mhurhangee/patent-ind-claim-en huggingface dataset:
A rotor blade for a gas turbine engine , comprising: an attachment ; an airfoil extending from the attachment to a tip ; and a tip shelf located in a surface of the tip proximate to a pressure side of the airfoil, wherein the tip shelf has a ledge portion extending from the pressure side to a wall portion extending upwardly from the ledge portion to the tip and wherein the wall portion is configured to have a convex portion with respect to a top view of the pressure side of the airfoil as it extends from a leading edge to a trailing edge of the airfoil; characterised in that the convex portion of the wall portion comprises at least 50% of the wall portion that extends from the leading edge to the trailing edge of the airfoil. an attachment ; an airfoil extending from the attachment to a tip ; and a tip shelf located in a surface of the tip proximate to a pressure side of the airfoil, wherein the tip shelf has a ledge portion extending from the pressure side to a wall portion extending upwardly from the ledge portion to the tip and wherein the wall portion is configured to have a convex portion with respect to a top view of the pressure side of the airfoil as it extends from a leading edge to a trailing edge of the airfoil; characterised in that the convex portion of the wall portion comprises at least 50% of the wall portion that extends from the leading edge to the trailing edge of the airfoil.
A method for estimating at least one output variable (y) of a physical process as a function of at least one input variable (u) with a model ensemble , whereas the model ensemble being formed from a sum of model outputs (ŷ j) from a plurality (j) of models (M j ) that have been weighted with a weighting factor (w j ), characterized in that for each model (M j ) an empirical complexity measurement (c j ), that evaluates over a specified input variable range (U) the deviation of the model output variable (ŷ j ) from the output variable (y) of the actual physical process, that is measured on a test bench for the physical process, and a model error (E j ) are determined, and a surface information criterion (SIC j , SIC) is formed from the empirical complexity measurement (cj) and the model error (Ej) from which the weighting factors (w j ) for the model ensemble are determined.
A method comprising: receiving, via a data network, first data packets at baseband from first remote antenna units , wherein each of the first data packets includes respective first control data and respective first user data, wherein the respective first control data include data for managing a first communication link between a first baseband unit and a respective first remote antenna unit , wherein the respective first user data represents a respective first uplink signal received by each of the first remote antenna units from one or more mobile stations, wherein the first data packets are associated with different times of receipt by the first remote antenna units ; extracting the first user data from the received first data packets; generating first additional user data representing a first combined uplink signal by combining corresponding samples received from the different first remote antenna units, in the first user data extracted from the first data packets; determining whether the first additional user data causes an overflow event, and if so addressing the overflow event within the first additional user data, wherein the overflow event occurs when a number of bits in the first combined uplink signal exceeds a number of assigned bits for the first communication link; and transmitting a first additional data packet to the first baseband unit , wherein the first additional data packet includes the first additional user data and first additional control data derived from the first control data from the received first data packets. receiving, via a data network, first data packets at baseband from first remote antenna units , wherein each of the first data packets includes respective first control data and respective first user data, wherein the respective first control data include data for managing a first communication link between a first baseband unit and a respective first remote antenna unit , wherein the respective first user data represents a respective first uplink signal received by each of the first remote antenna units from one or more mobile stations, wherein the first data packets are associated with different times of receipt by the first remote antenna units ; extracting the first user data from the received first data packets; generating first additional user data representing a first combined uplink signal by combining corresponding samples received from the different first remote antenna units, in the first user data extracted from the first data packets; determining whether the first additional user data causes an overflow event, and if so addressing the overflow event within the first additional user data, wherein the overflow event occurs when a number of bits in the first combined uplink signal exceeds a number of assigned bits for the first communication link; and transmitting a first additional data packet to the first baseband unit , wherein the first additional data packet includes the first additional user data and first additional control data derived from the first control data from the received first data packets.
A method performed by a user device for recommending an action to a user, the method comprising: determining up-to-date user context information corresponding to a user of the user device based on user profile information; determining an anticipated need of the user based on the determined up-to-date user context information; presenting a context message to the user based on the determined anticipated need; presenting one or more status update messages to the user based on the user confirming the anticipated need presented in the context message; proposing to the user a recommended action of posting one of the status update messages to a social network based on the confirmed anticipated need ; receiving a response that confirms or edits one of the status update messages; and communicating the confirmed or edited status update message to the social network based upon the response. determining up-to-date user context information corresponding to a user of the user device based on user profile information; determining an anticipated need of the user based on the determined up-to-date user context information; presenting a context message to the user based on the determined anticipated need; presenting one or more status update messages to the user based on the user confirming the anticipated need presented in the context message; proposing to the user a recommended action of posting one of the status update messages to a social network based on the confirmed anticipated need ; receiving a response that confirms or edits one of the status update messages; and communicating the confirmed or edited status update message to the social network based upon the response.
