mhurhangee/patent-ind-claim-en huggingface dataset:
A method of refining a grain oil composition feedstock to provide a grain oil product, wherein the method comprises: combining the grain oil composition feedstock with water to form an oil-water mixture having water in an amount of 10-50% based on the total volume of the oil-water mixture (v/v), wherein the grain oil composition feedstock comprises an impurity component; exposing the oil-water mixture to a temperature in the range from 0°C to 50°C for a time period at least until the oil-water mixture forms at least an oil phase and an emulsion phase; and separating at least a portion of the oil phase from the emulsion phase to form the grain oil product, wherein an amount of the impurity component in the emulsion phase is greater than an amount of the impurity component in the grain oil product. combining the grain oil composition feedstock with water to form an oil-water mixture having water in an amount of 10-50% based on the total volume of the oil-water mixture (v/v), wherein the grain oil composition feedstock comprises an impurity component; exposing the oil-water mixture to a temperature in the range from 0°C to 50°C for a time period at least until the oil-water mixture forms at least an oil phase and an emulsion phase; and separating at least a portion of the oil phase from the emulsion phase to form the grain oil product, wherein an amount of the impurity component in the emulsion phase is greater than an amount of the impurity component in the grain oil product.
An alkaline secondary battery comprising: an outer package can having an opening at an upper end; an electrode group accommodated in the outer package can together with an alkaline electrolyte; and a sealing body that seals the opening of the outer package can, wherein the sealing body includes a cover plate having an air vent, and a valve element made of an elastic material to close the air vent, the valve element includes a cylindrical main body part having a base end surface that covers the air vent, and an extended diameter part positioned on an opposite side of the main body part from the base end surface and having a diameter made larger than a diameter of the main body part, and a ratio of a thickness of the extended diameter part to a total height of the valve element is equal to or higher than 27% and equal to or lower than 47%. an outer package can having an opening at an upper end; an electrode group accommodated in the outer package can together with an alkaline electrolyte; and a sealing body that seals the opening of the outer package can, wherein the sealing body includes a cover plate having an air vent, and a valve element made of an elastic material to close the air vent, the valve element includes a cylindrical main body part having a base end surface that covers the air vent, and an extended diameter part positioned on an opposite side of the main body part from the base end surface and having a diameter made larger than a diameter of the main body part, and a ratio of a thickness of the extended diameter part to a total height of the valve element is equal to or higher than 27% and equal to or lower than 47%.
A biosensor , featured in comprising an insulative substrate and an electrode system comprising a working electrode , a counter electrode on the insulative substrate , the electrode system comprising a reaction reagent that can react with samples to be detected and an insulating layer thereon; the insulating layer partially covering the electrode system and forming a closed region , at the location where the reaction reagent lies, without any insulating layer covered, the reaction reagent lying on a part of the electrode in the closed region ; the closed region having a closed boundary being either a circle, an oval, two relative ovals, or rectangle with four circular vertex angles; and the reaction reagent covering the whole area of the closed region without extending beyond the closed boundary, wherein the reagent is evenly distributed in the active region of the electrode system the electrode system further comprising at least one assisted diffusion electrode made up of porous materials for controlling the diffusion of the enzyme reaction reagent .
A specimen processing system , including a specimen processing device , which is configured to perform preprocessing and analysis of a specimen, comprising: a specimen position acquiring device configured to acquire specimen information in the specimen processing system and to detect, together with sensors , a driving state of a driving device installed in the specimen processing system ; and an abnormality detecting part configured to determine from signal waveforms detected by the sensors whether an abnormality occurs in the driving device, wherein the specimen processing system includes a recording device which is configured to sequentially record the signal waveforms detected by the sensors , and configured to store a sensor signal waveform before or after the occurrence of an operation abnormality when the abnormality is determined to have occurred in the abnormality detecting part , wherein the recording device is configured to sequentially record the specimen information acquired in the specimen position acquiring device , and configured to store specimen information before or after the occurrence of an operation abnormality into an unerasable area when the abnormality is determined to have occurred in the abnormality detecting part . a specimen position acquiring device configured to acquire specimen information in the specimen processing system and to detect, together with sensors , a driving state of a driving device installed in the specimen processing system ; and an abnormality detecting part configured to determine from signal waveforms detected by the sensors whether an abnormality occurs in the driving device, wherein the specimen processing system includes a recording device which is configured to sequentially record the signal waveforms detected by the sensors , and configured to store a sensor signal waveform before or after the occurrence of an operation abnormality when the abnormality is determined to have occurred in the abnormality detecting part , wherein the recording device is configured to sequentially record the specimen information acquired in the specimen position acquiring device , and configured to store specimen information before or after the occurrence of an operation abnormality into an unerasable area when the abnormality is determined to have occurred in the abnormality detecting part .
