mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device (100; 200; 300), comprising: a plurality of flexible substrates (10, 20; 110, 210; 301, 302, 303, 304), each substrate comprising: a flexible base (11, 21; 111, 121); a conductive wiring (13, 23; 113, 122) disposed on the flexible base and comprising a conductive organic compound, wherein the conductive organic compound is a conductive polymer material; and an electronic element (12, 22; 112) connected to the conductive wiring, characterized in that among the plurality of flexible substrates (10, 20; 110, 210; 301, 302, 303, 304) part of the conductive wiring (13, 23; 113, 122) of a first flexible substrate (10; 110; 301) is in direct contact and united with part of the conductive wiring (13, 23; 113, 122) of a second flexible substrate (20; 210; 303) to constitute a first connection part (30, 31, 32; 305) so that the first flexible substrate (10; 110; 301) and the second flexible substrate (20; 210; 302) are connected to each other via the first connection part (30, 31, 32; 305). a plurality of flexible substrates (10, 20; 110, 210; 301, 302, 303, 304), each substrate comprising: a flexible base (11, 21; 111, 121); a conductive wiring (13, 23; 113, 122) disposed on the flexible base and comprising a conductive organic compound, wherein the conductive organic compound is a conductive polymer material; and an electronic element (12, 22; 112) connected to the conductive wiring, a flexible base (11, 21; 111, 121); a conductive wiring (13, 23; 113, 122) disposed on the flexible base and comprising a conductive organic compound, wherein the conductive organic compound is a conductive polymer material; and an electronic element (12, 22; 112) connected to the conductive wiring, characterized in that among the plurality of flexible substrates (10, 20; 110, 210; 301, 302, 303, 304) part of the conductive wiring (13, 23; 113, 122) of a first flexible substrate (10; 110; 301) is in direct contact and united with part of the conductive wiring (13, 23; 113, 122) of a second flexible substrate (20; 210; 303) to constitute a first connection part (30, 31, 32; 305) so that the first flexible substrate (10; 110; 301) and the second flexible substrate (20; 210; 302) are connected to each other via the first connection part (30, 31, 32; 305).
A sound output control device comprising: sound output units arranged at left and right front parts and left and right rear parts; a delay unit configured to give a delay to sounds outputted by the sound output units arranged at the left and right rear parts; microphones arranged at left and right front listening positions and left and right rear listening positions; a control unit configured to determine a delay amount based on acoustic characteristic of the sounds outputted by the sound output units and collected at the microphones, and set the determined delay amount to the delay unit ; characterised by a determination unit configured to determine a controlled frequency band based on collection result of collecting the sounds outputted by the sound output units at the rear listening positions, wherein the control unit is configured to determine the delay amount based on the acoustic characteristic in the controlled frequency band. sound output units arranged at left and right front parts and left and right rear parts; a delay unit configured to give a delay to sounds outputted by the sound output units arranged at the left and right rear parts; microphones arranged at left and right front listening positions and left and right rear listening positions; a control unit configured to determine a delay amount based on acoustic characteristic of the sounds outputted by the sound output units and collected at the microphones, and set the determined delay amount to the delay unit ; characterised by a determination unit configured to determine a controlled frequency band based on collection result of collecting the sounds outputted by the sound output units at the rear listening positions, wherein the control unit is configured to determine the delay amount based on the acoustic characteristic in the controlled frequency band.
A program operation system, comprising: a microservice management unit is configured to, in a service provided by executing one or a plurality of microservices, execute a post-update service flow including a microservice after update, and to output an execution result of the post-update service flow; and a service update analysis processing unit configured to evaluate the execution result of the post-update service flow as a service flow, characterized in that the microservice management unit is configured to execute a pre-update service flow including a microservice before update, and to output an execution result of the pre-update service flow, wherein the service update analysis processing unit is configured to evaluate the execution result of the pre-update service flow and the post-update flow with respect to KPI values thereof and to select either the pre-update service flow or the post-update service flow as a service flow, whichever has the higher KPI, and registers the selected service flow as a new service flow, wherein the microservice management unit is configured to generate a flow to operate a parallel process with the same input as the service flow before updating; and wherein the microservice management unit deploys a Web service to which a flow for comparing and evaluating the output of the updated service flow and the output of the service flow before update is added, and each time the Web service is used from an application installed on a computer of a user who uses the Web service, the updated service flow and the service flow before updating can be evaluated. a microservice management unit is configured to, in a service provided by executing one or a plurality of microservices, execute a post-update service flow including a microservice after update, and to output an execution result of the post-update service flow; and a service update analysis processing unit configured to evaluate the execution result of the post-update service flow as a service flow, characterized in that the microservice management unit is configured to execute a pre-update service flow including a microservice before update, and to output an execution result of the pre-update service flow, wherein the service update analysis processing unit is configured to evaluate the execution result of the pre-update service flow and the post-update flow with respect to KPI values thereof and to select either the pre-update service flow or the post-update service flow as a service flow, whichever has the higher KPI, and registers the selected service flow as a new service flow, wherein the microservice management unit is configured to generate a flow to operate a parallel process with the same input as the service flow before updating; and wherein the microservice management unit deploys a Web service to which a flow for comparing and evaluating the output of the updated service flow and the output of the service flow before update is added, and each time the Web service is used from an application installed on a computer of a user who uses the Web service, the updated service flow and the service flow before updating can be evaluated.
