mhurhangee/patent-ind-claim-en huggingface dataset:
A method for encoding a video picture comprising a plurality of coded tree blocks (1 ... 24) arranged into at least two rows and a plurality of columns of coded tree blocks, the method comprising: encoding one or more syntax elements defining a corresponding column width of each column, the one or more syntax elements placed in one or more high level syntax structures, each column width greater than one coded tree block and a sum of all column widths equal to the horizontal dimension of the video picture ; and encoding at least one slice of the video picture, wherein the at least one the slice comprises at least two coded tree blocks located in at least two rows of coded tree blocks and encompasses coded tree blocks that are located in more than one of the columns, characterized in that the method further comprises encoding the plurality of coded tree blocks following a per-column scan order of coded tree blocks, according to which the plurality of coded tree blocks are encoded sequentially by column from left-to-right across a plurality of columns, and sequentially by coded tree block from left-to-right and top-to-bottom within each of the plurality of columns such that coded tree blocks of a first column in the per-column scan order are first encoded in a column-local scan order from left-to-right, top-to-bottom throughout the first column before the coded tree blocks of a second column in the per-column scan order are encoded. encoding one or more syntax elements defining a corresponding column width of each column, the one or more syntax elements placed in one or more high level syntax structures, each column width greater than one coded tree block and a sum of all column widths equal to the horizontal dimension of the video picture ; and encoding at least one slice of the video picture, wherein the at least one the slice comprises at least two coded tree blocks located in at least two rows of coded tree blocks and encompasses coded tree blocks that are located in more than one of the columns, characterized in that the method further comprises encoding the plurality of coded tree blocks following a per-column scan order of coded tree blocks, according to which the plurality of coded tree blocks are encoded sequentially by column from left-to-right across a plurality of columns, and sequentially by coded tree block from left-to-right and top-to-bottom within each of the plurality of columns such that coded tree blocks of a first column in the per-column scan order are first encoded in a column-local scan order from left-to-right, top-to-bottom throughout the first column before the coded tree blocks of a second column in the per-column scan order are encoded.
A search support apparatus , comprising: a search sensor means for searching for an object; an environment sensor means for measuring a surrounding environment and generate environment information based on measurement results; a search effective range estimation means for estimating the search effective range of the search sensor means using the environment information and performance information that indicates the performance of the search sensor means for searching the object; the search support apparatus further comprising: a threat effective range estimation means for estimating the search effective range of a sensor possessed by a target that is a threat using the environment information and performance information that indicates the performance of the sensor possessed by the target; and a route calculation means for calculating a search route to the object, based on the search effective range of the search sensor means, the search effective range of the sensor possessed by the target, and a distribution of existence probabilities of the target that is a threat. a search sensor means for searching for an object; an environment sensor means for measuring a surrounding environment and generate environment information based on measurement results; a search effective range estimation means for estimating the search effective range of the search sensor means using the environment information and performance information that indicates the performance of the search sensor means for searching the object; the search support apparatus further comprising: a threat effective range estimation means for estimating the search effective range of a sensor possessed by a target that is a threat using the environment information and performance information that indicates the performance of the sensor possessed by the target; and a route calculation means for calculating a search route to the object, based on the search effective range of the search sensor means, the search effective range of the sensor possessed by the target, and a distribution of existence probabilities of the target that is a threat. a threat effective range estimation means for estimating the search effective range of a sensor possessed by a target that is a threat using the environment information and performance information that indicates the performance of the sensor possessed by the target; and a route calculation means for calculating a search route to the object, based on the search effective range of the search sensor means, the search effective range of the sensor possessed by the target, and a distribution of existence probabilities of the target that is a threat.
A method of wireless communication at a user equipment, UE (115-a), comprising: receiving a carrier aggregation configuration comprising a first carrier with a first transmission time interval, TTI length, a second carrier with a second TTI length different from the first TTI length, and a power control configuration; selecting a first transmission power level for the first carrier during a first TTI of the first TTI length; selecting a second transmission power level for the second carrier during a second TTI of the second TTI length, wherein the first TTI overlaps the second TTI and the second transmission power level is based at least in part on the power control configuration and the first transmission power level; transmitting on the first carrier based at least in part on the first transmission power level; and transmitting on the second carrier based at least in part on the second transmission power level. receiving a carrier aggregation configuration comprising a first carrier with a first transmission time interval, TTI length, a second carrier with a second TTI length different from the first TTI length, and a power control configuration; selecting a first transmission power level for the first carrier during a first TTI of the first TTI length; selecting a second transmission power level for the second carrier during a second TTI of the second TTI length, wherein the first TTI overlaps the second TTI and the second transmission power level is based at least in part on the power control configuration and the first transmission power level; transmitting on the first carrier based at least in part on the first transmission power level; and transmitting on the second carrier based at least in part on the second transmission power level.
