mhurhangee/patent-ind-claim-en huggingface dataset:
A gas treatment monolith article, said gas treatment article comprising: - a full body porous material comprising a porous substrate and an aluminium oxide coating homogeneously distributed throughout said porous substrate, wherein said porous substrate is a fibrous material; and - at least one acid gas absorption active component or a precursor thereof impregnated into said porous aluminium oxide coated substrate, wherein said aluminium oxide coated full body porous material has porosity of 45% or above and wherein said gas treatment monolith article is a honeycomb article, characterized in that said aluminium oxide is γ-Al 2 O 3 and said least one acid gas absorption active component or a precursor thereof is an amine. - a full body porous material comprising a porous substrate and an aluminium oxide coating homogeneously distributed throughout said porous substrate, wherein said porous substrate is a fibrous material; and - at least one acid gas absorption active component or a precursor thereof impregnated into said porous aluminium oxide coated substrate, wherein said aluminium oxide coated full body porous material has porosity of 45% or above and wherein said gas treatment monolith article is a honeycomb article, characterized in that said aluminium oxide is γ-Al 2 O 3 and said least one acid gas absorption active component or a precursor thereof is an amine.
An apparatus for maintaining patency of a prostatic urethra lumen, comprising: an expander structure defining an opening and configured for contact against a tissue lining of the prostatic urethra lumen, wherein the expander structure is a unitary structure comprising a plurality of ring-like structures and a plurality of connector elements coupling the ring-like structures along a tangential portion, wherein the plurality of ring-like structures comprises a first, a second, and a third ring-like structure, and wherein only one said connector element couples the first and second ring-like structures and only one other said connector element couples the second and third ring-like structures ; wherein each of the plurality of ring-like structures is formed by looping the expander structure; wherein the second ring-like structure transitions to a first one of the connector elements at a first end of the second ring-like structure and transitions to a second one of the connector elements connected at a second end of the second ring-like structure; wherein the plurality of ring-like structures define a deployment diameter which is sized to be larger than an expanded diameter of the prostatic urethra lumen; and wherein the expander structure has a height which is configured to be invaginated within the tissue lining of the prostatic urethra lumen while maintaining patency of the prostatic urethra lumen. an expander structure defining an opening and configured for contact against a tissue lining of the prostatic urethra lumen, wherein the expander structure is a unitary structure comprising a plurality of ring-like structures and a plurality of connector elements coupling the ring-like structures along a tangential portion, wherein the plurality of ring-like structures comprises a first, a second, and a third ring-like structure, and wherein only one said connector element couples the first and second ring-like structures and only one other said connector element couples the second and third ring-like structures ; wherein each of the plurality of ring-like structures is formed by looping the expander structure; wherein the second ring-like structure transitions to a first one of the connector elements at a first end of the second ring-like structure and transitions to a second one of the connector elements connected at a second end of the second ring-like structure; wherein the plurality of ring-like structures define a deployment diameter which is sized to be larger than an expanded diameter of the prostatic urethra lumen; and wherein the expander structure has a height which is configured to be invaginated within the tissue lining of the prostatic urethra lumen while maintaining patency of the prostatic urethra lumen.
A sterilization device for a container , comprising a sterilizing agent supply part configured for supplying a sterilizing agent into said container having a mouth and a shoulder continuous with said mouth said sterilizing agent being supplied through said mouth , and sterilizing agent detecting means including a light source configured to irradiate the shoulder of the container with inspection light and an optical sensor having a light receiving element configured to detect a level of the sterilizing agent adhering to the shoulder of the container , to which the sterilizing agent is supplied; Said optical sensor and said light source being positioned so that the light receiving element can detect the inspection light passing through the shoulder of the container , characterized by control means for determining an amount of the sterilizing agent to be supplied to said container in the sterilizing agent supply part based on the result of the detection by the sterilizing agent detecting means .
