mhurhangee/patent-ind-claim-en huggingface dataset:
Energy storage arrangement comprising: - an energy storage device having a first busbar that conducts a first, in particular upper, potential, - a housing part, in particular a bottom part , - a printed circuit board , - a first assembly bracket , - a first connection sheet , - a first controllable semiconductor switch (21, T1) that is fitted on the printed circuit board , characterised in that the printed circuit board is connected, in particular screw-connected, to the first assembly bracket , wherein the first assembly bracket is connected to the housing part, in particular in an integrally bonded manner, in particular as a composite part, wherein the printed circuit board is fitted with a first connection element , in particular wherein the first connection element is electrically connected, in particular press-fitted, to a first conducting track of the printed circuit board , wherein the first busbar is connected, in particular screw-connected, to the first connection element , wherein a terminal of the first semiconductor switch (21, T1) is electrically connected to the first connection element , and another terminal of the first semiconductor switch (21, T1) is connected to the first assembly bracket and the first connection sheet in an electrically and thermally conductive manner in order to carry away thermal losses of the first semiconductor switch (21, T1), wherein the first assembly bracket and the first connection sheet are interconnected in an electrically and thermally conductive manner. - an energy storage device having a first busbar that conducts a first, in particular upper, potential, - a housing part, in particular a bottom part , - a printed circuit board , - a first assembly bracket , - a first connection sheet , - a first controllable semiconductor switch (21, T1) that is fitted on the printed circuit board , the printed circuit board is connected, in particular screw-connected, to the first assembly bracket , wherein the first assembly bracket is connected to the housing part, in particular in an integrally bonded manner, in particular as a composite part, wherein the printed circuit board is fitted with a first connection element , in particular wherein the first connection element is electrically connected, in particular press-fitted, to a first conducting track of the printed circuit board , wherein the first busbar is connected, in particular screw-connected, to the first connection element , wherein a terminal of the first semiconductor switch (21, T1) is electrically connected to the first connection element , and another terminal of the first semiconductor switch (21, T1) is connected to the first assembly bracket and the first connection sheet in an electrically and thermally conductive manner in order to carry away thermal losses of the first semiconductor switch (21, T1), wherein the first assembly bracket and the first connection sheet are interconnected in an electrically and thermally conductive manner.
A method for imaging particles in a blood fluid sample using a particle analysis system configured for geometric hydrofocusing, the particles included in the blood fluid sample having a sample fluid viscosity, the method comprising: injecting the blood fluid sample into a flowpath of the flowcell so that the blood fluid sample fluid flows in a sample flowstream with a flowstream width greater than a flowstream thickness, the sample flowstream flowing through a decrease in flowpath size and traversing an imaging axis ; focusing an image capture device by imaging an imaging target , wherein the image capture device has a field of view and the imaging target has a position fixed relative to the flowcell in the field of view; and acquiring a focused image of the particles, suitable for particle characterization and counting, within the flowstream with the image capture device , wherein the image capture device is focused on the sample flowstream using a displacement distance characterized in that the imaging target is not placed inside the sample flow stream and that the displacement distance has a value greater than zero; and acquiring the focused image comprises adjusting a distance between the image capture device and the flowcell using the displacement distance . injecting the blood fluid sample into a flowpath of the flowcell so that the blood fluid sample fluid flows in a sample flowstream with a flowstream width greater than a flowstream thickness, the sample flowstream flowing through a decrease in flowpath size and traversing an imaging axis ; focusing an image capture device by imaging an imaging target , wherein the image capture device has a field of view and the imaging target has a position fixed relative to the flowcell in the field of view; and acquiring a focused image of the particles, suitable for particle characterization and counting, within the flowstream with the image capture device , wherein the image capture device is focused on the sample flowstream using a displacement distance characterized in that the imaging target is not placed inside the sample flow stream and that the displacement distance has a value greater than zero; and acquiring the focused image comprises adjusting a distance between the image capture device and the flowcell using the displacement distance .
