mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition for use in a method of treating gastroparesis in a human subject in need thereof, comprising administering orally to the subject an effective dose of a compound of Formula III or a pharmaceutically acceptable salt or solvate thereof for more than 5 days.
A product suitable for controlling phytopathogenic fungi that cause grapevine wood diseases, characterized in that it has a composition comprising the strain of the genus Streptomyces sp., deposited in the CECT with the access number CECT 8852 (strain Streptomyces sp. W/E1).
An aqueous firefighting foam concentrate comprising: (a) at least one fluorinated surfactant and (b) poly(ethyleneglycol) having a weight average molecular weight of 400 or less, wherein said concentrate is free of diethylene glycol monobutyl ether. (a) at least one fluorinated surfactant and (b) poly(ethyleneglycol) having a weight average molecular weight of 400 or less, wherein said concentrate is free of diethylene glycol monobutyl ether.
Crusher (100 to 800), comprising: • a frame which has a channel , the channel narrowing along one direction ; • a crushing body which is held in the channel by means of the frame , • the crushing body being mounted such that it can be moved around an axis , the axis running along the direction; • the crushing body narrowing along the direction ; and • a gap which narrows along the direction being formed between the crushing body and a crushing wall which delimits the channel , characterized in that the crushing body is mounted eccentrically, with the result that it orbits the axis . • a frame which has a channel , the channel narrowing along one direction ; • a crushing body which is held in the channel by means of the frame , • the crushing body being mounted such that it can be moved around an axis , the axis running along the direction; • the crushing body narrowing along the direction ; and • a gap which narrows along the direction being formed between the crushing body and a crushing wall which delimits the channel , characterized in that the crushing body is mounted eccentrically, with the result that it orbits the axis .
Steam hairstyling apparatus for shaping hair, comprising: - a first jaw and a second jaw , arranged opposite one another and hinged together, a first treatment surface being supported by the first jaw and a second treatment surface being supported by the second jaw , the first and second treatment surfaces being configured to grip at least one lock of hair, and - a liquid reservoir, the first and/or second jaw additionally comprising: - a system for vaporising the liquid to form steam, comprising at least one vaporisation chamber which has an inner surface and is in communication via an injection tube with the liquid reservoir, the injection tube having a free end which forms a point for injecting the liquid into the vaporisation chamber , - a system for dispensing the steam from the vaporisation system , comprising at least one steam dispensing port directed towards the at least one lock of hair, characterised in that the inner surface of the vaporisation chamber is at least partly covered by a hydrophobic layer positioned beneath the injection point formed by the free end of the injection tube . - a first jaw and a second jaw , arranged opposite one another and hinged together, a first treatment surface being supported by the first jaw and a second treatment surface being supported by the second jaw , the first and second treatment surfaces being configured to grip at least one lock of hair, and - a liquid reservoir, the first and/or second jaw additionally comprising: - a system for vaporising the liquid to form steam, comprising at least one vaporisation chamber which has an inner surface and is in communication via an injection tube with the liquid reservoir, the injection tube having a free end which forms a point for injecting the liquid into the vaporisation chamber , - a system for dispensing the steam from the vaporisation system , comprising at least one steam dispensing port directed towards the at least one lock of hair, characterised in that the inner surface of the vaporisation chamber is at least partly covered by a hydrophobic layer positioned beneath the injection point formed by the free end of the injection tube . - a system for vaporising the liquid to form steam, comprising at least one vaporisation chamber which has an inner surface and is in communication via an injection tube with the liquid reservoir, the injection tube having a free end which forms a point for injecting the liquid into the vaporisation chamber , - a system for dispensing the steam from the vaporisation system , comprising at least one steam dispensing port directed towards the at least one lock of hair, characterised in that the inner surface of the vaporisation chamber is at least partly covered by a hydrophobic layer positioned beneath the injection point formed by the free end of the injection tube .
