72 results about "Communication trigger" patented technology

A trusted device, such as a wristwatch 2, is provided with authentication circuitry 26, used to perform an authentication operation to switch the trusted device into an authenticated state. Retention monitoring circuitry 32 monitors the physical possession of the trusted device by the user following the authentication operation and switches the trusted device out of an authenticated state if the trusted device does not remain in the physical possession of the user. While the trusted device remains in the physical possession of the user, communication triggering circuitry 38 is used to detect a request to establish communication with a target device that is one of a plurality of different target devices and communication circuitry 40 is used to communicate with that target device using an authenticated identity of the user.

The embodiment provides a data inter-communication method, device and system for slave node based on one point-to-multiple points network. The method comprises obtaining data sent by the communication triggering slave node; obtaining destination address of the data from the obtained data; searching the logic link label corresponding to the destination address of the data in corresponding relation between the logic link label and the data address according to the obtained destination address of the data; sending obtained data to a destination logic link according to data destination address obtained by the search and corresponding logic link label. The invention overcomes the impact of the data intercommunication between nodes to the system in prior art, makes application scene return to flexibility of the Ethernet.

A system for dynamically presenting vehicular transaction information in a data communication network includes a network interface subsystem and a dynamic communication subsystem. The dynamic communication subsystem is configured to: based on offer data parameters and any received response messages, generate data representing an initial list of at least one purchase and financing option; when a first communication trigger condition is detected, generate signals for communicating the data representing the initial list for display on a device associated with a customer; when additional response messages are received, generate update data representing at least one additional or updated purchase and financing option; and generate signals for communicating the update data representing the at least one additional or updated purchase and financing option.

The invention discloses a deterministic scheduling method for realizing bus communication, which is used for realizing communication with determinacy and reliability in industrial control network. A bus comprises at least one master node and a plurality of slave nodes; and a plurality of safety slave nodes are determined among the slave nodes according to the requirements of safety level. The method comprises the following steps; after one control cycle, sending a non-real time communication trigger signal of the safety slave nodes to the mater node, so as to ensure that the master node carries out non-real time data communication with the safety slave nodes in sequence; after receiving the signal indicating that the master node finishes non-real time data communication with all the safety slave nodes, sending a real time communication trigger signal to the master node, so as to ensure that the master node carries out real time data communication with the slave nodes in sequence; and after receiving a signal indicating that the master node finishes real time data communication with all the slave nodes, sending a non-real time communication trigger signal to the master node, so as to ensure that the master node carries out non-real time data communication with the slave nodes in sequence. The invention further discloses a deterministic scheduling system for realizing bus communication.

A trusted device, such as a wristwatch 2, is provided with authentication circuitry 26, used to perform an authentication operation to switch the trusted device into an authenticated state. Retention monitoring circuitry 32 monitors the physical possession of the trusted device by the user following the authentication operation and switches the trusted device out of an authenticated state if the trusted device does not remain in the physical possession of the user. While the trusted device remains in the physical possession of the user, communication triggering circuitry 38 is used to detect a request to establish communication with a target device that is one of a plurality of different target devices and communication circuitry 40 is used to communicate with that target device using an authenticated identity of the user.

To provide a mobile communication system that can prevent unauthorized use of an encryption key otherwise caused by loss thereof and that can securely perform a direct communication between terminals using the encryption key. A portable terminal apparatus 1-1 transmits a P2P communication trigger to a portable terminal apparatus 1-n through a key managing / distributing server 3. In response to the transmission / reception of the trigger, the portable terminal apparatuses 1-1 and 1-n establish IPsec data sessions with the key managing / distributing server 3 through a SIP server 2 and a secret key is distributed per communication to the portable terminal apparatuses 1-1 and 1-n from the key managing / distributing server 3. The portable terminal apparatuses 1-1 and 1-n establish an IPsec data session therebetween using the secret key, thereby performing a P2P communication. The key managing / distributing server 3 performs key delivery control for switching to the session and establishing the session, with respect to the portable terminal apparatuses 1-1 and 1-n.

