mhurhangee/patent-ind-claim-en huggingface dataset:
A passenger seating arrangement in an aircraft cabin, the passenger seating arrangement comprising a column of seat units located adjacent an aisle , the column of seat units and the aisle both extending in a longitudinal direction parallel to the longitudinal axis of the aircraft cabin, and wherein the column comprises a multiplicity of seat units , arranged consecutively along the longitudinal direction, wherein the seat units are substantially identical, and wherein each seat unit comprises a plurality of moveable seating elements (115a-c) such that the seat unit is configurable between a seating configuration in which the seating elements (115a-c) are arranged to form a seat having a seat pan and seat back , and a flat-bed configuration in which the seating elements are arranged to form a surface for a flat-bed, and wherein the arrangement comprises a multiplicity of screens , each screen being substantially identical and each screen being arranged to respectively separate a passenger in an aft seat unit in the column from a passenger in a fore seat unit in front of it in the column, characterised in that in each seat unit , the seating elements are orientated at an acute angle, of between 47 and 51 degrees, to the longitudinal direction and face inwardly towards the aisle , and wherein the pitch between consecutive seat units in the column is between 24 and 33 inches (0.610 and 0.838 metres), and wherein each screen comprises a space-sharing region having an upper part at a first height and a lower part at a second height below the upper part , in which: the upper and lower parts of the screen are offset relative to each other towards the aft and fore seat units respectively, such that the upper part provides shoulder space for the passenger in the fore seat unit when the seat units are in the seating configuration, and the lower part provides arm space for the passenger in the aft seat unit when the seat units are in the seating configuration, the aft seat unit comprising an armrest located within the arm space.
A hybrid propulsion system for a marine vessel, the hybrid propulsion system comprising: a shaft coupled to a propeller ; a planetary gear system configured to operate in a first configuration and a second configuration; and a motor-generator configured to selectively rotate with and provide torque to the shaft through the planetary gear system in the first configuration and to rotate independently from the shaft in the second configuration, characterized in that , the shaft extends from the propeller through the planetary gear system and the motor-generator to a torque producing device for the marine vessel. a shaft coupled to a propeller ; a planetary gear system configured to operate in a first configuration and a second configuration; and a motor-generator configured to selectively rotate with and provide torque to the shaft through the planetary gear system in the first configuration and to rotate independently from the shaft in the second configuration, characterized in that , the shaft extends from the propeller through the planetary gear system and the motor-generator to a torque producing device for the marine vessel.
A Fischer-Tropsch reactor , which includes a reactor body and two reactor ends sealing the ends of the reactor body, in which the reactor body is tubular and defined by a walled tubular shell with a first heat removal medium (FHRM) disposed within the walled tubular shell; a plurality of reactor tubes extending inside the reactor body at least partially between the reactor ends; and at least one heat pipe disposed inside at least one of the reactor tubes, in which the at least one heat pipe comprises a metallic elongated hermetically sealed tube and a bi-phase condensative working fluid disposed inside the tube defining a second heat removal medium (SHRM), the at least one heat pipe extending at least partially along the length of the at least one reactor tube and protruding beyond the at least one reactor tube, the at least one heat pipe including fins (24.1) arranged around the heat pipe , and the at least one heat pipe comprising: a cooling zone (24.2) immerged in a catalyst bed to remove heat from the catalyst bed; a heating zone (24.3) exposed to reactant gas to pre-heat a reactant gas before entering the catalyst bed; characterized in that the bi-phase condensative working fluid comprises a multi-component mixture of Fischer-Tropsch products in which a variable boiling and condensing point of the mixture is obtained by suitable mixing of the components so that a heat pipe temperature is tuned to achieve the desired working temperature range of the catalyst bed, the multi-component mixture designed so that the temperature profile in the heat pipe is controlled to achieve a higher average reaction rate in the reactor by selecting the multi-component mixture to decrease the maximum temperature in the reactor and to increase the average temperature in the reactor. a cooling zone (24.2) immerged in a catalyst bed to remove heat from the catalyst bed; a heating zone (24.3) exposed to reactant gas to pre-heat a reactant gas before entering the catalyst bed; characterized in that the bi-phase condensative working fluid comprises a multi-component mixture of Fischer-Tropsch products in which a variable boiling and condensing point of the mixture is obtained by suitable mixing of the components so that a heat pipe temperature is tuned to achieve the desired working temperature range of the catalyst bed, the multi-component mixture designed so that the temperature profile in the heat pipe is controlled to achieve a higher average reaction rate in the reactor by selecting the multi-component mixture to decrease the maximum temperature in the reactor and to increase the average temperature in the reactor.
