mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining, by a processor, an average rate of incoming requests and a probability of occurrence of each of the incoming requests at a cache router (108A-N/200) in a predefined time interval; deriving, by the processor, a relation between a cache hit, cache miss with replacement and cache miss without replacement in the predefined time interval based on the probability of occurrence of each of the incoming requests; computing, by the processor, an entropy of the requests based on the probability of occurrence of each of the requests in the predefined time interval; calculating, by the processor, a diversity index of the requests based on the entropy of the requests and the average rate of the requests; and estimating, by the processor, a cache size for the cache router (108A-N/200) based on a user defined probability of cache hit, the average rate of the requests, the diversity index and the relation between the cache hit, cache miss with replacement and cache miss without replacement; and adjusting, by the processor, the cache size of the cache router (108A-N/200) depending on a pattern of a new incoming request and the user defined probability of cache hit. determining, by a processor, an average rate of incoming requests and a probability of occurrence of each of the incoming requests at a cache router (108A-N/200) in a predefined time interval; deriving, by the processor, a relation between a cache hit, cache miss with replacement and cache miss without replacement in the predefined time interval based on the probability of occurrence of each of the incoming requests; computing, by the processor, an entropy of the requests based on the probability of occurrence of each of the requests in the predefined time interval; calculating, by the processor, a diversity index of the requests based on the entropy of the requests and the average rate of the requests; and estimating, by the processor, a cache size for the cache router (108A-N/200) based on a user defined probability of cache hit, the average rate of the requests, the diversity index and the relation between the cache hit, cache miss with replacement and cache miss without replacement; and adjusting, by the processor, the cache size of the cache router (108A-N/200) depending on a pattern of a new incoming request and the user defined probability of cache hit.
A method of programming an adaptive interface device having programmable inputs, the method comprising: providing a remapping graphical user interface on a display screen of a computing device connected to the adaptive interface device; providing, on the remapping graphical user interface, a graphical representation of a navigable data structure of the adaptive interface device used in the adaptive interface device for remapping the programmable inputs of the adaptive interface device; receiving, from the adaptive interface device, navigation codes indicative of navigation input received at the adaptive interface device for navigating the navigable data structure and indicative of the remapping; updating the graphical representation based on the navigation codes, thereby providing visual feedback to a user of the adaptive interface device during programming of the adaptive interface device; determining, based on the navigation codes, that at least one of the programmable inputs of the adaptive interface device has been remapped by the adaptive interface device to have an updated mapping; and displaying, on the remapping graphical user interface, the updated mapping of the adaptive interface device. providing a remapping graphical user interface on a display screen of a computing device connected to the adaptive interface device; providing, on the remapping graphical user interface, a graphical representation of a navigable data structure of the adaptive interface device used in the adaptive interface device for remapping the programmable inputs of the adaptive interface device; receiving, from the adaptive interface device, navigation codes indicative of navigation input received at the adaptive interface device for navigating the navigable data structure and indicative of the remapping; updating the graphical representation based on the navigation codes, thereby providing visual feedback to a user of the adaptive interface device during programming of the adaptive interface device; determining, based on the navigation codes, that at least one of the programmable inputs of the adaptive interface device has been remapped by the adaptive interface device to have an updated mapping; and displaying, on the remapping graphical user interface, the updated mapping of the adaptive interface device.
A catalytic cathode intended for a lithium-air battery comprising catalytic particles supported on electronic conducting particles, said cathode comprising a first face intended to be in contact with an ion-conducting material and a second face intended to be in contact with atmospheric oxygen, characterised in that said cathode comprises at least: - a first catalytic layer intended to be in contact with said ion-conducting material; and - a second catalytic layer intended to be in contact with the atmospheric oxygen; - said first layer comprising first species of catalytic particles promoting an oxidation reaction of lithium-based products, said species being cobalt- or nickel-based; - said second catalytic layer comprising second species of catalytic particles promoting an oxygen reduction reaction, said second species being manganese- or silver- or platinum-based. - a first catalytic layer intended to be in contact with said ion-conducting material; and - a second catalytic layer intended to be in contact with the atmospheric oxygen; - said first layer comprising first species of catalytic particles promoting an oxidation reaction of lithium-based products, said species being cobalt- or nickel-based; - said second catalytic layer comprising second species of catalytic particles promoting an oxygen reduction reaction, said second species being manganese- or silver- or platinum-based.
