mhurhangee/patent-ind-claim-en huggingface dataset:
A blade for a gas turbine engine comprising: a platform having a radially inner side and a radially outer side; a root portion extending from the radially inner side of the platform ; and an airfoil extending from the radially outer side of the platform , the airfoil including: a pressure side extending between a leading edge and a trailing edge ; a suction side extending between the leading edge and the trailing edge ; characterised in that : a ratio of maximum thickness (T max ) to axial chord length (b x ) is between 0.40 (T max /b x ) and 0.65 (T max /b x ), wherein the maximum thickness (T max ) is the maximum thickness of the airfoil measured along a line perpendicular to a chord line of the airfoil ; and the ratio of maximum thickness (T max ) to axial chord length (b x ) at 0% span is between approximately 0.59-0.63 (T max /b x ). a platform having a radially inner side and a radially outer side; a root portion extending from the radially inner side of the platform ; and an airfoil extending from the radially outer side of the platform , the airfoil including: a pressure side extending between a leading edge and a trailing edge ; a suction side extending between the leading edge and the trailing edge ; characterised in that : a ratio of maximum thickness (T max ) to axial chord length (b x ) is between 0.40 (T max /b x ) and 0.65 (T max /b x ), wherein the maximum thickness (T max ) is the maximum thickness of the airfoil measured along a line perpendicular to a chord line of the airfoil ; and the ratio of maximum thickness (T max ) to axial chord length (b x ) at 0% span is between approximately 0.59-0.63 (T max /b x ). a pressure side extending between a leading edge and a trailing edge ; a suction side extending between the leading edge and the trailing edge ; a ratio of maximum thickness (T max ) to axial chord length (b x ) is between 0.40 (T max /b x ) and 0.65 (T max /b x ), wherein the maximum thickness (T max ) is the maximum thickness of the airfoil measured along a line perpendicular to a chord line of the airfoil ; and the ratio of maximum thickness (T max ) to axial chord length (b x ) at 0% span is between approximately 0.59-0.63 (T max /b x ).
A refrigerant control method for a dehumidifier, comprising: detecting an environment temperature and an evaporator tube temperature of a dehumidifier (S102); obtaining a refrigerant leakage amount of the dehumidifier according to the environment temperature and the evaporator tube temperature (S104); and judging whether the dehumidifier has a refrigerant fault according to the refrigerant leakage amount (S106); wherein judging whether the dehumidifier has the refrigerant fault according to the refrigerant leakage amount comprises: reading a dehumidification ability parameter of the dehumidifier, corresponding to the refrigerant leakage amount, from a pre-set database; detecting whether the dehumidification ability parameter is within a pre-set dehumidification ability range; and determining that the refrigerant of the dehumidifier is faulty under the condition that the dehumidification ability parameter is not within the pre-set dehumidification ability range. detecting an environment temperature and an evaporator tube temperature of a dehumidifier (S102); obtaining a refrigerant leakage amount of the dehumidifier according to the environment temperature and the evaporator tube temperature (S104); and judging whether the dehumidifier has a refrigerant fault according to the refrigerant leakage amount (S106); wherein judging whether the dehumidifier has the refrigerant fault according to the refrigerant leakage amount comprises: reading a dehumidification ability parameter of the dehumidifier, corresponding to the refrigerant leakage amount, from a pre-set database; detecting whether the dehumidification ability parameter is within a pre-set dehumidification ability range; and determining that the refrigerant of the dehumidifier is faulty under the condition that the dehumidification ability parameter is not within the pre-set dehumidification ability range. reading a dehumidification ability parameter of the dehumidifier, corresponding to the refrigerant leakage amount, from a pre-set database; detecting whether the dehumidification ability parameter is within a pre-set dehumidification ability range; and determining that the refrigerant of the dehumidifier is faulty under the condition that the dehumidification ability parameter is not within the pre-set dehumidification ability range.
Use in vitro of a protein having the amino acid sequence of SEQ ID NO: 1 for: (i) inhibiting aggregation of a target protein; (ii) refolding a denatured target protein; (iii) preventing denaturation of a target protein; (iv) detecting an unfolded or denatured target protein for quality control; or (v) stabilizing a target protein. (i) inhibiting aggregation of a target protein; (ii) refolding a denatured target protein; (iii) preventing denaturation of a target protein; (iv) detecting an unfolded or denatured target protein for quality control; or (v) stabilizing a target protein.