A signal emitting stylus for operation with a digitizer system , the stylus comprising: a resonant circuit including a first capacitor and an inductor , the circuit configured to alternate between receiving a wirelessly transmitted first signal in a receive mode and generating an electrical field in a transmit mode; a voltage source configured to power generation of the electrical field generated in the transmit mode; and a controller configured to operate the resonant circuit in a receive mode and to switch operation of the resonant circuit to the transmit mode based on receiving the first signal, wherein during the receive mode, the controller is configured to disconnect the resonant circuit from the voltage source , to sample output from the resonant circuit and to decode the sampled output, and wherein during the transmit mode, the controller is configured to connect the resonant circuit to the voltage source to generate the electrical field. a resonant circuit including a first capacitor and an inductor , the circuit configured to alternate between receiving a wirelessly transmitted first signal in a receive mode and generating an electrical field in a transmit mode; a voltage source configured to power generation of the electrical field generated in the transmit mode; and a controller configured to operate the resonant circuit in a receive mode and to switch operation of the resonant circuit to the transmit mode based on receiving the first signal, wherein during the receive mode, the controller is configured to disconnect the resonant circuit from the voltage source , to sample output from the resonant circuit and to decode the sampled output, and wherein during the transmit mode, the controller is configured to connect the resonant circuit to the voltage source to generate the electrical field.
A method for receiving a downlink channel by a user equipment, UE , with full duplex radio, FDR, communication support in a wireless communication, the method comprising: receiving, from a base station, BS , resource configurations related to overlapped resources between an uplink channel and the downlink channel; mitigating a self-interference by the uplink channel in the overlapped resources; and receiving, from the BS , the downlink channel based on the mitigated self-interference in the overlapped resources, wherein the overlapped resources are resources for downlink control channel, the resources in which a self-interference by the uplink channel is to be mitigated. receiving, from a base station, BS , resource configurations related to overlapped resources between an uplink channel and the downlink channel; mitigating a self-interference by the uplink channel in the overlapped resources; and receiving, from the BS , the downlink channel based on the mitigated self-interference in the overlapped resources, wherein the overlapped resources are resources for downlink control channel, the resources in which a self-interference by the uplink channel is to be mitigated.
A polymer thick film white reflective flexible dielectric composition consisting essentially of: (a) 15-25 wt% of a first organic medium consisting of 15-25 wt% urethane resin dissolved in 75-85 wt% first organic solvent, wherein the weight percent of said urethane resin and said first organic solvent are based on the total weight of said first organic medium; (b) 25-45 wt% of a second organic medium consisting of 20-35 wt% thermoplastic phenoxy resin dissolved in 65-80 wt% second organic solvent wherein the weight percent of said thermoplastic phenoxy resin and said second organic solvent are based on the total weight of said second organic medium; and (c) 20-60 wt% of a white reflective powder selected from the group consisting of titanium dioxide, barium titanate or mixtures thereof; wherein the weight percent of said first organic medium, said second organic medium and said white reflective powder are based on the total weight of said composition. (a) 15-25 wt% of a first organic medium consisting of 15-25 wt% urethane resin dissolved in 75-85 wt% first organic solvent, wherein the weight percent of said urethane resin and said first organic solvent are based on the total weight of said first organic medium; (b) 25-45 wt% of a second organic medium consisting of 20-35 wt% thermoplastic phenoxy resin dissolved in 65-80 wt% second organic solvent wherein the weight percent of said thermoplastic phenoxy resin and said second organic solvent are based on the total weight of said second organic medium; and (c) 20-60 wt% of a white reflective powder selected from the group consisting of titanium dioxide, barium titanate or mixtures thereof;
A heat exchanger for a heat exchange fluid, comprising: a first manifold comprising an inlet , the inlet being connected to the first manifold for the heat exchange fluid, an outlet coupled to the first manifold , at least one first channel and at least one second channel ; a second manifold spaced apart from the first manifold ; and a plurality of heat exchange tubes fluidically connecting the first manifold and the second manifold , wherein the plurality of heat exchange tubes is divided into a first section of tubes and a second section of tubes , wherein the first channel is directly connected to the inlet and a first set of tubes (304A-1) amongst the first section of tubes , while the second channel is directly connected to the inlet and a second set of tubes (304A-2) amongst the first section of tubes , wherein the first manifold is adapted to prevent the heat exchange fluid from travelling between the first channel and the second channel within the first manifold , characterised in that the first manifold further comprises a third channel directly connected to the outlet and a third set of tubes (304B-1) amongst the second section of tubes and a fourth channel directly connected to the outlet and a fourth set of tubes (304B-2) amongst the second section of tubes ..
A carrier for an object to be scanned, which carrier is provided for mounting on a scanner rocker of a scanning device for scanning at least one object , in particular a dental object, wherein the carrier for an object to be scanned has a basic body and at least one securing arrangement for securing the basic body to the scanner rocker and at least one object fixing arrangement for fixing the object to the carrier for an object to be scanned, wherein the object fixing arrangement is mounted on the basic body in a manner pivotable relative to the basic body , characterised in that the object fixing arrangement is mounted on the basic body in a manner freely pivotable between two end positions due to gravity.
