mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal comprising: an input unit; a storage unit; a display unit; and a controller configured to: control the storage unit to store a plurality of contacts including a first contact and a second contact; link a first object with a second object based on a first user input received via the input unit, wherein the first object includes the first contact and the second object includes the second contact; link the second object with a social networking website selected from among a plurality of social networking websites, based on a second user input received via the input unit; and if a request to view information regarding the first object is received, control the display unit to provide, based on the link between the first object and the second object, information regarding the second object, and to provide, based on the link between the second object and the social networking website, information from the social networking website related to the second object; wherein the first object, the second object and the social networking website are selectable by a user input. an input unit; a storage unit; a display unit; and a controller configured to: control the storage unit to store a plurality of contacts including a first contact and a second contact; link a first object with a second object based on a first user input received via the input unit, wherein the first object includes the first contact and the second object includes the second contact; link the second object with a social networking website selected from among a plurality of social networking websites, based on a second user input received via the input unit; and if a request to view information regarding the first object is received, control the display unit to provide, based on the link between the first object and the second object, information regarding the second object, and to provide, based on the link between the second object and the social networking website, information from the social networking website related to the second object; control the storage unit to store a plurality of contacts including a first contact and a second contact; link a first object with a second object based on a first user input received via the input unit, wherein the first object includes the first contact and the second object includes the second contact; link the second object with a social networking website selected from among a plurality of social networking websites, based on a second user input received via the input unit; and if a request to view information regarding the first object is received, control the display unit to provide, based on the link between the first object and the second object, information regarding the second object, and to provide, based on the link between the second object and the social networking website, information from the social networking website related to the second object; wherein the first object, the second object and the social networking website are selectable by a user input.
A method for producing an optical fiber, said method comprising the steps of: drawing an optical fiber from a heated glass source in a furnace; and introducing index perturbations to the optical fiber via a plurality of perturbation sources arranged at different radial locations, wherein the index perturbations are introduced by the plurality of perturbation sources at different frequencies to cause stress in the optical fiber. drawing an optical fiber from a heated glass source in a furnace; and introducing index perturbations to the optical fiber via a plurality of perturbation sources arranged at different radial locations, wherein the index perturbations are introduced by the plurality of perturbation sources at different frequencies to cause stress in the optical fiber.
Apparatus for manipulating a guidewire during an endovascular procedure, comprising: a chuck for selectively coupling motive force to a guidewire; an actuator, coupled to the chuck, for imparting an axial motive force to the chuck and a rotary motive force to the chuck, and a housing, supporting the chuck and the actuator, sized to fit in a palm of a user, wherein the actuator is configured to impart simultaneous rotational and axial motion to the guidewire via the chuck. a chuck for selectively coupling motive force to a guidewire; an actuator, coupled to the chuck, for imparting an axial motive force to the chuck and a rotary motive force to the chuck, and a housing, supporting the chuck and the actuator, sized to fit in a palm of a user, wherein the actuator is configured to impart simultaneous rotational and axial motion to the guidewire via the chuck.
A method comprising: receiving task input associated with a task item from an application; identifying (210, 260), using the task input and at least a user-specific model, at least one likely task list name for the task item, wherein the user-specific model comprises user-specific data, the user-specific data comprising existing user-specific task lists, associated task items, and task properties assigned to the associated task items; providing (215, 265) a suggested task list name from the at least one likely task list name to the application for display; receiving (220, 270) a task list name and the task item, the task list name being a selection of one of the suggested task list name, a new task list name, or a different task list name; assigning (225, 275) the task item to a task list associated with the task list name; and updating (230, 280) the user-specific model with the task item and the task list name; characterized in that the user-specific model is generated by a machine learning, neural network or artificial intelligence process that tokenizes the user-specific data and assigns each token a certain weight, said weight being based on a frequency of usage. receiving task input associated with a task item from an application; identifying (210, 260), using the task input and at least a user-specific model, at least one likely task list name for the task item, wherein the user-specific model comprises user-specific data, the user-specific data comprising existing user-specific task lists, associated task items, and task properties assigned to the associated task items; providing (215, 265) a suggested task list name from the at least one likely task list name to the application for display; receiving (220, 270) a task list name and the task item, the task list name being a selection of one of the suggested task list name, a new task list name, or a different task list name; assigning (225, 275) the task item to a task list associated with the task list name; and updating (230, 280) the user-specific model with the task item and the task list name; characterized in that the user-specific model is generated by a machine learning, neural network or artificial intelligence process that tokenizes the user-specific data and assigns each token a certain weight, said weight being based on a frequency of usage.
