CN107465832B - System and method for connecting and calling mobile phone by using expansion equipment - Google Patents

System and method for connecting and calling mobile phone by using expansion equipment Download PDF

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Publication number
CN107465832B
CN107465832B CN201710792650.8A CN201710792650A CN107465832B CN 107465832 B CN107465832 B CN 107465832B CN 201710792650 A CN201710792650 A CN 201710792650A CN 107465832 B CN107465832 B CN 107465832B
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mobile phone
control center
module
equipment
bluetooth
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CN107465832A (en
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佟飞
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Beijing Zhiwang Times Technology Co ltd
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Beijing Zhiwang Times Technology Co ltd
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
    • H04M1/724—User interfaces specially adapted for cordless or mobile telephones
    • H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality
    • H04M1/72409—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality by interfacing with external accessories
    • H04M1/72412—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality by interfacing with external accessories using two-way short-range wireless interfaces
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
    • H04M1/724—User interfaces specially adapted for cordless or mobile telephones
    • H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality
    • H04M1/72409—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality by interfacing with external accessories
    • H04M1/72415—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality by interfacing with external accessories for remote control of appliances
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
    • H04M1/724—User interfaces specially adapted for cordless or mobile telephones
    • H04M1/72484—User interfaces specially adapted for cordless or mobile telephones wherein functions are triggered by incoming communication events
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/80—Services using short range communication, e.g. near-field communication [NFC], radio-frequency identification [RFID] or low energy communication
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W8/00—Network data management
    • H04W8/005—Discovery of network devices, e.g. terminals
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M2250/00—Details of telephonic subscriber devices
    • H04M2250/74—Details of telephonic subscriber devices with voice recognition means

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Human Computer Interaction (AREA)
  • Databases & Information Systems (AREA)
  • Telephone Function (AREA)
  • Mobile Radio Communication Systems (AREA)
  • Telephonic Communication Services (AREA)

Abstract

The invention discloses a system for connecting and calling a mobile phone by using expansion equipment, which is characterized in that: the system comprises an expansion equipment control center and expansion equipment terminal equipment, wherein the expansion equipment control center is arranged in a room in a home and used for making and receiving a mobile phone call by using expansion equipment; the invention makes family members not need to hold the mobile phone to answer the phone when needing to answer the mobile phone by arranging the control center and the terminal device which are based on the extension device to dial the mobile phone, and the user can answer the phone when the user sorts the keyboard by two hands, arranges housework by two hands and answers the phone when the user holds the old and the children by two hands. The invention adopts the extension equipment to make and receive the mobile phone call, prolongs the distance between the person and the mobile phone when in communication and is beneficial to the health of the human body.

Description

System and method for connecting and calling mobile phone by using expansion equipment
Technical Field
The invention belongs to the technical field of intelligent home furnishing, and particularly relates to a system and a method for connecting and calling a mobile phone by using expansion equipment.
Background
Human science and technology can be improved only in continuous negation, continuous pursuit and continuous unsatisfying, and although the mobile phone brings great convenience to the life of people since the emergence of the mobile phone, the mobile phone still has unsatisfied service for human beings so far: the first unsatisfactory point of using the mobile phone is the harm to human body caused by the radiation of the mobile phone, and in the end of 2011, the World Health Organization (WHO) subordinate international cancer research Institute (IARC) finally attaches a label of possible carcinogenesis to the radiation of the mobile phone; at the end of 5 months in 2005, a swedish research report indicated that the human body was most susceptible to radiation at the instant the phone was turned on. In summary, the fact that the radiation of a mobile phone is harmful to the human body has been disappointing. Although the radiation of the mobile phone can be reduced by using the Bluetooth headset to make and receive the mobile phone call, most people do not have the habit because the nature of human is lazy; the second unsatisfactory point of using a mobile phone is that the mobile phone must be held when the user connects or disconnects the mobile phone, and everyone has countless experiences: when the mobile phone is inconvenient to take and sound suddenly, the mobile phone can feel very helpless; or, when you are in one room and the phone is in another room, the ring suddenly rings, and you must go to the call for pickup no matter how convenient or inconvenient you are currently. Due to the inconvenience, in modern family life, people are increasingly reluctant to use a mobile phone to make and receive calls, and the WeChat voice message function of the smart phone is used for replacing the mobile phone to make and receive calls, but the popularization rate of the smart phone is only more than fifty percent, so that the WeChat voice function still has no effect on a certain part of the old people who do not have the smart phone or do not use or do not want to learn to use WeChat.
