364 results about "Cross device" patented technology

The present invention relates to a system and methodology to facilitate collaboration and communications between entities such as between automated applications, parties to a communication and/or combinations thereof. The systems and methods of the present invention include a service that supports collaboration and communication by learning predictive models that provide forecasts of one or more aspects of a users' presence and availability. Presence forecasts include a user's current or future locations at different levels of location precision and usage of different devices or applications. Availability assessments include inferences about the cost of interrupting a user in different ways and a user's current or future access to one or more communication channels. The predictive models are constructed from data collected by considering user activity and proximity from multiple devices, in addition to analysis of the content of users' calendars, the time of day, and day of week, for example. Various applications are provided that employ the presence and availability information supplied by the models in order to facilitate collaboration and communications between entities.

The solution of the present application provides many types and forms of resources, such as products or services, to an environment of heterogeneous devices. An agent and centralized service may communicate to deliver an optimum package of resources to a device. Each device may include an agent that collects information important to determining the appropriate resources for the device and understanding the environment the devices are contributing to. The information may be stored and analyzed in a cross device knowledge base, and the knowledge base may be consulted to determine resources appropriate for devices. The agent and centralized service may engage in pro-active alerting and provisioning of services, based on any collected information, to minimize the burden of resource procurement on the customer. After delivery of resources, the agent and centralized service may also perform updating, repairing, and healing functions for the resources. Resources may be aggregated into a cohesive platform to be combined and delivered in an optimum manner, and resources may also be maintained and monitored to ensure their quality via escalation or remedial action. Devices may be connected to the resources through intelligent routing.

Provided is a process of distributing offers to non-location-sensing devices based on a geolocation sensed by another device, the process comprising: obtaining a geolocation of a user from a mobile device of the user; associating the geolocation of the user with an identifier of the user in an offers engine; receiving a request for an offer from another computing device of the user, the request including or prompting obtaining data from the other computing device sufficient to identify the user; retrieving the geolocation of the user obtained from the mobile device by identifying the user with the data from the other computing device sufficient to identify the user account; selecting, with the offers engine, a responsive offer based on the geolocation of the user obtained from the mobile device; and sending the responsive offer to the other computing device of the user.

Some embodiments comprise: A recipient data device connects to a source data device, which is associated with a profile that includes consumption state including information relating to a point at which playback of a piece of multimedia content at a playback device, different than the recipient data device, has been terminated. Data is synchronized, including the consumption state. The piece of multimedia content is played at the recipient data device, starting from a playback initiation point related to the point at which playback of the piece of multimedia content was terminated.

A controller system includes a device configured to cross an occlusion or stenosis and a control unit. The occlusion-crossing device has an axial lumen and a drive shaft extending through the axial lumen. The control unit is coupled to the device. The control unit has a processor which produces a variable sound and a variable visual display in response to a load measurement on the drive shaft. The load may be measured by a change in current in a motor which drives the shaft. This change in current is then converted to a frequency for variable sound and to a visual display indicative of the load. The load status on the motor may be divided into discrete load levels and correspondingly indicated by discrete levels in the feedback sound frequency and the visual display. This system may be used to monitor and facilitate crossing vascular total occlusions during percutaneous interventions.

An integrated circuit structure includes first and second integrated circuit devices disposed on a interposer. Each integrated circuit device has electrostatic discharge (ESD) protection circuitry therein connected to an internal ESD bus. The first and second integrated circuit devices communicate with one another through the interposer. The interposer includes an ESD bus electrically connected to the ESD busses of the first and second integrated circuit devices for providing cross-device ESD protection for the integrated circuit devices.

Provided is a process that includes: obtaining, from an interactive kiosk, with a remote authentication application, an account identifier; accessing a record that associates the account identifier with a mobile computing device; receiving, from the mobile computing device, a value indicative of whether a sensed biometric attribute matches a previously obtained biometric attribute; determining, based on the value, to authenticate the presenting user; and upon determining to authenticate the user, causing the interactive kiosk to provide access to a secured resource.

