mhurhangee/ep-ind-claims huggingface dataset:
A system for producing hydrogen and oxygen from water, the system comprising: a sunlight-absorbent target configured to heat to at least a temperature that thermally decomposes water, to receive water vapor, to heat the received water vapor to the temperature that thermally decomposes water to form a heated vapor, and to pass the heated vapor to an oxygen selective membrane, wherein the sunlight-absorbent target includes zirconia, alumina, magnesia, and/or hafnia material mixed with a dark-colored metal oxide; an oxygen selective membrane configured to, at the temperature that thermally decomposes water, separate oxygen from the heated vapor to form a hydrogen-rich vapor; a cooling chamber configured to cool the hydrogen-rich vapor to at least a specified temperature; and a hydrogen selective membrane configured to separate hydrogen in the hydrogen-rich vapor to leave substantially water vapor. a sunlight-absorbent target configured to heat to at least a temperature that thermally decomposes water, to receive water vapor, to heat the received water vapor to the temperature that thermally decomposes water to form a heated vapor, and to pass the heated vapor to an oxygen selective membrane, wherein the sunlight-absorbent target includes zirconia, alumina, magnesia, and/or hafnia material mixed with a dark-colored metal oxide; an oxygen selective membrane configured to, at the temperature that thermally decomposes water, separate oxygen from the heated vapor to form a hydrogen-rich vapor; a cooling chamber configured to cool the hydrogen-rich vapor to at least a specified temperature; and a hydrogen selective membrane configured to separate hydrogen in the hydrogen-rich vapor to leave substantially water vapor.
A pneumatic tire comprising a toroidal carcass extending from a tread portion to a bead core in a bead portion through a sidewall portion, a tread reinforcing-cord layer disposed outside the carcass in the radial direction of the tire and inside the tread portion, and a tread rubber disposed outside the tread reinforcing-cord layer in the radial direction of the tire, said tread rubber comprises a base portion made of electrically non-conductive rubber compounding silica, disposed outside said tread reinforcing-cord layer in the radial direction of the tire, and having a width substantially equal to a width of the tread reinforcing-cord layer; a conducting portion made of electrically conductive rubber, covering a radially outer surface of said base portion and extending in the axial direction of the tire, and protruding both end portions (11a, 11b) outwardly from said base portion so as to connect the both end portions (11a, 11b) with tire members electrically conducted to a rim at a state of mounting the tire on the rim; and a cap portion made of electrically non-conductive rubber compoundi ng silica and di sposed outsi de sai d conducting porti on in the radial direction of the tire and forming a major part of a ground contact surface; the radially outmost surface of said conducting portion in a meridian section of the tire is exposed on said ground contact surface; and said cap portion comprises a first cap portion disposed on one side and a second cap portion disposed on another side of the outmost surface of said conducting portion in the axial direction of the tire, characterized in that said conducting portion is smoothly convex outwardly in the radi al di recti on of the ti re and comprises an arc cu rved part having said outmost surface at the top.
A method of implementing three-layer communication, applied to a system comprising a controlling bridge and a port extender, wherein the method comprising: creating, by the controlling bridge, a first Virtual Management Ethernet, VME, port with a first Media Access Control, MAC, address, and allocating a first Internet Protocol, IP, address belonging to a management virtual private network to the first VME port; creating, by the port extender, a second VME port with a second MAC address; requesting, by the port extender, an IP address of the second VME port from the controlling bridge; allocating, by the controlling bridge, a second IP address belonging to the management virtual private network to the second VME port, and notifying the port extender of the second IP address and the first IP address; acquiring, by the controlling bridge, the second MAC address of the second VME port to send a management packet to the second VME port and receive a management packet from the second VME port through three-layer communication; and acquiring, by the port extender, the first MAC address of the first VME port to send a management packet to the first VME port and receive a management packet from the first VME port through three-layer communication. creating, by the controlling bridge, a first Virtual Management Ethernet, VME, port with a first Media Access Control, MAC, address, and allocating a first Internet Protocol, IP, address belonging to a management virtual private network to the first VME port; creating, by the port extender, a second VME port with a second MAC address; requesting, by the port extender, an IP address of the second VME port from the controlling bridge; allocating, by the controlling bridge, a second IP address belonging to the management virtual private network to the second VME port, and notifying the port extender of the second IP address and the first IP address; acquiring, by the controlling bridge, the second MAC address of the second VME port to send a management packet to the second VME port and receive a management packet from the second VME port through three-layer communication; and acquiring, by the port extender, the first MAC address of the first VME port to send a management packet to the first VME port and receive a management packet from the first VME port through three-layer communication.
