mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: selecting a wordline coupled to a memory cell of a static random memory, SRAM, ; asserting a wordline signal on the selected wordline to perform a write operation at the memory cell , the asserted wordline signal having a leading edge and a trailing edge; and between the leading edge and trailing edge, applying a plurality of wordline underdrive pulses to the asserted wordline signal, each wordline underdrive pulse causing a voltage of the asserted wordline signal to fall from a first voltage level to a second voltage level and then rise from the second voltage level to the first voltage level; wherein the first voltage level is greater than a ground voltage of the memory cell ; wherein the second voltage level is greater than the ground voltage of the memory cell . selecting a wordline coupled to a memory cell of a static random memory, SRAM, ; asserting a wordline signal on the selected wordline to perform a write operation at the memory cell , the asserted wordline signal having a leading edge and a trailing edge; and between the leading edge and trailing edge, applying a plurality of wordline underdrive pulses to the asserted wordline signal, each wordline underdrive pulse causing a voltage of the asserted wordline signal to fall from a first voltage level to a second voltage level and then rise from the second voltage level to the first voltage level; wherein the first voltage level is greater than a ground voltage of the memory cell ; wherein the second voltage level is greater than the ground voltage of the memory cell .
A method for generating one or more media files based on video data comprising one or more tile regions in an International Standard Organization Base Media File Format, ISO BMFF, the method comprising: obtaining the video data; generating a plurality of tile tracks according to the ISO BMFF, each tile track containing video data of at least one tile region; generating a TileRegionGroupEntry to be used to describe a tile region of the video data and including a descriptor, which, when set to 1, indicates that a dependency list is present in said TileRegionGroupEntry, and when set to 0, indicates that the dependency list is not present in said TileRegionGroupEntry, wherein the dependency list includes 'dependency_tile_count' which indicates a number of tile regions in the dependency list and DependencyTileGroupId that gives a group identifier of a tile region that the tile region depends on, and generating the one or more media files based on the plurality of tile tracks and said TileRegionGroupEntry. obtaining the video data; generating a plurality of tile tracks according to the ISO BMFF, each tile track containing video data of at least one tile region; generating a TileRegionGroupEntry to be used to describe a tile region of the video data and including a descriptor, which, when set to 1, indicates that a dependency list is present in said TileRegionGroupEntry, and when set to 0, indicates that the dependency list is not present in said TileRegionGroupEntry, wherein the dependency list includes 'dependency_tile_count' which indicates a number of tile regions in the dependency list and DependencyTileGroupId that gives a group identifier of a tile region that the tile region depends on, and generating the one or more media files based on the plurality of tile tracks and said TileRegionGroupEntry.
An Sm-Fe-N magnet material comprising: from 7.0 to 12 at% of Sm; from 0.1 to 1.5 at% of at least one element selected from the group consisting of Hf and Zr; from 10 to 20 at% of N; and from 0 to 35 at% of Co, further comprising from 0.1 to 0.5 at% of Al and from 0.15 to 0.5 at% of Si and from 0.05 to 0.5 at% of C; with the remainder being Fe and unavoidable impurities. from 7.0 to 12 at% of Sm; from 0.1 to 1.5 at% of at least one element selected from the group consisting of Hf and Zr; from 10 to 20 at% of N; and from 0 to 35 at% of Co, further comprising from 0.1 to 0.5 at% of Al and from 0.15 to 0.5 at% of Si and from 0.05 to 0.5 at% of C; with the remainder being Fe and unavoidable impurities.
A medical image processing apparatus comprising: a processor configured to input, to a trained model trained based on a first image acquired with a first x-ray beam having a first cone angle and a second image including a cone-beam artifact and acquired using simulation based on the first image, a third image including a cone-beam artifact and acquired with a second x-ray beam having a second cone angle larger than the first cone angle to generate a fourth image corresponding to the third image with a reduced cone-beam artifact; and an acquirer configured to acquire the third image, wherein the first image is acquired by reconstructing the first image from first projection data acquired by a helical scan, the first projection data being radiation data obtained using an X-ray beam with a first cone angle which is less than a predefined angle threshold, and the second image is simulated from the first image, including forward projecting, using a CT scan configuration with an X-ray beam that has a cone angle greater than the predefined angle threshold, the first image used to generate second projection data from which the second image is generated. a processor configured to input, to a trained model trained based on a first image acquired with a first x-ray beam having a first cone angle and a second image including a cone-beam artifact and acquired using simulation based on the first image, a third image including a cone-beam artifact and acquired with a second x-ray beam having a second cone angle larger than the first cone angle to generate a fourth image corresponding to the third image with a reduced cone-beam artifact; and an acquirer configured to acquire the third image, wherein the first image is acquired by reconstructing the first image from first projection data acquired by a helical scan, the first projection data being radiation data obtained using an X-ray beam with a first cone angle which is less than a predefined angle threshold, and the second image is simulated from the first image, including forward projecting, using a CT scan configuration with an X-ray beam that has a cone angle greater than the predefined angle threshold, the first image used to generate second projection data from which the second image is generated.
