mhurhangee/patent-ind-claim-en huggingface dataset:
Take-off comb for flat or warp knitting machine, with several take-down parts which have ends configured to grasp thread portions and which each have a shank at which they are to be attached, characterised by a mounting device which receives the respective shanks of the take-down parts at longitudinally spaced points between teeth (23a, 23b; 24a, 24b) and holds the shank of the take-down part between preferably flat clamping faces.
A disc brake comprising a caliper including an actuation mechanism to transmit an actuating force to a brake pad; a brake carrier to transmit a braking induced torque load from at least one brake pad to a vehicle axle or the like; characterized in that the actuation mechanism comprises a brake pad support arrangement configured to mount a brake pad thereon and to transmit the majority of the braking induced torque load generated by the brake pad to the brake carrier in use. a brake carrier to transmit a braking induced torque load from at least one brake pad to a vehicle axle or the like; characterized in that the actuation mechanism comprises a brake pad support arrangement configured to mount a brake pad thereon and to transmit the majority of the braking induced torque load generated by the brake pad to the brake carrier in use.
A method for evaluating a cement sheath in a multi-string wellbore , comprising: transmitting sonic or ultrasonic waves from a logging tool , disposed in a wellbore; receiving reflected waves at the logging tool and recording waveforms based on the received waves at varying wellbore depths; for each wave identifying location of amplitude maxima and minima; for each maxima and minima identifying the absolute values of the amplitudes; dividing the series of points into a plurality of zones, based on the absolute value amplitudes waveforms; processing the waveforms to determine average absolute value amplitude data of the recorded waveforms for each of the plurality of zones; and determining a number using the average absolute value amplitude data for a first of the plurality of zones and the average absolute value amplitude data for a second of the plurality of zones, wherein the number is a ratio or a difference. transmitting sonic or ultrasonic waves from a logging tool , disposed in a wellbore; receiving reflected waves at the logging tool and recording waveforms based on the received waves at varying wellbore depths; for each wave identifying location of amplitude maxima and minima; for each maxima and minima identifying the absolute values of the amplitudes; dividing the series of points into a plurality of zones, based on the absolute value amplitudes waveforms; processing the waveforms to determine average absolute value amplitude data of the recorded waveforms for each of the plurality of zones; and determining a number using the average absolute value amplitude data for a first of the plurality of zones and the average absolute value amplitude data for a second of the plurality of zones, wherein the number is a ratio or a difference.
Dispensing head for a product dispensing system, said head comprising a body having a mounting well of said head on a pressurised feed tube of the product and a housing connected to said well, said housing being provided with an anvil around which a nozzle is mounted so as to form at the interface thereof, a path for dispensing the product between said housing and an outlet passage of said product, said head comprising a sheath which is added around the periphery of the anvil to delimit at least one portion (8a-8c) of the dispensing path , at the interface between the sheath and at least one wall of the nozzle and/or of the housing , said dispensing head being characterised in that the nozzle has a distal wall , wherein an orifice is formed, with the outlet passage being formed at the interface between said orifice and a cap of the sheath , said sheath being capable of providing a microbiocidal action on the product contained in said dispensing path.
A method performed on a client device, comprising: streaming content from a streaming server via a buffer of the client device, the content comprising segments of requested content and segments of time-sensitive content (TSC), wherein the TSC is content whose relevance changes over time according to a priority determined by the client device on the basis of metadata associated with each segment of TSC; scanning the metadata associated with TSC in the buffer to determine whether an instance of TSC in the buffer has a priority lower than a priority associated with an instance of TSC stored in advance on the client device; and responsive to determining that a given instance of TSC in the buffer has a priority that is lower than a priority associated with an instance of TSC stored on the client device, replacing the given instance of TSC with the higher-priority instance of TSC stored on the client device. streaming content from a streaming server via a buffer of the client device, the content comprising segments of requested content and segments of time-sensitive content (TSC), wherein the TSC is content whose relevance changes over time according to a priority determined by the client device on the basis of metadata associated with each segment of TSC; scanning the metadata associated with TSC in the buffer to determine whether an instance of TSC in the buffer has a priority lower than a priority associated with an instance of TSC stored in advance on the client device; and responsive to determining that a given instance of TSC in the buffer has a priority that is lower than a priority associated with an instance of TSC stored on the client device, replacing the given instance of TSC with the higher-priority instance of TSC stored on the client device.
