mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus, including a processor , for improving a frame rate using a motion trajectory comprising: a feature point trajectory information determiner adapted to determine forward feature point trajectory information by tracing a feature point of a frame; a motion estimator adapted to perform a block-based backward motion estimation with respect to a current frame based on whether a feature point traced for each block of the current frame exists; a frame generator adapted to generate a new intermediate frame between the current frame and a previous frame using a motion vector determined according to the backward motion estimation; and an occlusion area detector adapted to detect an occlusion area between frames using the forward feature point trajectory information when the feature point is traced forward with respect to the plurality of frames, wherein the occlusion area is an area where feature point trajectory information may not be determined since a corresponding feature point between the frames does not exist and a type of the occlusion area includes a covered area and an uncovered area, wherein the frame generator generates the new intermediate frame using one frame from among the previous frame or the current frame depending on the type of occlusion area. a feature point trajectory information determiner adapted to determine forward feature point trajectory information by tracing a feature point of a frame; a motion estimator adapted to perform a block-based backward motion estimation with respect to a current frame based on whether a feature point traced for each block of the current frame exists; a frame generator adapted to generate a new intermediate frame between the current frame and a previous frame using a motion vector determined according to the backward motion estimation; and an occlusion area detector adapted to detect an occlusion area between frames using the forward feature point trajectory information when the feature point is traced forward with respect to the plurality of frames, wherein the occlusion area is an area where feature point trajectory information may not be determined since a corresponding feature point between the frames does not exist and a type of the occlusion area includes a covered area and an uncovered area, wherein the frame generator generates the new intermediate frame using one frame from among the previous frame or the current frame depending on the type of occlusion area.
A preparation method for m -diamide compounds having a structure of formula I, wherein the preparation method comprises the following steps: 2-fluoro-3-nitrobenzoyl chloride and 4-(perfluoropropane-2-yl)-2-(trifluoromethyl) aniline are subjected to a condensation reaction to give 2-fluoro-3-nitro- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl) phenyl) benzamide, the reaction scheme is as follows: 2-fluoro-3-nitro- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl) phenyl) benzamide is subjected to a reduction reaction to give 3-amino-2-fluoro- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl) phenyl) benzamide, the reaction scheme is as follows: 3-amino-2-fluoro- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl) phenyl)benzamide and an alkylating agent are subjected to an alkylation reaction to give 2-fluoro-3-(alkylamino)- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl)phenyl)benzamide, the reaction scheme is as follows: 2-fluoro-3-(alkylamino)- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl)phenyl)benzamide reacts acyl chloride compound represented by formula II to give 2-fluoro-3-(alkylbenzamido)- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl)phenyl)benzamide, and the reaction scheme is as follows: 2-fluoro-3-(alkylbenzamido)- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl)phenyl) benzamide is brominated to give the m-diamide compound represented by formula I, and the reaction scheme is as follows: wherein, R 1 is methyl or , R 2 is hydrogen or fluorine. 2-fluoro-3-nitrobenzoyl chloride and 4-(perfluoropropane-2-yl)-2-(trifluoromethyl) aniline are subjected to a condensation reaction to give 2-fluoro-3-nitro- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl) phenyl) benzamide, the reaction scheme is as follows: 2-fluoro-3-nitro- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl) phenyl) benzamide is subjected to a reduction reaction to give 3-amino-2-fluoro- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl) phenyl) benzamide, the reaction scheme is as follows: 3-amino-2-fluoro- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl) phenyl)benzamide and an alkylating agent are subjected to an alkylation reaction to give 2-fluoro-3-(alkylamino)- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl)phenyl)benzamide, the reaction scheme is as follows: 2-fluoro-3-(alkylamino)- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl)phenyl)benzamide reacts acyl chloride compound represented by formula II to give 2-fluoro-3-(alkylbenzamido)- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl)phenyl)benzamide, and the reaction scheme is as follows: 2-fluoro-3-(alkylbenzamido)- N -(4-(perfluoropropane-2-yl)-2-(trifluoromethyl)phenyl) benzamide is brominated to give the m-diamide compound represented by formula I, and the reaction scheme is as follows:
A placement system comprising: one or more computer processors ; one or more computer-readable media having instructions that, responsive to execution by the one or more computer processors , implements a placement manager , the placement manager configured to: receive , for a first type of clock cell , a first keep-out region ; receive , for a second type of clock cell , a second keep-out region having a different size than the first keep-out region , wherein the first keep-out region and the second keep-out region are determined based on the power-usage density of the first type of clock cell and the power-usage density of the second type of clock cell , respectively; and place in an integrated circuit the first type of clock cell and the second type of clock cell without overlap of the first keep-out region and the second keep-out region ; and place non-clock cells such as data cells within the keep-out regions . one or more computer processors ; one or more computer-readable media having instructions that, responsive to execution by the one or more computer processors , implements a placement manager , the placement manager configured to: receive , for a first type of clock cell , a first keep-out region ; receive , for a second type of clock cell , a second keep-out region having a different size than the first keep-out region , wherein the first keep-out region and the second keep-out region are determined based on the power-usage density of the first type of clock cell and the power-usage density of the second type of clock cell , respectively; and place in an integrated circuit the first type of clock cell and the second type of clock cell without overlap of the first keep-out region and the second keep-out region ; and place non-clock cells such as data cells within the keep-out regions . receive , for a first type of clock cell , a first keep-out region ; receive , for a second type of clock cell , a second keep-out region having a different size than the first keep-out region , wherein the first keep-out region and the second keep-out region are determined based on the power-usage density of the first type of clock cell and the power-usage density of the second type of clock cell , respectively; and place in an integrated circuit the first type of clock cell and the second type of clock cell without overlap of the first keep-out region and the second keep-out region ; and place non-clock cells such as data cells within the keep-out regions .
