mhurhangee/ep-ind-claims huggingface dataset:
A method of fully automatically segmenting an image, the method comprising steps of: extracting region information corresponding to a target object to be segmented from a medical image of the target object generating a first mask MASK 1 based on the extracted region information; generating a morphological patch by performing morphological subdivision on the medical image based on a watershed algorithm; generating a second mask MASK 2 based on the generated morphological patch; and segmenting an image corresponding to the target object from the medical image based on the first mask and the second mask, characterized in that the region information is extracted by thresholding the image, wherein the smallest threshold that separates the target object region from another image region is searched and applied during the thresholding. extracting region information corresponding to a target object to be segmented from a medical image of the target object generating a first mask MASK 1 based on the extracted region information; generating a morphological patch by performing morphological subdivision on the medical image based on a watershed algorithm; generating a second mask MASK 2 based on the generated morphological patch; and segmenting an image corresponding to the target object from the medical image based on the first mask and the second mask, characterized in that the region information is extracted by thresholding the image, wherein the smallest threshold that separates the target object region from another image region is searched and applied during the thresholding.
A fluid pressure cylinder (10, 130, 140, 160, 170, 180, 200, 220, 250, 260) comprising a tubular shaped cylinder tube (12, 142, 162a, 162b, 172, 208a, 208b, 228, 230, 262, 264) including cylinder chambers (22a, 22b) defined in interior thereof, a cover member (14, 16, 132, 144, 165, 176, 184, 188, 222, 236, 252, 254, 266, 268) attached to an end of the cylinder tube (12, 142, 162a, 162b, 172, 208a, 208b, 228, 230, 262, 264), and a piston (18, 182, 204a, 204b) disposed displaceably along the cylinder chambers (22a, 22b); wherein, on an end surface of the cover member (14, 16, 132, 144, 165, 176, 184, 188, 222, 236, 252, 254, 266, 268), a positioning member (36, 80, 134, 146a, 146b, 164a, 164b, 178, 190, 232, 234, 238, 240, 256, 270, 272) is provided that abuts against at least one of an inner wall surface or an outer wall surface of the cylinder tube (12, 142, 162a, 162b, 172, 208a, 208b, 228, 230, 262, 264), and positions the cylinder tube (12, 142, 162a, 162b, 172, 208a, 208b, 228, 230, 262, 264) coaxially with respect to the cover member (14, 16, 132, 144, 165, 176, 184, 188, 222, 236, 252, 254, 266, 268), charaterised in that the positioning member (36, 80, 134, 146a, 146b, 164a, 164b, 178, 190, 232, 234, 238, 240, 256, 270, 272) comprises pins, which project with respect to a wall surface of the cover member (14, 16, 132, 144, 165, 176, 184, 188, 222, 236, 252, 254, 266, 268) toward a side of the cylinder tube (12, 142, 162a, 162b, 172, 208a, 208b, 228, 230, 262, 264), wherein the pins are provided in a quantity of at least two or more.
A munition, comprising: a warhead including a fuze well and a warhead explosive around the fuze well; a booster including a booster explosive placed inside the fuze well; a fuze behind the booster inside the fuze well that detonates the booster explosive creating a pressure wave; and a booster lens in the fuze well that concentrates the pressure wave to penetrate the fuze well and detonate the warhead explosive, wherein the pressure wave has a forward axial component and a radial component, characterised in that said booster lens is positioned between the booster and a closed end of the fuze well to re-direct a portion of the forward axial component in the radial direction to penetrate the fuze well and detonate the warhead approximately radially from the booster lens. a warhead including a fuze well and a warhead explosive around the fuze well; a booster including a booster explosive placed inside the fuze well; a fuze behind the booster inside the fuze well that detonates the booster explosive creating a pressure wave; and a booster lens in the fuze well that concentrates the pressure wave to penetrate the fuze well and detonate the warhead explosive, wherein the pressure wave has a forward axial component and a radial component, characterised in that said booster lens is positioned between the booster and a closed end of the fuze well to re-direct a portion of the forward axial component in the radial direction to penetrate the fuze well and detonate the warhead approximately radially from the booster lens.