A computer-executable method for analyzing a motion, the method comprising: obtaining acceleration data associated with the motion, wherein the acceleration data comprises three components corresponding to three spatially orthogonal directions; for each orthogonal direction, computing an amount of oscillatory energy included in the motion in the orthogonal direction based on a corresponding acceleration component; for at least one orthogonal direction, obtaining an energy fraction factor by computing a ratio between the amount of the oscillatory energy in the orthogonal direction and a total amount of the oscillatory energy; and generating a motion-analysis output based at least on the energy fraction factor, wherein oscillatory energy is used to maintain balance and/or control a body part during the motion and does not contribute to the forward motion, and wherein computing the amount of the oscillatory energy comprises performing a frequency-domain analysis on the acceleration data, wherein performing the frequency-domain analysis comprises: performing a Fourier transform (FT) on the acceleration data to obtain a plurality of frequency components of the acceleration; computing, for each frequency of a predetermined set of frequencies, a frequency component of the oscillatory energy; and summing the computed frequency components of the oscillatory energy. obtaining acceleration data associated with the motion, wherein the acceleration data comprises three components corresponding to three spatially orthogonal directions; for each orthogonal direction, computing an amount of oscillatory energy included in the motion in the orthogonal direction based on a corresponding acceleration component; for at least one orthogonal direction, obtaining an energy fraction factor by computing a ratio between the amount of the oscillatory energy in the orthogonal direction and a total amount of the oscillatory energy; and generating a motion-analysis output based at least on the energy fraction factor, wherein oscillatory energy is used to maintain balance and/or control a body part during the motion and does not contribute to the forward motion, and wherein computing the amount of the oscillatory energy comprises performing a frequency-domain analysis on the acceleration data, wherein performing the frequency-domain analysis comprises: performing a Fourier transform (FT) on the acceleration data to obtain a plurality of frequency components of the acceleration; computing, for each frequency of a predetermined set of frequencies, a frequency component of the oscillatory energy; and summing the computed frequency components of the oscillatory energy. performing a Fourier transform (FT) on the acceleration data to obtain a plurality of frequency components of the acceleration; computing, for each frequency of a predetermined set of frequencies, a frequency component of the oscillatory energy; and summing the computed frequency components of the oscillatory energy.
A laminate comprising a stack of mutually bonded layers of adhesive and metal sheets, the laminate comprising spliced metal sheets with abutting and/or overlapping metal sheet edges that extend along a length direction within a splicing region, wherein a splice strap is connected to the laminate at and over an outer surface of the laminate and extending in the length direction across said splicing region over a certain width in a transverse direction perpendicular to the length direction, the splice strap comprising a layer of fiber-reinforced adhesive and/or a metal sheet layer, or stacked layers of fiber-reinforced adhesive and/or metal sheets, wherein a widest splice strap layer is connected to the laminate over a transverse distance of at least 5 times the widest strap layer thickness, and the widest strap layer has a lower bending stiffness (E*t 3 ) strap layer than the bending stiffness (E*t 3 ) spliced layer of one of the spliced metal sheets E ∗ t 3 strap layer < E ∗ t 3 spliced layer and wherein further E strap layer > 10 GPa, wherein E strap layer is the tensile elastic modulus of the widest strap layer, E spliced layer is the tensile elastic modulus of the spliced layer, t strap layer is the thickness of the widest strap layer, and t spliced layer is the thickness of the spliced layer. and wherein further E strap layer > 10 GPa, wherein E strap layer is the tensile elastic modulus of the widest strap layer, E spliced layer is the tensile elastic modulus of the spliced layer, t strap layer is the thickness of the widest strap layer, and t spliced layer is the thickness of the spliced layer.
An absorbent article comprising: a topsheet , a backsheet , and an absorbent core disposed between the topsheet and backsheet; and a fastening system comprising a fastening component disposed on an article component , wherein at least two layers overlap at least a portion of the fastening component and wherein the fastening component comprises a first plurality of fastening elements integrally formed from a first set of layers (S1) and a second plurality of fastening elements integrally formed from a second set of layers (S2), wherein the second set of layers comprises at least one layer that is not present in the first set of layers. a topsheet , a backsheet , and an absorbent core disposed between the topsheet and backsheet; and a fastening system comprising a fastening component disposed on an article component , wherein at least two layers overlap at least a portion of the fastening component and wherein the fastening component comprises a first plurality of fastening elements integrally formed from a first set of layers (S1) and a second plurality of fastening elements integrally formed from a second set of layers (S2), wherein the second set of layers comprises at least one layer that is not present in the first set of layers.