An angular velocity sensor correcting apparatus comprising: an obtaining unit operative to obtain measurement data of an object measured on the basis of a signal from a GPS satellite and angular velocity of the object output from an angular velocity sensor; an angular velocity conversion coefficient deriving unit operative to sequentially derive a temporary angular velocity conversion coefficient of the angular velocity sensor on the basis of the measurement data and the angular velocity obtained by the obtaining unit; and an angular velocity conversion coefficient filter process unit operative to derive an angular velocity conversion coefficient of the angular velocity sensor for correcting the angular velocity output from the angular velocity sensor by executing statistical process on the temporary angular velocity conversion coefficient of the angular velocity sensor sequentially derived by the angular velocity conversion coefficient deriving unit, wherein the angular velocity conversion coefficient filter process unit is operative to change a forgetting factor in the statistical process in accordance with a difference between an angular velocity conversion coefficient of the angular velocity sensor derived in the past in the angular velocity conversion coefficient filter process unit and an average value of temporary angular velocity conversion coefficients of the angular velocity sensor sequentially derived by the angular velocity conversion coefficient deriving unit. an obtaining unit operative to obtain measurement data of an object measured on the basis of a signal from a GPS satellite and angular velocity of the object output from an angular velocity sensor; an angular velocity conversion coefficient deriving unit operative to sequentially derive a temporary angular velocity conversion coefficient of the angular velocity sensor on the basis of the measurement data and the angular velocity obtained by the obtaining unit; and an angular velocity conversion coefficient filter process unit operative to derive an angular velocity conversion coefficient of the angular velocity sensor for correcting the angular velocity output from the angular velocity sensor by executing statistical process on the temporary angular velocity conversion coefficient of the angular velocity sensor sequentially derived by the angular velocity conversion coefficient deriving unit, wherein the angular velocity conversion coefficient filter process unit is operative to change a forgetting factor in the statistical process in accordance with a difference between an angular velocity conversion coefficient of the angular velocity sensor derived in the past in the angular velocity conversion coefficient filter process unit and an average value of temporary angular velocity conversion coefficients of the angular velocity sensor sequentially derived by the angular velocity conversion coefficient deriving unit.
A surface maintenance machine comprising: a body supported by wheels, a maintenance head assembly supported by the machine and being movable between a transport position and an operating position, wherein, in the transport position, the maintenance head assembly is raised toward an upper surface of the body, and in the operating position, the maintenance head assembly is lowered toward a surface on which the machine is positioned, the upper surface being vertically spaced apart from the surface on which the machine is positioned, the maintenance head assembly comprising at least one maintenance tool removably connectable to the maintenance head assembly, the maintenance tool being movable relative to the maintenance head assembly; and characterized by a tool eject mechanism positioned below the upper surface of the body, the tool eject mechanism being actuable when the maintenance head assembly is further raised toward the upper surface beyond the transport position into a tool eject position, such that when actuated, the tool eject mechanism ejects the maintenance tool from the maintenance head assembly. a body supported by wheels, a maintenance head assembly supported by the machine and being movable between a transport position and an operating position, wherein, in the transport position, the maintenance head assembly is raised toward an upper surface of the body, and in the operating position, the maintenance head assembly is lowered toward a surface on which the machine is positioned, the upper surface being vertically spaced apart from the surface on which the machine is positioned, the maintenance head assembly comprising at least one maintenance tool removably connectable to the maintenance head assembly, the maintenance tool being movable relative to the maintenance head assembly; and characterized by a tool eject mechanism positioned below the upper surface of the body, the tool eject mechanism being actuable when the maintenance head assembly is further raised toward the upper surface beyond the transport position into a tool eject position, such that when actuated, the tool eject mechanism ejects the maintenance tool from the maintenance head assembly.
A method for wireless communications by a wireless node in a peer-to-peer, P2P, network, comprising: receiving one or more advertisements of services offered by one or more other wireless nodes in the P2P network; generating a prioritized list of services, based on one or more services offered by the wireless node and services listed in the received advertisements of services; wherein a priority assigned to a service is based on a distance of the service, as measured by a number of hops between the wireless node and another wireless node that initiated advertisement of the service; wherein the one or more services offered by the wireless node have a higher priority than the services offered by one or more other wireless nodes; dropping a service from the prioritized list of services, if the distance of the service is larger than a distance limit; and distributing the prioritized list of services to other wireless nodes in the P2P network. receiving one or more advertisements of services offered by one or more other wireless nodes in the P2P network; generating a prioritized list of services, based on one or more services offered by the wireless node and services listed in the received advertisements of services; wherein a priority assigned to a service is based on a distance of the service, as measured by a number of hops between the wireless node and another wireless node that initiated advertisement of the service; wherein the one or more services offered by the wireless node have a higher priority than the services offered by one or more other wireless nodes; dropping a service from the prioritized list of services, if the distance of the service is larger than a distance limit; and distributing the prioritized list of services to other wireless nodes in the P2P network.
