mhurhangee/ep-ind-claims huggingface dataset:
A configuration adjustment method, performed by a terminal, the method comprises: determining, among businesses run by the terminal, a target business for which a heat generating speed is greater than a first preset speed, when a temperature of the terminal is higher than a preset temperature; sending information of the target business to a base station; reducing a wireless transmission configuration for the target business according to a received first adjustment command of the base station for the target business, wherein, by reducing the wireless transmission configuration, the terminal can drop its temperature; characterised in that sending the information of the target business to the base station comprises: comparing a current quality of service of the target business with a quality of service required by the target business, wherein the quality of service required by the target business refers to a lowest quality of service required during normal operation of the target business; in response to the current quality of service of the target business being higher than the quality of service required by the target business, sending an identifier of the target business and the current quality of service of the target business to the base station. determining, among businesses run by the terminal, a target business for which a heat generating speed is greater than a first preset speed, when a temperature of the terminal is higher than a preset temperature; sending information of the target business to a base station; reducing a wireless transmission configuration for the target business according to a received first adjustment command of the base station for the target business, wherein, by reducing the wireless transmission configuration, the terminal can drop its temperature; characterised in that sending the information of the target business to the base station comprises: comparing a current quality of service of the target business with a quality of service required by the target business, wherein the quality of service required by the target business refers to a lowest quality of service required during normal operation of the target business; in response to the current quality of service of the target business being higher than the quality of service required by the target business, sending an identifier of the target business and the current quality of service of the target business to the base station. comparing a current quality of service of the target business with a quality of service required by the target business, wherein the quality of service required by the target business refers to a lowest quality of service required during normal operation of the target business; in response to the current quality of service of the target business being higher than the quality of service required by the target business, sending an identifier of the target business and the current quality of service of the target business to the base station.
A semiconductor device comprising: a substrate; a first conductivity type drift region formed on a first main surface of the substrate, formed of a same material as the substrate and having a higher impurity concentration than the substrate; a second conductivity type well region formed in the drift region to extend from a second main surface of the drift region opposite to a first main surface of the drift region in contact with the substrate in a direction perpendicular to the second main surface and including an edge extending to an inside of the substrate, the bottom surface of the well region parallel to the second surface being deeper than the drift region; a first conductivity type drain region formed in the drift region to be separated from the well region and extending from the second main surface in the perpendicular direction; a first conductivity type source region formed in the well region to extend from the second main surface in the perpendicular direction; a gate groove extending from the second main surface in the perpendicular direction and penetrating the source region and the well region in a direction parallel to the second main surface; a gate electrode formed on a surface of the gate groove with a gate insulating film interposed therebetween; a source electrode electrically connected to the source region and the well region; and a drain electrode electrically connected to the drain region, characterised in that the gate groove is deeper in the perpendicular direction than the bottom surface of the well region parallel to the second main surface. a substrate; a first conductivity type drift region formed on a first main surface of the substrate, formed of a same material as the substrate and having a higher impurity concentration than the substrate; a second conductivity type well region formed in the drift region to extend from a second main surface of the drift region opposite to a first main surface of the drift region in contact with the substrate in a direction perpendicular to the second main surface and including an edge extending to an inside of the substrate, the bottom surface of the well region parallel to the second surface being deeper than the drift region; a first conductivity type drain region formed in the drift region to be separated from the well region and extending from the second main surface in the perpendicular direction; a first conductivity type source region formed in the well region to extend from the second main surface in the perpendicular direction; a gate groove extending from the second main surface in the perpendicular direction and penetrating the source region and the well region in a direction parallel to the second main surface; a gate electrode formed on a surface of the gate groove with a gate insulating film interposed therebetween; a source electrode electrically connected to the source region and the well region; and a drain electrode electrically connected to the drain region, characterised in that the gate groove is deeper in the perpendicular direction than the bottom surface of the well region parallel to the second main surface.
A communication apparatus that is connected to a second information processing apparatus configured to transmit data requested from a first information processing apparatus, the communication apparatus comprising: a receiving portion configured to receive alignment specifying information, the alignment specifying information indicating which of main memories included in the first information processing apparatus and the second information processing apparatus to align the requested data; a division location calculating portion configured to calculate a divisional location of the requested data so that the divisional location of the requested data becomes an alignment boundary on the main memory included in any one of the first and the second information processing apparatuses specified by the received alignment specifying information, the alignment boundary being integral multiples of a given data width, the division location calculating portion being operable to cut down an end address of data to be transmitted by first data transmission to a value acquired by subtracting one from a multiple of the given data width; and a transmitting portion configured to divide the requested data stored into the main memory in the second information processing apparatus based on the calculated divisional location, and transmit the divided data to the first information processing apparatus. a receiving portion configured to receive alignment specifying information, the alignment specifying information indicating which of main memories included in the first information processing apparatus and the second information processing apparatus to align the requested data; a division location calculating portion configured to calculate a divisional location of the requested data so that the divisional location of the requested data becomes an alignment boundary on the main memory included in any one of the first and the second information processing apparatuses specified by the received alignment specifying information, the alignment boundary being integral multiples of a given data width, the division location calculating portion being operable to cut down an end address of data to be transmitted by first data transmission to a value acquired by subtracting one from a multiple of the given data width; and a transmitting portion configured to divide the requested data stored into the main memory in the second information processing apparatus based on the calculated divisional location, and transmit the divided data to the first information processing apparatus.