A method for wireless communication, implemented at a wireless device, the method comprising: receiving , by the wireless device, a request to obtain cell information associated with a target cell, by receiving a measurement configuration from a serving cell; receiving , from the target cell, a first synchronization block, wherein the target cell is a new radio, NR, cell; determining that the first synchronization block is not associated with the cell information associated with the target cell, and determining that the first synchronization block comprises information related to a second synchronization block of the target cell; and transmitting , to the serving cell, the information related to the second synchronization block of the target cell, and an indication that indicates that the wireless device received a first synchronization block of the target cell that is not associated with the cell information of the target cell, in response to the request to obtain the cell information receiving , by the wireless device, a request to obtain cell information associated with a target cell, by receiving a measurement configuration from a serving cell; receiving , from the target cell, a first synchronization block, wherein the target cell is a new radio, NR, cell; determining that the first synchronization block is not associated with the cell information associated with the target cell, and determining that the first synchronization block comprises information related to a second synchronization block of the target cell; and transmitting , to the serving cell, the information related to the second synchronization block of the target cell, and an indication that indicates that the wireless device received a first synchronization block of the target cell that is not associated with the cell information of the target cell, in response to the request to obtain the cell information
1-deoxygalactonojirimycin (DGJ) or a salt thereof for use in the treatment or prevention of a cardiac disease or condition in a subject who does not have Fabry disease.
Surface coating for use in prevention of allergy caused by leakage from an object, said coating is at least partially applied on the object, said coating comprising a partially covering layer comprising silver, wherein said layer comprises silver in an amount in the interval 0.05-12 μg/cm 2 , said object comprising area(s) without said layer, said coating comprising metal particles applied on the layer and optionally on areas without said layer, said metal particles comprising palladium and at least one metal selected from the group consisting of gold, ruthenium, rhodium, osmium, iridium, niobium, neodymium and platinum and wherein the amount of the metal particles is in the interval 0.01-8 μg/cm 2 , wherein the object is at least one selected from the group consisting of a catheter, an implant, a pacemaker, a stent, a rupture net, an artificial heart valve, a vascular port, a vascular graft, a cardiac assist device to be implanted into the body, an intraocular lens, a suture, an endotracheal tube, a shunt, a drain, and an artificial blood vessel.