A method for photopolymerization printing an article comprising, a) exposing for a time with light, a photopolymerizable composition comprising i. at least one photopolymerizable macromer component, wherein the photopolymerizable macromer component comprises monomers with, or macromers with monomeric units (monomers), with one or more ethylenically unsaturated groups or one or more thiol groups; ii. at least one light reflective material component suspended in the photopolymerizable composition; and iii. at least one photoinitiator component, wherein the photoinitiator component is in a total concentration of less than 1.0 wt%.; wherein the light reflective material component modulates the light dose requirement of the photopolymerizable composition when compared to the light dose requirement of the composition without the light reflective material; and b) forming a printed article comprising at least polymerized macromers; characterized in that said light reflective material is absorbable in physiological conditions. a) exposing for a time with light, a photopolymerizable composition comprising i. at least one photopolymerizable macromer component, wherein the photopolymerizable macromer component comprises monomers with, or macromers with monomeric units (monomers), with one or more ethylenically unsaturated groups or one or more thiol groups; ii. at least one light reflective material component suspended in the photopolymerizable composition; and iii. at least one photoinitiator component, wherein the photoinitiator component is in a total concentration of less than 1.0 wt%.; wherein the light reflective material component modulates the light dose requirement of the photopolymerizable composition when compared to the light dose requirement of the composition without the light reflective material; and i. at least one photopolymerizable macromer component, wherein the photopolymerizable macromer component comprises monomers with, or macromers with monomeric units (monomers), with one or more ethylenically unsaturated groups or one or more thiol groups; ii. at least one light reflective material component suspended in the photopolymerizable composition; and iii. at least one photoinitiator component, wherein the photoinitiator component is in a total concentration of less than 1.0 wt%.; b) forming a printed article comprising at least polymerized macromers;
A device for automatic removal of abdominal fat or leaf lard , or a part hereof, from the abdominal wall of a slaughtered animal , which device comprises a gripping means for gripping said abdominal fat or leaf lard , characterized in that the gripping means comprises a twin-belt arrangement , having two or more belts (10A, 10B, ...) capable of rotating by means of two or more rollers/wheels , the two belts being mounted one above the other as a roller assembly, fixed at the motor housing end and open at the gripping end , and wherein the belts are held together with a spring force , which, when in action, responds to the pressure of the abdominal fat load , and both belts fitted with cleats to ensure a firm grip of the abdominal fat .
Method for operation of a closed cage for marine organisms in the sea, where the cage is defined by a watertight cloth that is fastened in a floating anchoring ring on the sea surface, as the cage is supplied with new water by pumping it in from the sea and water is let back into the sea outside the cage in an overflow, where the new water is pumped up from the sea by the operation of a pump house with a removable pumping body , wherein the cage comprises a lower pipe part set up to extend down below the cage and comprising an inlet for the intake of water, an upper pipe part set up to extend upwards above the surface of the water in the cage as the upper pipe part comprises an outlet for the water that is pumped up from the sea below the cage, and a middle section that connects the upper and the lower pipe part , respectively, and comprises a bracket for anchoring to the bottom section of the cage; wherein the upper pipe part is divided into at least two mutually duct-forming, parallel pipe parts with associated, radially directed outlets for the bringing of the water by pump houses inserted in the respective parallel pipe parts out into the cage, said outlets facing mutually radially opposite out into the cage, and water is let out via an overflow through a number of ducts that are formed in the anchoring ring from the inside of the cage into the sea on the outside of the anchoring ring . a lower pipe part set up to extend down below the cage and comprising an inlet for the intake of water, an upper pipe part set up to extend upwards above the surface of the water in the cage as the upper pipe part comprises an outlet for the water that is pumped up from the sea below the cage, and a middle section that connects the upper and the lower pipe part , respectively, and comprises a bracket for anchoring to the bottom section of the cage; wherein the upper pipe part is divided into at least two mutually duct-forming, parallel pipe parts with associated, radially directed outlets for the bringing of the water by pump houses inserted in the respective parallel pipe parts out into the cage, said outlets facing mutually radially opposite out into the cage, and water is let out via an overflow through a number of ducts that are formed in the anchoring ring from the inside of the cage into the sea on the outside of the anchoring ring .
