mhurhangee/ep-ind-claims huggingface dataset:
A method of constructing an offshore wind power plant comprising: installing a plurality of offshore foundations (26a-c) in an array; providing containerised switchgear (44a-c) on each of the respective foundations (26a-c); and connecting the containerised switchgear (44a-c) on the respective foundations (26a-c) to the containerised switchgear (44a-c) on another foundation (26a-c) in the array via electric cables prior (48a-c) to erecting wind turbines (10a-c) on the respective foundations (26a-c). installing a plurality of offshore foundations (26a-c) in an array; providing containerised switchgear (44a-c) on each of the respective foundations (26a-c); and connecting the containerised switchgear (44a-c) on the respective foundations (26a-c) to the containerised switchgear (44a-c) on another foundation (26a-c) in the array via electric cables prior (48a-c) to erecting wind turbines (10a-c) on the respective foundations (26a-c).
A method comprising: maintaining data representative of person information corresponding to a plurality of persons; displaying a graphical user interface configured to include a person list displayed therein; receiving user input representative of a search term comprising one or more characters selected to identify a particular person included within the plurality of persons; dynamically updating the person list in response to the received user input to only include a plurality of entries that contain the search term, each of the entries comprising person information associated with a distinct one of the persons; displaying the entries of the person list within the graphical user interface; characterized by the persons being patients, and by preventing one or more non-search term characters contained within each of the entries of the patient list from being displayed within the graphical user interface. maintaining data representative of person information corresponding to a plurality of persons; displaying a graphical user interface configured to include a person list displayed therein; receiving user input representative of a search term comprising one or more characters selected to identify a particular person included within the plurality of persons; dynamically updating the person list in response to the received user input to only include a plurality of entries that contain the search term, each of the entries comprising person information associated with a distinct one of the persons; displaying the entries of the person list within the graphical user interface;
A base station apparatus for use in a radio communication system using a shared channel, comprising: a transmit power control information generation unit configured to generate transmit power control information for a user apparatus; and a radio resource control unit configured to output radio resource assignment information to transmit the generated transmit power control information independently of uplink resource assignment as transmit power control information independent of transmit power control information included in an uplink assignment message, wherein the transmit power control information generation unit multiplexes the independent transmit power control information for multiple user apparatuses into an identical control channel element in accordance with join coding or separate coding. a transmit power control information generation unit configured to generate transmit power control information for a user apparatus; and a radio resource control unit configured to output radio resource assignment information to transmit the generated transmit power control information independently of uplink resource assignment as transmit power control information independent of transmit power control information included in an uplink assignment message, wherein the transmit power control information generation unit multiplexes the independent transmit power control information for multiple user apparatuses into an identical control channel element in accordance with join coding or separate coding.
A data processing method performed by a computer for determining breathing signal data which represents a breathing cycle of a patient, comprising the steps of: - acquiring image data representing a sequence of training thermal images (T1-TN) of at least a part of the surface of the patient's body over time, the sequence covering at least one half breathing cycle and being captured by a thermographic camera; and - tracking at least one tracked point in the image data over the sequence of training thermal images (T1-TN) to find a trajectory of the tracked point as the breathing signal data, wherein the tracked point is a point on the surface of the patient's body; wherein the method further comprises the steps of: - defining a gating region, comprising a part of the trajectory, in a live thermal image captured by the thermographic camera, - finding the position of the tracked point in the live thermal image and - generating a gating signal indicating whether or not the tracked point is within the gating region. - acquiring image data representing a sequence of training thermal images (T1-TN) of at least a part of the surface of the patient's body over time, the sequence covering at least one half breathing cycle and being captured by a thermographic camera; and - tracking at least one tracked point in the image data over the sequence of training thermal images (T1-TN) to find a trajectory of the tracked point as the breathing signal data, wherein the tracked point is a point on the surface of the patient's body; wherein the method further comprises the steps of: - defining a gating region, comprising a part of the trajectory, in a live thermal image captured by the thermographic camera, - finding the position of the tracked point in the live thermal image and - generating a gating signal indicating whether or not the tracked point is within the gating region. - defining a gating region, comprising a part of the trajectory, in a live thermal image captured by the thermographic camera, - finding the position of the tracked point in the live thermal image and - generating a gating signal indicating whether or not the tracked point is within the gating region.
