mhurhangee/ep-ind-claims huggingface dataset:
A polymer composition comprising: a polymer matrix comprising a thermoplastic material that contains polar functional groups; a graphene having a carbon:oxygen ratio of at least 20:1 that is covalently bonded to the polymer matrix; and metal particles having an additive covalently bonded thereto; wherein a combined concentration of the metal particles and the graphene in the polymer matrix exceeds an electrical percolation threshold, the amount of graphene in the polymer composition is between 0.1% and 10% by weight, and the amount of metal particles in the polymer composition is at up to 50% by weight. a polymer matrix comprising a thermoplastic material that contains polar functional groups; a graphene having a carbon:oxygen ratio of at least 20:1 that is covalently bonded to the polymer matrix; and metal particles having an additive covalently bonded thereto; wherein a combined concentration of the metal particles and the graphene in the polymer matrix exceeds an electrical percolation threshold, the amount of graphene in the polymer composition is between 0.1% and 10% by weight, and the amount of metal particles in the polymer composition is at up to 50% by weight. wherein a combined concentration of the metal particles and the graphene in the polymer matrix exceeds an electrical percolation threshold, the amount of graphene in the polymer composition is between 0.1% and 10% by weight, and the amount of metal particles in the polymer composition is at up to 50% by weight.
A terminal device (1, 1A, 1B, 1C) comprising: a reception unit configured to receive, from a base station device, first information for one or a plurality of first channel state information, CSI, reports corresponding to one or a plurality of first CSI processes on a first physical uplink channel in a first serving cell, the first information being information for configuring a resource of the first physical uplink channel for the periodic first CSI reports, receive, from the base station device, second information for one or a plurality of second CSI reports corresponding to a plurality of second CSI processes on a second physical uplink channel in a second serving cell, the second information being information for configuring a resource of the second physical uplink channel for the aperiodic second CSI reports; a transmission unit configured to transmit the first CSI reports using a transmission mode of a plurality of transmission modes configured by the base station device in a first subframe, transmit the second CSI reports in the first subframe, wherein in a case that the total of a number of the first CSI reports and a number of the second CSI reports in the first subframe exceeds a certain number, the certain number of the CSI reports with low priority from the CSI reports are not updated based on the priority, and the priority is defined based on whether each of the CSI reports is an aperiodic CSI report or a periodic CSI report. a reception unit configured to receive, from a base station device, first information for one or a plurality of first channel state information, CSI, reports corresponding to one or a plurality of first CSI processes on a first physical uplink channel in a first serving cell, the first information being information for configuring a resource of the first physical uplink channel for the periodic first CSI reports, receive, from the base station device, second information for one or a plurality of second CSI reports corresponding to a plurality of second CSI processes on a second physical uplink channel in a second serving cell, the second information being information for configuring a resource of the second physical uplink channel for the aperiodic second CSI reports; a transmission unit configured to transmit the first CSI reports using a transmission mode of a plurality of transmission modes configured by the base station device in a first subframe, transmit the second CSI reports in the first subframe, wherein in a case that the total of a number of the first CSI reports and a number of the second CSI reports in the first subframe exceeds a certain number, the certain number of the CSI reports with low priority from the CSI reports are not updated based on the priority, and the priority is defined based on whether each of the CSI reports is an aperiodic CSI report or a periodic CSI report.
An information embedding apparatus for embedding information in image data, comprising: a code calculator configured to extract a feature quantity from the image data, and to calculate a code from extracted feature quantity; an information embedding unit configured to change the extracted feature quantity in accordance with calculated code and to embed the changed feature quantity in the image data; characterized by a determining unit configured to extract a feature quantity from the embedded image data and to determine whether a code corresponding to the feature quantity extracted by the determining unit matches with the code calculated by the code calculator; and a modification unit configured to modify the image data, based on the determination result of the determining unit, wherein when the modification unit modifies the image data, the code calculator extracts a feature quantity from modified image data and calculates a code from extracted feature quantity, and the information embedding unit changes the extracted feature quantity so as to correspond to calculated code and embeds the changed feature quantity in the modified image data. a code calculator configured to extract a feature quantity from the image data, and to calculate a code from extracted feature quantity; an information embedding unit configured to change the extracted feature quantity in accordance with calculated code and to embed the changed feature quantity in the image data; characterized by a determining unit configured to extract a feature quantity from the embedded image data and to determine whether a code corresponding to the feature quantity extracted by the determining unit matches with the code calculated by the code calculator; and a modification unit configured to modify the image data, based on the determination result of the determining unit, wherein when the modification unit modifies the image data, the code calculator extracts a feature quantity from modified image data and calculates a code from extracted feature quantity, and the information embedding unit changes the extracted feature quantity so as to correspond to calculated code and embeds the changed feature quantity in the modified image data.
