mhurhangee/ep-ind-claims huggingface dataset:
An image processing method, comprising: obtaining static image data of a static image; obtaining dynamic image data of a dynamic image; and generating target image data of a target image comprising the static image and the dynamic image at a display position in the static image, wherein the target image data comprises an area for the static image, and an area for the dynamic image, the method further comprising obtaining a data length of the dynamic image, and a coordinate position of the dynamic image in the static image, and obtaining an image overlay instruction, wherein the image overlay instruction is used to instruct to overlay the dynamic image and the static image and generating the target image data according to the image overlay instruction such that the target image data further comprises the static image data indicated in the area for the static image, an area indicating the data length of the dynamic image and an area indicating the display position of the dynamic image in the static image, wherein an extension field of the static image is set to avoid a format conversion process of the static image when the static image and the dynamic image are overlaid. obtaining static image data of a static image; obtaining dynamic image data of a dynamic image; and generating target image data of a target image comprising the static image and the dynamic image at a display position in the static image, wherein the target image data comprises an area for the static image, and an area for the dynamic image, the method further comprising obtaining a data length of the dynamic image, and a coordinate position of the dynamic image in the static image, and obtaining an image overlay instruction, wherein the image overlay instruction is used to instruct to overlay the dynamic image and the static image and generating the target image data according to the image overlay instruction such that the target image data further comprises the static image data indicated in the area for the static image, an area indicating the data length of the dynamic image and an area indicating the display position of the dynamic image in the static image, wherein an extension field of the static image is set to avoid a format conversion process of the static image when the static image and the dynamic image are overlaid.
A method for transmitting information in a wireless communication system, comprising: generating a first acquisition pilot that carries system determination information; generating a second acquisition pilot based on a sector identity; and transmitting the first and second acquisition pilots to terminals within the wireless communication system, characterized in that the first acquisition pilot is scrambled by contents of second acquisition pilot to distinguish different sectors. generating a first acquisition pilot that carries system determination information; generating a second acquisition pilot based on a sector identity; and transmitting the first and second acquisition pilots to terminals within the wireless communication system, characterized in that the first acquisition pilot is scrambled by contents of second acquisition pilot to distinguish different sectors.
A grinding body, consisting of a carrier material and an abrasive adhesively applied thereto, wherein the grinding body has an abrasive-free edge, which laterally delimits the active region of the abrasive, characterized in that the abrasive-free edge is formed by an applied material, which smooths the structure of the abrasive.
Optoelectronic stimulating device configured to be used in a medical treatment involving delivering an electrical current to an electrically excitable tissue (Z bio) by means of two electrodes (3n, 3p) electrically coupled to said tissue, said optoelectronic stimulating device comprising: (a) a housing containing a source of electrical impulses, which is electrically connected to (b) a source of light emission, in optical communication with (c) a photovoltaic cell electrically connected to two electrodes (3n, 3p) for establishing two electrical contacts with said tissue and thus forming an electrical stimulating circuit fed by the photovoltaic cell which is energized by the radiation of the source of light emission, wherein said housing is physically separate from the electrodes; Characterized in that, said device further comprises: (d) a source of control light emission emitting a light when electrically activated, and (e) a light emission sensor in optical communication with the source (1 3) of control light emission and coupled to a processor programmed to record the pulses emitted by the source of control light emission, said processor being preferably part of the source of electrical impulses, and wherein the source of control light emission (1 3) is located either, • in the electrical stimulating circuit, in series with the electrodes (3p, 3n) and the photovoltaic cell, or • in a control circuit separate from the electrical stimulating circuit, in series with a control photovoltaic cell which is in optical communication with the same source of light emission as the photovoltaic cell of the stimulating circuit. (a) a housing containing a source of electrical impulses, which is electrically connected to (b) a source of light emission, in optical communication with (c) a photovoltaic cell electrically connected to two electrodes (3n, 3p) for establishing two electrical contacts with said tissue and thus forming an electrical stimulating circuit fed by the photovoltaic cell which is energized by the radiation of the source of light emission, wherein said housing is physically separate from the electrodes; (d) a source of control light emission emitting a light when electrically activated, and (e) a light emission sensor in optical communication with the source (1 3) of control light emission and coupled to a processor programmed to record the pulses emitted by the source of control light emission, said processor being preferably part of the source of electrical impulses, • in the electrical stimulating circuit, in series with the electrodes (3p, 3n) and the photovoltaic cell, or • in a control circuit separate from the electrical stimulating circuit, in series with a control photovoltaic cell which is in optical communication with the same source of light emission as the photovoltaic cell of the stimulating circuit.