A method performed by a user equipment, UE, which includes receiving system information including a first state indication and a second state indication from a base station connected to an Evolved Packet Core, EPC, and to a next generation core network; wherein the first state indication indicates whether a cell connected to the EPC is barred or not, and the second state indication indicates whether the cell connected to the next generation core network is barred or not; in a case that a core network type is indicated from a Non-Access Stratum, NAS, detecting the first state indication or the second state indication based on the core network type; in a case that the first state indication indicates "barred", determining the cell connected to the EPC is not treated as a candidate during cell selection and reselection within a period of time; and in a case that the second state indication indicates "barred", determining the cell connected to the next generation core network is not treated as the candidate during the cell selection and reselection within a period of time. receiving system information including a first state indication and a second state indication from a base station connected to an Evolved Packet Core, EPC, and to a next generation core network; wherein the first state indication indicates whether a cell connected to the EPC is barred or not, and the second state indication indicates whether the cell connected to the next generation core network is barred or not; in a case that a core network type is indicated from a Non-Access Stratum, NAS, detecting the first state indication or the second state indication based on the core network type; in a case that the first state indication indicates "barred", determining the cell connected to the EPC is not treated as a candidate during cell selection and reselection within a period of time; and in a case that the second state indication indicates "barred", determining the cell connected to the next generation core network is not treated as the candidate during the cell selection and reselection within a period of time.
Machine for the machining of railway wagons comprising: - a holding structure having a first upright and a second upright that extend along respective first direction and second direction substantially parallel and adapted to be arranged on the opposite side with respect to a wagon to be machined; - sliding means of said structure along a main direction ; - machining means of said wagon comprising at least a first anthropomorphic robot associated sliding with said first upright , and at least a second anthropomorphic robot associated sliding with said second upright , characterized by the fact that said holding structure comprises a substantially horizontal beam associated with said first upright and said second upright to define an inverted U-shape and by the fact that said machining means comprise: - a first sanding device and a first pressure sensor connected thereto, associated with said first robot ; and - a second sanding device and a second pressure sensor connected thereto, associated with said second robot . - a holding structure having a first upright and a second upright that extend along respective first direction and second direction substantially parallel and adapted to be arranged on the opposite side with respect to a wagon to be machined; - sliding means of said structure along a main direction ; - machining means of said wagon comprising at least a first anthropomorphic robot associated sliding with said first upright , and at least a second anthropomorphic robot associated sliding with said second upright , - a first sanding device and a first pressure sensor connected thereto, associated with said first robot ; and - a second sanding device and a second pressure sensor connected thereto, associated with said second robot .
An apparatus comprising: means for obtaining to obtain a guidance path for an agricultural vehicle ; means for identifying a turn in the guidance path; and means for selecting , from a plurality of predetermined turn patterns, a turn pattern for the turn, wherein the turn pattern satisfies a condition, characterized in that the means for selecting is to: select a first turn pattern and second turn pattern from the plurality of predetermined turn patterns; determine a first coverage of the first turn pattern and a second coverage of the second turn pattern; and select one of the first turn pattern or the second turn pattern corresponding to a greater one of the first coverage or the second coverage. means for obtaining to obtain a guidance path for an agricultural vehicle ; means for identifying a turn in the guidance path; and means for selecting , from a plurality of predetermined turn patterns, a turn pattern for the turn, wherein the turn pattern satisfies a condition, characterized in that the means for selecting is to: select a first turn pattern and second turn pattern from the plurality of predetermined turn patterns; determine a first coverage of the first turn pattern and a second coverage of the second turn pattern; and select one of the first turn pattern or the second turn pattern corresponding to a greater one of the first coverage or the second coverage. select a first turn pattern and second turn pattern from the plurality of predetermined turn patterns; determine a first coverage of the first turn pattern and a second coverage of the second turn pattern; and select one of the first turn pattern or the second turn pattern corresponding to a greater one of the first coverage or the second coverage.