An airless tire comprising: a tread ring having a ground-contact surface ; a hub disposed inward of the tread ring in a tire radial direction and to be fixed to an axle; and a spoke assembly for connecting the tread ring and the hub , wherein the tread ring has an inner circumferential surface facing an inner side in the tire radial direction, a recess is formed on the inner circumferential surface so as to be recessed outward in the tire radial direction beyond a reference straight line (BL) connecting both ends in a tire axial direction of the inner circumferential surface in a tire meridional cross-section, the recess is formed over the entire range in the tire axial direction of the inner circumferential surface , and a recessed amount (a1) in the tire radial direction of the recess is the largest at a center position (C) in the tire axial direction, characterized in that the maximum recessed amount (a1) in the tire radial direction of the recess is not greater than 3.0 mm and the recessed amount (a1) in the tire radial direction of the recess is varied in a tire circumferential direction. a tread ring having a ground-contact surface ; a hub disposed inward of the tread ring in a tire radial direction and to be fixed to an axle; and a spoke assembly for connecting the tread ring and the hub , wherein the tread ring has an inner circumferential surface facing an inner side in the tire radial direction, a recess is formed on the inner circumferential surface so as to be recessed outward in the tire radial direction beyond a reference straight line (BL) connecting both ends in a tire axial direction of the inner circumferential surface in a tire meridional cross-section, the recess is formed over the entire range in the tire axial direction of the inner circumferential surface , and a recessed amount (a1) in the tire radial direction of the recess is the largest at a center position (C) in the tire axial direction, characterized in that the maximum recessed amount (a1) in the tire radial direction of the recess is not greater than 3.0 mm and the recessed amount (a1) in the tire radial direction of the recess is varied in a tire circumferential direction.
A method for protecting an electronic device comprising an organic device body disposed on a surface serving as a foundation for the organic device body , the method comprising: providing a source of precursor material; transporting the precursor material to a reaction location adjacent the electronic device; depositing a first hybrid layer over the organic device body by chemical vapor deposition using the source of precursor material, wherein the first hybrid layer comes into contact with the surface, wherein the first hybrid layer comprises a mixture of a polymeric material and a non-polymeric material, wherein the weight ratio of polymeric to non-polymeric material is in the range of 95:5 to 5:95, and wherein the polymeric material and the non-polymeric material are created from the same source of precursor material; disposing an edge barrier around and over an edge of the first hybrid layer , wherein the edge barrier is in the form of a desiccant ring layer that comprises a desiccant material; and depositing a barrier coating over the first hybrid layer and the edge barrier, and wherein the barrier coating extends over the edge barrier and comes into contact with the surface. providing a source of precursor material; transporting the precursor material to a reaction location adjacent the electronic device; depositing a first hybrid layer over the organic device body by chemical vapor deposition using the source of precursor material, wherein the first hybrid layer comes into contact with the surface, wherein the first hybrid layer comprises a mixture of a polymeric material and a non-polymeric material, wherein the weight ratio of polymeric to non-polymeric material is in the range of 95:5 to 5:95, and wherein the polymeric material and the non-polymeric material are created from the same source of precursor material; disposing an edge barrier around and over an edge of the first hybrid layer , wherein the edge barrier is in the form of a desiccant ring layer that comprises a desiccant material; and depositing a barrier coating over the first hybrid layer and the edge barrier, and wherein the barrier coating extends over the edge barrier and comes into contact with the surface.