A high pressure fuel pump for LPG fuel comprising: a body formed at a lateral side thereof with an intake port and an exhaust port , and provided therein with a pressing device configured to press a portion of fuel, which is supplied through the intake port , at a high pressure; a spill valve coupled to one side of the body to control a supply flow rate and exhaust pressure of the fuel; and a cover coupled to an upper portion of the body and having a recovery port for recovering a portion of the fuel supplied into the body to a fuel tank , wherein the cover collects gaseous fuel vaporized by heat of an engine when the engine is turned off after driving, and has a dome shape which is convex upward, characterized in that an upper surface of the cover is configured as an inclined surface inclined downward in a direction opposite to the recovery port and the recovery port is formed at a lateral side of the cover , wherein the inclined surface is inclined downward in an outward direction from the recovery port wherein the gaseous fuel in an inner space of the cover is moved along the inclined surface, to recover the gaseous fuel to the fuel tank through the recovery port when the engine is restarted. a body formed at a lateral side thereof with an intake port and an exhaust port , and provided therein with a pressing device configured to press a portion of fuel, which is supplied through the intake port , at a high pressure; a spill valve coupled to one side of the body to control a supply flow rate and exhaust pressure of the fuel; and a cover coupled to an upper portion of the body and having a recovery port for recovering a portion of the fuel supplied into the body to a fuel tank , wherein the cover collects gaseous fuel vaporized by heat of an engine when the engine is turned off after driving, and has a dome shape which is convex upward, characterized in that an upper surface of the cover is configured as an inclined surface inclined downward in a direction opposite to the recovery port and the recovery port is formed at a lateral side of the cover , wherein the inclined surface is inclined downward in an outward direction from the recovery port wherein the gaseous fuel in an inner space of the cover is moved along the inclined surface, to recover the gaseous fuel to the fuel tank through the recovery port when the engine is restarted.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, downlink control information, DCI; receiving, from the base station, a physical downlink shared channel, PDSCH, based on the DCI; and transmitting, to the base station, a physical uplink control channel, PUCCH, including hybrid automatic repeat request, HARQ, feedback information for the PDSCH on at least one of multiple serving cells according to an HARQ feedback timing, wherein the multiple serving cells comprise a primary cell, PCell, and a secondary cell, SCell, configured for a PUCCH transmission and the HARQ feedback timing is based on slots of the PCell. receiving, from a base station, downlink control information, DCI; receiving, from the base station, a physical downlink shared channel, PDSCH, based on the DCI; and transmitting, to the base station, a physical uplink control channel, PUCCH, including hybrid automatic repeat request, HARQ, feedback information for the PDSCH on at least one of multiple serving cells according to an HARQ feedback timing, wherein the multiple serving cells comprise a primary cell, PCell, and a secondary cell, SCell, configured for a PUCCH transmission and the HARQ feedback timing is based on slots of the PCell.
A baby bottle movement analyzer, comprising a movement analyzer configured to analyze a suck-swallow-breathe behavior of a baby based solely on baby bottle movement data from a movement sensor coupled to a baby bottle , thereby to determine parameters related to the suck-swallow-breathe rhythm.
A service function chaining, SFC,-based packet forwarding method, comprising: receiving, by a first service function forwarding node, a packet forwarding rule sent by a control node, wherein the packet forwarding rule is used to indicate a mapping relationship between a match item of traffic characteristic information of a packet and route prefix information, wherein the route prefix information comprises a service function path identifier, SPI, and a service index, SI, the SPI identifies a service function path, SFP, in an SFC, and the SI indicates a location of the first service function forwarding node in the SFP; receiving, by the first service function forwarding node, a first packet, wherein a header of the first packet carries traffic characteristic information of the first packet; determining, by the first service function forwarding node according to the packet forwarding rule, the route prefix information corresponding to the traffic characteristic information of the first packet; and determining, by the first service function forwarding node, target next-hop information based on the route prefix information, and forwarding the first packet based on the target next-hop information. receiving, by a first service function forwarding node, a packet forwarding rule sent by a control node, wherein the packet forwarding rule is used to indicate a mapping relationship between a match item of traffic characteristic information of a packet and route prefix information, wherein the route prefix information comprises a service function path identifier, SPI, and a service index, SI, the SPI identifies a service function path, SFP, in an SFC, and the SI indicates a location of the first service function forwarding node in the SFP; receiving, by the first service function forwarding node, a first packet, wherein a header of the first packet carries traffic characteristic information of the first packet; determining, by the first service function forwarding node according to the packet forwarding rule, the route prefix information corresponding to the traffic characteristic information of the first packet; and determining, by the first service function forwarding node, target next-hop information based on the route prefix information, and forwarding the first packet based on the target next-hop information.
Optical measuring device comprising: - at least one optical sensor configured for optical capture of at least one measurement object at a plurality of image recording positions ; - at least one display device configured to display for a plurality of predetermined and/or determinable image recording positions in each case a schematic representation of an image to be recorded at the respective image recording position ; - at least one data processing unit and at least one interface , wherein the interface is configured to provide at least one item of manipulation information to the data processing unit , wherein the data processing unit is configured to adapt the image recording position and/or at least one image recording parameter of at least one of the images to be recorded depending on the manipulation information. - at least one optical sensor configured for optical capture of at least one measurement object at a plurality of image recording positions ; - at least one display device configured to display for a plurality of predetermined and/or determinable image recording positions in each case a schematic representation of an image to be recorded at the respective image recording position ; - at least one data processing unit and at least one interface , wherein the interface is configured to provide at least one item of manipulation information to the data processing unit , wherein the data processing unit is configured to adapt the image recording position and/or at least one image recording parameter of at least one of the images to be recorded depending on the manipulation information.
