mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method comprising the steps of: accessing and displaying a first AP image and a second AP image of a musculoskeletal structure of a patient, in different functional positions; receiving coordinates of specified landmarks on the first AP image as input; receiving coordinates of the specified landmarks on the second AP image as input; computing a change in AP tilt parameter based on the received coordinates of the specified landmarks from the first and second AP images, the change in AP tilt parameter computed by a computer function that uses a model implementing a lookup table, generated using representative population data, of coefficients mapping coordinates to change in AP tilt parameters; and co-registering the first AP image and second AP image using the computed change in AP tilt parameter to overlay an object in a same position over each of the first AP image and second AP image in a graphical user interface; wherein reference axes are defined in the first AP image and the second AP image, a spatial transformation is determined between the first AP image and the second AP image, and the object is overlaid in the same position by using the determined spatial transformation and the computed change in AP tilt parameter. accessing and displaying a first AP image and a second AP image of a musculoskeletal structure of a patient, in different functional positions; receiving coordinates of specified landmarks on the first AP image as input; receiving coordinates of the specified landmarks on the second AP image as input; computing a change in AP tilt parameter based on the received coordinates of the specified landmarks from the first and second AP images, the change in AP tilt parameter computed by a computer function that uses a model implementing a lookup table, generated using representative population data, of coefficients mapping coordinates to change in AP tilt parameters; and co-registering the first AP image and second AP image using the computed change in AP tilt parameter to overlay an object in a same position over each of the first AP image and second AP image in a graphical user interface; wherein reference axes are defined in the first AP image and the second AP image, a spatial transformation is determined between the first AP image and the second AP image, and the object is overlaid in the same position by using the determined spatial transformation and the computed change in AP tilt parameter.
Method for producing a fibre-reinforced composite tube, - wherein a tube of plastic is produced, preferably by means of an extrusion process, - wherein, after that, a reinforcing layer containing reinforcing filaments is applied to the tube of plastic, - wherein the composite produced in this way is subsequently subjected to a post-treatment, in which interspaces between the filaments (3, 5) in the reinforcing layer are sealed in such a way that at least substantially no capillary effect with respect to water can occur any longer in the reinforcing layer, - wherein, apart from the reinforcing filaments, the reinforcing layer also contains filaments of plastic, - wherein the post-treatment takes the form of a post-consolidation, in which the filaments of plastic are brought to a temperature that leads to at least partial melting of these filaments of plastic, so that the interspaces in the reinforcing layer are sealed by the melt produced, characterized - in that, during the post-consolidation, the tube of plastic is cooled from the inside, so that it remains at least largely in the solid-phase state, - in that the cooling of the tube of plastic is performed by means of a fluid, which flows through the tube, and - in that, for the post-consolidation, a flexible hose, to which the fluid is admitted, is introduced into the tube of plastic. - wherein a tube of plastic is produced, preferably by means of an extrusion process, - wherein, after that, a reinforcing layer containing reinforcing filaments is applied to the tube of plastic, - wherein the composite produced in this way is subsequently subjected to a post-treatment, in which interspaces between the filaments (3, 5) in the reinforcing layer are sealed in such a way that at least substantially no capillary effect with respect to water can occur any longer in the reinforcing layer, - wherein, apart from the reinforcing filaments, the reinforcing layer also contains filaments of plastic, - wherein the post-treatment takes the form of a post-consolidation, in which the filaments of plastic are brought to a temperature that leads to at least partial melting of these filaments of plastic, so that the interspaces in the reinforcing layer are sealed by the melt produced, - in that, during the post-consolidation, the tube of plastic is cooled from the inside, so that it remains at least largely in the solid-phase state, - in that the cooling of the tube of plastic is performed by means of a fluid, which flows through the tube, and - in that, for the post-consolidation, a flexible hose, to which the fluid is admitted, is introduced into the tube of plastic.
An antibody that binds a NKp46 polypeptide and depletes NKp46-expressing tumor cells, for use in the treatment or prevention of a Peripheral T-Cell Lymphoma (PTCL) in an individual.