A grid-connected photovoltaic inverter , comprising: one DC to AC inverter circuit , wherein an output of the DC to AC inverter circuit is configured to be connected to an alternating current grid; one DC to DC voltage booster circuit configured to be connected in series between a photovoltaic array and the DC to AC inverter circuit; one bypass element connected in parallel with the DC to DC voltage booster circuit; and a control circuit configured to control the bypass element to be turned on or turned off; characterized in that , a rated power capacity Pdc of the DC to DC voltage booster circuit is less than a rated power capacity Pac of the DC to AC inverter circuit; the control circuit is configured to control the bypass element to be turned off and control the DC to DC voltage booster circuit to operate, in a case that a voltage Upv_mppt at a maximum power point of the photovoltaic array is less than a voltage peak of the alternating current grid or in a case that an output power Ppv of the photovoltaic array is less than the rated power capacity Pdc of the DC to DC voltage booster circuit; and the control circuit is configured to control the bypass element to be turned on and control the DC to DC voltage booster circuit not to operate, in a case that a voltage Upv_mppt at a maximum power point of the photovoltaic array is not less than a voltage peak of the alternating current grid or in a case that an output power Ppv of the photovoltaic array is not less than the rated power capacity Pdc of the DC to DC voltage booster circuit. one DC to AC inverter circuit , wherein an output of the DC to AC inverter circuit is configured to be connected to an alternating current grid; one DC to DC voltage booster circuit configured to be connected in series between a photovoltaic array and the DC to AC inverter circuit; one bypass element connected in parallel with the DC to DC voltage booster circuit; and a control circuit configured to control the bypass element to be turned on or turned off; characterized in that , a rated power capacity Pdc of the DC to DC voltage booster circuit is less than a rated power capacity Pac of the DC to AC inverter circuit; the control circuit is configured to control the bypass element to be turned off and control the DC to DC voltage booster circuit to operate, in a case that a voltage Upv_mppt at a maximum power point of the photovoltaic array is less than a voltage peak of the alternating current grid or in a case that an output power Ppv of the photovoltaic array is less than the rated power capacity Pdc of the DC to DC voltage booster circuit; and the control circuit is configured to control the bypass element to be turned on and control the DC to DC voltage booster circuit not to operate, in a case that a voltage Upv_mppt at a maximum power point of the photovoltaic array is not less than a voltage peak of the alternating current grid or in a case that an output power Ppv of the photovoltaic array is not less than the rated power capacity Pdc of the DC to DC voltage booster circuit.
A method for producing a sheet-shaped cell culture, the method comprising: (A) performing one single operation, or at least two different operations for removing undifferentiated cells in a cell population containing pluripotent stem cell-derived differentiation-induced cells, wherein said differentiation-induced cells are cardiomyocytes, wherein the one single operation is anti-CD30 antibody treatment, and wherein the at least two different operations comprise anti-CD30 antibody treatment; and (B) seeding the cell population obtained in (A) on a culture substrate and performing graft-forming culture, wherein the cell population is seeded at a density reaching confluence, and wherein, in a sheet-forming incubation, a sheet culture medium used for sheet-forming incubation at day 1 contains a Rho-kinase inhibitor. (A) performing one single operation, or at least two different operations for removing undifferentiated cells in a cell population containing pluripotent stem cell-derived differentiation-induced cells, wherein said differentiation-induced cells are cardiomyocytes, wherein the one single operation is anti-CD30 antibody treatment, and wherein the at least two different operations comprise anti-CD30 antibody treatment; and (B) seeding the cell population obtained in (A) on a culture substrate and performing graft-forming culture, wherein the cell population is seeded at a density reaching confluence, and wherein, in a sheet-forming incubation, a sheet culture medium used for sheet-forming incubation at day 1 contains a Rho-kinase inhibitor.
