mhurhangee/patent-ind-claim-en huggingface dataset:
An electrostatic atomization coating apparatus comprising: a nozzle head including a plurality of coating material ejection ports ; a coating material chamber that is provided inside the nozzle head and to which a coating material (T) is supplied via a coating material supply path , each of the coating material ejection ports being in communication with the coating material chamber via an individual branch coating material path ; a voltage application device configured to provide a potential difference between the nozzle head and an object to be coated by applying a voltage to the branch coating material path , thereby bringing the coating material (T) ejected from the coating material ejection ports into a charged state; and an open/close valve device that opens and closes all of the branch coating material paths , or opens and closes a specific subset of the branch coating material paths . characterized in that the coating material ejection ports are disposed on the same circumference at a distal end face portion of the nozzle head so as to be equidistantly arranged in a row in a circumferential direction. a nozzle head including a plurality of coating material ejection ports ; a coating material chamber that is provided inside the nozzle head and to which a coating material (T) is supplied via a coating material supply path , each of the coating material ejection ports being in communication with the coating material chamber via an individual branch coating material path ; a voltage application device configured to provide a potential difference between the nozzle head and an object to be coated by applying a voltage to the branch coating material path , thereby bringing the coating material (T) ejected from the coating material ejection ports into a charged state; and an open/close valve device that opens and closes all of the branch coating material paths , or opens and closes a specific subset of the branch coating material paths . characterized in that the coating material ejection ports are disposed on the same circumference at a distal end face portion of the nozzle head so as to be equidistantly arranged in a row in a circumferential direction.
A pharmaceutical composition comprising an alpha-adrenergic receptor agonist for use in the treatment of Poikilodermas of Civatte.
A cooking appliance comprising: a housing including an internal compartment , wherein at least a portion of the housing comprises an electrically conductive portion; and an antenna for at least one of receiving RF signals and transmitting RF signals, wherein the antenna comprises an active component and a connection to said electrically conductive portion such that said electrically conductive portion serves as a ground plane of said antenna , wherein said housing further comprises a door assembly having a closed position and an open position for allowing user ingress into said internal compartment , said door assembly including a window for allowing viewing of the internal compartment from outside the internal compartment , characterised in that said window includes said electrically conductive portion in the form of at least one transparent conductive layer . a housing including an internal compartment , wherein at least a portion of the housing comprises an electrically conductive portion; and an antenna for at least one of receiving RF signals and transmitting RF signals, wherein the antenna comprises an active component and a connection to said electrically conductive portion such that said electrically conductive portion serves as a ground plane of said antenna ,
A method of predicting disease progression in an individual having rheumatoid arthritis (RA), the method comprising determining an expression level of CD180, CSF2, CXCL1, DENND1C, MMP10, SDC1, and UBASH3A in a sample from the individual, wherein an increase in the expression level of CD180, CSF2, CXCL1, DENND1C, MMP10, SDC1, and UBASH3A relative to a reference expression level identifies the individual as one who is more likely to exhibit disease progression.
A valve assembly , comprising: a pneumatic actuator ; a valve having a closure member coupled with the pneumatic actuator and moveable relative to a seat ; a valve positioner coupled to the pneumatic actuator to provide a pneumatic signal to set a position of the closure member relative to the seat ; an accelerometer coupled with the valve positioner to generate data in response to orientation of the valve positioner ; the valve assembly characterised by comprising a rotating drum extending into the valve positioner ; and a magnetic flux sensor disposed in proximity to the rotating drum and affixed to the valve positioner , wherein the valve positioner is operative to process data from the accelerometer to correlate an angular offset of the magnetic flux sensor from a default orientation of the magnetic flux sensor relative to the rotating drum with travel limits for travel of the closure member in the valve . a pneumatic actuator ; a valve having a closure member coupled with the pneumatic actuator and moveable relative to a seat ; a valve positioner coupled to the pneumatic actuator to provide a pneumatic signal to set a position of the closure member relative to the seat ; an accelerometer coupled with the valve positioner to generate data in response to orientation of the valve positioner ; the valve assembly characterised by comprising a rotating drum extending into the valve positioner ; and a magnetic flux sensor disposed in proximity to the rotating drum and affixed to the valve positioner , wherein the valve positioner is operative to process data from the accelerometer to correlate an angular offset of the magnetic flux sensor from a default orientation of the magnetic flux sensor relative to the rotating drum with travel limits for travel of the closure member in the valve .
