mhurhangee/patent-ind-claim-en huggingface dataset:
A fan section for a gas turbine engine, the fan section comprising: a fan disk (300; 400) comprising a hub (322; 422); and a segmented structural link (302; 402) coupled to the fan disk (300; 400), the segmented structural link (302; 402) comprising: a base portion (304; 404) having a first face (305; 434); a tail portion (306; 408) extending at an angle (Θ) relative to the first face; and a distal end (308; 412) having a second face , wherein the distal end (308; 412) is coupled at the second face to a forward flange of the hub (322; 422); characterised in that : the hub (322; 422) comprises a cone arm (326; 426) coupled to a blade ring (330; 430) at a web (328; 428); the base portion (304; 404) is coupled at the first face to a first flange of the fan disk (300;400); the segmented structural link (302; 402) is compressed in response to the first flange being driven toward the forward flange; and the angle (Θ) is between 10 and 50 degrees. a fan disk (300; 400) comprising a hub (322; 422); and a segmented structural link (302; 402) coupled to the fan disk (300; 400), the segmented structural link (302; 402) comprising: a base portion (304; 404) having a first face (305; 434); a tail portion (306; 408) extending at an angle (Θ) relative to the first face; and a distal end (308; 412) having a second face , wherein the distal end (308; 412) is coupled at the second face to a forward flange of the hub (322; 422); characterised in that : the hub (322; 422) comprises a cone arm (326; 426) coupled to a blade ring (330; 430) at a web (328; 428); the base portion (304; 404) is coupled at the first face to a first flange of the fan disk (300;400); the segmented structural link (302; 402) is compressed in response to the first flange being driven toward the forward flange; and the angle (Θ) is between 10 and 50 degrees. a base portion (304; 404) having a first face (305; 434); a tail portion (306; 408) extending at an angle (Θ) relative to the first face; and a distal end (308; 412) having a second face , wherein the distal end (308; 412) is coupled at the second face to a forward flange of the hub (322; 422); characterised in that : the hub (322; 422) comprises a cone arm (326; 426) coupled to a blade ring (330; 430) at a web (328; 428); the base portion (304; 404) is coupled at the first face to a first flange of the fan disk (300;400); the segmented structural link (302; 402) is compressed in response to the first flange being driven toward the forward flange; and the angle (Θ) is between 10 and 50 degrees. the hub (322; 422) comprises a cone arm (326; 426) coupled to a blade ring (330; 430) at a web (328; 428); the base portion (304; 404) is coupled at the first face to a first flange of the fan disk (300;400); the segmented structural link (302; 402) is compressed in response to the first flange being driven toward the forward flange; and the angle (Θ) is between 10 and 50 degrees.
Vehicle seat having a ventilation device which is assigned at least two fans (12.1, 12.2), characterized in that only one of the at least two fans (12.1, 12.2) is provided, as an input signal, with a bus signal (LIN) which is converted, in a signal converter (MC12.1, MC12.2) to form a PWM signal (PWM) for the at least one further fan (12.1), wherein the signal converter (MC-12.1) has at least one output (MC-12 Ausg ) which provides an input of the at least one further fan (12.2) with the PWM signal (PWM) generated for the at least one fan (12.1).
A stator plate element for a conical mechanical refiner , the stator plate element comprising at least one stator plate segment having a stator plate segment refining area ; characterized in that the stator plate element further comprises: a first attaching rail configured to couple to the at least one stator plate segment at a first edge portion of the at least one stator plate segment ; and a second attaching rail configured to couple to the at least one stator plate segment at a second edge portion of the at least one stator plate segment opposite the first edge portion , wherein the first attaching rail and the second attaching rail are configured to attach the at least one stator plate segment to a conical stator support frame of the conical mechanical refiner , and wherein a separation between the first attaching rail and the second attaching rail that is not covered by the at least one stator plate segment is configured to form at least one feedstock outlet opening . the stator plate element comprising at least one stator plate segment having a stator plate segment refining area ; characterized in that the stator plate element further comprises: a first attaching rail configured to couple to the at least one stator plate segment at a first edge portion of the at least one stator plate segment ; and a second attaching rail configured to couple to the at least one stator plate segment at a second edge portion of the at least one stator plate segment opposite the first edge portion , wherein the first attaching rail and the second attaching rail are configured to attach the at least one stator plate segment to a conical stator support frame of the conical mechanical refiner , and wherein a separation between the first attaching rail and the second attaching rail that is not covered by the at least one stator plate segment is configured to form at least one feedstock outlet opening . a first attaching rail configured to couple to the at least one stator plate segment at a first edge portion of the at least one stator plate segment ; and a second attaching rail configured to couple to the at least one stator plate segment at a second edge portion of the at least one stator plate segment opposite the first edge portion , wherein the first attaching rail and the second attaching rail are configured to attach the at least one stator plate segment to a conical stator support frame of the conical mechanical refiner , and wherein a separation between the first attaching rail and the second attaching rail that is not covered by the at least one stator plate segment is configured to form at least one feedstock outlet opening .