A distribution analysis device that analyzes a distribution of a field having a property satisfying the Laplace equation, the distribution analysis device comprising: an obtainment unit configured to obtain measurement data indicating the distribution of the field measured through a sensor sensing area, the sensor sensing area being an area for sensing the field, said area comprising a finite size over which field information is aggregated and arranged to scan a measurement plane comprising the field; and a calculation unit configured to calculate, based on the measurement data, analysis data indicating the distribution of the field with a higher resolution than the measurement data, using an arithmetic expression that is obtained by deriving a solution of the Laplace equation using, as a boundary condition, the measurement data which an integral of the solution of the Laplace equation in a finite interval corresponding to the finite size of the sensor sensing area matches.
A pharmaceutical composition comprising at least one compound of Formula: wherein R 1 is KF 3 B, 2 B, NaF 3 B, wherein the R 1 substituent point of attachment is on the Boron atom; and R 2 is methyl or hydrogen, or a pharmaceutically-acceptable salt thereof, for use in the treatment and/or prophylaxis of a cellular proliferative disease, wherein said at least one compound is administered in an amount from 0.001 mg/kg/day to 1 mg/kg/day. R 1 is KF 3 B, 2 B, NaF 3 B, wherein the R 1 substituent point of attachment is on the Boron atom; and R 2 is methyl or hydrogen,
A method of synthesizing a glycoprotein comprising glycosylating a full-length pilin like protein ComP with a bacterial capsular polysaccharide containing a glucose residue at its reducing end, using a PgIL ComP O-oligosaccharyltransferase ACIAD3337 in a Gram negative bacterial cell, wherein the full-length pilin like protein ComP is fused to a second protein, an adjuvant or a carrier.
Method of laser irradiation of a patterned semiconductor device comprising a periodic array of sub-wavelength fin-like structures, all fin-like structures upstanding from a base face of said semiconductor device and defining an upper face of said periodic array opposite to said base face, each fin-like structure having: - a width along a first direction parallel to said base face, said width being of the order of magnitude or smaller than the laser wavelength; - a length along a second direction parallel to said base face and perpendicular to said first direction, said length being at least 3 times greater, preferably 5 times greater and more preferably 10 times greater than said width; and - a height along a third direction perpendicular to said base face, said method of laser irradiation comprising the steps of: - generating a UV pulsed laser beam by means of a laser module; - irradiating at least a portion of said upper face of the periodic array of fin-like structures with said laser beam, characterized in that the method further comprises imparting a controlled state of polarization to said laser beam so as to selectively control the amount of energy of the laser beam coupled locally to each fin-like structure along the third direction. - a width along a first direction parallel to said base face, said width being of the order of magnitude or smaller than the laser wavelength; - a length along a second direction parallel to said base face and perpendicular to said first direction, said length being at least 3 times greater, preferably 5 times greater and more preferably 10 times greater than said width; and - a height along a third direction perpendicular to said base face, - generating a UV pulsed laser beam by means of a laser module; - irradiating at least a portion of said upper face of the periodic array of fin-like structures with said laser beam, characterized in that the method further comprises imparting a controlled state of polarization to said laser beam so as to selectively control the amount of energy of the laser beam coupled locally to each fin-like structure along the third direction.
A push switch comprising: a soft button having a side peripheral wall, an upper operating wall, and an opening portion on a lower surface; a switch board attached to the opening portion of the button; a switch provided on the switch board; a case fixed to the side peripheral wall of the button; and a hard switch cover disposed in the button and covering the switch, wherein the switch cover has a side wall, an upper wall, and a corner portion formed in a curved shape between the side wall and the upper wall, and a pressing portion protruded inward from the upper operating wall of the button is inserted into a through hole provided on the upper wall of the switch cover, and a lower surface of the pressing portion faces an operating portion of the switch. a soft button having a side peripheral wall, an upper operating wall, and an opening portion on a lower surface; a switch board attached to the opening portion of the button; a switch provided on the switch board; a case fixed to the side peripheral wall of the button; and a hard switch cover disposed in the button and covering the switch, wherein the switch cover has a side wall, an upper wall, and a corner portion formed in a curved shape between the side wall and the upper wall, and a pressing portion protruded inward from the upper operating wall of the button is inserted into a through hole provided on the upper wall of the switch cover, and a lower surface of the pressing portion faces an operating portion of the switch.
A transparent member-equipped cover of an injection molding machine, comprising: a cover of the injection molding machine; and a transparent member which covers an opening portion of the cover, wherein the transparent member is mounted on the cover at a plurality of mounting positions, characterized in that the mounting states of the transparent member on the cover at one mounting position and the other mounting position are different from each other by elastically deforming the transparent member such that directions of action of an elastic restoring force of the transparent member at one mounting position and the other mounting position are different from each other. a cover of the injection molding machine; and a transparent member which covers an opening portion of the cover, wherein the transparent member is mounted on the cover at a plurality of mounting positions, characterized in that the mounting states of the transparent member on the cover at one mounting position and the other mounting position are different from each other by elastically deforming the transparent member such that directions of action of an elastic restoring force of the transparent member at one mounting position and the other mounting position are different from each other.
