mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for capturing a wire curvature , having a wire guide , wherein the apparatus furthermore comprises: a) a camera system comprising at least one camera , wherein the camera system is positioned and dimensioned such that it can capture a wire , guided in the wire guide , and the boundary thereof perpendicular to a wire longitudinal axis in the form of image data, and b) a data evaluation unit , which is set up to receive the image data of the camera system and to determine therefrom the wire curvature, c) characterized in that the data evaluation unit is configured such that contours are ascertained by determining all image points that themselves have a value above a threshold value and have at least one neighbour having a value below or equal to the threshold value, and/or that themselves have a value below or equal to the threshold value and have at least one neighbour having a value above the threshold value. a) a camera system comprising at least one camera , wherein the camera system is positioned and dimensioned such that it can capture a wire , guided in the wire guide , and the boundary thereof perpendicular to a wire longitudinal axis in the form of image data, and b) a data evaluation unit , which is set up to receive the image data of the camera system and to determine therefrom the wire curvature, c) characterized in that the data evaluation unit is configured such that contours are ascertained by determining all image points that themselves have a value above a threshold value and have at least one neighbour having a value below or equal to the threshold value, and/or that themselves have a value below or equal to the threshold value and have at least one neighbour having a value above the threshold value.
A malt recipe of bitter and refreshing type whole malt pilsner beer, characterized in that , in the recipe, selected malt is pilsner malt and light-colored caramel malt, and selected hops have a proportion of cohumulone≤ 30% account for alpha acids present in the hops, wherein, the pilsner malt has a α-N content of 120-140mg/100g, a saccharification power of 250-300WK, a color of 2.5-4.5EBC and a malt limit fermentation degree of 67%-69%; the light-colored caramel malt has a color of 20-30EBC and a content of 2,5-dimethyl-4-hydroxyfuranone of 0.5-1.0 mg/L.
Use of a composition for polishing a silicon wafer, said composition being used in the presence of an abrasive, the composition comprising a silicon wafer polishing accelerator, an amide group-containing polymer, and water, wherein the amide group-containing polymer has a building unit A in its main chain, the building unit A comprises a main chain carbon atom constituting the main chain of the amide group-containing polymer and a secondary amide group or a tertiary amide group, and the secondary amide group or tertiary amide group has a carbonyl carbon directly coupled to the main chain carbon atom.
A composition in the form of microspheres for encapsulating and controlled or sustained releasing one or more therapeutic ingredients, comprising: a) a micro-particulate therapeutic ingredient which is exenatide; b) a micro-particulate helping agent selected from Mg(OH) 2 , MgCO 3 or Zn(OH) 2 , and c) a biodegradable polymer that forms the matrix of the microsphere. a) a micro-particulate therapeutic ingredient which is exenatide; b) a micro-particulate helping agent selected from Mg(OH) 2 , MgCO 3 or Zn(OH) 2 , and c) a biodegradable polymer that forms the matrix of the microsphere.
A method for provisioning a second line replacement unit using a first line replacement unit in an airplane , comprising: providing , by the first line replacement unit , a communication to the second line replacement unit to request a certificate signing request based on a public-private key pair generated by the second line replacement unit ; obtaining , by the first line replacement unit, the certificate signing request from the second line replacement unit ; providing , by the first line replacement unit, over a communication network, the certificate signing request and a certificate revocation request for a replaced third line replacement unit to a certificate authority, "CA", ; obtaining , by the first line replacement unit, over the communication network, composite airline modifiable information comprising a public key certificate generated by the certificate authority and associated with the private key generated by the second line replacement unit ; and providing , by the first line replacement unit, the composite airline modifiable information to the second line replacement unit . providing , by the first line replacement unit , a communication to the second line replacement unit to request a certificate signing request based on a public-private key pair generated by the second line replacement unit ; obtaining , by the first line replacement unit, the certificate signing request from the second line replacement unit ; providing , by the first line replacement unit, over a communication network, the certificate signing request and a certificate revocation request for a replaced third line replacement unit to a certificate authority, "CA", ; obtaining , by the first line replacement unit, over the communication network, composite airline modifiable information comprising a public key certificate generated by the certificate authority and associated with the private key generated by the second line replacement unit ; and providing , by the first line replacement unit, the composite airline modifiable information to the second line replacement unit .