A pharmaceutical composition, comprising: (i) (a) about 120 mg/mL of nivolumab, (b) about 20 mM histidine, (c) about 250 mM sucrose, (d) about 0.05% w/v polysorbate 80, (e) about 50 μM pentetic acid, (f) about 5 mM methionine, and (g) about 2000 U/mL rHuPH20; or (ii) (a) about 150 mg/mL of nivolumab, (b) about 20 mM histidine, (c) about 250 mM sucrose, (d) about 0.05% w/v polysorbate 80, (e) about 50 μM pentetic acid, (f) about 5 mM methionine, and (g) about 2000 U/mL rHuPH20. (i) (a) about 120 mg/mL of nivolumab, (b) about 20 mM histidine, (c) about 250 mM sucrose, (d) about 0.05% w/v polysorbate 80, (e) about 50 μM pentetic acid, (f) about 5 mM methionine, and (g) about 2000 U/mL rHuPH20; or (a) about 120 mg/mL of nivolumab, (b) about 20 mM histidine, (c) about 250 mM sucrose, (d) about 0.05% w/v polysorbate 80, (e) about 50 μM pentetic acid, (f) about 5 mM methionine, and (g) about 2000 U/mL rHuPH20; or (ii) (a) about 150 mg/mL of nivolumab, (b) about 20 mM histidine, (c) about 250 mM sucrose, (d) about 0.05% w/v polysorbate 80, (e) about 50 μM pentetic acid, (f) about 5 mM methionine, and (g) about 2000 U/mL rHuPH20. (a) about 150 mg/mL of nivolumab, (b) about 20 mM histidine, (c) about 250 mM sucrose, (d) about 0.05% w/v polysorbate 80, (e) about 50 μM pentetic acid, (f) about 5 mM methionine, and (g) about 2000 U/mL rHuPH20.
A walking type tiller comprising: an engine, a tilling device, and a main transmission case which houses a main speed change mechanism that transmits a driving power which is transmitted from the engine via a belt drive mechanism, to the tilling device in a manner to be capable of speed changing, characterized by comprising: a sub-transmission case which houses a sub-speed change mechanism that transmits the driving power transmitted via the belt drive mechanism, to the main speed change mechanism in a manner to be capable of changing a speed of the driving power, the sub-transmission case being disposed between the belt drive mechanism and the main transmission case, wherein the main transmission case is provided with a main speed changing lever which changes a speed change ratio of the main speed change mechanism, the sub-transmission case is provided with a sub-speed changing lever which changes a speed change ratio of the sub-speed change mechanism, and a grip part of the sub-speed changing lever is disposed below the main speed changing lever in a side view. an engine, a tilling device, and a main transmission case which houses a main speed change mechanism that transmits a driving power which is transmitted from the engine via a belt drive mechanism, to the tilling device in a manner to be capable of speed changing, characterized by comprising: a sub-transmission case which houses a sub-speed change mechanism that transmits the driving power transmitted via the belt drive mechanism, to the main speed change mechanism in a manner to be capable of changing a speed of the driving power, the sub-transmission case being disposed between the belt drive mechanism and the main transmission case, wherein the main transmission case is provided with a main speed changing lever which changes a speed change ratio of the main speed change mechanism, the sub-transmission case is provided with a sub-speed changing lever which changes a speed change ratio of the sub-speed change mechanism, and a grip part of the sub-speed changing lever is disposed below the main speed changing lever in a side view. a sub-transmission case which houses a sub-speed change mechanism that transmits the driving power transmitted via the belt drive mechanism, to the main speed change mechanism in a manner to be capable of changing a speed of the driving power, the sub-transmission case being disposed between the belt drive mechanism and the main transmission case, wherein the main transmission case is provided with a main speed changing lever which changes a speed change ratio of the main speed change mechanism, the sub-transmission case is provided with a sub-speed changing lever which changes a speed change ratio of the sub-speed change mechanism, and a grip part of the sub-speed changing lever is disposed below the main speed changing lever in a side view.
A liquid ejecting apparatus comprising: a plurality of nozzles which eject liquid; a common liquid chamber which supplies liquid to the plurality of nozzles; a liquid flow path for supplying liquid which is accommodated in a liquid accommodation unit to the common liquid chamber; a deaeration unit which deaerates liquid in the liquid flow path; a liquid flow unit which causes liquid in the liquid flow path to flow; a pressure adjusting unit which is provided between the deaeration unit and the common liquid chamber in the liquid flow path, and adjusts a pressure of liquid which is supplied to the common liquid chamber; a return flow path which connects the common liquid chamber and the liquid accommodation unit; and an on-off valve which closes the return flow path by being in a closed state. a plurality of nozzles which eject liquid; a common liquid chamber which supplies liquid to the plurality of nozzles; a liquid flow path for supplying liquid which is accommodated in a liquid accommodation unit to the common liquid chamber; a deaeration unit which deaerates liquid in the liquid flow path; a liquid flow unit which causes liquid in the liquid flow path to flow; a pressure adjusting unit which is provided between the deaeration unit and the common liquid chamber in the liquid flow path, and adjusts a pressure of liquid which is supplied to the common liquid chamber; a return flow path which connects the common liquid chamber and the liquid accommodation unit; and an on-off valve which closes the return flow path by being in a closed state.