An apparatus for delivering wastewater from a motor vehicle to a drain, the apparatus comprising: a housing including an outer wall and an outlet, wherein the apparatus includes an inner wall generally perpendicular or slightly angled to the outer wall, the housing and the inner wall defining an inlet chamber above the inner wall and a further chamber below the inner wall, the outlet downwardly extending from the inlet chamber, and connected to the outer wall of the housing through the inner wall that separates the inlet chamber from the further chamber, the apparatus including a sealing member disposed in the further chamber and positioned in a radial direction between the outlet and the outer wall and in an axial direction below the inner wall, the apparatus further including a valve movable between an open position and a closed position and a valve activation mechanism for moving the valve between the open position and the closed position.
A method in a terminal device, comprising: determining a preamble to be transmitted to a network device on a random access occasion; determining a resource for transmitting a Physical Uplink Shared Channel, PUSCH, based on the random access occasion, comprising: - determining a time domain resource for the PUSCH based on a mapping between the preamble and: -- a PUSCH mapping type, -- an offset relative to a time reference dependent on the random access occasion, -- a start symbol number of the PUSCH within a slot, and -- a duration of the PUSCH in the slot; and transmitting, to the network device, the preamble on the random access occasion and the PUSCH on the resource, in a random access message being a message A in a two-step random access procedure. determining a preamble to be transmitted to a network device on a random access occasion; determining a resource for transmitting a Physical Uplink Shared Channel, PUSCH, based on the random access occasion, comprising: - determining a time domain resource for the PUSCH based on a mapping between the preamble and: -- a PUSCH mapping type, -- an offset relative to a time reference dependent on the random access occasion, -- a start symbol number of the PUSCH within a slot, and -- a duration of the PUSCH in the slot; and - determining a time domain resource for the PUSCH based on a mapping between the preamble and: -- a PUSCH mapping type, -- an offset relative to a time reference dependent on the random access occasion, -- a start symbol number of the PUSCH within a slot, and -- a duration of the PUSCH in the slot; and -- a PUSCH mapping type, -- an offset relative to a time reference dependent on the random access occasion, -- a start symbol number of the PUSCH within a slot, and -- a duration of the PUSCH in the slot; and transmitting, to the network device, the preamble on the random access occasion and the PUSCH on the resource, in a random access message being a message A in a two-step random access procedure.
A container for rapid hot-food catering comprising a base part (2; 102) and a cover part (4; 104) disposed thereon, wherein the said parts together form a medium-tight chamber (6; 106) for a meal portion to be heated, and wherein at least the base part is made of a thermoplastic resin, characterized in that the base part comprises a primary heat transfer element (8; 108) protruding into the chamber and comprising a metal sleeve (10; 110) which extends into the base part and which is provided with an upper closure cap, the metal sleeve being connected to the base part in a medium-tight manner.
A blade assembly, comprising: a blade tip having a pressure side and a suction side wherein the blade tip is at a radial end portion of a blade; a plurality of chordwise grooves (92, 96) within the blade tip, wherein at least one of the chordwise grooves (92, 96) has a contour (A 1) that is different than both a contour of the pressure side and a contour of the suction side, wherein the chordwise grooves (92, 96) extend lengthwise between a leading edge and a trailing edge of the blade tip and extend in a direction generally aligned with a chord of the blade, and the chordwise grooves (92, 96) have a width that is about the same and wherein the chordwise grooves (92, 96) are open exclusively on a radially facing side, the blade tip including a nonrecessed area and a recessed area provided by a plurality of grooves (92, 96), wherein the nonrecessed area is greater than the recessed area and wherein the unrecessed area is defined by a surface of the blade tip arranged for interfacing with a surrounding sealing surface and the recessed area is recessed relative to said surface, characterised in that: the chordwise grooves (92, 96) are spaced from a perimeter of the blade tip a first distance (D 1 ' D 2) representing the wall thickness, and the chordwise grooves (92, 96) have a width that is a second distance (W 1, W 2), the first distance (D 1, D 2) greater than the second distance (W 1, W 2). a blade tip having a pressure side and a suction side wherein the blade tip is at a radial end portion of a blade; a plurality of chordwise grooves (92, 96) within the blade tip, wherein at least one of the chordwise grooves (92, 96) has a contour (A 1) that is different than both a contour of the pressure side and a contour of the suction side, wherein the chordwise grooves (92, 96) extend lengthwise between a leading edge and a trailing edge of the blade tip and extend in a direction generally aligned with a chord of the blade, and the chordwise grooves (92, 96) have a width that is about the same and wherein the chordwise grooves (92, 96) are open exclusively on a radially facing side, the blade tip including a nonrecessed area and a recessed area provided by a plurality of grooves (92, 96), wherein the nonrecessed area is greater than the recessed area and wherein the unrecessed area is defined by a surface of the blade tip arranged for interfacing with a surrounding sealing surface and the recessed area is recessed relative to said surface, characterised in that: the chordwise grooves (92, 96) are spaced from a perimeter of the blade tip a first distance (D 1 ' D 2) representing the wall thickness, and the chordwise grooves (92, 96) have a width that is a second distance (W 1, W 2), the first distance (D 1, D 2) greater than the second distance (W 1, W 2).