A system for coating profiles , comprising: - several treatment stations for treating the profiles , among which at least one coating station is equipped with spray guns for dispensing an electrostatically charged powder coating; - first detection means for detecting first data concerning dimensions and shape of said profiles ; - first storage media for storing second data concerning said powder coating, which shall be used for coating said profiles ; - second storage media for storing third data concerning a set of sample profiles; and - comparison means for comparing said first, second and third data so as to generate commands adapted to vary operating parameters for said guns , characterized in that said detection means are configured to detect the dimensions of said profiles so as to modify a hooking distance X between said profiles along a conveyor chain, and said detection means are configured to detect thicknesses of said profiles so as to act upon respective members and to modify a speed of the conveyor chain and a temperature of a polymerization oven, and said detection means are configured to detect a complexity of a section so as to vary pre-treatment and coating parameters for said profiles . - several treatment stations for treating the profiles , among which at least one coating station is equipped with spray guns for dispensing an electrostatically charged powder coating; - first detection means for detecting first data concerning dimensions and shape of said profiles ; - first storage media for storing second data concerning said powder coating, which shall be used for coating said profiles ; - second storage media for storing third data concerning a set of sample profiles; and - comparison means for comparing said first, second and third data so as to generate commands adapted to vary operating parameters for said guns , characterized in that said detection means are configured to detect the dimensions of said profiles so as to modify a hooking distance X between said profiles along a conveyor chain, and said detection means are configured to detect thicknesses of said profiles so as to act upon respective members and to modify a speed of the conveyor chain and a temperature of a polymerization oven, and said detection means are configured to detect a complexity of a section so as to vary pre-treatment and coating parameters for said profiles .
Adapter for an offshore foundation construction including a cylindrical sleeve for receiving a pile of the offshore foundation construction , the adapter being characterized by a device for verifying the bearing capacity of a first pile of the offshore foundation construction after its insertion, the device comprising a body , a first means for connecting the body to a referential element, a second means for connecting the body to the first pile , a means for applying a load on the first pile in a direction parallel to the axis of the first pile , and further including a means for measuring a displacement of the first pile .
A method for inductive testing of metallic workpieces for the detection of anomalies near the surface, in particular cracks, comprising the following steps: - Scanning a surface of the workpiece along a path to be tested with a measuring head on which at least one eddy current probe is arranged, and - Recording of raw signal data (R1, R2) of the at least one eddy current probe during the scanning of the workpiece surface , - Determining of position data (P) that can be assigned to the raw signal data (R1, R2), - Generating a position-dependent measurement signal (M) by assigning the position data (P) to the raw signal data (R1, R2), the measurement signal (M) being a function of at least one spatial coordinate (L) in the direction of the path to be tested, - Calculating a filtered measurement signal by applying a spatial frequency-based filter to the measurement signal (M), characterized in that the measuring head has at least two eddy current probes arranged at a defined distance in the path direction (B), and the position data (P) are determined on the basis of the raw signal data (R1, R2) from an offset of the raw signal data (R1, R2) recorded by these two eddy current probes . - Scanning a surface of the workpiece along a path to be tested with a measuring head on which at least one eddy current probe is arranged, and - Recording of raw signal data (R1, R2) of the at least one eddy current probe during the scanning of the workpiece surface , - Determining of position data (P) that can be assigned to the raw signal data (R1, R2), - Generating a position-dependent measurement signal (M) by assigning the position data (P) to the raw signal data (R1, R2), the measurement signal (M) being a function of at least one spatial coordinate (L) in the direction of the path to be tested, - Calculating a filtered measurement signal by applying a spatial frequency-based filter to the measurement signal (M),
A composition for use in treatment or prevention of a tumor that expresses a TUG1 gene higher than in normal tissues, in a subject, comprising, as an active ingredient, a nucleic acid that inhibits the expression of the TUG1 gene in stem cells of the tumor, wherein the nucleic acid is selected from the group consisting of siRNAs, precursor RNAs of the siRNAs, antisense RNAs, modified RNAs thereof, and antisense DNAs, each targeting a transcript RNA of the TUG1 gene, where the modified RNAs comprise at least one modification selected from the group consisting of: substitution of phosphodiester linkages of the RNAs with phosphorothioate, phosphorodithioate, alkyl phosphonate, or phosphoramidate linkage; substitution of 2'-OH of the RNAs with halogen, alkyl, alkoxy, O-alkylenyl-O-alkyl, or O-(CH 2 ) 2 -O-N(R m )(R n ) where R m and R n independently represent H or a substituted or unsubstituted C 1 -C 10 alkyl; 2'-deoxyribonucleotide; locked nucleic acid (LNA) selected from 2'-O,4'-C methylene bridge (-O-CH 2 -)-modified nucleotide and 2'-O,4'-C ethylene bridge (-O-CH 2 CH 2 -)-modified nucleotide; and 2'-methoxyethyl nucleotide, 2'-methoxyethoxy (2'-MOE) nucleotide, 2'-methoxy (2'-OMe) nucleotide, and 2'-deoxy-2'-chloro nucleotide, wherein the nucleic acid targets a region of the nucleotide numbers 1044 to 1062, 1044 to 1062, or 1044 to 1062 and/or a region of the nucleotide numbers 2997 to 5181, 2941 to 5111, or 2941 to 5125 in the nucleotide sequence of SEQ ID NO: 1, 2, or 3 of the transcript RNA of the TUG1 gene, respectively, and wherein the tumor is selected from the group consisting of brain tumor, breast cancer, colon cancer, prostate cancer, liver cancer, lung cancer, leukemia, and lymphoma.