A combination of an FGFR4 inhibitor with a bile acid sequestrant, for use in the treatment of diseases, wherein the FGFR4 inhibitor is an anti-FGFR4 antibody and wherein the bile acid sequestrant is colestyramine.
An organic light emitting display device comprising: a flexible substrate having an emission area (AA) and an edge sealed area (EA); a thin-film transistor on the flexible substrate in the emission area (AA); a passivation layer configured to cover the flexible substrate and the thin-film transistor ; an organic light emitting element configured to be connected to the thin-film transistor on the passivation layer ; a first inorganic layer formed of a different material from the passivation layer and configured to seal the organic light emitting element such that the first inorganic layer covers the organic light emitting element at the emission area (AA) and an extended portion of the first inorganic layer is in contact with the passivation layer at an outer portion of the emission area (AA); a foreign matter compensation layer on the first inorganic layer ; and a second inorganic layer formed as a same material of the passivation layer configured to cover the foreign matter compensation layer and configured to be sealed at the edge sealed area (EA) such that the second inorganic layer is in direct contact with the passivation layer , characterized in that the first inorganic layer is completely covered by the foreign matter compensation layer and completely separated from the second inorganic layer by the foreign matter compensation layer . a flexible substrate having an emission area (AA) and an edge sealed area (EA); a thin-film transistor on the flexible substrate in the emission area (AA); a passivation layer configured to cover the flexible substrate and the thin-film transistor ; an organic light emitting element configured to be connected to the thin-film transistor on the passivation layer ; a first inorganic layer formed of a different material from the passivation layer and configured to seal the organic light emitting element such that the first inorganic layer covers the organic light emitting element at the emission area (AA) and an extended portion of the first inorganic layer is in contact with the passivation layer at an outer portion of the emission area (AA); a foreign matter compensation layer on the first inorganic layer ; and a second inorganic layer formed as a same material of the passivation layer configured to cover the foreign matter compensation layer and configured to be sealed at the edge sealed area (EA) such that the second inorganic layer is in direct contact with the passivation layer , characterized in that the first inorganic layer is completely covered by the foreign matter compensation layer and completely separated from the second inorganic layer by the foreign matter compensation layer .
A convertible furniture system for optional establishing of a chair and a sleeping mat comprising a number of cushions , each cushion comprising an upper surface and an opposite placed lower surface and delimiting side-surfaces connecting the upper and lower surfaces with each other, said convertible furniture further comprising a number of flexible ribbon , arranged to slide into straps , and each end of each ribbon is arranged to lock each other in a position and thereby fixe the cushions in a defined position for establishing a chair or a sleeping mat , and at least one cushion is a separate cushion characterized in that at least two cushions are hinged connected to each other by a hinge providing a cushion unit , and that the cushion unit and the separate cushion each comprises a number of set of straps , each set comprising two straps placed on the side surfaces opposite each other.
A method for wireless communication at a user equipment, UE, comprising: receiving at least a first synchronization signal, SS, block from a first cell configured with a first base station, BS,; receiving , from a second cell configured with a second BS, synchronization assistance information for the first cell, the synchronization assistance information includes an indication of a measurement window being a time duration that immediately follows the receipt of the at least first SS block, wherein the time duration is selected by the second BS to be sufficiently long to cover a delayed transmission of the at least first SS block, if the inter-site distance between the first BS and the second BS is outside a threshold distance, or the time duration is selected by the second BS based on whether the first BS is asynchronous with the second BS; determining a first index of the at least first SS block based at least in part on the indication included in the synchronization assistance information, the first index identifying a location of the at least first SS block within a set of time or frequency resources; and receiving a second SS block from the second cell, wherein determining the first index is further based at least in part on the second SS block. receiving at least a first synchronization signal, SS, block from a first cell configured with a first base station, BS,; receiving , from a second cell configured with a second BS, synchronization assistance information for the first cell, the synchronization assistance information includes an indication of a measurement window being a time duration that immediately follows the receipt of the at least first SS block, wherein the time duration is selected by the second BS to be sufficiently long to cover a delayed transmission of the at least first SS block, if the inter-site distance between the first BS and the second BS is outside a threshold distance, or the time duration is selected by the second BS based on whether the first BS is asynchronous with the second BS; determining a first index of the at least first SS block based at least in part on the indication included in the synchronization assistance information, the first index identifying a location of the at least first SS block within a set of time or frequency resources; and receiving a second SS block from the second cell, wherein determining the first index is further based at least in part on the second SS block.