A stylet for re-entry into a vessel includes an elongate body including a proximal portion, a middle curved portion, a pointed distal end, and a longitudinal axis extending through the proximal portion, the middle curved portion, and the pointed distal end. The proximal portion and the middle curved portion have substantially circular cross-sections. The middle curved portion has a pre-shaped curve along the longitudinal axis configured to match a curve of an occlusion-crossing device. The pointed distal end has an s-curve along the longitudinal axis and a flattened portion along the longitudinal axis, the flattened portion having a substantially oblong cross-section.

The invention provides cross-device user corresponding and user tracking methods and systems. According to the cross-device user corresponding and user tracking methods, a user corresponding system arranged at a user device obtains a unique device identification of a mobile device, associates the obtained device identification with each user identification in a pre-stored cookie file, and correspondingly sends the device identification as the identity of the user identifications to a corresponding website, and then a user tracking system arranged at a service terminal of the website obtains the device identification from the mobile device, a user identification from the user device and a device identification from a corresponding mobile device, and carries out cross-device user tracking based on trace data, generated in the website, of the user identifications and the device identifications and corresponding relations of the user identifications and the device identifications. According to the cross-device user corresponding and user tracking methods and systems which are provided by the invention, the association of the device identifications of the mobile devices and the user identifications is effectively established, so that a bridge function for cross-device user tracking and data mining is realized.

The invention provides a double-suction-cup connecting rod type wall face cleaning robot and belongs to the field of specialized robots. The double-suction-cup connecting rod type wall face cleaning robot is characterized by comprising an adsorption device, a walking obstacle crossing device, a power device, a control device, a cleaning device and a safety device. The adsorption device is composed of a vacuum pump, a vacuum cavity and a suction cup. The walking obstacle crossing device is composed of a suction cup and a four-connecting-rod mechanism. Power is provided by a stepping motor and a steering engine. The control device comprises a single-chip microcomputer, a pressure sensor, an angle sensor and an infrared sensor. The cleaning device is composed of a cleaning box, cleaning cloth, a throttling valve and the like. The cleaning robot is wholly adsorbed on a wall face through the suction cups, alternate adsorption is achieved through the suction cups, and advancing wiping and obstacle crossing of the robot are achieved in cooperation with rotation of four connecting rods. The wall face cleaning robot can carry out safe and efficient cleaning work on high-rise outer walls (ceramic tiles or glass curtain walls or laid aluminum-plastic panel structures), and has the advantages of being stable in adsorption force, high in obstacle crossing capacity, high in wiping efficiency, high in wind load resistance, light, simple in structure, convenient to control and the like.

A non-gated print media crossover for a printing system includes crossover pathways which intersect at a crossover junction. A control system controls arrival of sheets of print media at the crossover junction whereby a sheet conveyed on the first crossover pathway traverses the junction in an intersheet gap between sheets traversing the junction on the second crossover pathway. The printing system includes print media processing units, such as marking engines, paper sources, and output destinations, which are connected by a conveyor system incorporating the crossover.

Method of generating a secure user identity data set, using timestamps and algorithms which can be encrypted, whose structure is generated in an initial communication between the communication device of the user and a remote identity server. The identity can be transmitted indefinitely to a client device from a user device while offline. The user's secure identity exists within a universally accessible network (cross-platform, cross-chain, cross-system, cross-application, cross-device, cross-industry) which provides the user with access to services and resources from providers who have integrated with the network. The network provides an application Ecosystem permitting a family of software applications that perform tasks and offer resources (smart contracts) such as payment processing terminals, point of sale use and exchange of virtual currency, ticket scanning and authentication, and requesting and receiving bids from service providers. The network also enables applications from one platform to execute smart contracts with applications residing on other platforms.

The invention discloses a solar intelligent zebra crossing device. The solar intelligent zebra crossing device comprises a solar power supply system, a pedestrian sensing and detecting system, a PLC (programmable logic controller) control system, a zebra crossing LED indicator light system and a voice warning system. When pedestrians go into a zebra crossing area, pressure sensors transmit sensing signals to the control system, the control system judges that the pedestrians walk out of the zebra crossing or to the opposition direction of the zebra crossing. When the pedestrians walk to the counter road via the zebra crossing, LED lamps embedded on the zebra crossing emit conspicuous red light to prompt passing vehicles of no entry so as to avoid the pedestrians in advance. When the vehicles pass and the pedestrians are detected at a starting line of the zebra crossing, the voice warning system can prompt the pedestrians of no entry. The solar intelligent zebra crossing device is powered by solar energy, energy source is saved, cables are not needed to be paved, mounting of the device is convenient, avoiding of the vehicles and safety passing of the pedestrians are facilitated, and traffic potential hazards are reduced.