A communication terminal comprising: a primary concave reflector configured to provide a first focal length to a focal point ; a secondary concave reflector configured to provide a second focal length to the focal point , wherein the focal point is located between the primary concave reflector and the secondary concave reflector ; an optical transceiver facing the secondary concave reflector , wherein the optical transceiver is configured to transmit and receive the optical signal via the primary and secondary concave reflectors through the focal point ; one or more RF transceivers facing the primary concave reflector , wherein the one or more RF transceivers are positioned adjacent to the focal point and offset from a path of the optical signal , and wherein the one or more RF transceivers are configured to transmit and receive the RF signal via the primary concave reflector . a primary concave reflector configured to provide a first focal length to a focal point ; a secondary concave reflector configured to provide a second focal length to the focal point , wherein the focal point is located between the primary concave reflector and the secondary concave reflector ; an optical transceiver facing the secondary concave reflector , wherein the optical transceiver is configured to transmit and receive the optical signal via the primary and secondary concave reflectors through the focal point ; one or more RF transceivers facing the primary concave reflector , wherein the one or more RF transceivers are positioned adjacent to the focal point and offset from a path of the optical signal , and wherein the one or more RF transceivers are configured to transmit and receive the RF signal via the primary concave reflector .
A footrest intended to be installed inside the passenger compartment of a vehicle, in particular an automobile, between a part of the apron and the floor of that vehicle, the footrest having a rigid flat sole intended to support the foot of a driver by being inclined towards the front of the vehicle at an angle of inclination extending horizontally to the rear of the lower end of the sole and intended to rest directly on the floor or on a soundproof mat ; characterized by a frangible zone arranged horizontally along the intersection between the said inclined sole and the said horizontal leg , the frangible zone being configured to break under a predetermined longitudinal shear stress.
A method of resource scheduling for a radio channel between a radio telecommunications network and a radio terminal or user equipment, UE , wherein the radio telecommunications network performs the resource scheduling in dependency of a reported channel quality value indicative of a quality of the radio channel, wherein the UE performs the following steps: • determining a channel quality with respect to the radio channel, • determining a communication condition with respect to the radio channel, based on a type of one or more radio bearers established for the radio channel, thereby the communication condition being indicative of a type of communication that is performed by the UE on the radio channel, • generating a channel quality value as a function of the channel quality and the communication condition, and • transmitting the channel quality value to the radio telecommunications network. • determining a channel quality with respect to the radio channel, • determining a communication condition with respect to the radio channel, based on a type of one or more radio bearers established for the radio channel, thereby the communication condition being indicative of a type of communication that is performed by the UE on the radio channel, • generating a channel quality value as a function of the channel quality and the communication condition, and • transmitting the channel quality value to the radio telecommunications network.
A resin additive composition comprising: (A) sodium-2,2'-methylene-bis(4,6-di- tert -butylphenyl)phosphate: (B) a lithium phosphate compound represented by the following Formula ; and (C) a fatty acid metal salt represented by the following Formula , wherein the content of said component (B) is in a range of 25 to 400 parts by mass with respect to 100 parts by mass of said component (A); and wherein the content of said component (C) is in a range of 10 parts by mass to 50 parts by mass with respect to a total of 100 parts by mass of said components (A) and : wherein, R 1 to R 4 each represent a linear or branched alkyl group having 1 to 8 carbon atoms; and R 5 represents an alkylidene group having 1 to 4 carbon atoms; wherein, R 6 represents an unsubstituted or hydroxy-substituted aliphatic group having 1 to 40 carbon atoms; M represents a metal atom; and n is an integer of 1 to 4, representing the valence of said metal atom M. (A) sodium-2,2'-methylene-bis(4,6-di- tert -butylphenyl)phosphate: (B) a lithium phosphate compound represented by the following Formula ; and (C) a fatty acid metal salt represented by the following Formula , wherein the content of said component (B) is in a range of 25 to 400 parts by mass with respect to 100 parts by mass of said component (A); and wherein the content of said component (C) is in a range of 10 parts by mass to 50 parts by mass with respect to a total of 100 parts by mass of said components (A) and : wherein, R 1 to R 4 each represent a linear or branched alkyl group having 1 to 8 carbon atoms; and R 5 represents an alkylidene group having 1 to 4 carbon atoms; wherein, R 6 represents an unsubstituted or hydroxy-substituted aliphatic group having 1 to 40 carbon atoms; M represents a metal atom; and n is an integer of 1 to 4, representing the valence of said metal atom M.
