100results about How to "Guaranteed normal calls" patented technology

Embodiments of the present invention provide a microphone mode switching method, and a mobile terminal. The method comprises the steps of acquiring first voice information and second voice information that are collected at the same time; comparing the first voice information with the second voice information, and determining, according to a comparison result of the first voice information and the second voice information, whether a first microphone and/or a second microphone are abnormal; and switching a microphone mode of the abnormal microphone, and starting a single microphone mode. Through adoption of the microphone mode switching method, when the microphone fails, the mobile terminal is sure to communicate normally, so that the scalability of the mobile terminal is improved.

The invention provides a call mode conversion method. The method comprises the steps that whether a call mode conversion condition is met is judged according to network environment parameters which are acquired in real time; and if the call mode conversion condition is met, a video call mode is converted to a voice call mode. According to the invention, a network environment is monitored in real time; the problem of video call switching in a poor network environment is solved; call can be continued; automatic seamless switching between video call and voice call is realized; and the user experience is enhanced.

The embodiment of the invention discloses a method for replying a request, which is applicable to a CSI service of an IMS service composition in an IP multimedia subsystem of circuit switching. The method includes the following steps: a black-and-white list of a request message is collocated to record terminals that prohibit or permit the request respectively; when other terminals send the request to a CSI terminal, the CSI terminal, according to the black-and-white list of the request message, identifies a list to which the terminal sending the request belongs; when the terminal which sends the request belongs to a white list, the request of the terminal is accepted; and when the terminal which sends the request belongs to a black list, the request of the terminal is refused. The application of the embodiment of the invention can restrict diversified requests to the CSI terminal from other terminals, avoid frequent malicious requests from a terminal, ensure establishment of regular calls and improve system performance thereby. The embodiment of the invention also discloses a device for replying the request in the CSI service, including a receiving module, a black-and-white list collocation module and a decision module.

The invention provides a calling method and device. The method comprises the following steps: when a calling request which requires to be communicated with a second terminal is received, then detecting a first cellular network signal value of a first cellular network where a first terminal is currently located; judging whether the first cellular network signal value is smaller than a preset threshold; and if so, then responding to the calling request, and switching to an internet protocol IP phone mode through a first wireless fidelity WIFI network where the first terminal is currently located. According to the calling method and device provided by the invention, the IP phone mode can be switched automatically under the condition that the first cellular network signal value of the first cellular network where the first terminal is located is lower, so that a call between terminals can be guaranteed and the user experience can be improved.

The embodiment of the invention discloses a method for replying a request, which is applicable to a CSI service of an IMS service composition in an IP multimedia subsystem of circuit switching. The method includes the following steps: a black-and-white list of a request message is collocated to record terminals that prohibit or permit the request respectively; when other terminals send the request to a CSI terminal, the CSI terminal, according to the black-and-white list of the request message, identifies a list to which the terminal sending the request belongs; when the terminal which sends the request belongs to a white list, the request of the terminal is accepted; and when the terminal which sends the request belongs to a black list, the request of the terminal is refused. The application of the embodiment of the invention can restrict diversified requests to the CSI terminal from other terminals, avoid frequent malicious requests from a terminal, ensure establishment of regular calls and improve system performance thereby. The embodiment of the invention also discloses a device for replying the request in the CSI service, including a receiving module, a black-and-white list collocation module and a decision module.

The invention discloses a double-microphone denoising earphone, sound processing methods and device thereof and a computer readable memory medium. The double-microphone denoising earphone comprises two microphones set in a rear cavity of the earphone. The method comprises the steps of detecting whether a current wearing state of the earphone is standard wearing or not, wherein the standard wearingis the wearing state corresponding to the fact that a position relationship between the two microphones of the earphone and a user mouth satisfies a protection angle requirement; controlling the twomicrophones to be in a power-on state if the current wearing state of the earphone is the standard wearing, and denoising sound signals picked up by the two microphones through adoption of a double-microphone denoising method; and controlling one of the two microphones to be in the power-on state if the current wearing state of the earphone is not the standard wearing, and denoising the sound signals picked up by the microphone through adoption of a single-microphone denoising method. According to the double-microphone denoising earphone, the sound processing methods and device thereof and thecomputer readable memory medium, in a use process, when the earphone is not worn correctly, the sound signals of a user still can be picked up well, so normal communication of the user is ensured.