A method performed by a network node, for scheduling of at least one User Equipment, UE, in Uplink, UL, wherein the network node is configured to schedule UEs using Frequency Selective Scheduling, FSS, or resource fair scheduling, the method comprising: - obtaining a number of UEs to be scheduled in the UL, - estimating a number of Physical Resource Blocks, PRBs, for the at least one UEs based on the number of UEs to be scheduled in the UL, wherein the at least one UEs are scheduled in the same cell and Transmit Time Interval, TTI, - determining whether the estimated number of PRBs fulfil one or more predetermined conditions, - determining to schedule the at least one UE using FSS when at least one of the one or more predetermined conditions are fulfilled, and determining to schedule the at least one UE using resource fair scheduling when none of the one or more predetermined conditions are fulfilled, - wherein the one or more predetermined conditions is based on the number of UEs to be scheduled in the UL, the number of estimated PRBs to be scheduled for each UE in the UL and a total number of available PRBs for scheduling UEs, Nprb, - wherein the step of determining to schedule the at least one UE comprises a mechanism of adaptively switching between FSS and resource fair scheduling, wherein the mechanism is selecting one of FSS or resource fair scheduling based on whether the at least one or more predetermined conditions are fulfilled. - obtaining a number of UEs to be scheduled in the UL, - estimating a number of Physical Resource Blocks, PRBs, for the at least one UEs based on the number of UEs to be scheduled in the UL, wherein the at least one UEs are scheduled in the same cell and Transmit Time Interval, TTI, - determining whether the estimated number of PRBs fulfil one or more predetermined conditions, - determining to schedule the at least one UE using FSS when at least one of the one or more predetermined conditions are fulfilled, and determining to schedule the at least one UE using resource fair scheduling when none of the one or more predetermined conditions are fulfilled, - wherein the one or more predetermined conditions is based on the number of UEs to be scheduled in the UL, the number of estimated PRBs to be scheduled for each UE in the UL and a total number of available PRBs for scheduling UEs, Nprb, - wherein the step of determining to schedule the at least one UE comprises a mechanism of adaptively switching between FSS and resource fair scheduling, wherein the mechanism is selecting one of FSS or resource fair scheduling based on whether the at least one or more predetermined conditions are fulfilled.
Bone anchor, comprising a shank having a free end, a channel extending through the shank to the free end and having a longitudinal axis and at least one opening in a wall of the shank which connect the channel with the outside; wherein a narrowing member is provided in the channel in a region at or close to the free end that narrows a cross-section of the channel without closing the channel; wherein the narrowing member is at least partially elastically deformable from a first configuration wherein the narrowing member narrows the channel to a first cross section into a second configuration wherein the narrowing member narrows the channel to a second cross-section greater than the first cross section; wherein the narrowing member comprises at least two wall portions, separated from each other, with free ends that protrude into the channel, wherein the free ends are facing away from the free end of the shank, characterized in that the free ends are bent away from the longitudinal axis of the channel. a shank having a free end, a channel extending through the shank to the free end and having a longitudinal axis and at least one opening in a wall of the shank which connect the channel with the outside; wherein a narrowing member is provided in the channel in a region at or close to the free end that narrows a cross-section of the channel without closing the channel; wherein the narrowing member is at least partially elastically deformable from a first configuration wherein the narrowing member narrows the channel to a first cross section into a second configuration wherein the narrowing member narrows the channel to a second cross-section greater than the first cross section; wherein the narrowing member comprises at least two wall portions, separated from each other, with free ends that protrude into the channel, wherein the free ends are facing away from the free end of the shank, characterized in that the free ends are bent away from the longitudinal axis of the channel.