A system for estimating a dose from a proton therapy plan for a patient, comprising: a memory that stores machine instructions; and a processor coupled to the memory that executes the machine instructions to subdivide a representation of a volume of interest into a plurality of voxels, determine a first distance associated with a planned proton field and a first voxel of the plurality of voxels, and compute a metric based on the first distance and a second distance associated with a target volume traversed by the planned proton field, wherein the volume of interest corresponds to the target volume and the metric represents a discrete contribution at the first voxel to an estimated dose received by the target volume, characterised in that a summation of a plurality of discrete contributions corresponding to the plurality of voxels yields an estimated dose corresponding to the volume of interest, wherein the plurality of discrete contributions includes the metric as given below representing the dose contribution from a proton beam with respect to a location or a voxel: G x = { Δ + d − Δ e − a T s − x + b x < T s d T s < x < T e 0 T e < x , wherein G x is the single proton field contribution to the geometry-expected dose, x is the distance from the proton beam source, the target volume starts at distance T s and ends at distance T e , Δ is the distance the ray travels in the target volume, d is the prescription dose level from the specified field to the target, and parameters a and b are phenomenological coefficients. a memory that stores machine instructions; and a processor coupled to the memory that executes the machine instructions to subdivide a representation of a volume of interest into a plurality of voxels, determine a first distance associated with a planned proton field and a first voxel of the plurality of voxels, and compute a metric based on the first distance and a second distance associated with a target volume traversed by the planned proton field, wherein the volume of interest corresponds to the target volume and the metric represents a discrete contribution at the first voxel to an estimated dose received by the target volume, characterised in that a summation of a plurality of discrete contributions corresponding to the plurality of voxels yields an estimated dose corresponding to the volume of interest, wherein the plurality of discrete contributions includes the metric as given below representing the dose contribution from a proton beam with respect to a location or a voxel: G x = { Δ + d − Δ e − a T s − x + b x < T s d T s < x < T e 0 T e < x , wherein G x is the single proton field contribution to the geometry-expected dose, x is the distance from the proton beam source, the target volume starts at distance T s and ends at distance T e , Δ is the distance the ray travels in the target volume, d is the prescription dose level from the specified field to the target, and parameters a and b are phenomenological coefficients.
A method for improving domain name resolution efficiency, which is implemented in a terminal supporting Internet Protocol version 4, IPv4/Internet Protocol version 6, IPv6, dual stack and comprises: the terminal initiating (S11) a domain name resolution request to a domain name system server; and when obtaining a correct response, the terminal recording (S12) a first format corresponding to the initiated domain name resolution request as a default initiation format of the current domain name resolution request, wherein the default initiation format is one initiation format used preferentially when a new domain name resolution request is initiated by the terminal; when obtaining an incorrect response to the domain name resolution request initiated in the default initiation format, the terminal initiating a domain resolution request in a second format and changing the default initiation format of the current domain name resolution request into the second format; wherein: the first format and the second format are respectively one of format A and format AAAA, the format A corresponding to an IPv4 address format and the format AAAA corresponding to an IPv6 address format. the terminal initiating (S11) a domain name resolution request to a domain name system server; and when obtaining a correct response, the terminal recording (S12) a first format corresponding to the initiated domain name resolution request as a default initiation format of the current domain name resolution request, wherein the default initiation format is one initiation format used preferentially when a new domain name resolution request is initiated by the terminal; when obtaining an incorrect response to the domain name resolution request initiated in the default initiation format, the terminal initiating a domain resolution request in a second format and changing the default initiation format of the current domain name resolution request into the second format; wherein: the first format and the second format are respectively one of format A and format AAAA, the format A corresponding to an IPv4 address format and the format AAAA corresponding to an IPv6 address format.