An ocular implant handling system, comprising: a carrier member comprising: a shell having a central channel extending at least partially through the shell from a proximal end towards a distal end of the shell; a guide sleeve removably attached within at least a first region of the central channel of the shell, the guide sleeve defining a proximal port into the central channel that is accessible from the proximal end of the shell; and an implant holder removably attached within at least a second region of the central channel of the shell adjacent to a distal end of the guide sleeve, the implant holder having a pair of graspers (905a, 905b) adapted to releasably secure an implant at a distal end of the implant holder. a shell having a central channel extending at least partially through the shell from a proximal end towards a distal end of the shell; a guide sleeve removably attached within at least a first region of the central channel of the shell, the guide sleeve defining a proximal port into the central channel that is accessible from the proximal end of the shell; and an implant holder removably attached within at least a second region of the central channel of the shell adjacent to a distal end of the guide sleeve, the implant holder having a pair of graspers (905a, 905b) adapted to releasably secure an implant at a distal end of the implant holder.
Furniture-spacing device for establishing a distance between two interconnectable furniture elements (60, 60a, 62, 62a, 64, 66, 68), having at least one spacing piece and having at least one connecting piece for connecting the two furniture elements (60, 60a, 62, 62a, 64, 66, 68) to one another, wherein the spacing piece can be fastened on the one furniture element and has a plate-like body, which can be positioned between the two furniture elements such that the one furniture element butts against the one side, and the other furniture element butts against the other, opposite, side of the plate-like body, and also has at least one aperture or opening (6, 8, 10), for accommodating the at least one connecting piece connecting the two furniture elements to one another, and a first arresting means, and the connecting piece can be fastened on the other furniture element and has a second arresting means, which can be brought into releasable engagement with the first arresting means on the spacing piece.
A method for producing dicyanocyclohexane, the method comprising a cyanation step in which cyanocyclohexane-1-carboxylic acid and/or a salt thereof is subjected to cyanation reaction with an ammonia source to obtain dicyanocyclohexane.
A method comprising: receiving, by a wireless device from a base station, first downlink control information, DCI, indicating activation of channel state information, CSI, reporting, wherein the CSI reporting comprises a first scheduled transmission of at least one CSI report; receiving second DCI indicating an uplink grant of a second scheduled transmission of at least one transport block; and based on at least one time resource indicated by the base station and based on a determination that the first scheduled transmission overlaps in time with the second scheduled transmission: dropping the first scheduled transmission; and transmitting, based on a transmission power, the at least one transport block via at least one resource indicated by the uplink grant. receiving, by a wireless device from a base station, first downlink control information, DCI, indicating activation of channel state information, CSI, reporting, wherein the CSI reporting comprises a first scheduled transmission of at least one CSI report; receiving second DCI indicating an uplink grant of a second scheduled transmission of at least one transport block; and based on at least one time resource indicated by the base station and based on a determination that the first scheduled transmission overlaps in time with the second scheduled transmission: dropping the first scheduled transmission; and transmitting, based on a transmission power, the at least one transport block via at least one resource indicated by the uplink grant. dropping the first scheduled transmission; and transmitting, based on a transmission power, the at least one transport block via at least one resource indicated by the uplink grant.
