mhurhangee/patent-ind-claim-en huggingface dataset:
A sorption-enhanced water-gas shift (SEWGS) process for the formation of a COz product stream and an Hz product stream, comprising: (a) a reaction step, wherein a feed gas comprising CO x , wherein x = 1 - 2, and H 2 O is fed into a SEWGS reactor containing a catalyst and sorbent material capable of adsorbing COz, thereby forming the Hz product stream and a sorbent material loaded with COz; (b) a rinse step, wherein steam is fed to the SEWGS reactor, thereby establishing a pressure in the range of 5 - 50 bar; (c) a pre-blowdown step, wherein the pressure in the SEWGS reactor is reduced to establish a blowdown pressure in the range of 0.5 - 1.5 times the partial pressure of CO and COz in the feed gas of step (a); (d) a blowdown step, wherein the pressure in the SEWGS reactor is reduced to the regeneration pressure in the range of 1 - 5 bar, thereby releasing at least part of the COz from the loaded sorbent material, thereby forming the COz product stream; and (e) a purge step, wherein steam is fed to the SEWGS reactor, thereby releasing further COz molecules from the SEWGS reactor, wherein the off gas released from the reactor during step (c) is collected separately from the COz product stream released from the reactor during step (d). (a) a reaction step, wherein a feed gas comprising CO x , wherein x = 1 - 2, and H 2 O is fed into a SEWGS reactor containing a catalyst and sorbent material capable of adsorbing COz, thereby forming the Hz product stream and a sorbent material loaded with COz; (b) a rinse step, wherein steam is fed to the SEWGS reactor, thereby establishing a pressure in the range of 5 - 50 bar; (c) a pre-blowdown step, wherein the pressure in the SEWGS reactor is reduced to establish a blowdown pressure in the range of 0.5 - 1.5 times the partial pressure of CO and COz in the feed gas of step (a); (d) a blowdown step, wherein the pressure in the SEWGS reactor is reduced to the regeneration pressure in the range of 1 - 5 bar, thereby releasing at least part of the COz from the loaded sorbent material, thereby forming the COz product stream; and (e) a purge step, wherein steam is fed to the SEWGS reactor, thereby releasing further COz molecules from the SEWGS reactor,
An adapter for mating a container (402; 502) of aerosol precursor composition with an aerosol delivery device (404; 504) having a refillable reservoir and defining separate and distinct filling and airflow ports, the filling port for transfer aerosol precursor composition into the refillable reservoir, the airflow port for a flow of air through a portion of the aerosol delivery device (404; 504), the adapter comprising: a body (406; 506) having a container-side end (408; 508) and an opposing, device-side end (410; 510), the container-side end configured to sealably connect with the container (402; 502), and the device-side end (410; 510) configured to sealably connect with the aerosol delivery device (404; 504), and the body (406; 506) defining a passageway (412; 512) between the container-side and device-side ends (408; 410; 508; 510) for transfer of aerosol precursor composition from the container (402; 502) into the refillable reservoir; and a valve located at the device-side end (410; 510) and configured to engage the aerosol delivery device (404; 504) during refilling of the reservoir, the valve including: a valve body that is depressed during engagement of the valve and the aerosol delivery device (404; 504), the valve body including a first valve member that opens a passageway to aerosol precursor composition within the container (402; 502) when the valve body is depressed, and a second valve member with a matching portion receivable in an inner cavity of the airflow port to close the airflow port when the valve body is depressed. a body (406; 506) having a container-side end (408; 508) and an opposing, device-side end (410; 510), the container-side end configured to sealably connect with the container (402; 502), and the device-side end (410; 510) configured to sealably connect with the aerosol delivery device (404; 504), and the body (406; 506) defining a passageway (412; 512) between the container-side and device-side ends (408; 410; 508; 510) for transfer of aerosol precursor composition from the container (402; 502) into the refillable reservoir; and a valve located at the device-side end (410; 510) and configured to engage the aerosol delivery device (404; 504) during refilling of the reservoir, the valve including: a valve body that is depressed during engagement of the valve and the aerosol delivery device (404; 504), the valve body including a first valve member that opens a passageway to aerosol precursor composition within the container (402; 502) when the valve body is depressed, and a second valve member with a matching portion receivable in an inner cavity of the airflow port to close the airflow port when the valve body is depressed. a valve body that is depressed during engagement of the valve and the aerosol delivery device (404; 504), the valve body including a first valve member that opens a passageway to aerosol precursor composition within the container (402; 502) when the valve body is depressed, and a second valve member with a matching portion receivable in an inner cavity of the airflow port to close the airflow port when the valve body is depressed.