An inkjet ink comprising: an aqueous polyurethane (meth)acrylate dispersion, which is redispersible in water in a single water rub of the water rub test after thermal drying and before curing; 0.1% to 10.0% by weight of 2-hydroxy-1-{4-[2-(2-hydroxyethoxy)ethoxy]phenyl}-2-methylpropan-1-one based on the total weight of the ink; a surfactant; and a colouring agent, with the proviso that the inkjet ink is not an inkjet ink consisting of 55% by weight polyurethane (meth)acrylate dispersion, 26.9% by weight water, 3% by weight 2-hydroxy-1-{4-[2-(2-hydroxyethoxy)ethoxy]phenyl}-2-methylpropan-1-one, 5% by weight 2-methyl-1,3-propanediol, 0.1% by weight nonionic fluorosurfactant, and 10% by weight aqueous C 32 H 16 CuN 8 dispersion, wherein the amounts are based on the total weight of the ink, and with the proviso that the inkjet ink is not an inkjet ink consisting of 46.2% by weight polyurethane (meth)acrylate dispersion, 29.8% by weight water, 0.7% by weight polyurethane thickener, 3% by weight 2-hydroxy-1-{4-[2-(2-hydroxyethoxy)ethoxy]phenyl}-2-methylpropan-1-one, 5% by weight 2-methyl-1,3-propanediol, 0.3% by weight nonionic fluorosurfactant, and 15% by weight aqueous carbon black dispersion, wherein the amounts are based on the total weight of the ink.
Combined sewer cleaning vehicle which is constituted by a tractor or a carrier which cooperates with a vessel comprising at the inner portion thereof, on the one hand, a first sludge compartment or tank located at the rear of the vehicle and which is provided with a vacuum pump which is connected to a suction pipe which is wound on a rotating drum which is fixed to a framework which can be moved in terms of rotation about a vertical axis and which is mounted on the upper portion of the vessel and, on the other hand, a second water compartment or tank which is provided with a high-pressure pump and a cleaning hose which is wound on a winder which can be moved in terms of rotation about a horizontal axis and which is also mounted on the upper portion of the vessel in front of the winding drum of the suction pipe , and with a telescope-like working arm which can be moved between a deployed position and a retracted position and which carries and guides the suction pipe and the cleaning hose during the winding and unwinding thereof, characterised in that the telescope-like working arm is provided at the free end thereof with an automatic device for unwinding the suction pipe and an automatic device for unwinding the cleaning hose and is articulated about a vertical control axle which is fixedly joined to the framework of the winding drum of the suction pipe in order to be able to be moved between, on the one hand, an open position, in which it is orientated substantially radially relative to the winding drum of the suction pipe and, on the other hand, a closed position, in which it is folded up towards this winding drum in order to enable the vehicle to be moved closer to the coverage zone (Z1, Z2) thereof.
A chemical reactor including: one or more solid oxide fuel cells , each cell having an electrolyte layer joining a cathode and an anode , the one or more fuel cell cathodes being located in a first gas zone of the reactor, and the one or more fuel cell anodes being located in a second gas zone of the reactor; a first gas supply route for supplying a flow of oxidant to the first gas zone ; a second gas supply route for supplying a flow of reactant to the second gas zone ; and a gas removal route for removing a flow of reaction products away from the second gas zone ; and one or more leakage paths which fluidly connect the first gas zone to the second gas zone such that a leakage flow of oxidant leaks from the first gas zone into the second gas zone to support a direct exothermic chemical reaction between the oxidant and the reactant, while substantially preventing a reverse flow of reactant into the first gas zone; wherein the reaction products are a mixture of reaction product from the direct reaction and reaction product from an indirect electrochemical oxidation reaction of the reactant at the anode or anodes; and wherein the reactor further includes a catalyst in the second gas zone for catalysing the direct reaction, and a controller for drawing a controlled electric current from the fuel cell or cells to control the rate of the indirect reaction and thereby the temperature of the catalyst. one or more solid oxide fuel cells , each cell having an electrolyte layer joining a cathode and an anode , the one or more fuel cell cathodes being located in a first gas zone of the reactor, and the one or more fuel cell anodes being located in a second gas zone of the reactor; a first gas supply route for supplying a flow of oxidant to the first gas zone ; a second gas supply route for supplying a flow of reactant to the second gas zone ; and a gas removal route for removing a flow of reaction products away from the second gas zone ; and one or more leakage paths which fluidly connect the first gas zone to the second gas zone such that a leakage flow of oxidant leaks from the first gas zone into the second gas zone to support a direct exothermic chemical reaction between the oxidant and the reactant, while substantially preventing a reverse flow of reactant into the first gas zone; wherein the reaction products are a mixture of reaction product from the direct reaction and reaction product from an indirect electrochemical oxidation reaction of the reactant at the anode or anodes; and wherein the reactor further includes a catalyst in the second gas zone for catalysing the direct reaction, and a controller for drawing a controlled electric current from the fuel cell or cells to control the rate of the indirect reaction and thereby the temperature of the catalyst.