A method for optimizing bandwidth utilization to a subscriber premises, wherein video content is delivered to a display device at the subscriber premises via a settop over a local loop, the method comprising the steps of: providing the display device in communication with the settop, the display device capable of providing a predetermined perceived picture quality of video content defined by attributes of the display device; ascertaining the attributes of the display device and communicating the ascertained attributes to the settop; transmitting from the settop a request for the video content and the attributes to a location remote from the settop; determining whether the video content being transmitted is being recorded, but not simultaneously being viewed on the display device; determining at the location remote from the settop, based on the attributes transmitted, a data rate of the video content sufficient to provide the best perceived picture quality capable of being resolved by an ensemble comprising the display device, the settop and the local loop; selecting the determined data rate of the video content; reducing the data rate for the video content that is being recorded, but not simultaneously being viewed by the display device; and allocating bandwidth for transmission of the selected data rate of the video content so that the best perceived picture quality capable of being resolved is maintained. providing the display device in communication with the settop, the display device capable of providing a predetermined perceived picture quality of video content defined by attributes of the display device; ascertaining the attributes of the display device and communicating the ascertained attributes to the settop; transmitting from the settop a request for the video content and the attributes to a location remote from the settop; determining whether the video content being transmitted is being recorded, but not simultaneously being viewed on the display device; determining at the location remote from the settop, based on the attributes transmitted, a data rate of the video content sufficient to provide the best perceived picture quality capable of being resolved by an ensemble comprising the display device, the settop and the local loop; selecting the determined data rate of the video content; reducing the data rate for the video content that is being recorded, but not simultaneously being viewed by the display device; and allocating bandwidth for transmission of the selected data rate of the video content so that the best perceived picture quality capable of being resolved is maintained.
A compound represented by formula: where R 1 denotes a hydrogen atom or an aliphatic hydrocarbon group having 1 to 10 carbon atoms, m denotes an integer of 2 or more, n denotes an integer of 1 or more, and the sequence order of m units having an ester group and n units having a hydroxyl group is arbitrary.
Head piece for a welding tool for the friction stir welding of the edge region of workpieces (7, 8) with a height difference (w) at a weld joint, in particular at a lap joint or a butt joint, wherein the welding tool with the head piece can be guided along on the weld joint in a welding feed direction, the head piece having a passage opening for a plasticizing welding means, in particular a rotating welding pin, and an end face pointing towards the workpieces (7, 8) during welding operation, the head piece having a profiled end face with end-face regions (14, 15) which have different heights and protrude to different extents, in the direction of an axis of the passage opening, from the end face with a height difference (h), an oblique shoulder which channels the plasticized material of the workpieces (7, 8) connecting the end-face regions (14, 15) of different heights, characterized in that the oblique shoulder is arranged on the rear region of the passage opening as seen in the welding feed direction in the region of the passage opening, the oblique shoulder having an arcuate form and surrounding, in the form of a half-ring, the rear region of the passage opening, a straight step which proceeds approximately centrally from the front edge of the passage opening in the welding feed direction being formed between the end-face regions (14, 15) of different heights.
A magazine (600, 1000, 1100, 1200, 1) comprising: an elongated casing or feed tower (100, 40, 701) having at least a distal end and a proximal end, and two sides longer than the distal and proximal ends; a follower having a tab (110, 908, 1008, 1108, 1208, 1608) extending toward one of the two sides, wherein the follower comprises a plurality of dummy cartridges (502, 504, 1614, 410, 412) coupled via movable links (608, 610, 408), and wherein the tab extends from one of the movable links; and a bolt catch mechanism (104, 902, 1002, 1102, 1202, 1302) arranged at least partially inside and near a top of the elongated casing or feed tower, wherein the tab is arranged to contact and bias upward the bolt catch mechanism into a position configured to engage a bolt catch or slide stop of a firearm that the magazine is engaged with. an elongated casing or feed tower (100, 40, 701) having at least a distal end and a proximal end, and two sides longer than the distal and proximal ends; a follower having a tab (110, 908, 1008, 1108, 1208, 1608) extending toward one of the two sides, wherein the follower comprises a plurality of dummy cartridges (502, 504, 1614, 410, 412) coupled via movable links (608, 610, 408), and wherein the tab extends from one of the movable links; and a bolt catch mechanism (104, 902, 1002, 1102, 1202, 1302) arranged at least partially inside and near a top of the elongated casing or feed tower, wherein the tab is arranged to contact and bias upward the bolt catch mechanism into a position configured to engage a bolt catch or slide stop of a firearm that the magazine is engaged with.