An optical waveguide element module comprising: an optical waveguide formed on a substrate ; an optical waveguide element having a modulation electrode for modulating an optical wave propagating through the optical waveguide ; a connector where an external signal line for inputting a modulation signal into the modulation electrode is connected; and a relay line formed on a relay substrate to connect the connector and the modulation electrode, wherein the relay line is a coplanar-type line, which a signal electrode is interposed between ground electrodes , an impedance of the relay line changes stepwise or continuously so as to suppress reflection of the modulation signal in the optical waveguide element module, a high-pass filter including a capacitor is arranged in the relay line, characterized in that a length of the relay line is not an integer multiple of a quarter of a microwave wavelength used in the modulation signal and is less than half of a microwave wavelength used in the modulation signal, the capacitor is a single-plate capacitor, a relative dielectric constant of a dielectric material between electrodes within the capacitor is equal to or lower than 1000, and a resonance frequency caused by the filter is higher than 20 GHz. an optical waveguide formed on a substrate ; an optical waveguide element having a modulation electrode for modulating an optical wave propagating through the optical waveguide ; a connector where an external signal line for inputting a modulation signal into the modulation electrode is connected; and a relay line formed on a relay substrate to connect the connector and the modulation electrode, wherein the relay line is a coplanar-type line, which a signal electrode is interposed between ground electrodes , an impedance of the relay line changes stepwise or continuously so as to suppress reflection of the modulation signal in the optical waveguide element module, a high-pass filter including a capacitor is arranged in the relay line, characterized in that a length of the relay line is not an integer multiple of a quarter of a microwave wavelength used in the modulation signal and is less than half of a microwave wavelength used in the modulation signal, the capacitor is a single-plate capacitor, a relative dielectric constant of a dielectric material between electrodes within the capacitor is equal to or lower than 1000, and a resonance frequency caused by the filter is higher than 20 GHz.
A botulinum neurotoxin for use in suppressing bone cancer-induced allodynia in a patient suffering from bone cancer.
A phosphoramidite activator comprising: (i) at least one compound selected from the group consisting of piperidine, pyrrolidine, N-alkylpiperidine, and N-alkylpyrrolidine; (ii) 5-benzylthio-1H-tetrazole; and (iii) acetonitrile. (i) at least one compound selected from the group consisting of piperidine, pyrrolidine, N-alkylpiperidine, and N-alkylpyrrolidine; (ii) 5-benzylthio-1H-tetrazole; and (iii) acetonitrile.
A method for producing bioplastic granules, characterized by comprising the process steps of; - mixing the dry olive pit waste with NaOH solution in the reactor, - cooling the mixture, - obtaining solid cellulose by separating, by means of a filtering method, the hemicellulose and lignin structure available in a dissolved state in the NaOH solution that are obtained from olive pits and are available in the cooled mixture, - washing the resulting solid cellulose with distilled water, - mixing cellulose with H 2 SO 4 and mixing it in the reactor, - cooling the mixture, - separating the cellulosic part, which is the pellet part in the mixture, and the shredded, dissolved cellulose part, which can be polymerized, from each other, by using filter after the cooling process, - adding glycerin or sorbitol and a antimicrobial agent oleuropein to the separated liquid component and placing them in the heater, - subjecting the cellulose to polymerization reaction in the heater and obtaining the pulp structure, - leaving the pulp structure obtained to cooling, - drying the product in an oven after cooling of said product that has been left to cool at room temperature. - mixing the dry olive pit waste with NaOH solution in the reactor, - cooling the mixture, - obtaining solid cellulose by separating, by means of a filtering method, the hemicellulose and lignin structure available in a dissolved state in the NaOH solution that are obtained from olive pits and are available in the cooled mixture, - washing the resulting solid cellulose with distilled water, - mixing cellulose with H 2 SO 4 and mixing it in the reactor, - cooling the mixture, - separating the cellulosic part, which is the pellet part in the mixture, and the shredded, dissolved cellulose part, which can be polymerized, from each other, by using filter after the cooling process, - adding glycerin or sorbitol and a antimicrobial agent oleuropein to the separated liquid component and placing them in the heater, - subjecting the cellulose to polymerization reaction in the heater and obtaining the pulp structure, - leaving the pulp structure obtained to cooling, - drying the product in an oven after cooling of said product that has been left to cool at room temperature.
A computer-implemented method of rendering views of a scene in a graphics processing unit which is configured to use a rendering space which is subdivided into a plurality of tiles, the method comprising: rendering, in an interspersed order, tiles of the views of the scene such that, for each group of a plurality of groups of views of the scene, at least one tile from each of the views of the scene in the group is rendered before any of the views of the scene in the group are fully rendered, wherein the view from which a tile is rendered switches between different views from the group, and wherein at least some of the views of the scene in the group are frames representing images of the scene at a sequence of time instances.