A method for detecting congestion in a packet-switched network comprising: estimating, by a receiver, a transmission clock rate, R e, of one or more packets of a media stream received by the receiver, each packet comprising a timestamp generated based on the transmission clock rate, R, wherein the transmission clock rate, R e, is estimated based on the timing of a plurality n of received packets and the timestamps associated with said n packets and estimating the transmission clock rate, R e, comprises estimating a clock rate ratio, C e, between the transmission clock rate and the clock rate at the receiver based on the following model of the reception time t k of a packet k: T k = Ce. t k + Oe where T k is the timestamp, and Oe is an estimate of an origin value of the timestamps, and the reception time t k is predicted using an adaptive filtering technique based on a recursive least squares, RLS, algorithm or on a Kalman filter algorithm; comparing the estimated transmission clock rate, R e, with a threshold, TH; and detecting congestion in the network based on said comparison. estimating, by a receiver, a transmission clock rate, R e, of one or more packets of a media stream received by the receiver, each packet comprising a timestamp generated based on the transmission clock rate, R, wherein the transmission clock rate, R e, is estimated based on the timing of a plurality n of received packets and the timestamps associated with said n packets and estimating the transmission clock rate, R e, comprises estimating a clock rate ratio, C e, between the transmission clock rate and the clock rate at the receiver based on the following model of the reception time t k of a packet k: T k = Ce. t k + Oe where T k is the timestamp, and Oe is an estimate of an origin value of the timestamps, and the reception time t k is predicted using an adaptive filtering technique based on a recursive least squares, RLS, algorithm or on a Kalman filter algorithm; comparing the estimated transmission clock rate, R e, with a threshold, TH; and detecting congestion in the network based on said comparison.
A method for controlling the availability of a mobile agent (440, 441) equipped with at least one mobile station (420, 421, 422, 600), at least one client application (430, 431, 432) installed on the mobile station and at least one call centre having a wireless or wireline number to which a call centre server (400, 401, 500) is connected, characterised in that, - the client application and the call centre server communicate data wirelessly, - the client application (430, 431, 432) and/or the call centre server (400, 401, 500) control the availability of at least one mobile agent (440, 441) to receive calls with the mobile station by controlling the client application on the mobile station of said mobile agent, - the client application (430, 431, 432) hangs up intermittent phone calls and passes calls through from the call centre server (400, 401, 500).. - the client application and the call centre server communicate data wirelessly, - the client application (430, 431, 432) and/or the call centre server (400, 401, 500) control the availability of at least one mobile agent (440, 441) to receive calls with the mobile station by controlling the client application on the mobile station of said mobile agent, - the client application (430, 431, 432) hangs up intermittent phone calls and passes calls through from the call centre server (400, 401, 500)..
A method for evaluating the stability of a dispersion made by dispersing a liquid or solid dispersoid into a liquid dispersion medium, the method comprising: preparing a sample liquid from the dispersion by forming an agglomerate of the dispersoid in the dispersion medium; redispersing the dispersoid that forms the agglomerate in the sample liquid into the dispersion medium of the sample liquid; measuring the amount of the dispersoid that has been redispersed from the agglomerate in the sample liquid at a plurality of times during the time during which the dispersoid is being redispersed; calculating a ratio of the amount of the dispersoid that has been redispersed from the agglomerate in the sample liquid with respect to the total amount of the dispersoid in the dispersion and calculating a redispersion rate from the change of the calculated ratio over time during which the dispersoid is being redispersed. preparing a sample liquid from the dispersion by forming an agglomerate of the dispersoid in the dispersion medium; redispersing the dispersoid that forms the agglomerate in the sample liquid into the dispersion medium of the sample liquid; measuring the amount of the dispersoid that has been redispersed from the agglomerate in the sample liquid at a plurality of times during the time during which the dispersoid is being redispersed; calculating a ratio of the amount of the dispersoid that has been redispersed from the agglomerate in the sample liquid with respect to the total amount of the dispersoid in the dispersion and calculating a redispersion rate from the change of the calculated ratio over time during which the dispersoid is being redispersed.
A very-high-sensitivity spin-resonance spectroscopy device for detecting and characterizing electron spins in a given sample, comprising an electromagnetic microresonator having a resonant frequency ωr in the microwave domain and a quality factor Q and into which the sample is inserted, a device for creating a magnetic field B0 in the sample in order to bring into resonance with the resonant frequency ωr a transition frequency ωs of the spins, such that ωs=γB0, where γ is a gyromagnetic ratio of the spins, and a spin-detecting device receiving signals from the electromagnetic microresonator that is associated with the sample and comprising at least one low-noise amplifier operating at a temperature between 1 and 10 K, and a series of amplifiers and a demodulator operating at room temperature, characterized in that the electromagnetic microresonator is made of superconductive metal and is produced on the nanoscale in that it comprises an active zone consisting of an essentially parallelepipedal constriction with a thickness comprised between 8 and 30 nm, a width comprised between 10 and 500 nm and a length comprised between 100 and 5000 nm, said sample being placed on the constriction, the spins present in said active zone being coupled with a coupling constant from 1 to 10 kHz.