To sum up, the problem is solved, firstly, the radiation of the mobile phone is harmful to human body because the distance between the mobile phone and the human body is very close when the mobile phone is used for receiving and making a call, and secondly, the user must hold the mobile phone to receive and make a call when receiving and making a call, which causes inconvenience in many cases.
Disclosure of Invention
The invention provides a system and a method for connecting and calling a mobile phone across rooms, aiming at solving the problems of inconvenience caused by the fact that a user must hold the mobile phone when connecting and calling the mobile phone and harm to human bodies caused by the fact that the mobile phone is in close range and the human bodies are contacted.
The technical problem to be solved by the invention is realized by adopting the following technical scheme:
a system for connecting and answering a mobile phone call by using an extension device comprises an extension device control center and an extension device terminal device, wherein the extension device control center and the extension device terminal device are arranged in a room in a home and are used for connecting and answering the mobile phone call by using the extension device, and the extension device control center is connected with the extension device terminal device through a WIFI network.
The number of the expansion equipment control centers which are arranged in the rooms in the home is one, and the expansion equipment control centers can be arranged in any room in the mobile phone Bluetooth signal coverage range according to the needs; the number of the expansion device terminal devices deployed in each indoor room of the home is multiple, and one expansion device terminal device can be deployed in each room according to needs.
The expansion equipment terminal equipment comprises a playback module, a pickup module, a photographing module, a terminal equipment control module and a WIFI communication module; the playback module, the pickup module and the photographing module are respectively connected with the terminal equipment control module in a bidirectional way; the terminal equipment control module is in bidirectional connection with the WIFI communication module.
The expansion equipment control center comprises a WIFI communication module, a mobile phone and user binding module, a data conversion module, a control center control module and a control center Bluetooth module; the control center Bluetooth module, the mobile phone and user binding module, the data conversion module and the WIFI communication module are respectively in bidirectional connection with the control center control module; the control center comprises an external module: the voice print recognition module, the human shape recognition module and the voice recognition and semantic understanding module are respectively connected with the control center control module in a bidirectional mode.
When the control center Bluetooth module is connected with the mobile phone Bluetooth module, the control center acquires a mobile phone phonebook from the mobile phone through a Bluetooth protocol and stores the mobile phone phonebook into the control center control module, wherein the phonebook comprises a phone number and a name corresponding to the phone number.
The data conversion module converts the Bluetooth data into the WIFI data and converts the WIFI data into the Bluetooth data, when the expansion equipment answers a mobile phone, the mobile phone Bluetooth data needs to be converted into the WIFI data received by the expansion equipment terminal equipment, and when the expansion equipment sends voice to the mobile phone, the WIFI data needs to be converted into the Bluetooth data received by the mobile phone end.
The control center judges the mobile phone corresponding to the voiceprint owner through the voiceprint recognition module, and then starts the Bluetooth communication between the control center and the mobile phone; the control center judges the position of the current room through the human shape recognition module, and then starts the terminal equipment of the current room according to the position of the current room, wherein the started terminal equipment of the current room comprises a playback module, a sound pickup module and a photographing module; when the expansion equipment dials the mobile phone, the control center dials the corresponding phone in the phone book of the control center through the voice recognition and semantic understanding result.
A method for making and receiving mobile phone calls comprises the following steps:
step one, the mobile phone and the control center carry out Bluetooth communication initialization;
step two, if the user needs to answer the phone, the system expansion equipment is used for answering the mobile phone; if the user needs to make a call, the system expansion equipment is used for making a mobile phone call.
