mhurhangee/patent-ind-claim-en huggingface dataset:
A lift mechanism for a wheel assembly , the lift mechanism comprising: a lever arm comprising a first axis of rotation ; a first torque transfer plate comprising a second axis of rotation coincident with the first axis of rotation ; and, a lift block engagable by the first torque transfer plate , the lift block having a first angularly disposed surface and a resting surface adjacent to the first angularly disposed surface , wherein the lift mechanism is configured such that rotation of the lever arm causes the first torque transfer plate to rotate into engagement with the lift block , thereby causing linear motion of the lift block , and causing the wheel assembly to be raised and lowered by contact between a portion of the wheel assembly and the first angularly disposed surface of the lift block and held in a raised position when the portion of the wheel assembly is positioned with respect to the resting surface , and wherein the first torque transfer plate is a torque transfer fork that comprises a slot and the lift block comprises a pin that is positioned within the slot . a lever arm comprising a first axis of rotation ; a first torque transfer plate comprising a second axis of rotation coincident with the first axis of rotation ; and, a lift block engagable by the first torque transfer plate , the lift block having a first angularly disposed surface and a resting surface adjacent to the first angularly disposed surface , wherein the lift mechanism is configured such that rotation of the lever arm causes the first torque transfer plate to rotate into engagement with the lift block , thereby causing linear motion of the lift block , and causing the wheel assembly to be raised and lowered by contact between a portion of the wheel assembly and the first angularly disposed surface of the lift block and held in a raised position when the portion of the wheel assembly is positioned with respect to the resting surface , and wherein the first torque transfer plate is a torque transfer fork that comprises a slot and the lift block comprises a pin that is positioned within the slot .
Method for operating an, preferably hydrogen-powered, internal combustion engine , comprising: lean burning of a first fuel amount, preferably of hydrogen and/or natural gas, during an expansion stroke of the internal combustion engine in a main combustion chamber of the internal combustion engine ; cooling the main combustion chamber during the expansion stroke after the lean burning; supplying a second fuel amount of hydrogen into the main combustion chamber during the expansion stroke after the cooling; and burning the second fuel amount in the main combustion chamber during the expansion stroke. lean burning of a first fuel amount, preferably of hydrogen and/or natural gas, during an expansion stroke of the internal combustion engine in a main combustion chamber of the internal combustion engine ; cooling the main combustion chamber during the expansion stroke after the lean burning; supplying a second fuel amount of hydrogen into the main combustion chamber during the expansion stroke after the cooling; and burning the second fuel amount in the main combustion chamber during the expansion stroke.
A personal care attachment comprising: a housing ; and a contact element carrier rotatably mounted to the housing ; an axle rigidly mounted in either the housing or the contact element carrier , the axle representing an axis about which the contact element carrier rotates back and forth, and a horizontal plane (H) going through the the axle and being generally perpendicular to a longitudinal axis (L) of the personal care attachment; a drive member , disposed within the housing , the drive member having a proximal end and a distal end , the proximal end having an attachment element , and the distal end comprising a connection coupled to the contact element carrier , wherein an imaginary radial arm is defined by a distance between a center point of the connection and the center point of the axle , and in that the imaginary radial arm is at an angle of less than about 40 degrees with respect to the horizontal plane (H) at the neutral position, characterized in that the attachment element comprises a permanent magnet or a magnetizable element. a housing ; and a contact element carrier rotatably mounted to the housing ; an axle rigidly mounted in either the housing or the contact element carrier , the axle representing an axis about which the contact element carrier rotates back and forth, and a horizontal plane (H) going through the the axle and being generally perpendicular to a longitudinal axis (L) of the personal care attachment; a drive member , disposed within the housing , the drive member having a proximal end and a distal end , the proximal end having an attachment element , and the distal end comprising a connection coupled to the contact element carrier ,
A computer-based method of an abnormality detection, the method comprising: calculating (S102, S25), for each of multiple queues included in a multi-queue network interface card, NIC , an occurrence degree of a packet loss by multiplying a first time period, in which a receiving process corresponding to the respective queue is in a waiting state, and an arrival frequency of packets received by the receiving process corresponding to the respective queue; distributing (S103) a number of packet losses occurred in a communication device that includes the multiple queues to each of the multiple queues on the basis of the calculated occurrence degree; and determining (S104) whether or not an abnormality occurs in each of the multiple processes on the basis of a correspondence relationship between an operation state of each process and the number of packet losses distributed to the queue that corresponds to each process among the multiple queues for each of the multiple processes. calculating (S102, S25), for each of multiple queues included in a multi-queue network interface card, NIC , an occurrence degree of a packet loss by multiplying a first time period, in which a receiving process corresponding to the respective queue is in a waiting state, and an arrival frequency of packets received by the receiving process corresponding to the respective queue; distributing (S103) a number of packet losses occurred in a communication device that includes the multiple queues to each of the multiple queues on the basis of the calculated occurrence degree; and determining (S104) whether or not an abnormality occurs in each of the multiple processes on the basis of a correspondence relationship between an operation state of each process and the number of packet losses distributed to the queue that corresponds to each process among the multiple queues for each of the multiple processes.
