377results about How to "Shorten connection time" patented technology

A technology for bi-directional synchronization between at least two entities. Examples of entities include databases, operating system files, applications, email, etc. The two entities can communicate using any appropriate protocol and the two entities can be provided by different vendors using different designs. The synchronization technology includes an Application Programming Interface that enables developers to provide synchronization functionality as an integral part of their distributed applications. Additionally, conflict resolution during synchronization can be customized to suit the particular application. The synchronization technology allows for the management of data anywhere and enables developers to distribute application data and code across multiple tiered environments to applications and users located anywhere.

The invention provides a method for quickly setting up group calling in a digital trunking communication system based on time division long term evolution (TD-LTE). The method comprises the following steps that: a calling terminal sends a trunking calling request to a mobile management entity/signal gateway (MME/SGW) through an evolved node base (eNB) where the calling terminal is positioned, namely a calling terminal eNB; the MME/SGW informs the calling terminal eNB of starting service setup and all eNBs which are involved in the group calling and comprise the calling terminal eNB of starting trunking context setup; the calling terminal and the calling terminal eNB reset up a radio resource control support and send a response to the MME/SGW; all the eNBs controls a TPCCH channel to broadcast a trunking paging message to group calling terminals in all the eNBs by transmission power; all the eNBs send a response to the MME/SGW; and the MME transmits a speak right inform to all the eNBs. By using the embodiment of the invention, the succession time of group calling is shortened, so the requirement of quick communication of a trunked user can be met.

A patient is monitored using a monitoring apparatus including a remote monitoring unit associated with the patient and having a sensor that measures a physiological characteristic of the patient, a central unit, and a communications device which selectively establishes a communications link between the remote monitoring unit and the central unit. The remote monitoring unit obtains a monitored data set for the patient, analyzes the monitored data set to obtain a derived data set from the monitored data set, and determines from the derived data set that communication with the central unit is required. A communications link is established with the central unit, and the remote monitoring unit transmits to the central unit an initially transmitted data set related to the monitored data set. The central unit analyzes the initially transmitted data set and instructs the remote monitoring unit as to any additional transmitted data set related to the monitored data set that is to be transmitted from the remote monitoring unit to the central unit and a time at which the additional transmitted data set is to be transmitted.

Disclosed is a method of performing random access by a User Equipment (UE) in a wireless communication system. The method includes generating at least two random access signals with their own priorities, and transmitting the at least two random access signals with their own priorities. The random access method may include transmitting at least two random access signals to at least two target communication nodes. Further, the random access method may include transmitting at least one random access signal, and selecting at least one of at least two random access response signals received in response to the at least one random access signal and performing random access control by using the selected random access response signals.

A method and system for providing prioritized access to a messaging system includes receiving at an access controller for a messaging system a request for connection by a user to the messaging system. The access controller determines whether the messaging system is available. The access controller further queues the request if the messaging system is not available.

A mobile communication method according to the present invention includes: transmitting, from a mobile station (100) to an access node (200) in a first radio access technology, a connection request signal including a desired call type for communication and a radio access capability of the mobile station (100); determining, at the access node (200) in the first radio access technology, whether or not to perform handover to a second radio access technology on the basis of the desired call type for communication and the radio access capability of the mobile station included in the connection request signal; and transmitting, from the mobile station (100) to an access node in the second radio access technology, a connection request signal, when it is determined that the handover to the second radio access technology is to be performed.

A network server 110 for managing a terminal connected to a local IP network 111 comprises: a signaling control section 109 for receiving a registration request, sent from a mobile device 120 which has just been connected to the local IP network 111, requesting registration as a terminal connected to the network; an equipment information management section 107 for obtaining, as equipment information, information about pieces of equipment 112 to 117 connected to the local IP network 111; and a signaling control section 109 for sending to the mobile device 120 a response to the registration request, the response including equipment information obtained by the equipment information management section 107. A network server capable of using equipment in a network with ease can thus be provided.