Initializing the Bluetooth communication between the mobile phone and the control center in the first step, wherein the specific process is as follows;
Figure 100002_DEST_PATH_IMAGE001
each indoor mobile phone Bluetooth device respectively initiates a call to the surrounding devices, searches the Bluetooth device matched with the indoor mobile phone Bluetooth device, and establishes a mutual communication link after finding the Bluetooth device of the control center;
Figure DEST_PATH_IMAGE002
after a communication link is established, the control center acquires a phone book of each mobile phone through a Bluetooth protocol and stores the phone book to the control center, wherein the phone book comprises phone numbers and corresponding names;
and step two, using the system expansion equipment to answer the mobile phone call, the specific process is as follows:
Figure 913159DEST_PATH_IMAGE001
ringing a mobile phone incoming call, and bidirectionally communicating the mobile phone Bluetooth device with the control center Bluetooth device;
Figure 95878DEST_PATH_IMAGE002
the control center obtains the phone number of the incoming call mobile phone and transfers the phone number to the receiver;
Figure DEST_PATH_IMAGE003
the control center inquires whether a telephone receiver answers the telephone or not through the terminal equipment;
Figure DEST_PATH_IMAGE004
if the answering person of the mobile phone replies the relevant information of agreeing to answer the call to the terminal equipment, the control center sends a signal of answering the call to the mobile phone through a Bluetooth protocol and the process is switched to
Figure 100002_DEST_PATH_IMAGE005
(ii) a If the mobile phone answering person replies the relevant information of the phone not agreeing to answer to the terminal equipment, the control center sends the information of hanging up the phone to the mobile phone through the Bluetooth protocol;
Figure 485402DEST_PATH_IMAGE005
the two parties carry out telephone voice communication; the two parties carry out telephone voice communication, and as a voice signal of a mobile phone sender, a Bluetooth signal is converted into a WIFI signal which can be accepted by the terminal equipment through a data conversion module of the control center; the voice sent by the receiver is converted into a Bluetooth signal acceptable by the mobile phone through a data conversion module of the control center;
and step two, dialing the mobile phone by using the system expansion equipment, which comprises the following specific processes:
Figure 146191DEST_PATH_IMAGE001
a mobile phone caller sends a request for dialing the mobile phone to terminal equipment;
the request for dialing the mobile phone comprises a dialed person name;
Figure 242454DEST_PATH_IMAGE002
the terminal equipment sends a request with the name of the dialed person and data containing the human shape of the dialed person to a control center;
Figure 596075DEST_PATH_IMAGE003
the control center sends a request with the name of the dialed person to the languageA voice recognition and semantic understanding module; and sending the data containing the shape of the dialed person to a figure recognition module externally connected with the control center;
Figure 128687DEST_PATH_IMAGE004
the voice recognition and semantic understanding module returns the voice recognition and semantic understanding result containing the name of the dialed person to the control center; the human shape recognition module returns a human shape recognition result to the control center;
Figure 858746DEST_PATH_IMAGE005
the control center searches the matched telephone number from the telephone book according to the name of the dialed person and sends the telephone number information of the dialed person to the mobile phone through a Bluetooth protocol;
Figure DEST_PATH_IMAGE006
the mobile phone sends the phone number information of the dialed person to the mobile phone base station, and the mobile phone base station feeds back the information of the phone call connection agreed or not agreed by the dialed person to the mobile phone;
Figure 100002_DEST_PATH_IMAGE007
if the control center obtains the information that the telephone is dialed through the Bluetooth protocol, the control center judges the current room where the caller is located through the human shape recognition module, and starts the terminal equipment in the room to send out the voice which can start the conversation between the caller and the caller;
Figure DEST_PATH_IMAGE008
the two parties carry out telephone voice communication: a voice signal sent by the terminal equipment dialing a phone number converts WIFI data into Bluetooth data through a data conversion module of the control center; and the signal returned by the voice of the mobile phone of the other party converts the Bluetooth data into WIFI data through the data conversion module of the control center.
The process of the second step
Figure 871833DEST_PATH_IMAGE002
The control center obtains the phone number of the incoming call mobile phone and transfers the phone number to the receiver, and the specific method comprises the following steps:
Figure DEST_PATH_IMAGE009
the mobile phone Bluetooth initiates a call to the peripheral equipment, searches the Bluetooth equipment matched with the mobile phone Bluetooth equipment, and after finding the Bluetooth equipment of the control center, the mobile phone Bluetooth successfully matches the peripheral equipment and establishes a communication link;
Figure DEST_PATH_IMAGE010
the control center acquires the incoming call mobile phone number and the name of the caller from the Bluetooth protocol;
Figure 100002_DEST_PATH_IMAGE011
the control center obtains the holder of the mobile phone from the mobile phone and the user binding module;
Figure DEST_PATH_IMAGE012
the control center accesses the human shape recognition module to search the current room of the holder of the mobile phone;
Figure 100002_DEST_PATH_IMAGE013
and starting the terminal equipment in the room to send voice to the holder of the mobile phone to inform the holder of the incoming call information, wherein the incoming call information comprises the name of the caller.