An environmentally friendly decorative sheet comprising: a front surface layer formed of a polyethylene terephthalate glycol (PETG) resin; a rear surface layer facing the front surface layer and formed of a polyethylene terephthalate glycol (PETG) resin; and an interlayer interposed between the front and rear surface layers and formed of a composite resin comprising a polyethylene terephthalate resin and an ester-based resin wherein the ester-based resin comprises at least one selected from among polybutylene terephthalate, polypropylene terephthalate, polyethylene naphthalate, and polycyclohexylenedimethylene terephthalate and the interlayer comprises 3 parts by weight to 10 parts by weight of the ester-based resin based on 100 parts by weight of the composite resin. a front surface layer formed of a polyethylene terephthalate glycol (PETG) resin; a rear surface layer facing the front surface layer and formed of a polyethylene terephthalate glycol (PETG) resin; and an interlayer interposed between the front and rear surface layers and formed of a composite resin comprising a polyethylene terephthalate resin and an ester-based resin wherein the ester-based resin comprises at least one selected from among polybutylene terephthalate, polypropylene terephthalate, polyethylene naphthalate, and polycyclohexylenedimethylene terephthalate and the interlayer comprises 3 parts by weight to 10 parts by weight of the ester-based resin based on 100 parts by weight of the composite resin.
A contact-less priming system for loading a solution in a microfluidic device comprising: - at least one microfluidic device comprising at least one first port, at least one second port, at least one stopper disposed on the at least one second port so as to close the second port and at least one network of microchannels filled with a carrier fluid, wherein each of said at least one first and second ports (3, 4) are fluidly connected to said at least one network of microchannels and wherein said at least one first port is suitable for containing at least one solution; - a pressure chamber with at least one closable, gas tight aperture, configured to enclose said at least one microfluidic device; and - a pressurization unit fluidly connected to the pressure chamber for applying pressure in the pressure chamber and upon the at least one first port. - at least one microfluidic device comprising at least one first port, at least one second port, at least one stopper disposed on the at least one second port so as to close the second port and at least one network of microchannels filled with a carrier fluid, wherein each of said at least one first and second ports (3, 4) are fluidly connected to said at least one network of microchannels and wherein said at least one first port is suitable for containing at least one solution; - a pressure chamber with at least one closable, gas tight aperture, configured to enclose said at least one microfluidic device; and - a pressurization unit fluidly connected to the pressure chamber for applying pressure in the pressure chamber and upon the at least one first port.
A composition comprising a polyester matrix of polyethylene terepthalate and comprising from 0.1 to 0.2 wt %, based on the total weight of the composition, of polyethylene naphthalate the composition being characterised in that it comprises additionally 0.1%, based on the total weight of the composition, of a polyoxyalkylene UV absorber with at least 6 total moles of alkylene units per molecule of UV absorber.
A tank assembly comprising a tank having an outer surface and panels of insulative material, the panels positioned over substantially the entire outer surface of the tank and extending adjacent to one another to form seams, wherein the tank assembly comprises a support structure upon which the tank is located, characterized in that at least one of the seams is in contact with the support structure along the length of the seam to prevent separation of the adjacent panels forming the seam.
A method of resource allocation for use in a wireless network, the method comprising: triggering, upon occurrence of a network event, a network coloring decision to assign a plurality of resource blocks to a plurality of cells within the wireless network; and performing a network coloring by assigning each cell of the plurality of cells a resource block from the plurality of resource blocks, wherein an effect of interference among adjacent cells with a same resource block assignment is reduced as measured by a network performance metric related to a number of resource block assignment conflicts over the plurality of cells; wherein the network performance metric is based on a network neighboring relation table, NRT, maintained for the network, and the network NRT comprises a matrix of size of n * n, wherein n is a number of the plurality of cells, wherein an element B ij of the matrix is B ij = A ij + A ji, wherein A ij = 1 N i ∑ k = 1 N i A ij k is a metric that indicates an interference from a cell j to a cell i, which is caused by an assigned resource block of the cell j measured by all UEs over a period of time in the cell i, wherein A ji = 1 N j ∑ k = 1 N j A ji k is a metric that indicates an interference from the cell i to the cell j, which is caused by an assigned resource block of the cell i measured by all UEs over a period of time in the cell j, and wherein A ji k and A ij k are each a relative measurement of an interference to a UE measured at a time. triggering, upon occurrence of a network event, a network coloring decision to assign a plurality of resource blocks to a plurality of cells within the wireless network; and performing a network coloring by assigning each cell of the plurality of cells a resource block from the plurality of resource blocks, wherein an effect of interference among adjacent cells with a same resource block assignment is reduced as measured by a network performance metric related to a number of resource block assignment conflicts over the plurality of cells; wherein the network performance metric is based on a network neighboring relation table, NRT, maintained for the network, and the network NRT comprises a matrix of size of n * n, wherein n is a number of the plurality of cells, wherein an element B ij of the matrix is B ij = A ij + A ji, wherein A ij = 1 N i ∑ k = 1 N i A ij k is a metric that indicates an interference from a cell j to a cell i, which is caused by an assigned resource block of the cell j measured by all UEs over a period of time in the cell i, wherein A ji = 1 N j ∑ k = 1 N j A ji k is a metric that indicates an interference from the cell i to the cell j, which is caused by an assigned resource block of the cell i measured by all UEs over a period of time in the cell j, and wherein A ji k and A ij k are each a relative measurement of an interference to a UE measured at a time.
