40results about How to "Rich business types" patented technology

This invention discloses a method for presenting multimedia information set by a calling user device on a called terminal, which increases resource nodes and service nodes on the present system, in which, the resource node keeps and manages individual multimedia information and sends it to the called terminal, the service node realizes the service logic control function, interacts information with the original system and keeps sign information, the calling party sets multimedia information for the called party in advance and the service node informs the resource node to send the information to represent on the called terminal to display texts, pictures, animation and music playing to express its personalities.

The invention discloses a method and system for message intercommunication between SIP messages and traditional short messages. The key is to use an entity SMI AS for message intercommunication to authorize SIP-based message and traditional network message intercommunication services, and to convert message formats and store-and-forward functionality for messages. Here, the SMI AS can be a newly added network entity, or a newly added functional module on an existing network entity, and it provides services for users through third-party registration of users. By applying the present invention, the pure IMS terminal that does not support the traditional short message service can also realize the intercommunication of the message service with the traditional terminal, thereby enriching the service types. The invention also discloses the entity of message intercommunication.

The invention discloses a deposit method oriented to a wireless radio-frequency mobile terminal. The method comprises the following steps that: (1) a depositor stores a package in a deposit unit and sends the information of the package and a receiver thereof to a deposit server through a deposit-end wireless radio-frequency mobile terminal; (2) the deposit server automatically generates an opening password of the deposit unit storing the package in the step (1), sends the opening password to a receiving-end wireless radio-frequency mobile terminal, and sends the deposit operation end information to the deposit-end wireless radio-frequency mobile terminal; and (3) the receiver receives the opening password in the step (2) according to the deposit-end wireless radio-frequency mobile terminal and takes out the package. A deposit system applied to the deposit method oriented to a wireless radio-frequency mobile terminal comprises the deposit server, a deposit cabinet, a wireless radio-frequency label, the deposit-end wireless radio-frequency mobile terminal and the receiving-end wireless radio-frequency mobile terminal. The method and system disclosed by the invention have the advantages of convenience in operation and use, simple structure, low cost and the like.

The invention discloses a system, method and device for achieving three-network integration of a PON system, and relates to the field of broadband network three-network integration. The system comprises a user PC, an IPTV set top box, a VoIP voice phone, an ONU, an OLT, an EMS, an Internet module, a soft switching module and an IPTV network module. The user PC, the IPTV set top box and the VoIP voice phone are all connected with an LAN interface of the ONU, the ONU is respectively connected with the Internet module, the soft switching module and the IPTV network module through the OLT, the EMS is connected with the OLT, the IPTV set top box and the VoIP voice phone both support an OPTION60, and the user PC does not support the OPTION60. The system, method and device are quite simple in operation process, low in using cost and wide in application scope, and people can conveniently use the system, method and device.

The invention relates to a pipeline robot for a pipeline automatic distribution system of Internet of things. The pipeline robot comprises a hand-held control end provided with a wireless transceiving module and a pipeline robot body, wherein the pipeline robot body comprises a pipeline robot shell, six groups of pipeline traveling wheels consisting of traveling wheel telescopic rods and traveling wheels, two groups of pipeline positioning suction disks consisting of suction disk telescopic rods and washing disks, and two groups of telescopic manipulators, wherein each group of telescopic manipulator is formed by connecting a telescopic arm, a universal rotating shaft, a movable arm and a manipulator in turn. By using the pipeline robot, the action of the pipeline robot is remotely controlled by the hand-held end; and the dredging work of a pipeline is completed.

The invention provides a distributed file system. The distributed file system comprises a client, a metadata node, a data node and a volume management node, wherein the client corresponds to one or more containers. The metadata node is used for storing a first corresponding relationship, the first corresponding relationship is a corresponding relationship between file system attributes and a storage position of data, and the data is actual data in a file. The data node is used for storing data. The volume management node is used for responding to a received volume creation request of the client, and creating one or more volumes, wherein each volume is an instance of a file system which can be mounted by at least one container, each file system attribute comprises an index node and corresponding index node identification information, and the index node identification information comprises a file name and any one or more of the following information: a file size, creation time, modification time, a link number, a user, a user group and a file permission. The invention further provides a computer system and a computer readable storage medium.