A toilet device comprising: a washing unit for washing a surface of a bowl in a toilet bowl; a water supplying unit for supplying washing water to the washing unit; a silicic acid polymerization inhibiting unit for adding acidic water, as a inhibitor for silicic acid polymerization which inhibits polymerization of silicic acid component in the washing water left on the surface of the bowl; and; a control portion executing a control for starting an operation of the silicic acid polymerization inhibiting unit before the surface of the bowl is evaporated after it is washed, characterised in that tl he toilet device further comprises: a seating detection sensor for detecting human body existing above the toilet seat just before the user seats on the toilet seat and the user seated on the toilet seat, the control unit further detecting, by the seating detection sensor, leaving of the user from the toilet seat, starting, by the washing unit, the washing operation of the toilet bowl and starting an operation of the silicic acid polymerization inhibiting unit from about 30 seconds to about minutes after the end of the toilet bowl washing. a washing unit for washing a surface of a bowl in a toilet bowl; a water supplying unit for supplying washing water to the washing unit; a silicic acid polymerization inhibiting unit for adding acidic water, as a inhibitor for silicic acid polymerization which inhibits polymerization of silicic acid component in the washing water left on the surface of the bowl; and; a control portion executing a control for starting an operation of the silicic acid polymerization inhibiting unit before the surface of the bowl is evaporated after it is washed, characterised in that tl he toilet device further comprises: a seating detection sensor for detecting human body existing above the toilet seat just before the user seats on the toilet seat and the user seated on the toilet seat, the control unit further detecting, by the seating detection sensor, leaving of the user from the toilet seat, starting, by the washing unit, the washing operation of the toilet bowl and starting an operation of the silicic acid polymerization inhibiting unit from about 30 seconds to about minutes after the end of the toilet bowl washing.
A method for manufacturing a sheet of natural tracing paper having an opacity index of less than 40%, measured according to ISO 2469 standard, characterized in that it comprises the following successive steps: a. an enzyme preparation containing cellulases is reacted with an aqueous suspension of paper pulp, the fibrous composition of which comprises at least 50% by dry weight of virgin cellulosic fibers, b. after an enzymatic action time on said pulp of at most 60 minutes, the enzymatic action of cellulases on said paper pulp is inhibited using a chemical inhibitor, c. the paper pulp obtained in step b) is mechanically refined to a Schopper-Riegler degree above 80, d. said refined pulp is drained on the wire cloth of a paper machine, e. the sheet thus formed is dried so as to obtain said sheet of tracing paper. a. an enzyme preparation containing cellulases is reacted with an aqueous suspension of paper pulp, the fibrous composition of which comprises at least 50% by dry weight of virgin cellulosic fibers, b. after an enzymatic action time on said pulp of at most 60 minutes, the enzymatic action of cellulases on said paper pulp is inhibited using a chemical inhibitor, c. the paper pulp obtained in step b) is mechanically refined to a Schopper-Riegler degree above 80, d. said refined pulp is drained on the wire cloth of a paper machine, e. the sheet thus formed is dried so as to obtain said sheet of tracing paper.
On-load tap changer with at least two vacuum interrupters, a selector for selecting a respective winding tap (n, n+1) of a tapped transformer, a load changeover switch for switching over from the connected winding tap (n) to the respective preselected winding tap (n+1), a rotatable drive shaft, which is mechanically coupled with the selector, and a transmission for actuating a movable contact of a respective vacuum interrupter, characterised in that a respective spindle, which is movable in the direction of the axis and coupled with the movable contact and which is actuable by way of the transmission, is provided.