A drug delivery molecule for use in the delivery of a payload to the brain of a subject, wherein the drug delivery molecule is for systemic administration to the subject, the drug delivery molecule comprising: a polypeptide comprising a ligand that targets HER3; a penton base protein or fragment thereof; a payload binding domain; and a payload bound to the payload binding domain. a polypeptide comprising a ligand that targets HER3; a penton base protein or fragment thereof; a payload binding domain; and a payload bound to the payload binding domain.
A hydrogen generation apparatus operation method comprising: hydrodesulfurizing by a second desulfurizer a raw material gas that is to be supplied to a reformer without passing through a first desulfurizer; generating, by the reformer, a hydrogen-containing gas by using the raw material gas which has been hydrodesulfurized; performing at least one of a pressure compensation operation and a raw material gas purge operation, the pressure compensation operation being an operation of supplying the raw material gas to the reformer in order to compensate for an internal pressure drop that occurs in the reformer after the generating of the hydrogen-containing gas is stopped, and the raw material gas purge operation being an operation of purging the inside of the reformer with the raw material gas; and desulfurizing, through adsorption by the first desulfurizer, the raw material gas that is to be supplied to the reformer when performing the at least one of the pressure compensation operation and the raw material gas purge operation. hydrodesulfurizing by a second desulfurizer a raw material gas that is to be supplied to a reformer without passing through a first desulfurizer; generating, by the reformer, a hydrogen-containing gas by using the raw material gas which has been hydrodesulfurized; performing at least one of a pressure compensation operation and a raw material gas purge operation, the pressure compensation operation being an operation of supplying the raw material gas to the reformer in order to compensate for an internal pressure drop that occurs in the reformer after the generating of the hydrogen-containing gas is stopped, and the raw material gas purge operation being an operation of purging the inside of the reformer with the raw material gas; and desulfurizing, through adsorption by the first desulfurizer, the raw material gas that is to be supplied to the reformer when performing the at least one of the pressure compensation operation and the raw material gas purge operation.
A laminate comprising a polyester film and a heat-sealable resin layer, wherein the polyester film is a biaxially oriented polyester film comprising a polyethylene furandicarboxylate resin composed of a furandicarboxylic acid and ethylene glycol, a content of ethylene furandicarboxylate units in 100 mol% of all constituent units of the polyester is more than 50 mol% and 100 mol% or less, a plane orientation coefficient ΔP of the film as measured in accordance with the method specified in the description is 0.005 or more and 0.200 or less, a thickness of the film as measured in accordance with the method specified in the description is 1 μm or more and 300 μm or less, a heat shrinkage rate of the film as measured in accordance with JIS C 2318-1997 5.3.4 (Dimensional Change) is 10% or less when the film is heated at 150°C for 30 minutes, and a lamination strength of the laminate as measured in accordance with the method specified in the description is 2.0 N/15 mm or more. the polyester film is a biaxially oriented polyester film comprising a polyethylene furandicarboxylate resin composed of a furandicarboxylic acid and ethylene glycol, a content of ethylene furandicarboxylate units in 100 mol% of all constituent units of the polyester is more than 50 mol% and 100 mol% or less, a plane orientation coefficient ΔP of the film as measured in accordance with the method specified in the description is 0.005 or more and 0.200 or less, a thickness of the film as measured in accordance with the method specified in the description is 1 μm or more and 300 μm or less, a heat shrinkage rate of the film as measured in accordance with JIS C 2318-1997 5.3.4 (Dimensional Change) is 10% or less when the film is heated at 150°C for 30 minutes, and a lamination strength of the laminate as measured in accordance with the method specified in the description is 2.0 N/15 mm or more.