The embodiment of the invention provides a communication method based on the circuit domain backspacing technology. The method comprises the steps that when a communication triggering action is monitored, measurement is trigged to obtain a measurement report, when a measurement control message sent by an evolution base station is received, the measurement report is uploaded to the evolution base station, and the evolution base station is used for setting up communication through the measurement report according to the circuit domain backspacing technology. According to the communication method and device, a mobile device is monitored, when a user starts a Bluetooth headset, or connects a vehicle Bluetooth communication device, or starts a dial plate interface and other operations, the mobile device triggers measurement of a heterogeneous network cell in advance, network side triggering is not needed, time for the user to insert the headset, inputting phone numbers and other operations is generally smaller than 2 seconds, and the time span requirement of measurement is met. Time needed by measurement of the heterogeneous network cell in the following signaling interactive process is saved, and delay built based on CSFB communication is reduced.

Triggers are developed for indicating the presence of non-recoverable and / or recoverable loss of communication situations between a device and device driver software using universal serial bus (USB) protocol. We modify the firmware at the device in order to monitor for the triggers and control the device in specified ways once a trigger is indicated. In a particularly preferred embodiment the device is a motorized card reader in a self-service terminal and the device is arranged to return a smart card when a trigger is detected. In one embodiment the trigger is associated with the presence of a single ended zero condition on the USB. In another embodiment the trigger is associated with attempts to re-enumerate the device over the USB.

The embodiment of the invention discloses a biological-feature-identification-based communication method. The method comprises: a communication trigger instruction to a second terminal by a first terminal user is received; biological feature information inputted by the first terminal user is obtained; a communication request including a communication identifier of the first terminal and the biological feature information of the first terminal user is sent to the second terminal, so that the second terminal verifies whether the biological feature information of the first terminal user matches verification biological feature information that is stored in advance by the second terminal and corresponds to the communication identifier of the first terminal; and when successful matching is determined, the communication request is accepted. In addition, the invention also discloses a biological-feature-identification-based communication apparatus and system. According to the embodiment of the invention, security of user communication can be enhanced well and thus the privacy and security of the user and contacts of the user can be guaranteed.

The invention relates to a communication scheduling method based on time. The communication scheduling method comprises the steps that 1) parameters comprising control parameters and time parameters are allocated for each transmission virtual link; 2) all the transmission virtual links are arranged in turn according to the respective time parameter; 3) a transmission buffer zone of the virtual links buffers a transmission frame; 4) a scheduler in a group period separately visits each virtual link according to the time parameter of the transmission virtual link and transmits the frame data kept in the transmission buffer zone according to the time parameter allocated by each virtual link. The invention provides a scheduling mechanism triggered by time, and the mechanism supports the communication triggered by time. Therefore, compared with the communication of common Ethernet network with a mechanism triggered by an event, the mechanism has the advantage of strong real-time.

The invention discloses a urine and excrement detection sensor, a diaper and a monitoring system. The urine and excrement detection sensor is strip-shaped integrally, and comprises a first electricity-conducting strip, a second electricity-conducting strip and a third electricity-conducting strip. The first electricity-conducting strip, the second electricity-conducting strip and the third electricity-conducting strip are arranged on a first substrate. A misinformation through hole is formed in the middle of the second or third electricity-conducting strip, and an isolating layer covers the corresponding other electricity-conducting strip. The misinformation through hole divides the corresponding electricity-conducting strip into two sections. The misinformation through hole and the isolating layer divide the sensor into an excrement detection area and a urine detection area. The urine and excrement detection sensor is arranged on a diaper body. The urine and excrement monitoring system comprises the diaper and a smart terminal. The urine and excrement detection sensor, the diaper and the monitoring system have the advantages that the isolating layer is arranged on the corresponding electricity-conducting strip of the urine and excrement detection sensor, a separation area is arranged in the middle of an absorption core layer to separate the excrement detection area from the urine detection area, and accordingly, urine and excrement detection misinformation is avoided; communication between a communication triggering device and the smart terminal is realized through a wireless communication module, and urine and excrement are prompted by the smart terminal.