Method for managing a deceleration phase of a motor vehicle comprising a traction chain comprising: - an electric motor mechanically connected to an input shaft of a gearbox , - a battery electrically connected to the electric motor , - a heat engine , and - a motor interconnection clutch interposed between the thermal engine and the electric motor , - said method comprising, during a deceleration phase in which the heat engine is stopped and the engine interconnection clutch open: - a step of applying a first resistant torque ( Cr_mel ) corresponding to a negative torque of the electric motor operating in generator mode to recharge the battery , then - a step of applying a second resistant torque ( Cr_mth ) corresponding to a negative torque of the heat engine by starting and coupling the heat engine to the gearbox by closing at less partial of the engine interconnection clutch , characterized in that the second resistant torque ( Cr_mth ) is applied as soon as a braking torque souhaité (Cfs)equal to a sum of a torque ( Crech ) previously applied by the electric motor is reached when a maximum recharge capacity of the battery has been reached and a couple of mechanical losses ( Cpm ) of the heat engine . - an electric motor mechanically connected to an input shaft of a gearbox , - a battery electrically connected to the electric motor , - a heat engine , and - a motor interconnection clutch interposed between the thermal engine and the electric motor , - said method comprising, during a deceleration phase in which the heat engine is stopped and the engine interconnection clutch open: - a step of applying a first resistant torque ( Cr_mel ) corresponding to a negative torque of the electric motor operating in generator mode to recharge the battery , then - a step of applying a second resistant torque ( Cr_mth ) corresponding to a negative torque of the heat engine by starting and coupling the heat engine to the gearbox by closing at less partial of the engine interconnection clutch ,
A section for a gas turbine engine comprising: a rotor including a hub (163;263) carrying a plurality of blades , the hub (163;263) rotatable about a longitudinal axis (A), and a seal (176;276) that extends outwardly from the hub (163;263) to establish a sealing relationship with a plurality of vanes distributed about the longitudinal axis (A); and a flow guide assembly (180;280) secured to an engine static structure such that a flow path (182;282) is defined between the hub (163;263) and the flow guide assembly (180;280), the flow path (182;282) including an inlet portion (182A;282A) defined along the seal (176;276) and an outlet portion (182C;282C); characterised in that the flow guide assembly (180;280) includes an acoustic liner (184;284) that extends along the flow path (182;282). a rotor including a hub (163;263) carrying a plurality of blades , the hub (163;263) rotatable about a longitudinal axis (A), and a seal (176;276) that extends outwardly from the hub (163;263) to establish a sealing relationship with a plurality of vanes distributed about the longitudinal axis (A); and a flow guide assembly (180;280) secured to an engine static structure such that a flow path (182;282) is defined between the hub (163;263) and the flow guide assembly (180;280), the flow path (182;282) including an inlet portion (182A;282A) defined along the seal (176;276) and an outlet portion (182C;282C); characterised in that the flow guide assembly (180;280) includes an acoustic liner (184;284) that extends along the flow path (182;282).
A bogie, comprising: a frame provided with two parallel side beams extending in a longitudinal direction; annular hoops connected to bottom surfaces of end portions of the side beams , a centerline of the annular hoop extending in a lateral direction; axle boxes , the axle box being located in a space defined by the annular hoop , a centerline of the axle box coinciding with the centerline of the annular hoop ; and a plurality of buffer blocks uniformly arranged between the annular hoop and the axle box ; characterised in that , a first longitudinal positioning structure is arranged on inner side of the buffer block , and a second longitudinal positioning structure is arranged on outer peripheral surface of the axle box wherein the first longitudinal positioning structure and the second longitudinal positioning structure mutually cooperate with each other for restricting longitudinal movement of the buffer block . a frame provided with two parallel side beams extending in a longitudinal direction; annular hoops connected to bottom surfaces of end portions of the side beams , a centerline of the annular hoop extending in a lateral direction; axle boxes , the axle box being located in a space defined by the annular hoop , a centerline of the axle box coinciding with the centerline of the annular hoop ; and a plurality of buffer blocks uniformly arranged between the annular hoop and the axle box ; characterised in that , a first longitudinal positioning structure is arranged on inner side of the buffer block , and a second longitudinal positioning structure is arranged on outer peripheral surface of the axle box wherein the first longitudinal positioning structure and the second longitudinal positioning structure mutually cooperate with each other for restricting longitudinal movement of the buffer block .
A motor vehicle comprising a chassis with a wall defining an opening and a soundproofing device for an air flow between an interior and an exterior of the vehicle, the soundproofing device comprising: a housing mounted on the opening of the wall of the vehicle, the opening allowing the passage of the air flow between the interior and exterior of the vehicle, the housing being further arranged to be traversed by this air flow and to provide soundproofing inside the vehicle, the housing comprising at least one mounting interface arranged to receive a vehicle element , and the device comprising an air extractor comprising at least one movable element arranged to allow the flow of air in the event of overpressure in the interior of the vehicle, the housing comprising an opening occupied by said air extractor , an outer surface and a protrusion from the outer surface , a mounting interface provided on said protrusion so as to receive a vehicle element , characterized in that the vehicle element is a trim element of a vehicle interior and covers the housing and/or the air extractor . a housing mounted on the opening of the wall of the vehicle, the opening allowing the passage of the air flow between the interior and exterior of the vehicle, the housing being further arranged to be traversed by this air flow and to provide soundproofing inside the vehicle, the housing comprising at least one mounting interface arranged to receive a vehicle element , and the device comprising an air extractor comprising at least one movable element arranged to allow the flow of air in the event of overpressure in the interior of the vehicle, the housing comprising an opening occupied by said air extractor , an outer surface and a protrusion from the outer surface , a mounting interface provided on said protrusion so as to receive a vehicle element , characterized in that the vehicle element is a trim element of a vehicle interior and covers the housing and/or the air extractor .