A surgical instrument comprising: (a) an ultrasonic transducer; (b) a shaft extending distally relative to the ultrasonic transducer along a longitudinal shaft axis; (c) a waveguide acoustically coupled with the ultrasonic transducer and extending distally through the shaft, wherein the waveguide includes an annular nodal flange at the distal-most acoustic node; (d) an end effector arranged at a distal end of the shaft, wherein the end effector includes an ultrasonic blade acoustically coupled with the waveguide, wherein the ultrasonic blade integrally joins with the waveguide at the nodal flange, wherein the ultrasonic transducer is operable to drive the waveguide and the ultrasonic blade with ultrasonic energy; and (e) a nodal support element positioned to support a nodal portion of the waveguide within the shaft, wherein the nodal support element includes a plurality of deformable elements configured to deform against an inner surface of the shaft, and the deformable elements are arranged with uniform circumferential spacing, and wherein an interior of the nodal support element includes an annular groove configured to receive the nodal flange in sealing engagement, such that the nodal support element aligns with and encircles the distal-nodal flange. (a) an ultrasonic transducer; (b) a shaft extending distally relative to the ultrasonic transducer along a longitudinal shaft axis; (c) a waveguide acoustically coupled with the ultrasonic transducer and extending distally through the shaft, wherein the waveguide includes an annular nodal flange at the distal-most acoustic node; (d) an end effector arranged at a distal end of the shaft, wherein the end effector includes an ultrasonic blade acoustically coupled with the waveguide, wherein the ultrasonic blade integrally joins with the waveguide at the nodal flange, wherein the ultrasonic transducer is operable to drive the waveguide and the ultrasonic blade with ultrasonic energy; and (e) a nodal support element positioned to support a nodal portion of the waveguide within the shaft, wherein the nodal support element includes a plurality of deformable elements configured to deform against an inner surface of the shaft, and the deformable elements are arranged with uniform circumferential spacing, and wherein an interior of the nodal support element includes an annular groove configured to receive the nodal flange in sealing engagement, such that the nodal support element aligns with and encircles the distal-nodal flange.
A flexible conductive material comprising crystal grains forming a metal texture of a base material, wherein the base material is made of any of copper, aluminium, and magnesium, wherein an average crystal grain size of the crystal grains is set to 2 μm or less, and the crystal grain size of 20% or more of the crystal grains in a cross section of the flexible conductive material is set to 1 μm or less, wherein the flexible conductive material further comprises 0.1 mass% to 20 mass% of nanoparticles and is characterized by being resistant to one million times or more of dynamic driving tests, wherein the nanoparticles are any one of fullerenes, silicon nanoparticles, transition metal nanoparticles, compound nanoparticles consisting of compounds with the base material, oxide nanoparticles consisting of oxides of the base material, and nitride nanoparticles consisting of nitrides of the base material.
A data transmission device for a conference system, the data transmission device being configured to send and receive a packet to and from a terminal connected thereto, via a communication network, the packet including: a first slot in which individual output data to be output from the terminal is stored; and a second slot in which input data to be input to the terminal is stored, the data transmission device comprising: a sending part configured to send the packet to the terminal; a receiving part configured to receive the packet sent to the terminal; and a controller configured to generate the input data based on output data including the individual output data stored in the first slot and to store the input data in the second slot, wherein the input data includes control information that controls operation of the terminal, and the terminal is configured to perform predetermined signal processing based on the control information. a sending part configured to send the packet to the terminal; a receiving part configured to receive the packet sent to the terminal; and a controller configured to generate the input data based on output data including the individual output data stored in the first slot and to store the input data in the second slot, wherein the input data includes control information that controls operation of the terminal, and the terminal is configured to perform predetermined signal processing based on the control information.
A computer-implemented method for producing an iridescent image from at least one reference image comprising a production of a series of modified images intended to form an iridescent image from at least one reference image, characterized in that it comprises the steps of - creating a palette of colours, - creating a series of at least two modified reference images (IRMO, IRM1, IRM2, IRMn...), in which the colours of said at least one reference image are replaced by the colours of the palette by effecting, before or between each new modified reference image, a circular shift of the colours of the palette, and - creating an interlaced image from said at least two modified reference images, - creating an iridescent image from said interlaced image, in which the series of at least two modified reference images in said interlaced image is put in relationship with an optical selector enabling an observer to perceive, with his two eyes, different images in said series. - creating a palette of colours, - creating a series of at least two modified reference images (IRMO, IRM1, IRM2, IRMn...), in which the colours of said at least one reference image are replaced by the colours of the palette by effecting, before or between each new modified reference image, a circular shift of the colours of the palette, and - creating an interlaced image from said at least two modified reference images, - creating an iridescent image from said interlaced image, in which the series of at least two modified reference images in said interlaced image is put in relationship with an optical selector enabling an observer to perceive, with his two eyes, different images in said series.