A method for receiving information from a base station to a user equipment , UE, wherein a primary component carrier cell, Pcell, is established between the base station and the UE , and the Pcell is associated with a first component carrier, CC, the method comprising: receiving , by the UE , determination information from the base station via the Pcell, the determination information identifying a secondary component carrier cell, Scell, associated with a second CC, wherein the determination information operable for indicating to the UE the absence of at least a one of the following in the Scell: a physical broadcast channel, PBCH, one or more synchronization signals, SCH, or one or more cell-specific reference signals, CRS; and the method further comprises receiving , by the UE , user data within one or more resource elements normally associated with at least one of the following in the Scell: the PBCH, the SCH or the CRS; wherein the receiving determination information from the base station via the Pcell comprises: receiving the determination information using radio resource control, RRC, broadcast signaling via the Pcell, in at least one of: a master information block, MIB, or a system information block, SIB. receiving , by the UE , determination information from the base station via the Pcell, the determination information identifying a secondary component carrier cell, Scell, associated with a second CC, wherein the determination information operable for indicating to the UE the absence of at least a one of the following in the Scell: a physical broadcast channel, PBCH, one or more synchronization signals, SCH, or one or more cell-specific reference signals, CRS; and the method further comprises receiving , by the UE , user data within one or more resource elements normally associated with at least one of the following in the Scell: the PBCH, the SCH or the CRS; wherein the receiving determination information from the base station via the Pcell comprises: receiving the determination information using radio resource control, RRC, broadcast signaling via the Pcell, in at least one of: a master information block, MIB, or a system information block, SIB.
A method performed by a proxy server for conducting a remote presentation session with a client that uses a web browser, comprising: establishing an hypertext transfer protocol, HTTP, session with the client; establishing a remote presentation session with a server; receiving graphical data encoded with a remote presentation protocol via the remote presentation session from the server; decoding the graphical data; encoding the decoded graphical data as video; sending the video to the client via the HTTP session, such that the client displays the video in the web browser, receiving from the client via the HTTP session an indication of user input directed to the web browser along with an indication of where the user input was made relative to the video; encoding the user input with the remote presentation protocol; and sending the encoded user input to the server via the remote presentation session. establishing an hypertext transfer protocol, HTTP, session with the client; establishing a remote presentation session with a server; receiving graphical data encoded with a remote presentation protocol via the remote presentation session from the server; decoding the graphical data; encoding the decoded graphical data as video; sending the video to the client via the HTTP session, such that the client displays the video in the web browser, receiving from the client via the HTTP session an indication of user input directed to the web browser along with an indication of where the user input was made relative to the video; encoding the user input with the remote presentation protocol; and sending the encoded user input to the server via the remote presentation session.
A surgical stapling and cutting instrument , comprising: a displacement member ; a motor coupled to the displacement member , the motor operable to translate the displacement member ; a control circuit coupled to the motor ; and a position sensor coupled to the control circuit ; wherein the control circuit is configured to: receive a position output of the position sensor indicative of at least one position of the displacement member ; and control velocity of the motor to translate the displacement member at a plurality of velocities corresponding to the position output; characterised in that the control circuit is configured to maintain the translation of the displacement member at a first velocity in a first zone and a second velocity in a second zone, and wherein the second zone is distal to the first zone. a displacement member ; a motor coupled to the displacement member , the motor operable to translate the displacement member ; a control circuit coupled to the motor ; and a position sensor coupled to the control circuit ; wherein the control circuit is configured to: receive a position output of the position sensor indicative of at least one position of the displacement member ; and control velocity of the motor to translate the displacement member at a plurality of velocities corresponding to the position output; receive a position output of the position sensor indicative of at least one position of the displacement member ; and control velocity of the motor to translate the displacement member at a plurality of velocities corresponding to the position output; characterised in that the control circuit is configured to maintain the translation of the displacement member at a first velocity in a first zone and a second velocity in a second zone, and wherein the second zone is distal to the first zone.
Connector for a photovoltaic device , comprising a plurality of photovoltaic modules each comprising a floating body , wherein the connector is designed to mechanically connect at least two photovoltaic modules to one another, wherein the connector comprises a base element and a plurality of coupling elements projecting laterally from the base element , wherein each of the coupling elements comprises a fastening means for fastening to one of the photovoltaic modules , and wherein the connector comprises at least one elastically deformable compensating element for allowing relative movements of photovoltaic modules interconnected by the connector with respect to each other, characterized in that the respective fastening means comprises a disc-shaped ring element as compensating element with an outer edge and an inner edge , which is fastened on an outer edge side or an inner edge side to the respective coupling element and can be fastened on the inner edge side or the outer edge side to the respective photovoltaic module , and comprises a plurality of cut-outs between the outer edge and the inner edge which extend in a circumferential direction of the ring element and allow elastic deformation of the ring element .