The invention discloses a method, system and equipment of acquiring the corresponding relationship between IMSI and number, belonging to the communication field. The method comprises: the access network element sending the notification message to the terminal; the notification message is used for notifying the terminal to report its number; according to the response of the terminal, acquiring the global mobile terminal identification code IMSI and the number of the terminal; storing the corresponding relationship between IMSI and number of the terminal. The system comprises: an access network element and a terminal. When having the demand of emergency communication, the cell phone terminal realizes the relationship of the base station, base station controller registering IMSI and the cell phone number by reporting its number, thereby realizing the calling in base stations and between the base stations to achieve the purpose of realizing the emergency communication in base stations and between the base stations.

The invention provides a micro-service calling method based on a block chain. The method comprises the following steps: receiving a service calling request sent by a micro-service calling party; querying the service registration information of the micro-service in the block chain network according to the service calling request, and taking the queried micro-service as a potential calling micro-service, wherein the service registration information of the micro service is pre-stored on a block chain node in the block chain network; and obtaining the historical calling amount of each potential calling micro-service, and calling the potential calling micro-service according to the historical calling amount of each potential calling micro-service. According to the invention, cross-terminal resource scheduling is realized, and the unified management capability of various resources is enhanced.

The invention provides a fully-automatic storage system for a blood bank. The system comprises electronic identifiers adhered to blood bags, a mechanical hand, a conveyor belt, a storage rack, a scanning device, a control device and a human-computer interaction interface. The fully-automatic storage system for the blood bank can be used for automatically finishing the automatic warehousing and delivery of blood products and the scanning, identifying, storing and recording of blood product information in a low-temperature environment.

The invention discloses a method of realizing video calling and a device, comprising: a first user equipment transmits speech flow of the video calling to a second user equipment through a circuit field; the first user equipment transmits a video flow of the video calling to the second user equipment through a grouping field. The scheme which adopts the speech and the video respectively loaded on a circuit field network and a grouping network solves the problems of releasing deficient bandwidth. In addition, the invention realizes the video calling without changing or updating the base station equipment.

The invention provides a program customization method comprising the following steps: 102, setting an entry point in a program, and setting an entry script for the entry point; and 104, performing the entry script when the program operates to the entry point. The invention also provides a program customization device. According to the technical scheme provided by the invention, the application program is enabled to simply and effectively carry out moderately open personalized customization on a software program with no need of compiling,distributing and deploying again; and meanwhile, openness difficulty is lowered, the construction period is shortened, and low cost for personalized customization is realized to satisfy the personalized requirements of users for software finally.

The invention discloses a mobile phone internally provided with a charging device with an A type interface; the mobile phone comprises a mobile phone body and is characterized in that the charging device with the A type USB (Universal Serial Bus) interface is also arranged in the mobile phone body; and the charging device is arranged on a power supply circuit of the mobile phone and is connected with a charging port of the mobile phone by a charging connection line. The charging device is arranged inside a shell of the mobile phone or a groove part of the shell; the USB interface of the charging device is connected with the mobile phone body in a rotation type or telescopic head type or folding type or fixing structure manner; at ordinary times, the USB charging device and the charging connection line are arranged in the mobile phone, thereby being capable of being carried along with the mobile phone and people; as a charging interface can be seen everywhere, when the mobile phone runs out of power or needs to be powered, the mobile phone can be conveniently connected with spigots of matched charging power supplies such as computers and the like to be charged; at ordinary times, the mobile phone can be directly charged through the charging device or the charging device is connected to a mobile phone charger for charging, thereby the problem that outside contact is affected due to power failure of the mobile phone is solved; and the mobile hone is simple in structure and convenient to carry.