A wear member for a tool, comprising: a generally planar first wear member portion defining an opening, and having a first inward surface defining a projection adjacent the opening for removably coupling the wear member to a mounting base attached to the tool; and a generally planar second wear member portion extending from the first wear member portion in a direction generally perpendicular to the first wear member portion, and having a second inward surface contiguous with the first inward surface; wherein the first and second inward surfaces define a receiving pocket configured to receive the mounting base, characterised in that the projection is positioned completely within the receiving pocket; and in that the projection, when viewed along an axis of the first wear member portion that is generally perpendicular to the second wear member portion, is generally isosceles trapezoid-shaped and has opposite engagement surfaces (106, 108) that diverge from each other as they extend away from the first inward surface within the receiving pocket to a generally rectangular upper surface of the projection. a generally planar first wear member portion defining an opening, and having a first inward surface defining a projection adjacent the opening for removably coupling the wear member to a mounting base attached to the tool; and a generally planar second wear member portion extending from the first wear member portion in a direction generally perpendicular to the first wear member portion, and having a second inward surface contiguous with the first inward surface; wherein the first and second inward surfaces define a receiving pocket configured to receive the mounting base, characterised in that the projection is positioned completely within the receiving pocket; and in that the projection, when viewed along an axis of the first wear member portion that is generally perpendicular to the second wear member portion, is generally isosceles trapezoid-shaped and has opposite engagement surfaces (106, 108) that diverge from each other as they extend away from the first inward surface within the receiving pocket to a generally rectangular upper surface of the projection.
A method of controlling transmission of electrical power, over a telecommunications connection, to a power-receiving telecommunications interface unit from a power-collecting telecommunications interface unit connectable to a power supply, characterised in that during a dormant phase a high impedance connection is provided between the interface units, the presence of which is indicative that the telecommunications connection is intact, and an active phase is initiated by transmitting control messages (71, 710, 711, 72, 74) between the interface units (22, 32) using a communications protocol capable of operation on power scavenged by the power-receiving interface unit from the high impedance circuit, the control messages initiating the transmission of a larger power output over the telecommunications connection from the power-collecting telecommunications interface unit to the power-receiving telecommunications interface unit.
An event subscribing network entity of a communication network, the communication network comprising a plurality of network entities having processing capabilities, the event subscribing entity comprising: an interface operable to send, to an event publishing network entity of the communication network, an event subscription message comprising information identifying the event subscribing network entity and further comprising configuration rules to configure an event of interest related to a processing load situation at the event publishing network entity, said event of interest being adaptative to current information demands, wherein the configuration rules comprise one or more configurable parameters for defining or re-defining the event of interest at the event publishing network entity and/or for defining or re-defining a related event report published to said network entity, wherein the configured event of interest shall be reported from the event publishing network entity to said network entity; an interface operable to receive a report of the configured event of interest from the event publishing network entity upon occurrence of the configured event of interest; and a load control unit operable to distribute processing load among the plurality of network entities based on the reported event of interest. an interface operable to send, to an event publishing network entity of the communication network, an event subscription message comprising information identifying the event subscribing network entity and further comprising configuration rules to configure an event of interest related to a processing load situation at the event publishing network entity, said event of interest being adaptative to current information demands, wherein the configuration rules comprise one or more configurable parameters for defining or re-defining the event of interest at the event publishing network entity and/or for defining or re-defining a related event report published to said network entity, wherein the configured event of interest shall be reported from the event publishing network entity to said network entity; an interface operable to receive a report of the configured event of interest from the event publishing network entity upon occurrence of the configured event of interest; and a load control unit operable to distribute processing load among the plurality of network entities based on the reported event of interest.
A touch event processing method applied to a terminal device having a touchscreen, the method comprising: when a multi-point touch event exists and a key application program is running in a foreground, determining that the multi-point touch event is not processed and is to be discarded; determining, in touch points in the multi-point touch event, a first touch point falling within a target control response area on a current display interface of the key application program and a second touch point not falling within the target control response area on the current display interface of the key application program; obtaining a new touch event according to the first touch point falling within the target control response area, wherein the new touch event does not comprise the second touch point; and transferring (S 140) the new touch event to the key application program; wherein the key application program is an application program that has been set by a system or preset by a user as key application program. when a multi-point touch event exists and a key application program is running in a foreground, determining that the multi-point touch event is not processed and is to be discarded; determining, in touch points in the multi-point touch event, a first touch point falling within a target control response area on a current display interface of the key application program and a second touch point not falling within the target control response area on the current display interface of the key application program; obtaining a new touch event according to the first touch point falling within the target control response area, wherein the new touch event does not comprise the second touch point; and transferring (S 140) the new touch event to the key application program; wherein the key application program is an application program that has been set by a system or preset by a user as key application program.