Advantageous effects of the invention
1. The invention makes family members not need to hold a mobile phone to answer the phone when needing to answer the mobile phone, but can carry out voice communication facing the air at any place and any corner of a room provided with the terminal equipment, and the terminal equipment in the room transmits voice information to the control center; the family members using the system can make and receive calls while knocking the keyboard by the two hands, also can make and receive calls while arranging housework by the two hands, and also can make and receive calls when the old and children are supported by the two hands.
2. The invention utilizes the principle that the distance between voice recognition and a caller in a family room is generally not more than 5 meters in an effective range, the principle that an indoor camera can distinguish different human shapes in the family, the principle that the communication distance between household Bluetooth equipment is generally not more than 10 meters in an effective range, the principle that Bluetooth equipment and WIFI equipment can mutually extend communication and the principles of voiceprint recognition, human shape recognition, voice recognition and semantic understanding to solve the bottleneck problem of remote communication between people and a mobile phone, prolong the communication distance between the people and the mobile phone, realize cross-room mobile phone communication, fundamentally block a channel harmful to the human body by mobile phone radiation and be beneficial to human health.
Drawings
FIG. 1 is a system architecture diagram of the present invention;
FIG. 2 is a diagram of a control center framework of the present invention;
fig. 3 is a frame diagram of the terminal device of the present invention.
Detailed Description
Design principle of the invention
1. And (5) installing the effective communication distance between the control center and the terminal equipment. Only one control center needs to be installed in each household. The control center is used for communicating with the mobile phone Bluetooth, and the Bluetooth communication distance is 10 meters, so the control center can be arranged in a room and is not more than 10 meters away from any mobile phone. The terminal devices are installed one for each room as needed. Each terminal device is integrated with a playback module, a pickup module and a photographing module. Because the best voice recognition effect of voice recognition is within the range of 5 meters (the voice recognition effect can reach more than 95% within the range of 5 meters), and the length or width of an indoor house of a general building design family cannot exceed 5 meters, a sound pickup module is arranged in each room, and the voice pickup module can be used for receiving the voice of indoor people in any corner.
2. The human shape recognition is used for families, and the accuracy is high. The invention calls the human shape recognition module to distinguish the family members, and because each human body contour can be distinguished in the small family range, the human shape recognition technology can be adopted in the small family range, and the complex technology of face recognition can be completely avoided.
3. And voice recognition and semantic understanding technologies are adopted to replace manual dialing or hanging up of the mobile phone. When a user of the system needs to dial a mobile phone or hang up the mobile phone, the user firstly sends out voice containing connection or hang up intentions, and then the voice is translated by the voice recognition and semantic understanding module of the system and then sent to the mobile phone.
4. After the two parties call, in the process of conversation, the voice recognition and semantic understanding module of the system is always in a working state, the data translated by the voice recognition and semantic understanding module are divided into two types of data which can be transmitted and data which can not be transmitted, when the translated content relates to the content of connecting or hanging up the call, the control center transmits the data to the mobile phone through a Bluetooth protocol, and when the translated content relates to the content of chatting between the two parties, the control center does not transmit the data to the mobile phone.
Based on the principle of the invention, as shown in fig. 1, the invention designs a system for connecting and answering a mobile phone call by using an extension device, which comprises an extension device control center and an extension device terminal device, wherein the extension device control center is arranged in a room in a home and is used for connecting and answering the mobile phone call by using the extension device, and the extension device control center is connected with the extension device terminal device through a WIFI network.
The number of the expansion equipment control centers deployed in the rooms in the home is one, and the expansion equipment control centers can be deployed in any room within the mobile phone Bluetooth signal coverage range according to the needs; the number of the expansion device terminal devices deployed in each household indoor room is multiple, and one expansion device terminal device can be deployed in each room according to needs.
As shown in fig. 3, the expansion device terminal device includes a playback module, a sound pickup module, a photographing module, a terminal device control module, and a WIFI communication module; the playback module, the pickup module and the photographing module are respectively connected with the terminal equipment control module in a bidirectional way; the terminal equipment control module is in bidirectional connection with the WIFI communication module.