Particle filter for removing particles, carbon monoxide, hydrocarbons and nitrogen oxides out of the exhaust gas of combustion engines operated with a stoichiometric air-fuel mixture, comprising a wall-flow filter of length L and three coatings X, Y and Z that differ from one another, the wall-flow filter comprising channels E and A , which extend in parallel between a first end and a second end of the wall-flow filter and are separated by porous walls , which form surfaces O E and O A , and the channels E being sealed in a gas-tight manner at the second end and the channels A being sealed in a gas-tight manner at the first end , characterized in that coating X is located in the porous walls , coating Y is located in the channels E on the surfaces O E , and coating Z is located in the channels A on the surfaces O A , the coating X extending over the entire length L of the wall-flow filter , the coating Y extending from the first end of the wall-flow filter over 20 to 70% of the length L of the wall-flow filter , and the catalytically active coating Z extending from the second end of the wall-flow filter over 20 to 70% of the length L of the wall-flow filter , and the sum of the lengths of the coatings Y and Z being less than the total filter length L.
An endoscope hood to be mounted on an insertion side end of an endoscope , the endoscope hood comprising: a cylindrical exterior portion ; and a disc portion provided in contact with an inner surface of the exterior portion and formed in a flat surface, wherein the exterior portion and the disc portion are formed integrally or separately, characterized in that at least the disc portion is made of a hydrogel, the hydrogel includes a hydrogel formed by using only a hydrophilic monomer, or a hydrogel formed by adding a hydrophobic monomer, a crosslinkable monomer or both to a hydrophilic monomer, a thickness of the exterior portion is 0.1 mm to 1.0 mm, a thickness of the disc portion is 0.01 mm to 0.5 mm, and each of a moisture content of the exterior portion and a moisture content of the disc portion is 20 wt% to 70 wt%. a cylindrical exterior portion ; and a disc portion provided in contact with an inner surface of the exterior portion and formed in a flat surface, wherein the exterior portion and the disc portion are formed integrally or separately, characterized in that at least the disc portion is made of a hydrogel, the hydrogel includes a hydrogel formed by using only a hydrophilic monomer, or a hydrogel formed by adding a hydrophobic monomer, a crosslinkable monomer or both to a hydrophilic monomer, a thickness of the exterior portion is 0.1 mm to 1.0 mm, a thickness of the disc portion is 0.01 mm to 0.5 mm, and each of a moisture content of the exterior portion and a moisture content of the disc portion is 20 wt% to 70 wt%.
A method of deciding a correction amount for correcting a radio field intensity of radio waves for carrying a first BLE, Bluetooth Low Energy, packet received by an information processing apparatus, the method comprising: displaying (S1107, S506) a first screen for deciding the correction amount of the radio field intensity of the radio waves for carrying the first BLE packet, the first screen including a message for prompting a user to bring the information processing apparatus closer up to a predetermined distance from a BLE device that transmitted the first BLE packet; deciding (S1108, S803) the correction amount based on a radio field intensity of radio waves for carrying a second BLE packet received by the information processing apparatus at the predetermined distance and a reference value, in response to receiving an instruction for deciding the correction amount from the user via the first screen; correcting (S1103) a radio field intensity of radio waves for carrying the first BLE packet using the decided correction amount, and determining a distance to the BLE device using the corrected radio field intensity of the radio waves for carrying the first BLE packet; and performing (S1109) GATT, Generic Attributes, communication with the BLE device that transmitted the first BLE packet. displaying (S1107, S506) a first screen for deciding the correction amount of the radio field intensity of the radio waves for carrying the first BLE packet, the first screen including a message for prompting a user to bring the information processing apparatus closer up to a predetermined distance from a BLE device that transmitted the first BLE packet; deciding (S1108, S803) the correction amount based on a radio field intensity of radio waves for carrying a second BLE packet received by the information processing apparatus at the predetermined distance and a reference value, in response to receiving an instruction for deciding the correction amount from the user via the first screen; correcting (S1103) a radio field intensity of radio waves for carrying the first BLE packet using the decided correction amount, and determining a distance to the BLE device using the corrected radio field intensity of the radio waves for carrying the first BLE packet; and performing (S1109) GATT, Generic Attributes, communication with the BLE device that transmitted the first BLE packet.
Reciprocating piston for a reciprocating piston internal combustion engine, comprising a main body and a combustion chamber surface , at least one cooling channel network being provided within the main body , the cooling channel network having at least one inflow region arranged on the inside, viewed in the radial direction of the main body , and a plurality of mini cooling channels which extend outward in the radial direction in each case, starting from the inflow region , the mini cooling channels having a maximum cross-sectional width of 3 mm, characterized in that at least two cooling channel networks which are not connected to one another in a flow-conducting manner are formed in the main body .