A system for laying a flexible product from a storage area below a deck of a vessel, the system comprising: an inline quadrant above the deck for guiding flexible product to a portside or starboard side of the vessel, the inline quadrant with a portside entrance and a starboard side entrance; a highway with a highway portside guide and a highway starboard side guide for guiding the flexible product from a below deck position to an above deck position on either the portside or the starboard side, the highway extending to the portside entrance and the starboard side entrance of the inline quadrant; and a smart spooling system to guide flexible product between the storage area and to either the portside guide or the starboard side guide of the highway, wherein the smart spooling system comprises: a lower bend for guiding flexible product to and from the storage area, wherein the lower bend is able to tilt and/or move laterally with respect to the vessel; and a guide for guiding flexible product between the lower bend to either the starboard side entrance or the portside entrance of the highway . an inline quadrant above the deck for guiding flexible product to a portside or starboard side of the vessel, the inline quadrant with a portside entrance and a starboard side entrance; a highway with a highway portside guide and a highway starboard side guide for guiding the flexible product from a below deck position to an above deck position on either the portside or the starboard side, the highway extending to the portside entrance and the starboard side entrance of the inline quadrant; and a smart spooling system to guide flexible product between the storage area and to either the portside guide or the starboard side guide of the highway, wherein the smart spooling system comprises: a lower bend for guiding flexible product to and from the storage area, wherein the lower bend is able to tilt and/or move laterally with respect to the vessel; and a guide for guiding flexible product between the lower bend to either the starboard side entrance or the portside entrance of the highway . a lower bend for guiding flexible product to and from the storage area, wherein the lower bend is able to tilt and/or move laterally with respect to the vessel; and a guide for guiding flexible product between the lower bend to either the starboard side entrance or the portside entrance of the highway .
Roller shutter apron suitable for closing an opening in a wall, said apron comprising adjoining slats hinged along a joining element, said slats each having long sides that are respectively proximal and distal to said wall in the shutter closing position, each slat comprising first engagement means along one short side and second engagement means along the opposite short side which are capable of pivotally engaging with the first engagement means of the adjacent slat in a joining area located between said adjacent slats , characterized in that the element comprises a flexible, resilient seal capable of being attached to one of the adjacent slats , comprising a flange capable of joining the two distal long sides of two adjacent slats capable of covering the joining area in a sealing manner on the side of the distal long sides of the slats , and exerting on this side an action capable of holding the first and second engagement means in the engagement position.
Electronic device for a power tool, comprising at least one electronic unit (18a; 18c; 18d; 18e; 18f; 18g), and comprising at least one fluid cooling unit (30a; 30c; 30d; 30e; 30f; 30g) for cooling the electronic unit (18a; 18c; 18d; 18e; 18f; 18g) by means of a fluid, wherein the electronic unit (18a; 18c; 18d; 18e; 18f; 18g) is arranged at least largely, in particular entirely, outside of a fluid flow path (32a; 32c; 32d; 32e; 32f; 32g) of the fluid cooling unit (30a; 30c; 30d; 30e; 30f; 30g), characterized in that the fluid cooling unit (30a; 30c; 30d; 30e; 30f; 30g) comprises at least one fluid cooling element (66a; 66c; 66d; 66e; 66f; 66g) against which the electronic unit (18a; 18c; 18d; 18e; 18f; 18g) bears, at least partially, wherein the fluid cooling element (66a; 66c; 66d; 66e; 66f; 66g) is at least partially, in particular at least in a region against which the electronic unit (18a; 18c; 18d; 18e; 18f; 18g) bears, made of a material having a thermal conductivity of at least 10 W/(m·K).
A user terminal using TDD in a 3GPP system comprising: a receiving section that receives DL signals transmitted from a plurality of cells in a bundling window, wherein the bundling window is defined as a grid of (subframe_index, cell_index) subframes and wherein the receiving section receives HARQ-ACK codebook indicators, HCIs, in DL assignments that schedule the DL subframes in the bundling window, the HCIs indicating the cells whose HARQ-ACKs are to be fed back for each DL subframe in the bundling window; and a control section that performs control to transmit in a predetermined UL subframe HARQ-ACKs for the DL signals transmitted in the bundling window, wherein the control section determines the cells whose HARQ-ACK is to be fed back based on the largest HCI among the HCIs transmitted for each DL subframe in the bundling window and then determines the number of HARQ-ACK bits based on the determined cells. a receiving section that receives DL signals transmitted from a plurality of cells in a bundling window, wherein the bundling window is defined as a grid of (subframe_index, cell_index) subframes and wherein the receiving section receives HARQ-ACK codebook indicators, HCIs, in DL assignments that schedule the DL subframes in the bundling window, the HCIs indicating the cells whose HARQ-ACKs are to be fed back for each DL subframe in the bundling window; and a control section that performs control to transmit in a predetermined UL subframe HARQ-ACKs for the DL signals transmitted in the bundling window, wherein the control section determines the cells whose HARQ-ACK is to be fed back based on the largest HCI among the HCIs transmitted for each DL subframe in the bundling window and then determines the number of HARQ-ACK bits based on the determined cells.