A computer-implemented method comprising: receiving first data from one or more sensors of a handheld controller , the first data indicating at least one of a force or proximity of at least a portion of a hand of a user holding the handheld controller at a first time; storing , based at least in part on the first data, a first indication that a virtual object rendered on a display has been picked up by the user; presenting , on the display and based at least in part on the first indication, a virtual hand of the user holding the virtual object; receiving second data from the one or more sensors, the second data indicating at least one of a force or proximity of at least a portion of the hand at a second time; storing , based at least in part on the second data, a second indication that the virtual hand is to release the virtual object within a predetermined amount of time from the second time; after storing the second indication, analyzing third data received from the one or more sensors, the third data indicating a velocity of the handheld controller, wherein the third data is received at a third time before or after the second time and received prior to the predetermined amount of time expiring; and presenting the virtual hand releasing the virtual object on the display at least partly based on the third data or the predetermined amount of time expiring. receiving first data from one or more sensors of a handheld controller , the first data indicating at least one of a force or proximity of at least a portion of a hand of a user holding the handheld controller at a first time; storing , based at least in part on the first data, a first indication that a virtual object rendered on a display has been picked up by the user; presenting , on the display and based at least in part on the first indication, a virtual hand of the user holding the virtual object; receiving second data from the one or more sensors, the second data indicating at least one of a force or proximity of at least a portion of the hand at a second time; storing , based at least in part on the second data, a second indication that the virtual hand is to release the virtual object within a predetermined amount of time from the second time; after storing the second indication, analyzing third data received from the one or more sensors, the third data indicating a velocity of the handheld controller, wherein the third data is received at a third time before or after the second time and received prior to the predetermined amount of time expiring; and presenting the virtual hand releasing the virtual object on the display at least partly based on the third data or the predetermined amount of time expiring.
A method of charging a battery of a dental light irradiation device, comprising the steps of: (a) powering the battery at a first charging current I 1 and simultaneously at least temporarily measuring a first terminal voltage U 1 of the battery; (b) powering the battery at a different second charging current I 2 and simultaneously at least temporarily measuring a second terminal voltage U 2 of the battery; (c) calculating a battery source voltage U BAT based on the formula: U BAT = U 1 ⋅ I 2 − U 2 ⋅ I 1 I 2 − I 1 and (d) repeating steps (a) to (c) while the battery source voltage U BAT is below a predetermined threshold voltage, and powering off the battery as soon as the battery source voltage U BAT reaches or exceeds the threshold voltage. (a) powering the battery at a first charging current I 1 and simultaneously at least temporarily measuring a first terminal voltage U 1 of the battery; (b) powering the battery at a different second charging current I 2 and simultaneously at least temporarily measuring a second terminal voltage U 2 of the battery; (c) calculating a battery source voltage U BAT based on the formula: U BAT = U 1 ⋅ I 2 − U 2 ⋅ I 1 I 2 − I 1 and (d) repeating steps (a) to (c) while the battery source voltage U BAT is below a predetermined threshold voltage, and powering off the battery as soon as the battery source voltage U BAT reaches or exceeds the threshold voltage.
A locking system for a container having an actuator for actuating a locking bolt , and having a container locking controller for controlling the actuator , wherein a container communications device , which is associated with the container locking controller , is provided for receiving a locking code , and a camera container code acquisition device is provided for acquisition of a locking code , and wherein the container locking controller is provided such that it performs a comparison of received and acquired locking codes and, in the event of a correct, matching locking code , actuates the actuator , and wherein a central controller is provided that generates the locking code and transmits it to the container communications device through a dial-up communications network , characterized in that a communications code is provided and is delivered to the container locking controller by means of the camera container code acquisition device in such a manner that the container communications device can be activated thereby. wherein a container communications device , which is associated with the container locking controller , is provided for receiving a locking code , and a camera container code acquisition device is provided for acquisition of a locking code , and wherein the container locking controller is provided such that it performs a comparison of received and acquired locking codes and, in the event of a correct, matching locking code , actuates the actuator , and wherein a central controller is provided that generates the locking code and transmits it to the container communications device through a dial-up communications network , characterized in that a communications code is provided and is delivered to the container locking controller by means of the camera container code acquisition device in such a manner that the container communications device can be activated thereby.