A catheter device for crossing occlusions includes an elongate catheter shaft, a rotatable tip configured to rotate relative to the elongate catheter shaft, a drive shaft, and an OCT imaging sensor. The rotatable tip includes a housing coupled with the elongate catheter shaft and cutting wedges extendable from the housing. The drive shaft has a central lumen extending therethrough and extends within the elongate catheter shaft. The drive shaft is coupled with the wedges and is configured to rotate the rotatable tip. The OCT sensor includes an optical fiber coupled with the rotatable tip and configured to rotate therewith. The elongate catheter shaft is configured to move axially over the drive shaft to extend and retract the wedges from the housing while maintaining a fixed position of the imaging sensor relative to the cutting wedges.

At a marketing platform, an aggregated profile device graph is provided that associates different unique aggregated profile identifiers with different sets of related devices and their associated user identifiers. At least a portion of the aggregated profile device graph also associates user profile data and activity data with each device's user identifier and corresponding aggregated profile identifier. In response to the marketing platform obtaining a report request for a performance metric for a particular user segment, the performance metric is determined from activity data of specific ones of the aggregated user identifiers and their associated sets of related devices. Each of these specific aggregated user identifiers and their associated sets of related devices are associated with user profile data that includes the particular user segment. A report on the performance metric for the particular audience segment is then provided, for example, to the report requester.

The invention discloses a cross-device and cross-protocol EPON element management system. The system achieves the uniform monitoring and management on the heterogeneous EPON; an EPON element metadata model is provided, and uniform description of heterogeneous EPON devices, interfaces and protocols is achieved; a parallel polling method for the network element performance and state in the distributed type EPON is provided, and rapid and efficient query of the performance and the network element state of the large-scale distributed type EPON is achieved; a uniform configuration system of the heterogeneous EPON devices is built, and uniform configuration of different devices and different northbound interface protocols is achieved; a network element state displaying system in the large-scale distributed type EPON is built, and uniform and real-time display of the heterogeneous EPON is achieved. The UML is adopted in the EPON element metadata model, so that the processes such as cataloguing, registering and finding of the EPON resources are accurately, clearly and conveniently achieved, interconnection, intercommunication and interoperability of the heterogeneous EPON system are achieved conveniently, the comprehensive management capacity of the EPON is improved, and long-term interests are brought to the EPON management.

The solution of the present application provides many types and forms of resources, such as products or services, to an environment of heterogeneous devices. An agent and centralized service may communicate to deliver an optimum package of resources to a device. Each device may include an agent that collects information important to determining the appropriate resources for the device and understanding the environment the devices are contributing to. The information may be stored and analyzed in a cross device knowledge base, and the knowledge base may be consulted to determine resources appropriate for devices. The agent and centralized service may engage in pro-active alerting and provisioning of services, based on any collected information, to minimize the burden of resource procurement on the customer. After delivery of resources, the agent and centralized service may also perform updating, repairing, and healing functions for the resources. Resources may be aggregated into a cohesive platform to be combined and delivered in an optimum manner, and resources may also be maintained and monitored to ensure their quality via escalation or remedial action. Devices may be connected to the resources through intelligent routing.

A stent delivery catheter for positioning a stent across a lesion of a blood vessel is disclosed. The catheter includes an inflation balloon coupled to a distal region of the elongate shaft of the catheter and a stent loaded on the inflation balloon. The catheter may also include an occlusion balloon having a proximal waist secured to the elongate shaft and a distal waist secured to the elongate shaft. The occlusion balloon includes a first folded-over portion extending distal of the distal waist to a distalmost extent of the occlusion balloon and a second folded-over portion extending proximal of the proximal waist to a proximalmost extent of the occlusion balloon. The catheter further includes a fluid discharge port located distal of the occlusion balloon for discharging a lubricious fluid exterior of the elongate shaft toward the stent to facilitate advancing the stent across an occlusion.