A base station (eNB 2 ; eNB 4 ) configured to control a wireless communications network cell (100 2 ; 100 4 ) of a wireless communications network; wherein the base station is configured to establish a first connection to a first user equipment (UE 1 ) and to establish a second connection to a second user equipment (UE 2 ) using a random access process; and to maintain the first connection to the first user equipment (UE 1 ) and the second connection to the second user equipment (UE 2 ) at a same time; wherein, to establish the first connection to the first user equipment (UE 1 ), the base station is configured to transmit a radio signal to the first user equipment (UE 1 ), the radio signal comprising information indicating that the first user equipment (UE 1 ) is instructed to transmit a sequence having a first length (T SEQ1 ); the base station configured to receive and use a first sequence being incorporated into a first random access preamble, the first sequence having the first length (T SEQ1 ); and wherein, to establish the second connection to the second user equipment (UE 2 ), the base station is configured to transmit a radio signal to the second user equipment (UE 2 ), the radio signal comprising information indicating that the second user equipment (UE 2 ) is instructed to transmit a sequence having a second, different length (T SEQ1 ), the base station configured to receive and use a second sequence being incorporated into a second random access preamble, the second sequence having the second length (T SEQ2 ); wherein a length of a sequence relates to a number of symbols or samples to be transmitted for transmitting the sequence. wherein the base station is configured to establish a first connection to a first user equipment (UE 1 ) and to establish a second connection to a second user equipment (UE 2 ) using a random access process; and to maintain the first connection to the first user equipment (UE 1 ) and the second connection to the second user equipment (UE 2 ) at a same time; wherein, to establish the first connection to the first user equipment (UE 1 ), the base station is configured to transmit a radio signal to the first user equipment (UE 1 ), the radio signal comprising information indicating that the first user equipment (UE 1 ) is instructed to transmit a sequence having a first length (T SEQ1 ); the base station configured to receive and use a first sequence being incorporated into a first random access preamble, the first sequence having the first length (T SEQ1 ); and wherein, to establish the second connection to the second user equipment (UE 2 ), the base station is configured to transmit a radio signal to the second user equipment (UE 2 ), the radio signal comprising information indicating that the second user equipment (UE 2 ) is instructed to transmit a sequence having a second, different length (T SEQ1 ), the base station configured to receive and use a second sequence being incorporated into a second random access preamble, the second sequence having the second length (T SEQ2 ); wherein a length of a sequence relates to a number of symbols or samples to be transmitted for transmitting the sequence.
A scaffold loaded with drugs, wherein said scaffold is isolated fat tissue, wherein the isolated fat tissue is micro-fragmented fat or a micro-fragmented lipoaspirate and/or clusters of micro-fragmented fat/lipoaspirate comprising Mesenchymal Stem Cells (MSCs), Adipose-derived Stem Cells (ASCs), Adipose Stem Cells, pericytes, adipocytes and endothelial cells and wherein said drugs are selected from: anti-inflammatory molecules, antibiotics, anti-cancer molecules, and 5α-Reductase inhibitors.
A method of detecting c-KIT-dependent melanoma cells in a biological sample comprising melanoma cells from a patient that has an acral melanoma, a mucosal melanoma, or chronic sun-induced damage (CSD) melanoma, the method comprising: detecting the presence or absence of a sequence mutation in a SHP2 gene in melanoma cells from the patient, wherein the presence of the sequence mutation is indicative of the presence of c-KIT-dependent melanoma cells. detecting the presence or absence of a sequence mutation in a SHP2 gene in melanoma cells from the patient, wherein the presence of the sequence mutation is indicative of the presence of c-KIT-dependent melanoma cells.
A method for sequencing one or more selected portions of a genome, the method comprising: (a) providing starting genomic material from a sample; (b) distributing individual nucleic acid molecules from the starting genomic material into discrete partitions such that each discrete partition contains a first individual nucleic acid molecule; (c) fragmenting the individual nucleic acid molecules in the discrete partitions to form a plurality of fragments, wherein each of the fragments further comprises a barcode, and wherein fragments within a given discrete partition each comprise a common barcode, thereby associating each fragment with the individual nucleic acid molecule from which it is derived; (d) providing a population enriched for fragments comprising at least a portion of the one or more selected portions of the genome, by a method comprising: (i) hybridizing probes complementary to regions in or near the one or more selected portions of the genome to the fragments to form probe-fragment complexes; (ii) capturing probe-fragment complexes to a surface of a solid support, wherein optionally the solid support comprises a bead; and (e) obtaining sequence information from the population, thereby sequencing one or more selected portions of a genome. (a) providing starting genomic material from a sample; (b) distributing individual nucleic acid molecules from the starting genomic material into discrete partitions such that each discrete partition contains a first individual nucleic acid molecule; (c) fragmenting the individual nucleic acid molecules in the discrete partitions to form a plurality of fragments, wherein each of the fragments further comprises a barcode, and wherein fragments within a given discrete partition each comprise a common barcode, thereby associating each fragment with the individual nucleic acid molecule from which it is derived; (d) providing a population enriched for fragments comprising at least a portion of the one or more selected portions of the genome, by a method comprising: (i) hybridizing probes complementary to regions in or near the one or more selected portions of the genome to the fragments to form probe-fragment complexes; (ii) capturing probe-fragment complexes to a surface of a solid support, wherein optionally the solid support comprises a bead; and (i) hybridizing probes complementary to regions in or near the one or more selected portions of the genome to the fragments to form probe-fragment complexes; (ii) capturing probe-fragment complexes to a surface of a solid support, wherein optionally the solid support comprises a bead; and (e) obtaining sequence information from the population, thereby sequencing one or more selected portions of a genome.