A pharmaceutical composition comprising a therapeutically effective dose of Lenvatinib besylate and sodium carbonates, wherein the weight ratio of Lenvatinib besylate to sodium carbonates ranges from 1: 1.5 to 1:10.
A method of connectivity management, CM, for use in a mobile network, the method performed by a connectivity manager, the method comprising: selecting a connectivity management policy for a service in the mobile network in accordance with characteristics of the service, said characteristics including device capability, and location predictability associated with mobile devices supported by the service, wherein connectivity management refers to methods for tracking the location and data traffic activity of the mobile devices and allocating network resources to the mobile devices, wherein the device capability includes information about the radio interfaces supported by the mobile devices, wherein the location predictability indicates a plurality of degrees of location predictability including a fixed position, predictable within a range and unpredictable, and wherein the step of selecting is further performed in accordance with an activity profile associated with the service, said activity profile indicating an activity status that includes active, idle and predicted to be active; and transmitting an instruction to a connectivity management function associated with the service, the instruction indicating the selected connectivity management policy. selecting a connectivity management policy for a service in the mobile network in accordance with characteristics of the service, said characteristics including device capability, and location predictability associated with mobile devices supported by the service, wherein connectivity management refers to methods for tracking the location and data traffic activity of the mobile devices and allocating network resources to the mobile devices, wherein the device capability includes information about the radio interfaces supported by the mobile devices, wherein the location predictability indicates a plurality of degrees of location predictability including a fixed position, predictable within a range and unpredictable, and wherein the step of selecting is further performed in accordance with an activity profile associated with the service, said activity profile indicating an activity status that includes active, idle and predicted to be active; and transmitting an instruction to a connectivity management function associated with the service, the instruction indicating the selected connectivity management policy.
A composition comprising: - from 0.68% to 1.00% by weight of at least one silsesquioxane (A) comprising at least one phenyl group and at least one alkoxy group; - at least one silylated polymer comprising at least one alkoxysilane group, preferably from 3% to 80% of at least one silylated polymer comprising at least one alkoxysilane group; and - at least 25% by weight of at least one carbonate filler, the percentages by weight being expressed with respect to the total weight of said composition. - from 0.68% to 1.00% by weight of at least one silsesquioxane (A) comprising at least one phenyl group and at least one alkoxy group; - at least one silylated polymer comprising at least one alkoxysilane group, preferably from 3% to 80% of at least one silylated polymer comprising at least one alkoxysilane group; and - at least 25% by weight of at least one carbonate filler,
A method of locating and directing a user to a selected field device in a process installation with a handheld field maintenance tool , the method comprising: detecting a physical location of the selected field device via a wireless communication module of the handheld field maintenance tool , wherein detecting the physical location comprises submitting a query to a server over a wireless connection, wherein the query comprises an identification of the selected field device ; detecting a current position of the handheld field maintenance tool , wherein detecting the current position of the handheld field maintenance tool comprises accessing an internal GPS module of the handheld field maintenance tool ; and generating an indication , based at least in part on the detected physical location and at least in part on the detected current position, on the handheld field maintenance tool that directs the user of the handheld field maintenance tool from the detected current position to the detected physical location of the selected field device ; and generating , automatically, a local annunciation at the selected field device when the current position is within a threshold proximity of the physical location of the selected field device . detecting a physical location of the selected field device via a wireless communication module of the handheld field maintenance tool , wherein detecting the physical location comprises submitting a query to a server over a wireless connection, wherein the query comprises an identification of the selected field device ; detecting a current position of the handheld field maintenance tool , wherein detecting the current position of the handheld field maintenance tool comprises accessing an internal GPS module of the handheld field maintenance tool ; and generating an indication , based at least in part on the detected physical location and at least in part on the detected current position, on the handheld field maintenance tool that directs the user of the handheld field maintenance tool from the detected current position to the detected physical location of the selected field device ; and generating , automatically, a local annunciation at the selected field device when the current position is within a threshold proximity of the physical location of the selected field device .
A connection system of the wheelsets for a self-steering railway bogie said system being composed of two connection subsystems arrangeable on the left side of the bogie and on the right side of the bogie respectively, each connection subsystem being composed of an elastic element parallel to the longitudinal axis of the bogie and connected at a first extremity to a first arm and at a second extremity to a second arm , the first and second arms being connectable to respective wheelsets , whereby each elastic element of the connection system is made from a single sheet of elastic material and consists, seen in the direction of the longitudinal axis of the elastic element , of a central part , which consists of a portion bent upwards in a C-shape channel and a flat extremity, and two flat side strips , whereby the central part and the side strips are symmetrical and parallel and whereby the central part and the side strips are united together at the first extremity of the elastic element and separated from each other by cuts in the remaining part of the elastic element towards the second extremity, whereby the two side strips are of the same length and shorter than the central part and the free extremities of the side strips are bound together by a rigid cleat attached to their upper surfaces, whereby the flat extremity of the central part is derived under the rigid cleat and whereby the second extremity of the elastic element connected to the second arm is the flat extremity of the central part .