Method for defining a path to be followed by a vehicle in an environment represented by a graph of nodes connected by edges, each node of said graph representing a position that can be adopted by said vehicle, each edge between two nodes being associated with a transition cost between the two nodes, the method comprising: - obtaining an instance of said graph, referred to as an instance to be resolved, each instance being represented by a start node, a destination node and a set of mandatory nodes through which the vehicle must pass, said start, destination and mandatory nodes forming the nodes of the instance to be resolved; - obtaining information representing an initial order of travel over said mandatory nodes by applying a procedure, using a graph convolutional neural network, referred to as a GCNN, adapted to said graph, to said instance to be resolved; - executing a procedure of local optimisation of the order of the mandatory nodes in order to obtain an optimised order of the mandatory nodes, said procedure being initialised with said information representing the initial order; - defining a path for said instance to be resolved from the optimised order of the mandatory nodes and, for each pair of nodes of said instance to be resolved, from a shortest path between the nodes of said pair. - obtaining an instance of said graph, referred to as an instance to be resolved, each instance being represented by a start node, a destination node and a set of mandatory nodes through which the vehicle must pass, said start, destination and mandatory nodes forming the nodes of the instance to be resolved; - obtaining information representing an initial order of travel over said mandatory nodes by applying a procedure, using a graph convolutional neural network, referred to as a GCNN, adapted to said graph, to said instance to be resolved; - executing a procedure of local optimisation of the order of the mandatory nodes in order to obtain an optimised order of the mandatory nodes, said procedure being initialised with said information representing the initial order; - defining a path for said instance to be resolved from the optimised order of the mandatory nodes and, for each pair of nodes of said instance to be resolved, from a shortest path between the nodes of said pair.
A servo valve for an actuator, the servo valve comprising: a housing having a plurality of ports (6, 10); a sleeve disposed within the housing, the sleeve comprising an axis, an inner surface defining a cavity for the servo valve, an outer surface in contact with the housing, and a plurality of metering holes (26, 28, 30, 32) that penetrate through the sleeve from the inner surface to the outer surface such that each metering hole is in communication with one of the ports; a metering rod extending axially in the cavity for reciprocation along the axis to meter flow through the metering holes, wherein the metering rod comprises metering members (44; 46) arranged along a rod; a first seal extending between the metering rod and the sleeve or housing to close off a first end of the cavity; and a second seal extending between the metering rod and the sleeve or housing to close off a second, opposite end of the cavity; characterized in that each metering member (44, 46) allows fluid to pass within the sleeve in an axial direction from one side to the other of each metering member, the first seal and the second seal are spring seals, and the first spring seal and the second spring seal are in fluid communication with one another such that the pressure applied to the first spring seal by the fluid within the cavity is the same and equal to the pressure applied by the fluid within the cavity to the second spring seal. a housing having a plurality of ports (6, 10); a sleeve disposed within the housing, the sleeve comprising an axis, an inner surface defining a cavity for the servo valve, an outer surface in contact with the housing, and a plurality of metering holes (26, 28, 30, 32) that penetrate through the sleeve from the inner surface to the outer surface such that each metering hole is in communication with one of the ports; a metering rod extending axially in the cavity for reciprocation along the axis to meter flow through the metering holes, wherein the metering rod comprises metering members (44; 46) arranged along a rod; a first seal extending between the metering rod and the sleeve or housing to close off a first end of the cavity; and a second seal extending between the metering rod and the sleeve or housing to close off a second, opposite end of the cavity; characterized in that each metering member (44, 46) allows fluid to pass within the sleeve in an axial direction from one side to the other of each metering member, the first seal and the second seal are spring seals, and the first spring seal and the second spring seal are in fluid communication with one another such that the pressure applied to the first spring seal by the fluid within the cavity is the same and equal to the pressure applied by the fluid within the cavity to the second spring seal.
Prefabricated wall comprising at least two panels (1, 2) disposed in respective planes and substantially parallel to one another, the panels (1, 2) being kept separated by at least one joining reinforcement which cooperates with at least one face of each of the panels (1, 2) to produce an internal volume of the prefabricated wall that is suitable and intended for a formwork operation, of which at least one of the panels (1, 2) comprises at least one bio-sourced material, the bio-sourced material incorporated in the thickness of the panel (1, 2) contributing to the structural rigidity of the panel (1, 2), characterized in that the bio-sourced material corresponds to a material combining at least one binder such as a cement and/or lime with a plant material or a mixture of plant materials.
An in vitro method for diagnosing ovarian cancer in a subject comprising: (a) measuring β-2 microglobulin, CA125, ApoAl, transthyretin and transferrin in a biological sample from the subject; and (b) correlating the measurement with ovarian cancer, wherein an increase in β-2 microglobulin and CA125 and a decrease in ApoAl, transthyretin and transferrin relative to a respective reference measurement for each of said biomarkers is indicative of ovarian cancer. (a) measuring β-2 microglobulin, CA125, ApoAl, transthyretin and transferrin in a biological sample from the subject; and (b) correlating the measurement with ovarian cancer, wherein an increase in β-2 microglobulin and CA125 and a decrease in ApoAl, transthyretin and transferrin relative to a respective reference measurement for each of said biomarkers is indicative of ovarian cancer.