A radiation imaging system, comprising: at least one radiation generating source configured to alternately emit different radiation that traverses an examination region, during sampling intervals starting with a gate signal (GS1, GS2); a common detector configured to detect radiation that traverses the examination region, comprising a photosensor configured to produce a charge indicative of said detected radiation; processing electronics comprising integrating circuitry configured to integrate the charge produced by the photosensor; pulse generating circuitry configured to generate, based on the integrated charge, a pulse train, including a plurality of pulses, with a frequency indicative of the charge; characterised in that, said processing electronics further comprise a correction unit comprising a reseter configured to generate a signal that resets the integrating circuitry; a partial charge determiner configured to determine the charge output of photosensor based on the pulses generated by the pulse generating circuitry for a first sub-portion of a first sampling interval from the beginning of said sampling interval to the pulse before the signal by said reseter; a missig charge determiner configured to estimate the missing or remaining charge for the sampling interval from the pulse before the signal by the reseter to an end of the sampling interval; an adder configured to add the charge determined by the partial charge determiner and the missing charge determiner. at least one radiation generating source configured to alternately emit different radiation that traverses an examination region, during sampling intervals starting with a gate signal (GS1, GS2); a common detector configured to detect radiation that traverses the examination region, comprising a photosensor configured to produce a charge indicative of said detected radiation; processing electronics comprising integrating circuitry configured to integrate the charge produced by the photosensor; pulse generating circuitry configured to generate, based on the integrated charge, a pulse train, including a plurality of pulses, with a frequency indicative of the charge; characterised in that, said processing electronics further comprise a correction unit comprising a reseter configured to generate a signal that resets the integrating circuitry; a partial charge determiner configured to determine the charge output of photosensor based on the pulses generated by the pulse generating circuitry for a first sub-portion of a first sampling interval from the beginning of said sampling interval to the pulse before the signal by said reseter; a missig charge determiner configured to estimate the missing or remaining charge for the sampling interval from the pulse before the signal by the reseter to an end of the sampling interval; an adder configured to add the charge determined by the partial charge determiner and the missing charge determiner.
A system for controlling an electric motor that generates an output current (I P) from an input voltage command (V R), the system comprising: a first module configured to: receive the output current (I P) from the electric motor as a feedback (I M); and a second module (306, 310) configured to: receive a difference (I E) between the feedback (I M) and an input current command (I R); characterized in that the first module is configured to generate a first voltage command (V H) based on an effective resistance value and the feedback (I M); and the second module (306, 310) is configured to generate a second voltage command (V C) based on an estimated inductance value ( L̃ d,L̃ q) of the electric motor and a frequency response characteristic of the system, which is a closed-loop system; and the system comprises an addition module configured to generate the input voltage command (V R) for the electric motor by adding the first voltage command (V H) and the second voltage command (V C). a first module configured to: receive the output current (I P) from the electric motor as a feedback (I M); and a second module (306, 310) configured to: receive a difference (I E) between the feedback (I M) and an input current command (I R); characterized in that the first module is configured to generate a first voltage command (V H) based on an effective resistance value and the feedback (I M); and the second module (306, 310) is configured to generate a second voltage command (V C) based on an estimated inductance value ( L̃ d,L̃ q) of the electric motor and a frequency response characteristic of the system, which is a closed-loop system; and the system comprises an addition module configured to generate the input voltage command (V R) for the electric motor by adding the first voltage command (V H) and the second voltage command (V C).
An enclosure for electrical installations, the enclosure comprising a rectangular bottom part and a cover to be placed on the bottom part and being hinged to the bottom part by means of a hinge means, the bottom part comprising a bottom and side walls (22 to 25) extending upward from the bottom and opposite first and second top edges associated with the side walls as well as opposite third and fourth top edges with the first top edge having at least one first fastener comprising a first recess and a platform abutting the first recess for receiving the hinge means of the enclosure in a form-locked manner such that a protruding part of the hinge means settles into said first recess and a recess of the hinge means settles against the first platform, and the first fastener also comprises a first fastening means for receiving a fastening element of the hinge means for the purpose of detachably fastening the hinge means to the first fastener, and the second top edge has at least one second fastener comprising a second recess and a platform abutting the second recess, which is formed to permit the receipt of the hinge means in a form-locked manner such that the protruding part of the hinge means settles into the second recess and the recess of the hinge means settles against a second platform, and the second fastener also comprises a second fastening means that is formed to permit the receipt of the fastening element of the hinge means for removably fastening the hinge means to the second fastener, the first fastener and the second fastener being arranged on respective top edges (2 and 3) of the enclosure diametrically opposite each other in such a manner that an imaginary direct line passing through a centre point of the bottom of the bottom part of the enclosure and perpendicular to a plane defined by the bottom of the bottom part of the enclosure intersects an imaginary direct line that extends from the first fastener to the second fastener, wherein the first platform forms a first cavity in a first inner wall of the bottom part of the enclosure to open toward the interior of the bottom part, and wherein the second platform forms a second cavity in a second inner wall of the bottom part of the enclosure to open toward the interior of the bottom part, and wherein the cover of the enclosure comprises at least one locking means for locking the cover to the bottom part of the enclosure, the locking means comprising a turnable latch arranged optionally to move to a first position, where it is in the first cavity or in the second cavity, for locking the cover to the bottom part of the enclosure, or to a second position, where it is outside said first cavity or said second cavity in the interior of the bottom part of the enclosure.