A disposable absorbent hygiene product comprising a chassis having first and second end portions and a central portion extending therebetween, said chassis having an body facing surface intended to face the body of a wearer and a garment facing surface intended to face away from the body of a wearer, a longitudinal axis (LO) extending in a longitudinal direction and defining a longitudinal direction (L) from said first end portion towards said second end portion and a transversal axis defining a transversal direction (T) perpendicular to the longitudinal direction, the chassis comprising a liquid permeable topsheet at the body facing surface, a liquid impermeable backsheet at the garment facing surface, and an absorbent core assembly comprising at least one absorbent core arranged between said topsheet and said backsheet ; said disposable absorbent hygiene product further comprises a pair of side portions extending on each side of the first end portion in said transversal direction to fasten the disposable absorbent hygiene product to the waist of a wearer; said disposable absorbent hygiene product comprises at least one fastener (25, 125, 125', 125", 148, 149) arranged on at least one of said side portions and/or said second end portion of said disposable absorbent hygiene product to fasten the disposable absorbent hygiene product to the waist of a wearer, said fastener comprises a sheet formed base having generally parallel upper and lower surfaces with said lower surface attached to at least one of said side portions and/or said second end portion of said disposable absorbent hygiene product , said sheet formed base having a length in the longitudinal direction and a width in the transversal direction and comprises at least one fastening area comprising one or more areas of a fastening material comprising a plurality of discrete fastening elements comprising stems which project from the upper surface of said sheet formed base , said fastening area is arranged at a first distance (D1) from a first outer edge of said sheet formed base forming an area free of fastening material on said sheet formed base arranged in a first transversal direction with respect to the fastening area , said fastener (25, 125, 125', 125" 148, 149) is attached to said disposable absorbent hygiene product in an attachment area which overlaps at least partly with the fastening area and extends outside of said fastening area into the area where said sheet formed base is free of said fastening elements but inside said outer edge of said sheet formed base , wherein said first transversal direction is in a direction away from said longitudinal axis (LO).
A fracturing valve system, characterized in comprising a base pipe comprising an insert port capable of housing a stop ball , said stop ball insertable partially within a chamber of said base pipe ; a sliding sleeve comprising a first sleeve , said first sleeve comprising an inner surface, said inner surface comprising an angular void and a large void , said first sleeve manoeuvrable into a first position, wherein said angular void rests over said insert port , preventing said stop ball from exiting the chamber of said base pipe ; and a second position, wherein said large void rests over said insert port , said stop ball capable of exiting the chamber of said base pipe , to enter said large void . a base pipe comprising an insert port capable of housing a stop ball , said stop ball insertable partially within a chamber of said base pipe ; a sliding sleeve comprising a first sleeve , said first sleeve comprising an inner surface, said inner surface comprising an angular void and a large void , said first sleeve manoeuvrable into a first position, wherein said angular void rests over said insert port , preventing said stop ball from exiting the chamber of said base pipe ; and a second position, wherein said large void rests over said insert port , said stop ball capable of exiting the chamber of said base pipe , to enter said large void . a first position, wherein said angular void rests over said insert port , preventing said stop ball from exiting the chamber of said base pipe ; and a second position, wherein said large void rests over said insert port , said stop ball capable of exiting the chamber of said base pipe , to enter said large void .