An outer column for a telescopic steering device, the outer column comprising: a main column body which is formed in a substantially cylindrical overall shape and has a slit formed long in an axial direction at a front portion thereof; and a pair of sandwiched portions which are fixedly provided on the main column body to protrude upward or downward at positions interposing the slit therebetween in a width direction, wherein a pair of front-rear long holes are formed long in a front-rear direction on the sandwiched portions at positions matching with each other, characterized in that in a rear end side portion of an outer surface of at least one sandwiched portion of the sandwiched portions, a dented portion is formed to be dented inward in the width direction at a position on a main column body side in a vertical direction, and wherein a vertical dimension of the dented portion increases as proceeding toward a rear side. a main column body which is formed in a substantially cylindrical overall shape and has a slit formed long in an axial direction at a front portion thereof; and a pair of sandwiched portions which are fixedly provided on the main column body to protrude upward or downward at positions interposing the slit therebetween in a width direction, wherein a pair of front-rear long holes are formed long in a front-rear direction on the sandwiched portions at positions matching with each other, characterized in that in a rear end side portion of an outer surface of at least one sandwiched portion of the sandwiched portions, a dented portion is formed to be dented inward in the width direction at a position on a main column body side in a vertical direction, and wherein a vertical dimension of the dented portion increases as proceeding toward a rear side.
A method comprising: starting, by a device of a communications network, a timer in response to a radio resource control message, where a power preference indication message is not sent by the device for at least a duration of the timer, and characterized in that the radio resource control message relates to one of a radio resource connection setup procedure and a radio resource connection re-configuration procedure associated with the device, and where the timer is started based on an indication that the one of the radio resource connection setup procedure and the radio resource connection re-configuration is completed. starting, by a device of a communications network, a timer in response to a radio resource control message, where a power preference indication message is not sent by the device for at least a duration of the timer, and characterized in that the radio resource control message relates to one of a radio resource connection setup procedure and a radio resource connection re-configuration procedure associated with the device, and where the timer is started based on an indication that the one of the radio resource connection setup procedure and the radio resource connection re-configuration is completed.
An electric or hybrid electric vehicle having multiple drive units located in different parts of the vehicle, the vehicle comprising: - a first driven axle (211; 311) driven by at least one electric drive unit (212; 312), and - at least one further driven axle (231; 331) driven by at least one electric drive unit (232; 332), wherein each driven axle (211; 231; 311; 331) has at least one electric drive unit (212; 232; 312; 332) connected to a junction box (216; 236; 316; 336) and at least one energy storage system (215; 235; 315; 335) by a DC bus (205, 207, 208, 209; 305, 307, 308, 309) to form an electrical system, characterized in that an individual electrical system is provided for each driven axle (211; 231; 311; 331) and where the DC buses (205, 207, 208, 209; 305, 307, 308, 309) of each individual electrical system are galvanically isolated from each other at least under normal driving conditions. - a first driven axle (211; 311) driven by at least one electric drive unit (212; 312), and - at least one further driven axle (231; 331) driven by at least one electric drive unit (232; 332),
A compressor comprising: a shell; and a support member, wherein the support member includes: a hub receiving a load from the compressor; at least three spokes (114, 118) radially extending from said hub; at least three attachment locations attaching said at least three spokes to the shell; and at least one connecting portion extending between at least two of said at least three spokes to transmit a load between said at least two spokes, characterised in that: said at least one connecting portion is spaced apart and separated from the shell around an entire perimeter of said connecting portion and forms a continuous ring shape. a shell; and a support member, wherein the support member includes: a hub receiving a load from the compressor; at least three spokes (114, 118) radially extending from said hub; at least three attachment locations attaching said at least three spokes to the shell; and at least one connecting portion extending between at least two of said at least three spokes to transmit a load between said at least two spokes, a hub receiving a load from the compressor; at least three spokes (114, 118) radially extending from said hub; at least three attachment locations attaching said at least three spokes to the shell; and at least one connecting portion extending between at least two of said at least three spokes to transmit a load between said at least two spokes, characterised in that: said at least one connecting portion is spaced apart and separated from the shell around an entire perimeter of said connecting portion and forms a continuous ring shape. said at least one connecting portion is spaced apart and separated from the shell around an entire perimeter of said connecting portion and forms a continuous ring shape.
