mhurhangee/patent-ind-claim-en huggingface dataset:
A method for robust estimation of state of charge (SOC) for a battery cell for an electric vehicle, the method comprising: - measuring an output current ( I m ) from the battery cell, a temperature ( T m ) of the battery cell, and an output voltage ( ỹ ) from the battery cell; - providing a SOC estimation model (M) for the battery cell comprising the measured current ( I m ), the measured temperature ( T m ), a current fault estimate ( I f ) for an error of the measured current ( I m ), and a voltage fault estimate ( ỹ f ) for an error of a measured output voltage (ỹ m ) to provide an estimated output voltage ( y ); - calculating the estimated output voltage ( y ) and an intermediate SOC value (SOC int ) using the SOC estimation model (M); - calculating a voltage difference between the estimated output voltage ( y ) and the measured voltage ( y ); - estimating the SOC (SOC) for a battery cell by optimizing said SOC estimation model (M) based on the calculated voltage difference, the intermediate SOC value (SOC INT ), the current fault estimate ( I f ), and the voltage fault estimate ( ỹ f ). - measuring an output current ( I m ) from the battery cell, a temperature ( T m ) of the battery cell, and an output voltage ( ỹ ) from the battery cell; - providing a SOC estimation model (M) for the battery cell comprising the measured current ( I m ), the measured temperature ( T m ), a current fault estimate ( I f ) for an error of the measured current ( I m ), and a voltage fault estimate ( ỹ f ) for an error of a measured output voltage (ỹ m ) to provide an estimated output voltage ( y ); - calculating the estimated output voltage ( y ) and an intermediate SOC value (SOC int ) using the SOC estimation model (M); - calculating a voltage difference between the estimated output voltage ( y ) and the measured voltage ( y ); - estimating the SOC (SOC) for a battery cell by optimizing said SOC estimation model (M) based on the calculated voltage difference, the intermediate SOC value (SOC INT ), the current fault estimate ( I f ), and the voltage fault estimate ( ỹ f ).
Connector device for gastric calibration hoses comprising a first and an opposite second end , wherein a first connector means is formed at the first end and a second connector means is formed at the second end , wherein the first and the second connector means are connected with each other via a fluid channel , and wherein the first connector means comprises at least one first tapering cavity into which gastric calibration hose may be plugged for coupling, characterized in that for coupling different medical devices , the second connector means has at least one second tapering cavity and at least one, tapering recess annularly surrounding the second cavity , so that, for coupling, the different medical devices may selectively be plugged into the second tapering cavity or into the tapering recess , wherein a delimiting wall and an outer wall surrounding the recess are formed between the second cavity and the recess , wherein the outer wall is designed to be set back towards the second end with respect to the delimiting wall , such that the delimiting wall forms the first end , wherein the delimiting wall is chamfered in the region of the second end with respect to the longitudinal axis . for coupling different medical devices , the second connector means has at least one second tapering cavity and at least one, tapering recess annularly surrounding the second cavity , so that, for coupling, the different medical devices may selectively be plugged into the second tapering cavity or into the tapering recess , wherein a delimiting wall and an outer wall surrounding the recess are formed between the second cavity and the recess , wherein the outer wall is designed to be set back towards the second end with respect to the delimiting wall , such that the delimiting wall forms the first end , wherein the delimiting wall is chamfered in the region of the second end with respect to the longitudinal axis .
A drug mixing device comprising: a movable actuator , wherein movement of the actuator causes mixing of a drug within the drug mixing device; and an elastic member coupled to the actuator, the elastic member configured upon release to transition from an extended state to a non-extended state, the elastic member storing energy in the extended state, wherein the movement of the actuator is driven by the release of the stored energy as the elastic member transitions from the extended state towards the non-extended state. a movable actuator , wherein movement of the actuator causes mixing of a drug within the drug mixing device; and an elastic member coupled to the actuator, the elastic member configured upon release to transition from an extended state to a non-extended state, the elastic member storing energy in the extended state, wherein the movement of the actuator is driven by the release of the stored energy as the elastic member transitions from the extended state towards the non-extended state.
(Currently Amended) A heat transfer apparatus for a gas turbine engine, comprising: a component having a wall structure defining a flow bounding surface; and a chamber formed in the component , the chamber being configured as a heat pipe and including a wicking structure , a vapor channel , and a working fluid, characterised in that the wall structure comprises a three-dimensional mass defining a part of the wicking structure and having an array of spaced-apart, mutually perpendicular holes passing therethrough and wherein the holes are arranged in two or more layers, the holes of each layer having different diameters. a component having a wall structure defining a flow bounding surface; and a chamber formed in the component , the chamber being configured as a heat pipe and including a wicking structure , a vapor channel , and a working fluid, characterised in that the wall structure comprises a three-dimensional mass defining a part of the wicking structure and having an array of spaced-apart, mutually perpendicular holes passing therethrough and wherein the holes are arranged in two or more layers, the holes of each layer having different diameters.