A signal transmission method for a beam calibration, comprising: transmitting, by a network device (600, 1000), N first reference signals to a terminal device (700, 1100), wherein N is a positive integer greater than or equal to 1; transmitting, by the network device (600, 1000), physical layer control signaling to the terminal device (700, 1100), wherein the physical layer control signaling is used to trigger the terminal device to transmit a channel quality measurement result of the N first reference signals to the network device, the physical layer control signaling is further used to instruct the terminal device to transmit M second reference signals to the network device, and M is a positive integer greater than or equal to 1; transmitting, by the network device, by using higher layer signaling or the physical layer control signaling, an indication information to the terminal device, wherein the indication information is used to indicate an association between a moment n for transmitting the M second reference signals and a moment k for transmitting the channel quality measurement result of the N first reference signals; wherein a formed transmit beam for the M second reference signals is the same as a formed receive beam used for receiving the N first reference signals and obtaining the channel quality measurement result; receiving, by the network device (600, 1000), the channel quality measurement result sent by the terminal device; and receiving, by the network device (600, 1000), the M second reference signals sent by the terminal device. transmitting, by a network device (600, 1000), N first reference signals to a terminal device (700, 1100), wherein N is a positive integer greater than or equal to 1; transmitting, by the network device (600, 1000), physical layer control signaling to the terminal device (700, 1100), wherein the physical layer control signaling is used to trigger the terminal device to transmit a channel quality measurement result of the N first reference signals to the network device, the physical layer control signaling is further used to instruct the terminal device to transmit M second reference signals to the network device, and M is a positive integer greater than or equal to 1; transmitting, by the network device, by using higher layer signaling or the physical layer control signaling, an indication information to the terminal device, wherein the indication information is used to indicate an association between a moment n for transmitting the M second reference signals and a moment k for transmitting the channel quality measurement result of the N first reference signals; wherein a formed transmit beam for the M second reference signals is the same as a formed receive beam used for receiving the N first reference signals and obtaining the channel quality measurement result; receiving, by the network device (600, 1000), the channel quality measurement result sent by the terminal device; and receiving, by the network device (600, 1000), the M second reference signals sent by the terminal device.
A method for producing a three-dimensional polymer-metal microstructure, comprising: constituting a polymer structure having an arbitrary steric structure by stereolithography using a photocurable resin having a reactive group X; characterized in that the method further comprises subsequently, dipping the polymer structure in a liquid that is an aqueous medium solution or aqueous medium dispersion liquid of a metal-containing nanoparticle having a reactive group X' capable of being bound to the reactive group X and containing an arbitrary metal, to bind the reactive group X on the polymer structure to the reactive group X' on the metal-containing nanoparticle, thereby forming a metal-containing layer on the polymer structure. constituting a polymer structure having an arbitrary steric structure by stereolithography using a photocurable resin having a reactive group X; characterized in that the method further comprises subsequently, dipping the polymer structure in a liquid that is an aqueous medium solution or aqueous medium dispersion liquid of a metal-containing nanoparticle having a reactive group X' capable of being bound to the reactive group X and containing an arbitrary metal, to bind the reactive group X on the polymer structure to the reactive group X' on the metal-containing nanoparticle, thereby forming a metal-containing layer on the polymer structure.
A solid-state imaging device comprising: a solid-state imaging element including a light receiving surface; a main substrate connected to a surface of the solid-state imaging element on an opposite side to the light receiving surface; electronic components mounted on the main substrate; and a sealing resin (4, 5) positioned between the solid-state imaging element and the main substrate, characterized in that the sealing resin (4, 5) is a laminated body of a first sealing resin and a second sealing resin, the first sealing resin is disposed on a solid-state imaging element side and the second sealing resin is disposed on a main substrate side, and a boundary surface between the first sealing resin and the second sealing resin inclines so that a thickness of the first sealing resin is reduced from an inside to an outside of the solid-state imaging device and is inclined from the inside to the outside of the solid-state imaging device. a solid-state imaging element including a light receiving surface; a main substrate connected to a surface of the solid-state imaging element on an opposite side to the light receiving surface; electronic components mounted on the main substrate; and a sealing resin (4, 5) positioned between the solid-state imaging element and the main substrate, characterized in that the sealing resin (4, 5) is a laminated body of a first sealing resin and a second sealing resin, the first sealing resin is disposed on a solid-state imaging element side and the second sealing resin is disposed on a main substrate side, and a boundary surface between the first sealing resin and the second sealing resin inclines so that a thickness of the first sealing resin is reduced from an inside to an outside of the solid-state imaging device and is inclined from the inside to the outside of the solid-state imaging device.
A molding assembly for a centrifugal impeller for a turbomachine, the molding assembly comprising an annular insert comprising a plurality of aerodynamic vane inserts for reproducing the aerodynamic vanes between blades of a finished impeller, wherein the aerodynamic vanes are the empty spaces between adjacent blades; the molding assembly being characterized in that it also comprises a plurality of shaped components (19; 20) able to be disposed on an external surface of each of said aerodynamic vane inserts with said shaped components (19; 20) being configured to act against the erosion of the working fluid during the work of the finished impeller.