A handle for a personal care implement , the handle comprising a connector for repeatedly attaching and detaching a head to and from the handle , the handle further comprising a core structure , the core structure and the connector being unitarily made to form a core-connector unit , characterized in that the core-connector unit is made from a fiber reinforced material.
Arrangement having a lineside switch-off device , which, when a switch-off signal (ST) is applied, switches off a traction voltage (U) applied to a vehicle route or to a section of a transport network , and having at least one vehicle located on the vehicle route or the section of the transport network , characterised in that - a lineside control centre of the arrangement has a communications link (KV) to the at least one vehicle and, in the event that the traction voltage (U) is switched off, obtains traction voltage switch-off information (TAI) from the vehicle, and - the lineside control centre is configured in such a way that it generates an enable signal (F) indicating an absence of traction voltage as a function of one or more item(s) of traction voltage switch-off information (TAI). - a lineside control centre of the arrangement has a communications link (KV) to the at least one vehicle and, in the event that the traction voltage (U) is switched off, obtains traction voltage switch-off information (TAI) from the vehicle, and - the lineside control centre is configured in such a way that it generates an enable signal (F) indicating an absence of traction voltage as a function of one or more item(s) of traction voltage switch-off information (TAI).
An assembly for cleaning the skin and/or keratin fibers, in particular human ones, such as the hair or a beard, comprising: - a body intended to contain a cleaning composition (S) for the skin and/or keratin fibers, comprising at least one wall delimiting a volume forming a reservoir for housing the cleaning composition (S), at least part of said wall being elastically deformable, and a plurality of supply orifices to allow the cleaning composition (S) to exit from said body , - valves , each for closing a respective supply orifice , - at least one pad intended to be in contact with the skin and/or the keratin fibers, capable of being removably fixed to the body , and having an outer surface on which cleaning projections and at least one dispensing opening are provided, said supply orifices and said at least one dispensing opening being positioned respectively on the body and the pad so that, when the pad is fixed to the body , the cleaning composition can pass from the reservoir to said at least one dispensing opening by passing through said supply orifices when the respective valves are open. - a body intended to contain a cleaning composition (S) for the skin and/or keratin fibers, comprising at least one wall delimiting a volume forming a reservoir for housing the cleaning composition (S), at least part of said wall being elastically deformable, and a plurality of supply orifices to allow the cleaning composition (S) to exit from said body , - valves , each for closing a respective supply orifice , - at least one pad intended to be in contact with the skin and/or the keratin fibers, capable of being removably fixed to the body , and having an outer surface on which cleaning projections and at least one dispensing opening are provided, said supply orifices and said at least one dispensing opening being positioned respectively on the body and the pad so that, when the pad is fixed to the body , the cleaning composition can pass from the reservoir to said at least one dispensing opening by passing through said supply orifices when the respective valves are open.
Device for thermal disinfection by means of steam and for cleaning medical wash ware, comprising a chamber , an evaporator which is connected to the chamber via a steam line , via which steam can be introduced into the chamber , a discharge funnel into which the chamber opens and which is provided with a siphon bend , the siphon bend being provided for discharging used water and contaminants into the waste water system, at least one sensor for detecting process parameters and a control system comprising at least one control unit for controlling a process of the device , at least one detection unit for detecting the values of the at least one sensor for detecting process parameters, and at least one calculation unit for determining the hygienic effect of the device on the basis of the detected value, characterised in that the at least one sensor for detecting process parameters is a temperature sensor and is arranged in the lowest point of the chamber . and a control system comprising at least one control unit for controlling a process of the device , at least one detection unit for detecting the values of the at least one sensor for detecting process parameters, and at least one calculation unit for determining the hygienic effect of the device on the basis of the detected value, characterised in that the at least one sensor for detecting process parameters is a temperature sensor and is arranged in the lowest point of the chamber .