As shown in fig. 2, the expansion device control center includes a WIFI communication module, a mobile phone and user binding module, a data conversion module, a control center control module, and a control center bluetooth module; the control center Bluetooth module, the mobile phone and user binding module, the data conversion module and the WIFI communication module are respectively in bidirectional connection with the control center control module; the control center comprises an external module: the voice print recognition module, the human shape recognition module and the voice recognition and semantic understanding module are respectively connected with the control center control module in a bidirectional mode.
When the control center Bluetooth module is connected with the mobile phone Bluetooth module, the control center acquires a mobile phone phonebook from the mobile phone through a Bluetooth protocol and stores the mobile phone phonebook into the control center control module, wherein the phonebook comprises a phone number and a name corresponding to the phone number.
The data conversion module converts the Bluetooth data into the WIFI data and converts the WIFI data into the Bluetooth data, when the expansion equipment answers a mobile phone, the mobile phone Bluetooth data needs to be converted into the WIFI data received by the expansion equipment terminal device, and when the expansion equipment sends voice to the mobile phone, the WIFI data needs to be converted into the Bluetooth data received by the mobile phone end.
The control center judges the mobile phone corresponding to the voiceprint owner through the voiceprint recognition module, and then starts Bluetooth communication between the control center and the mobile phone; the control center judges the position of the current room through the human shape recognition module, and then starts the terminal equipment of the current room according to the position of the current room, wherein the started terminal equipment of the current room comprises a playback module, a sound pickup module and a photographing module; when the expansion equipment dials the mobile phone, the control center dials the corresponding phone in the phone book of the control center through the voice recognition and semantic understanding result.
A method for answering a mobile phone call comprises the following steps:
step one, the mobile phone and the control center carry out Bluetooth communication initialization;
step two, if the user needs to answer the phone, the system expansion equipment is used for answering the mobile phone; if the user needs to make a call, the system expansion equipment is used for making a mobile phone call.
The mobile phone and the control center in the first step carry out Bluetooth communication initialization, and the specific process is as follows;
Figure 268791DEST_PATH_IMAGE001
each indoor mobile phone Bluetooth device respectively initiates a call to the surrounding devices, searches the Bluetooth device matched with the indoor mobile phone Bluetooth device, and establishes a mutual communication link after finding the Bluetooth device of the control center;
Figure 305012DEST_PATH_IMAGE002
after a communication link is established, the control center acquires a phone book of each mobile phone through a Bluetooth protocol and stores the phone book to the control center, wherein the phone book comprises phone numbers and corresponding names;
and step two, using the system expansion equipment to answer the mobile phone call, the specific process is as follows:
Figure 307603DEST_PATH_IMAGE001
ringing a mobile phone incoming call, and performing two-way communication between the mobile phone Bluetooth device and the control center Bluetooth device;
Figure 362146DEST_PATH_IMAGE002
the control center obtains the phone number of the incoming call mobile phone and transfers the phone number to the receiver;
the specific method comprises the following steps:
Figure 323149DEST_PATH_IMAGE009
the mobile phone Bluetooth initiates a call to the peripheral equipment, searches the Bluetooth equipment matched with the mobile phone Bluetooth equipment, and after finding the Bluetooth equipment of the control center, the mobile phone Bluetooth successfully matches the peripheral equipment and establishes a communication link;
Figure 830354DEST_PATH_IMAGE010
the control center acquires the incoming call mobile phone number and the name of the caller from the Bluetooth protocol;
Figure 387368DEST_PATH_IMAGE011
the control center obtains the holder of the mobile phone from the mobile phone and the user binding module;
Figure 296418DEST_PATH_IMAGE012
the control center accesses the human shape recognition module to search the current room of the holder of the mobile phone;
Figure 162743DEST_PATH_IMAGE013
and starting the terminal equipment in the room to send voice to the holder of the mobile phone to inform the holder of the incoming call information, wherein the incoming call information comprises the name of the caller.