The present invention discloses an MBMS transmission feedback method comprising steps that a terminal receives MBMS services sent by a base station, the MBMS services are sent in a mode of OFDM modulation, an interval between sub-carriers of the OFDM modulation is T; the terminal selects an interval between sub-carriers equal to or larger than T and sends feedback information to the base station.The present invention also provides an MBMS transmission feedback system and devices. By adopting the technical solution of the invention, information is fed back by selecting bigger interval betweensub-carriers, therefore, frequency domain interfere of the system can be reduced and the whole performance of the system can be improved.

The present invention discloses an MBMS transmission method comprising steps that upstream and downstream communication between a base station and a terminal is in a time-division duplex mode, the base station sends MBMS services to the terminal from downstream service sub-frames; the base station receives the feedback information sent by the terminal from upstream servicer sub-frames, and the ratio of the upstream servicer sub-frames and the downstream service sub-frames is smaller than 1. The present invention also discloses an MBMS transmission system and devices. By adopting the technicalsolution of the invention, downstream multimedia broadcast services of high speed can be provided for subscribers, downstream resources of the system can be fully used, and resource waste because of idle downstream sub-frames can be avoided. Otherwise, an upstream feedback mechanism is introduced, the whole performance of the system can be improved, service types can be enriched, operation management becomes more convenient and the invention is beneficial to further optimization of system performances.

The invention discloses a method and system of realizing the multicast broadcast service in microwave accessing global intercommunication network. The information source mark of the multicast broadcast service center (MBSC) corresponding with the program ordered by the user is determined through information switching between a multicast broadcast service center (MBSC). The MBSC establishes the corresponding multicast broadcast service loading path based on the MCBC information source mark and the traffic flow corresponding with the MCBC information source is sent to the user terminal by the established path. The said invention provides a variety of specific implement processes for implementing the multicast broadcast service in WiMAX network and respectively provides a variety of specific implement processes for implementing the multicast broadcast service in WiMAX network direct towards to different service scenes, thus the invention can fundamentally ensure implementing the multicast broadcast service whatever service scene the user is in, the service quality is greatly increased.

The invention discloses a video-related task routing scheduling method. The method comprises the following steps: defining and implementing various types of basic atomic services, and giving respective message interfaces and parameters to form a service set; selecting needed atomic services according to a business requirement, and setting the parameters of these services; combining the set atomic services according to a defined combination rule specific to different business requirements to form a script engine; and during conduction of businesses, sending commands to corresponding services by using the script engine, and performing corresponding operation after the services receive the commands so as to finish actions required by the commands. The script engine is formed through routing scheduling of each atomic service to conduct various types of services rapidly. A general script engine can be formulated according to business types, or a script engine can be formulated separately according to a special requirement in order to conduct businesses. Various demands of users are met, and the application flexibility of software is enhanced.

The invention discloses a multicast service control method and an optical network unit (ONU). The method comprises the following steps: configuring a multicast preview control parameter to the ONU by an optical line terminal (OLT), and when a multicast request is received by the ONU, achieving a multicast preview function according to the multicast preview control parameter. According to the multicast service control method and the ONU, the problems that the preview service cannot be controlled, and the service application type is single in the correlation technique are solved; a standard multicast control method is perfected, thereby, the multicast preview service can be supported, and the service types which can be realized are enriched.

The invention discloses a simple signaling cluster communication method, which comprises the following steps that: (1) a base station encodes a control instruction into a simple signaling also including a channel code; (2) the base station sets a code corresponding to the simple signaling; (3) modulating the code on an emission carrier; (4) a terminal receives and demodulates the acquired code; (5) the terminal acquires the control instruction according to a preset control instruction and simple signaling code corresponding table; and (6) the terminal completes cluster communication operationaccording to the control instruction. The step (6) of completing the cluster communication operation comprises that: after making a call, any terminal cooperates with the base station to transfer a control channel, performs communication by taking an original control channel as a service channel, and switches to the original control channel after the communication is completed. A cluster functionis realized by adding a software module into each of the base station and the terminal of a low-cost conventional communication system; and a channel attribute is dynamically switched according to service changes to realize frequency point reuse and reduce the channel congestion, so that the utilization rate of wireless channel resources and equipment is increased.

