mhurhangee/patent-ind-claim-en huggingface dataset:
A composition for forming a conductive pattern by electromagnetic irradiation, comprising: a polymer resin; and a non-conductive metal compound comprising a first metal, a second metal, and a third metal, the non-conductive metal compound having a three-dimensional structure comprising a plurality of first layers that comprises two metals of the first metal, the second metal, and the third metal and has edge-shared octahedrons two-dimensionally connected to each other, and a second layer that comprises a metal different from that of the first layer and is arranged between the neighboring first layers, wherein a metal core including the first metal, second metal, or third metal, or an ion thereof is formable from the non-conductive metal compound by electromagnetic irradiation, and the non-conductive metal compound comprises a compound represented by the following Chemical Formula 1: [Chemical Formula 1] A 3 (BC 2 )X 6 wherein A, B and C represent each independently the first metal, the second metal, and the third metal, A is one or more metals selected from the group consisting of Cu, Ag and Au, B is one or more metals selected from the group consisting of Ni, Co and Fe, C is V, and X is oxygen, nitrogen, or sulfur. a polymer resin; and a non-conductive metal compound comprising a first metal, a second metal, and a third metal, the non-conductive metal compound having a three-dimensional structure comprising a plurality of first layers that comprises two metals of the first metal, the second metal, and the third metal and has edge-shared octahedrons two-dimensionally connected to each other, and a second layer that comprises a metal different from that of the first layer and is arranged between the neighboring first layers, wherein a metal core including the first metal, second metal, or third metal, or an ion thereof is formable from the non-conductive metal compound by electromagnetic irradiation, and the non-conductive metal compound comprises a compound represented by the following Chemical Formula 1: [Chemical Formula 1] A 3 (BC 2 )X 6 wherein A, B and C represent each independently the first metal, the second metal, and the third metal, A is one or more metals selected from the group consisting of Cu, Ag and Au, B is one or more metals selected from the group consisting of Ni, Co and Fe, C is V, and X is oxygen, nitrogen, or sulfur.
A fuel tank inerting system comprising: an inlet for taking in process air; an on-board inert gas generating system for converting the process air to inert gas; a proton exchange membrane dryer comprising: a cathode for receiving the process air from the inlet and directing the process air to the on-board inert gas generating system; and an anode for receiving and drying the inert gas from the on-board inert gas generating system to produce dried inert gas, so that the dried inert gas contains no more than five grams of water per kilogram of inert gas; an outlet for receiving the dried inert gas from the anode and expelling the dried inert gas; a condenser downstream of the on-board inert gas generating system and upstream of the proton exchange membrane dryer anode , the condenser configured to condense water from the inert gas; a compressed air source upstream of the inlet; and a pressure regulator downstream of the proton exchange membrane dryer anode . an inlet for taking in process air; an on-board inert gas generating system for converting the process air to inert gas; a proton exchange membrane dryer comprising: a cathode for receiving the process air from the inlet and directing the process air to the on-board inert gas generating system; and an anode for receiving and drying the inert gas from the on-board inert gas generating system to produce dried inert gas, so that the dried inert gas contains no more than five grams of water per kilogram of inert gas; a cathode for receiving the process air from the inlet and directing the process air to the on-board inert gas generating system; and an anode for receiving and drying the inert gas from the on-board inert gas generating system to produce dried inert gas, so that the dried inert gas contains no more than five grams of water per kilogram of inert gas; an outlet for receiving the dried inert gas from the anode and expelling the dried inert gas; a condenser downstream of the on-board inert gas generating system and upstream of the proton exchange membrane dryer anode , the condenser configured to condense water from the inert gas; a compressed air source upstream of the inlet; and a pressure regulator downstream of the proton exchange membrane dryer anode .