A speed detecting device , comprising: a magnetic flux producing unit spaced apart from a principal surface of a relative moving body and configured to change, at a predetermined frequency, magnetic flux passing over the principal surface of the relative moving body ; a stress detecting unit for detecting a stress and outputting an electric signal corresponding to the stress; a stress transmitting member for transmitting to the stress detecting unit a Lorentz force produced in the magnetic flux producing unit in accordance with magnetic flux produced by eddy currents, the eddy currents occurring on the relative moving body in accordance with a moving or rotating speed of the relative moving body ; a frequency band extracting unit for extracting a frequency component twice as high as the predetermined frequency from the electric signal; and a speed estimating unit for estimating the moving or rotating speed of the relative moving body based on the frequency component extracted by the frequency band extracting unit . a magnetic flux producing unit spaced apart from a principal surface of a relative moving body and configured to change, at a predetermined frequency, magnetic flux passing over the principal surface of the relative moving body ; a stress detecting unit for detecting a stress and outputting an electric signal corresponding to the stress; a stress transmitting member for transmitting to the stress detecting unit a Lorentz force produced in the magnetic flux producing unit in accordance with magnetic flux produced by eddy currents, the eddy currents occurring on the relative moving body in accordance with a moving or rotating speed of the relative moving body ; a frequency band extracting unit for extracting a frequency component twice as high as the predetermined frequency from the electric signal; and a speed estimating unit for estimating the moving or rotating speed of the relative moving body based on the frequency component extracted by the frequency band extracting unit .
A load balancing method, comprising: establishing , by a source policy control network element , a policy session, wherein the policy session is served by the source policy control network element; and sending , by the source policy control network element, information to a binding support network element for determination of a target policy control network element based on the information when the policy session is no longer served by the source policy control network element, as determined according to a first preset condition being satisfied, wherein the information comprises session information of the policy session and a policy session group identifier of the policy session, and wherein the policy session group identifier comprises an identifier of a policy control network element set to which the source policy control network element and a target policy control network element belong; wherein the session information of the policy session is used to indicate the policy session, wherein when the policy session is no longer served by the source policy control network element , the method further comprises: refusing, by the source policy control network element, to receive a message that is related to the policy session and that is sent by an application network element. establishing , by a source policy control network element , a policy session, wherein the policy session is served by the source policy control network element; and sending , by the source policy control network element, information to a binding support network element for determination of a target policy control network element based on the information when the policy session is no longer served by the source policy control network element, as determined according to a first preset condition being satisfied, wherein the information comprises session information of the policy session and a policy session group identifier of the policy session, and wherein the policy session group identifier comprises an identifier of a policy control network element set to which the source policy control network element and a target policy control network element belong; wherein the session information of the policy session is used to indicate the policy session, wherein when the policy session is no longer served by the source policy control network element , the method further comprises: refusing, by the source policy control network element, to receive a message that is related to the policy session and that is sent by an application network element.
An isothermal bag, made up of a containing part (P) and a cover (T), the containing part (P) being made up of walls joined together by at least one seam and formed by an outer fabric , an inner fabric and an insulation (A) arranged between the outer fabric and the inner fabric , characterized in that the seam passes through the outer fabric , the inner fabric and the insulation (A).
A tarp for a covering system for extending and retracting a roll-up tarp over a vehicle bed of a vehicle, the tarp comprising: a tarp frame comprising reinforced materials along opposite side edges of said tarp and across a width of said tarp to define window areas therebetween; and characterized by covering panels which are attached over said window areas to enclose said windows and perform a covering function. a tarp frame comprising reinforced materials along opposite side edges of said tarp and across a width of said tarp to define window areas therebetween; and characterized by covering panels which are attached over said window areas to enclose said windows and perform a covering function.