mhurhangee/patent-ind-claim-en huggingface dataset:
Method for managing a station for gravimetric dispensing of condensed gas in the liquid state, said station comprising a stationary storage tank , a dispensing circuit connected to the stationary tank and provided with a dispensing valve (X21) and a dispensing nozzle for connection to an onboard tank on a vehicle, a degassing circuit provided with a degassing valve (X6) and a degassing connector for connection to the onboard tank, the method comprising regulating the vapour pressure in the stationary tank to a target pressure (Pobjective), making it possible to control the vapour pressure in the stationary tank to maintain a pressure differential (ΔP) between the stationary tank and the onboard tank during a dispensing cycle where the onboard tank is connected to the dispensing circuit, so that the condensed gas in the liquid state can flow at a predetermined gravity flow rate from the stationary tank to the onboard tank, said method being characterised in that it comprises, before a dispensing cycle starts, steps of: estimating, on the basis of temperature measurements along the dispensing circuit , a first pressure value (Pmax), corresponding to a maximum pressure that will be reached in the onboard tank during a first phase of increasing the pressure of the dispensing cycle after it starts; estimating, on the basis of the temperature of the condensed gas in the liquid state delivered into the onboard tank and the composition of the condensed gas in the liquid state, a second pressure value, corresponding to the saturation pressure (Psat) reached in the onboard tank during a second phase of stabilisation of the pressure following the first phase of the dispensing cycle; the target pressure (Pobjective) of the stationary tank being calculated permanently between two successive dispensing cycles according to the estimation of said first and second pressure values. estimating, on the basis of temperature measurements along the dispensing circuit , a first pressure value (Pmax), corresponding to a maximum pressure that will be reached in the onboard tank during a first phase of increasing the pressure of the dispensing cycle after it starts; estimating, on the basis of the temperature of the condensed gas in the liquid state delivered into the onboard tank and the composition of the condensed gas in the liquid state, a second pressure value, corresponding to the saturation pressure (Psat) reached in the onboard tank during a second phase of stabilisation of the pressure following the first phase of the dispensing cycle; the target pressure (Pobjective) of the stationary tank being calculated permanently between two successive dispensing cycles according to the estimation of said first and second pressure values.
A method for producing an asphalt construction material for road and path construction, wherein an asphalt mixture is produced in a hot asphalt mix plant from mineral aggregates and bitumen and optionally a temperature-lowering additive, characterised - in that a bitumen-dissolving flux component and a solid wax component are added to the asphalt mixture as a reactive additive in a mix plant, the solid wax component contains a filler in the form of rock flour, talcum, cement, lime flour, gypsum, fly ash cement or slag flour from iron or steel production as a filler portion and a synthetic or natural wax as a wax portion, and - in that , optionally, an activator is added during or shortly before the installation of the asphalt construction material. - in that a bitumen-dissolving flux component and a solid wax component are added to the asphalt mixture as a reactive additive in a mix plant, the solid wax component contains a filler in the form of rock flour, talcum, cement, lime flour, gypsum, fly ash cement or slag flour from iron or steel production as a filler portion and a synthetic or natural wax as a wax portion, and - in that , optionally, an activator is added during or shortly before the installation of the asphalt construction material.
A working vehicle, comprising: an openable-and-closable bonnet , which covers an engine room ; a bonnet fixer provided in the engine room , which possesses an elastic member for locking the closed bonnet ; and a lock member provided on an inner wall of the bonnet , which engages with the bonnet fixer , characterized in that a jig inserting hole , into which a jig is inserted, is provided to the bonnet and the jig inserted into the jig inserting hole abuts onto the elastic member , and thereby an operation to release a lock of the closed bonnet is performed. an openable-and-closable bonnet , which covers an engine room ; a bonnet fixer provided in the engine room , which possesses an elastic member for locking the closed bonnet ; and a lock member provided on an inner wall of the bonnet , which engages with the bonnet fixer , characterized in that a jig inserting hole , into which a jig is inserted, is provided to the bonnet and the jig inserted into the jig inserting hole abuts onto the elastic member , and thereby an operation to release a lock of the closed bonnet is performed.
