mhurhangee/patent-ind-claim-en huggingface dataset:
Device for the cremation of organic bodies containing a combustion chamber formed from at least one material with heat-storing properties, the combustion chamber having at least a first section and a second section , an air inlet provided at the combustion chamber , a furnace outlet provided at the combustion chamber , at least one heating element and a first fan and the device has, arranged outside the combustion chamber , a gas-conveying duct which can be connected or is connected by a first end to the first section of the combustion chamber and is connectable or connected with a second end to the second section of the combustion chamber and wherein the first fan and the at least one heating element are arranged in the gas-conveying duct , characterised in that the suction side of the first fan forms or faces the first end of the gas-conveying duct and the pressure side of the first fan faces the second end of the gas-conveying duct .
A method for inhibiting a displacement of a wirelessly rechargeable device positioned on an underlying charging surface (S) of a wireless charging device , the method comprising: detecting whether the wirelessly rechargeable device is being displaced, or is likely to be displaced, while the wirelessly rechargeable device is resting on the charging surface of the wireless charging device; characterized in further comprising: in response to detecting that the wirelessly rechargeable device is being displaced, or is likely to be displaced, controlling a magnetic field (M) generated by one or both of the wirelessly rechargeable device and the charging device to inhibit an unintentional displacement of the wirelessly rechargeable device relative to the charging surface. detecting whether the wirelessly rechargeable device is being displaced, or is likely to be displaced, while the wirelessly rechargeable device is resting on the charging surface of the wireless charging device; characterized in further comprising: in response to detecting that the wirelessly rechargeable device is being displaced, or is likely to be displaced, controlling a magnetic field (M) generated by one or both of the wirelessly rechargeable device and the charging device to inhibit an unintentional displacement of the wirelessly rechargeable device relative to the charging surface.
A vessel comprising a vessel hull, a stern drive arrangement including a marine engine disposed in the vessel hull, and a marine engine cooling system, wherein the marine engine cooling system, comprises: a raw water passageway having a raw water intake for drawing raw water into the raw water passageway, and including a conduit arranged to have a vertically high point and a vertically low point, wherein the marine engine cooling system is configured to be arranged in the vessel with the vertically high point located above a waterline of the vessel, and with the vertically low point located where gravity will cause the raw water within the cooling system to flow; a drain valve connected to the raw water passageway at the conduit vertically low point; a vent line connected to the raw water passageway at the conduit vertically high point ; and, a control handle located remote from the conduit vertically high point and the conduit vertically low point, the control handle being operatively connected to an air vent valve connected to the vent line , wherein actuating movement of the control handle selectively opens and closes the air vent valve . a raw water passageway having a raw water intake for drawing raw water into the raw water passageway, and including a conduit arranged to have a vertically high point and a vertically low point, wherein the marine engine cooling system is configured to be arranged in the vessel with the vertically high point located above a waterline of the vessel, and with the vertically low point located where gravity will cause the raw water within the cooling system to flow; a drain valve connected to the raw water passageway at the conduit vertically low point; a vent line connected to the raw water passageway at the conduit vertically high point ; and, a control handle located remote from the conduit vertically high point and the conduit vertically low point, the control handle being operatively connected to an air vent valve connected to the vent line , wherein actuating movement of the control handle selectively opens and closes the air vent valve .
Multimedia distribution network on board of a passenger aircraft (A), the network comprising: a first network node configured as a head controller ; a plurality of second network nodes configured as a plurality of intermediate controllers connected to the first network node; a plurality of third network nodes configured as a plurality of end device controllers , each connected to one of the plurality of second network nodes, the head controller being further configured to transmit a multicast stream (MC) of multimedia control signal packets for controlling the plurality of end device controllers to the plurality of intermediate controllers , characterized in that the plurality of intermediate controllers being further configured to periodically transmit unicast delay queries (DC) to the head controller , to process the received multimedia control signal packets and to distribute processed multimedia control signal packets to the end device controllers with a controllable delay based on the content of unicast delay indicator signals sent by the head controller to the plurality of intermediate controllers in response to the unicast delay queries (DC). a first network node configured as a head controller ; a plurality of second network nodes configured as a plurality of intermediate controllers connected to the first network node; a plurality of third network nodes configured as a plurality of end device controllers , each connected to one of the plurality of second network nodes, the head controller being further configured to transmit a multicast stream (MC) of multimedia control signal packets for controlling the plurality of end device controllers to the plurality of intermediate controllers , characterized in that the plurality of intermediate controllers being further configured to periodically transmit unicast delay queries (DC) to the head controller , to process the received multimedia control signal packets and to distribute processed multimedia control signal packets to the end device controllers with a controllable delay based on the content of unicast delay indicator signals sent by the head controller to the plurality of intermediate controllers in response to the unicast delay queries (DC).