The invention discloses a method and device for indicating and determining a time slot structure. The method comprises the steps that a base station determines the structure in a time slot; the base station indicates the structure in the time slot to a terminal in a dynamic or semi-static mode; the structure, which is indicated by the base station to the terminal in the dynamic or semi-static mode, in the time slot is received; and the terminal determines the structure of one or more time slots according to the indicated time slot structure. By adopting the method disclosed by the invention, the time slot structure supported by the mobile communication system is enabled to be more flexible and diversified when the system needs to provide lower network time delay and support more abundant service types in the future.

The invention provides a storage method of an electronic credential layout file template for an electronic bill service platform. The method comprises the following steps of: 1) receiving the electronic credential layout file template to be stored; 2) generating a code of the electronic certificate layout file template according to the information of the electronic certificate layout file template; and 3) storing the electronic credential format file template and the code in a template library. Aiming at the characteristics of various business types, high concurrency and numerous credential types of an electronic credential service platform, the problems of classified storage and quick calling of template files are solved.

The invention provides a switching power supply based on edge calculation. The switching power supply comprises a driving module which is used for supplying power to terminal equipment, a data acquisition module which is used for acquiring the operation state parameters of the terminal equipment, an edge calculation module which is used for analyzing and processing the operation state parameters acquired by the data acquisition module, controlling the operation state of the terminal equipment based on the operation state parameters, and reporting the processed effective operation state parameters to the cloud processing center of a power supply system, and a communication module which is used for interactive communication between the edge computing module and the cloud processing center ofthe power supply system. According to the switching power supply based on edge calculation of the invention, an Internet of Things embedded communication protocol stack technology is utilized, and data are sent to an edge computing data management center for analysis and processing, so that resources and services sink to an edge position; and therefore, interaction time delay can be effectively reduced, network burden is reduced, cloud pressure is reduced, service types are enriched, service processing is optimized, and service quality and user experience are improved.

The invention relates to a supervision of a third generation mobile communication network based load balancing method, which adopts a framework of a distributed system, and puts forward a load balancing algorithm applicable to the supervision of the third generation mobile communication network after improvement aiming at the characteristics of the supervision of the third generation mobile communication network on the basis of a differential equation form of the dynamic condition loaded on a node i. The algorithm saves resources for a supervisory system and simultaneously ensures the stable and effective running of the supervisory system to satisfy the requirements of the supervision of the third generation mobile communication network.

The invention discloses a method for realizing a call transferring service. Particularly, after receiving an invitation response message which is sent by an application server a third party user of the call transferring service to a reception side of the call transferring service, an application server deletes number information of the third party user carried in the invitation response message, or instructs other application servers which transfer the invitation response message to delete the number information of the third party user carried in the invitation response message. The inventionprocesses to screen the number of the third party user carried in the invitation response message which is returned to the reception side by the third party user in the call transferring service via AS, hiding the number information of the third party user for all or certain specifically reception sides in the call transferring service so as to reach the request that the user processes to keep secret for the number of the third party user in the call transferring service and provide a more perfect type of service for operators.

The invention discloses a system which broadcasts an individualized ring back tone to a calling party and the method thereof. The invention adds a color ring back tone service center (CRSC) to the current mobile network and upgrades a mobile switching center (MSC). In the method of the invention, after the MSC receives the calling confirming information of the called terminal and the CRSC carries out authentication to the terminal, the MSC sends an individualized ring back tone preset by the called terminal user to the calling terminal; therefore, when waiting the called terminal to pick up the call, the calling terminal can receive the individualized ring back tone preset, thereby increasing the individuality of the calling terminal user and the flexibility of the ring back tone business and simultaneously enriching the business types of telecommunication operators.

The invention discloses a system for realizing cool screen service, which mainly comprises a user terminal, a mobile core network, a central cool screen platform, a cool screen service platform and related interfaces. The system can realize to play a cool screen customized by a calling party or a called party at a calling party terminal, and can also realize to play the cool screen customized by the calling party or the called party at a called party terminal or any combination of the two situations. In addition, the invention also discloses a method for uploading, downloading, customizing and playing the cool screen through the system, and a user can upload, download, customize and play the cool screen through the central cool screen platform. The system can respectively satisfy the personalized presentation demand of the calling party or the called party, and also simultaneously enrich the service variety of telecom operators.