Control system for buildings, having a control device and at least two covering elements of a covering , wherein the covering element has at least one sensor , in particular coupled to the control device , for detecting at least one chemical and/or physical property for generating a covering signal , wherein the covering elements are designed to transmit covering signals to the control device , wherein the control device can be operated in a plurality of different operating states and is designed in the operating states for processing the covering signals and for initiating functions , characterized in that at least one cluster comprising in each case at least two covering elements for the common and/or bundled processing of the covering signals is stored in the control device for an operating state, wherein at least two operating states differ from each other by at least two clusters differing from each other. wherein the covering elements are designed to transmit covering signals to the control device , wherein the control device can be operated in a plurality of different operating states and is designed in the operating states for processing the covering signals and for initiating functions , characterized in that at least one cluster comprising in each case at least two covering elements for the common and/or bundled processing of the covering signals is stored in the control device for an operating state, wherein at least two operating states differ from each other by at least two clusters differing from each other.
A noninvasive method for diagnosing dandruff in a subject comprising: detecting a level of one or more small molecule biomarkers in the epithelial cell sample/skin cell sample that has been collected from the subject; diagnosing the subject as having a dandruff based on the level of a detected small molecule biomarker, wherein the detected small molecule biomarker is uridine. detecting a level of one or more small molecule biomarkers in the epithelial cell sample/skin cell sample that has been collected from the subject; diagnosing the subject as having a dandruff based on the level of a detected small molecule biomarker, wherein the detected small molecule biomarker is uridine.
A laundry washing machine having a door defining an opening therein, a cabinet and a wash tub , whereby the opening includes a cover disposed about the wash tub and a receptacle within said cover , wherein, when the door is in the opened position, clothes and other washable items may be inserted into and removed from the wash tub through the opening in a top of the cabinet of the laundry washing machine , said laundry washing machine further comprises a handheld stain removal tool (120; 220) having a wand positionable between a stowed position and a deployed position relative to said laundry washing machine , wherein in the stowed position the wand is stored inside the receptacle , and in the deployed position the wand is removed from the receptacle , wherein: said wand includes a water supply head (130; 230) hingedly connected to a water drainage head (140; 240) by a hinge ; when said wand is in said deployed position said water supply head (130; 230) is hingedly moveable between a closed position and an open position relative to said water drainage head (140; 240); said water supply head (130; 230) includes one or more nozzles in fluid communication with a water supply line ; said water drainage head (140; 240) is in fluid communication with said one or more nozzles of said water supply head (130; 230) when in said closed position; and said water drainage head (140; 240) is in fluid communication with one or more outlets . said wand includes a water supply head (130; 230) hingedly connected to a water drainage head (140; 240) by a hinge ; when said wand is in said deployed position said water supply head (130; 230) is hingedly moveable between a closed position and an open position relative to said water drainage head (140; 240); said water supply head (130; 230) includes one or more nozzles in fluid communication with a water supply line ; said water drainage head (140; 240) is in fluid communication with said one or more nozzles of said water supply head (130; 230) when in said closed position; and said water drainage head (140; 240) is in fluid communication with one or more outlets .
A device , comprising: a message receiving component configured to receive, from at least one mobile communication device , a digital message intended for a base station ; and a message relaying component configured to transmit the digital message to the base station , wherein: the at least one mobile communication device and the base station are not communicatively coupled to each other, characterized in that the device comprises: a detecting component configured to: detect that the base station is within a communication range, and inform the at least one mobile communication device of an available communication connection with the base station , wherein: a detection signal is transmitted by the detecting component to search for the base station after the digital message is received. a message receiving component configured to receive, from at least one mobile communication device , a digital message intended for a base station ; and a message relaying component configured to transmit the digital message to the base station , wherein: the at least one mobile communication device and the base station are not communicatively coupled to each other, characterized in that the device comprises: a detecting component configured to: detect that the base station is within a communication range, and inform the at least one mobile communication device of an available communication connection with the base station , wherein: a detection signal is transmitted by the detecting component to search for the base station after the digital message is received. a detecting component configured to: detect that the base station is within a communication range, and inform the at least one mobile communication device of an available communication connection with the base station , wherein: detect that the base station is within a communication range, and inform the at least one mobile communication device of an available communication connection with the base station , wherein: a detection signal is transmitted by the detecting component to search for the base station after the digital message is received.