mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing acrylonitrile, comprising: a catalyst treatment step of preparing a composite metal oxide catalyst comprising molybdenum, bismuth, and iron and comprising 50 ppm or more of carbon; and a vapor-phase catalytic oxidation step of subjecting propylene to ammoxidation reaction using the composite metal oxide catalyst to produce the acrylonitrile. wherein the catalyst treatment step has: a pre-step of treating a composite metal oxide comprising molybdenum, bismuth, and iron under a reducing gas and oxygen atmosphere for 50 hours or longer; and a post-step of circulating the composite metal oxide in a hopper with nitrogen or air. a catalyst treatment step of preparing a composite metal oxide catalyst comprising molybdenum, bismuth, and iron and comprising 50 ppm or more of carbon; and a vapor-phase catalytic oxidation step of subjecting propylene to ammoxidation reaction using the composite metal oxide catalyst to produce the acrylonitrile. wherein the catalyst treatment step has: a pre-step of treating a composite metal oxide comprising molybdenum, bismuth, and iron under a reducing gas and oxygen atmosphere for 50 hours or longer; and a post-step of circulating the composite metal oxide in a hopper with nitrogen or air. a pre-step of treating a composite metal oxide comprising molybdenum, bismuth, and iron under a reducing gas and oxygen atmosphere for 50 hours or longer; and a post-step of circulating the composite metal oxide in a hopper with nitrogen or air.
A method for operating a wind turbine , the wind turbine including a rotor with at least one rotor blade , said method comprising: determining an actual value of at least one of a first variable indicative of a failure state of the wind turbine and a second variable of the wind turbine correlated to a status of the wind turbine or an ambient status, estimating an occurrence of a detrimental overspeed state of the wind turbine from at least one of the determined actual values, wherein said estimation of an occurrence of a detrimental overspeed state of the wind turbine comprises identifying a future rotor speed based on at least one of the determined actual values of at least one of the first and second variables, and wherein said estimation of an occurrence of a detrimental overspeed state of the wind turbine additionally comprises comparing the identified future rotor speed with a preselected rotor speed value, wherein a variable speed limit is adjusted based on the result of said estimation, wherein said variable speed limit is set below a predetermined first speed limit when a detrimental overspeed state is estimated, and wherein said variable speed limit is set above a predetermined first speed limit when no detrimental overspeed state is estimated; and operating said wind turbine having regard to the variable speed limit. determining an actual value of at least one of a first variable indicative of a failure state of the wind turbine and a second variable of the wind turbine correlated to a status of the wind turbine or an ambient status, estimating an occurrence of a detrimental overspeed state of the wind turbine from at least one of the determined actual values, wherein said estimation of an occurrence of a detrimental overspeed state of the wind turbine comprises identifying a future rotor speed based on at least one of the determined actual values of at least one of the first and second variables, and wherein said estimation of an occurrence of a detrimental overspeed state of the wind turbine additionally comprises comparing the identified future rotor speed with a preselected rotor speed value, wherein a variable speed limit is adjusted based on the result of said estimation, wherein said variable speed limit is set below a predetermined first speed limit when a detrimental overspeed state is estimated, and wherein said variable speed limit is set above a predetermined first speed limit when no detrimental overspeed state is estimated; and operating said wind turbine having regard to the variable speed limit.
A method for shaping a ceramic matrix composite (CMC) sheet having a first surface and a second surface , the method comprising: receiving an input signal representative of a predetermined shape and a type of the CMC sheet; selecting a laser beam based on the received input signal; and projecting the selected laser beam on said first surface of the CMC sheet to shape the CMC sheet into the predetermined shape; and further comprising providing a fire retardant structure disposed adjacent the second surface of the CMC sheet to minimize cut damage at the second surface of the CMC sheet. receiving an input signal representative of a predetermined shape and a type of the CMC sheet; selecting a laser beam based on the received input signal; and projecting the selected laser beam on said first surface of the CMC sheet to shape the CMC sheet into the predetermined shape; and further comprising providing a fire retardant structure disposed adjacent the second surface of the CMC sheet to minimize cut damage at the second surface of the CMC sheet.