Figure 157244DEST_PATH_IMAGE003
The control center inquires whether a telephone receiver answers the telephone or not through the terminal equipment;
Figure 767217DEST_PATH_IMAGE004
if the answering person of the mobile phone replies the relevant information of agreeing to answer the call to the terminal equipment, the control center sends a signal of answering the call to the mobile phone through a Bluetooth protocol and the process is switched to
Figure 547085DEST_PATH_IMAGE005
(ii) a If the receiver of the mobile phone replies to the terminal equipment that the receiver does not agree to receive the callThe control center sends the information of hanging up the phone to the mobile phone through the Bluetooth protocol;
Figure 584311DEST_PATH_IMAGE005
the two parties carry out telephone voice communication; the two parties carry out telephone voice communication, and as a voice signal of a mobile phone sender, a Bluetooth signal is converted into a WIFI signal which can be accepted by the terminal equipment through a data conversion module of the control center; the voice sent by the receiver is converted into a Bluetooth signal which can be accepted by the mobile phone through a data conversion module of the control center;
and step two, dialing the mobile phone by using the system expansion equipment, which comprises the following specific processes:
Figure 66108DEST_PATH_IMAGE001
a mobile phone caller sends a request for dialing the mobile phone to terminal equipment;
the request for dialing the mobile phone comprises a name of a dialed person;
Figure 479772DEST_PATH_IMAGE002
the terminal equipment sends a request with the name of the dialed person and data containing the human shape of the dialed person to a control center;
description of the invention: when a mobile phone caller sends a request for dialing the mobile phone to the terminal equipment, the photographing module and the pickup module of the terminal equipment send human-shape data and voice data to the WIFI communication module of the terminal equipment through the control center of the terminal equipment, and then the WIFI communication module of the terminal equipment sends the data to the WIFI communication module of the control center and the WIFI communication module of the control center sends the data to the control module of the control center.
Figure 97835DEST_PATH_IMAGE003
The control center sends the request with the name of the dialed person to the voice recognition and semantic understanding module; and will compriseThe data of the figure of the person to be dialed is sent to a figure recognition module externally connected with the control center;
Figure 319345DEST_PATH_IMAGE004
the voice recognition and semantic understanding module returns the voice recognition and semantic understanding result containing the name of the dialed person to the control center; the human shape recognition module returns a human shape recognition result to the control center;
Figure 288438DEST_PATH_IMAGE005
the control center searches the matched telephone number from the telephone book according to the name of the dialed person and sends the telephone number information of the dialed person to the mobile phone through a Bluetooth protocol;
Figure 974634DEST_PATH_IMAGE006
the mobile phone sends the phone number information of the dialed person to the mobile phone base station, and the mobile phone base station feeds back the information of the phone call connection agreed or not agreed by the dialed person to the mobile phone;
Figure 978362DEST_PATH_IMAGE007
if the control center obtains the information that the telephone is dialed through the Bluetooth protocol, the control center judges the current room where the caller is located through the human shape recognition module, and starts the terminal equipment in the room to send out the voice which can start the conversation between the caller and the caller;
Figure 357391DEST_PATH_IMAGE008
the two parties carry out telephone voice communication: a voice signal sent by the terminal equipment dialing a phone number converts WIFI data into Bluetooth data through a data conversion module of the control center; and the signal returned by the voice of the mobile phone of the other party converts the Bluetooth data into WIFI data through the data conversion module of the control center.
It should be emphasized that the described embodiments of the present invention are illustrative rather than limiting and, thus, the present invention includes embodiments that are not limited to those described in the detailed description.

Claims (6)

1. A system for accessing a cellular phone using an extension device, comprising: the system comprises an expansion equipment control center and expansion equipment terminal equipment, wherein the expansion equipment control center is arranged in a room in a home and used for making and receiving a mobile phone call by using expansion equipment;
the number of the expansion equipment control centers which are deployed in the rooms in the home is one, and the expansion equipment control centers are deployed in any room in the mobile phone Bluetooth signal coverage range according to the needs; the number of the expansion equipment terminal devices deployed in each household indoor room is multiple, and one expansion equipment terminal device is deployed in each room according to the requirement;