A memory device , comprising: a memory cell array configured to store data, a control circuit configured to control the memory cell array in response to a command; an input/output interface including a receiver coupled to a memory controller and configured to be placed in an active state based on an address or an operation result of a command and an operation result of a first external signal and a second external signal received from the memory controller via a control signal input interface , and be enabled to receive a command or data; a command register configured to store a command; an address register configured to store an address, wherein the first external signal is a command latch enable signal for causing the command register to store a command, and the second external signal is an address latch enable signal for causing the address register to store an address, the input/output interface further including at least two operation circuits constituting an RS flip-flop circuit configured such that, when a signal from the command register is asserted, the operation circuit outputs an asserted signal, and even if the signal from the command register changes in the state where the output signal of the operation circuit is determined, the output signal of the operation circuit is maintained, enabling the receiver to receive a command or a data. a memory cell array configured to store data, a control circuit configured to control the memory cell array in response to a command; an input/output interface including a receiver coupled to a memory controller and configured to be placed in an active state based on an address or an operation result of a command and an operation result of a first external signal and a second external signal received from the memory controller via a control signal input interface , and be enabled to receive a command or data; a command register configured to store a command; an address register configured to store an address, wherein the first external signal is a command latch enable signal for causing the command register to store a command, and the second external signal is an address latch enable signal for causing the address register to store an address, the input/output interface further including at least two operation circuits constituting an RS flip-flop circuit configured such that, when a signal from the command register is asserted, the operation circuit outputs an asserted signal, and even if the signal from the command register changes in the state where the output signal of the operation circuit is determined, the output signal of the operation circuit is maintained, enabling the receiver to receive a command or a data.
A sanitary fitting , at least comprising: - one fitting housing ; - one mixer valve for mixing cold water and hot water to form mixed water; and - one thermostatic mixer for mixing cold water and hot water to the hot water, comprising an expanding element and a slide which can be actuated by the expanding element for setting a mixing ratio between the cold water and the hot water, characterized in that the expanding element and the slide are not arranged coaxially with respect to each other, wherein the slide can be actuated by the expanding element via a connecting element and wherein the connecting element can be plugged onto the slide or the expanding element and can subsequently be rotated into a closed position in which the slide and the expanding element are connected to one another by the connecting element . - one fitting housing ; - one mixer valve for mixing cold water and hot water to form mixed water; and - one thermostatic mixer for mixing cold water and hot water to the hot water, comprising an expanding element and a slide which can be actuated by the expanding element for setting a mixing ratio between the cold water and the hot water, characterized in that the expanding element and the slide are not arranged coaxially with respect to each other, wherein the slide can be actuated by the expanding element via a connecting element and wherein the connecting element can be plugged onto the slide or the expanding element and can subsequently be rotated into a closed position in which the slide and the expanding element are connected to one another by the connecting element .
A method for processing audio signals comprising: filtering at least two audio signals to generate at least two groups of at least two audio components; determining at least one interaural difference between respective pairs of the at least two groups, wherein the at least one interaural difference is determined based on at least one audio component of each group of the at least two groups; comparing the determined at least one interaural difference between the respective pairs of the at least two groups against at least one difference threshold for each respective pair of the at least two groups, wherein the at least one difference threshold is generated from a left and right head related transfer functions for a listener; determining a gain value for each group of the at least two groups based on the comparing; determining a sum of the at least two audio components for each group of the at least two groups; determining a product for each group of the at least two groups by multiplying the gain value and the sum determined for each group of the at least two groups; and generating a centre audio signal by combining the product determined for each group of the at least two groups. filtering at least two audio signals to generate at least two groups of at least two audio components; determining at least one interaural difference between respective pairs of the at least two groups, wherein the at least one interaural difference is determined based on at least one audio component of each group of the at least two groups; comparing the determined at least one interaural difference between the respective pairs of the at least two groups against at least one difference threshold for each respective pair of the at least two groups, wherein the at least one difference threshold is generated from a left and right head related transfer functions for a listener; determining a gain value for each group of the at least two groups based on the comparing; determining a sum of the at least two audio components for each group of the at least two groups; determining a product for each group of the at least two groups by multiplying the gain value and the sum determined for each group of the at least two groups; and generating a centre audio signal by combining the product determined for each group of the at least two groups.