The invention relates to rail transit wireless communication terminal equipment based on TETRA. The equipment is a locomotive station, is respectively and wirelessly communicated with a CAD server, a dispatching station, a fixed station, other locomotive stations and outside calls through wireless network coverage, and comprises a control box, a host, an antenna, an application layer program, a recording program, an interface management program and a call service interface program. The control box comprises a displaying and operating unit, a control unit and a recoding unit; the host comprises a power supply unit, a switchover unit and a TETRA module. Compared with several kinds of digital trunked systems, the rail transit wireless communication terminal equipment based on the TETRA has the advantages of being complete in commanding and dispatching function, flexible in networking mode, high in antijamming capability, high in spectrum utilization rate, large in system capacity, capable of providing voice and data communication service and flexible network management functions, high in encryption and off-Internet function and the like, can achieve an off-Internet direct connection mode and end-to-end encryption and meets the demands of providing high-quality locomotive stations for current light rail transit.

The invention discloses a software hardening method and system. The method comprises the steps of analyzing a software development kit (SDK), and determining a display port; hiding other ports, except the display port, in the SDK, and hiding the port content in the display port; saving the port content in the display port in another place so as to acquire the corresponding port content from the another place when the display port is called; repackaging the corrected SDK to generate a hardened SDK. By the adoption of the method and system, software protection is achieved, software safety is improved, and the rights of developers and users are protected.

The invention provides a flow control method, a device and a system for a communication network, wherein, the method comprises receiving a call signaling; sending routing information request to a called home location register; receiving response message returned by the home location register, wherein, the response information carries the priority of a called terminal and roaming numbers obtained from a called mobile switching center by the home location register; according to the priority of a calling terminal and the priority of the called terminal, whether a secondary calling is preferentially treated or not is determined. The embodiment of the invention can guarantee preferential treatment in different situation, such as calling a privileged user by a privileged user, calling a common user by a privileged user, and calling a privileged user by a common user, etc.

The embodiment of the invention provides a call processing method and system, and a storage medium. The method comprises the following steps: acquiring a roaming number corresponding to a telephone number of a called party from an HSS (Home Subscriber Server) by an IMS network by acquiring a call request initiated by a calling party based on the call request; acquiring routing information corresponding to the roaming number from a number portability mobile switching center; and routing the call request to a second operator network based on the routing information, so that the second operator network can connect the call request to the called party. According to the call processing method provided by the invention, the problem that a number portability user communicates with the calling party in the IMS network as the called party after rolling out to other networks is solved, so that the user can also communicate with the calling party in the IMS network after the user carry the numberto roll out to other networks, so that the normal call of the number portability user is ensured.

The embodiment of the invention provides an audio processing method and device, a terminal and a storage medium. The method comprises the following steps: establishing connection with a server; detecting a connection state; when the connection state is a first state, acquiring first audio data, and sending the first audio data to the server; and when the connection state is a second state, obtaining first audio data, converting the first audio data into first text data, and sending the first text data to the server. The audio processing method provided by the invention can ensure that the callis continued in a weak network environment.

The invention relates to a QT-based highway maintenance system. The QT-based highway maintenance system comprises maintenance equipment, a control server and a central platform; the maintenance equipment comprises an embedded terminal having network connection and SIP communication functions, and is used for uploading execution information of a maintenance event and a work order to the central platform, receiving a new work order sent by the central platform, and initiating any SIP telephone call selected in a group consisting of individual calling, group calling and crowd calling to other member equipment; the control server is used for providing the functional interfaces of an SIP proxy server for the maintenance equipment and the central platform, and receiving an SIP calling request or other functional requests from the maintenance equipment or the central platform; and the central platform is used for being responsible for SIP user proxy, initiating an SIP telephone call and a video monitoring request to appointed maintenance member equipment or an equipment group, receiving the SIP telephone call from the maintenance member equipment, and sending a new work order by sending an SIP message. By means of the QT-based highway maintenance system disclosed by the invention, the road condition information of a highway can be obtained in time; therefore, roadblock tasks can be rapidly distributed and removed; and, the QT-based highway maintenance system is convenient for workers to manage.