mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: correlating movement information about a wireless client with information about an availability of wireless access points, the movement information comprising a projected route and/or a projected position for the wireless client; and estimating based on a result of the correlating whether the wireless client is going to enter a region associated with a predetermined characteristic, wherein the predetermined characteristic relates at least to a density of wireless local area network access points; and using a result of the estimation as at least one a decision criterion for switching a global navigation satellite system based positioning service to at least one of at least two modes of positioning, the at least two modes comprising at least one of: an active mode of a global navigation satellite system based positioning; a reduced power consumption mode of a global navigation satellite system based positioning; and a switched off mode of a global navigation satellite system based positioning. correlating movement information about a wireless client with information about an availability of wireless access points, the movement information comprising a projected route and/or a projected position for the wireless client; and estimating based on a result of the correlating whether the wireless client is going to enter a region associated with a predetermined characteristic, wherein the predetermined characteristic relates at least to a density of wireless local area network access points; and using a result of the estimation as at least one a decision criterion for switching a global navigation satellite system based positioning service to at least one of at least two modes of positioning, the at least two modes comprising at least one of: an active mode of a global navigation satellite system based positioning; a reduced power consumption mode of a global navigation satellite system based positioning; and a switched off mode of a global navigation satellite system based positioning. an active mode of a global navigation satellite system based positioning; a reduced power consumption mode of a global navigation satellite system based positioning; and a switched off mode of a global navigation satellite system based positioning.
A computer-implemented method comprising: extracting non-salient portions of a video; extracting a plurality of salient fragments of the video; building a database of the plurality of salient fragments; receiving a query; retrieving, from the database of the plurality of salient fragments, a first set of salient fragments based on the query; and synthesizing a video composition based on the first set of salient fragments and the non-salient portions of the video, characterized in that retrieving the first set of salient fragments based on the query further comprises determining a connectivity graph connecting related salient fragments of the video based on a spatial-temporal overlap or causality relationship between the salient fragments; identifying a first salient fragment related to the query; and in that retrieving the first set of salient fragments based on the query comprises retrieving the salient fragments connected in the graph to the first salient fragment. extracting non-salient portions of a video; extracting a plurality of salient fragments of the video; building a database of the plurality of salient fragments; receiving a query; retrieving, from the database of the plurality of salient fragments, a first set of salient fragments based on the query; and synthesizing a video composition based on the first set of salient fragments and the non-salient portions of the video, characterized in that retrieving the first set of salient fragments based on the query further comprises determining a connectivity graph connecting related salient fragments of the video based on a spatial-temporal overlap or causality relationship between the salient fragments; identifying a first salient fragment related to the query; and in that retrieving the first set of salient fragments based on the query comprises retrieving the salient fragments connected in the graph to the first salient fragment. synthesizing a video composition based on the first set of salient fragments and the non-salient portions of the video, characterized in that retrieving the first set of salient fragments based on the query further comprises determining a connectivity graph connecting related salient fragments of the video based on a spatial-temporal overlap or causality relationship between the salient fragments; identifying a first salient fragment related to the query; and in that retrieving the first set of salient fragments based on the query comprises retrieving the salient fragments connected in the graph to the first salient fragment.
Process for the preparation of a random copolymer based on diene monomers and on cyclic carbosilane monomers, characterized in that it comprises a stage of copolymerization, in the presence of an anionic initiator in a polymerization solvent comprising an inert polar solvent, of at least one diene monomer and of at least one cyclic carbosilane monomer corresponding to the Formula I: with: R 1 and R 2, which are identical or different, each being a C 1 -C 5 alkyl, C 6 -C 14 aryl or C 7 -C 11 alkylaromatic group; R 3 and R 4, which are identical or different, each being a hydrogen atom or a C 1 -C 5 alkyl, C 6 -C 14 aryl or C 7 -C 11 alkylaromatic group; and x being an integer with a value ranging from 2 to 5 and preferably being 3; the fraction by volume of inert polar solvent with respect to the total volume of solvent being at least 10%. R 1 and R 2, which are identical or different, each being a C 1 -C 5 alkyl, C 6 -C 14 aryl or C 7 -C 11 alkylaromatic group; R 3 and R 4, which are identical or different, each being a hydrogen atom or a C 1 -C 5 alkyl, C 6 -C 14 aryl or C 7 -C 11 alkylaromatic group; and x being an integer with a value ranging from 2 to 5 and preferably being 3; the fraction by volume of inert polar solvent with respect to the total volume of solvent being at least 10%.