The invention relates to an island AC-DC hybrid microgrid group power cooperative control method, which comprises the steps of constructing a V2-P droop control strategy for a DC sub-microgrid containing a constant-power load, constructing an SOC dynamic balance consistency control strategy for the energy storage sub-microgrid, constructing a sub-microgrid power exchange control strategy for the DC sub-microgrid, the AC sub-microgrid and the energy storage sub-microgrid, constructing a communication trigger control strategy based on the sub-microgrid power exchange control strategy, utilizinga V2-P droop control strategy, an SOC dynamic balance consistency control strategy and a traditional P-f droop control strategy to respectively control respective output power of the DC sub-microgrid,the energy storage sub-microgrid and the AC sub-microgrid, and acting the sub-microgrid power exchange control strategy and the communication trigger control strategy on the island AC-DC hybrid microgrid group so as to control power exchange and interconnection communication among the sub-microgrids. Compared with the prior art, power balance inside the sub-microgrids and between the sub-microgrids can be reliably achieved, and unnecessary interconnection communication can be reduced.

Triggers are developed for indicating the presence of non-recoverable and / or recoverable loss of communication situations between a device and device driver software using universal serial bus (USB) protocol. We modify the firmware at the device in order to monitor for the triggers and control the device in specified ways once a trigger is indicated. In a particularly preferred embodiment the device is a motorized card reader in a self-service terminal and the device is arranged to return a smart card when a trigger is detected. In one embodiment the trigger is associated with the presence of a single ended zero condition on the USB. In another embodiment the trigger is associated with attempts to re-enumerate the device over the USB.

The invention provides a method and device for achieving dual-card-two-standby quick communication. The method comprises a touch screen of a mobile communication terminal with two mobile user communication identification codes, wherein the touch screen is divided into two areas, and the areas corresponds to the mobile user communication identification codes respectively. The method comprises the following steps that a dragging path of a communication trigger button displayed on the touch screen is detected, the corresponding area of the dragging path is judged, and a current mobile communication operation is carried out by the adoption of the mobile user communication identification code corresponding to the corresponding area and the mobile user communication identification code of the other party of the current mobile communication. The method provides an achievement way of operating the mobile communication conveniently, and user experience is improved, layout of the graphical user interface is also simplified.

The invention discloses a charging box communicating with a wireless earphone, and a charging system. The charging box comprises a second communication contact connected with a first communication contact of the wireless earphone after entering the box. The first communication contact is connected with an analog-to-digital conversion interface of a first control chip of the wireless earphone. Theanalog communication circuit is connected with the second communication contact. The communication triggering module is used for receiving a communication instruction for representing a pre-implementation function of the wireless earphone. The second control chip is connected with the analog communication circuit and the communication trigger module. The control circuit is used for controlling theanalog communication circuit to output an analog signal representing the pre-implementation function when the wireless earphone enters the box and a communication instruction is received, so that thefirst control chip controls the wireless earphone to realize the pre-implementation function after receiving a data signal converted from the analog signal. Therefore, the analog communication mode of the application reduces the cost of the wireless earphone, and is beneficial to the miniaturization design of the wireless earphone.

The invention discloses a long-distance multi-channel boosting detonation device. The long-distance multi-channel boosting detonation device comprises a communication cable, a bus controller and a plurality of boosting detonation modules, wherein the bus controller and the boosting detonation modules are connected to the communication cable. The bus controller issues a deprotection instruction and a communication triggering instruction to the boosting initiation modules to control the boosting initiation modules to perform synchronous ignition or time-sharing ignition; each boosting detonation module comprises a communication and security circuit and a boosting ignition circuit; each communication and security circuit is triggered by the deprotection instruction to release an internal electric safety signal and output an energy signal required by the boosting ignition circuit; when each boosting ignition circuit receives the energy signal, the boosting ignition circuit boosts the energy signal so as to charge energy storage capacitor; And after a communication triggering instruction is received, the energy storage capacitor is controlled to discharge to an initiating explosive device. According to the invention, the bus controller sends the information instruction to the corresponding boosting initiation circuits to finish multi-path long-distance accurate ignition, so that the anti-interference capability between ignition channels and the comprehensive performance of an in-line ignition system are improved.