A wireless communication method, comprising: canceling or suspending (S210), by a terminal device , an operation of Beam Failure Recovery, BFR, corresponding to a first secondary cell in response to deactivation of the first secondary cell; characterized in that canceling or suspending, by the terminal device, the operation of BFR corresponding to the first secondary cell comprises: at a physical layer, stopping by the terminal device, reporting a measurement status of a beam failure detection reference signal resource corresponding to the first secondary cell to a Media Access Control, MAC, layer; and/or at the MAC layer, stopping by the terminal device, receiving the measurement status of the beam failure detection reference signal resource corresponding to the first secondary cell reported by the physical layer. canceling or suspending (S210), by a terminal device , an operation of Beam Failure Recovery, BFR, corresponding to a first secondary cell in response to deactivation of the first secondary cell; characterized in that canceling or suspending, by the terminal device, the operation of BFR corresponding to the first secondary cell comprises: at a physical layer, stopping by the terminal device, reporting a measurement status of a beam failure detection reference signal resource corresponding to the first secondary cell to a Media Access Control, MAC, layer; and/or at the MAC layer, stopping by the terminal device, receiving the measurement status of the beam failure detection reference signal resource corresponding to the first secondary cell reported by the physical layer.
Calcium aluminate cement, containing at least 75 wt.-% CA 2 and at least 3 wt.-% CA, based on the total amount of calcium aluminate phases present in the cement.
Orthopedic device for at least one upper extremity , said device comprising at least one positioning element that has at least two movement elements which can be moved one relative to another in a first direction, wherein a movement of said movement elements relative to one another in a first direction encounters a resistance characterised in that - said device comprises a control unit configured to adjust this resistance depending on the position and/or the orientation of the head of the wearer of the device . - said device comprises a control unit configured to adjust this resistance depending on the position and/or the orientation of the head of the wearer of the device .
A tangential filter for the filtration of a fluid such as a liquid, comprising or consisting of a support element made from a porous, preferably non-oxide, inorganic material, said element having a tubular shape delimited by an outer surface and comprising in its inner portion a set of adjacent channels , having axes that are parallel to one another and separated from one another by walls of said porous inorganic material, wherein said channels are covered over their inner surface with a membrane separation layer intended to come into contact with said fluid to be filtered circulating in said channels, characterized in that , along a transverse plane P perpendicular to the central axis of said tubular support: a) said support comprises in its central portion only inner channels C i that do not share a common wall with said outer surface, said inner channels having a substantially equivalent hydraulic diameter, b) said support additionally comprises peripheral channels Cp, including at least two adjacent peripheral channels A and B, each of said two channels A and B sharing a common wall with said outer surface , c) the ratio D h of: - the hydraulic diameter D hA of the first channel A to - the hydraulic diameter D hB of the second channel B, is greater than or equal to 1.1, d) the number of peripheral channels B is greater than or equal to the number of peripheral channels A, e) the channel B has a hydraulic diameter Dh B substantially identical to the hydraulic diameter of the inner channels (C i ). a) said support comprises in its central portion only inner channels C i that do not share a common wall with said outer surface, said inner channels having a substantially equivalent hydraulic diameter, b) said support additionally comprises peripheral channels Cp, including at least two adjacent peripheral channels A and B, each of said two channels A and B sharing a common wall with said outer surface , c) the ratio D h of: - the hydraulic diameter D hA of the first channel A to - the hydraulic diameter D hB of the second channel B, is greater than or equal to 1.1, - the hydraulic diameter D hA of the first channel A to - the hydraulic diameter D hB of the second channel B, is greater than or equal to 1.1, d) the number of peripheral channels B is greater than or equal to the number of peripheral channels A, e) the channel B has a hydraulic diameter Dh B substantially identical to the hydraulic diameter of the inner channels (C i ).