An ink-jet printer comprising: an ink-jet head provided with a nozzle surface in which a plurality of rows of nozzles each of which comprises a plurality of nozzles for discharging ink are formed in a direction of the row of the nozzles; and a wiping device , provided with one single blade for wiping the nozzle surface, which carries out wiping the nozzle surface by use of the blade , by way of moving the blade in relation to the nozzle surface ; wherein, the ink-jet head is provided with a convex wall part that surrounds the nozzle surface in a state of protruding in a direction in which the ink is discharged by the nozzles ; and a direction of wiping by the wiping device is almost the same as a stretching direction of the rows of the nozzles or as a direction perpendicular to the stretch direction of the rows of the nozzles wherein the blade has flexibility ; a length of the single blade in a direction perpendicular to the direction of wiping is a length that makes it possible for the blade to simultaneously contact tip parts , in the direction in which the ink is discharged, of two facing parts of the convex wall part, at a time of wiping operation by the wiping device; the facing parts facing each other in the direction perpendicular to the direction of wiping; and the wiping device wipes out the nozzle surface by use of the blade, while making the blade simultaneously contact the tip parts of the two facing parts . an ink-jet head provided with a nozzle surface in which a plurality of rows of nozzles each of which comprises a plurality of nozzles for discharging ink are formed in a direction of the row of the nozzles; and a wiping device , provided with one single blade for wiping the nozzle surface, which carries out wiping the nozzle surface by use of the blade , by way of moving the blade in relation to the nozzle surface ; wherein, the ink-jet head is provided with a convex wall part that surrounds the nozzle surface in a state of protruding in a direction in which the ink is discharged by the nozzles ; and a direction of wiping by the wiping device is almost the same as a stretching direction of the rows of the nozzles or as a direction perpendicular to the stretch direction of the rows of the nozzles wherein the blade has flexibility ; a length of the single blade in a direction perpendicular to the direction of wiping is a length that makes it possible for the blade to simultaneously contact tip parts , in the direction in which the ink is discharged, of two facing parts of the convex wall part, at a time of wiping operation by the wiping device; the facing parts facing each other in the direction perpendicular to the direction of wiping; and the wiping device wipes out the nozzle surface by use of the blade, while making the blade simultaneously contact the tip parts of the two facing parts .
Method for increasing efficiency of an inductive energy transmission device , with which electrical energy is converted contactlessly into electrical energy using a magnetic field, in order to electrically excite a rotor of an electrical machine, comprising the step of: arranging an additional electrically conductive material layer on at least one active part of the energy transmission device , wherein an active part of the energy transmission device is a part of the energy transmission device which is at least partially exposed to the magnetic field used for energy transmission, wherein the electrical conductivity of the additional material layer is greater than the electrical conductivity of the at least one active part , characterized in that the arranged additional material layer has a layer thickness which is selected depending on a predetermined frequency of the magnetic field used for energy transmission. arranging an additional electrically conductive material layer on at least one active part of the energy transmission device , wherein an active part of the energy transmission device is a part of the energy transmission device which is at least partially exposed to the magnetic field used for energy transmission, wherein the electrical conductivity of the additional material layer is greater than the electrical conductivity of the at least one active part , characterized in that the arranged additional material layer has a layer thickness which is selected depending on a predetermined frequency of the magnetic field used for energy transmission.
A method of adding a type of network-related analysis information provided by a network data analytics function, NWDAF, to the NWDAF, the method comprising: receiving, by the NWDAF, an analytic information addition request requesting an addition of new network-related analytic information to a list of available network-related analytic information in the NWDAF; and transmitting, from the NWDAF, a response message including information about whether the new network-related analytic information has been added to the list of available network-related analytic information, in response to the analytic information addition request, wherein the network-related analytic information is obtained by analyzing information collected from at least one entity in a network, and wherein the analytic information addition request includes information about a definition of the new network-related analytic information. receiving, by the NWDAF, an analytic information addition request requesting an addition of new network-related analytic information to a list of available network-related analytic information in the NWDAF; and transmitting, from the NWDAF, a response message including information about whether the new network-related analytic information has been added to the list of available network-related analytic information, in response to the analytic information addition request, wherein the network-related analytic information is obtained by analyzing information collected from at least one entity in a network, and wherein the analytic information addition request includes information about a definition of the new network-related analytic information.