A bus bar unit , comprising: a plurality of separate first resin parts ; a plurality of bus bars that are configured to electrically connect an external electric source and a coil of a rotary electric machine , that are each separately covered by the first resin parts and that each have a protrusion portion which protrudes toward the coil from a first end portion of the first resin part ; and a second resin part that has a second end portion which is positioned on an opposite side of the protrusion portion with respect to the first end portion in an extension direction of the protrusion portion and that covers all of the first resin parts together in a state where the first resin parts protrudes in the extension direction, wherein a portion of the first resin parts that is positioned between the first end portion and the second end portion is formed in a flat surface. a plurality of separate first resin parts ; a plurality of bus bars that are configured to electrically connect an external electric source and a coil of a rotary electric machine , that are each separately covered by the first resin parts and that each have a protrusion portion which protrudes toward the coil from a first end portion of the first resin part ; and a second resin part that has a second end portion which is positioned on an opposite side of the protrusion portion with respect to the first end portion in an extension direction of the protrusion portion and that covers all of the first resin parts together in a state where the first resin parts protrudes in the extension direction, wherein a portion of the first resin parts that is positioned between the first end portion and the second end portion is formed in a flat surface.
A transposon system comprising (a) a transposon unit containing inverted terminal repeats (ITRs) or direct terminal repeats (DTRs) that flank a sequence of interest to be inserted into the genome of a target cell, wherein said transposon unit is in the form of a minicircle; and (b) an RNA encoding a transposase capable of recognizing said ITRs or DTRs and transposing said sequence of interest into said genome; wherein said RNA encoding said transposase is not chemically modified, wherein the minicircle has a size between 2000 and 4000 bp. (a) a transposon unit containing inverted terminal repeats (ITRs) or direct terminal repeats (DTRs) that flank a sequence of interest to be inserted into the genome of a target cell, wherein said transposon unit is in the form of a minicircle; and (b) an RNA encoding a transposase capable of recognizing said ITRs or DTRs and transposing said sequence of interest into said genome; wherein said RNA encoding said transposase is not chemically modified,
A method for encrypting and decrypting an application program on a communication terminal, comprising: the communication terminal prompting a user to enter a subscriber identification card password, and sending a password authentication request containing the subscriber identification card password to a subscriber identification card; the communication terminal receiving an authentication result returned by the subscriber identification card, and if the authentication is successful, acquiring an identification number of the subscriber identification card used as an encryption key; the communication terminal using the identification number of the subscriber identification card as the encryption key, performing encryption processing on an application program to be protected, and obtaining an encrypted application program; when the user accesses the encrypted application program, the communication terminal performing matching processing on an identification number of a subscriber identification card inserted currently and the encryption key; if a processing result is that the identification number of the subscriber identification card inserted currently is matched with the encryption key, performing decryption processing on the encrypted application program. the communication terminal prompting a user to enter a subscriber identification card password, and sending a password authentication request containing the subscriber identification card password to a subscriber identification card; the communication terminal receiving an authentication result returned by the subscriber identification card, and if the authentication is successful, acquiring an identification number of the subscriber identification card used as an encryption key; the communication terminal using the identification number of the subscriber identification card as the encryption key, performing encryption processing on an application program to be protected, and obtaining an encrypted application program; when the user accesses the encrypted application program, the communication terminal performing matching processing on an identification number of a subscriber identification card inserted currently and the encryption key; if a processing result is that the identification number of the subscriber identification card inserted currently is matched with the encryption key, performing decryption processing on the encrypted application program.
A method for producing a food product comprising hydrolysed starch, said method comprising the steps of : a) Providing a starting material which comprises starch, b) Providing as ingredients: water, fat, at least one amylolytic enzyme and optionally one or more other ingredients, wherein fat is added in an amount comprised between 1 and 40% w/w, for example between 2 and 25% w/w, for example between 5 and 20% w/w, for example between 5 and 18% w/w of the solids composition, c) Mixing the starting material of step a) and the ingredients of step b) d) adjusting the temperature of the mixture of step c) to a temperature which leads to gelatinization of the starch in said mixture, and e) simultaneously to step d), subjecting said mixture of step c) to high shear mixing, wherein said high shear mixing is achieved by use of a Ring Layer Mixer, f) Incubating the mixture of step e) such that the desired degree of hydrolysis is achieved, g) Optionally heat-treating the mixture obtained by previous steps; h) Optionally cooling the mixture obtained by previous steps; i) Drying the mixture which was obtained by previous steps; thereby obtaining a food product comprising hydrolysed starch. a) Providing a starting material which comprises starch, b) Providing as ingredients: water, fat, at least one amylolytic enzyme and optionally one or more other ingredients, wherein fat is added in an amount comprised between 1 and 40% w/w, for example between 2 and 25% w/w, for example between 5 and 20% w/w, for example between 5 and 18% w/w of the solids composition, c) Mixing the starting material of step a) and the ingredients of step b) d) adjusting the temperature of the mixture of step c) to a temperature which leads to gelatinization of the starch in said mixture, and e) simultaneously to step d), subjecting said mixture of step c) to high shear mixing, wherein said high shear mixing is achieved by use of a Ring Layer Mixer, f) Incubating the mixture of step e) such that the desired degree of hydrolysis is achieved, g) Optionally heat-treating the mixture obtained by previous steps; h) Optionally cooling the mixture obtained by previous steps; i) Drying the mixture which was obtained by previous steps; thereby obtaining a food product comprising hydrolysed starch.