A method comprising: processing a set of K information blocks to produce a blockwise checksum with u blocks, where K>=2, and u>=1, and where each information block or checksum block contains P bits, where P>=2; producing an N-bit input vector with P x K information bits and the P x u blockwise checksum bits, and with (N-P x K-P x u) frozen bits, where N = 2 m where m>=2 ; processing (610 612) the N-bit input vector to produce a result equivalent to multiplying the input vector by a Polar code generator matrix to produce a codeword; transmitting or storing the codeword. processing a set of K information blocks to produce a blockwise checksum with u blocks, where K>=2, and u>=1, and where each information block or checksum block contains P bits, where P>=2; producing an N-bit input vector with P x K information bits and the P x u blockwise checksum bits, and with (N-P x K-P x u) frozen bits, where N = 2 m where m>=2 ; processing (610 612) the N-bit input vector to produce a result equivalent to multiplying the input vector by a Polar code generator matrix to produce a codeword; transmitting or storing the codeword.
A method for determining a flexibility of a prosthetic heart valve leaflet , the method comprising: placing the leaflet across a bar , and positioning the bar such that the leaflet drapes over the bar and blocks a beam of light emitted by a light source ; while the leaflet remains draped over the bar, elevating the bar at least until the leaflet stops blocking the beam; identifying an elevation, of the bar from the beam, at which the leaflet stopped blocking the beam; and responsively to the identified elevation, assigning a flexibility value to the leaflet.
Plant for producing hydrophobic biomass pellets, comprising: - a pelletization unit comprising an outlet through which biomass pellets are intended to be discharged at a given temperature (T1); - a torrefaction furnace comprising an inlet (E) connected to the outlet of the pelletization unit and an outlet (S) through which the torrefied biomass pellets are intended to be discharged, the torrefaction furnace comprising: • a fluidtight and thermally insulated casing , • at least one conveying device for conveying the biomass pellets , which is housed inside the fluidtight casing and configured to ensure an identical residence time for all of the biomass pellets between the inlet (E) and the outlet (S), • at least one heating system housed inside the fluidtight casing, the heating system being configured to maintain the inside of the casing at a substantially constant torrefaction temperature (T2), • at its outlet (S), at least one gastightness device configured to discharge the torrefied biomass pellets while at the same time ensuring gastightness. - a pelletization unit comprising an outlet through which biomass pellets are intended to be discharged at a given temperature (T1); - a torrefaction furnace comprising an inlet (E) connected to the outlet of the pelletization unit and an outlet (S) through which the torrefied biomass pellets are intended to be discharged, the torrefaction furnace comprising: • a fluidtight and thermally insulated casing , • at least one conveying device for conveying the biomass pellets , which is housed inside the fluidtight casing and configured to ensure an identical residence time for all of the biomass pellets between the inlet (E) and the outlet (S), • at least one heating system housed inside the fluidtight casing, the heating system being configured to maintain the inside of the casing at a substantially constant torrefaction temperature (T2), • at its outlet (S), at least one gastightness device configured to discharge the torrefied biomass pellets while at the same time ensuring gastightness. • a fluidtight and thermally insulated casing , • at least one conveying device for conveying the biomass pellets , which is housed inside the fluidtight casing and configured to ensure an identical residence time for all of the biomass pellets between the inlet (E) and the outlet (S), • at least one heating system housed inside the fluidtight casing, the heating system being configured to maintain the inside of the casing at a substantially constant torrefaction temperature (T2), • at its outlet (S), at least one gastightness device configured to discharge the torrefied biomass pellets while at the same time ensuring gastightness.
A probe for medical examination, the probe comprising: a first sensor of an imaging system for optical coherence tomography having an optical fiber for directing and emitting light into an area adjacent to a catheter tip introduced into an examination area and for receiving reflected light from the illuminated examination area; a second sensor of an intravascular ultrasound imaging system for transmitting and receiving acoustic signals, the first and second sensors being positioned at a distal end of the probe; a rotatable electrical coil and a non-rotating electrical coil positioned at a proximal end of the probe, the optical fiber being disposed within the rotatable electrical coil and the non-rotating electrical coil; and a rotating coupling mechanism, the rotating coupling mechanism comprising the rotatable electrical coil and the non-rotating electrical coil , the rotating coupling mechanism being arranged to deliver optical energy to the first sensor through the optical fiber, and to deliver RF energy to the second sensor through a transformer formed by the rotatable electrical coil and non-rotating electrical coil. a first sensor of an imaging system for optical coherence tomography having an optical fiber for directing and emitting light into an area adjacent to a catheter tip introduced into an examination area and for receiving reflected light from the illuminated examination area; a second sensor of an intravascular ultrasound imaging system for transmitting and receiving acoustic signals, the first and second sensors being positioned at a distal end of the probe; a rotatable electrical coil and a non-rotating electrical coil positioned at a proximal end of the probe, the optical fiber being disposed within the rotatable electrical coil and the non-rotating electrical coil; and a rotating coupling mechanism, the rotating coupling mechanism comprising the rotatable electrical coil and the non-rotating electrical coil , the rotating coupling mechanism being arranged to deliver optical energy to the first sensor through the optical fiber, and to deliver RF energy to the second sensor through a transformer formed by the rotatable electrical coil and non-rotating electrical coil.