The embodiment of the invention provides a cross-device method for synchronously playing audio and video data, playing devices and a system thereof. The method comprises the following steps: obtaining an audio data packet played by a current system via a first playing device and recording first system time of the first playing device when obtaining the audio data packet; determining audio playing time of the audio data packet via the first playing device and sending the audio data packet and the audio playing time to a second playing device; playing the audio data packet via the second playing device when an absolute value of time difference between the current system time of the second playing device and the audio playing time is less than or equal to a preset threshold; and playing video images corresponding to the audio data packet via the first playing device according to video playing time, and synchronously playing the audio and video data of different devices, wherein the video playing time is the sum of the first system time and the predetermined playing delay time; the audio playing time is the sum of the first system time, the playing delay time, and the system time difference between the first playing device and the second playing device.

The invention discloses a wire crossing device for power stringing, and the device comprises a pedestal fixedly disposed at the upper end of an insulating rod, and an upper cover which is hinged to the pedestal in a buckled manner. The interior of a pedestal groove of the pedestal is provided with a return pulley, and the interior of an upper cover groove of the upper cover is provided with an auxiliary wheel through an adjustment device. The outer wall of the pedestal is fixedly provided with a supporting rod, and the tail end of the supporting rod is hinged to a transmission rod. The upper end of the transmission rod is hinged to an upper connecting rod, and the upper end of the upper connecting rod and the outer wall of the upper cover are hinged together in a corresponding manner. The lower segment of the transmission rod is slidingly provided with an upper sliding sleeve in a sleeving manner, and the central part of the upper sliding sleeve is hinged to an insulating bar which extends downwards. The insulating rod is fixedly provided with a central sliding sleeve which is in sliding fit with the insulating bar in the axial direction. The upper part of the insulating rod is provided with a swinging cavity which cooperates with the lower segment of the transmission rod. The device can be quickly assembled and set up, can complete the wire crossing, selection and leading functions on the ground, is simple in operation, does not need climbing, and is high in safety.

The invention discloses a power stringing line-cross device which comprises a pedestal fixed on the upper end of an insulating rod and an upper cover hinged and buckled to the pedestal. A base wheel is installed in a pedestal groove of the pedestal, and an auxiliary wheel is installed in an upper cover groove of the upper cover through an adjusting device. A support bar is fixed to the outer wall of the pedestal, a transfer rod is hinged to the tail end of the support bar, and an upper connecting rod is hinged to the upper end of the transfer rod. The upper end of the upper connecting rod and the outer wall of the upper cover are correspondingly hinged together, and an upper sliding sleeve slidingly sleeves the lower section of the transfer rod. An insulating bar downwardly extending along the insulating rod is hinged to the central section of the upper sliding sleeve, and an intermediate sliding sleeve in sliding fit with the insulating bar in the axial direction is fixed on the insulating rod. The upper portion of the insulating rod is provided with a swinging chamber matching with the lower section of the transfer rod. The power stringing line-cross device can be rapidly assembled and erected, enables line crossing, jumping and leading on the ground, and is easy to operate and high in safety. No climbing is required.

The invention provides a glass curtain wall cleaning robot capable of crossing obstacles, and belongs to the field of special robots. The robot is characterized by comprising an adsorbing device, a walking and obstacle crossing device, a power device, a control device, a cleaning device and a safe device. The adsorbing device is mainly composed of vacuum pumps and suction cups, advancing and obstacle crossing are completed mainly depending on synergetic cooperation of the suction cups, a suction cup jacking mechanism and a suction cup pushing mechanism, power of the robot is supplied by stepping motors, the control device comprises a single chip microcomputer and sensors, the sensors mainly comprise the angle sensor and the infrared sensor, and the cleaning device mainly comprises a cleaning box, a cleaning cloth, a throttle valve and the like. According to the cleaning robot, the robot whole body is adsorbed on the wall face mainly through the suction cups, advancing wiping of the robot is achieved through the suction cup pushing mechanism, and obstacle crossing of the robot is achieved through the suction cup jacking mechanism. The high-rise glass curtain wall cleaning robot can conduct safe and efficient cleaning operation and has the advantages of being stable in adsorption capacity, high in obstacle crossing capacity, wiping efficiency and wind load resisting capacity, small in weight and simple and stable in structure.