A catheter comprising: a multi-lumenal tubing surrounded by a slidable hypotube , the hypotube having a longitudinal slot ; a tube holder where the multi-lumenal tubing separates into at least a first tubing that passes through the longitudinal slot in the hypotube and exits the tube holder at a first location and at least a second tubing that exits the tube holder at a second location ; and where the tube holder comprises internal passages dimensioned to accept the combined multi-lumenal tubing surrounded by the hypotube and the separated first and second tubings, characterized in that the tube holder comprises a collar located at a distal end of the tube holder, the collar having an internal passage and a key within the passage dimensioned to accept the combined multi-lumenal tubing, such that the key engages the slot and prevents the hypotube from rotating at the position where the multilumenal tubing separates into the first and second tubing while allowing the hypotube to slide within the passage dimensioned to accept the combined multi-lumenal tubing. a multi-lumenal tubing surrounded by a slidable hypotube , the hypotube having a longitudinal slot ; a tube holder where the multi-lumenal tubing separates into at least a first tubing that passes through the longitudinal slot in the hypotube and exits the tube holder at a first location and at least a second tubing that exits the tube holder at a second location ; and where the tube holder comprises internal passages dimensioned to accept the combined multi-lumenal tubing surrounded by the hypotube and the separated first and second tubings, characterized in that the tube holder comprises a collar located at a distal end of the tube holder, the collar having an internal passage and a key within the passage dimensioned to accept the combined multi-lumenal tubing, such that the key engages the slot and prevents the hypotube from rotating at the position where the multilumenal tubing separates into the first and second tubing while allowing the hypotube to slide within the passage dimensioned to accept the combined multi-lumenal tubing.
A method for post-processing halftone images, the method comprising: parsing a halftone image into a set of image cells, an image cell comprising a plurality of pixels; and for a given image cell in the set of image cells, determining an estimated colorimetric value for the given image cell; wherein the method is characterized by the further steps of, for the given image cell: obtaining a set of replacement cells, each replacement cell comprising a plurality of pixels wherein values for each pixel are set based on an area coverage vector with an associated colorimetric value for the replacement cell; selecting a replacement cell from the set of replacement cells that has a colorimetric value that is within a predefined range of the estimated colorimetric value for the given image cell and that improves a value of a pre-determined metric as compared to the given image cell; and replacing the given image cell with the selected replacement cell, wherein pixel data for the selected replacement cell differs from pixel data for the given image cell. parsing a halftone image into a set of image cells, an image cell comprising a plurality of pixels; and for a given image cell in the set of image cells, determining an estimated colorimetric value for the given image cell; wherein the method is characterized by the further steps of, for the given image cell: obtaining a set of replacement cells, each replacement cell comprising a plurality of pixels wherein values for each pixel are set based on an area coverage vector with an associated colorimetric value for the replacement cell; selecting a replacement cell from the set of replacement cells that has a colorimetric value that is within a predefined range of the estimated colorimetric value for the given image cell and that improves a value of a pre-determined metric as compared to the given image cell; and replacing the given image cell with the selected replacement cell, wherein pixel data for the selected replacement cell differs from pixel data for the given image cell. obtaining a set of replacement cells, each replacement cell comprising a plurality of pixels wherein values for each pixel are set based on an area coverage vector with an associated colorimetric value for the replacement cell; selecting a replacement cell from the set of replacement cells that has a colorimetric value that is within a predefined range of the estimated colorimetric value for the given image cell and that improves a value of a pre-determined metric as compared to the given image cell; and replacing the given image cell with the selected replacement cell, wherein pixel data for the selected replacement cell differs from pixel data for the given image cell.
A high-strength seamless steel pipe having a yield strength of 758 MPa or more, and a K ILIMIT value of 23.0 MPa√m or more as an evaluation index of sulfide stress corrosion cracking resistance, where K ILIMIT is a value determined from the intersection between (i) a linear regression line created by a stress intensity factor K ISSC obtained in a Double Cantilever Beam DCB test conducted multiple times under different test conditions, and an applied stress intensity factor K Iapplied at the tip of a notch in a test specimen before start of the DCB test, and (ii) a straight line on which K ISSC and K Iapplied are one-to-one, wherein K ILIMIT is determined by the method set out in the description, and wherein the high-strength seamless steel pipe has a composition that comprises, in mass%, C: 0.23 to 0.27%, Si: 0.35% or less, Mn: 0.45 to 0.70%, P: 0.010% or less, S: 0.0010% or less, Cr: 0.80 to 1.20%, Mo: 0.50 to 0.90%, Al: 0.080% or less, Cu: 0.09% or less, Nb: 0.050% or less, V: 0.050% or less, B: 0.0015 to 0.0030%, Ti: 0.005% or less, O: 0.0020% or less, N: 0.0050% or less, and optionally Ca: 0.0020% or less, and in which the balance is Fe and incidental impurities. where K ILIMIT is a value determined from the intersection between (i) a linear regression line created by a stress intensity factor K ISSC obtained in a Double Cantilever Beam DCB test conducted multiple times under different test conditions, and an applied stress intensity factor K Iapplied at the tip of a notch in a test specimen before start of the DCB test, and (ii) a straight line on which K ISSC and K Iapplied are one-to-one, wherein K ILIMIT is determined by the method set out in the description, and wherein the high-strength seamless steel pipe has a composition that comprises, in mass%, C: 0.23 to 0.27%, Si: 0.35% or less, Mn: 0.45 to 0.70%, P: 0.010% or less, S: 0.0010% or less, Cr: 0.80 to 1.20%, Mo: 0.50 to 0.90%, Al: 0.080% or less, Cu: 0.09% or less, Nb: 0.050% or less, V: 0.050% or less, B: 0.0015 to 0.0030%, Ti: 0.005% or less, O: 0.0020% or less, N: 0.0050% or less, and optionally Ca: 0.0020% or less, and in which the balance is Fe and incidental impurities.