A canisterless reduced pressure pump assembly for reduced pressure wound therapy comprising: a housing , a pump supported within or by the housing and a fluid flow pathway through the pump, wherein the pump comprises a motor, an inlet and an outlet , a first valve supported by the pump and configured to control a flow of a fluid through the inlet, and a second valve supported by the pump and configured to control a flow of a fluid through the outlet; and wherein the first valve and the second valve are configured to permit a sufficient flow of sterilization gas therethrough and wherein the pump is a sterile pump provided in a sterile condition before use and has been sterilized such that the entire fluid pathway within the pump has been exposed to the sterilization gas during the sterilization process and wherein the first and second valves are configured to be leaky in a closed position, thereby permitting a flow of sterilization gas to advance past the valves to sterilize the internal components of the pump when the first and second valves are in a closed position. a housing , a pump supported within or by the housing and a fluid flow pathway through the pump, wherein the pump comprises a motor, an inlet and an outlet , a first valve supported by the pump and configured to control a flow of a fluid through the inlet, and a second valve supported by the pump and configured to control a flow of a fluid through the outlet; and wherein the first valve and the second valve are configured to permit a sufficient flow of sterilization gas therethrough and wherein the pump is a sterile pump provided in a sterile condition before use and has been sterilized such that the entire fluid pathway within the pump has been exposed to the sterilization gas during the sterilization process and wherein the first and second valves are configured to be leaky in a closed position, thereby permitting a flow of sterilization gas to advance past the valves to sterilize the internal components of the pump when the first and second valves are in a closed position.
Hand-held vacuum cleaner, comprising a handle , a suction pipe , a floor nozzle and a separation unit which has a drive assembly and a suctioned material container in order to suck suctioned material through the floor nozzle into the suctioned material container , it being possible for the handle , the suction pipe , the floor nozzle and the separation unit to be connected to one another in a first configuration and in a second configuration, the suction pipe being arranged between the separation unit and the handle in the first configuration and the suction pipe being arranged between the floor nozzle and the separation unit in the second configuration such that the suctioned material passes through the suction pipe on the way from the floor nozzle into the suctioned material container , characterised by a centre of gravity (S) of the vacuum cleaner that, during operational handling, is located below an active axis (AX1) which extends through a pivot point (P2) of the floor nozzle and a gripping point (P1) of the handle .
A method of using a binary logic circuit to interpolate between two endpoint values E 0 and E 1 using a weighting index i for generating an interpolated result P, the values E 0 and E 1 being formed from Adaptive Scalable Texture Compression (ASTC) low-dynamic range (LDR) colour endpoint values C 0 and C 1 respectively, the method comprising: performing at an interpolation unit of the binary logic circuit an interpolation between the colour endpoint values C 0 and C 1 using the weighting index i to generate a first intermediate interpolated result C 2 ; receiving at combinational logic circuitry of the binary logic circuit the interpolated result C 2 , and performing one or more logical processing operations to calculate the interpolated result P according to the equation P = └(( C 2 ≪ 8) + C 2 + 32)/64┘ when the interpolated result is not to be compatible with an sRGB colour space, and according to the equation P = └(( C 2 ≪ 8) + 128.64 + 32)/64┘when the interpolated result is to be compatible with an sRGB colour space. performing at an interpolation unit of the binary logic circuit an interpolation between the colour endpoint values C 0 and C 1 using the weighting index i to generate a first intermediate interpolated result C 2 ; receiving at combinational logic circuitry of the binary logic circuit the interpolated result C 2 , and performing one or more logical processing operations to calculate the interpolated result P according to the equation P = └(( C 2 ≪ 8) + C 2 + 32)/64┘ when the interpolated result is not to be compatible with an sRGB colour space, and according to the equation P = └(( C 2 ≪ 8) + 128.64 + 32)/64┘when the interpolated result is to be compatible with an sRGB colour space.