An electric mower , comprising: a blade housing defining a cavity opening out downward and a vertical passage extending centrally upward from the cavity; a metallic motor support plate attached to a part of the blade housing defining an upper end of the vertical passage and provided with an extension extending beyond the vertical passage in a horizontal direction; an electric motor attached to the motor support plate and having an output shaft extending downward through an opening formed in the motor support plate; a blade attached to a lower end of the output shaft and covered by the blade housing; a control unit mounted on an upper surface of the extension for controlling the electric motor; and an upper housing attached to an upper end of the blade housing to define an air passage (A) in cooperation with an upper surface of the blade housing; wherein the air passage communicates with the atmosphere via an air inlet defined at least partly by the upper housing, and includes a space defined between the upper surface of the blade housing and at least a part of a lower surface of the extension, characterized in that the electric mower further comprises a motor cover attached to an upper surface of the motor support plate to define a chamber receiving the electric motor and the control unit therein. a blade housing defining a cavity opening out downward and a vertical passage extending centrally upward from the cavity; a metallic motor support plate attached to a part of the blade housing defining an upper end of the vertical passage and provided with an extension extending beyond the vertical passage in a horizontal direction; an electric motor attached to the motor support plate and having an output shaft extending downward through an opening formed in the motor support plate; a blade attached to a lower end of the output shaft and covered by the blade housing; a control unit mounted on an upper surface of the extension for controlling the electric motor; and an upper housing attached to an upper end of the blade housing to define an air passage (A) in cooperation with an upper surface of the blade housing; wherein the air passage communicates with the atmosphere via an air inlet defined at least partly by the upper housing, and includes a space defined between the upper surface of the blade housing and at least a part of a lower surface of the extension, characterized in that the electric mower further comprises a motor cover attached to an upper surface of the motor support plate to define a chamber receiving the electric motor and the control unit therein.
A laundry machine comprising: a tub ; a drum rotatably arranged in the tub to accommodate an object and provided with a through hole on an outer circumferential surface thereof; a steam induction heater provided at a front upper portion of a front wall of the tub or a rear upper portion of a rear wall of the tub and configured to heat a heating surface of the drum facing the steam induction heater on an outer surface of the drum ; a motor drive configured to rotate the drum ; a spray nozzle provided adjacent to the steam induction heater on the tub , and configured to spray water, in a droplet form, onto the heating surface of the drum facing and heated by the steam induction heater to generate steam; and a processor configured to rotate the drum such that the steam is introduced into the drum through the through hole of the drum in a space between the tub and the drum . a tub ; a drum rotatably arranged in the tub to accommodate an object and provided with a through hole on an outer circumferential surface thereof; a steam induction heater provided at a front upper portion of a front wall of the tub or a rear upper portion of a rear wall of the tub and configured to heat a heating surface of the drum facing the steam induction heater on an outer surface of the drum ; a motor drive configured to rotate the drum ; a spray nozzle provided adjacent to the steam induction heater on the tub , and configured to spray water, in a droplet form, onto the heating surface of the drum facing and heated by the steam induction heater to generate steam; and a processor configured to rotate the drum such that the steam is introduced into the drum through the through hole of the drum in a space between the tub and the drum .
An axial flux electric motor comprising a rotor rotatably supported around an axis of rotation (Ar) and carrying a number RPN of magnetic poles , and a stator carrying a number SPN of poles (3a ... 3n) distributed at regular angular intervals about the axis of rotation (Ar) of the rotor , each of the poles (3a ... 3n) of the stator comprising a core (5a to 5c) extending in a radial direction of the stator and a winding of an electric conductor wound around the core (5a to 5c), the cores (5a to 5c) of the poles (3a ... 3n) each being formed by a stack of laminations (7a to 7c) consisting of a grain-oriented electrical steel sheet (E), the grains of which are oriented in a preferred direction (GO), the cores (5a to 5c) respectively being aligned along a pole axis of the respective pole (3a ... 3n) which is directed axially parallel to the axis of rotation (Ar) of the rotor , wherein in a plan view on the head face of the core (5a to 5c) of at least one of the poles (3a ... 3n), at least for one of the laminations (7a - 7c) forming this core (5a to 5c) the direction (PA) of the pole axis includes with the preferred direction (GO) of the grains of said lamination (7a to 7c) a tilt angle â which is greater than 0° and at most equal to 30°, wherein the rotor is movable in a forward and a reverse direction and wherein in at least one pole (3a ... 3n) in at least one of the laminations (7a - 7c) forming the core (5a to 5c) of said pole (3a ... 3n) the preferred direction (GO), in which the grains of said lamination (7a to 7c) are oriented, deviates in the forward direction (Uf) from the direction (PA) of the pole axis, while in another lamination (7a to 7c) of the same core (5a to 5c) the preferred direction (PA) in which the grains of this lamination (7a to 7c) are oriented, deviates in the reverse direction (Ur) from the direction (PA)of the pole axis, characterized in that between the laminations (7a-7b), which preferred directions (GO), in which the grains of the respective lamination (7a-7b) are oriented, deviate in opposite directions (Uf,Ur) from the direction (PA) of the pole axis of the respective pole (3a ... 3n), an additional lamination is arranged and in that the preferred direction (PA), in which the grains of the additional lamination are oriented, corresponds to the direction (PA) of the pole axis of the respective pole (3a ... 3n).