Method of multiuser transmission in a network comprising at least one central control station NCC and one or more terminals, using a transmission band B, P transmission channels in the transmission band B, characterized in that it comprises at least the following steps: • determining the number of 4D-TDMA carriers depending on the number and the needs of the terminals, • determining the type of TDMA or SCPC carriers and the frequency band Bi of each of the 4D-TDMA carriers depending on the terminals transmitting on these carriers, for each frame, by splitting the band B into P TDMA multiuser transmission channels and P SCPC single-user transmission channels, each channel consisting of frames T n having each a frame duration T frame, which is independent of the channel type, comprising several slots, S TDMA slots, S SCPC slots, each frame T n having a frame duration T frame, which is independent of the channel type, the adaptation of the number of channels being carried out at the frame rate T frame, the carrier and the type of time slices being defined depending on the service or services requested by the terminals, while verifying that the sum of the frequency bands ∑Bi used is less than the transmission bandwidth B, • allocating in a dynamic manner several slots of a 4D-TDMA carrier depending on the services requested by each terminal, • configuring the coding/modulation scheme for each slot while taking into account the quality of the signals received. • determining the number of 4D-TDMA carriers depending on the number and the needs of the terminals, • determining the type of TDMA or SCPC carriers and the frequency band Bi of each of the 4D-TDMA carriers depending on the terminals transmitting on these carriers, for each frame, by splitting the band B into P TDMA multiuser transmission channels and P SCPC single-user transmission channels, each channel consisting of frames T n having each a frame duration T frame, which is independent of the channel type, comprising several slots, S TDMA slots, S SCPC slots, each frame T n having a frame duration T frame, which is independent of the channel type, the adaptation of the number of channels being carried out at the frame rate T frame, the carrier and the type of time slices being defined depending on the service or services requested by the terminals, while verifying that the sum of the frequency bands ∑Bi used is less than the transmission bandwidth B, • allocating in a dynamic manner several slots of a 4D-TDMA carrier depending on the services requested by each terminal, • configuring the coding/modulation scheme for each slot while taking into account the quality of the signals received.
An anti-CS 1 antibody comprising six CDRs in which: V H CDR#1 has an amino acid sequence DYYMA (SEQ ID NO:100); V H CDR#2 has an amino acid sequence SINYDGSSTYYVDSVKG (SEQ ID NO: 104); V H CDR#3 has an amino acid sequence DRGYYFDY (SEQ ID NO:111); V L CDR#1 has an amino acid sequence RSSQSLVHSNGNTYLH (SEQ ID NO:114); V L CDR#2 has an amino acid sequence KVSNRFS (SEQ ID NO:121); and V L CDR#3 has an amino acid sequence SQSTHVPPFT (SEQ ID NO:123). V H CDR#1 has an amino acid sequence DYYMA (SEQ ID NO:100); V H CDR#2 has an amino acid sequence SINYDGSSTYYVDSVKG (SEQ ID NO: 104); V H CDR#3 has an amino acid sequence DRGYYFDY (SEQ ID NO:111); V L CDR#1 has an amino acid sequence RSSQSLVHSNGNTYLH (SEQ ID NO:114); V L CDR#2 has an amino acid sequence KVSNRFS (SEQ ID NO:121); and V L CDR#3 has an amino acid sequence SQSTHVPPFT (SEQ ID NO:123).
An acquisition system for detecting the angular position (α) of a gas knob of a motorcycle; the acquisition system comprises: a fixed supporting body; a mobile element, which is mounted mobile in the supporting body; a transmission device, mechanically connected to the gas knob and to the mobile element for transmitting the motion from the gas knob to the mobile element itself; and a main position sensor, which is carried by the supporting body and is coupled to the mobile element for determining the angular position (α) of the mobile element; wherein the mobile element is constituted by a slide, which is slidably mounted in the supporting body; the main position sensor determines the linear position of the slide with respect to the supporting body; the acquisition system is characterized in that the main position sensor is designed to provide two mutually redundant measurements of the angular position (α) of the mobile element; and it is provided a control-position sensor, which is separate from and independent of the main position sensor, is carried by the supporting body, is coupled to the mobile element for determining the position of the mobile element, and is designed to provide two mutually redundant measurements of the position of the mobile element. a fixed supporting body; a mobile element, which is mounted mobile in the supporting body; a transmission device, mechanically connected to the gas knob and to the mobile element for transmitting the motion from the gas knob to the mobile element itself; and a main position sensor, which is carried by the supporting body and is coupled to the mobile element for determining the angular position (α) of the mobile element; wherein the mobile element is constituted by a slide, which is slidably mounted in the supporting body; the main position sensor determines the linear position of the slide with respect to the supporting body; the acquisition system is characterized in that the main position sensor is designed to provide two mutually redundant measurements of the angular position (α) of the mobile element; and it is provided a control-position sensor, which is separate from and independent of the main position sensor, is carried by the supporting body, is coupled to the mobile element for determining the position of the mobile element, and is designed to provide two mutually redundant measurements of the position of the mobile element.