A method comprising: receiving, at a delivery manager , a certificate that a Domain Name Service, DNS , associates with a DNS name of a first endpoint , wherein the certificate is a new certificate or an updated certificate; distributing the certificate to a second endpoint ; storing the certificate in a local memory of the second endpoint ; in response to a future determination to establish a connection with the first endpoint , using the certificate from the local memory of the second endpoint to establish transport layer security, TLS, for the connection; wherein distributing the certificate to the second endpoint is according to a pre-determined time period that corresponds to a regular interval for distributing any new or updated certificates. receiving, at a delivery manager , a certificate that a Domain Name Service, DNS , associates with a DNS name of a first endpoint , wherein the certificate is a new certificate or an updated certificate; distributing the certificate to a second endpoint ; storing the certificate in a local memory of the second endpoint ; in response to a future determination to establish a connection with the first endpoint , using the certificate from the local memory of the second endpoint to establish transport layer security, TLS, for the connection; wherein distributing the certificate to the second endpoint is according to a pre-determined time period that corresponds to a regular interval for distributing any new or updated certificates.
A polishing pad for polishing a substrate, the polishing pad comprising: a polishing body having a polishing side opposite a back surface; and a polishing surface comprising a plurality of protrusions continuous with the polishing side of the polishing body, each protrusion comprising a flat surface distal from the polishing body and sidewalls tapered outwardly from the flat surface toward the polishing body, characterized in that : the plurality of protrusions is arranged in a hexagonal-packed pattern; and the polishing pad further comprises a solid ring encompassing the plurality of protrusions at an outer most edge of the polishing side of the polishing body, the solid ring continuous with the polishing side of the polishing body and having an irregular shape that follows a contour of the hexagonal-packed pattern of the plurality of protrusions, wherein the hexagonal-packed pattern of the plurality of protrusions is interrupted by a plurality of larger spacings within the solid ring. a polishing body having a polishing side opposite a back surface; and a polishing surface comprising a plurality of protrusions continuous with the polishing side of the polishing body, each protrusion comprising a flat surface distal from the polishing body and sidewalls tapered outwardly from the flat surface toward the polishing body, characterized in that : the plurality of protrusions is arranged in a hexagonal-packed pattern; and the polishing pad further comprises a solid ring encompassing the plurality of protrusions at an outer most edge of the polishing side of the polishing body, the solid ring continuous with the polishing side of the polishing body and having an irregular shape that follows a contour of the hexagonal-packed pattern of the plurality of protrusions, wherein the hexagonal-packed pattern of the plurality of protrusions is interrupted by a plurality of larger spacings within the solid ring. the plurality of protrusions is arranged in a hexagonal-packed pattern; and the polishing pad further comprises a solid ring encompassing the plurality of protrusions at an outer most edge of the polishing side of the polishing body, the solid ring continuous with the polishing side of the polishing body and having an irregular shape that follows a contour of the hexagonal-packed pattern of the plurality of protrusions, wherein the hexagonal-packed pattern of the plurality of protrusions is interrupted by a plurality of larger spacings within the solid ring.
A method for printing a three-dimensional object, comprising: taking a file of layers of a 3D object ; making a printing plate for printing a plurality of layers ; clamping or inserting the plate into a press ; printing, by the plate, onto a substrate ; flooding the substrate with powder, such that the powder adheres to the substrate where fluid from the printing plate was printed ; removing excess powder ; performing stacking and one or more of folding, cutting or gathering, of the substrate to stack at least some of the plurality of layers ; and heating and compressing the stack of at least some of the plurality of layers to form a three-dimensional object. taking a file of layers of a 3D object ; making a printing plate for printing a plurality of layers ; clamping or inserting the plate into a press ; printing, by the plate, onto a substrate ; flooding the substrate with powder, such that the powder adheres to the substrate where fluid from the printing plate was printed ; removing excess powder ; performing stacking and one or more of folding, cutting or gathering, of the substrate to stack at least some of the plurality of layers ; and heating and compressing the stack of at least some of the plurality of layers to form a three-dimensional object.
A grafted polylactic acid, wherein the grafted polylactic acid contains carboxylic acid end groups in an amount from 1.0 to 10.0 mg KOH/g, determined according to DIN EN ISO 2114, and contains epoxide groups in an amount from 0.005 to 0.500 mmol/g, determined according to ASTM D1652.