A neuromodulation and/or neurostimulation system comprising at least the following components: - at least one sensing unit, - at least one control unit, - at least one stimulation unit, - at least one Central Nervous System, CNS, stimulation module, - at least one Peripheral Nervous System, PNS, stimulation module, wherein at least one of the components of the neuromodulation and/or neurostimulation system is implantable, wherein the at least one Central Nervous System, CNS, stimulation module is or comprises an Epidural Stimulation module capable to provide epidural stimulation and/or a subdural stimulation module capable to provide subdural stimulation and/or an intracortical stimulation module capable to provide intracortical stimulation and/or an intraspinal stimulation module capable to provide intraspinal stimulation, and wherein the at least one Peripheral Nervous System, PNS, stimulation module is a Functional Electrical Stimulation, FES, module capable of transcutaneously stimulating the peripheral nerves or capable to provide electrical stimulation to target muscles with surface electrodes characterized in that the at least one control unit is configured such that the stimulation provided by either the at least one PNS stimulation module or the at least one CNS stimulation module is at least partially used for correction of the stimulation provided by the other stimulation module to refine motor output. - at least one sensing unit, - at least one control unit, - at least one stimulation unit, - at least one Central Nervous System, CNS, stimulation module, - at least one Peripheral Nervous System, PNS, stimulation module, wherein at least one of the components of the neuromodulation and/or neurostimulation system is implantable,
A method for determining a reporting time of a channel status information, CSI, report, comprising: receiving, by user equipment, UE, a configuration message sent by a base station, and determining, according to the configuration message, which secondary cells report CSI reports by using a physical uplink control channel, PUCCH, of a primary cell and which secondary cells report CSI reports by using a PUCCH of a first secondary cell different from the PUCCH of the primary cell; receiving, by the UE, a secondary cell activation command that is sent by the base station and that carries a cell identity corresponding to a second secondary cell; and determining, by the UE according to whether the PUCCH used by the second secondary cell to report the CSI report is the PUCCH of the primary cell or the PUCCH of the first secondary cell and the secondary cell activation command, a reporting time of the CSI report of the second secondary cell. receiving, by user equipment, UE, a configuration message sent by a base station, and determining, according to the configuration message, which secondary cells report CSI reports by using a physical uplink control channel, PUCCH, of a primary cell and which secondary cells report CSI reports by using a PUCCH of a first secondary cell different from the PUCCH of the primary cell; receiving, by the UE, a secondary cell activation command that is sent by the base station and that carries a cell identity corresponding to a second secondary cell; and determining, by the UE according to whether the PUCCH used by the second secondary cell to report the CSI report is the PUCCH of the primary cell or the PUCCH of the first secondary cell and the secondary cell activation command, a reporting time of the CSI report of the second secondary cell.
An exhaust gas purification apparatus for an internal combustion engine comprising: an NOx storage reduction catalyst that is arranged in an exhaust passage of the internal combustion engine, and serves to store NOx contained in an incoming exhaust gas when an oxygen concentration of an exhaust gas is high, and to reduce the NOx thus stored when the oxygen concentration of the incoming exhaust gas becomes low and when a reducing agent exists; an NOx selective reduction catalyst that is arranged in the exhaust passage at a location downstream of said NOx storage reduction catalyst, and reduces the NOx in a selective manner; and a detection unit configured to detect a degree of deterioration of said NOx storage reduction catalyst or said NOx selective reduction catalyst; characterised by a control unit configured to promote the reduction of NOx in said NOx storage reduction catalyst more when the degree of deterioration detected by said detection unit is low than when it is high, and promote the reduction of NOx in said NOx selective reduction catalyst more when the degree of deterioration detected by said detection unit is high than when it is low. an NOx storage reduction catalyst that is arranged in an exhaust passage of the internal combustion engine, and serves to store NOx contained in an incoming exhaust gas when an oxygen concentration of an exhaust gas is high, and to reduce the NOx thus stored when the oxygen concentration of the incoming exhaust gas becomes low and when a reducing agent exists; an NOx selective reduction catalyst that is arranged in the exhaust passage at a location downstream of said NOx storage reduction catalyst, and reduces the NOx in a selective manner; and a detection unit configured to detect a degree of deterioration of said NOx storage reduction catalyst or said NOx selective reduction catalyst; characterised by a control unit configured to promote the reduction of NOx in said NOx storage reduction catalyst more when the degree of deterioration detected by said detection unit is low than when it is high, and promote the reduction of NOx in said NOx selective reduction catalyst more when the degree of deterioration detected by said detection unit is high than when it is low.