A method of changing wood properties to produce wood having properties of bog oak wood by immersing oak wood to be processed in a solution consisting of solvent, preferably water, and iron oxide mixture, characterized by steps: a) retaining the wood immersed in the solution for a determined period of time at a temperature selected between 60 and 100°C until 50-80 percent moisture content in wood of is achieved; b) washing the wood with water after being processed with iron oxide solution; c) drying the wood after washing. a) retaining the wood immersed in the solution for a determined period of time at a temperature selected between 60 and 100°C until 50-80 percent moisture content in wood of is achieved; b) washing the wood with water after being processed with iron oxide solution; c) drying the wood after washing.
A packaging method for a circuit die (120, 220) comprising: i) providing a circuit component comprising a circuit die electrically connected to a substrate and having a first surface and a second surface; ii) disposing a spacer on the first surface of the circuit die; iii) encapsulating the circuit component with a molding material so that the molding material forms a continuous top surface that covers and fully encapsulates the circuit die, the spacer, and at least a portion of a top surface of the substrate; iv) removing at least a portion of the molding material over the spacer to create a recessed region within the molding material exposing a top surface of the spacer; v) depositing an adhesive layer over the exposed top surface of the spacer and the remaining top surface of the molding material; vi) disposing over and attaching to the adhesive layer a heat spreader, the heat spreader having a top surface and a bottom surface, wherein the top surface and the bottom surface have respective downsets (194, 196), wherein the downset of the bottom surface is shaped to fill the recessed region over the adhesive layer, and the downset of the top surface is sized and positioned to align with the recessed region; and vii) electrically connecting external contacts to the substrate. i) providing a circuit component comprising a circuit die electrically connected to a substrate and having a first surface and a second surface; ii) disposing a spacer on the first surface of the circuit die; iii) encapsulating the circuit component with a molding material so that the molding material forms a continuous top surface that covers and fully encapsulates the circuit die, the spacer, and at least a portion of a top surface of the substrate; iv) removing at least a portion of the molding material over the spacer to create a recessed region within the molding material exposing a top surface of the spacer; v) depositing an adhesive layer over the exposed top surface of the spacer and the remaining top surface of the molding material; vi) disposing over and attaching to the adhesive layer a heat spreader, the heat spreader having a top surface and a bottom surface, wherein the top surface and the bottom surface have respective downsets (194, 196), wherein the downset of the bottom surface is shaped to fill the recessed region over the adhesive layer, and the downset of the top surface is sized and positioned to align with the recessed region; and vii) electrically connecting external contacts to the substrate.
Luminaire with an elongated housing which is formed by a profile body that is divided into several channel-like regions (12, 13), extending in longitudinal direction of the housing, for receiving light sources and, if applicable, optical elements (7, 15, 16), wherein at least one light exit opening for emitting light is assigned to the channel-like regions (12, 13), respectively, wherein the luminaire furthermore has covering elements (20, 25) for covering the light exit openings and/or side regions of the profile body which are detachably secured on the profile body, characterized in that securing of the covering elements (20, 25) is carried out by elongated profile parts, which can be inserted into recesses or notches of the profile body and clampingly hold in inserted state the covering elements (20, 25) and in that the profile parts have two elongated bars, separated from one another, which are connected with each other via a cross bar.
A method of determining calibration data for a grain loss sensor on a combine harvester, wherein grain loss quantities which were left behind by the combine harvester in a harvesting operation are measured and wherein sensor grain loss values are measured by the grain loss sensor during the harvesting operation, characterised in that measurement marks (15a, b) are respectively associated with the measured grain loss quantities and the measured sensor grain loss values and that the calibration data for the grain loss sensor are determined based on a comparison of the measured grain loss quantities with the measured sensor grain loss values in accordance with the measurement marks (15a, b).