A method of operating an autonomous vehicle , the method comprising: determining whether a lane change is about to occur; detecting a feature of a road surface with a sensor ; determining, at an electronic processor , a road camber of a target lane based on the feature, the target lane being a traffic lane targeted for a lane change maneuver by the autonomous vehicle ; predicting a lateral force due to the road camber on the autonomous vehicle , the lateral force occurring during the lane change maneuver; setting a lateral compensating force equal and opposite to the lateral force due to the road camber to achieve a desired lateral acceleration of the autonomous vehicle ; applying the lateral compensating force, by the electronic processor , during the lane change maneuver, wherein applying the lateral compensating force includes planning a trajectory for the lane change maneuver that is based, at least in part, on achieving the desired lateral acceleration of the autonomous vehicle . determining whether a lane change is about to occur; detecting a feature of a road surface with a sensor ; determining, at an electronic processor , a road camber of a target lane based on the feature, the target lane being a traffic lane targeted for a lane change maneuver by the autonomous vehicle ; predicting a lateral force due to the road camber on the autonomous vehicle , the lateral force occurring during the lane change maneuver; setting a lateral compensating force equal and opposite to the lateral force due to the road camber to achieve a desired lateral acceleration of the autonomous vehicle ; applying the lateral compensating force, by the electronic processor , during the lane change maneuver, wherein applying the lateral compensating force includes planning a trajectory for the lane change maneuver that is based, at least in part, on achieving the desired lateral acceleration of the autonomous vehicle .
An assembly comprising: a fan sub-assembly including: a disk rotatable about an axis having an air surface and a liquid surface disposed axially opposite the air surface , a central hub disposed on the air surface for receiving a drive member , and a plurality of blades disposed on the air surface extending from the hub towards an outer peripheral edge of the disk ; and wherein the liquid surface is sealed throughout a radial extent of the disk to separate a flow of supplied liquid from the air surface of the disk , wherein the fan sub-assembly includes a first connecting mechanism disposed on the liquid surface of the disk for receiving a pump with a second connection mechanism interacting with the first connection mechanism , and wherein the liquid surface of the disk extends continuously along a radial direction within the outer circumferential edge to define a barrier to minimize liquid flow. a fan sub-assembly including: a disk rotatable about an axis having an air surface and a liquid surface disposed axially opposite the air surface , a central hub disposed on the air surface for receiving a drive member , and a plurality of blades disposed on the air surface extending from the hub towards an outer peripheral edge of the disk ; and a disk rotatable about an axis having an air surface and a liquid surface disposed axially opposite the air surface , a central hub disposed on the air surface for receiving a drive member , and a plurality of blades disposed on the air surface extending from the hub towards an outer peripheral edge of the disk ; and wherein the liquid surface is sealed throughout a radial extent of the disk to separate a flow of supplied liquid from the air surface of the disk , wherein the fan sub-assembly includes a first connecting mechanism disposed on the liquid surface of the disk for receiving a pump with a second connection mechanism interacting with the first connection mechanism , and wherein the liquid surface of the disk extends continuously along a radial direction within the outer circumferential edge to define a barrier to minimize liquid flow.
A method for truck use, which truck comprises a drive unit , a power train , a chassis and a load-carrying arrangement , wherein the method comprises the steps of: - providing said truck without either driver cab or onboard operator and with a load carrying arrangement comprising a tippable trough; - sensing the surroundings of the truck ; - continuously determining the position of the truck by means of a GPS unit; and - controlling the truck and its use autonomously based on the sensed surroundings of the truck and based on the continuously determined position of the truck , wherein the truck and its use is autonomously controlled by means of at least one control unit (200; 210; 500) according to drive routines stored in the control unit (200; 210; 500), wherein the control unit (200; 210; 500) is installed on said truck , wherein the step of controlling the truck and its use includes a sequence comprising - loading by means of said load-carrying arrangement , - moving the loaded truck and - unloading the load. - providing said truck without either driver cab or onboard operator and with a load carrying arrangement comprising a tippable trough; - sensing the surroundings of the truck ; - continuously determining the position of the truck by means of a GPS unit; and - controlling the truck and its use autonomously based on the sensed surroundings of the truck and based on the continuously determined position of the truck , - loading by means of said load-carrying arrangement , - moving the loaded truck and - unloading the load.