A communication apparatus (1100; 1200) configured to be installed in a first aircraft (1; 1 b-d), the communication apparatus characterized by: a controller configured to acquire resource information and determine a communication condition based on the resource information, the resource information being related to a second aircraft (1a; 9) different from the first aircraft (1; 1b-d) or to a radio altimeter installed in the second aircraft; and a transmitter configured to transmit transmission data to one other communication apparatus (1201a-c) installed in the first aircraft (1; 1b-d), according to the communication condition, wherein the resource information includes at least one of: a transmission frequency of the radio altimeter; a transmission timing of a signal from the radio altimeter; and position information of the second aircraft, and the communication condition includes at least one of: transmission power for the transmission data of the communication apparatus; a transmission frequency/frequency band/transmission timing for the transmission data; and a directivity of an antenna. a controller configured to acquire resource information and determine a communication condition based on the resource information, the resource information being related to a second aircraft (1a; 9) different from the first aircraft (1; 1b-d) or to a radio altimeter installed in the second aircraft; and a transmitter configured to transmit transmission data to one other communication apparatus (1201a-c) installed in the first aircraft (1; 1b-d), according to the communication condition, wherein the resource information includes at least one of: a transmission frequency of the radio altimeter; a transmission timing of a signal from the radio altimeter; and position information of the second aircraft, and the communication condition includes at least one of: transmission power for the transmission data of the communication apparatus; a transmission frequency/frequency band/transmission timing for the transmission data; and a directivity of an antenna.
A method for producing 5-bromomethyl-1-benzothiophene, comprising the steps of: introducing 5-methyl-1-benzothiophene, a brominating agent and a solvent into a reactor; irradiating the interior of the reactor with light having a wavelength range of 200 to 780 nm; and recovering 5-bromomethyl-1-benzothiophene from the reactor, wherein the reactor is a flow-type photochemical reactor, and the solvent is one or two or more selected from esters and halogenated hydrocarbons. introducing 5-methyl-1-benzothiophene, a brominating agent and a solvent into a reactor; irradiating the interior of the reactor with light having a wavelength range of 200 to 780 nm; and recovering 5-bromomethyl-1-benzothiophene from the reactor,
Ring block diaphragm valve having a housing block , which has at least three ports , wherein at least one port is connected to in each case one shut-off device, which has a seat for a shut-off body for separating a port-side space from an annular channel , wherein the annular channel connects all the shut-off devices together, wherein the annular channel is formed entirely in the housing block , wherein all the walls that bound the annular channel are formed by the one-piece housing block , characterized in that the annular channel has a plurality of straight sections that are connected together by corner sections.
A motorcycle including: - a supporting structure; - at least two wheels constrained to the supporting structure; - a traction engine constrained to the supporting structure and a transmission system adapted to transmit the motion from the traction engine to at least one of the two wheels ; - a storage container fixed to the supporting structure having an internal compartment and a closing device movable with respect to the supporting structure between a closing position and an opening position in order to prevent the access to the internal compartment in the closing position and to allow the access to the internal compartment in the opening position; - an ignition key ; characterized in that the motorcycle includes an electronic device adapted to detect the presence or absence of the ignition key inside the storage container . - a supporting structure; - at least two wheels constrained to the supporting structure; - a traction engine constrained to the supporting structure and a transmission system adapted to transmit the motion from the traction engine to at least one of the two wheels ; - a storage container fixed to the supporting structure having an internal compartment and a closing device movable with respect to the supporting structure between a closing position and an opening position in order to prevent the access to the internal compartment in the closing position and to allow the access to the internal compartment in the opening position; - an ignition key ;
An aqueous curable composition comprising: a water-soluble photopolymerization initiator having a structure in which one or more carbonyl groups further directly bond to an aromatic ring of an aromatic acyl group that bonds to a phosphorus atom in an acylphosphine oxide structure; water; and a polymerizable compound. a water-soluble photopolymerization initiator having a structure in which one or more carbonyl groups further directly bond to an aromatic ring of an aromatic acyl group that bonds to a phosphorus atom in an acylphosphine oxide structure; water; and a polymerizable compound.