A method of increasing hydrocarbon production by hydraulic fracturing in a well, the well having at least one perforated interval exposing rock in a formation and at an interval , the method comprising the steps of: injecting an aqueous fluid into the formation followed by injecting an aqueous fluid and proppant into the formation, whereby an a-seismic process is used wherein: there are a plurality of cycles of injecting the aqueous fluid followed by injecting the aqueous fluid and a volume of proppant in a single cycle with each cycle terminating in a shut-in period ; the volume of proppant is determined from a calculation of volume of very high conductivity fractures and the volume of the very high conductivity fractures is determined by measuring a downhole pressure against injected volume of the aqueous fluid at the start of each cycle; an injection rate for pumping the aqueous fluid is less than 0.03405 m 3 /s (15 bpm) to prevent shocking the formation; the aqueous fluid is cooled before said injection so that the temperature of the injected aqueous fluid at the shut-in period is lower than the temperature of the formation at the interval to provide a temperature differential and induce thermal stress and tensile failure in the formation. there are a plurality of cycles of injecting the aqueous fluid followed by injecting the aqueous fluid and a volume of proppant in a single cycle with each cycle terminating in a shut-in period ; the volume of proppant is determined from a calculation of volume of very high conductivity fractures and the volume of the very high conductivity fractures is determined by measuring a downhole pressure against injected volume of the aqueous fluid at the start of each cycle; an injection rate for pumping the aqueous fluid is less than 0.03405 m 3 /s (15 bpm) to prevent shocking the formation; the aqueous fluid is cooled before said injection so that the temperature of the injected aqueous fluid at the shut-in period is lower than the temperature of the formation at the interval to provide a temperature differential and induce thermal stress and tensile failure in the formation.
A fuel injection amount control device configured to control a fuel injection amount of an injector in an internal combustion engine , wherein the internal combustion engine includes a blow-by gas ventilation system , which discharges blow-by gas leaking into a crankcase to an intake air, the fuel injection amount control device comprising: an air-fuel ratio feedback correction section , which corrects the fuel injection amount such that an air-fuel ratio approaches a target air-fuel ratio based on an air-fuel ratio detection result; a reflection rate setting section , which sets a reflection rate (REF) proportional to the amount of the blow-by gas discharged to the intake air; a dilution correction section , which corrects the fuel injection amount by using, as a correction value, a product (CDIL) obtained by multiplying the reflection rate (REF) by a dilution learning value (LDIL); and a dilution learning section , which updates the dilution learning value (LDIL) such that the dilution learning value after updating becomes the value obtained by adding a quotient (FAF/REF) to the dilution learning value before updating, such that a correction amount (FAF) of the fuel injection amount, obtained by the air-fuel ratio feedback correction section , approaches 0, wherein the quotient is obtained by dividing the correction amount (FAF) of the fuel injection amount, obtained by the air-fuel ratio feedback correction section , by the reflection rate (REF). an air-fuel ratio feedback correction section , which corrects the fuel injection amount such that an air-fuel ratio approaches a target air-fuel ratio based on an air-fuel ratio detection result; a reflection rate setting section , which sets a reflection rate (REF) proportional to the amount of the blow-by gas discharged to the intake air; a dilution correction section , which corrects the fuel injection amount by using, as a correction value, a product (CDIL) obtained by multiplying the reflection rate (REF) by a dilution learning value (LDIL); and a dilution learning section , which updates the dilution learning value (LDIL) such that the dilution learning value after updating becomes the value obtained by adding a quotient (FAF/REF) to the dilution learning value before updating, such that a correction amount (FAF) of the fuel injection amount, obtained by the air-fuel ratio feedback correction section , approaches 0, wherein the quotient is obtained by dividing the correction amount (FAF) of the fuel injection amount, obtained by the air-fuel ratio feedback correction section , by the reflection rate (REF).