A method for evaluating an ability of a selective catalytic reduction, SCR, system to convert NOx to nitrogen and water, the method comprising: introducing a controlled amount of exhaust gas recirculation system coolant into a vessel containing a SCR catalyst; contacting the SCR catalyst contained in the vessel with the exhaust gas recirculation system coolant for a period of time; introducing an exhaust gas from a diesel engine into the vessel containing the SCR catalyst and the exhaust gas recirculation system coolant; collecting first data related to NOx in the exhaust gas prior to introducing the exhaust gas into the vessel containing the SCR catalyst and the exhaust gas recirculation system coolant; collecting second data related to NOx in the exhaust gas after the exhaust gas has passed through the vessel containing the SCR catalyst and the exhaust gas recirculation system coolant; comparing the second data to a threshold standard; and evaluating operation of the SCR system based on a result of the comparison of the second data to the threshold standard. introducing a controlled amount of exhaust gas recirculation system coolant into a vessel containing a SCR catalyst; contacting the SCR catalyst contained in the vessel with the exhaust gas recirculation system coolant for a period of time; introducing an exhaust gas from a diesel engine into the vessel containing the SCR catalyst and the exhaust gas recirculation system coolant; collecting first data related to NOx in the exhaust gas prior to introducing the exhaust gas into the vessel containing the SCR catalyst and the exhaust gas recirculation system coolant; collecting second data related to NOx in the exhaust gas after the exhaust gas has passed through the vessel containing the SCR catalyst and the exhaust gas recirculation system coolant; comparing the second data to a threshold standard; and evaluating operation of the SCR system based on a result of the comparison of the second data to the threshold standard.
A method of determining if a telephony network number is ported, wherein the method is performed in a first network node , the method comprising the steps of: receiving in the first network node a number message comprising at least a first part of a dialled number identifying a called party, comparing the number message with entries in a number portability database, the database containing routing numbers associated with the entries , if the number message or a first part of the number message uniquely matches with the whole of an entry in the database and does not match with part of another entry in the database: determining that a best match has been found, and routing a call to a second network node identified by the routing number associated with the uniquely matched entry, if the number message matches with at least part of at least one entry in the database: determining that at least one partial match has been found ; and retrieving a further part of the dialled number ; and repeating said comparing based on a new number message comprising said first part of the dialled number and said further part of the dialled number, and if at least a first part of the number message cannot be matched to the whole of any entry in the database: determining that no match has been found , and routing a call to a second network node identified by the dialled number. receiving in the first network node a number message comprising at least a first part of a dialled number identifying a called party, comparing the number message with entries in a number portability database, the database containing routing numbers associated with the entries , if the number message or a first part of the number message uniquely matches with the whole of an entry in the database and does not match with part of another entry in the database: determining that a best match has been found, and routing a call to a second network node identified by the routing number associated with the uniquely matched entry, if the number message matches with at least part of at least one entry in the database: determining that at least one partial match has been found ; and retrieving a further part of the dialled number ; and repeating said comparing based on a new number message comprising said first part of the dialled number and said further part of the dialled number, and if at least a first part of the number message cannot be matched to the whole of any entry in the database: determining that no match has been found , and routing a call to a second network node identified by the dialled number.
A flexible and pushable catheter tip for a balloon catheter comprising an expandable balloon having a shoulder, the catheter tip comprising: a spring-like element positioned proximal of a distal edge of the catheter tip, wherein said spring-like element is positioned at a distance from the shoulder of the balloon ; and a spacer portion comprising a longitudinally flexible tube having a luminal inside and a vessel wall outside, said spring-like element and said longitudinally flexible tube extending along a common longitudinal axis of the catheter tip, the spacer portion bridging the distance between a distal end of the balloon and a proximal end of said spring-like element , wherein said spring-like element provides longitudinal and radial support and pushability to said catheter tip . a spring-like element positioned proximal of a distal edge of the catheter tip, wherein said spring-like element is positioned at a distance from the shoulder of the balloon ; and a spacer portion comprising a longitudinally flexible tube having a luminal inside and a vessel wall outside, said spring-like element and said longitudinally flexible tube extending along a common longitudinal axis of the catheter tip, the spacer portion bridging the distance between a distal end of the balloon and a proximal end of said spring-like element , wherein said spring-like element provides longitudinal and radial support and pushability to said catheter tip .