A method of processing a user-generated input command, the method being executable at a computing apparatus and comprising: for each one of a plurality of machine-executable instructions: - receiving a plurality of example expressions for the machine-executable instruction by a training module; - generating a respective set of features for each of the plurality of example expressions by the training module, wherein the respective set of features are assigned to a word in the example expression based on a morphological and lexicological analysis of the word, and taking into account neighboring words in the example expression; and - analyzing a plurality of sets of features associated with the plurality of example expressions to determine a plurality of feature patterns by the training module, the plurality of sets of features comprising the sets of features for each of the plurality of example expressions, wherein analyzing the plurality of sets of features associated with the plurality of example expressions comprises using a Charm Bitset algorithm; the plurality of feature patterns determined by the training module being used to convert a user-generated input command included in user-generated speech received by a natural language processing module into a machine executable output instruction by the natural language processing module, the machine executable output instruction being one of the plurality of machine-executable instructions, wherein the user-generated speech is converted into text data, the text data is analyzed, wherein the analysis of the text data comprises assigning features to each word in the text data, and wherein an intersection between features assigned to a word and the feature patterns provided by the training module is determined. - receiving a plurality of example expressions for the machine-executable instruction by a training module; - generating a respective set of features for each of the plurality of example expressions by the training module, wherein the respective set of features are assigned to a word in the example expression based on a morphological and lexicological analysis of the word, and taking into account neighboring words in the example expression; and - analyzing a plurality of sets of features associated with the plurality of example expressions to determine a plurality of feature patterns by the training module, the plurality of sets of features comprising the sets of features for each of the plurality of example expressions, wherein analyzing the plurality of sets of features associated with the plurality of example expressions comprises using a Charm Bitset algorithm;
Ferrite powders for a bonded magnet, consisting of magneto-plumbite type ferrite fine powders having a mean particle size set in a range of 0.20 μm or more and less than 1.00 μm and containing 0.01 mass% or more and 3 mass% or less of an oxide of at least one kind or more transition metals selected from a group consisting of Zr, Ti, Zn, Co, Mn, and Ni, and magneto-plumbite type ferrite coarse powders having a mean particle size set in a range of 1.00 μm or more and less than 5.00 μm and not containing an oxide of Zr, Ti, Zn, Co, Mn, and Ni, wherein an amount of the magneto-plumbite type ferrite fine powders is 15 mass% or more and 40 mass% or less in a total amount of the magneto-plumbite type ferrite fine powders and the magneto-plumbite type ferrite coarse powders.
Tool having a fastening element for receiving a plug, bolt, shear connector or bolt with plug, which is secured in a sleeve with the aid of the fastening element, wherein a plunger is adjustable in the axial direction with respect to the fastening element counter to the action of a spring and can be brought abruptly into abutment against the plug, bolt or shear connector, wherein the fastening element is a holding system which has one or more fastening parts that can be configured as magnets (3.2), resiliently elastic parts, clamping parts or parts which prevent the plug, bolt, shear connector or bolt with plug, or the screw head attached to the bolt, or the nut from falling out of the holding system, characterized in that one end of the plunger has locking elements for connection to a chuck of a drilling and/or impact tool.