An aqueous composite particle composition, useful for preparing coatings, comprising: a) a composite particle comprising: i) a pigment particle and ii) polymer particles; wherein said polymer particles are attached to said pigment particle; said polymer particles comprise pendant acid functional groups selected from the group consisting of dihydrogen phosphate functional groups, phosphonate functional groups, sulfonic acid groups, and multiacid polymer functional groups, said multiacid polymer functional groups being polymeric sidechains containing multiple acid groups; and the weight average molecular weight of said polymer particles is at least 250,000; and; b) at least one polyvalent metal ion selected from the group consisting of Zn 2+, Mg 2+, Cu 2+, Co 2+, Cr 2+, Cr 3+, Fe 2+, Fe 3+ and Zr 4+. a) a composite particle comprising: i) a pigment particle and ii) polymer particles; wherein said polymer particles are attached to said pigment particle; said polymer particles comprise pendant acid functional groups selected from the group consisting of dihydrogen phosphate functional groups, phosphonate functional groups, sulfonic acid groups, and multiacid polymer functional groups, said multiacid polymer functional groups being polymeric sidechains containing multiple acid groups; and the weight average molecular weight of said polymer particles is at least 250,000; and; b) at least one polyvalent metal ion selected from the group consisting of Zn 2+, Mg 2+, Cu 2+, Co 2+, Cr 2+, Cr 3+, Fe 2+, Fe 3+ and Zr 4+.
Laundry treatment apparatus, in particular dryer, condensate dryer, heat pump tumble dryer or washing machine having a dryer function, the apparatus comprising: a control unit for controlling the operation of the laundry treatment apparatus, an apparatus cabinet, a laundry treatment chamber for treating laundry using process air, a process air circuit for circulating the process air, a heat exchanger arranged in the process air circuit for cooling the process air and condensing humidity from the process air, a condensate collector assigned to the heat exchanger for collecting condensate condensed at the heat exchanger, a fluff filter arranged in the process air circuit upstream the heat exchanger for filtering fluff from the process air passing the fluff filter, and a washing liquid collector assigned to the fluff filter and being adapted to collect washing liquid from the fluff filter, characterized by an intermediate tank for storing condensate for fluff filter washing, a condensate pump in liquid connection to the condensate collector and being adapted to convey the collected condensate into the intermediate tank, and a washing pump in liquid connection to the intermediate tank and being adapted to convey the stored condensate from the intermediate tank to the fluff filter for washing at least a portion of the filter surface by removing fluff. a control unit for controlling the operation of the laundry treatment apparatus, an apparatus cabinet, a laundry treatment chamber for treating laundry using process air, a process air circuit for circulating the process air, a heat exchanger arranged in the process air circuit for cooling the process air and condensing humidity from the process air, a condensate collector assigned to the heat exchanger for collecting condensate condensed at the heat exchanger, a fluff filter arranged in the process air circuit upstream the heat exchanger for filtering fluff from the process air passing the fluff filter, and a washing liquid collector assigned to the fluff filter and being adapted to collect washing liquid from the fluff filter, characterized by an intermediate tank for storing condensate for fluff filter washing, a condensate pump in liquid connection to the condensate collector and being adapted to convey the collected condensate into the intermediate tank, and a washing pump in liquid connection to the intermediate tank and being adapted to convey the stored condensate from the intermediate tank to the fluff filter for washing at least a portion of the filter surface by removing fluff.
A food composition, wherein a layer is present at the surface of the food composition, wherein the layer comprises fungus and a water-soluble biopolymer and wherein the food composition is not cheese.