A decoding method comprising: - decoding one standard dynamic range luminance component L' and two standard dynamic range chrominance components U' and V' from a bitstream produced by an encoder; - color converting the standard dynamic range luminance component L' into L and the two decoded standard dynamic range chrominance components U' and V' into Ur and Vr respectively as follows: L=L'+max(0,aU'+bV'), Ur=β(L) ∗ U', Vr= β(L) ∗ V' where a and b are constants and where β(L) is a parameter that depends on L; - applying independently (i.) a dynamic expansion function on the color converted standard dynamic range luminance component L to obtain a high dynamic range luminance component Y, wherein said dynamic expansion function is the inverse of a dynamic reduction function applied onto the high dynamic range luminance component on said encoder's side, and (ii.) a color transfer operation on the color converted standard dynamic range chroma components Ur and Vr to obtain a first intermediate high dynamic range chrominance component and a second intermediate high dynamic range chrominance component in an intermediate color space; - applying a color conversion matrix on the high dynamic range luminance component Y, the first intermediate high dynamic range chrominance component and the second intermediate high dynamic range chrominance component to obtain a high dynamic range picture in a RGB color space. - decoding one standard dynamic range luminance component L' and two standard dynamic range chrominance components U' and V' from a bitstream produced by an encoder; - color converting the standard dynamic range luminance component L' into L and the two decoded standard dynamic range chrominance components U' and V' into Ur and Vr respectively as follows: L=L'+max(0,aU'+bV'), Ur=β(L) ∗ U', Vr= β(L) ∗ V' where a and b are constants and where β(L) is a parameter that depends on L; - applying independently (i.) a dynamic expansion function on the color converted standard dynamic range luminance component L to obtain a high dynamic range luminance component Y, wherein said dynamic expansion function is the inverse of a dynamic reduction function applied onto the high dynamic range luminance component on said encoder's side, and (ii.) a color transfer operation on the color converted standard dynamic range chroma components Ur and Vr to obtain a first intermediate high dynamic range chrominance component and a second intermediate high dynamic range chrominance component in an intermediate color space; - applying a color conversion matrix on the high dynamic range luminance component Y, the first intermediate high dynamic range chrominance component and the second intermediate high dynamic range chrominance component to obtain a high dynamic range picture in a RGB color space.
A multi-layer laminate sheet for encasing an electrode material of an electrochemical cell, the multi-layer laminate sheet including an outer layer; an intermediate layer including a conductive substrate; and an inner layer disposed on a portion of the conductive substrate, the intermediate layer being disposed between the outer layer and the inner layer, the inner layer defining an opening through which a conductive region of the intermediate layer is exposed such that the electrode material can be electrically connected to the conductive region, wherein the inner layer is formed with a material configured to be thermally bondable to itself. an outer layer; an intermediate layer including a conductive substrate; and an inner layer disposed on a portion of the conductive substrate, the intermediate layer being disposed between the outer layer and the inner layer, the inner layer defining an opening through which a conductive region of the intermediate layer is exposed such that the electrode material can be electrically connected to the conductive region, wherein the inner layer is formed with a material configured to be thermally bondable to itself.
Impregnation bath for reinforcement fibres for the manufacture of a prepreg having a thermoplastic matrix, comprising at least one thermoplastic polymer, a surfactant and water, characterised in that the surfactant is an ethoxylated stearyl alcohol of formula: HO-(CH 2 -CH 2 -O) n -CH 2 -(CH 2 ) 16 -CH 3 wherein n is 100.
A therapeutically effective amount of atezolizumab for use in a method of treating a patient suffering from a urothelial bladder cancer, the method comprising administering to the patient the therapeutically effective amount of atezolizumab, wherein a tumor sample obtained from the patient has been determined to have an increased level of mutation load relative to a reference level of mutation load, wherein the mutation load of the tumor sample reflects the level of somatic mutations in at least one-third of the genes set forth in Table 1.
Aircraft with a system for rearward mounting and dismounting an engine , the engine being placed inside the rear part of the aircraft when mounted, the system for rearward mounting and dismounting the engine comprising: - first removable attachment means arranged to attach the engine to the fuselage in the rear part of the aircraft , - internal supports fixed in the rear part of the aircraft , - at least two longitudinal detachable rails , to be placed on the internal supports and under the engine , and - sliding means with second removable attachment means , the fuselage comprising windows for accessing the first removable attachment means and the second removable attachment means , characterized in that the sliding means are configured to be entered into the rear part of the aircraft , to be placed on the longitudinal detachable rails and to be attached to the engine by means of the second removable attachment means . - first removable attachment means arranged to attach the engine to the fuselage in the rear part of the aircraft , - internal supports fixed in the rear part of the aircraft , - at least two longitudinal detachable rails , to be placed on the internal supports and under the engine , and - sliding means with second removable attachment means ,
An engine control device having calculation means for calculating a pitch setpoint for at least one propeller of the engine, the calculation means using a propeller performance model that takes account at least of a flight speed in order to adapt a pitch setpoint while taking account of a shaft power setpoint, wherein losses associated with the operation of the propeller are determined, and wherein an absorbed power coefficient is determined.