Device for protecting at least one section of a locking member movable between a resting position and a locking position, comprising - a support structure ; - a plurality of plate-shaped wear-resistant elements attached to said support structure; - wherein said wear-resistant elements extend generally in the direction coinciding with the locking member, and wherein - said wear-resistant elements comprise carbide material - wherein said wear-resistant elements are arranged to form a cavity with at least one opening, in which cavity the at least one section of the locking member may be positioned. - a support structure ; - a plurality of plate-shaped wear-resistant elements attached to said support structure; - wherein said wear-resistant elements extend generally in the direction coinciding with the locking member, and wherein - said wear-resistant elements comprise carbide material - wherein said wear-resistant elements are arranged to form a cavity with at least one opening, in which cavity the at least one section of the locking member may be positioned.
A method for measuring the dimensions and characteristic angles of the wheels, steering system and chassis of vehicles by means of an apparatus comprising a plurality of 3D scanners , functionally connected to a computer and arranged peripherally to a vehicle whose dimensions and characteristic angles of the wheels , steering system and chassis are to be measured; each one of said 3D scanners having a viewing field , the merging of said viewing fields defining a viewing field of the apparatus; said method comprising: a total measurement step, in which all the wheels of the vehicle are at least partially visible in the viewing field of the apparatus; and a partial measurement step, in which at least one wheel of the vehicle is not visible in the viewing field of the apparatus; said method being characterized in that said 3D scanners are fixed with respect to themselves and to a support of the vehicle , between said total measurement step and said partial measurement step. a total measurement step, in which all the wheels of the vehicle are at least partially visible in the viewing field of the apparatus; and a partial measurement step, in which at least one wheel of the vehicle is not visible in the viewing field of the apparatus; said method being characterized in that said 3D scanners are fixed with respect to themselves and to a support of the vehicle , between said total measurement step and said partial measurement step.
A crystal form, Form VI, of a compound: which is characterized by a X-ray powder diffraction (XRPD) pattern comprising peaks expressed in degrees (± 0.2 degree) of two theta angle of 6.0, 12.0, 24.0, 24.5 and 37.6 obtained using CuKα 1 X-ray (wavelength = 1.5406 Angstroms).
A casing member for forming a connection between two tubular sections, the casing member having at each side a side portion for connecting on a respective adjacent end surface of a tubular section adjacent the connection, and a middle portion that spans between the end surfaces of the tubular sections, each said side portion comprising a first crosslinked plastics material layer to be laminated to and disposed relative to said end surfaces outwardly from a second plastics material layer that is uncrosslinked or has a degree of crosslinking substantially less than said first layer, at least said first layer being heat shrinkable in the direction of the circumference of the adjacent tubular section, and the casing member further comprising an electrically heatable member , in the form of electrical resistance heating elements or electrically inductively heatable elements which are disposed inwardly from the second layer or are disposed integrally within the second layer to cause it to fusion bond with a plastics material jacket of a tubular section when disposed adjacent thereto, and characterized in that the casing member is formed from a wrap-around sleeve comprising a sheet of which at least a portion is heat shrinkable along a heat shrink direction and that is, or of which sections are, adapted to be formed into a tubular sleeve by connecting together edges opposed in the heat shrink direction; and in that said sheet comprises the crosslinked heat shrinkable first plastics material layer and laminated thereto the second plastics material layer that is non-crosslinked or substantially less crosslinked than the first layer.
Apparatus for transferring a vial from a first station to a second station , comprising a mobile arm provided with at least three gripping elements (2a - 2d) movable between one another in a controlled way at least between a first and a second position, wherein the free ends of at least part of said gripping elements (2a - 2d) have a magnet , and wherein the area of the polygon (P) having as vertexes said free ends in said first position is smaller than the area of the polygon (P) having as vertexes said free ends in said second position, wherein said first and second positions of the gripping elements (2a - 2d) are stable positions, said apparatus comprising mechanical elements configured to stably hold said gripping elements (2a - 2d) alternatively in said first or second position, characterised in that said gripping elements (2a - 2d) are constrained to a cam adapted to move said gripping elements (2a - 2d), wherein said cam is rotatable and is provided with a slot (6a - 6d) for each gripping element (2a - 2d), so that the rotation of the cam causes a movement of the gripping elements (2a - 2d) along said slots (6a - 6d), wherein said mechanical elements comprise a spring configured so that the rotation of said cam causes a deformation of said spring, and so that a rotation of said cam away from said first or from said second position of said gripping elements (2a - 2d) is hindered by the resistance provided by the deformation of said spring , so that the resistance of the spring must be overcome in order to move the gripping elements (2a - 2d) from the first to the second position and so that, in the same way, the resistance of the spring must be overcome in order to move the gripping elements (2a - 2d) from the second to the first position.