The invention provides a method for triggering an instant messaging contactor object by a terminal mobile, a client and a system, and belongs to the technical field of communication and software. The method comprises the following steps of: 1. pre-setting a reference mobile path of a terminal corresponding to a target contactor object in an instant communication client; 2. acquiring a current mobile path of the terminal, and comparing the current mobile path with the pre-set reference mobile path; 3. judging whether the acquired current mobile path has a reference mobile path matched with the current mobile path or not; and 4. triggering a target contactor object corresponding to the reference mobile path and a user of the instant communication client to enter a communication triggering state under the condition that the current mobile path is matched with the reference mobile path. According to the method, the target contactor object in the instant communication client is triggered to enter a pre-set communication triggering state by the mobile path of the terminal.

The invention provides a method, client side and system for triggering an E-mail contact object in a mobile manner by a terminal, and belongs to the technical field of communication and software. The method comprises the following steps of: 1, presetting a reference mobile path of a terminal corresponding to a target contact object in an E-mail client side; 2, acquiring a current mobile path of the terminal and comparing the current mobile path with the preset reference mobile path; 3, judging that the acquired current mobile path has a reference mobile path consistent with the current mobile path; and 4, under the condition that the current mobile path has the consistent reference mobile path, triggering a target contact object corresponding to the reference mobile path to enter an active window state triggered by communication. The method, the client side and the system disclosed by the invention can be used for triggering the target contact object in the E-mail client side to enter a preset communication triggering state through the mobile path of the terminal.

Apparatuses, methods, and systems are disclosed for connection suspension of a SIM. One apparatus includes a processor, a first SIM registered with a first mobile communication network, a second SIM registered with a second mobile communication network, and a transceiver that communicates with the first and second mobile communication networks. The processor receives a communication trigger associated with the first SIM, the communication trigger indicating a service type and determines whether to apply a short connection suspension for the second SIM or a long connection suspension for the second SIM, said determination based on the service type. The processor additionally applies the selected one of the short connection suspension and the long connection suspension for the second SIM.

The invention discloses a smart tag-based grain ex-warehousing and warehousing operation supervision method and a system. The method comprises the steps of generating a trigger signal by a communication trigger to trigger an RFID tag arranged in a vehicle within a predetermined range around the communication trigger so as to enable the RFID tag to upload identification data to an application server via a wireless base station; positioning the vehicle by the application server according to the identification data; judging whether the operation process of the vehicle meets the requirement or not based on the position of the vehicle; and sending a switching-on control signal to a belt conveyor power control box on the condition that the position of the vehicle meets the requirement. A belt conveyor connected with the belt conveyor power control box is automatically switched on by the belt conveyor power control box according to the switching-on control signal. According to the technical scheme of the invention, the long-distance communication between the tag and the base station is realized. Meanwhile, the method and the system are used for dynamically tracking and positioning grain-conveying vehicles and monitoring the operation processes of the vehicles.

The invention relates to a remote signaling information verification method, a debugging verification host, a monitoring host and a system. The method comprises the following steps: sending a remote signaling transmission instruction of each remote signaling point in a spacer layer protection measurement and control device to the monitoring host; after a remote signaling transmission completion signal corresponding to the remote signaling transmission instruction is received, waiting for receiving remote signaling displacement information of each remote signaling point fed back by the monitoring host and / or the telecontrol gateway machine; and verifying the remote signaling displacement information of each remote signaling point fed back by the monitoring host and / or the telecontrol gateway machine based on preset remote signaling displacement information corresponding to the remote signaling transmission instruction. According to the technical scheme provided by the invention, closed-loop automatic verification of all remote signaling signals in a local transformer substation monitoring background is completed in a communication triggering mode, the problem that all points are difficult to align due to large data volume in the remote signaling point alignment process is solved, and the consistency and accuracy of remote signaling information verification are guaranteed.

The disclosure discloses a printer including a first memory that stores computer-executable instructions that cause the printer to perform a terminal searching process, a job receiving process, and a coordination control process. In the terminal searching process, it is searched whether any of the operation terminals retains the printing job conforming to an accepting condition or not, by performing the mutually-recognized communication triggered by reception of a signal of an action-starting operation in a starting operation accepting process. In the job receiving process, in the case that some of the operation terminals retain the printing job conforming to the accepting condition, the printing job from the operation terminal is received. In the coordination control process, the printing head and the feeder are controlled in coordination with each other in the manner that the printed matter in accordance with print data in the printing job is produced.