the expansion equipment control center comprises a WIFI communication module, a mobile phone and user binding module, a data conversion module, a control center control module and a control center Bluetooth module; the control center Bluetooth module, the mobile phone and user binding module, the data conversion module and the WIFI communication module are respectively in bidirectional connection with the control center control module; the control center control module comprises an external module: the voice print recognition module, the human shape recognition module and the voice recognition and semantic understanding module are respectively connected with the control center control module in a bidirectional mode;
the control center control module judges the mobile phone corresponding to the voiceprint owner through the voiceprint recognition module, and then starts Bluetooth communication between the control center of the expansion equipment and the mobile phone; the control center control module judges the position of the current room where the control center control module is located through the human shape recognition module, and then starts the terminal equipment of the current room according to the position of the current room where the control center control module is located, wherein the started terminal equipment of the current room comprises a sound reproduction module, a sound pickup module and a photographing module; when the expansion equipment terminal equipment dials a mobile phone call, the control center control module dials a corresponding call in a control center control module phone book through a voice recognition and semantic understanding result;
when the control center Bluetooth module is connected with the mobile phone Bluetooth module, the control center control module acquires a mobile phone phonebook from a mobile phone through a Bluetooth protocol and stores the phonebook into the control center control module, wherein the phonebook comprises phone numbers and names corresponding to the phone numbers;
the expansion equipment terminal equipment sends a request with the name of the dialed person and data containing the human shape of the dialed person to an expansion equipment control center; the extended equipment control center sends a request with the name of the dialed person to the voice recognition and semantic understanding module; and sending the data containing the dialing human figure to a human figure recognition module externally connected with the control center of the expansion equipment; the voice recognition and semantic understanding module returns a voice recognition and semantic understanding result containing the name of the dialed person to the extended equipment control center; the human shape recognition module returns a human shape recognition result to the control center of the expansion equipment; the extension equipment control center searches a matched telephone number from a telephone book according to the name of the dialed person and sends the telephone number information of the dialed person to the mobile phone through a Bluetooth protocol;
the mobile phone sends the phone number information of the dialed person to the mobile phone base station, and the mobile phone base station feeds back the information of the phone call connection agreed or not agreed by the dialed person to the mobile phone; if the extended equipment control center obtains the information that the telephone is dialed through from the Bluetooth protocol, the extended equipment control center judges the room where the caller is currently located through the human shape recognition module, and starts the extended equipment terminal equipment in the room to send out the voice which can start the conversation between the two parties to the caller; the two parties carry out telephone voice communication: the WIFI data are converted into Bluetooth data through a data conversion module of an expansion equipment control center by voice signals sent by dialing a telephone by expansion equipment terminal equipment; and converting the Bluetooth data into the WIFI data by a signal returned by the voice of the mobile phone of the other party through a data conversion module of the control center of the expansion equipment.
2. A system for answering a mobile phone call using an extension device according to claim 1, wherein: the expansion equipment terminal equipment comprises a playback module, a pickup module, a photographing module, a terminal equipment control module and a WIFI communication module; the playback module, the pickup module and the photographing module are respectively connected with the terminal equipment control module in a bidirectional way; the terminal equipment control module is in bidirectional connection with the WIFI communication module.
3. A system for answering a mobile phone call using an extension device according to claim 1, wherein: the data conversion module converts the Bluetooth data into the WIFI data and converts the WIFI data into the Bluetooth data, when the expansion equipment terminal device answers a mobile phone call, the mobile phone Bluetooth data need to be converted into the WIFI data received by the expansion equipment terminal device, and when the expansion equipment terminal device sends voice to the mobile phone, the WIFI data need to be converted into the Bluetooth data received by the mobile phone end.
4. A method for answering a mobile phone based on the system for answering a mobile phone by using an extension device of any one of claims 1-3, comprising the steps of:
step one, a mobile phone and an expansion equipment control center carry out Bluetooth communication initialization;
step two, if the user needs to answer the phone, the mobile phone call is answered by using the terminal equipment of the system expansion equipment; if the user needs to make a call, the system expansion equipment terminal equipment is used for making a mobile phone call.