A small molecule CBP/catenin antagonist compound selected from: (a) wherein n=0 to 34; preferably, wherein the small molecule CBP/catenin antagonist compound is: or (b) wherein R 1 is selected from C1-C6 alkyl; and wherein n=0 to 34; preferably, wherein R 1 is CH 3; and wherein n=10; or, (c) : wherein R 1 is selected from C1-C6 alkyl; and wherein n=0 to 34; preferably, wherein R 1 is CH 3 and wherein n=10. (a) wherein n=0 to 34; preferably, wherein the small molecule CBP/catenin antagonist compound is: or (b) wherein R 1 is selected from C1-C6 alkyl; and wherein n=0 to 34; preferably, wherein R 1 is CH 3; and wherein n=10; or, wherein R 1 is selected from C1-C6 alkyl; and wherein n=0 to 34; preferably, wherein R 1 is CH 3; and wherein n=10; or, (c) : wherein R 1 is selected from C1-C6 alkyl; and wherein n=0 to 34; preferably, wherein R 1 is CH 3 and wherein n=10.
A method for training a test and measurement instrument to suggest measurements, the method comprising: receiving training data including waveforms and corresponding known classifications via an input port of the test and measurement instrument; and training , via a processor, a plurality of classifiers on the training data by: iteratively applying each classifier to each waveform of the training data to obtain corresponding predicted waveform classifications; comparing the predicted waveform classifications with the known classifications; and correcting each classifier that outputs a predicted waveform classification that does not match the known classification for the corresponding waveform. receiving training data including waveforms and corresponding known classifications via an input port of the test and measurement instrument; and training , via a processor, a plurality of classifiers on the training data by: iteratively applying each classifier to each waveform of the training data to obtain corresponding predicted waveform classifications; comparing the predicted waveform classifications with the known classifications; and correcting each classifier that outputs a predicted waveform classification that does not match the known classification for the corresponding waveform. iteratively applying each classifier to each waveform of the training data to obtain corresponding predicted waveform classifications; comparing the predicted waveform classifications with the known classifications; and correcting each classifier that outputs a predicted waveform classification that does not match the known classification for the corresponding waveform.
A marking line detection system comprising: an imaging device configured to capture surroundings of a vehicle; an information extraction unit configured to extract depth distance information from the imaging device to an imaging object based on image information in an imaging area captured by the imaging device; a road surface area identification unit configured to identify a distant road surface area based on the depth distance information and a speed of the vehicle, the distant road surface area being a road surface area that excludes an immediately-preceding road surface area of the vehicle in the image information and is more distant from the vehicle than the immediately-preceding road surface area; and a marking line detection unit configured to detect a marking line in the distant road surface area based on image information corresponding to a position of the distant road surface area, the marking line detection unit configured to detect the marking line in the distant road surface area separately from a marking line in the immediately-preceding road surface area. an imaging device configured to capture surroundings of a vehicle; an information extraction unit configured to extract depth distance information from the imaging device to an imaging object based on image information in an imaging area captured by the imaging device; a road surface area identification unit configured to identify a distant road surface area based on the depth distance information and a speed of the vehicle, the distant road surface area being a road surface area that excludes an immediately-preceding road surface area of the vehicle in the image information and is more distant from the vehicle than the immediately-preceding road surface area; and a marking line detection unit configured to detect a marking line in the distant road surface area based on image information corresponding to a position of the distant road surface area, the marking line detection unit configured to detect the marking line in the distant road surface area separately from a marking line in the immediately-preceding road surface area.
A chair for reducing a load on the buttocks and the waist, a chair comprising a seat and a backrest and further comprising a spacer protruding upward from the rear end of the seat , wherein the bottom of the backrest is provided on the top of the spacer so as to be tiltable rearward, a rotation shaft formed on the bottom of the backrest , wherein the spacer is rotatably provided on the rotation shaft , wherein a shaft hole is formed in the spacer , and the rotation shaft is rotatably provided in the shaft hole so that the backrest is rotatable on the spacer , and a point at which the angle of the backrest is adjusted with respect to the spacer corresponds to a point (P) at which the lumbar of a user body sitting on the seat is curved inward. further comprising a spacer protruding upward from the rear end of the seat , wherein the bottom of the backrest is provided on the top of the spacer so as to be tiltable rearward, a rotation shaft formed on the bottom of the backrest , wherein the spacer is rotatably provided on the rotation shaft , wherein a shaft hole is formed in the spacer , and the rotation shaft is rotatably provided in the shaft hole so that the backrest is rotatable on the spacer , and a point at which the angle of the backrest is adjusted with respect to the spacer corresponds to a point (P) at which the lumbar of a user body sitting on the seat is curved inward.
