1436 results about "Service mode" patented technology

A method (600, 700) and apparatus (800) are described for selecting a Push to Video (PTV) service mode (303) allowing transmission of a video information stream (102) and a corresponding audio information stream (103) from an originating wireless communication unit (110) having floor control to a wireless target communication unit (120). Depending on a camera (420) setting, a desired PTV service mode is invoked when a PTV call is initiated by activating a PTV function.

The invention discloses a service robot control platform system and a multimode intelligent interaction and intelligent behavior realizing method thereof. The service robot control platform system comprises a voice control module, a binocular image acquisition module, an RFID (Radio Frequency Identification Device) receiving and transmitting module, a bottom wheel movement module, an obstacle avoidance module and a mechanical arm control module. The multimode intelligent interaction and intelligent behavior realizing method comprises the following steps of: 1, voice interaction; 2, independent navigation and location; 3, mechanical arm control; and face detection and recognition. According to the invention, a robot carries out intelligent interaction and intelligent behaviors, and the capacity of intelligent grabbing of the robot is enhanced. Except for special person recognition, distinguish of a picture face and an actual face is added, thus the influence to a program by the picture face is effectively eliminated. According to the invention, anthropomorphic mechanical arm grabbing is controlled in a specific anthropomorphic path grabbing manner, so that a service mode of the robot is more intelligent and humanized.

A method is described for providing a discontinuous radio link for user equipment in a telecommunication network in a physical radio transmission layer while receiving packets during a packet service mode (i.e. maintaining the logical connection in higher protocol layers). The user equipment enters into a discontinuous reception mode receiving either a) two or more slots of each radio frame, or b) one or more frames; and powers down its receiver circuitry for either a) the remaining slots of the radio frame or b) one or more predefined periods, signaled by the telecommunication network. The two or more slots may be consecutive or non-consecutive slots in the radio frame.

The utility model relates to a method of easily getting network information services from a mobile terminal, which adopts a structure of client / server. A user is directly interactive with a server and gets network information services via the client module binding at the terminal: when the terminal is in a standby state, the user clicks a mode switching key to switch the terminal to the given different service modes or switch the terminal among different service modes; and in a certain service mode, the user directly inputs a keyword on the terminal desktop, the client module separately inquires a client database, a server database or a server search equipment according to the current service mode and the information which is input by the user, and gets the corresponding network services and content resources, and separately chooses a related network as a service carrier according to the service mode, directly leads the user into the network services for information services. The utility model has advantages that the operation is simple, and the user can fast and easily land Internet and other networks from the terminal desktop, easily finishes the switchovers of service modes and gets corresponding services.

The present invention relates to a control unit for a refrigerator and a method of controlling the same. A control unit for a refrigerator according to the present invention comprises an input means for receiving an operation signal for setting a service mode of a dispenser provided at the refrigerator; a storage means for storing a plurality of mode image data corresponding to the service mode of the dispenser; a display means for displaying mode images of the mode image data; and a control means for performing control such that mode image data corresponding to the service mode of the dispenser are read from the storage means according to an operation signal received by the input means and a mode image corresponding to the service mode of the dispenser is displayed on the display means. According to the present invention, there are advantages in that more various menus can be displayed in different manners, and the configuration of the input unit is simplified and thus can be more conveniently used.

The invention provides an authority management method, device and system of application programs and a mobile terminal. The authority management method comprises the steps that a self-starting request for the second application program of the first application program in a service mode is received; an application program authorization authority list is obtained; the self-starting request contains a packet identifier of the first application program and a packet identifier of the second application program, whether the self-starting request for the second application program of the first application program in the service mode is intercepted is judged according to the two packet identifiers, and if the packet identifier of the first application program and the packet identifier of the second application program are consistent with an intercepting strategy stored in the application program authorization authority list, the self-starting request for the second application program of the first application program in the service mode is intercepted. By means of the authority management method, device and system of the application programs and the mobile terminal, terminal resources occupied by some useless self-starting application programs can be reduced as much as possible.

The invention discloses an education cloud platform and an implementation method thereof. The education cloud platform comprises a cloud platform user layer, a cloud platform service logic layer and a cloud platform resource management layer. The cloud platform user layer orientates to a terminal user, is cloud equipment physically, provides a graphic user interface based on a browser for the user, responds to a user resource request of the client end, and displays the process interface and the result information of services to the user. The cloud platform service logic layer is used for establishing source service information, responding to the resource service request from the cloud platform user layer, conducting service logic operation on service request information, and integrating and managing the cloud platform resource management layer. The cloud platform resource management layer is used for conducting open description capable of being recognized by a computer on education resource information, conducting storing in a database table mode, completing the daily service management of an underlying resource pool and classifying and checking upload resources. According to the education cloud platform and the implementation method thereof, cloud service modules can be quickly selected according to the learning activity demand of the cloud user, a service process integration scheme is generated, and therefore the scheme is delivered to the cloud user in a cloud service mode.