An airfoil component for a gas turbine engine, the airfoil component comprising: an insert having angled faces joined at an edge that provides an airfoil trailing edge ; and a first CMC fiber layer arranged on the angled faces , and a second CMC fiber layer arranged on the first CMC fiber layer , wherein the second CMC fiber layer includes free ends short of the edge ; wherein the insert is a ceramic insert made by a monolithic ceramic or chopped CMC fiber with resin and the angled faces of the insert extend from an inner face toward one another at the edge and characterized in that the first CMC fiber layer extends further towards the edge than the second CMC fiber layer . an insert having angled faces joined at an edge that provides an airfoil trailing edge ; and a first CMC fiber layer arranged on the angled faces , and a second CMC fiber layer arranged on the first CMC fiber layer , wherein the second CMC fiber layer includes free ends short of the edge ; wherein the insert is a ceramic insert made by a monolithic ceramic or chopped CMC fiber with resin and the angled faces of the insert extend from an inner face toward one another at the edge and characterized in that the first CMC fiber layer extends further towards the edge than the second CMC fiber layer .
A feeding tube with an integrated stylet, having a flexible feeding tube with distal and proximal ends and an adapter at the proximal end, and a stylet with distal and proximal ends positioned within the feeding tube having an anchor at the proximal end, characterized in that the anchor is configured to seat within the adapter to prevent the anchor from entering the feeding tube , and wherein the anchor has one or more channels extending through the anchor to permit fluid to flow from the adapter through the one or more channels and through the feeding tube with the anchor remaining seated within the adapter .
A drum washing machine, comprising a washing machine housing , wherein a washing drum is disposed in the washing machine housing and comprises a front washing drum and a rear washing drum , wherein the front washing drum is sealedly connected to the rear washing drum , the rear washing drum is operative to rotate relative to the front washing drum , and the rear washing drum is operative to rotate along with a motor , wherein the front washing drum is stationary when the rear washing drum is rotating along with the motor ; wherein the drum washing machine further comprises a sealing window pad , wherein a loading port is provided at a side of the washing machine housing , a door and window is arranged at the loading port, the sealing window pad is disposed between the door and window and the front washing drum , and a second sealing ring is arranged between the front washing drum and the rear washing drum , characterized in that , the front washing drum is connected to the rear washing drum via a rotary bearing , the rear washing drum is sleeved on an inner ring of the rotary bearing , and the front washing drum is engaged with an outer ring of the rotary bearing .
A signal processing apparatus for a tool comprising a rotating body rotated by impacts delivered from a drive apparatus , the signal processing apparatus comprising: a filter that receives a torque value signal output by a torque sensor , the torque value signal indicating a torque applied to the rotating body , wherein the filter filters the torque value signal; wherein the signal processing apparatus is characterized by further comprising a calculation circuit that sets a filter coefficient of the filter based on a number of impacts delivered to the rotating body ; and a control circuit that controls the impacts delivered to the rotating body , based on the torque value signal filtered by the filter . a filter that receives a torque value signal output by a torque sensor , the torque value signal indicating a torque applied to the rotating body , wherein the filter filters the torque value signal; wherein the signal processing apparatus is characterized by further comprising a calculation circuit that sets a filter coefficient of the filter based on a number of impacts delivered to the rotating body ; and a control circuit that controls the impacts delivered to the rotating body , based on the torque value signal filtered by the filter .
An artificial food casing comprising an ultraviolet-detectable component, wherein the food casing is tubular, characterised in that the ultraviolet-detectable component is distributed uniformly throughout the artificial food casing.