A device for applying energy to tissue, comprising: an elongate probe carrying an energy applicator body first and second channels (172 and 172') in the probe communicating an interior chamber in a working end of the applicator body; a positive pressure source coupled to the first channel configured to provide a fluid inflow toward the interior chamber ; a negative pressure source coupled to the second channel configured to provide a fluid out flow away from the interior chamber ; and an electrode arrangement (155A and 155B) carried by the probe capable of applying energy to the fluid sufficient to create a plasma in proximity to the interior chamber (1770, wherein the working end has an annular gap through which plasma is released, the gap being sufficiently fluid tight to inhibit liquid flow but permit plasma propagation therethrough. an elongate probe carrying an energy applicator body first and second channels (172 and 172') in the probe communicating an interior chamber in a working end of the applicator body; a positive pressure source coupled to the first channel configured to provide a fluid inflow toward the interior chamber ; a negative pressure source coupled to the second channel configured to provide a fluid out flow away from the interior chamber ; and an electrode arrangement (155A and 155B) carried by the probe capable of applying energy to the fluid sufficient to create a plasma in proximity to the interior chamber (1770, wherein the working end has an annular gap through which plasma is released, the gap being sufficiently fluid tight to inhibit liquid flow but permit plasma propagation therethrough.
A method of manufacturing an unbonded, absorbent, fibrous structure, the method comprising the steps of: a) providing of a first fibrous material in the form of a fibrous sheet ; b) defiberising the sheet of first fibrous material to form a roughly graded material ; c) mixing the roughly graded material with a second material to form a mixture; and d) air-laying the mixture on a foraminous carrier to form the unbonded, absorbent, fibrous structure; wherein the sheet of first fibrous material is advanced into the first cutting zone by a first feeding device at a first feed rate and wherein the second material is fed into a second cutting zone by a second feeding device at a second feed rate and wherein at least one of the first and second feed rates is a variable feed rate. a) providing of a first fibrous material in the form of a fibrous sheet ; b) defiberising the sheet of first fibrous material to form a roughly graded material ; c) mixing the roughly graded material with a second material to form a mixture; and d) air-laying the mixture on a foraminous carrier to form the unbonded, absorbent, fibrous structure;
A modified block copolymer composition, comprising: a modified block copolymer containing at least one aromatic vinyl polymer block and at least one conjugated diene polymer block, and having at least one modified terminal modified with a compound having a silicon atom and an acrylic group and/or a methacrylic group, wherein the modified terminal has a structure in which a hydrocarbyloxysilane compound (β) having an acrylic group and/or a methacrylic group is bonded via a hydrocarbyloxysilane compound (α) without an acrylic group and/or a methacrylic group. a modified block copolymer containing at least one aromatic vinyl polymer block and at least one conjugated diene polymer block, and having at least one modified terminal modified with a compound having a silicon atom and an acrylic group and/or a methacrylic group, wherein the modified terminal has a structure in which a hydrocarbyloxysilane compound (β) having an acrylic group and/or a methacrylic group is bonded via a hydrocarbyloxysilane compound (α) without an acrylic group and/or a methacrylic group.
A bridge device operable between a master device and a slave device of a communication system, said master device and said slave device arranged for communicating with each other via a parent I 2 C bus and a child I 2 C bus and using the I 2 C protocol, said bridge device comprising - a parent module at one side of said bridge device, said parent module arranged for connecting said parent I 2 C bus and comprising a parent I 2 C transmitter/receiver device and a parent module state machine, - a child module at the opposite side of said bridge device, said child module arranged for connecting said child I 2 C bus and comprising a child I 2 C transmitter/receiver device and a child module state machine, whereby said parent module and said child module each comprise an internal bridge interface to exchange messages between said parent module and said child module, said messages being generated by said parent module state machine or said child module state machine in response to a change of state caused by an event on their respective I 2 C buses, whereby said parent module and said child module are each arranged for translating an I 2 C event to a message and for forwarding said message to the module at the other side of the bridge device via said internal bridge interfaces, said module at the other side being arranged for further transmitting said message as an I 2 C event towards the I 2 C bus at the other side of the bridge device, and whereby said parent module and said child module are further each arranged for holding the communication towards the respective I 2 C bus by stretching a clock line on their respective I 2 C bus until a message, based on an event occurring on the I 2 C bus at the other side of the bridge device and instructing continuation of the communication, is received via said internal bridge interfaces from the module at the other side of the bridge device. - a parent module at one side of said bridge device, said parent module arranged for connecting said parent I 2 C bus and comprising a parent I 2 C transmitter/receiver device and a parent module state machine, - a child module at the opposite side of said bridge device, said child module arranged for connecting said child I 2 C bus and comprising a child I 2 C transmitter/receiver device and a child module state machine,