A load-bearing semi-finished product structure, namely a cover grate or a shaft cover for drainage channels, outlet or inlet boxes or shafts, comprising lateral support regions with longitudinal members , as well as a plurality of transverse ribs extending between the longitudinal members , the transverse ribs having a dimensionally stable core , characterized in that the dimensionally stable core is held in a firmly bonded manner between a top-side cover fabric and a bottom-side cover fabric , wherein the top-side cover fabric and the bottom-side cover fabric are each formed from a fiber-reinforced composite material having one or more layers of long or continuous fibers aligned in the same direction and, together with the dimensionally stable core , form a multi-layer, functionally graded multi-material composite.
Method for treating final materials derived from paper mills, these final materials (M) being collected at the outlet of disintegration machines, called pulpers , arranged to comminute, disintegrate, triturate recycled waste paper and cardboard to extract therefrom a paper stock (P) composed of cellulose fibres and water which will feed a paper stock preparation circuit, these final materials (M) further comprising cellulose fibres contaminated with various materials containing at least one fraction of metallic materials (MM), one fraction of synthetic materials (MS) and one fraction of cellulose materials (MC), method in which said final materials (M) loaded with moisture to more than 50% by mass are recovered, in which the treatment operations of said method are carried out on said final materials (M) loaded with moisture, and in which, among said treatment operations, at least the following operations are carried out chronologically: 1) shredding and/or comminuting said final materials (M) loaded with moisture into calibrated packages, 2) mechanically separating said fraction of metallic materials (MM) from said final materials (M), in order to be able to recover it at least partially in the steel industry, 3) mechanical separating said fraction of synthetic materials (MS) from said fraction of cellulosic materials (MC), to be able to recover it at least in plastics processing, and 4) mechanical separating the cellulose fibres from said fraction of cellulosic materials (MC), to be able to recover them by reinjecting them into said circuit for preparing the paper stock of the paper mills. 1) shredding and/or comminuting said final materials (M) loaded with moisture into calibrated packages, 2) mechanically separating said fraction of metallic materials (MM) from said final materials (M), in order to be able to recover it at least partially in the steel industry, 3) mechanical separating said fraction of synthetic materials (MS) from said fraction of cellulosic materials (MC), to be able to recover it at least in plastics processing, and 4) mechanical separating the cellulose fibres from said fraction of cellulosic materials (MC), to be able to recover them by reinjecting them into said circuit for preparing the paper stock of the paper mills.
An optical test strip for measuring an analyte concentration in a sample of blood, comprising: a) a test strip carrier having at least one transparent area ; b) a test field , wherein the test field : - comprises at least one carrier foil , wherein the carrier foil is applied to the test strip carrier and at least partially covers the transparent area of the test strip carrier ; - comprises at least one test chemical applied to the carrier foil , the test chemical being configured for performing an optically detectable detection reaction with the analyte, wherein the test chemical is further configured for at least partially absorbing light having at least one absorption wavelength λ abs in the range 650 nm < λ abs ≤ 1100 nm; and - comprises at least one porous material for at least partially filtering out solid components contained in the sample ; wherein the carrier foil has at least one wavelength filter component which is adapted to essentially block light having wavelengths λ blc of 10 nm ≤ λ blc ≤ WL low , with 550 nm ≤ WL low ≤ 650 nm. a) a test strip carrier having at least one transparent area ; b) a test field , wherein the test field : - comprises at least one carrier foil , wherein the carrier foil is applied to the test strip carrier and at least partially covers the transparent area of the test strip carrier ; - comprises at least one test chemical applied to the carrier foil , the test chemical being configured for performing an optically detectable detection reaction with the analyte, wherein the test chemical is further configured for at least partially absorbing light having at least one absorption wavelength λ abs in the range 650 nm < λ abs ≤ 1100 nm; and - comprises at least one porous material for at least partially filtering out solid components contained in the sample ; wherein the carrier foil has at least one wavelength filter component which is adapted to essentially block light having wavelengths λ blc of 10 nm ≤ λ blc ≤ WL low , with 550 nm ≤ WL low ≤ 650 nm. - comprises at least one carrier foil , wherein the carrier foil is applied to the test strip carrier and at least partially covers the transparent area of the test strip carrier ; - comprises at least one test chemical applied to the carrier foil , the test chemical being configured for performing an optically detectable detection reaction with the analyte, wherein the test chemical is further configured for at least partially absorbing light having at least one absorption wavelength λ abs in the range 650 nm < λ abs ≤ 1100 nm; and - comprises at least one porous material for at least partially filtering out solid components contained in the sample ; wherein the carrier foil has at least one wavelength filter component which is adapted to essentially block light having wavelengths λ blc of 10 nm ≤ λ blc ≤ WL low , with 550 nm ≤ WL low ≤ 650 nm.
