send back confirmation signals to the Sink node after receiving the data. The Sink node acquires the confirmation signal to make the channel competition successful. And when the channel competition is successful, acquiring the corresponding channel state information. The channel conditions known at this time may be good or bad due to channel fading. If the system transmits in a bad channel, higher transmit power is required to meet the energy harvesting requirements of the sensor nodes, which reduces the energy utilization of the system. In this embodiment, the link abandons the transmission, and all links are allowed to contend for the channel again until the channel contention is successful and the channel status is good, and then downlink SWIPT is performed. Then, suppose the system performs Y task processes, each task process is that the Sink node obtains channel use through channel competition, and when the channel state is good, downlink SWIPT is performed, task information and energy are sent to the sensor node in a broadcast mode in the current cell, and then the sensor node uses the collected energy to upload data to the Sink node in the next uplink stage. And if the Sink node obtains the channel through competition and the channel state is poor, abandoning the channel competition of the current round and waiting for the channel competition of the next round.
The setting submodule 442 is used for setting different mode working parameters of the smart home device.
The voice control sub-module 443 is configured to set sub-module 442 data and obtain smart voice device 3 data, so as to control the smart home device to perform mode switching and control the operating state of the smart home device through voice or call voice of the management terminal 6.
The alarm module 45 is used for acquiring data of the sensor submodule 441, the alarm module 45 can set the sensors as general sensors and key sensors, and set different alarm values for different sensors, and when the measurement value of the general sensor exceeds the alarm value, the alarm module 45 sends an alarm signal to the management terminal 6 through an HTTP protocol; when the measured value of the key sensor exceeds the alarm value, the alarm module 45 controls the intelligent voice device 3 to start an alarm voice signal and dial the management terminal 6, so that the alarm signal is sent to the management terminal 6 through the call voice.
Under the effect of control module 45, can intelligent home equipment control through intelligent speech equipment 3 to improve the high-efficient home equipment control mode for the user.
Under the action of the sensor submodule 441, the information of the home environment condition can be acquired in real time, so that the user can acquire the home condition through the management terminal 6. The alarm module 45 can set the sensors as general sensors and key sensors, such as a humidity sensor, a temperature sensor and an illumination sensor, and when the monitoring value of the general sensors exceeds a threshold value, the alarm module 45 sends an alarm signal to the management terminal through an HTTP (hyper text transport protocol) protocol, so that when a user is at home, the operation state of the intelligent household equipment can be directly controlled through voice; when the user is outside, the operation state of the intelligent household equipment is controlled through the communication between the management terminal 6 and the intelligent voice equipment 3, so that the condition that the user is in a healthy environment at home is ensured.
And smoke transducer, fire alarm sensor, theftproof sensor are set for key sensor, and when key sensor's monitoring value exceeded the threshold value, intelligent speech equipment 3 sends alarm signal, and management terminal 6 is informed through the mode of dialing with alarm signal simultaneously to make the user at home and the user outside can in time learn the emergence of dangerous condition.
In this embodiment, the control module 44 further includes a learning submodule 444, and the learning submodule 444 is configured to obtain the operation state of each time period of the smart home device through the voice control submodule 443, and adjust the working parameters of the smart home device in different modes according to a machine learning algorithm.
Because the number of the smart home devices is large, the smart home devices cannot be set in place in the setting process, and therefore when a certain mode is executed, some smart home devices may have improper working parameters, so that a user is required to control the smart voice device 3 through voice, after the adjustment, the learning submodule 444 can learn the habit of the user for using the smart home devices, so that the working parameters of the smart home devices are adjusted, the autonomous adjustment of the control of the smart home devices is realized, and the trouble that the user needs to set the repeated setting is reduced.
Referring to fig. 2, the process of the secure privacy call system of the intelligent voice device in this embodiment is as follows:
and S1, the intelligent voice device 3 accesses the Internet and the local area network through the network port 5.
S2, the fixed telephone number falls from the voice trunk to the voice gateway in the PSTN network 11.
And S3, the voice gateway transmits the call voice to the media server 2 in a VoIP mode under the SIP protocol.
And S4, the intelligent voice equipment carries out conversation in a mode of landing the VoIP + PSTN.
And S5, connecting the management terminal and the intelligent voice equipment to the same local area network, and setting by using the privacy number.
And S6, the privacy number module is associated with the number of the voice gateway, so that the number of the fixed telephone is exposed out of the privacy number.
Claims (10)
1. A safe privacy conversation system of intelligent voice equipment is characterized by comprising a butt joint module (1), a media server (2), intelligent voice equipment (3) and a service platform (4),
the docking module (1) is used for accessing a PSTN (11) through an SIP (Session initiation protocol) protocol so as to transmit voice data of a fixed telephone in a VoIP transmission mode;
the media server (2) is used for acquiring the data of the docking module (1) and sharing the voice data to a local area network;
the intelligent voice equipment (3) is used for accessing the Internet and a local area network through a network port (5), and the intelligent voice equipment (3) is in butt joint with the media server (2) through the network port (5) so as to enable the intelligent voice equipment (3) to be associated with the number of a fixed telephone and enable the intelligent voice equipment (3) to carry out voice control dialing and answering and voice call through the number of the fixed telephone;
the service platform (4) is used for controlling and managing the intelligent voice equipment (3) through a management terminal (6), and the management terminal (6) is connected with the intelligent voice equipment (3) through a local area network and is used for managing the intelligent voice equipment (3);
the service platform (4) comprises a privacy number module (41), the privacy number module (41) is used for providing privacy numbers, and the privacy number module (41) can associate the privacy numbers with numbers of the fixed telephones, so that the intelligent voice equipment (3) can dial through the virtual numbers.