A fabric freshening product comprising: a) a freshening aqueous liquid composition comprising from 0.001% to 1% by weight of the composition of a bispyridinium alkane antimicrobial active and a perfume and wherein the composition is a Newtonian fluid; and b) a spray device to produce a spray of said composition. a) a freshening aqueous liquid composition comprising from 0.001% to 1% by weight of the composition of a bispyridinium alkane antimicrobial active and a perfume and wherein the composition is a Newtonian fluid; and b) a spray device to produce a spray of said composition.
A method, in a telematics device , the method comprising: entering, by a controller of the telematics device, into a sleep mode; performing a micro wakeup of a plurality of micro wakeups during which the telematics device powers up a limited number of peripherals; reading a first value from a sensor during the micro wakeup; in response to determining that the first value is above a noise threshold: converting the micro wakeup into a regular wakeup; reading a second value from the sensor during the regular wakeup; and sending the first value and the second value over a network interface to a telematics server during the regular wakeup. entering, by a controller of the telematics device, into a sleep mode; performing a micro wakeup of a plurality of micro wakeups during which the telematics device powers up a limited number of peripherals; reading a first value from a sensor during the micro wakeup; in response to determining that the first value is above a noise threshold: converting the micro wakeup into a regular wakeup; reading a second value from the sensor during the regular wakeup; and sending the first value and the second value over a network interface to a telematics server during the regular wakeup. converting the micro wakeup into a regular wakeup; reading a second value from the sensor during the regular wakeup; and sending the first value and the second value over a network interface to a telematics server during the regular wakeup.
A facility for processing harvested products, such as grapes, comprising at least: - a destemmer equipped with at least one inlet , a first outlet and a second outlet , - a conveying device , and - a collection system comprising at least one collection container , a calibration device comprising at least one inlet and at least two outlets , characterized in that said outlets of the calibration device communicate, one with the inlet of the destemmer to allow the inlet of the destemmer to be supplied from the calibration device , the other or another with the collection system for collection by gravity of the products coming from said outlet of the calibration device by the collection system , and in that the conveying device delimits at least one path for transporting products between the first outlet of the destemmer and the inlet or one of the inlets of the calibration device in order to supply the calibration device with products from the destemmer . - a destemmer equipped with at least one inlet , a first outlet and a second outlet , - a conveying device , and - a collection system comprising at least one collection container , a calibration device comprising at least one inlet and at least two outlets ,
An on-body injector for use with a patient with an injection device having an injection port in fluid communication with a delivery tube , the injection port lying on an injection axis , the on-body injector comprising: a bolus reservoir ; a bolus injection needle in fluid communication with the bolus reservoir , the bolus injection needle having a bolus injection needle tip aligned with the injection port, the bolus injection needle being slideably biased away from the injection port to define a gap between the bolus injection needle tip and the injection port ; and a button operably connected to the bolus injection needle to slide the bolus injection needle along the injection axis ; wherein the button is operable to advance the bolus injection needle tip to close the gap and advance the bolus injection needle tip into the injection port to form an injection flow path from the bolus reservoir , through the bolus injection needle , through the delivery tube , and into the patient; wherein the button is further operable to advance a plunger through the bolus reservoir to deliver a predetermined bolus volume to the patient through the injection flow path; and wherein the plunger blocks the injection flow path when the plunger is at a final position in the bolus reservoir when the predetermined bolus volume has been delivered. a bolus reservoir ; a bolus injection needle in fluid communication with the bolus reservoir , the bolus injection needle having a bolus injection needle tip aligned with the injection port, the bolus injection needle being slideably biased away from the injection port to define a gap between the bolus injection needle tip and the injection port ; and a button operably connected to the bolus injection needle to slide the bolus injection needle along the injection axis ; wherein the button is operable to advance the bolus injection needle tip to close the gap and advance the bolus injection needle tip into the injection port to form an injection flow path from the bolus reservoir , through the bolus injection needle , through the delivery tube , and into the patient; wherein the button is further operable to advance a plunger through the bolus reservoir to deliver a predetermined bolus volume to the patient through the injection flow path; and wherein the plunger blocks the injection flow path when the plunger is at a final position in the bolus reservoir when the predetermined bolus volume has been delivered.