A method for making a carboxyalkyl cellulose, comprising treating an unbleached pulp including cellulose, hemicellulose and lignin and having a kappa value of from 1 to 65 with a carboxyalkylating agent to provide a product including carboxyalkyl hemicellulose and carboxyalkyl lignin, in addition to carboxyalkyl cellulose.
A method for providing luminescent particles with a hybrid coating, wherein the luminescent particles comprise a nitride luminescent material, the method comprising: (i) providing a first coating layer, having a first coating layer thickness in the range of 20-500 nm, onto the luminescent particles by application of a sol-gel coating process, thereby providing coated luminescent particles; and wherein the first coating layer comprises silicon oxide; and (ii) providing a second coating layer, having a second coating layer thickness in the range of 5-250 nm, onto the coated luminescent particles by application of an atomic layer deposition process, wherein the second coating layer comprises a multilayer with layers having different chemical compositions, and wherein in the atomic layer deposition process a metal oxide precursor is selected from the group of metal oxide precursors of metals selected from the group consisting of Al, Hf, Ta, Zr, Ti and Si; wherein the second coating layer comprises a multilayer with layers having different chemical compositions, wherein one or more layers comprises Ta 2 O 5 and wherein one or more layers comprise Al 2 O 3. (i) providing a first coating layer, having a first coating layer thickness in the range of 20-500 nm, onto the luminescent particles by application of a sol-gel coating process, thereby providing coated luminescent particles; and wherein the first coating layer comprises silicon oxide; and (ii) providing a second coating layer, having a second coating layer thickness in the range of 5-250 nm, onto the coated luminescent particles by application of an atomic layer deposition process, wherein the second coating layer comprises a multilayer with layers having different chemical compositions, and wherein in the atomic layer deposition process a metal oxide precursor is selected from the group of metal oxide precursors of metals selected from the group consisting of Al, Hf, Ta, Zr, Ti and Si; wherein the second coating layer comprises a multilayer with layers having different chemical compositions, wherein one or more layers comprises Ta 2 O 5 and wherein one or more layers comprise Al 2 O 3.
Valve arrangement for actuating a lifting unit of a mobile machine having at least one lifting cylinder (2, 4) with a lifting piston (10, 12) which separates a first cylinder space (14, 16) from a second cylinder space (18, 20), the first cylinder space being connected via a working line to a hydraulic control arrangement for a single-acting lifting cylinder, which control arrangement has a lifting module for connecting the working line to a feed line and a lowering module for connecting the working line to an outlet line, and a pressure line being connected to the second cylinder space (18, 20), which pressure line can be connected via a valve controller to the feed line and the outflow line, which valve controller has a feed valve for connecting the pressure line to the feed line and an outlet valve for connecting the pressure medium line to the outlet line, characterized in that a pressure limiting valve is arranged between the pressure line and the outlet line, in that the feed valve is connected via a working duct to the feed line, and in that a throttle is arranged in the working duct.
An image processing apparatus comprising: medical image obtaining means for obtaining a first medical image of an object in a first shape state; region of interest setting means for setting a region of interest of the object on the first medical image; deformation information obtaining means for obtaining deformation information indicating deformation of the object from the first shape state to a second shape state; region calculating means for calculating a region in the second shape state corresponding to the region of interest in the first shape state based on the deformation information; and imaging region setting means for setting an imaging region of the object in the second shape state based on the region calculated by the region calculating means and outputting information of the imaging region to a medical imaging apparatus, the imaging region being a candidate region where the medical imaging apparatus captures a second medical image. medical image obtaining means for obtaining a first medical image of an object in a first shape state; region of interest setting means for setting a region of interest of the object on the first medical image; deformation information obtaining means for obtaining deformation information indicating deformation of the object from the first shape state to a second shape state; region calculating means for calculating a region in the second shape state corresponding to the region of interest in the first shape state based on the deformation information; and imaging region setting means for setting an imaging region of the object in the second shape state based on the region calculated by the region calculating means and outputting information of the imaging region to a medical imaging apparatus, the imaging region being a candidate region where the medical imaging apparatus captures a second medical image.