A locking mechanism comprising: a lock casing having a front surface and a spindle sleeve extending inwardly from the front surface; a lock bolt disposed at least partially within the lock casing and movable between extended and retracted positions; a manually-driven gear train adapted to be operatively coupled to the lock bolt, the gear train including a spindle shaft extending through the spindle sleeve and outside the lock casing; a controller including a circuit board adjacent to the front surface of the lock casing and having operational circuits controlling the coupling of the manually-driven gear train to the lock bolt; and a circuit breaker device adjacent to the spindle sleeve and wired into the operational circuits of the controller, wherein drilling through the spindle sleeve will break the circuit breaker device and render the operational circuits of the locking mechanism inoperative. a lock casing having a front surface and a spindle sleeve extending inwardly from the front surface; a lock bolt disposed at least partially within the lock casing and movable between extended and retracted positions; a manually-driven gear train adapted to be operatively coupled to the lock bolt, the gear train including a spindle shaft extending through the spindle sleeve and outside the lock casing; a controller including a circuit board adjacent to the front surface of the lock casing and having operational circuits controlling the coupling of the manually-driven gear train to the lock bolt; and a circuit breaker device adjacent to the spindle sleeve and wired into the operational circuits of the controller, wherein drilling through the spindle sleeve will break the circuit breaker device and render the operational circuits of the locking mechanism inoperative.
Apparatus for manufacturing a composite part, namely a rotor blade for a wind turbine, the composite part comprising a curable or cured matrix material embedding at least one textile structure comprising a number of reinforcing fibres, wherein the apparatus comprises: at least one mould, comprising a shaping mould cavity for accommodating at least one textile structure comprising a number of reinforcing fibres and at least one curable matrix material embedding the textile structure, and at least one device for absorbing heat generated by curing of a curable matrix material, namely heat generated by curing of a curable matrix material embedding a textile structure comprising a number of reinforcing fibres, wherein the device comprises at least one envelope element defining at least one inner volume, and at least one thermally conductive heat absorbing element disposed within the at least one inner volume of the at least one envelope element. at least one mould, comprising a shaping mould cavity for accommodating at least one textile structure comprising a number of reinforcing fibres and at least one curable matrix material embedding the textile structure, and at least one device for absorbing heat generated by curing of a curable matrix material, namely heat generated by curing of a curable matrix material embedding a textile structure comprising a number of reinforcing fibres, wherein the device comprises at least one envelope element defining at least one inner volume, and at least one thermally conductive heat absorbing element disposed within the at least one inner volume of the at least one envelope element.
A process for the catalytic pyrolysis of biomass in a reactor comprising a fluidized bed of particulate catalyst, the process comprising: (a) supplying a fluidized heat medium comprising the particulate catalyst to the reactor through a lift pipe communicating with the bottom of the reactor, wherein the diameter of the fluidized bed reactor is at least 2 times the diameter of the lift pipe and wherein the particulate catalyst is injected into the lift pipe via a catalyst injection line; (b) pneumatically injecting a biomass feed into a fluidized heat medium comprising the particulate catalyst in the lift pipe, the biomass feed being injected into the lift pipe via a pneumatic injection line downstream of the catalyst injection line with a carrier gas at a velocity of from 5 to 40 m/s to produce a catalyst/biomass mixture in which the catalyst/biomass mixture flowrate ratio is maintained in a range of from 4 to 40. (a) supplying a fluidized heat medium comprising the particulate catalyst to the reactor through a lift pipe communicating with the bottom of the reactor, wherein the diameter of the fluidized bed reactor is at least 2 times the diameter of the lift pipe and wherein the particulate catalyst is injected into the lift pipe via a catalyst injection line; (b) pneumatically injecting a biomass feed into a fluidized heat medium comprising the particulate catalyst in the lift pipe, the biomass feed being injected into the lift pipe via a pneumatic injection line downstream of the catalyst injection line with a carrier gas at a velocity of from 5 to 40 m/s to produce a catalyst/biomass mixture in which the catalyst/biomass mixture flowrate ratio is maintained in a range of from 4 to 40.
A unit for housing and locking bottle cork muselets between subsequent working stations, a muselet comprising a plurality of legs (Gm) that extend between a top ring member (Ga) and a bottom belt ring (Gc), the unit comprising a support body, a housing for a muselet formed in said body and having an axial-symmetric shape around a central axis, and releasable lock means (3, 4) for locking said muselet inside said housing, characterized in that said locking means comprise at least two pegs movable with respect to said body in a mutually coordinated manner between a locking position and a disengagement position of respective legs (Gm), and drive means adapted to control the movement of said pegs between said positions.
