mhurhangee/ep-ind-claims huggingface dataset:
A video decoding method comprising: generating a merge candidate list for a current block; specifying one candidate among a plurality of merge candidates included in the merge candidate list; deriving a first affine seed vector and a second affine seed vector of the current block based on a first affine seed vector and a second affine seed vector of the one specified merge candidate; deriving an affine vector for a subblock in the current block by using the first affine seed vector and the second affine seed vector of the current block, wherein the subblock is a region of a size smaller than that of the current block; and performing a motion compensation prediction for the subblock based on the affine vector, wherein the first affine seed vector and the second affine seed vector of the merge candidate are derived based on motion information of a neighboring block adjacent to the current block, wherein the neighboring block is included in a coding tree unit different from a coding tree unit of the current block, the first affine seed vector and the second affine seed vector of the merge candidate are derived based on motion vectors of a bottom-left subblock and a bottom-right subblock of the neighboring block, characterized in that the bottom-left subblock includes a bottom-left affine reference sample control point (xn4, yn4) positioned at a bottom-left corner of the neighboring block, and the bottom-right subblock adjoins a bottom-right affine reference sample control point (xn5, yn5) located at a right side of a bottom-right sample of the bottom-right subblock. generating a merge candidate list for a current block; specifying one candidate among a plurality of merge candidates included in the merge candidate list; deriving a first affine seed vector and a second affine seed vector of the current block based on a first affine seed vector and a second affine seed vector of the one specified merge candidate; deriving an affine vector for a subblock in the current block by using the first affine seed vector and the second affine seed vector of the current block, wherein the subblock is a region of a size smaller than that of the current block; and performing a motion compensation prediction for the subblock based on the affine vector, wherein the first affine seed vector and the second affine seed vector of the merge candidate are derived based on motion information of a neighboring block adjacent to the current block, wherein the neighboring block is included in a coding tree unit different from a coding tree unit of the current block, the first affine seed vector and the second affine seed vector of the merge candidate are derived based on motion vectors of a bottom-left subblock and a bottom-right subblock of the neighboring block, characterized in that the bottom-left subblock includes a bottom-left affine reference sample control point (xn4, yn4) positioned at a bottom-left corner of the neighboring block, and the bottom-right subblock adjoins a bottom-right affine reference sample control point (xn5, yn5) located at a right side of a bottom-right sample of the bottom-right subblock.
A radio frequency power sensor comprising: a non-directional coupler and an analog processing circuit; said non-directional coupler is a capacitive non-directional coupler and comprised of a non-directional coupler printed circuit board and a capacitive attenuator; said non-directional coupler PCB is comprised of a coupler section configured to carry energy travelling on a main transmission line; wherein said non-directional coupler PCB and said capacitive attenuator are configured as a capacitive voltage divider and provide a sample of the energy on said main transmission line. a non-directional coupler and an analog processing circuit; said non-directional coupler is a capacitive non-directional coupler and comprised of a non-directional coupler printed circuit board and a capacitive attenuator; said non-directional coupler PCB is comprised of a coupler section configured to carry energy travelling on a main transmission line; wherein said non-directional coupler PCB and said capacitive attenuator are configured as a capacitive voltage divider and provide a sample of the energy on said main transmission line.
A method for non-invasively detecting EGFR gene mutations in a subject, comprising the following steps: designing primers according to EGFR gene exons; extracting plasma DNAs in a plasma sample obtained from the subject; connecting the extracted plasma DNAs with tagging linkers; PCR pre-amplifying the tagging linkers connected plasma DNAs; cyclising the pre-amplified DNAs to obtain cyclised DNAs; PCR amplifying the cyclised DNAs using the designed primers; and high throughput sequencing the PCR amplified product and analyzing the EGFR gene mutations. designing primers according to EGFR gene exons; extracting plasma DNAs in a plasma sample obtained from the subject; connecting the extracted plasma DNAs with tagging linkers; PCR pre-amplifying the tagging linkers connected plasma DNAs; cyclising the pre-amplified DNAs to obtain cyclised DNAs; PCR amplifying the cyclised DNAs using the designed primers; and high throughput sequencing the PCR amplified product and analyzing the EGFR gene mutations.