2. The secure privacy phone system of intelligent voice device according to claim 1, characterized in that: the docking module (1) is connected with a PSTN (public switched telephone network) through a voice trunk line, and the voice data of the fixed telephone is landed to a voice gateway, and the voice gateway is connected with the media server (2) so that the voice data of the fixed telephone is transmitted in a VoIP transmission mode.
3. The secure privacy phone system of intelligent voice device according to claim 2, characterized in that: the privacy number module (41) comprises a registration submodule (411), a privacy number database (412), a privacy number association submodule (413) and a dialing selection submodule (414), wherein the registration submodule (411) is used for registering a privacy account, and the registration submodule (411) uploads identity card information and signs agreement and regulation through the management terminal (6); the privacy number database (412) is used for storing and updating privacy numbers; the privacy number association submodule (413) is used for acquiring the privacy number of the privacy number database (412) and associating the privacy number with the number of the voice gateway; the dialing selection submodule (414) is used for inquiring whether to use the privacy number through the intelligent voice equipment (3) before dialing, so that the intelligent voice equipment (3) dials through an SIP protocol according to the selected fixed telephone number or the corresponding privacy number.
4. The system according to claim 3, wherein the system comprises: the service platform (4) further comprises an address book storage module (42), wherein the address book acquisition module (42) is used for acquiring address book data of the management terminal (6) and storing the address book data of the management terminal (6) to the media server (2), so that the intelligent voice equipment (3) dials by calling a contact of the address book of the management terminal (6); the dialing selection submodule (414) can acquire address book data in the media server (2) so as to automatically select fixed telephone numbers to dial when the intelligent voice equipment (3) dials address book contacts.
5. The secure privacy phone system of intelligent voice device according to claim 1, characterized in that: the service platform (4) further comprises a call processing module (43), the call processing module (43) comprises a message leaving submodule (431) and a recording submodule (432), the message leaving submodule (431) is used for triggering time setting of message leaving prompt, so that the intelligent voice equipment (3) sends message leaving prompt to the number of an incoming call in a set time period and after ringing duration is set, and the message leaving submodule (431) can store message contents in the media server (2);
the recording submodule (432) is used for acquiring a call number, corresponding call voice data and message voice data of the message submodule (431) in the media server (2), and the recording submodule (432) can also convert the call voice data and the message voice data into text data and send the text data to the management terminal (6), so that the management terminal (6) acquires the corresponding call text record and the message text record of the call number.
6. The secure privacy phone system of intelligent voice device according to claim 1, characterized in that: the docking module (1) is also used for deploying SIP lines so that the intelligent voice equipment (3) can perform IP address docking with a mobile network number through the number of a fixed telephone.
7. The secure privacy phone system of intelligent voice device according to claim 1, characterized in that: the service platform (4) further comprises a control module (44), the control module (44) is used for controlling the intelligent household equipment, the control module (44) comprises a sensor sub-module (441), a setting sub-module (442) and a voice control sub-module (443),
the sensor submodule (441) is used for acquiring home environment information through a sensor, and the sensor submodule (441) is connected with the media server (2) through a sensing cloud network, so that data of the sensor submodule (441) in the media server (2) can be sent to the management terminal (6) through an HTTP (hyper text transport protocol);
the setting submodule (442) is used for setting working parameters of different modes of the intelligent household equipment;
the voice control submodule (443) is used for acquiring the data of the setting submodule (442) and the data of the intelligent voice device (3) so as to control the intelligent home device to switch modes and control the running state of the intelligent home device through voice or the communication voice of the management terminal (6).
8. The secure privacy phone system of claim 7, wherein: the setting submodule (442) is further configured to control definition of keywords and setting of working parameters of corresponding smart home devices, so that the voice control submodule (443) controls the smart home devices to operate according to preset working parameters according to the control keywords obtained by the smart voice devices (3).
9. The secure privacy phone system of claim 7, wherein: the control module (44) further comprises a learning submodule (444), and the learning submodule (444) is used for acquiring the running state of the intelligent household equipment in each time period through the voice control submodule (443) and adjusting the working parameters of the intelligent household equipment in different modes according to a machine learning algorithm.
10. The secure privacy phone system of claim 7, wherein: the alarm module (45) is used for acquiring data of the sensor submodule (441), the alarm module (45) can set sensors as general sensors and key sensors and set different alarm values for different sensors, and when a measurement value of the general sensor exceeds the alarm value, the alarm module (45) sends an alarm signal to the management terminal (6) through an HTTP (hyper text transport protocol); when the measured value of the key sensor exceeds the alarm value, the alarm module (45) controls the intelligent voice equipment (3) to start an alarm voice signal and dial the management terminal (6), so that the alarm signal is sent to the management terminal (6) through conversation voice.
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