mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing oxygen and hydrogen gas from a liquid alkaline electrolytic solution during a process of electrolysis, including the steps of: providing an electrolytic solution, being potassium hydroxide, KOH, or sodium hydroxide, NaOH; providing an electrolysing apparatus comprising an inlet chamber having an inlet ; first and second combustible fluid outlets ; first and second spaced apart and parallel foraminous electrodes surrounded by the inlet chamber so that the electrodes are immersed in the inlet chamber , the electrodes provided in relative close proximity to one another in a range between 1 mm and 6 mm, wherein electrolytic solution flows from the inlet chamber through the first foraminous electrode to the first combustible fluid outlet , and through the second foraminous electrode to the second combustible fluid outlet ; passing the solution into the inlet chamber via the inlet ; and applying a voltage of between 1V and 6V to the apparatus across the electrodes, to electrolyse the solution between the electrodes so that oxygen gas forms on the first electrode and hydrogen gas forms on the second electrode , wherein the electrolytic solution flowing through the first foraminous electrode carries with it oxygen gas having formed on the first electrode into the first combustible fluid outlet , and so that the electrolytic solution flowing through the second foraminous electrode carries with it hydrogen gas having formed on the second electrode into the second combustible fluid outlet , thereby separating the oxygen and hydrogen gases. providing an electrolytic solution, being potassium hydroxide, KOH, or sodium hydroxide, NaOH; providing an electrolysing apparatus comprising an inlet chamber having an inlet ; first and second combustible fluid outlets ; first and second spaced apart and parallel foraminous electrodes surrounded by the inlet chamber so that the electrodes are immersed in the inlet chamber , the electrodes provided in relative close proximity to one another in a range between 1 mm and 6 mm, wherein electrolytic solution flows from the inlet chamber through the first foraminous electrode to the first combustible fluid outlet , and through the second foraminous electrode to the second combustible fluid outlet ; passing the solution into the inlet chamber via the inlet ; and applying a voltage of between 1V and 6V to the apparatus across the electrodes, to electrolyse the solution between the electrodes so that oxygen gas forms on the first electrode and hydrogen gas forms on the second electrode ,
A method for managing the dense charging of an enclosure with solid particles, which comprises: storing in a memory a model of an expected charging profile over a charging time, during charging, receiving from at least one sensor measured values of a parameter representative of the height of a bed of solid particles charged into the enclosure (h m (n)), determining filtered values of the parameter representative of the height (h f (n)) from the received measured values and from the modelled charging profile, and transmitting the filtered values to a means for controlling the charging with a view to producing, as a function of said filtered values, a signal for controlling the charging with solid particles. storing in a memory a model of an expected charging profile over a charging time, during charging, receiving from at least one sensor measured values of a parameter representative of the height of a bed of solid particles charged into the enclosure (h m (n)), determining filtered values of the parameter representative of the height (h f (n)) from the received measured values and from the modelled charging profile, and transmitting the filtered values to a means for controlling the charging with a view to producing, as a function of said filtered values, a signal for controlling the charging with solid particles.
A process for preparing a thermoplastic antibacterial polymer selected from among: polypropylene (PP), polycarbonate (PC), acrylonitrile-butadiene-styrene (ABS), polyvinylchloride (PVC), polyethylene terephthalate (PET), nylon and polystyrene, comprising the steps of: a) solubilising at least one zinc salt selected among zinc PCA, zinc pyrithione or mixtures thereof in at least an organic and/or aqueous solvent; b) adding the solution thus obtained to the solution or dispersion of at least one monomer in an organic and/or aqueous solvent; c) polymerizing the at least one monomer. a) solubilising at least one zinc salt selected among zinc PCA, zinc pyrithione or mixtures thereof in at least an organic and/or aqueous solvent; b) adding the solution thus obtained to the solution or dispersion of at least one monomer in an organic and/or aqueous solvent; c) polymerizing the at least one monomer.
A method of determining the likelihood of overall survival (OS) and/or progression-free survival (PFS) of a subject having multiple myeloma, comprising: quantifying the gene expression levels of enolase 1 (ENO1), fatty acid binding protein 5 (FABP5), thyroid hormone receptor interactor 13 (TRIP 13), transgelin 2 (TAGLN2), and replication factor C (activator 1) 4 (RFC4) in a biological sample isolated from the subject using a method capable of detecting the expression levels of the genes when the biological sample comprises about 50,000 or fewer myeloma cells; and identifying the subject as having reduced likelihood of OS and/or reduced likelihood of PFS based on an abnormal gene expression profile, wherein the abnormal gene expression profile comprises elevated levels of FABP5 in combination with 1, 2, 3, or all 4 of ENO1, TRIP 13, TAGLN2, and RFC4 compared to a control.