The invention provides an ant colony optimization computing resource distribution method based on a cloud computing environment. The computing resource distribution method is based on ant colony optimization and characteristics of the cloud computing environment. The cloud computing resource distribution method comprises the steps of predicting computing quality of potential available nodes, analyzing influence of factors such as network bandwidth occupation, quality of a track, responding time, task cost and reliability on resource distribution according to characteristics of a cloud computing service mode, and then obtaining a set of optimized computing resources by means of the ant colony algorithm. According to the algorithm, shorter responding time and better running quality can be acquired compared with other distribution algorithms which aim at the network on the premise that cloud computing environment requirements are met, and therefore the ant colony optimization computing resource distribution method based on the cloud computing environment is more suitable for the cloud environment.

The invention relates to a self-help baggage consigning system and a control method thereof. The system comprises a baggage handling device and an operation cabinet, wherein the baggage handling device comprises a baggage detection box body as well as a device master control system, a conveyer control system, a dynamic baggage size consigning system, an automatic baggage dead-weight acquiring system and an automatic code scanning and identifying system which are arranged on the baggage detection box body or outside the baggage detection box body; and the operation cabinet is arranged at one side of the baggage handling device and comprises a shell, a cabinet master control system, a boarding check printer, a baggage label printer, an identity card identifying scanner and a display touch screen. Due to The self-help baggage consigning system and the control method thereof, a high-efficiency and self-help baggage consigning service mode is provided, which not only can simplify the check-in procedures of passengers, but also can reduce the waiting time of the passengers, the labor intensity of staff and the quantity of the staff so as to improve the operating efficiency of the airport and reduce the operating cost.

The present invention provides techniques for managing access to storage resources according to an access time. Specific embodiments provide a variety of different kinds of time based access billing. For example, in specific embodiments, one or more of a time time-card storage access service mode, a time-lock storage access service mode, and a semi-timecard storage access service mode are provided.

Disclosed is a hybrid wireless communication system and a communication method in the system. The system supports time and frequency division duplexing modes and includes a base station having a cellular communication range based on a cellular mode and mobile stations within the cellular communication range. The base station divides each available frequency resource into frames for communication, and each frame switches between a real-time service mode and a non-real-time service mode at a switching time within the frame. Communication is performed with the mobile stations within the cellular communication range via at least one of an uplink and a downlink in the real-time service mode of each frame according to the frequency division duplexing mode. Communication is performed with the mobile stations via the uplink and the downlink in the non-real-time service mode of each frame according to an ad hoc mode based on the time division duplexing mode.

The invention discloses a forest Internet of Things system based on a cloud platform. The forest Internet of Things system comprises a cloud platform, a cloud gateway, and a wireless sensor network. The wireless sensor network is used for acquiring data in a forest region. The cloud gateway performs unified management on the wireless sensor network, collects the data, and transmits the data to the cloud platform in a wired or wireless manner. The cloud platform provides the data for users in a cloud service mode. In combination with the using type of a forest and according to the disposition coverage strategy and network topology organization structure of the wireless sensor network, a forest land wireless sensor network establishing mode, a shrub land wireless sensor network establishing mode, and an open forest land wireless sensor network establishing mode are provided. In case of different network establishing modes, the cloud gateway is provided with different data collecting algorithms and network management methods based on a unified time list. Further, by means of a cloud platform access interface, the cloud gateway is virtualized at the cloud platform layer and transparent access based on IaaS service is provided for the users.

A method for providing a service in a communication system is provided. A Base Station (BS) supporting a plurality of communication service modes allocates communication resources for each of the plurality of communication service modes according to a ratio determined in accordance with a communication service mode preferred by a terminal. The BS transmits a combination of resources allocated for each of the plurality of communication service modes to the terminal. The communication service mode preferred by the terminal is determined using at least one of channel condition of the terminal, moving velocity, preferred communication mode, required performance, billing system, and user preference.

The present invention discloses a method for implementing Multimedia Broadcast Multicast Service (MBMS), wherein multiple service modes are set for the MBMS and each service mode is corresponding to a path, a user equipment (UE) activates at least one service mode supported by the current network and receives the MBMS data in the corresponding path of the activated service mode from the network side. This method guarantees that UE covered by networks of multiple types can safely receive the subscribed MBMS data. When the current network covering UE fails to support the activated service mode, the UE will activate a service mode that the current network supports such that the UE can receive the MBMS data in this service mode. Therefore, it is ensured that UE can receive the subscribed MBMS data in any network environments, thus satisfying subscribers' demands to a larger extent.