An ultrasonic diagnostic imaging system for analyzing volume flow of blood comprising: an ultrasound probe comprising a two-dimensional matrix array transducer adapted to acquire Doppler image data from two image planes intersecting along a Doppler beam direction, wherein the ultrasound probe is further adapted to simultaneously acquire a long axis view of a vessel and a transverse view of the vessel; an image data processor responsive to the acquired Doppler image data and adapted to produce two Doppler images of flow, wherein the first image is produced responsive to the image data acquired in the long axis view of the vessel and the second image is produced responsive to the image data acquired in the transverse view of the vessel; a display adapted to display the two Doppler images simultaneously; a graphics generator , responsive to a user control, and adapted to display a Doppler line and a flow cursor over a first one of the Doppler images; and a volume flow calculator , responsive to Doppler image data of the second one of the Doppler images and a Doppler angle established by the Doppler line and the flow cursor, which is adapted to determine an angle-corrected measure of the volume flow. an ultrasound probe comprising a two-dimensional matrix array transducer adapted to acquire Doppler image data from two image planes intersecting along a Doppler beam direction, wherein the ultrasound probe is further adapted to simultaneously acquire a long axis view of a vessel and a transverse view of the vessel; an image data processor responsive to the acquired Doppler image data and adapted to produce two Doppler images of flow, wherein the first image is produced responsive to the image data acquired in the long axis view of the vessel and the second image is produced responsive to the image data acquired in the transverse view of the vessel; a display adapted to display the two Doppler images simultaneously; a graphics generator , responsive to a user control, and adapted to display a Doppler line and a flow cursor over a first one of the Doppler images; and a volume flow calculator , responsive to Doppler image data of the second one of the Doppler images and a Doppler angle established by the Doppler line and the flow cursor, which is adapted to determine an angle-corrected measure of the volume flow.
A trawl door with a total height which is greater than the total length of the trawl door, where an upper part of the trawl door, viewed in the situation of use, forms an angle in relation to a lower part of the trawl door; and - wherein the upper part and the lower part each have a generally cambered, longitudinal cross-section with a trailing edge constituting the rearmost free edge of the trawl door during normal use; - wherein the upper part and the lower part each include a fixed body plate or an airfoil profile, the trailing edge of the body plate or profile located at the rearmost free edge of the trawl door; wherein at least one of the upper and lower parts is provided with a movable plate element at the trailing edge of the fixed body plate or airfoil profile; characterised in that the movable plate element can be moved in longitudinal direction of the trawl door such that the plate element can be moved between two positions, a first position in which the plate element is substantially disposed along a non-perforated region of the fixed body plate or airfoil profile, and a second position in which the plate element is moved a length relative to the fixed body plate or airfoil profile such that the active hydrodynamic area of the trawl door is increased thereby. - wherein the upper part and the lower part each have a generally cambered, longitudinal cross-section with a trailing edge constituting the rearmost free edge of the trawl door during normal use; - wherein the upper part and the lower part each include a fixed body plate or an airfoil profile, the trailing edge of the body plate or profile located at the rearmost free edge of the trawl door;
A method of assembling fitting arrangements , in particular fitting arrangements for windows, doors, furniture or the like, wherein fitting arrangements of at least a first configuration and a second configuration different therefrom are assembled, using an assembly apparatus which comprises a track and a plurality of runners which are movably arranged at the track and which each have least one holder for temporarily arranging one or more respective fitting elements and which can be individually controlled to make a movement along the track in order to run through a plurality of assembly stations provided along the track , characterized in that , for the assembly of a respective fitting arrangement of the first configuration, the runners of a group of runners are controlled to arrange themselves in a first relative arrangement with respect to one another and to move, in particular while maintaining the first relative arrangement, from assembly station to assembly station ; and in that , for the assembly of a respective fitting arrangement of the second configuration, the runners of one group , in particular the same group , of runners are controlled to arrange themselves in a second relative arrangement with respect to one another that is different from the first relative arrangement and to move, in particular while maintaining the second relative arrangement, from assembly station to assembly station .
A sensor assembly (100; 600) comprising: a sensor probe (111; 611) including a probe head (112; 612) and a probe shaft (114; 614), the probe shaft extending from the probe head along an axis; a temperature sensor (118; 618) positioned within the probe shaft adjacent to a tip thereof; a nose piece (130; 630) positioned on the tip of the probe shaft opposite the probe head; and a collar (122; 622) positioned around the probe shaft between the probe head and the nose piece, the collar (122; 622) capable of rotating relative to the probe shaft (114; 614) during installation of the sensor assembly, thus allowing the sensor assembly (100; 600) to be installed or removed from a mounting area without twisting a cable (116; 616) extending from the sensor probe or disconnecting the cable (116; 616) from the sensor probe, a mating cable, or a junction box, characterised in that at least the tip of the probe shaft (114; 614) comprises a material with a thermal conductivity proportionality constant greater than stainless steel, a nickel cladding being applied to the exterior surface of the nose piece (130; 630). a sensor probe (111; 611) including a probe head (112; 612) and a probe shaft (114; 614), the probe shaft extending from the probe head along an axis; a temperature sensor (118; 618) positioned within the probe shaft adjacent to a tip thereof; a nose piece (130; 630) positioned on the tip of the probe shaft opposite the probe head; and a collar (122; 622) positioned around the probe shaft between the probe head and the nose piece, the collar (122; 622) capable of rotating relative to the probe shaft (114; 614) during installation of the sensor assembly, thus allowing the sensor assembly (100; 600) to be installed or removed from a mounting area without twisting a cable (116; 616) extending from the sensor probe or disconnecting the cable (116; 616) from the sensor probe, a mating cable, or a junction box, characterised in that at least the tip of the probe shaft (114; 614) comprises a material with a thermal conductivity proportionality constant greater than stainless steel, a nickel cladding being applied to the exterior surface of the nose piece (130; 630).