A method of incorporating nucleotides, comprising: a) providing i) a plurality of nucleic acid primers and template molecules, and ii) an extend reagent comprising polymerase, a plurality of nucleotide analogues, and 5-Chloro-2-methyl-4-isothiazolin-3-one; b) hybridizing at least a portion of said primers to at least a portion of said template molecules so as to create hybridized primers; and c) exposing said hybridized primers to said extend reagent in an extension reaction under conditions such that a first nucleotide analogue is incorporated into at least a portion of said hybridized primers so as to create extended primers comprising an incorporated nucleotide analogue, wherein said incorporated nucleotide analogue comprises a 3'-O position capped by a disulfide-based 3'-terminator group and further comprises a label attached through a cleavable disulfide linker to the base. a) providing i) a plurality of nucleic acid primers and template molecules, and ii) an extend reagent comprising polymerase, a plurality of nucleotide analogues, and 5-Chloro-2-methyl-4-isothiazolin-3-one; b) hybridizing at least a portion of said primers to at least a portion of said template molecules so as to create hybridized primers; and c) exposing said hybridized primers to said extend reagent in an extension reaction under conditions such that a first nucleotide analogue is incorporated into at least a portion of said hybridized primers so as to create extended primers comprising an incorporated nucleotide analogue, wherein said incorporated nucleotide analogue comprises a 3'-O position capped by a disulfide-based 3'-terminator group and further comprises a label attached through a cleavable disulfide linker to the base.
A door for sealing an internal compartment of a refrigeration appliance , the door comprising: a front panel defining an exterior front surface of the door; an endcap defining a handle for allowing grip of the door and providing closure for a vertical end of the door; and an intermediate member disposed between the endcap and the front panel and that secures the endcap to the front panel, the intermediate member extending along an upper vertical extent of the front panel, characterized in that the intermediate member has a plurality of discrete snap elements spaced-apart along the extent of the intermediate member for clamping a distal edge of the front panel, and wherein the endcap is configured to provide an elastically-applied clamping force to retain the intermediate member therewith and to retain the front panel at the intermediate member. a front panel defining an exterior front surface of the door; an endcap defining a handle for allowing grip of the door and providing closure for a vertical end of the door; and an intermediate member disposed between the endcap and the front panel and that secures the endcap to the front panel, the intermediate member extending along an upper vertical extent of the front panel, characterized in that the intermediate member has a plurality of discrete snap elements spaced-apart along the extent of the intermediate member for clamping a distal edge of the front panel, and wherein the endcap is configured to provide an elastically-applied clamping force to retain the intermediate member therewith and to retain the front panel at the intermediate member.
A shear wrench tool comprising an electric motor having a motor output shaft , a transmission having a plurality of planetary gear stages and an output section having first and second output sleeves the first output sleeve being configured for mating with a nut and the second output sleeve being configured for mating with a tip of a bolt to be sheared, wherein the electric motor is configured to provide torque via the transmission to the output section for causing the first and second output sleeves to be rotated in opposite directions relative to each other in use, characterised in that the electric motor , the transmission and the output section are arranged in an axial sequence one after the other such that the first and second output sleeves circumferentially extend around the same axis that the motor output shaft and the planetary gear stages rotate about in use, thereby providing that the motor output shaft , the planetary gear stages and the first and second output sleeves are coaxial.