A cutting insert , comprising: two end surfaces opposed to each other; a peripheral side surface extending between the two end surfaces; a cutting edge provided at an intersecting edge between at least one of the two end surfaces and the peripheral side surface; and a fixing hole provided in an end surface direction (X) from a first end surface to a second end surface of the two end surfaces, the peripheral side surface having a plurality of raised parts changing in height in the end surface direction, the raised parts each having a first inclined surface raised from the first end surface side to a center in the end surface direction and a second inclined surface raised from the second end surface side to the center in the end surface direction, . wherein the two end surfaces are formed in a polygonal shape having three or more sides, the peripheral side surface has a plurality of peripheral side surface parts corresponding to sides of the polygonal shape of the end surfaces, and the raised parts are provided at each of the peripheral side surface parts, wherein the fixing hole is formed in the center of the end surface, characterised in that the end surface is provided with a groove extending outwardly from the fixing hole toward the peripheral side surface. two end surfaces opposed to each other; a peripheral side surface extending between the two end surfaces; a cutting edge provided at an intersecting edge between at least one of the two end surfaces and the peripheral side surface; and a fixing hole provided in an end surface direction (X) from a first end surface to a second end surface of the two end surfaces, the peripheral side surface having a plurality of raised parts changing in height in the end surface direction, the raised parts each having a first inclined surface raised from the first end surface side to a center in the end surface direction and a second inclined surface raised from the second end surface side to the center in the end surface direction, . wherein the two end surfaces are formed in a polygonal shape having three or more sides, the peripheral side surface has a plurality of peripheral side surface parts corresponding to sides of the polygonal shape of the end surfaces, and the raised parts are provided at each of the peripheral side surface parts, wherein the fixing hole is formed in the center of the end surface, characterised in that the end surface is provided with a groove extending outwardly from the fixing hole toward the peripheral side surface.
A vehicle control device comprising: a driving control device configured to be supplied with electricity through a first power line (L1) with turning on of a start switch of a vehicle as a trigger, and configured to execute a first process that generates a driving force for traveling in the vehicle; and a steering control device configured to be supplied with electricity through a second power line (L2) with turning on of the start switch as a trigger, and configured to execute a second process that generates a steering force for steering in the vehicle, characterized in that the steering control device is configured such that, in a case where it is determined that power supply through the second power line (L2) has stopped during travel of the vehicle, when it is determined that the driving control device is not in a state of being able to execute the first process, the steering control device permits execution of the second process to stop, whereas when it is determined that the driving control device is in the state of being able to execute the first process, the steering control device does not permit the execution of the second process to stop. a driving control device configured to be supplied with electricity through a first power line (L1) with turning on of a start switch of a vehicle as a trigger, and configured to execute a first process that generates a driving force for traveling in the vehicle; and a steering control device configured to be supplied with electricity through a second power line (L2) with turning on of the start switch as a trigger, and configured to execute a second process that generates a steering force for steering in the vehicle, characterized in that the steering control device is configured such that, in a case where it is determined that power supply through the second power line (L2) has stopped during travel of the vehicle, when it is determined that the driving control device is not in a state of being able to execute the first process, the steering control device permits execution of the second process to stop, whereas when it is determined that the driving control device is in the state of being able to execute the first process, the steering control device does not permit the execution of the second process to stop.
A method for a mobility management entity, MME , comprising: receiving a communication pattern, CP, parameter relating to at least one of uplink data and downlink data from a service capability exposure function, SCEF , node via a home subscriber server, HSS ; and sending the CP parameter relating to at least one of uplink data and downlink data to a base station using a context request message relating to user equipment or a handover request message, wherein the CP parameter relating to at least one of uplink data and downlink data is used by the base station for controlling a transmission resource used for traffic of control data or user data. receiving a communication pattern, CP, parameter relating to at least one of uplink data and downlink data from a service capability exposure function, SCEF , node via a home subscriber server, HSS ; and sending the CP parameter relating to at least one of uplink data and downlink data to a base station using a context request message relating to user equipment or a handover request message, wherein the CP parameter relating to at least one of uplink data and downlink data is used by the base station for controlling a transmission resource used for traffic of control data or user data.
A method for fabricating a smart card device , the method comprising: providing a carrier core in which a flexible film having a plurality of conductor patterns is interposed between a first substrate and a second substrate , characterised in that each of the conductor patterns includes: at least one flip chip , at least one contact pad arranged at an offset relative to the at least one flip chip , at least one conductor path electrically coupling the at least one contact pad to the at least one flip chip , wherein the at least one conductor path and the at least one contact pad are formed on the flexible film , wherein the step of providing a carrier core in which a flexible film having a plurality of conductor patterns is interposed between a first substrate and a second substrate further includes: exposing the at least one contact pad through at least one cavity in the second substrate ; and laminating the carrier core to produce a laminated carrier core in which the at least one contact pad is projected through the at least one cavity in the second substrate to form a continuous even plane from an outer surface of the laminated carrier core to the at least one contact pad such that a region between the contact pad and the outer surface of the laminated carrier core is devoid of gap. providing a carrier core in which a flexible film having a plurality of conductor patterns is interposed between a first substrate and a second substrate , characterised in that each of the conductor patterns includes: at least one flip chip , at least one contact pad arranged at an offset relative to the at least one flip chip , at least one conductor path electrically coupling the at least one contact pad to the at least one flip chip , wherein the at least one conductor path and the at least one contact pad are formed on the flexible film , wherein the step of providing a carrier core in which a flexible film having a plurality of conductor patterns is interposed between a first substrate and a second substrate further includes: exposing the at least one contact pad through at least one cavity in the second substrate ; and at least one flip chip , at least one contact pad arranged at an offset relative to the at least one flip chip , at least one conductor path electrically coupling the at least one contact pad to the at least one flip chip , wherein the at least one conductor path and the at least one contact pad are formed on the flexible film , laminating the carrier core to produce a laminated carrier core in which the at least one contact pad is projected through the at least one cavity in the second substrate to form a continuous even plane from an outer surface of the laminated carrier core to the at least one contact pad such that a region between the contact pad and the outer surface of the laminated carrier core is devoid of gap.