A system for synthesizing speech for provided text comprising: a. means for generating context labels for said provided text; b. means for generating a set of parameters for the context labels generated for said provided text using a speech model; c. means for processing said generated set of parameters, wherein said means for processing is capable of variance scaling; and d. means for synthesizing speech for said provided text, wherein said means for synthesizing speech is capable of applying the processed set of parameters to synthesizing speech wherein the means for generating context labels is configured for partitioning said provided text into a sequence of phrases and each phrase into a plurality of frames; wherein the means for generating a set of parameters is configured for generating a set of parameters comprising a mean; a variance; a delta coefficient and a delta-delta coefficient for each frame of a plurality of frames; characterized in that the means for processing said generated set of parameters is configured for generating a processed set of parameters comprising at least one clamped delta coefficient in order to control the parameter change for each frame to a desired level. a. means for generating context labels for said provided text; b. means for generating a set of parameters for the context labels generated for said provided text using a speech model; c. means for processing said generated set of parameters, wherein said means for processing is capable of variance scaling; and d. means for synthesizing speech for said provided text, wherein said means for synthesizing speech is capable of applying the processed set of parameters to synthesizing speech wherein the means for generating context labels is configured for partitioning said provided text into a sequence of phrases and each phrase into a plurality of frames;
A gear for a fitting arrangement of a window, of a door or the like, comprising a housing and a nut element which is movably supported in a nut receiver of the housing and which is drive-effectively coupled to a fitting element, in particular to a connecting rod, of the fitting arrangement, wherein the nut element is movable radially to an axis of rotation between a release position in which it is rotatable about an axis of rotation fixed to the housing and a blocking position in which it is blocked against a rotation about the axis of rotation in at least one direction of rotation; wherein the nut element is configured to be moved into the blocking position when it is located in the release position and is driven by the fitting element to make a movement in said direction of rotation; and wherein the housing has an abutment surface which the nut element abuts when it is located in the blocking position and is driven to make a movement in said direction of rotation; wherein the abutment surface is aligned such that it restricts the rotatability of the nut element in the blocking position when the nut element is driven by the fitting element to make a movement in said direction of rotation and such that it guides the nut element from the blocking position into the release position when a torque about the axis of rotation is exerted onto the nut element, characterized in that a radially inner end region of the abutment surface is moved further in said direction of rotation than a radially outer end region of said abutment surface.
Rubber composition which comprises at least one reinforcing inorganic filler and a highly saturated elastomer comprising 1,3-diene units and ethylene units and bearing, at the chain end, a functional group F 1 which is a silanol or alkoxysilane function, the ethylene units representing more than 50 mol% of all the monomer units of the elastomer.
A spectrometer comprising: a light detection element provided with a light passing part and a light detection part; a support fixed to the light detection element such that a space is formed between the support and the light detection element; a first reflection part provided in the support and configured to reflect light passing through the light passing part in the space; a second reflection part provided in the light detection element and configured to reflect the light reflected by the first reflection part in the space; and a dispersive part formed on a spherical region of an inner surface of a depression in the support and configured to disperse and reflect the light reflected by the second reflection part directly to the light detection part in the space. a light detection element provided with a light passing part and a light detection part; a support fixed to the light detection element such that a space is formed between the support and the light detection element; a first reflection part provided in the support and configured to reflect light passing through the light passing part in the space; a second reflection part provided in the light detection element and configured to reflect the light reflected by the first reflection part in the space; and a dispersive part formed on a spherical region of an inner surface of a depression in the support and configured to disperse and reflect the light reflected by the second reflection part directly to the light detection part in the space.
An eNB, configured to trigger a user equipment, UE, to aperiodically feed back channel state information in coordinated multipoint transmission, CoMP, the eNB comprising: a transmitter configured to transmit to UE, 1-bit or 2-bit downlink control information signaling and feedback sets corresponding to the downlink control information signaling preconfigured via RRC signaling, so that the UE aperiodically feeds back corresponding channel state information according to the downlink control information signaling and the feedback sets corresponding to the downlink control information signaling; wherein the feedback sets corresponding to the downlink control information signaling preconfigured via RRC signaling define conditions for channel state information to be triggered; wherein the feedback sets corresponding to the downlink control information signaling preconfigured via RRC signaling are classified according to a channel state information-RS of non-zero power, or are classified according to channel state information configuration, or are classified according to an interference type; and wherein the number of the feedback sets corresponding to the 1-bit downlink control information signaling is 1, and the number of the feedback sets corresponding to the 2-bit downlink control information signaling is 3 or 2. a transmitter configured to transmit to UE, 1-bit or 2-bit downlink control information signaling and feedback sets corresponding to the downlink control information signaling preconfigured via RRC signaling, so that the UE aperiodically feeds back corresponding channel state information according to the downlink control information signaling and the feedback sets corresponding to the downlink control information signaling; wherein the feedback sets corresponding to the downlink control information signaling preconfigured via RRC signaling define conditions for channel state information to be triggered; wherein the feedback sets corresponding to the downlink control information signaling preconfigured via RRC signaling are classified according to a channel state information-RS of non-zero power, or are classified according to channel state information configuration, or are classified according to an interference type; and wherein the number of the feedback sets corresponding to the 1-bit downlink control information signaling is 1, and the number of the feedback sets corresponding to the 2-bit downlink control information signaling is 3 or 2.