A fuel cell module comprising a plurality of power generation cells each including an electrolyte electrode assembly and configured to perform power generation by utilizing a fuel gas and an oxygen-containing gas, wherein the plurality of power generation cells are arranged in a circle to form an annular structural body , the plurality of power generation cells are stacked together along a circumferential direction of the annular structural body, and a tightening load is applied to the plurality of power generation cells in the circumferential direction; and each of the plurality of power generation cells has a V-shape, and a peak of the V-shape is oriented to a center of the annular structural body.
Method for producing a sealing tape 1, in particular for sealing buildings, comprising the method steps: - provision of a sealing strip wound onto a roller core extending in a predetermined longitudinal direction (D), which sealing strip runs around the longitudinal direction (D) of the roller core in several windings, wherein the sealing strip having at least one foam carrier; - insertion of at least one first cut (S1) running around the longitudinal direction (D) through several windings of the sealing strip; - insertion of a sealing compound and/or a sealing layer in the circumferential cut. - provision of a sealing strip wound onto a roller core extending in a predetermined longitudinal direction (D), which sealing strip runs around the longitudinal direction (D) of the roller core in several windings, wherein the sealing strip having at least one foam carrier; - insertion of at least one first cut (S1) running around the longitudinal direction (D) through several windings of the sealing strip; - insertion of a sealing compound and/or a sealing layer in the circumferential cut.
A system for capturing an image of a document comprising: an input tray for holding documents; an input imaging device that is configured to capture an image of a first document in the input tray ; wherein the input tray image of the first document is captured as an area image by taking one image of the entire first document with the input imagining device ; an image processor configured to receive the captured input tray image of the first document ; and a transport system configured to transport the first document through document scanner to an output tray ; an output imaging device configured to capture an image of the first document in the output tray , and to transmit the captured output tray image of the first document to the image processor ; a raster capture device that captures a raster scanned image of the first document ; characterized in that the image processor is configured to verify the accuracy of the input tray image of the first document by comparing the input tray image of the first document to the output tray image of the first document . an input tray for holding documents; an input imaging device that is configured to capture an image of a first document in the input tray ; wherein the input tray image of the first document is captured as an area image by taking one image of the entire first document with the input imagining device ; an image processor configured to receive the captured input tray image of the first document ; and a transport system configured to transport the first document through document scanner to an output tray ; an output imaging device configured to capture an image of the first document in the output tray , and to transmit the captured output tray image of the first document to the image processor ; a raster capture device that captures a raster scanned image of the first document ; characterized in that the image processor is configured to verify the accuracy of the input tray image of the first document by comparing the input tray image of the first document to the output tray image of the first document .
A method of determining set points of machines and energy storage units in a power system , the method comprising the steps of: - determining , during operation of the power system, current individual efficiency curves of machines and energy storage units, each such curve defining the efficiency of the corresponding machine or energy storage unit, where the efficiency of a machine is an amount of fuel and emissions required for delivering an amount of power and the efficiency of an energy storage element is based on the efficiency of the machine used to charge the energy storage unit and where a current efficiency curve is obtained as a real-time estimation using current and historic power system data, and at a point in time of power system control, - forming a function comprising at least one first expression, where the first expression is a sum of products, each product comprising the power of a machine or energy storage unit times the individual efficiency of the machine or energy storage unitobtained from the corresponding current individual efficiency curve, - determining a power demand of the system, - optimising the function subject to the condition that the sum of powers of the machines and energy storage units reach the power demand, and - determining desired set points of the machines and energy storage units based on the optimisation, and - supplying the set points to the machines and energy storage units. - determining , during operation of the power system, current individual efficiency curves of machines and energy storage units, each such curve defining the efficiency of the corresponding machine or energy storage unit, where the efficiency of a machine is an amount of fuel and emissions required for delivering an amount of power and the efficiency of an energy storage element is based on the efficiency of the machine used to charge the energy storage unit and where a current efficiency curve is obtained as a real-time estimation using current and historic power system data, and at a point in time of power system control, - forming a function comprising at least one first expression, where the first expression is a sum of products, each product comprising the power of a machine or energy storage unit times the individual efficiency of the machine or energy storage unitobtained from the corresponding current individual efficiency curve, - determining a power demand of the system, - optimising the function subject to the condition that the sum of powers of the machines and energy storage units reach the power demand, and - determining desired set points of the machines and energy storage units based on the optimisation, and - supplying the set points to the machines and energy storage units.