A washing machine comprising a body, a tub wherein the washing process is performed, a detergent drawer wherein washing agents are placed, a cold water hose which is located inside the body and provides the water received from a cold water line for washing processes to be transmitted to the tub through the detergent drawer, and a cold water valve which is located inside the body, and the inlet of which is connectable to the cold water line and the outlet of which is connected to the cold water hose, - a hot water hose which is located inside the body and one end of which is connected to the cold water hose, and which has a water inlet end providing water to be received from a hot water line by being connected to a hot water valve, characterized by - a hose retainer in the form of a cylindrical protrusion which provides the hot water hose to be retained in the passive state inside the body without performing the task of transmitting water and serves as a hanger to which the unused hot water hose is hung, with the water inlet end being mounted on the cylindrical protrusion in the situation that the hot water line connection is not made, wherein the hot water valve is mounted in order to activate the hot water line when required, and wherein, when the hot water line connection to the washing machine is to be made, the cylindrical protrusion that is already mounted to the water inlet is removed from the water inlet and the water inlet end is freed, and is connected to the hot water valve. - a hot water hose which is located inside the body and one end of which is connected to the cold water hose, and which has a water inlet end providing water to be received from a hot water line by being connected to a hot water valve, - a hose retainer in the form of a cylindrical protrusion which provides the hot water hose to be retained in the passive state inside the body without performing the task of transmitting water and serves as a hanger to which the unused hot water hose is hung, with the water inlet end being mounted on the cylindrical protrusion in the situation that the hot water line connection is not made,
Bearing apparatus, comprising at least two force transmission parts (1, 2a, 2b) in mutual contact in order to transmit forces directed substantially according to a predefined direction, with one of the two parts having a convex surface (1a, 1b) and the other of the two parts having a concave surface (20a, 20b) of a greater radius of curvature than said convex surface, with one of said convex and concave surfaces being lined with a sliding material, with the convex surface (1a, 1b) being in contact with the concave surface (20a, 20b) in a contact zone, wherein at least one of the two force transmission parts (1, 2a, 2b) comprises a block of homogeneous material that has at least one recess (4, 4a, 4b, 4c, 4d) in a portion substantially aligned with the contact zone along said direction.
An apparatus for managing dynamic random access memory, DRAM,, the apparatus comprising a processor configured for: mapping each application of a plurality of applications (514A-B) executing on a common virtual machine, VM, running on a host operating system, OS, of a host computing device to one or more clusters of a plurality of clusters (510A-C) of banks (512A-F) of the DRAM, wherein each application exclusively uses the mapped one or more clusters of banks; characterised in that the mapping individual applications executing on a common virtual machine to one or more clusters of a plurality of clusters comprises: placing guest physical addresses of a guest physical address page of the individual applications and a Linux kernel, executing on the common VM, in respective queues of a buddy allocator that allocates buffers in the guest operating system, OS, wherein each queue is mapped to a respective guest physical address and wherein the guest OS maps guest applications of different buddy allocator queues based on clusters assigned to the guest OS; and placing guest physical addresses in respective buffers of a buddy allocator that allocates buffers of the host OS, wherein each buffer is mapped to a respective physical address of the DRAM. mapping each application of a plurality of applications (514A-B) executing on a common virtual machine, VM, running on a host operating system, OS, of a host computing device to one or more clusters of a plurality of clusters (510A-C) of banks (512A-F) of the DRAM, wherein each application exclusively uses the mapped one or more clusters of banks; characterised in that the mapping individual applications executing on a common virtual machine to one or more clusters of a plurality of clusters comprises: placing guest physical addresses of a guest physical address page of the individual applications and a Linux kernel, executing on the common VM, in respective queues of a buddy allocator that allocates buffers in the guest operating system, OS, wherein each queue is mapped to a respective guest physical address and wherein the guest OS maps guest applications of different buddy allocator queues based on clusters assigned to the guest OS; and placing guest physical addresses in respective buffers of a buddy allocator that allocates buffers of the host OS, wherein each buffer is mapped to a respective physical address of the DRAM.