This object to provides a server device and a message transmission method that make it possible to flexibly transmit an arbitrary message at various timing in a communication service condition. When a communication trigger detection unit (103) of an IMS (100) detects a trigger point, a judgment unit (104) judges a message to be transmitted in accordance with at least one of a kind of a communication service condition, a transmission destination of the message, presence information and an instruction input. A message transmission unit (105) instructs an information storage device (300) to transmit the judged message to be transmitted and the information storage device (300) transmits the judged message to the transmission destination.

The invention provides a page processing method and device. The method comprises the steps of acquiring a communication configuring file when a user requires to have access to a page; detecting whether the page to which the user requires to have access is a communication triggering page according to the communication configuring file, so that statistics of communication triggering pages can be conducted according to detection result. By the adoption of the technical scheme, the page to which the user requires to have access can be detected according to the pre-set communication configuring file, so that whether the page is a communication triggering page is determined. Compared with the prior art where burying points are arranged for detection, the method has the advantages that adaptability is higher, the pages of all websites can be detected, resetting of the communication configuring file is not needed when revision and iteration updating of a communication tool are conducted, and then the statistic efficiency of the communication triggering pages can be improved, and page design can be optimized according to the result of statistic analysis.

The invention provides an Internet of Things M2M communication method and device, and electronic equipment. The Internet of Things M2M communication method comprises the following steps: receiving to-be-communicated data reported by source Internet of Things equipment by using message receiving processing logic corresponding to a communication protocol type of the source Internet of Things equipment; determining whether the to-be-communicated data meets a communication triggering condition of a M2M communication rule or not; and if so, forwarding the to-be-communicated data to the target Internet of Things equipment by using a message forwarding processing logic corresponding to the communication protocol type of the target Internet of Things equipment. According to the method, interaction between heterogeneous protocol equipment can be achieved, and the intelligent degree is good.

The embodiment of the invention provides an information processing method, device and system and a storage medium. In the embodiment of the invention, on the basis of a team forming function of travel application software, a communication function among users in a team forming group is added. The terminal equipment in the group can display a map travel interface; and in response to a communication trigger event for the map travel interface, an input message is obtained, and thus providing the message to the server equipment. The server-side device can send the message to other terminals in the group, and communication with other users in the group is achieved in the journey of the user. According to the information processing mode provided by the embodiment of the invention, a communication function among the users in the group in the travel state is added, the use modes of the map travel interface are enriched, and the use flexibility of the map travel interface is improved.

A system for dynamically presenting vehicular transaction information in a data communication network includes a network interface subsystem and a dynamic communication subsystem. The dynamic communication subsystem is configured to: based on offer data parameters and any received response messages, generate data representing an initial list of at least one purchase and financing option; when a first communication trigger condition is detected, generate signals for communicating the data representing the initial list for display on a device associated with a customer; when additional response messages are received, generate update data representing at least one additional or updated purchase and financing option; and generate signals for communicating the update data representing the at least one additional or updated purchase and financing option.

The invention aims to provide a method and equipment for controlling terminal communication. The method comprises the following steps: introducing a D2D (Device-to-Device) configuration file into an HSS (Home Subscriber Server); when a terminal is attached to a network, judging whether the terminal has a D2D capability or not and preferably selecting a D2D Relay manner by a server; if so, when the server detects that the distance between the terminal and one piece of D2D Relay equipment is within the range of D2D communication, triggering the terminal to access the network through the D2D Relay equipment; and after a communication connection is established between two terminals through the network, if the server finds that the two terminals satisfy a D2D communication triggering condition, triggering establishment of a D2D communication connection between the two terminals. Through adoption of the method and the equipment, the low efficiency of manual switching is avoided; the advantages of D2D communication can be utilized fully; the load of a core network is relieved; and the communication processing capability is improved under the condition of constant capacity and performance of the core network.