A laundry machine comprising: a tub ; a drum rotatably arranged in the tub to accommodate an object and provided with a plurality of through holes on an outer circumferential surface thereof; an induction heater provided to the tub and configured to heat an outer heating surface of the drum opposing the induction heater; a motor for rotating the drum ; a spray nozzle provided at the tub and configured to spray water in droplet form onto the outer heating surface of the drum to generate steam; and a processor configured to drive the motor to rotate the drum such that the steam is introduced into the drum through the plurality of through holes of the drum in a space between the tub and the drum . a tub ; a drum rotatably arranged in the tub to accommodate an object and provided with a plurality of through holes on an outer circumferential surface thereof; an induction heater provided to the tub and configured to heat an outer heating surface of the drum opposing the induction heater; a motor for rotating the drum ; a spray nozzle provided at the tub and configured to spray water in droplet form onto the outer heating surface of the drum to generate steam; and a processor configured to drive the motor to rotate the drum such that the steam is introduced into the drum through the plurality of through holes of the drum in a space between the tub and the drum .
An event detection system , wherein the event detection system comprises: a terminal device encoding a sensing result of a physiological state or a motion state into first compressed data (Z2) via an encoder (ECR); and an inference server : receiving the first compressed data (Z2) via a network; decoding the first compressed data (Z2) into reconstructed data (X2') via a decoder (DCR) in an anomaly detection model (ADM); wherein the anomaly detection model (ADM) comprises the decoder (DCR) and the encoder (ECR); encoding the reconstructed data (X2') into second compressed data (Z2') via the encoder (ECR); and determining an event of the physiological state or the motion state by an error between the first compressed data (Z2) and the second compressed data (Z2'). a terminal device encoding a sensing result of a physiological state or a motion state into first compressed data (Z2) via an encoder (ECR); and an inference server : receiving the first compressed data (Z2) via a network; decoding the first compressed data (Z2) into reconstructed data (X2') via a decoder (DCR) in an anomaly detection model (ADM); wherein the anomaly detection model (ADM) comprises the decoder (DCR) and the encoder (ECR); encoding the reconstructed data (X2') into second compressed data (Z2') via the encoder (ECR); and determining an event of the physiological state or the motion state by an error between the first compressed data (Z2) and the second compressed data (Z2'). receiving the first compressed data (Z2) via a network; decoding the first compressed data (Z2) into reconstructed data (X2') via a decoder (DCR) in an anomaly detection model (ADM); wherein the anomaly detection model (ADM) comprises the decoder (DCR) and the encoder (ECR); encoding the reconstructed data (X2') into second compressed data (Z2') via the encoder (ECR); and determining an event of the physiological state or the motion state by an error between the first compressed data (Z2) and the second compressed data (Z2').
- A painting gun configured to paint an article, said painting gun defining a housing extending along a longitudinal axis (A), said housing configured to house flow regulation means suitable for regulating the passage of painting fluid coming from a source of painting fluid, said painting gun comprising an adjustment system for controlling the maximum quantity of painting fluid that can be adjusted by said flow adjustment means said flow regulating means comprising a rod and an opening defined by a portion of said gun , said rod being controlled to move with respect to said opening and selectively cooperating in contact to close said opening or to allow the passage of said painting fluid between said opening and said rod , said adjustment system comprising a wheel configured to rotate around an axis (A) to vary the maximum stroke (H) of said rod with respect to said opening , said adjustment system comprising actuator means configured to act alternatively on said wheel to rotate it in a first rotation direction around said axis (A) and in a second rotation direction around said axis (A), opposite to the first, characterized in that said adjustment system comprises first actuator means configured to move said wheel in a direction of rotation around said axis (A) and second actuator means (11") configured to move said wheel in an opposite direction to that of said first actuator means (11"), said first and second actuator means (11', 11") acting alternatively on said wheel . said painting gun comprising an adjustment system for controlling the maximum quantity of painting fluid that can be adjusted by said flow adjustment means said flow regulating means comprising a rod and an opening defined by a portion of said gun , said rod being controlled to move with respect to said opening and selectively cooperating in contact to close said opening or to allow the passage of said painting fluid between said opening and said rod , said adjustment system comprising a wheel configured to rotate around an axis (A) to vary the maximum stroke (H) of said rod with respect to said opening , said adjustment system comprising actuator means configured to act alternatively on said wheel to rotate it in a first rotation direction around said axis (A) and in a second rotation direction around said axis (A), opposite to the first, characterized in that said adjustment system comprises first actuator means configured to move said wheel in a direction of rotation around said axis (A) and second actuator means (11") configured to move said wheel in an opposite direction to that of said first actuator means (11"), said first and second actuator means (11', 11") acting alternatively on said wheel .