Light-curing, reactive, pressure-sensitive adhesive film of adhesive, comprising (a) at least one reactive monomer or reactive resin, (b) an initiator, (c) a photoredox catalyst, (d) a polymer obtained by radical polymerization of monomers containing carbon-carbon double bonds, characterized in that these monomers comprise N-vinyl compounds, and (e) a film-forming polymer. (a) at least one reactive monomer or reactive resin, (b) an initiator, (c) a photoredox catalyst, (d) a polymer obtained by radical polymerization of monomers containing carbon-carbon double bonds, characterized in that these monomers comprise N-vinyl compounds, and (e) a film-forming polymer.
A method of wireless communication performed by a first user equipment, UE, comprising: receiving a set of resource maps from one or more second UEs, each resource map of the set of resource maps including resource availability information for a respective time window; selecting a set of resources based at least in part on at least one resource map of the set of resource maps; and transmitting a signal using the selected set of resources; wherein selecting the set of resources is characterised by : determining that no resource map has been received within a threshold amount of time from receipt of a freshest resource map of the set of resource maps; determining that a receipt time of a request to transmit the signal is after an end of a time window associated with the freshest resource map; and randomly selecting the set of resources based at least in part on the determination that no resource map has been received within the threshold amount of time and the determination that the receipt time of the request is after the end of the time window associated with the freshest resource map. receiving a set of resource maps from one or more second UEs, each resource map of the set of resource maps including resource availability information for a respective time window; selecting a set of resources based at least in part on at least one resource map of the set of resource maps; and transmitting a signal using the selected set of resources; wherein selecting the set of resources is characterised by : determining that no resource map has been received within a threshold amount of time from receipt of a freshest resource map of the set of resource maps; determining that a receipt time of a request to transmit the signal is after an end of a time window associated with the freshest resource map; and randomly selecting the set of resources based at least in part on the determination that no resource map has been received within the threshold amount of time and the determination that the receipt time of the request is after the end of the time window associated with the freshest resource map. determining that no resource map has been received within a threshold amount of time from receipt of a freshest resource map of the set of resource maps; determining that a receipt time of a request to transmit the signal is after an end of a time window associated with the freshest resource map; and randomly selecting the set of resources based at least in part on the determination that no resource map has been received within the threshold amount of time and the determination that the receipt time of the request is after the end of the time window associated with the freshest resource map.
A computer-implemented method of analysing data from a plurality of utility meters to determine whether a physical examination of a utility meter is required, the method comprising: receiving meter readings and meter events from the plurality of utility meters, wherein: meter readings from a utility meter comprise consumption data, and meter events from a utility meter comprise messages generated by the meter indicating a status or status change of the meter; compiling a data set from the meter readings and meter events; segmenting the data set into subsets according to one or more predetermined parameters; analysing data in a subset using statistical methods to determine whether meter readings or meter events from each meter are abnormal; identifying a meter that generated abnormal data; and sending a notification to an operator including an indication of the meter identified as abnormal. receiving meter readings and meter events from the plurality of utility meters, wherein: meter readings from a utility meter comprise consumption data, and meter events from a utility meter comprise messages generated by the meter indicating a status or status change of the meter; meter readings from a utility meter comprise consumption data, and meter events from a utility meter comprise messages generated by the meter indicating a status or status change of the meter; compiling a data set from the meter readings and meter events; segmenting the data set into subsets according to one or more predetermined parameters; analysing data in a subset using statistical methods to determine whether meter readings or meter events from each meter are abnormal; identifying a meter that generated abnormal data; and sending a notification to an operator including an indication of the meter identified as abnormal.
A shoe roll pedestal structure, comprising a pedestal having an axle hole ; the axle hole being configured to accommodate an axle stub , the axle hole in section having a polygon shape, the polygon having a rounding in at least one of its corners, wherein at least one of the surfaces of the axle hole is a torque surface, and the at least one torque surface of the axle hole is configured to be in abutment against a corresponding torque surface of the axle stub having a polygon shape in section corresponding to the polygon shape of the axle hole. a pedestal having an axle hole ; the axle hole being configured to accommodate an axle stub , the axle hole in section having a polygon shape, the polygon having a rounding in at least one of its corners, wherein at least one of the surfaces of the axle hole is a torque surface, and the at least one torque surface of the axle hole is configured to be in abutment against a corresponding torque surface of the axle stub having a polygon shape in section corresponding to the polygon shape of the axle hole.