A bone plate comprising: a body having upper and lower surfaces; and a bone screw hole formed through the body and including a plurality of first lips and a plurality of second lips , the first and second lips extending within the bone screw hole , wherein the first lips are closer to the upper surface than the second lips , characterized in that the first and second lips are spaced in an axial direction from one another such that, in the axial direction, each of the plurality of first lips is spaced a same first distance from the upper surface and each of the plurality of second lips is spaced a same second distance from the upper surface, and the first and second lips are situated circumferentially around the bone screw hole in an offset manner from one another, such that the first and second lips extend between one another in the axial direction and are not stacked vertically. a body having upper and lower surfaces; and a bone screw hole formed through the body and including a plurality of first lips and a plurality of second lips , the first and second lips extending within the bone screw hole , wherein the first lips are closer to the upper surface than the second lips , characterized in that the first and second lips are spaced in an axial direction from one another such that, in the axial direction, each of the plurality of first lips is spaced a same first distance from the upper surface and each of the plurality of second lips is spaced a same second distance from the upper surface, and the first and second lips are situated circumferentially around the bone screw hole in an offset manner from one another, such that the first and second lips extend between one another in the axial direction and are not stacked vertically.
A resin composition comprising: an olefin-based polymer (A); cellulose fibers (B); an amide compound (C) having at least one hydrocarbon group, wherein the number of carbon atoms in the amide compound (C) is 3 to 30; and an acrylic-based polymer (D) that contains a first structural unit based on an alkyl (meth)acrylate and a second structural unit based on an acrylic monomer having an amido group and has a weight average molecular weight of 5,000 to 100,000. an olefin-based polymer (A); cellulose fibers (B); an amide compound (C) having at least one hydrocarbon group, wherein the number of carbon atoms in the amide compound (C) is 3 to 30; and an acrylic-based polymer (D) that contains a first structural unit based on an alkyl (meth)acrylate and a second structural unit based on an acrylic monomer having an amido group and has a weight average molecular weight of 5,000 to 100,000.
An electronic device with a detachable battery cover, wherein the electronic device comprises: a device body , wherein the device body comprises a bottom shell and a front shell fastened to the bottom shell ; a battery cover ; at least one first attachment body disposed on the front shell ; and at least one second attachment body disposed on the battery cover ; wherein the first attachment body and the second attachment body are attached to each other to connect the device body and the battery cover , a first receiving groove is formed on a fastening edge of the front shell , the first attachment body is received in the first receiving groove , a through hole is opposite to the first receiving groove and formed on the bottom shell , and the first attachment body is configured to pass into the through hole , a second receiving groove is opposite to the first receiving groove and formed on the battery cover , the second attachment body is disposed in the second receiving groove , and the through hole and the second receiving groove match with the second attachment body . a device body , wherein the device body comprises a bottom shell and a front shell fastened to the bottom shell ; a battery cover ; at least one first attachment body disposed on the front shell ; and at least one second attachment body disposed on the battery cover ; wherein the first attachment body and the second attachment body are attached to each other to connect the device body and the battery cover , a first receiving groove is formed on a fastening edge of the front shell , the first attachment body is received in the first receiving groove , a through hole is opposite to the first receiving groove and formed on the bottom shell , and the first attachment body is configured to pass into the through hole , a second receiving groove is opposite to the first receiving groove and formed on the battery cover , the second attachment body is disposed in the second receiving groove , and the through hole and the second receiving groove match with the second attachment body .
An exchangeable-head system, especially made of hard-metal alloy or steel, as an insertable tool for machines for metalworking, with a holder , a head , and a pin for attachment of the head to the holder via precisely one borehole in the holder , wherein the head comprises a conically tapering conical portion , and the holder comprises a threadless recess for mounting and retaining the conical portion via a common seating surface , wherein the borehole penetrates the seating surface between holder and head in a tangential manner, wherein the borehole extends diagonally to a perpendicular to the connecting axis of holder and head , wherein, upon mounting the head in the holder , the pin engages in a groove in the conical portion of the head , and wherein the groove extends spirally around the head in such a manner that the axial distance of the groove from itself after one rotation is a multiple of the groove width . wherein the borehole extends diagonally to a perpendicular to the connecting axis of holder and head , wherein, upon mounting the head in the holder , the pin engages in a groove in the conical portion of the head , and wherein the groove extends spirally around the head in such a manner that the axial distance of the groove from itself after one rotation is a multiple of the groove width .