An electrode pad adapted to be used for iontophoresis treatment comprising: a base sheet , an electrode placed on the base sheet , an adhesive sheet placed on the base sheet and having an opening , within which the electrode is exposed, and a medicament reservoir containing a local anesthetic and placed in the opening of the adhesive sheet while being in contact with the electrode , characterized in that there is a predetermined space (r) between an inner peripheral surface of the opening of the adhesive sheet and an outer peripheral surface of the medicament reservoir , and a thickness of the adhesive sheet and a thickness of the medicament reservoir are substantially equal to each other, and in that the electrode pad is adapted to be used together with another electrode pad which does not contain a medicament in the medicament reservoir . a base sheet , an electrode placed on the base sheet , an adhesive sheet placed on the base sheet and having an opening , within which the electrode is exposed, and a medicament reservoir containing a local anesthetic and placed in the opening of the adhesive sheet while being in contact with the electrode , characterized in that there is a predetermined space (r) between an inner peripheral surface of the opening of the adhesive sheet and an outer peripheral surface of the medicament reservoir , and a thickness of the adhesive sheet and a thickness of the medicament reservoir are substantially equal to each other, and in that the electrode pad is adapted to be used together with another electrode pad which does not contain a medicament in the medicament reservoir .
An expandable device configured to be positioned across a neck of an aneurysm (A) at a bifurcation of a blood vessel (P) of a patient, the device comprising: a generally tubular mesh having a first end portion and a second end portion, the second end portion comprising a first articulating region and a second articulating region , characterised in that the first articulating region is separated from the second articulating region by first and second slits , the first and second slits extending along a longitudinal axis (L) of the mesh, and wherein, when the mesh is in an expanded state, the first articulating region is positioned at a first angle (θ1) relative to the first end portion and the second articulating region is positioned at a second angle (θ) relative to the first end portion. a generally tubular mesh having a first end portion and a second end portion, the second end portion comprising a first articulating region and a second articulating region , characterised in that the first articulating region is separated from the second articulating region by first and second slits , the first and second slits extending along a longitudinal axis (L) of the mesh, and wherein, when the mesh is in an expanded state, the first articulating region is positioned at a first angle (θ1) relative to the first end portion and the second articulating region is positioned at a second angle (θ) relative to the first end portion.
A feed for omnivorous fish of Garra rufa species comprising ingredients from animal and plant origin, the animal protein being exclusively from blowfly larvae, such ingredients being in percentage by dry weight: • 76,8% blowfly larvae; • 17,7 % microalgae; • 4,4% carrot; and • 1,1% vitamin supplement. • 76,8% blowfly larvae; • 17,7 % microalgae; • 4,4% carrot; and • 1,1% vitamin supplement.
A method of making a 3D NAND memory structure having improved process margin and enhanced performance, comprising: etching a cell pillar trench into a cell stack substrate having alternating layers of conducting and insulating materials disposed on a select gate source region; etching a plurality of floating gate recesses into sidewalls of the cell pillar trench at the layers of conductive material; forming an interpoly dielectric, IPD, layer in the plurality of floating gate recesses; characterized by depositing a metal layer onto the IPD layer in the plurality of floating gate recesses and along the bottom of the cell pillar trench; and depositing a floating gate layer onto the metal layer in the plurality of floating gate recesses to form a plurality of floating gate units having a floating gate core surrounded on at least three sides by the metal layer. etching a cell pillar trench into a cell stack substrate having alternating layers of conducting and insulating materials disposed on a select gate source region; etching a plurality of floating gate recesses into sidewalls of the cell pillar trench at the layers of conductive material; forming an interpoly dielectric, IPD, layer in the plurality of floating gate recesses; characterized by depositing a metal layer onto the IPD layer in the plurality of floating gate recesses and along the bottom of the cell pillar trench; and depositing a floating gate layer onto the metal layer in the plurality of floating gate recesses to form a plurality of floating gate units having a floating gate core surrounded on at least three sides by the metal layer.