A centrifugal pump unit comprising: a body which comprises: a suction connection; a pressure connection; and a pump chamber connecting the suction and pressure connections; an impeller disposed in the pump chamber; and at least one electromagnetic flow sensor arranged to measure flow in at least a part of the suction connection and/or pressure connection for determining a flow rate of a fluid through the centrifugal pump unit, wherein each of the at least one electromagnetic flow sensors is: an insert-type sensor comprising a vane protruding into a lumen of the suction connection or a lumen of the pressure connection; and wherein each of the at least one electromagnetic flow sensors includes first and second electrodes (32, 33) for sensing a voltage; and wherein each of the at least one electromagnetic flow sensors is arranged to measure velocity of conductive fluid in a localised region so as to enable determination of a flow rate through the pump. a body which comprises: a suction connection; a pressure connection; and a pump chamber connecting the suction and pressure connections; a suction connection; a pressure connection; and a pump chamber connecting the suction and pressure connections; an impeller disposed in the pump chamber; and at least one electromagnetic flow sensor arranged to measure flow in at least a part of the suction connection and/or pressure connection for determining a flow rate of a fluid through the centrifugal pump unit, wherein each of the at least one electromagnetic flow sensors is: an insert-type sensor comprising a vane protruding into a lumen of the suction connection or a lumen of the pressure connection; and wherein each of the at least one electromagnetic flow sensors includes first and second electrodes (32, 33) for sensing a voltage; and wherein each of the at least one electromagnetic flow sensors is arranged to measure velocity of conductive fluid in a localised region so as to enable determination of a flow rate through the pump. an insert-type sensor comprising a vane protruding into a lumen of the suction connection or a lumen of the pressure connection; and wherein each of the at least one electromagnetic flow sensors includes first and second electrodes (32, 33) for sensing a voltage; and wherein each of the at least one electromagnetic flow sensors is arranged to measure velocity of conductive fluid in a localised region so as to enable determination of a flow rate through the pump.
A method for producing a semisolid metal slurry, comprising the steps of: - providing at least two stirring devices (111,112; 211,212,213), each having a first end (111a, 112a; 211a,212a,213a) and an opposite second end (111b, 112b; 211b,212b,213b) defining a central axis therebetween, wherein onto each first end (111a,112a; 211a,212a,213a) a cast metal piece (121,122; 221,222,223) is attached, the casting of the cast metal piece (121,122; 221,222,223) being performed in a mould adapted such that the cast metal piece obtains the shape of a cylinder, wherein a radial thickness of the cylinder is not more than 40 mm; - inserting the first end (111a, 112a; 211a,212a,213a) of each of the at least two stirring devices (111,112; 211,212,213) into a liquid metal bath such that each cast metal piece (121,122; 221,222,223) is simultaneously submerged in the liquid metal bath; - after insertion of the at least two stirring devices (111,112; 211,212,213) into the liquid metal bath, simultaneously rotating the at least two stirring devices (111,112; 211,212,213) with the attached cast metal piece (121,122; 221,222,223) around their respective central axis, and thereby rotating said cast metal pieces (121,122; 221,222,223) in the liquid metal bath; wherein the rotation is continued at least until the cast metal pieces (121,122; 221,222,223) are essentially completely molten, such that a semisolid metal slurry is produced. - providing at least two stirring devices (111,112; 211,212,213), each having a first end (111a, 112a; 211a,212a,213a) and an opposite second end (111b, 112b; 211b,212b,213b) defining a central axis therebetween, wherein onto each first end (111a,112a; 211a,212a,213a) a cast metal piece (121,122; 221,222,223) is attached, the casting of the cast metal piece (121,122; 221,222,223) being performed in a mould adapted such that the cast metal piece obtains the shape of a cylinder, wherein a radial thickness of the cylinder is not more than 40 mm; - inserting the first end (111a, 112a; 211a,212a,213a) of each of the at least two stirring devices (111,112; 211,212,213) into a liquid metal bath such that each cast metal piece (121,122; 221,222,223) is simultaneously submerged in the liquid metal bath; - after insertion of the at least two stirring devices (111,112; 211,212,213) into the liquid metal bath, simultaneously rotating the at least two stirring devices (111,112; 211,212,213) with the attached cast metal piece (121,122; 221,222,223) around their respective central axis, and thereby rotating said cast metal pieces (121,122; 221,222,223) in the liquid metal bath;