The invention provides a Bluetooth connection method, and the method comprises the steps that a first Bluetooth terminal broadcasts a first BLE message, and the first BLE message comprises a public access address and equipment information of a first Bluetooth terminal; a second Bluetooth terminal executes BLE scanning, and when a public access address is included in BLE scanning, a second Bluetooth terminal analyzes the first BLE message; when the second Bluetooth terminal judges that the first Bluetooth terminal is the target Bluetooth terminal, the second Bluetooth terminal broadcasts a second BLE message, and the second BLE message comprises Bluetooth information and agreed time of the second Bluetooth terminal; the first Bluetooth terminal executes BLE scanning and receives a second BLE message; the first Bluetooth terminal quits the BLE scanning, and the second Bluetooth terminal quits the broadcast; and after the appointed time is up, the first Bluetooth terminal and the second Bluetooth terminal start classic Bluetooth communication. BLE is used for replacing traditional Bluetooth searching, pairing and connecting, searching, matching and connecting time between Bluetooth devices is shortened, and power consumption is greatly reduced.

A robotic tool changer and systems and methods for controlling the operation of a robotic tool changer are provided. The tool changer, methods, and systems include a robot-side component mountable to a robot arm end interface; a tool-side component adapted to engage a tool; a first slave module associated with the robot-side component and adapted to communicate with a first master module; and a second master module associated with the robot-side component and adapted to communicate with a second slave module associated with the tool. The second slave module may include a temporary power supply, for example, a battery or a capacitor, for instance, a super capacitor. Aspects of the invention are advantageous for performing high-speed robotic connections and disconnections, and for providing tool and tool changer performance information gathering.

The invention is a resources distribution method between base stations in the personal handle system, all the base stations in network can monitor the connecting channel creation application information in the up SCCH channel, when the mobile phone calls one base station, if the base station has idle resources, it distributes the resources normally; if the called base station has no idle resource, it applies to the base station controller, the base station controller controls other base station with idle resources to distribute resource to the mobile phone. The invention reduces the accessing time in the PHS network, upgrades the call achieving rate and the switch achieving rate of the user, upgrades the channel distribution rate of the PHS network greatly, and it uses the wireless resources of the network effectively.

The invention discloses a high-efficiency water-changing fry breeding pool comprising a breeding pool body, partitions, a moving plate, filter plates, an isolation screen plate, a frame, a lifting device and a moving part. The high-efficiency water-changing fry breeding pool is characterized in that two sets of the partitions are disposed in the middle of the breeding pool body; the breeding poolbody is divided into two parts of a first breeding barn and a second breeding barn; a through hole allowing fries to pass through is opened in the middle of the partition; the moving plate is connected with the lifting device which is disposed on the frame; the frame is arranged above the breeding pool body; two sets of the partitions are respectively arranged on the lower portions of the first breeding barn and the second breeding barn; the end portion of the isolation screen plate is located below the through hole; a first filter plate is located inside the first breeding barn while a secondfilter plate is positioned inside the second breeding barn; a moving part is slidably arranged on the frame. The high-efficiency water-changing fry breeding pool has the advantages of facilitating water changing in the first breeding and second breeding barns, achieving the best breeding environment inside the first breeding and the second breeding barns, and being conducive to healthy growth ofthe fries.

The embodiment of the present invention provides a call routing method and related network elements. The MSC receives the call from the calling user in the CS domain to the called user; and determines that the called user has registered VoLTE according to the information of the called user found. service, and the address of the VoLTE AS anchored when the called user registers for the VoLTE service; the VoLTE AS sends an IDP message to the VoLTE AS, and the VoLTE AS queries the HSS for the called user's resident address based on the called number of the called user carried in the IDP message. Network: Based on the query result that the network where the called user resides is a 2/3G network, the VoLTE AS sends a continue message to the MSC, so that the MSC completes the connection to the called user in the CS domain. The connection time of the called user is shortened. The invention relates to the field of mobile communication.

A method for connection between a server and a client includes discovering, by the server, a client through a device discovery procedure, transmitting device-related information of the server to the client, or receiving the device-related information from the client, connecting with the client, and performing a Universal Plug and Play (UPnP) operation through the connection.