5. A method of making and receiving mobile telephone calls as claimed in claim 4 wherein:
initializing Bluetooth communication between the mobile phone and the control center of the expansion equipment in the first step, wherein the specific process is as follows;
Figure DEST_PATH_IMAGE001
each indoor mobile phone Bluetooth device respectively initiates a call to the surrounding devices, searches the Bluetooth devices matched with the indoor mobile phone Bluetooth devices, and establishes a mutual communication link after finding the Bluetooth device of the expansion device control center;
Figure 609123DEST_PATH_IMAGE002
after a communication link is established, the expansion equipment control center acquires a telephone book of each mobile phone through a Bluetooth protocol and stores the telephone book to the expansion equipment control center, wherein the telephone book comprises telephone numbers and corresponding names;
and step two, answering the mobile phone by using the terminal equipment of the system expansion equipment, which comprises the following specific processes:
Figure 575811DEST_PATH_IMAGE004
ringing a mobile phone incoming call, and performing two-way communication between the mobile phone Bluetooth device and the Bluetooth device of the expansion device control center;
Figure DEST_PATH_IMAGE005
the control center of the expansion equipment acquires the phone number of the incoming call mobile phone and transfers the phone number to the receiver;
Figure 534802DEST_PATH_IMAGE006
the control center of the extension equipment inquires whether a telephone receiver answers the telephone or not through the terminal equipment of the extension equipment;
Figure DEST_PATH_IMAGE007
if the mobile phone answering person replies the relevant information of agreeing to answer the call to the terminal equipment of the extension equipment, the control center of the extension equipment sends a signal of answering the call to the mobile phone through a Bluetooth protocol and the process is transferred
Figure 919439DEST_PATH_IMAGE010
(ii) a If the mobile phone answering person replies the relevant information of the phone not agreeing to answer to the extension equipment terminal equipment, the extension equipment control center sends the information of hanging up the phone to the mobile phone through a Bluetooth protocol;
Figure 919439DEST_PATH_IMAGE010
the two parties carry out telephone voice communication; the two parties carry out telephone voice communication, and a voice signal of a mobile phone sender is converted into a WIFI signal which can be accepted by the expansion equipment terminal equipment through a data conversion module of the expansion equipment control center; the voice sent by the receiver is converted into a Bluetooth signal acceptable by the mobile phone through a data conversion module of the control center of the expansion equipment;
and step two, the terminal equipment of the system expansion equipment is used for dialing the mobile phone, and the specific process is as follows:
a. a mobile phone caller sends a request for dialing the mobile phone to the terminal equipment of the expansion equipment;
the request for dialing the mobile phone comprises a name of a dialed person;
b. the expansion equipment terminal equipment sends a request with the name of the dialed person and data containing the human shape of the dialed person to an expansion equipment control center;
c. the extended equipment control center sends a request with the name of the dialed person to the voice recognition and semantic understanding module; and sending the data containing the dialing human figure to a human figure recognition module externally connected with the control center of the expansion equipment;
d. the voice recognition and semantic understanding module returns the voice recognition and semantic understanding result containing the name of the dialed person to the control center of the expansion equipment; the human shape recognition module returns a human shape recognition result to the control center of the expansion equipment;
e. the extension equipment control center searches a matched telephone number from a telephone book according to the name of the dialed person and sends the telephone number information of the dialed person to the mobile phone through a Bluetooth protocol;
f. the mobile phone sends the phone number information of the dialed person to the mobile phone base station, and the mobile phone base station feeds back the information of the phone call connection agreed or not agreed by the dialed person to the mobile phone;
g. if the extended device control center obtains the information that the call is dialed from the Bluetooth protocol, the extended device control center judges the current room where the caller is located through the human shape recognition module, and starts the extended device terminal device of the room to send out the voice which can be used for starting the conversation between the two parties to the caller;
h. the two parties carry out telephone voice communication: the WIFI data are converted into Bluetooth data through a data conversion module of an expansion equipment control center by voice signals sent by dialing a telephone by expansion equipment terminal equipment; and converting the Bluetooth data into the WIFI data by a signal returned by the voice of the mobile phone of the other party through a data conversion module of the control center of the expansion equipment.
6. A method of answering a cellular telephone according to claim 5, wherein:
the process of the second step
Figure 373423DEST_PATH_IMAGE005
The expanded equipment control center obtains the phone number of the incoming call mobile phone and transfers the phone number to the receiver, and the specific method comprises the following steps:
Figure DEST_PATH_IMAGE011
the mobile phone Bluetooth initiates a call to the peripheral equipment, searches the Bluetooth equipment matched with the mobile phone Bluetooth equipment, and after finding the Bluetooth equipment of the control center, the mobile phone Bluetooth successfully matches the peripheral equipment and establishes a communication link;
Figure 198422DEST_PATH_IMAGE012
the control center of the expansion equipment acquires the number of the incoming call mobile phone and the name of the caller from the Bluetooth protocol;
Figure DEST_PATH_IMAGE013
the expansion equipment control center obtains the holder of the mobile phone from the mobile phone and the user binding module;
Figure 929618DEST_PATH_IMAGE014
the control center of the expansion equipment accesses the human-shaped recognition module to search the current room of the holder of the mobile phone;
Figure DEST_PATH_IMAGE015
starting the expansion equipment terminal equipment of the room to send out voice to the holder of the mobile phone and inform the holder of incoming call information, wherein the incoming call information comprises the name of the caller.
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