Rotor for a synchronous rotating electrical machine having permanent magnets, which rotates about a central longitudinal axis and comprises a plurality of permanent magnets attached to a hub, the hub comprising a stack of metal sheets secured to each other, said sheets having an identical circumferential profile comprising a plurality of reliefs resulting in the creation of axial ribs when the metal sheets are stacked, each permanent magnet being positioned in a space formed between two adjacent axial ribs, each permanent magnet having an inner face surrounded by two lateral sides fitted on the circumferential surface of the hub, characterized in that each permanent magnet is positioned identically relative to the two adjacent axial ribs in each space exclusively to the right of said space or exclusively to the left of said space, with a same lateral side of each permanent magnet pressed against the axial rib located exclusively on the same right or left side of each space at the time of assembly.
A method performed by a remote unit, the method comprising: receiving narrowband system information on a time-frequency resource, wherein the time-frequency resource on which the narrowband system information is received is determined by a system parameter, wherein the system parameter, by which the time-frequency resource on which the narrowband system information is received is determined, comprises: a system operation mode which is selected from a group comprising in-band, guard band, and standalone operation, and a cell identification, a number of a system frame, and a system duplex mode which is selected from frequency division duplex and time division duplex. receiving narrowband system information on a time-frequency resource, wherein the time-frequency resource on which the narrowband system information is received is determined by a system parameter, wherein the system parameter, by which the time-frequency resource on which the narrowband system information is received is determined, comprises: a system operation mode which is selected from a group comprising in-band, guard band, and standalone operation, and a cell identification, a number of a system frame, and a system duplex mode which is selected from frequency division duplex and time division duplex. a system operation mode which is selected from a group comprising in-band, guard band, and standalone operation, and a cell identification, a number of a system frame, and a system duplex mode which is selected from frequency division duplex and time division duplex.
A blower (10; 510), comprising: a housing (20; 520) including an inlet (26; 526) and an outlet (28; 528); a motor (40; 540) including a stator assembly (44; 544), a magnet (42; 542), and a shaft (50; 550) adapted to cooperatively drive an impeller (60; 560); and a stationary component (30; 530) provided to the housing (20; 520), the stationary component configured to support the stator assembly (44; 544) of the motor and including a bearing tube (32; 532) adapted to retain and maintain alignment of one or more bearings (52, 54; 552, 554), characterized in that the magnet (42; 542) is located on at least one arm (84; 584) of a magnet support (80; 580) adapted to align the magnet (42; 542) with the stator assembly (44; 544), the magnet support further including a hub (82; 582) that engages with the shaft (50; 550) of the motor to facilitate rotation of the shaft, and wherein the arm (84; 584) extends radially outwards and then vertically to surround the bearing tube (32; 532) and to facilitate the alignment of the magnet (42; 542) with the stator assembly (44; 544). a housing (20; 520) including an inlet (26; 526) and an outlet (28; 528); a motor (40; 540) including a stator assembly (44; 544), a magnet (42; 542), and a shaft (50; 550) adapted to cooperatively drive an impeller (60; 560); and a stationary component (30; 530) provided to the housing (20; 520), the stationary component configured to support the stator assembly (44; 544) of the motor and including a bearing tube (32; 532) adapted to retain and maintain alignment of one or more bearings (52, 54; 552, 554), characterized in that the magnet (42; 542) is located on at least one arm (84; 584) of a magnet support (80; 580) adapted to align the magnet (42; 542) with the stator assembly (44; 544), the magnet support further including a hub (82; 582) that engages with the shaft (50; 550) of the motor to facilitate rotation of the shaft, and wherein the arm (84; 584) extends radially outwards and then vertically to surround the bearing tube (32; 532) and to facilitate the alignment of the magnet (42; 542) with the stator assembly (44; 544).