Angle measuring module for modular connection to a handheld rangefinder instrument and for providing sensor data for the rangefinder instrument , having - an electronic interface for connection to an applicable interface of the rangefinder instrument , and - at least one electronic sensor component for generating the sensor data, wherein the at least one electronic sensor component comprises at least one angle sensor , wherein the angle measuring module - is configured so as to be mountable on a base , and provides a level of adjustability for the orientation of the rangefinder instrument in two degree of freedom relative to the base , - is configured for measuring at least one angle between the rangefinder instrument and a base , and - is configured for transmitting the sensor data to the rangefinder instrument when the electronic interface is connected to the applicable interface for the rangefinder instrument , characterized in that - the electronic interface is configured for transmitting electric power from the rangefinder instrument to the angle measuring module when it is connected to the applicable interface of the rangefinder instrument , and - the angle measuring module is configured to operate the at least one sensor component by means of the electric power transmitted by the rangefinder instrument . - an electronic interface for connection to an applicable interface of the rangefinder instrument , and - at least one electronic sensor component for generating the sensor data, wherein the at least one electronic sensor component comprises at least one angle sensor , - is configured so as to be mountable on a base , and provides a level of adjustability for the orientation of the rangefinder instrument in two degree of freedom relative to the base , - is configured for measuring at least one angle between the rangefinder instrument and a base , and - is configured for transmitting the sensor data to the rangefinder instrument when the electronic interface is connected to the applicable interface for the rangefinder instrument , - the electronic interface is configured for transmitting electric power from the rangefinder instrument to the angle measuring module when it is connected to the applicable interface of the rangefinder instrument , and - the angle measuring module is configured to operate the at least one sensor component by means of the electric power transmitted by the rangefinder instrument .
A system for preventing an episode of incontinence in an individual in need thereof, the system comprising: (a) a sensor electrode , configured to sense a parameter that is associated with a response from the individual that is intended to prevent the episode of incontinence; (b) a stimulator electrode configured to provide an adaptive electrical stimulation and a base electrical stimulation that is constant in frequency, amplitude, current, or a combination thereof; (c) a processor operably coupled to the sensor and stimulator electrodes; and (d) a non-transitory computer readable storage medium including software configured to cause the processor to: (i) receive the parameter that is associated with the response from the individual that is intended to prevent the episode of incontinence; (ii) analyze the parameter that is associated with the response from the individual that is intended to prevent the episode of incontinence; and (iii) cause the stimulator electrode to provide the electrical stimulation to the individual such that the electrical stimulation together with the response from the individual that is intended to prevent the episode of incontinence prevents the episode of incontinence. (a) a sensor electrode , configured to sense a parameter that is associated with a response from the individual that is intended to prevent the episode of incontinence; (b) a stimulator electrode configured to provide an adaptive electrical stimulation and a base electrical stimulation that is constant in frequency, amplitude, current, or a combination thereof; (c) a processor operably coupled to the sensor and stimulator electrodes; and (d) a non-transitory computer readable storage medium including software configured to cause the processor to: (i) receive the parameter that is associated with the response from the individual that is intended to prevent the episode of incontinence; (ii) analyze the parameter that is associated with the response from the individual that is intended to prevent the episode of incontinence; and (iii) cause the stimulator electrode to provide the electrical stimulation to the individual such that the electrical stimulation together with the response from the individual that is intended to prevent the episode of incontinence prevents the episode of incontinence. (i) receive the parameter that is associated with the response from the individual that is intended to prevent the episode of incontinence; (ii) analyze the parameter that is associated with the response from the individual that is intended to prevent the episode of incontinence; and (iii) cause the stimulator electrode to provide the electrical stimulation to the individual such that the electrical stimulation together with the response from the individual that is intended to prevent the episode of incontinence prevents the episode of incontinence.