An embossed print medium, comprising: a media substrate having a front side and a back side; an embossed image-receiving layer formed on the front side of the media substrate at a coating weight of 3 gsm to 50 gsm, wherein the image-receiving layer comprises a first pigment filler, and a first polymeric binder, and wherein the embossing is at an embossing depth from 5 μm to 150 μm; and a fabric liner applied to the back side of the media substrate with an adhesive layer directly coupling the media substrate to the fabric liner, wherein the adhesive layer has a coating weight of from 20 gsm to 40 gsm, and wherein the adhesive layer comprises a second polymeric binder and a flame-retarding filler. a media substrate having a front side and a back side; an embossed image-receiving layer formed on the front side of the media substrate at a coating weight of 3 gsm to 50 gsm, wherein the image-receiving layer comprises a first pigment filler, and a first polymeric binder, and wherein the embossing is at an embossing depth from 5 μm to 150 μm; and a fabric liner applied to the back side of the media substrate with an adhesive layer directly coupling the media substrate to the fabric liner, wherein the adhesive layer has a coating weight of from 20 gsm to 40 gsm, and wherein the adhesive layer comprises a second polymeric binder and a flame-retarding filler.
A connection assembly for electrically connecting a power semiconductor module and a power component, the connection assembly comprising: - a plate-shape female connector comprising a through hole, - a plate-shape male connector comprising a pin, the connectors (20, 30) being formed in electrically conductive material, wherein the cross-section of the pin extends along a main direction (d), and the through hole is shaped to receive the pin, thereby establishing electrical contact between at least one wall of the pin extending along said main direction and one wall of the plate-shape female connector, and wherein the plate - shape female connector comprises a pressure component adapted to apply a pressure on the pin against the plate-shape female connector when the pin is received in the through hole, the pressure component comprising a flexible tab integral with the plate-shape female connector and being adapted to abut against the pin when it is received in the through hole, and the plate-shape male connector comprises a groove adapted to receive the flexible tab when the pin is inserted in the through hole, the connection assembly further comprising a stop element of the pin relative to the through hole, said stop element comprising at least one finger integral with the plate-shape female connector and extending over the through hole, at a distance thereof. - a plate-shape female connector comprising a through hole, - a plate-shape male connector comprising a pin, the connectors (20, 30) being formed in electrically conductive material, wherein the cross-section of the pin extends along a main direction (d), and the through hole is shaped to receive the pin, thereby establishing electrical contact between at least one wall of the pin extending along said main direction and one wall of the plate-shape female connector, and wherein the plate - shape female connector comprises a pressure component adapted to apply a pressure on the pin against the plate-shape female connector when the pin is received in the through hole, the pressure component comprising a flexible tab integral with the plate-shape female connector and being adapted to abut against the pin when it is received in the through hole, and the plate-shape male connector comprises a groove adapted to receive the flexible tab when the pin is inserted in the through hole, the connection assembly further comprising a stop element of the pin relative to the through hole, said stop element comprising at least one finger integral with the plate-shape female connector and extending over the through hole, at a distance thereof.
A method of delivering a material to a downhole location in a formation, comprising: operating a force application device at a surface location to apply a force at the surface location to a tool string extending from the surface location to the downhole location, wherein the applied force couples a frac assembly with a top packer at the downhole location to a bottom packer using a snap latch located at the bottom end of the frac assembly during a fracturing operation; measuring the force related to inserting the snap latch into the bottom packer and indicating successful insertion applied by the force application device using a sensor located at the frac assembly at the downhole location; using the measurement of the applied force to alter the force applied by the force application device; and using a pump to deliver material via a frac head into the tool string to the formation. operating a force application device at a surface location to apply a force at the surface location to a tool string extending from the surface location to the downhole location, wherein the applied force couples a frac assembly with a top packer at the downhole location to a bottom packer using a snap latch located at the bottom end of the frac assembly during a fracturing operation; measuring the force related to inserting the snap latch into the bottom packer and indicating successful insertion applied by the force application device using a sensor located at the frac assembly at the downhole location; using the measurement of the applied force to alter the force applied by the force application device; and using a pump to deliver material via a frac head into the tool string to the formation.
Boiler for the combustion of fuel, in particular pellets, having a combustion chamber, having a fuel feed for charging the combustion chamber with fuel, wherein the fuel feed comprises an intermediate container for the fuel, a burn-back safety device (4.1, 4.2) with a shut-off element, in particular slide valve (12. 1), and a drive for actuating the shut-off element, and having an air supply which opens into the combustion chamber and comprises at least one device with a drivable actuating element, in particular an air slide valve (11.1), for air quantity adjustment, characterized in that the drive of the burn-back safety device (4.1) also actuates the actuating element of the device for the air quantity adjustment.