A method for diagnosing twisted pair wiring, comprising: transmitting (Step 106) an input waveform onto twisted pair wiring, the input waveform having a frequency less than or equal to 20 kHz; generating (Step 108) an output waveform corresponding to current sensed in response to transmitting the input waveform over the twisted pair wiring; and determining (Step 120) electrical properties of the twisted pair wiring from the output waveform, characterized by transmitting (Step 102) a digital PCM data stream comprising the input waveform from a system processor to a subscriber line interface module; and converting (Step 104) the digital PCM data stream into an analog audio signal for transmission onto the twisted pair wiring. transmitting (Step 106) an input waveform onto twisted pair wiring, the input waveform having a frequency less than or equal to 20 kHz; generating (Step 108) an output waveform corresponding to current sensed in response to transmitting the input waveform over the twisted pair wiring; and determining (Step 120) electrical properties of the twisted pair wiring from the output waveform, characterized by transmitting (Step 102) a digital PCM data stream comprising the input waveform from a system processor to a subscriber line interface module; and converting (Step 104) the digital PCM data stream into an analog audio signal for transmission onto the twisted pair wiring.
A deformable sleeve configured to at least partially encase a bottle from which a liquid is dispensable upon pressing the sleeve, wherein the sleeve comprises: a first sensor configured to measure a force applied onto the sleeve; and a second sensor configured to measure a permittivity of a content encased by the sleeve, wherein the first sensor is configured to measure the force applied onto the sleeve by a user's hand when the user is at least one of holding the sleeve in the hand and deforming the sleeve so as to dispense the liquid from the bottle.
A optical coherence tomography system comprising: - a broadband light radiation source; - a reference optical arm; - movable scanning means for scanning a sample, adapted to receive the light radiation emitted by said source to illuminate a portion of the sample corresponding to a position of the scanning means, generating a radiation hitting a surface of the same sample, and to collect the backscattered radiation from the sample; a signal detection arm with at least one sensor adapted to reconstruct the spectrum of the signal resulting from the recombination of the radiation collected by said reference arm and by said scanning means; beam splitter means adapted to permit the passage of the radiation from the source to the scanning means and to the reference arm, and from these to the detection arm; and a control and processing unit adapted to control the above mechanical and electronic components, to transform said spectrum in a reflectivity profile of the illuminated sample portion, and to generate an image of the sample by juxtaposing a number of profiles each corresponding to a sample portion and obtained further to a displacement of said scanning means; characterized in that said control means are configured such to control an exposure time of said sensor in said detection arm so that the exposure time, and consequently the intensity of the signal collected by said scanning means, progressively increase as scanning positions are taken corresponding to the lighting of sample surface portions in which the angle between the radiation that hits said sample surface and the normal to the same surface at the hitting point is increased.
A method for controlling mercury emissions in a gas stream of a fuel fired system comprising: dissociating a halogen precursor into dissociated halogen comprising at least a portion of radical halogen forms in a high energy chamber, wherein the high energy chamber is configured to transfer energy to the halogen precursor by way of an energy transfer process, wherein the energy transfer process comprises convective heat transfer, conductive heat transfer, radiative heat transfer, microwave energy transfer, radio frequency energy transfer, arc energy transfer, acoustic energy transfer, combustion, or combinations thereof; and injecting the dissociated halogen into the gas stream at one or more dissociated halogen injection points.
A method of processing a program signal stream by a distribution system for program content, the program signal stream comprising a sequence of programs provided serially, the method comprising: receiving the program signal stream, the program signal stream comprising at least one segmentation message indicating a first time period between an appearance of the segmentation message and a start of an expanse of the program signal stream and a second time period between the appearance of the segmentation message and an end of the expanse, based, at least in part, on the position of the segmentation message in the program stream; segmenting the at least one respective program signal stream into the expanse based, at least in part, on the first and second time periods defined by the at least one segmentation message, as the program signal stream is received; creating an asset containing the expanse; and storing the created asset, for subsequent distribution of the expanse to one or more users over a communications network. receiving the program signal stream, the program signal stream comprising at least one segmentation message indicating a first time period between an appearance of the segmentation message and a start of an expanse of the program signal stream and a second time period between the appearance of the segmentation message and an end of the expanse, based, at least in part, on the position of the segmentation message in the program stream; segmenting the at least one respective program signal stream into the expanse based, at least in part, on the first and second time periods defined by the at least one segmentation message, as the program signal stream is received; creating an asset containing the expanse; and storing the created asset, for subsequent distribution of the expanse to one or more users over a communications network.