An inlet module for a valve group , said inlet module having a housing , a pressure port (PP), a pressure gallery (PG), a tank port (TP), a tank gallery (TG), a spool movable in said housing to interrupt in a first position (A) a connection between said pressure port (PP) and said pressure gallery (PG) and to connect in a second position (B) said pressure port (PP) and said pressure gallery (PG), said spool in said first position (A) connects said pressure gallery (PG) and said tank gallery (TG), wherein a first pressure transducer is provided to detect a first pressure in said pressure gallery (PG) and a second pressure transducer is provided to detect a second pressure in said tank gallery (TG), said first pressure transducer and said second pressure transducer being connected to control means determining the position of said spool to be said first position (A) when said first transducer and said second transducer read a same pressure below a predetermined first threshold pressure and to be said second position (B) when said first pressure transducer reads a higher pressure than said second pressure transducer , said inlet module comprises a load sensing port (LS) and a high pressure carry over port (HPCO), wherein said spool is movable in a third position (C), in which said pressure gallery (PG) is blocked, said high pressure carry over port (HPCO) is connected to said pressure port (PP), and said load sensing port (LS) is connected to said tank gallery (TG), and said control means determines the position of said spool to be said third position (C) when said first pressure transducer reads a pressure lower than said second pressure transducer , characterized in that said spool comprises a first groove and a second groove on the outside, and a channel inside, wherein in said first position said first groove connects said pressure gallery (PG) and said tank gallery (TG) and said second groove connects said tank gallery (TG) and said tank port (TP), and said channel connects said load sensing port (LS), said high pressure carry over port (HPCO) and said tank port (TP).
A men's briefs with a separated space for receiving the penis comprising a removable incontinence absorbent receptacle (G), made as short or long leg briefs, with a flexible belt, a panel (A), a front outer insert (B) and a front inner insert (B'), wherein the separated space for receiving the penis is formed by the front outer insert (B) and the front inner insert (B'); the front outer insert (B) and the front inner insert (B') being connected to the panel (A) and an optional part in a manner to form the men's briefs, wherein the front inner insert (B') has shape and dimensions same as the front outer insert (B), where the front inner insert (B') is formed from two overlapping sewed parts (C) and (D) having a curved hem and a curved hem , respectively, the curved hems and have an elastic means for adjustably encircling the penis, where said curved hems and form a circular like adjustable orifice for inserting the penis into the separated space, the adjustable orifice encircles the penis in a way that prevents its falling out from the separated space, characterized in that said men's briefs are further provided with the removable incontinence receptacle (G) being in the form of a three-dimensional container ensuring retention of the urine within the removable incontinence receptacle (G), the removable incontinence receptacle (G) is defined by a receptacle front panel (H) and a receptacle back panel (I) that are on the edges mutually firmly connected and with an orifice placed on the receptacle front panel (H), the removable incontinence receptacle (G) is placed within the front outer insert (B) and the front inner insert (B') through an embrasure formed by hems , whereby the removable incontinence receptacle (G) has a shape same as said front outer and front inner inserts (B, B') and, as defined in the description, dimensions to fit within said front outer and front inner inserts (B, B') in a manner that the orifice of the receptacle front panel (H) is faced to the adjustable orifice in order that the removable incontinence receptacle (G) receives the penis, wherein the removable incontinence receptacle (G) consists of an outer liquid barrier cover and an inner absorption receptacle , the inner absorption receptacle is defined by two planes mutually firmly connected on their edges forming a pocket like receptacle, the inner absorption receptacle having shape same as the outer liquid barrier cover and dimensions to fit within the outer liquid barrier cover and is placed within the outer liquid barrier cover , whereby the outer liquid barrier cover and the inner absorption receptacle are provided with the concurring orifices at the same place for receiving the penis.
Anode, in particular an anode for the use in aluminium electrolysis cells, comprising an anode body with a first stub hole for the insertion of a stub for the connection with a voltage source, the anode comprising at least a first aluminium core and a second aluminium core that are arranged inside the anode body for the connection with the voltage source, characterized in that a first distance between the first aluminium core and the bottom of the anode is different from a second distance between the second aluminium core and the bottom of the anode.