Operating device for a household appliance , with an operating element , which can be held by means of magnetic force on an operating element receptacle of the operating device of the household appliance which can be controlled with the operating device and can be moved relative to the operating element receptacle and can be positioned removably therefrom, and the operating element has a light conductor which has a light coupling-in area which is arranged horizontally further on a lateral edge of the operating element than a light coupling-out area of the light conductor , wherein the operating device has an infrared transmit-receive device for selecting a functional subunit (3 to 7) of the household appliance which is arranged with transmit-receive units below the light conductor and is embodied for detection through the light conductor , and wherein when viewed in the direction of the longitudinal axis (A) of the operating element light sources are arranged in a straight extension below a light coupling-in area of the light conductor , and wherein the light sources are arranged in an annular channel, the walls of which are embodied with heights which are larger than the light source heights, characterised in that the walls are embodied to be reflective on the inner sides facing the light sources .
An acoustic resonance spectrometry system for analysing a sample , the system including: - an optoacoustic transduction means having an interface in contact with the sample to be analysed, - an optical pump-probe device adapted to generate a pump beam and a probe beam , - the pump beam consisting of a series of ultrashort pump light pulses having a repetition frequency (F) located in a spectral domain comprised between several hundreds of megahertz and several tens of gigahertz, optomechanical means for directing the pump beam towards the optoacoustic transduction means for generating a periodic grating of coherent acoustic phonons in the sample , the periodic grating of phonons having a pitch (P) determined as a function of a ratio (V/F) between the repetition frequency (F) of the pump beam and an acoustic velocity (V) of the coherent acoustic phonons in the sample ; - other optomechanical means for directing the probe beam towards the sample , so as to form a scattering beam of the probe beam on the periodic grating of coherent acoustic phonons , - a frequency variation device adapted to vary the repetition frequency (F) of the pump beam in a spectral range of said spectral domain, so as to vary the pitch (P) of the grating of coherent acoustic phonons in the sample , and - a photo-detection system configured to receive the scattering beam and to measure a scattering signal as a function of the repetition frequency in said spectral range. - an optoacoustic transduction means having an interface in contact with the sample to be analysed, - an optical pump-probe device adapted to generate a pump beam and a probe beam , - the pump beam consisting of a series of ultrashort pump light pulses having a repetition frequency (F) located in a spectral domain comprised between several hundreds of megahertz and several tens of gigahertz, optomechanical means for directing the pump beam towards the optoacoustic transduction means for generating a periodic grating of coherent acoustic phonons in the sample , the periodic grating of phonons having a pitch (P) determined as a function of a ratio (V/F) between the repetition frequency (F) of the pump beam and an acoustic velocity (V) of the coherent acoustic phonons in the sample ; - other optomechanical means for directing the probe beam towards the sample , so as to form a scattering beam of the probe beam on the periodic grating of coherent acoustic phonons , - a frequency variation device adapted to vary the repetition frequency (F) of the pump beam in a spectral range of said spectral domain, so as to vary the pitch (P) of the grating of coherent acoustic phonons in the sample , and - a photo-detection system configured to receive the scattering beam and to measure a scattering signal as a function of the repetition frequency in said spectral range.
A sloping grillage , comprising: a number of grill food support elements spaced apart with a distance from each other, wherein at least 70% of the grill food support elements are each composed of at least two support bars (2a; 2b; 2c; 2d) that do not have fat channels, characterized in that for each of the at least 70% of the grill food support elements one support bar (2a; 2b; 2c; 2d) is spaced less than 1 mm from at least one of the other support bars (2a; 2b; 2c; 2d), and in that the at least two support bars (2a; 2b; 2c; 2d) of a grill food support element run at inclination angles between 1° and 30° relative to the horizontal along their longitudinal extension during grill operation of the sloping grillage . a number of grill food support elements spaced apart with a distance from each other, wherein at least 70% of the grill food support elements are each composed of at least two support bars (2a; 2b; 2c; 2d) that do not have fat channels, characterized in that for each of the at least 70% of the grill food support elements one support bar (2a; 2b; 2c; 2d) is spaced less than 1 mm from at least one of the other support bars (2a; 2b; 2c; 2d), and in that the at least two support bars (2a; 2b; 2c; 2d) of a grill food support element run at inclination angles between 1° and 30° relative to the horizontal along their longitudinal extension during grill operation of the sloping grillage .