A cutting tool comprising: a shank having a circumferential groove; an adjustment ring releasably secured to the shank at the groove, the adjustment ring comprising: a threaded through bore in which a screw is screw mounted, the screw projecting inwardly of the adjustment ring for engaging the groove; characterised in that the adjustment ring further comprises an adjustment member for engaging the groove, the adjustment member being positioned diametrically opposite the threaded through bore and projecting inwardly of the adjustment ring; and in that the screw is rotatable in the threaded through bore to exert a purely radially directed force on the groove, thereby inducing displacement of the adjustment member radially inwardly, whereby the adjustment member exerts non-radially directed forces on the groove, thereby inducing a bending moment on the shank. a shank having a circumferential groove; an adjustment ring releasably secured to the shank at the groove, the adjustment ring comprising: a threaded through bore in which a screw is screw mounted, the screw projecting inwardly of the adjustment ring for engaging the groove; characterised in that the adjustment ring further comprises an adjustment member for engaging the groove, the adjustment member being positioned diametrically opposite the threaded through bore and projecting inwardly of the adjustment ring; and in that the screw is rotatable in the threaded through bore to exert a purely radially directed force on the groove, thereby inducing displacement of the adjustment member radially inwardly, whereby the adjustment member exerts non-radially directed forces on the groove, thereby inducing a bending moment on the shank. a threaded through bore in which a screw is screw mounted, the screw projecting inwardly of the adjustment ring for engaging the groove; characterised in that the adjustment ring further comprises an adjustment member for engaging the groove, the adjustment member being positioned diametrically opposite the threaded through bore and projecting inwardly of the adjustment ring; and in that the screw is rotatable in the threaded through bore to exert a purely radially directed force on the groove, thereby inducing displacement of the adjustment member radially inwardly, whereby the adjustment member exerts non-radially directed forces on the groove, thereby inducing a bending moment on the shank.
A compound of Formula or a tautomer or a stereoisomeric form thereof, wherein R 1 is C 1-3 alkyl; R 2 is hydrogen or fluoro; L is a bond or -NHCO-; Ar is selected from the group consisting of pyridinyl, pyrimidinyl and pyrazinyl, each optionally susbstituted with halo or C 1-3 alkoxy; or a pharmaceutically acceptable addition salt thereof. R 1 is C 1-3 alkyl; R 2 is hydrogen or fluoro; L is a bond or -NHCO-; Ar is selected from the group consisting of pyridinyl, pyrimidinyl and pyrazinyl, each optionally susbstituted with halo or C 1-3 alkoxy;
Device for closing openings in buildings, comprising a frame element connected non-detachably to the building and a leaf element movable about a hinge fixed to the frame element and engineered to interlock with the frame element, the latter having, on the side facing away from the hinge, in the area where the frame element faces towards the leaf element, a closure member, which can be moved as far as the leaf element and which extends essentially over the entire height of the leaf element, characterised in that the closure member is engineered to engage the leaf element, the closure member having a pressure-contact element with a cross-section shaped substantially as a segment of a circle, and that the leaf element has a corresponding recess, and that the closure member has a locking member, and that the leaf element has a matching, additional recess, the locking member being engineered to engage the additional recess, which is deeper than the recess corresponding to the pressure-contact element.
A mobile communications device comprising: a receiver configured to: receive a signal; apply a spatial filter to the signal; measure interference of the signal after applying the spatial filter; determine if the interference is above a predetermined threshold; determine a source of the interference when the interference is above the predetermined threshold from at least one of a non-structured interference, a structured self-interference, and a structured extrinsic interference; and counteract the interference with a signal-processing mode corresponding to the previously determined source of the interference, wherein the signal-processing mode associated with counteracting the structured self-interference consists essentially of an enhanced spatial filter, demodulation, and decoding and wherein the signal-processing mode associated with counteracting the structured extrinsic interference consists essentially of interference cancellation by techniques that detect interferer symbols, reconstruct interferer waveforms, and subtract interferer components from received waveforms; demodulation; and decoding. receive a signal; apply a spatial filter to the signal; measure interference of the signal after applying the spatial filter; determine if the interference is above a predetermined threshold; determine a source of the interference when the interference is above the predetermined threshold from at least one of a non-structured interference, a structured self-interference, and a structured extrinsic interference; and counteract the interference with a signal-processing mode corresponding to the previously determined source of the interference, wherein the signal-processing mode associated with counteracting the structured self-interference consists essentially of an enhanced spatial filter, demodulation, and decoding and wherein the signal-processing mode associated with counteracting the structured extrinsic interference consists essentially of interference cancellation by techniques that detect interferer symbols, reconstruct interferer waveforms, and subtract interferer components from received waveforms; demodulation; and decoding.