A coating system for producing a vitreous coating characterised in that it includes at least one liquid component K1 and at least one solid component K2, wherein the component K1 is an aqueous solution which contains at least the constituents - Al(H 2 PO 4 ) 3 and - Al(NaHPO 4 ) 3 , wherein said constituents of the component K1 are contained on an oxide basis and specified in mass percent with respect to the total mass of the solution with the following proportions in the component K1: - P 2 O 5 between 25.0 and 37.0 - Al 2 O 3 between 5.8 and 9.0 - Na 2 O between 0.1 and 2.0 - H 2 O between 54.0 and 66.0 and wherein the component K2 includes at least the constituents - magnesium oxide, - silicate and - borate which are contained on an oxide basis and specified in mass percent with respect to the total mass of the component K2 with the following proportions in the component K2: MgO between 70.0 and 95.0 SiO 2 between 1.0 and 19.0 B 2 O 3 between 1.0 and 3.0 wherein the reactivity of the magnesium oxide determined in accordance with the citric acid test is in the range of between 40 and 400 seconds, and wherein the ignition loss of the component K2 after tempering for 2 hours at 800°C is in the range of between 0 and 3.0%. - Al(H 2 PO 4 ) 3 and - Al(NaHPO 4 ) 3 , - magnesium oxide, - silicate and - borate wherein the reactivity of the magnesium oxide determined in accordance with the citric acid test is in the range of between 40 and 400 seconds, and wherein the ignition loss of the component K2 after tempering for 2 hours at 800°C is in the range of between 0 and 3.0%.
A hopper wagon comprising an equipment envelope , the equipment envelope comprising a housing having, seen in the longitudinal direction of the hopper wagon, a first end wall , second end wall , first sidewall and second sidewall incorporated in a bulk commodities storage chamber of the wagon and defining a substantially enclosed storage space in the chamber in which hopper wagon control means and/or other component parts can be accommodated, wherein the equipment envelope is configured to be arranged in the chamber at a location above a hopper wagon bogie, characterized in that the first end wall is inclined at a first incline angle (α) with respect to a horizontal plane (X-X) and the second end wall is inclined at a second incline angle (β) with respect to a horizontal plane and wherein the first incline angle and the second incline angle are different.
An imaging device comprising a first pixel , wherein the first pixel includes: a photoelectric converting portion that converts incident light into signal charge; and a first capacitance element including a first terminal and a second terminal , the first terminal being electrically connected to the photoelectric converting portion in at least a period of exposure; the first pixel characterized by further comprising a first transistor including a first source and a first drain, one of the first source and the first drain being electrically connected to the second terminal , and a directcurrent potential being applied to the other of the first source and the first drain, wherein the first transistor is configured to switch a first state in which the directcurrent potential is applied to the second terminal and a second state in which the second terminal is electrically floating. a photoelectric converting portion that converts incident light into signal charge; and a first capacitance element including a first terminal and a second terminal , the first terminal being electrically connected to the photoelectric converting portion in at least a period of exposure; the first pixel characterized by further comprising a first transistor including a first source and a first drain, one of the first source and the first drain being electrically connected to the second terminal , and a directcurrent potential being applied to the other of the first source and the first drain, wherein the first transistor is configured to switch a first state in which the directcurrent potential is applied to the second terminal and a second state in which the second terminal is electrically floating.
An electronic device comprising: a sensor for sensing motion of the electronic device; an application processor ; and a state determination unit comprising a memory, the state determination unit configured to: while the application processor is in a sleep state, control to cause motion information relating to the motion of the electronic device to be written in the memory for processing by the application processor, and control to send a notification to the application processor in the sleep state, wherein the application processor is configured to: read the motion information from the memory after transitioning from the sleep state to a wake-up state based on the notification, and control to process at least a portion of the read motion information, and to provide, based on the processing of the at least the portion of the read motion information, activity information to a user of the electronic device via the electronic device. a sensor for sensing motion of the electronic device; an application processor ; and a state determination unit comprising a memory, the state determination unit configured to: while the application processor is in a sleep state, control to cause motion information relating to the motion of the electronic device to be written in the memory for processing by the application processor, and control to send a notification to the application processor in the sleep state, wherein the application processor is configured to: while the application processor is in a sleep state, control to cause motion information relating to the motion of the electronic device to be written in the memory for processing by the application processor, and control to send a notification to the application processor in the sleep state, wherein the application processor is configured to: read the motion information from the memory after transitioning from the sleep state to a wake-up state based on the notification, and control to process at least a portion of the read motion information, and to provide, based on the processing of the at least the portion of the read motion information, activity information to a user of the electronic device via the electronic device.