The invention belongs to the technical field of intelligent logistics management, and concretely relates to an informationized full-intelligent carton production linkage management method, which comprises the following steps of according to customer orders, forming work order information through decomposing order information, and carrying out carton board purchase operation through an ERP (Enterprise Resource Planning) system according to the work order information; warehousing; feeding a carton board of each tray to an automatic logistics paper feeding area; stacking trays, separating, and feeding the carton boards separated from the trays to corresponding storage belts of a storage area; controlling a feeding shuttle bus for directly taking the carton boards at the storage belt parts onwhich the carton boards are required for the corresponding orders are located, and after taking the carton boards, directly feeding to an inlet of a carton board feeding machine; and passing the carton boards through the carton board feeding machine, a printer, a carton board receiving machine, a carton board transferring machine, a laminating machine, a stacking machine and a labelling machine, and finally packaging. The informationized full-intelligent carton production linkage management method provided by the invention has the advantages of high production continuity degree, high working reliability, compact flow and high automation degree, so that the actual working efficiency of a whole production flow can be effectively improved.

The invention relates to an ultrasonic field auxiliary vacuum diffusion connecting device and method, aims at solving the problems that according to an existing vacuum diffusion connecting method, the requirement for a joint surface is strict, a surface oxidization film is hard to remove, the connecting time is long, and connecting temperature reduction and deformation resistance reduction cannot be combined, and belongs to the technical field of diffusion connection. The device comprises an upper pressing head, an upper pressing plate, an upper sample, a lower sample, a lower pressing plate, supporting devices, an ultrasonic tool head, a vacuum chamber and a heating body. The method comprises the steps that to-be-welded base metal is cleaned; the to-be-welded base metal is assembled and placed in the vacuum chamber, the pressure is exerted, and the temperature is increased to the connecting temperature; ultrasonic vibration is exerted; and the pressure is increased, and insulating is completed. The deformation resistance of the base metal is reduced, breaking of a surface oxidization film of the base metal is accelerated, the diffusion behavior is accelerated, the connecting temperature and the connecting pressure are reduced, the connecting time is shortened, and the requirement for the surface state of the to-be-welded base metal is lowered.

The method of present invention is used for addressing broadcast message in trunk system, in which said trunk system includes base station, mobile station. Said method includes the following steps: adding a index of trunk broadcast time slot newly, all the mobile station that support boundless capacity group call service monitor these trunk broadcast time slots; the paging message of the boundless capacity group call transmitted by said base station is sent in the trunk broadcast time slot, which uses the group identification as the broadcast address, and address according to the group identification, not address to a single mobile station. The method of present invention efficiently solves the problem for the paging channel capacity limitation of boundless capacity group call service supported by CDMA trunk telecommunication system, and greatly shorten the time of group call connection.

The invention discloses a method for detecting miRNA by ultra-branch rolling circle amplification triggered by a connection reaction, and belongs to the field of molecular biology and nucleic acid chemistry. The method is mainly composed of three parts, wherein the first part is to mutually supplement and pair two terminals of a lock type probe of 5'end phosphorylation and a target marker minRNA, and then connect them by a SplintR ligase to be a ring; the second part is an ultra-branch roll ring amplification; after the lock type probe is used as a template after forming to be a ring, the target market miRNA is used as a primer; under the function of phi 29 DNA polymerase, the linear roll ring amplification is generated; through introducing a second-grade primer, the linear roll ring amplification is expanded along a branch chain direction, so as to further amplify the signal; the third part is to add SYBR GREEN I dye in the roll ring amplification product to detect. The method is simple in operation, low in cost, single in system, high in sensitivity, free from the background fluorescence signal disturbance, and suitable for detecting miRNA in a complex biotic environment.

A circuit control apparatus for establishing a connection to a communication partner via a public circuit network or via a computer network is disclosed. The circuit control apparatus includes: a specifying information storing part 171 for storing specifying information for specifying a called party to which the circuit control apparatus originates a call to establish a connection via the public circuit network; a circuit control part 11 for immediately originating a call via the public circuit network for establishing a connection to a called party specified by the specifying information, and for trying to originate a call via the computer network for establishing a connection to a called party that is not included in the specifying information storing part; and a changing part 16 for changing specifying information in the specifying information storing part.