A survey data processing device comprising: an input unit configured to receive image data of multiple still images, which are photographed from a mobile body flying, and receive flight data, in which a flight route of the mobile body is measured and wherein a relationship between location and time in the flight route is determined; a flight route estimating unit configured to estimate a flight route of the mobile body based on a moving-direction vector obtained by comparing each still image contained in the multiple still images with a next still image contained in the multiple still images that is photographed in a consecutive manner, wherein the moving-direction vector indicates the moving direction and the moving distance of a same feature point in the still image and the next still image; and a synchronous processing unit configured to match a trajectory of the estimated flight route with the flight route of the flight data by rotating, parallel moving, enlarging or reducing the estimated flight route, whereby a relationship between the location and the time in the estimated flight route is determined, characterized in that the synchronous processing unit is configured to, in the processing of matching the trajectory of the estimated flight route with the flight route of the flight data, calculate a location of the estimated flight route by a least-squares method so that a total of distances between vectors for indicating the estimated flight route and vectors for indicating the flight route of the flight data is minimum. an input unit configured to receive image data of multiple still images, which are photographed from a mobile body flying, and receive flight data, in which a flight route of the mobile body is measured and wherein a relationship between location and time in the flight route is determined; a flight route estimating unit configured to estimate a flight route of the mobile body based on a moving-direction vector obtained by comparing each still image contained in the multiple still images with a next still image contained in the multiple still images that is photographed in a consecutive manner, wherein the moving-direction vector indicates the moving direction and the moving distance of a same feature point in the still image and the next still image; and a synchronous processing unit configured to match a trajectory of the estimated flight route with the flight route of the flight data by rotating, parallel moving, enlarging or reducing the estimated flight route, whereby a relationship between the location and the time in the estimated flight route is determined, characterized in that the synchronous processing unit is configured to, in the processing of matching the trajectory of the estimated flight route with the flight route of the flight data, calculate a location of the estimated flight route by a least-squares method so that a total of distances between vectors for indicating the estimated flight route and vectors for indicating the flight route of the flight data is minimum.
An organic electroluminescent (EL) device comprising: a substrate ; a thin film transistor (TFT) formed on the substrate ; a planarization film formed on the entire surface of the substrate including the TFT; a first electrode formed of a metal material on the planarization film , having a reflecting surface at a corner area higher than a reflecting surface at a center area; an organic EL layer formed on the first electrode ; and a second electrode formed on the organic EL layer , characterized in that the corner portion of the first electrode is floated from the surface of the planarization film by tensile stress of the first electrode . a substrate ; a thin film transistor (TFT) formed on the substrate ; a planarization film formed on the entire surface of the substrate including the TFT; a first electrode formed of a metal material on the planarization film , having a reflecting surface at a corner area higher than a reflecting surface at a center area; an organic EL layer formed on the first electrode ; and a second electrode formed on the organic EL layer , characterized in that the corner portion of the first electrode is floated from the surface of the planarization film by tensile stress of the first electrode .
A drain cleaner comprising: a drum assembly configured to store a cable; and an actuator assembly movable relative to the drum assembly between a neutral position, where the cable is free to spin and translate out of the drum assembly, an autofeed position, where the cable is allowed to spin and is automatically driven out of the drum assembly, and an autofeed locked on position, where the actuator assembly is maintained in the autofeed position without continuous input from a user, the actuator assembly including a handle supported by the drum assembly and an autofeed locking mechanism , the autofeed locking mechanism includes a drive lock and a lock release , the drive lock engages the handle to maintain the actuator assembly in the autofeed locked on position; characterized in that the handle includes an abutment on an interior surface , and wherein the drive lock includes a wing that engages the abutment to maintain the actuator assembly in the autofeed locked on position; and in that the wing is biased radially outward to engage the abutment. a drum assembly configured to store a cable; and an actuator assembly movable relative to the drum assembly between a neutral position, where the cable is free to spin and translate out of the drum assembly, an autofeed position, where the cable is allowed to spin and is automatically driven out of the drum assembly, and an autofeed locked on position, where the actuator assembly is maintained in the autofeed position without continuous input from a user, the actuator assembly including a handle supported by the drum assembly and an autofeed locking mechanism , the autofeed locking mechanism includes a drive lock and a lock release , the drive lock engages the handle to maintain the actuator assembly in the autofeed locked on position; characterized in that the handle includes an abutment on an interior surface , and wherein the drive lock includes a wing that engages the abutment to maintain the actuator assembly in the autofeed locked on position; and in that the wing is biased radially outward to engage the abutment.