An insulin derivative selected from the group consisting of A14E, B16H, B25H, B29K(N ε -eicosanedioyl-γGlu-[2-(2-{2-[2-(2-aminoethoxy)-ethoxy]acetylamino}ethoxy)ethoxy]acetyl), desB30 human insulin; A14E, B16H, B25H, B29K(N ε -hexadecandioyl-γGlu), desB30 human insulin; A14E, B16H, B25H, B29K(N ε -eicosanedioyl-γGlu), desB30 human insulin; A14E, B25H, desB27, B29K(N ε -octadecandioyl-γGlu), desB30 human insulin; A14E, B25H, desB27, B29K(N ε -octadecanedioyl-γGlu-OEG-OEG), desB30 human insulin; and A14E, B25H, B29K(N ε -octadecandioyl-γGlu-OEG-OEG), desB30 human insulin; for use as a medicament for the treatment of diabetes, said compound being administered to the same patient with a frequency in the range from every 2 nd day to every 11 th day, during a period of time of at least 1 month, and within said period of time no administration of said derivative takes place to the same patient more frequently than every 2 nd day or less frequently than every 11 th day.
Stepladder comprising: - a front plane comprising a pair of front side rails and a series of steps connecting the front side rails; - a rear plane comprising a pair of rear side rails and mounted in an articulated manner with respect to the front plane such that the stepladder can adopt a folded configuration in which the front and rear planes, are substantially parallel to one another, and a deployed configuration in which the front and rear planes, together form an acute angle; - a stay-type arresting mechanism mounted between the front and rear planes, to block the stepladder in the deployed configuration; the arresting mechanism comprising: - a frame having a base and two arms projecting from the base, each arm being mounted in an articulated manner with respect to a side rail of the rear plane about a rear axis of articulation; - two connecting rods each mounted in an articulated manner, on the one hand, with respect to a side rail of the front plane, by an outer end, about a front axis of articulation, and, on the other hand, with respect to the frame, by an inner end, about a central axis of articulation such that, in the deployed configuration, the base of the frame bears on the connecting rods, and, in the folded configuration, the connecting rods and the frame are substantially parallel to the front and rear planes, of the stepladder, each connecting rod takes the form of a wire, the outer end being bent to form the front axis of articulation, characterized in that the inner end is bent to form the central axis of articulation. - a front plane comprising a pair of front side rails and a series of steps connecting the front side rails; - a rear plane comprising a pair of rear side rails and mounted in an articulated manner with respect to the front plane such that the stepladder can adopt a folded configuration in which the front and rear planes, are substantially parallel to one another, and a deployed configuration in which the front and rear planes, together form an acute angle; - a stay-type arresting mechanism mounted between the front and rear planes, to block the stepladder in the deployed configuration; - a frame having a base and two arms projecting from the base, each arm being mounted in an articulated manner with respect to a side rail of the rear plane about a rear axis of articulation; - two connecting rods each mounted in an articulated manner, on the one hand, with respect to a side rail of the front plane, by an outer end, about a front axis of articulation, and, on the other hand, with respect to the frame, by an inner end, about a central axis of articulation such that, in the deployed configuration, the base of the frame bears on the connecting rods, and, in the folded configuration, the connecting rods and the frame are substantially parallel to the front and rear planes, of the stepladder,
A method for data transfer in an interactive system for a track for human-driven vehicles located on the track, the data transfer being from a central controller to the vehicles, the method comprising: depicting at least one virtual element in at least one area of the track on a road surface of the track or as a hologram hovering above the road surface of the track; obtaining, at the central controller from one or more position detection systems of the track, data on a respective position and identity of each vehicle located on the track; providing, to the central controller, positions of virtual elements depicted at the road surface of the track; generating, by the central controller, a piece of information based on the relative position of a given vehicle in relation to one or more given virtual elements; transferring the piece of information from the central controller to the given vehicle, the piece of information further including at least one instruction for carrying out a function of the given vehicle or for altering the function of the given vehicle; and processing the piece of information at the given vehicle without repeated communication with the central controller, the at least one instruction being executed for a limited period of time. depicting at least one virtual element in at least one area of the track on a road surface of the track or as a hologram hovering above the road surface of the track; obtaining, at the central controller from one or more position detection systems of the track, data on a respective position and identity of each vehicle located on the track; providing, to the central controller, positions of virtual elements depicted at the road surface of the track; generating, by the central controller, a piece of information based on the relative position of a given vehicle in relation to one or more given virtual elements; transferring the piece of information from the central controller to the given vehicle, the piece of information further including at least one instruction for carrying out a function of the given vehicle or for altering the function of the given vehicle; and processing the piece of information at the given vehicle without repeated communication with the central controller, the at least one instruction being executed for a limited period of time.