A turbine engine comprising: a compressor having a mid-compression station and an exit pressure station ; a low pressure turbine and a high pressure turbine ; a first gas flow line interposed between the exit pressure station of the compressor and the high pressure turbine ; a second gas flow line interposed between the mid compression station of the compressor and the low pressure turbine ; a first valve coupled to the first gas flow line and configured to modulate a first flow rate of coolant in the first gas flow line ; a second valve coupled to the second gas flow line and configured to modulate a second flow rate of coolant in the second flow line ; a controller configured to operate the first and second valves based on an operating condition of the turbine engine and a stall margin of the turbine engine; and a computer programmed to instruct the controller to modulate the first and second valves based on the operating condition and the stall margin. a compressor having a mid-compression station and an exit pressure station ; a low pressure turbine and a high pressure turbine ; a first gas flow line interposed between the exit pressure station of the compressor and the high pressure turbine ; a second gas flow line interposed between the mid compression station of the compressor and the low pressure turbine ; a first valve coupled to the first gas flow line and configured to modulate a first flow rate of coolant in the first gas flow line ; a second valve coupled to the second gas flow line and configured to modulate a second flow rate of coolant in the second flow line ; a controller configured to operate the first and second valves based on an operating condition of the turbine engine and a stall margin of the turbine engine; and a computer programmed to instruct the controller to modulate the first and second valves based on the operating condition and the stall margin.
Device for injecting injectable product, comprising a cannula sliding in a hypodermic needle having a bevelled tip , the cannula including a base configured to establish a sealed connection, said injection device further comprising a locking means configured to lock the cannula with respect to the hypodermic needle on at least one predetermined position in order to prevent translation movement between the cannula and the hypodermic needle , characterised in that the hypodermic needle includes a main bevel and a rear bevel .
A computing node for managing blockchain resources, the node comprising: a storage ; a network interface configured to receive a uniform resource indicator (URI) of a blockchain peer node that has access to a blockchain distributed among a plurality of blockchain peer nodes; and characterised by a processor configured to: identify blockchain channel identification information which identifies a unique channel name associated with the blockchain; identify genesis information of the blockchain; generate a blockchain-based URI that includes an identification of the URI of the blockchain peer node and the channel name of the blockchain, wherein the blockchain-based URI comprises an identification of the genesis information; and store the generated blockchain-based URI on a notification board stored on a distributed ledger that also stores the blockchain, the notification board stored independently from the blockchain. a storage ; a network interface configured to receive a uniform resource indicator (URI) of a blockchain peer node that has access to a blockchain distributed among a plurality of blockchain peer nodes; and characterised by a processor configured to: identify blockchain channel identification information which identifies a unique channel name associated with the blockchain; identify genesis information of the blockchain; generate a blockchain-based URI that includes an identification of the URI of the blockchain peer node and the channel name of the blockchain, wherein the blockchain-based URI comprises an identification of the genesis information; and store the generated blockchain-based URI on a notification board stored on a distributed ledger that also stores the blockchain, the notification board stored independently from the blockchain. identify blockchain channel identification information which identifies a unique channel name associated with the blockchain; identify genesis information of the blockchain; generate a blockchain-based URI that includes an identification of the URI of the blockchain peer node and the channel name of the blockchain, wherein the blockchain-based URI comprises an identification of the genesis information; and store the generated blockchain-based URI on a notification board stored on a distributed ledger that also stores the blockchain, the notification board stored independently from the blockchain.
A rack for a stairway guide , wherein the rack comprises a bendable strip body ; characterized in that said bendable strip body comprises - a first main side and a second main side , the first main side being provided with a series of equidistant engagement elements, wherein said elements of the strip body are holes , and - two longitudinal sides, wherein the strip body comprises a series of indentations at both longitudinal sides of the strip body , wherein the indentations comprise blind ends , said blind ends being located in the longitudinal direction of the strip body halfway between two adjacent holes . - a first main side and a second main side , the first main side being provided with a series of equidistant engagement elements, wherein said elements of the strip body are holes , and - two longitudinal sides, wherein the strip body comprises a series of indentations at both longitudinal sides of the strip body , wherein the indentations comprise blind ends , said blind ends being located in the longitudinal direction of the strip body halfway between two adjacent holes .