An information processing device comprising: a representative luminance value specifying unit configured for each of a plurality of fluorescence images of a measurement subject captured while a position of the measurement subject in a thickness direction is changed, to rank the luminance values forming the fluorescence image from a highest luminance value to a lowest luminance value, to extract a luminance value ranked at a predetermined position and to set the extracted luminance value as a representative luminance value of the fluorescence image; and a surface position specifying unit configured to use the representative luminance value for each of the fluorescence images and to set the thickness position corresponding to the fluorescence image having the maximum representative luminance value as a position corresponding to a surface of the measurement subject, wherein the predetermined position is such that an exponential change in representative luminance values occurs as the thickness position corresponding to the fluorescence image from which the representative luminance is extracted is varied. a representative luminance value specifying unit configured for each of a plurality of fluorescence images of a measurement subject captured while a position of the measurement subject in a thickness direction is changed, to rank the luminance values forming the fluorescence image from a highest luminance value to a lowest luminance value, to extract a luminance value ranked at a predetermined position and to set the extracted luminance value as a representative luminance value of the fluorescence image; and to rank the luminance values forming the fluorescence image from a highest luminance value to a lowest luminance value, to extract a luminance value ranked at a predetermined position and to set the extracted luminance value as a representative luminance value of the fluorescence image; and a surface position specifying unit configured to use the representative luminance value for each of the fluorescence images and to set the thickness position corresponding to the fluorescence image having the maximum representative luminance value as a position corresponding to a surface of the measurement subject, wherein the predetermined position is such that an exponential change in representative luminance values occurs as the thickness position corresponding to the fluorescence image from which the representative luminance is extracted is varied.
A method of manufacturing a fuel nozzle (20"') for a gas turbine engine comprising the steps of: electronically modelling the fuel nozzle (20"') having a first tube (56"') co-extending and surrounded by a second tube (58"'); and additive manufacturing the fuel nozzle (20"') as one unitary piece, wherein the first tube (56"') is surrounded by and substantially co-extends with the second tube (58"'), the fuel nozzle (20"') further comprises an additive manufactured third tube co-extending with the first tube (56"') and surrounded by the second tube (58"') and an additive manufactured support structure engaged between the first and second tubes, the second tube (58"') is spaced radially outward from the first (56"') and third tubes , a generally annular void is defined by and between the first and second tubes, the support structure is a plurality of pylons spaced from one-another in the void , the void is sealed for thermally insulating a fluid flowing through the first tube , the void is sealed under negative atmosphere pressure, a pressure maintenance feature is attached to the second tube (58"') for maintaining the negative atmospheric pressure in the void , and the pressure maintenance feature is supported by and communicates through the second tube (58'") electronically modelling the fuel nozzle (20"') having a first tube (56"') co-extending and surrounded by a second tube (58"'); and additive manufacturing the fuel nozzle (20"') as one unitary piece, wherein the first tube (56"') is surrounded by and substantially co-extends with the second tube (58"'), the fuel nozzle (20"') further comprises an additive manufactured third tube co-extending with the first tube (56"') and surrounded by the second tube (58"') and an additive manufactured support structure engaged between the first and second tubes, the second tube (58"') is spaced radially outward from the first (56"') and third tubes , a generally annular void is defined by and between the first and second tubes, the support structure is a plurality of pylons spaced from one-another in the void , the void is sealed for thermally insulating a fluid flowing through the first tube , the void is sealed under negative atmosphere pressure, a pressure maintenance feature is attached to the second tube (58"') for maintaining the negative atmospheric pressure in the void , and the pressure maintenance feature is supported by and communicates through the second tube (58'")
A method for non-invasively obtaining a shape of a prepared tooth, the method comprising the steps of: obtaining a tooth surface shape of a prepared tooth by means of an intraoral scanner; obtaining a subgingival marginal shape or crown margin line of the prepared tooth by means of an optical coherence tomography "OCT" scanner; and merging the surface shape of the prepared tooth with the subgingival marginal shape to obtain a three-dimensional shape of the prepared tooth. obtaining a tooth surface shape of a prepared tooth by means of an intraoral scanner; obtaining a subgingival marginal shape or crown margin line of the prepared tooth by means of an optical coherence tomography "OCT" scanner; and merging the surface shape of the prepared tooth with the subgingival marginal shape to obtain a three-dimensional shape of the prepared tooth.