A method for servicing and maintaining networked printer devices, the method comprising: identifying a plurality of printer devices in a network that require maintenance or servicing; and performing servicing or maintenance to the plurality of printer devices in the network according to a prioritized ordering; characterized by gathering job tracking data for print jobs in the network, the job tracking data comprising an identity of a submitting user device, an identity of a target printer device to which the print job was initially submitted and, if the print job was redirected, an identity of an alternate printer device to which the print job was redirected; determining affinity data indicating associations between printer devices and user devices based on the job tracking data, the affinity data comprising affinities associated with pairs of printer devices, the affinity associated with a pair of printer devices being indicative of a likelihood that user devices using a first printer device of the pair of printer devices also use the second printer device of the pair of printer devices and vice versa; and determining said prioritized ordering of the plurality of printer devices based at least partially on the affinity data. identifying a plurality of printer devices in a network that require maintenance or servicing; and performing servicing or maintenance to the plurality of printer devices in the network according to a prioritized ordering;
A method of drying a developer unit of a liquid electrophotographic printer, comprising: after printing is complete, applying development voltage biases to the developer unit while a liquid marking agent flows to the developer unit; after applying the development voltage biases, stopping the liquid marking agent flow to the developer unit; after the stopping, applying drying voltage biases, lower than the development voltage biases, to the developer unit; and applying idle voltage biases to the developer unit when dry, and comprising: after applying the lower drying voltage biases and before applying the idle voltage biases, slowing the developer unit from a process speed to a reduced speed. after printing is complete, applying development voltage biases to the developer unit while a liquid marking agent flows to the developer unit; after applying the development voltage biases, stopping the liquid marking agent flow to the developer unit; after the stopping, applying drying voltage biases, lower than the development voltage biases, to the developer unit; and applying idle voltage biases to the developer unit when dry, and comprising: after applying the lower drying voltage biases and before applying the idle voltage biases, slowing the developer unit from a process speed to a reduced speed.
Washing machine comprising a reader for information tags, which can be accessed at or via an outer face of the washing machine, and means for releasably holding a token which comprises program information, parameter information or care information, at an or in an attachment location which is located in the detection region of the reader and is formed on the outer face of the washing machine, characterised by one or more lighting means, which can be actuated when the token is attached at the attachment location in a first operation and when data are retrieved from the token in a second operation.
A method of forming a braided upper comprising: locating a forming mandrel (114, 1600) above a braiding point of a braiding machine (100, 2000); braiding a plurality of strands to form a three dimensional braided component (304, 506) while pulling the braided component (304, 506) over the forming mandrel (114, 1600); and inserting a last into the braided component (304, 506) to shape the braided component (304, 506) thereafter.
A method performed by a certificate authority (120, 520) for creating a trusted content, the method comprising: receiving, via a receiver, a target content; verifying the target content to determine whether the target content is malicious or points to an inappropriate website; based on a result of the verifying, generating and storing, in a storage medium, response data (123,513,514); generating, via a processor, and storing in the storage medium an identifier (125,523) corresponding to the response data (123, 513, 514); generating, via the processor, resolution data, the resolution data including the identifier (125,523) and an address of the certificate authority (120,520) and wherein generating the resolution data includes generating a barcode that encodes information including the identifier (125, 523) and the address of the certificate authority (120, 520); and transmitting, via a transmitter, the resolution data including the barcode as the trusted content. wherein if the verifying indicates that the target content is not malicious, the response data (123,513,514) includes the target content, and if the verifying indicates that the target content is malicious, the response data (123,513,514) includes a warning message indicating that the target content is unsafe. receiving, via a receiver, a target content; verifying the target content to determine whether the target content is malicious or points to an inappropriate website; based on a result of the verifying, generating and storing, in a storage medium, response data (123,513,514); generating, via a processor, and storing in the storage medium an identifier (125,523) corresponding to the response data (123, 513, 514); generating, via the processor, resolution data, the resolution data including the identifier (125,523) and an address of the certificate authority (120,520) and wherein generating the resolution data includes generating a barcode that encodes information including the identifier (125, 523) and the address of the certificate authority (120, 520); and transmitting, via a transmitter, the resolution data including the barcode as the trusted content. wherein if the verifying indicates that the target content is not malicious, the response data (123,513,514) includes the target content, and if the verifying indicates that the target content is malicious, the response data (123,513,514) includes a warning message indicating that the target content is unsafe.