The invention provides a reference signal configuration method, a network side device, and user equipment. The method comprises: a reference signal configuration parameter is configured for user equipment; and the reference signal configuration parameter is sent to the user equipment, wherein the reference signal configuration parameter is used for transmitting a reference signal by user equipment. Because the reference signal configuration parameter is set by a network side device, the reference signal can support diversified service types, diversified value configuration, and diversified multi-address access modes.

The present disclosure relates to a data transmission method, device, and system, and relates to the technical field of wireless communication. The method includes that: a base station acquires targettransmission direction indication information, wherein the target transmission direction indication information is used by a terminal to determine a transmission direction in which uplink data transmission and downlink data transmission are performed in a target mode, and the target mode is a mode in which the terminal performs uplink data transmission and downlink data transmission according todifferent carriers; the base station sends the target transmission direction indication information to the terminal; and the terminal determines the transmission direction in which uplink data transmission and downlink data transmission are performed in the target mode. The present disclosure solves the problem that the terminal cannot acquire the dynamic transmission direction indication information in the target mode, such as the FDD mode; and the terminal can acquire the dynamic transmission direction indication information in the target mode, thereby completing the data transmission in thetarget mode. The disclosure is used for data transmission.

The invention discloses a method and system of realizing the multicast broadcast service in microwave accessing global intercommunication network. The information source mark of the multicast broadcast service center (MBSC) corresponding with the program ordered by the user is determined through information switching between a multicast broadcast service center (MBSC). The MBSC establishes the corresponding multicast broadcast service loading path based on the MCBC information source mark and the traffic flow corresponding with the MCBC information source is sent to the user terminal by the established path. The said invention provides a variety of specific implement processes for implementing the multicast broadcast service in WiMAX network and respectively provides a variety of specificimplement processes for implementing the multicast broadcast service in WiMAX network direct towards to different service scenes, thus the invention can fundamentally ensure implementing the multicastbroadcast service whatever service scene the user is in, the service quality is greatly increased.

Conventional terminal-based trunking communication method: in idle state, all terminals are waiting on control channel A; any terminal in any group K initiates a call on control channel A, and transmits the group code of the group K to the base station; the base station receives And decode to obtain the block code, find an idle channel and set the idle channel as a new control channel B; the base station sends a channel transfer instruction on the original control channel A, indicating that the terminal of the non-mentioned group is transferred to the control channel B; the base station controls The device switches the control channel A to the traffic channel C; the group K calls on the traffic channel C; after the traffic channel C calls, the base station starts to regularly broadcast the channel transfer instruction on the traffic channel C to allow all terminals to transfer to control channel B. In the method, a software module is respectively added in a base station and a terminal of a low-cost conventional communication system to realize a cluster function, thereby improving the utilization rate of wireless channel resources and equipment.

This invention discloses a method for presenting multimedia information set by a calling user device on a called terminal, which increases resource nodes and service nodes on the present system, in which, the resource node keeps and manages individual multimedia information and sends it to the called terminal, the service node realizes the service logic control function, interacts information with the original system and keeps sign information, the calling party sets multimedia information for the called party in advance and the service node informs the resource node to send the information to represent on the called terminal to display texts, pictures, animation and music playing to express its personalities.

The present invention provides a reference signal configuration method, network side equipment and user equipment, the method may include: configuring reference signal configuration parameters for user equipment; sending the reference signal configuration parameters to the user equipment; wherein the reference signal The configuration parameters are used for the user equipment to transmit reference signals. Since the reference signal configuration parameters are configured by the network-side device, the reference signal can support various service types, various value configurations, and various multiple access modes.

Embodiments of the present invention provide a message forwarding method, device, high-density server, and storage medium. The method is applied to a three-layer switching node in a high-density server, and at least one intelligent analysis node is also integrated in the high-density server. The method includes: receiving a target message sent by a target node; wherein the target node is: any one of at least one intelligent analysis node; judging whether there is a target policy entry matching the target message in a preset control strategy list, Wherein, each policy entry in the control policy list is: the included processing action is an entry forwarding in a layer-2 forwarding mode; based on the judgment result, a layer-2 forwarding mode or a layer-3 forwarding mode is selected to forward the target message. Compared with the prior art, by applying the solution provided by the embodiment of the present invention, the types of services completed by the high-density server can be enriched.