An adhesive composition which comprises: a) a base polymer comprising an ethylene vinyl acetate-containing polymer; b) a tackifier; c) an adhesion promoting additive comprising at least one semi-crystalline polymer having a weight average molecular weight of 30 kg/mol (30,000 daltons) or less; d) an antioxidant; and e) an optional wax. a) a base polymer comprising an ethylene vinyl acetate-containing polymer; b) a tackifier; c) an adhesion promoting additive comprising at least one semi-crystalline polymer having a weight average molecular weight of 30 kg/mol (30,000 daltons) or less; d) an antioxidant; and e) an optional wax.
A coating comprising an emulsion comprising (a) water, (b) a first particle comprising particles having an average particle size of greater than 0 but less than 10 microns as determined via scanning electron microscopy and comprising beads comprising thermoplastic polymers or copolymers of acrylic acid, methacrylic acid, esters of these acids, or acrylonitrile, (c) a carrier comprising thermoplastic polymers or copolymers of acrylic acid, methacrylic acid, esters of these acids, or acrylonitrile and (d) a second particle comprising particles having an average particle size of from 35 microns to 110 microns as determined via scanning electron microscopy and comprising polyamide, polyethylene, polypropylene, polytetrafluoroethylene or combinations of such, wherein the combination of the water, the first particle and the carrier comprises from 75 % to 95 %, or optionally from 80 % to 90 % or from 82 % to 85 %, by weight of the coating and wherein the second particle comprises from 5 % to 25 %, or optionally from 10 % to 20 % or from 15 % to 18 %, by weight of the coating. (a) water, (b) a first particle comprising particles having an average particle size of greater than 0 but less than 10 microns as determined via scanning electron microscopy and comprising beads comprising thermoplastic polymers or copolymers of acrylic acid, methacrylic acid, esters of these acids, or acrylonitrile, (c) a carrier comprising thermoplastic polymers or copolymers of acrylic acid, methacrylic acid, esters of these acids, or acrylonitrile and (d) a second particle comprising particles having an average particle size of from 35 microns to 110 microns as determined via scanning electron microscopy and comprising polyamide, polyethylene, polypropylene, polytetrafluoroethylene or combinations of such, wherein the combination of the water, the first particle and the carrier comprises from 75 % to 95 %, or optionally from 80 % to 90 % or from 82 % to 85 %, by weight of the coating and wherein the second particle comprises from 5 % to 25 %, or optionally from 10 % to 20 % or from 15 % to 18 %, by weight of the coating.
Harvesting machine, in particular loading wagon , with a receiving device for receiving harvested material, which comprises a pickup conveyor , preferably in the form of a liftable and lowerable pick-up , including a rotatively-drivable spiked roller to collect the harvested material from the ground, as well as a feed conveyor downstream of the pickup conveyor , preferably in the form of a conveying rotor , to convey the picked-up harvested material, through a conveying channel, into a harvested material space , as well as moreover with detection means to detect operating and/or processing parameters, as well as a control device to output control signals for the harvesting machine, wherein the pickup conveyor and the feed conveyor are controllable independently of one another through the control device in such a manner that the ratio of pickup conveyor drive speed to the feed conveyor drive speed is varied, depending on alteration of the detected operating and/or processing parameters, through the control device , characterized in that a traveling speed target value signal can be variably specified by the control device depending on a respectively established drive torque of the pickup conveyor, wherein the traveling speed target value signal is regulated by the control device in such a manner that the drive speed and/or the drive torque of the feed conveyor reaches a target value.
A method comprising: determining, by a user equipment , whether at least one wireless local area network access point allows aggregation with cellular ; selecting, by the user equipment based on the determination, to associate with the at least one wireless local area network access point to enable the aggregation with cellular ; sending, by the user equipment to cellular network , association status of the at least one wireless local area network access point , wherein the association status indicates whether association procedure is performed with the at least one wireless local area network access point ; and enabling measurement reporting when the user equipment has associated itself with the at least one wireless local area network access point ; or preventing measurement reporting when the user equipment has not associated itself with the at least one wireless local area network access point . determining, by a user equipment , whether at least one wireless local area network access point allows aggregation with cellular ; selecting, by the user equipment based on the determination, to associate with the at least one wireless local area network access point to enable the aggregation with cellular ; sending, by the user equipment to cellular network , association status of the at least one wireless local area network access point , wherein the association status indicates whether association procedure is performed with the at least one wireless local area network access point ; and enabling measurement reporting when the user equipment has associated itself with the at least one wireless local area network access point ; or preventing measurement reporting when the user equipment has not associated itself with the at least one wireless local area network access point .