A bidirectional scrubbing razor , comprising: a handle having a forward end , a rearward end , and an elongated head extending substantially perpendicular to a longitudinal axis of the handle at the forward end of the handle, the elongated head including a blade mounting portion having an upper side and an underside , wherein said blade mounting portion is pivotally mounted to said elongated head, wherein said elongated head is fixedly and integrally joined to said handle and further includes a plurality of forwardly extending spring tabs , and wherein said upper side of said blade mounting portion includes a plurality of elongated ramps providing upper surfaces against which the forwardly extending spring tabs can react; and a plurality of straight blades providing opposing cutting edges extending at oblique angles with respect to said blade mounting portion , said opposing cutting edges and said underside of said blade mounting portion substantially defining a single common cutting plane. a handle having a forward end , a rearward end , and an elongated head extending substantially perpendicular to a longitudinal axis of the handle at the forward end of the handle, the elongated head including a blade mounting portion having an upper side and an underside , wherein said blade mounting portion is pivotally mounted to said elongated head, wherein said elongated head is fixedly and integrally joined to said handle and further includes a plurality of forwardly extending spring tabs , and wherein said upper side of said blade mounting portion includes a plurality of elongated ramps providing upper surfaces against which the forwardly extending spring tabs can react; and a plurality of straight blades providing opposing cutting edges extending at oblique angles with respect to said blade mounting portion , said opposing cutting edges and said underside of said blade mounting portion substantially defining a single common cutting plane.
A method comprising: receiving , by a network device positioned on a border of a second interior gateway protocol (IGP) domain, a link metric assigned to a link within a first IGP domain; scaling , by the network device, the link metric assigned to the link within the first IGP domain to conform the link metric assigned to the link within the first IGP domain to a metric scale of the second IGP domain; and updating , by the network device, a representation of a topology of a network including the first and second IGP domains to include the scaled link metric. receiving , by a network device positioned on a border of a second interior gateway protocol (IGP) domain, a link metric assigned to a link within a first IGP domain; scaling , by the network device, the link metric assigned to the link within the first IGP domain to conform the link metric assigned to the link within the first IGP domain to a metric scale of the second IGP domain; and updating , by the network device, a representation of a topology of a network including the first and second IGP domains to include the scaled link metric.
A detachable portable computing system comprising: a convertible portable computing device; a secure storage to store an entry having an identifier of a device to be paired with the apparatus and a master key shared between an apparatus and the device; and a connection logic to enable the apparatus to be securely connected to the device according to a connection protocol in which the device is authenticated based on the identifier received from the device and the master key, the connection logic to generate a set of transport keys based on the master key and attribute information received from the device, wherein after the secure connection a communication between the apparatus and the device is to be encrypted using the set of transport keys, wherein the apparatus comprises a base portion of the convertible portable computing device and the device comprises a detachable portion of the convertible portable computing device, and wherein, according to a given policy or operating mode of the convertible portable computing device, in a first mode communication between the base portion and the detachable portion is to be encrypted using the set of transport keys generated during the connection protocol, and in a second mode communication between the base portion and the detachable portion is to be unencrypted. a convertible portable computing device; a secure storage to store an entry having an identifier of a device to be paired with the apparatus and a master key shared between an apparatus and the device; and a connection logic to enable the apparatus to be securely connected to the device according to a connection protocol in which the device is authenticated based on the identifier received from the device and the master key, the connection logic to generate a set of transport keys based on the master key and attribute information received from the device, wherein after the secure connection a communication between the apparatus and the device is to be encrypted using the set of transport keys, wherein the apparatus comprises a base portion of the convertible portable computing device and the device comprises a detachable portion of the convertible portable computing device, and wherein, according to a given policy or operating mode of the convertible portable computing device, in a first mode communication between the base portion and the detachable portion is to be encrypted using the set of transport keys generated during the connection protocol, and in a second mode communication between the base portion and the detachable portion is to be unencrypted.