A method for improving metadata service reliability and a relative system belongs to computer memory technical field, for fully utilizing node resource to improve the reliability of metadata service. The inventive method comprises normal operation, main metadata server accident, backup metadata server lift, sub metadata server accident and second backup metadata server lift. The inventive system comprises a client node, a memory node, a main metadata server and a sub metadata server, which respectively comprises an object metadata service module, a memory resource manage module, and a high available module, wherein the high available module comprises a metadata copy module, an accident shield module, a detect module and a select module, the select module can select the memory node with minimum load as the backup metadata server, and the accident shield server is switched to next metadata server, and selects the backup metadata server to form a master-salve backup chain service mode, to improve the reliability of metadata service.

The invention discloses a cloud testing service platform, and relates to management and TaaS of cloud testing items. The cloud testing service platform comprises the two main constitution parts of an IaaS and a PaaS. The IaaS provides calculation and storage resources, and manages a virtual cloud testing server. The PaaS is oriented to a cloud testing user, is established on the IaaS and uses basic sources provided by the IaaS. The cloud testing service platform enables distributed testing resources to be effectively called and to be embodied to the user in a unified platform or service mode. The cloud testing research progress and the application status are introduced first, then the overall structure of the cloud testing service platform is provided, infrastructures such as a testing system, a server, a storage device, a network and various platforms are used for conducting virtualization, the design and the implementation of the service platform are achieved based on a basic structure, and an available automatic testing platform capable of achieving sharing is provided for enterprises and organizations.

The invention discloses a self-managed micro-service architecture and a service method thereof. The micro-service architecture comprises two aspects including service orchestration and configuration sharing and service discovery; and the service method comprises the following steps of: deploying and discovering components; monitoring; automatically telescoping; managing health; self-repairing; and componentizing single services. The self-managed micro-service architecture disclosed by the invention is a distributed frame naturally integrating the optimal orchestration and service self-management; self-management and application deployment are associated; the essential limitation is eliminated; a leader node is elected by utilizing a consistency algorithm; other nodes in a cluster are managed; simultaneously, the common optimal cloud orchestration practice and distributed configuration are integrated; and combinable micro-service self-management and micro-service architecture applications can be provided.

The invention relates to a fitness reservation self-service method and system. The objective of the invention is to solve problems such as reliance of operation management on a large quantity of manpower, singleness in operation management modes, low efficiency and low datamation and intellectualization level existing in existing gymnasium. The fitness reservation self-service system includes a gymnasium, a client end and a server; the client end is used for selecting fitness reservation information in a self-service manner, sending the fitness reservation information to the server, and receiving an authorization key sent by the server; the server is used for receiving and verifying the fitness reservation information sent by the client end, sending the authorization key to the client end after the verification, and sending a key instruction to the gymnasium; and the gymnasium is used for receiving the key instruction sent by the server and providing self-service fitness services after a user inputs the authorization key received by the client end and completes identity verification. The user can conveniently complete a process from the reservation of services to the consumption of the services in a self-service manner through the system, which enables great convenience and freedom; and with the system adopted, operation cost can be decreased, and operation efficiency can be improved.

A location-based service system and method, which allows a location-based service server connected with a communication device and a cloud data server to perform registration authorization procedures and service authorization procedures using an international mobile subscriber identity of the communication device that cannot be easily modified or forged in the registration and service modes, so that a user may obtain a specific location-based service result via the communication device, and this distributed authentication technique reduces the risk of data theft while increasing the flexibility and convenience in obtaining services.

The invention discloses a time-phased appointment registration system based on a multi-hospital registration source sharing pool. The time-phased appointment registration system comprises a central platform, a service provider platform, an HIS interface and a service provider interface. The united appointment registration platform registration source pool is established, multiple hospitals upload registration sources of the hospitals themselves to the registration platform registration source pool in a time-phased and week scheduling mode, a registration platform provides core registration service for multiple service providers, and each server can provide time-phased and accurate appointment registration service for users through a Web website, a Wap website, a mobile phone client side and a unified telephone hotline. Patients only need to go to the hospitals to keep an appointment and see doctors before the time when seeing the doctors if the patients make appointments to see specialists at the certain time in a certain day, patients are greatly facilitated, the united management and scheduling are achieved for the registration sources of the hospitals, the time-phased and accurate appointment registration service is provided for the users, and the united hospital-server provider-patient appointment service mode is created.

The invention provides a method, device and system for developing service in a network. A control device comprises a synergistic unit and a control unit. The synergistic unit is used for receiving a service request requiring for developing service, and the service request includes service deploying information used for requiring for deploying first service, service flow identifying information and service flow oriented information which are used for identifying a first message flow. The control unit is used for sending the service deploying information to a calculating device, sending the service flow identifying information and the service flow oriented information to an identifying guiding device. According to the technical scheme, a novel service mode is provided and can meet development requirements for OTT application.