A post comprising: - an upright having a bottom part, - a first cylinder having a first axis of revolution , a bottom part and a top part which is secured to the bottom part of the upright , - a second cylinder having a second axis of revolution that is offset from the first axis of revolution , and a top part which is secured to the bottom part of the first cylinder , where the diameter of the second cylinder is smaller than the diameter of the first cylinder so as to form a shoulder between them, - a tubular element pierced with a bore coaxial with the second axis of revolution and which fits onto the second cylinder in order to come to bear against the shoulder , where the tubular element has a cylindrical exterior surface of which the axis of revolution is offset from the second axis of revolution , and - a stop means that blocks translational movement of the tubular element along the second cylinder . - an upright having a bottom part, - a first cylinder having a first axis of revolution , a bottom part and a top part which is secured to the bottom part of the upright , - a second cylinder having a second axis of revolution that is offset from the first axis of revolution , and a top part which is secured to the bottom part of the first cylinder , where the diameter of the second cylinder is smaller than the diameter of the first cylinder so as to form a shoulder between them, - a tubular element pierced with a bore coaxial with the second axis of revolution and which fits onto the second cylinder in order to come to bear against the shoulder , where the tubular element has a cylindrical exterior surface of which the axis of revolution is offset from the second axis of revolution , and - a stop means that blocks translational movement of the tubular element along the second cylinder .
A method comprising: receiving at an edge computing system incoming data (114a-b) from client devices ; storing the incoming data (114a-b) from the client devices in a memory buffer of the edge computing system associated with a transport layer of a network stack; determining, by a processor of the edge computing system , that an amount of available storage space in a local storage device of the edge computing system is less than a predefined threshold amount; based on determining that the amount of available storage space is less than the predefined threshold amount, maintaining the incoming data (114a-b) in the memory buffer and preventing, by the processor , incoming data (114a-b) from client devices from being both retrieved from the memory buffer and stored in the local storage device until the amount of available storage space is greater than or equal to the predefined threshold amount, wherein the memory buffer is separate from the local storage device ; and based on determining that the amount of available storage space is greater than or equal to the predefined threshold amount, retrieving, by the processor , the incoming data from the memory buffer and storing the incoming data (114a-b) in the local storage device . storing the incoming data (114a-b) from the client devices in a memory buffer of the edge computing system associated with a transport layer of a network stack; determining, by a processor of the edge computing system , that an amount of available storage space in a local storage device of the edge computing system is less than a predefined threshold amount; based on determining that the amount of available storage space is less than the predefined threshold amount, maintaining the incoming data (114a-b) in the memory buffer and preventing, by the processor , incoming data (114a-b) from client devices from being both retrieved from the memory buffer and stored in the local storage device until the amount of available storage space is greater than or equal to the predefined threshold amount, wherein the memory buffer is separate from the local storage device ; and based on determining that the amount of available storage space is greater than or equal to the predefined threshold amount, retrieving, by the processor , the incoming data from the memory buffer and storing the incoming data (114a-b) in the local storage device .
An apparatus for monitoring a physical exercise performed by a user , comprising: means for triggering a start of the physical exercise; means for starting , in response to said triggering, a measurement mode in which the apparatus receives wirelessly, from at least one sensor device arranged to measure the user during the physical exercise, exercise-related measurement data characterizing the physical exercise and analyses the received measurement data, wherein the exercise-related measurement data includes motion measurement data, positioning measurement data, and/or time measurement data; means for detecting a change of a sports type on the basis of the received motion measurement data, positioning measurement data, and/or time measurement data during the physical exercise; and means for causing , in response to detecting said change of the sports type, transmission of a reconfiguration message to at least one of the at least one sensor device to reconfigure at least one parameter of said at least one of the at least one sensor device. means for triggering a start of the physical exercise; means for starting , in response to said triggering, a measurement mode in which the apparatus receives wirelessly, from at least one sensor device arranged to measure the user during the physical exercise, exercise-related measurement data characterizing the physical exercise and analyses the received measurement data, wherein the exercise-related measurement data includes motion measurement data, positioning measurement data, and/or time measurement data; means for detecting a change of a sports type on the basis of the received motion measurement data, positioning measurement data, and/or time measurement data during the physical exercise; and means for causing , in response to detecting said change of the sports type, transmission of a reconfiguration message to at least one of the at least one sensor device to reconfigure at least one parameter of said at least one of the at least one sensor device.
Suction nozzle assembly for a floor vacuum cleaner, having a suction nozzle with a suction mouth which has a front and a rear suction edge , wherein the suction nozzle is pivotable about a front horizontal transverse axis in a connecting part in a first joint , further having a suction pipe connection which is pivotally connected to the connecting part about a second joint with a rear horizontal transverse axis , and having at least one roller which is rotatably mounted about a first axis of rotation on the connecting part and is arranged offset rearwards from the first joint , and wherein the longitudinal axis (G 2 ) of the suction pipe connection with a vertical (V) includes a rear angle of articulation (β) between 105° and 115°, characterised in that a straight line (G 1 ) connecting the front suction edge of the suction mouth and the front transverse axis of the first joint with a vertical (V) running downwards through the front transverse axis includes a front angle of articulation (α) between 55° and 75°.