A method of preparing a superabsorbent polymer, the method comprising: preparing a reassembled polymer by reassembling a mixture of a polymer resulting from polymerization of ethylene-based unsaturated monomers, a compound represented by the following Chemical Formula 1, and water, wherein an amount of the compound represented by Chemical Formula 1 is 0.01 parts by weight to 1 part by weight, based on 100 parts by weight of the polymer; drying the reassembled polymer; and pulverizing the dried reassembled polymer: wherein M 1 and M 2 are the same as or different from each other, and each independently a monovalent cation, wherein the polymer resulting from polymerization of ethylene-based unsaturated monomers has a particle size of 300 μm or less, and wherein an amount of water is 50 parts by weight to 200 parts by weight, based on 100 parts by weight of the polymer. preparing a reassembled polymer by reassembling a mixture of a polymer resulting from polymerization of ethylene-based unsaturated monomers, a compound represented by the following Chemical Formula 1, and water, wherein an amount of the compound represented by Chemical Formula 1 is 0.01 parts by weight to 1 part by weight, based on 100 parts by weight of the polymer; drying the reassembled polymer; and pulverizing the dried reassembled polymer: wherein M 1 and M 2 are the same as or different from each other, and each independently a monovalent cation, wherein the polymer resulting from polymerization of ethylene-based unsaturated monomers has a particle size of 300 μm or less, and wherein an amount of water is 50 parts by weight to 200 parts by weight, based on 100 parts by weight of the polymer.
A process for producing an article by three-dimensional printing, the process comprising: positioning a layer of solid particles in a planar bed; applying a liquid binder over a predetermined area of the layer of solid particles, the liquid binder comprising a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof; infiltrating gaps between the solid particles with the liquid binder in the predetermined area of the layer of solid particles to form a first cross-sectional layer of an article; and reacting the 1,1-di-activated vinyl compound, or multifunctional form thereof, or combination thereof, thereby solidifying the liquid binder and binding the solid particles in the first cross-sectional layer of the article, wherein the 1,1-di-activated vinyl compound comprises a methylene dicarbonyl compound, a dihalo vinyl compound, or a dihaloalkyl disubstituted vinyl compound, or a multifunctional form of any thereof, or a combination of any thereof. positioning a layer of solid particles in a planar bed; applying a liquid binder over a predetermined area of the layer of solid particles, the liquid binder comprising a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof; infiltrating gaps between the solid particles with the liquid binder in the predetermined area of the layer of solid particles to form a first cross-sectional layer of an article; and reacting the 1,1-di-activated vinyl compound, or multifunctional form thereof, or combination thereof, thereby solidifying the liquid binder and binding the solid particles in the first cross-sectional layer of the article, wherein the 1,1-di-activated vinyl compound comprises a methylene dicarbonyl compound, a dihalo vinyl compound, or a dihaloalkyl disubstituted vinyl compound, or a multifunctional form of any thereof, or a combination of any thereof.
A system for multi-phase fluid sample extraction, characterized by : a) a sample take-off probe for extracting multi-phase fluid from a pipeline (P); b) a sample conditioning unit for vaporizing the extracted fluid sample and maintaining the vaporized sample in select temperature and pressure ranges to prevent dew point dropout and passing the conditioned vaporized sample to a downstream analyzer; and c) a metering pump disposed in-line between the sample take-off probe and the sample conditioning unit to increase pressure on and condense the extracted fluid sample to maximize transition of the multi-phase fluid sample into a single fully liquid phase. a) a sample take-off probe for extracting multi-phase fluid from a pipeline (P); b) a sample conditioning unit for vaporizing the extracted fluid sample and maintaining the vaporized sample in select temperature and pressure ranges to prevent dew point dropout and passing the conditioned vaporized sample to a downstream analyzer; and c) a metering pump disposed in-line between the sample take-off probe and the sample conditioning unit to increase pressure on and condense the extracted fluid sample to maximize transition of the multi-phase fluid sample into a single fully liquid phase.