A method for receiving an input, the method comprising: determining whether a hovering input is received in a predefined area within a display, the predefined area being adjacent to a hardware module of an electronic device; entering an input monitoring mode enabling reception of a user input for a predefined amount of time, when the hovering input is detected in the predefined area of the display, and starting a timer; determining whether the user input is received from at least one sensor of the electronic device within the predefined amount of time determined by the timer; when the user input is received from at least one sensor of the electronic device within the predefined amount of time determined by the timer: determining whether the user input satisfies at least one predefined condition corresponding to the at least one sensor; when the user input satisfies the at least one predefined condition corresponding to the at least one sensor: cancelling the input monitoring mode; and performing a function corresponding to the hardware module adjacent to the predefined area. determining whether a hovering input is received in a predefined area within a display, the predefined area being adjacent to a hardware module of an electronic device; entering an input monitoring mode enabling reception of a user input for a predefined amount of time, when the hovering input is detected in the predefined area of the display, and starting a timer; determining whether the user input is received from at least one sensor of the electronic device within the predefined amount of time determined by the timer; when the user input is received from at least one sensor of the electronic device within the predefined amount of time determined by the timer: determining whether the user input satisfies at least one predefined condition corresponding to the at least one sensor; when the user input satisfies the at least one predefined condition corresponding to the at least one sensor: cancelling the input monitoring mode; and performing a function corresponding to the hardware module adjacent to the predefined area. determining whether the user input satisfies at least one predefined condition corresponding to the at least one sensor; when the user input satisfies the at least one predefined condition corresponding to the at least one sensor: cancelling the input monitoring mode; and performing a function corresponding to the hardware module adjacent to the predefined area. cancelling the input monitoring mode; and performing a function corresponding to the hardware module adjacent to the predefined area.
Interleukin-2 (IL-2) for use in treating a food allergy in a subject, wherein IL-2 is to be administered (i) by subcutaneous route at a dosage of less than 5 MIU/day , (ii) by oral route at a dosage between 0.5 and 10 MIU/dayor (iii) by intranasal route at a dosage between 0.5 and 5 MIU/day.
A medical device for measuring blood pressure, comprising: an elongated shaft having a proximal region and a distal region and a lumen extending therethrough; an optical pressure sensing block disposed within the lumen, the optical pressure sensing block including a distal portion , a proximal portion and a center portion disposed between the distal portion and the proximal portion, the distal portion tapering from the center portion towards a distal end of the distal portion and the proximal portion tapering from the center portion towards a proximal end of the proximal portion; a pressure sensing membrane disposed on the distal portion of the optical pressure sensing block; the proximal portion forming an optical fiber connector extending proximally from the proximal portion, the optical fiber connector configured to be coupled to an optical fiber; and an optical fiber extending through the lumen and coupled to the optical fiber connector. an elongated shaft having a proximal region and a distal region and a lumen extending therethrough; an optical pressure sensing block disposed within the lumen, the optical pressure sensing block including a distal portion , a proximal portion and a center portion disposed between the distal portion and the proximal portion, the distal portion tapering from the center portion towards a distal end of the distal portion and the proximal portion tapering from the center portion towards a proximal end of the proximal portion; a pressure sensing membrane disposed on the distal portion of the optical pressure sensing block; the proximal portion forming an optical fiber connector extending proximally from the proximal portion, the optical fiber connector configured to be coupled to an optical fiber; and an optical fiber extending through the lumen and coupled to the optical fiber connector.
A method comprising: receiving, from one or more cameras, image data indicating attributes of an interior of a vehicle; determining, based on the image data, that a seatbelt is crossing a chest of an occupant of the vehicle; tracking, based on the image data, one or more occupant portions of the occupant over time; tracking, based on the image data, one or more seatbelt portions of the seatbelt over time, the seatbelt portions corresponding to respective ones of the occupant portions; determining, based on the tracking, relative movements between the occupant portions and their corresponding seatbelt portions; establishing, based on the relative movements being under a threshold value, that the seatbelt is a fake seatbelt; and outputting, to a vehicle system of the vehicle, an indication of the fake seatbelt. receiving, from one or more cameras, image data indicating attributes of an interior of a vehicle; determining, based on the image data, that a seatbelt is crossing a chest of an occupant of the vehicle; tracking, based on the image data, one or more occupant portions of the occupant over time; tracking, based on the image data, one or more seatbelt portions of the seatbelt over time, the seatbelt portions corresponding to respective ones of the occupant portions; determining, based on the tracking, relative movements between the occupant portions and their corresponding seatbelt portions; establishing, based on the relative movements being under a threshold value, that the seatbelt is a fake seatbelt; and outputting, to a vehicle system of the vehicle, an indication of the fake seatbelt.