A wireless device comprising: transceiver circuitry adapted to: receive, from a central policy server , a central policy management object comprising a first set of parameters including a delegation parameter to indicate when network selection is delegated to a local policy server rather than network selection being performed at the central policy server, the local policy server being separate from the central policy server and the local policy server having a hierarchical relationship with the central policy server such that the local policy server has a lower hierarchical rank than the central policy server, the central policy management object further including parameters for use by the wireless device in locating and interacting with the local policy server, and a selection delay parameter that indicates how long the wireless device is to wait before reevaluating network selection; receive, from a local policy server, a local policy management object comprising a second set of parameters that includes parameters different from the first set, the local policy management object including a Quality of Service, QoS, section and a roaming partner priority list, wherein the local policy management object does not include either of the selection delay parameter and the delegation parameter; and processing circuitry adapted to select, based on the QoS section of the local policy management object, a local network. receive, from a central policy server , a central policy management object comprising a first set of parameters including a delegation parameter to indicate when network selection is delegated to a local policy server rather than network selection being performed at the central policy server, the local policy server being separate from the central policy server and the local policy server having a hierarchical relationship with the central policy server such that the local policy server has a lower hierarchical rank than the central policy server, the central policy management object further including parameters for use by the wireless device in locating and interacting with the local policy server, and a selection delay parameter that indicates how long the wireless device is to wait before reevaluating network selection; receive, from a local policy server, a local policy management object comprising a second set of parameters that includes parameters different from the first set, the local policy management object including a Quality of Service, QoS, section and a roaming partner priority list, wherein the local policy management object does not include either of the selection delay parameter and the delegation parameter; and processing circuitry adapted to select, based on the QoS section of the local policy management object, a local network.
A method in a system having a head mounted display, HMD, device comprising: rendering a first texture ; determining a first velocity field having a pixel velocity for at least a subset of pixels of the first texture; determining a motion vector for the HMD device; determining a second velocity field comprising a per-pixel velocity representation of the motion vector for the HMD device; combining the first velocity field and the second velocity field to generate a third velocity field ; rendering a second texture based on the first texture and the third velocity field ; and providing the second texture for display at the HMD device. rendering a first texture ; determining a first velocity field having a pixel velocity for at least a subset of pixels of the first texture; determining a motion vector for the HMD device; determining a second velocity field comprising a per-pixel velocity representation of the motion vector for the HMD device; combining the first velocity field and the second velocity field to generate a third velocity field ; rendering a second texture based on the first texture and the third velocity field ; and providing the second texture for display at the HMD device.
A photovoltaic lamella with the shape of a longitudinal closed profile or a closed panel, containing at least two photovoltaic modules on one side, wherein electric conductors from the photovoltaic module are placed inside the lamella, characterised in that it includes several layers on at least one side, placed atop one another, such that - a bottom adhesive layer is applied onto the surface of material the lamella is made of, wherein at least one through opening passing through the bottom adhesive layer and at least partially through the material is present in the material and in the bottom adhesive layer , which allows the electric conductors to be routed to busbars ; - a photovoltaic layer comprised of at least two photovoltaic modules is present on the bottom adhesive layer ; - the photovoltaic layer is covered with a top adhesive layer attaching a transparent protective layer to the photovoltaic layer , wherein the top adhesive layer and the bottom adhesive layer contain colour-imparting pigments, wherein the photovoltaic layer contains: - at least two photovoltaic modules located next to each other and laminated, - two adjacent busbars running between the photovoltaic layer and the bottom adhesive layer , wherein the lamella has a depression in the profile, enabling photovoltaic modules to be placed therein, such that the total module thickness is generally equal to the depth of the depression, and the whole area of the front surface of the solar modules is exposed to light. - a bottom adhesive layer is applied onto the surface of material the lamella is made of, wherein at least one through opening passing through the bottom adhesive layer and at least partially through the material is present in the material and in the bottom adhesive layer , which allows the electric conductors to be routed to busbars ; - a photovoltaic layer comprised of at least two photovoltaic modules is present on the bottom adhesive layer ; - the photovoltaic layer is covered with a top adhesive layer attaching a transparent protective layer to the photovoltaic layer , wherein the top adhesive layer and the bottom adhesive layer contain colour-imparting pigments, wherein the photovoltaic layer contains: - at least two photovoltaic modules located next to each other and laminated, - two adjacent busbars running between the photovoltaic layer and the bottom adhesive layer ,