Method for improving the electrical conductivity of submarine cables for transmission of energy in the region of hotspots of the submarine cables in the region of cable entries at offshore structures, wherein the method comprises limiting the maximum surface temperature of one or more conductors of the submarine cable by connection of a heat sink in the region of a hotspot, characterized in that , in the region of the cable entry, removal of heat from the submarine cable is brought about in that a mechanical thermally conductive connection of the submarine cable to a foundation of the offshore structure is produced, and in that the mechanical thermally conductive connection is brought about by means of a sleeve composed of a thermally conductive material that engages around the submarine cable and that is in direct thermally conductive contact with the submarine cable.
An electrode material comprising: a conductive sheet containing carbon nanotubes having an average fiber diameter of 1 μm or less; a liquid inflow member that is formed on a first surface of the conductive sheet such that an electrolyte solution that is passed therethrough flows into the conductive sheet ; and a liquid outflow member that is formed on a second surface of the conductive sheet and out of which flows the electrolyte solution that has passed through the conductive sheet ; wherein, when using a sheet surface of the conductive sheet as a reference plane, the Darcy permeability, in an in-plane direction, inside the liquid inflow member , is at least 100 times the Darcy permeability, in a normal direction, through the conductive sheet . a conductive sheet containing carbon nanotubes having an average fiber diameter of 1 μm or less; a liquid inflow member that is formed on a first surface of the conductive sheet such that an electrolyte solution that is passed therethrough flows into the conductive sheet ; and a liquid outflow member that is formed on a second surface of the conductive sheet and out of which flows the electrolyte solution that has passed through the conductive sheet ; wherein, when using a sheet surface of the conductive sheet as a reference plane, the Darcy permeability, in an in-plane direction, inside the liquid inflow member , is at least 100 times the Darcy permeability, in a normal direction, through the conductive sheet .
A baling press comprising: a bale pressing channel ; a ram reciprocally movable in a pressing chamber portion of the bale pressing channel for pressing material in the bale pressing channel; a feeding chute communicating with the pressing chamber via a feed passage forming a downstream end of the feeding chute; a feeding chute valve which, in closed position, closes off the feeding chute near the pressing channel ; and a closure movable between an open and a closed position, the closure closing off an opening in a wall of the pressing chamber when the closure is in a closed position and allowing a person to at least partially access the pressing chamber via the opening when the closure is in an open position; characterized by: a lock (21; 121; 221) with a bolt (22; 122) movable for locking and unlocking the closure , said lock (21; 121; 221) being operable for unlocking the closure ; and an operating member (35; 135; 235) arranged for being operated by the feeding chute valve when the feeding chute valve is in the closed position, said operating member (35; 135; 235) being coupled to the lock (21; 121; 221) for unlocking or allowing unlocking of the lock (21; 121; 221) only if the operating member (35; 135; 235) is operated by the feeding chute valve in or near its closed position. a bale pressing channel ; a ram reciprocally movable in a pressing chamber portion of the bale pressing channel for pressing material in the bale pressing channel; a feeding chute communicating with the pressing chamber via a feed passage forming a downstream end of the feeding chute; a feeding chute valve which, in closed position, closes off the feeding chute near the pressing channel ; and a closure movable between an open and a closed position, the closure closing off an opening in a wall of the pressing chamber when the closure is in a closed position and allowing a person to at least partially access the pressing chamber via the opening when the closure is in an open position; characterized by: a lock (21; 121; 221) with a bolt (22; 122) movable for locking and unlocking the closure , said lock (21; 121; 221) being operable for unlocking the closure ; and an operating member (35; 135; 235) arranged for being operated by the feeding chute valve when the feeding chute valve is in the closed position, said operating member (35; 135; 235) being coupled to the lock (21; 121; 221) for unlocking or allowing unlocking of the lock (21; 121; 221) only if the operating member (35; 135; 235) is operated by the feeding chute valve in or near its closed position. a lock (21; 121; 221) with a bolt (22; 122) movable for locking and unlocking the closure , said lock (21; 121; 221) being operable for unlocking the closure ; and an operating member (35; 135; 235) arranged for being operated by the feeding chute valve when the feeding chute valve is in the closed position, said operating member (35; 135; 235) being coupled to the lock (21; 121; 221) for unlocking or allowing unlocking of the lock (21; 121; 221) only if the operating member (35; 135; 235) is operated by the feeding chute valve in or near its closed position.