mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a base station in a wireless communication system, the method comprising: receiving, from a session management function, SMF, entity via an access and mobility management function, AMF, entity, a quality of service, QoS, profile for a QoS flow; identifying whether the QoS profile includes information indicating that a reflective QoS is applied to a traffic on the QoS flow; transmitting, to a terminal, a message for configuring a data radio bearer, DRB, associated with the QoS flow based on the identification, wherein the message notifies a DRB configuration omitting a header for transferring a QoS flow identifier, QFI, and a reflective QoS indication, RQI, for the DRB, in case that the QoS profile does not include the information indicating that the reflective QoS is applied to the traffic on the QoS flow; and transmitting, to the terminal, a downlink data on the DRB based on the message. receiving, from a session management function, SMF, entity via an access and mobility management function, AMF, entity, a quality of service, QoS, profile for a QoS flow; identifying whether the QoS profile includes information indicating that a reflective QoS is applied to a traffic on the QoS flow; transmitting, to a terminal, a message for configuring a data radio bearer, DRB, associated with the QoS flow based on the identification, wherein the message notifies a DRB configuration omitting a header for transferring a QoS flow identifier, QFI, and a reflective QoS indication, RQI, for the DRB, in case that the QoS profile does not include the information indicating that the reflective QoS is applied to the traffic on the QoS flow; and transmitting, to the terminal, a downlink data on the DRB based on the message.
An implantable peri-articular energy manipulating system for a knee joint comprising an energy manipulation device configured to span a tibiofemoral joint, the energy manipulation system having a proximal base anchor and a distal base anchor, wherein both base anchors are attached to proximal and distal base components (72, 73) configured for attachment to body members (74, 75) of the tibiofemoral joint respectively, on opposite sides of the knee joint, wherein the energy manipulation device comprises an energy absorber assembly including an energy absorbing sub-structure, the energy manipulation system being configured so as to provide elongation of the energy manipulation device as the knee joint moves from extension to flexion, characterized in that the energy manipulating device comprises a proximal and distal articulate structure provided at a junction between the base anchors (78, 79) and the base components (72, 73) the articulate structures allowing multiple degrees of freedom between the base anchors (78, 79) and the energy absorber assembly, wherein the energy absorbing sub-structure is configured within a stabilizer.
A spinning method comprising: supporting a supported portion of a cylindrical work by a work supporting portion; pressing a first roller of a spinning head against a processed portion of the work while revolving the first roller; and performing a forming process that points a tube axis of the processed portion of the work in a given direction by pressing the first roller and a second roller in which a plane of revolution thereof is provided in a different position, in a rotational axis direction of a spindle of the spinning head, than a plane of revolution of the first roller, while revolving the first roller and the second roller, and moving the work supporting portion relative to the spinning head or moving the spinning head relative to the work supporting potion, while the first roller and the second roller work in cooperation with each other to retain the work, characterised in that the work supporting portion is able to move in three axis directions: an X direction, a Y direction, and a Z direction, as well as swing around an axis in the X direction, around an axis in the Y direction, and around an axis in the Z direction, while supporting the cylindrical work. supporting a supported portion of a cylindrical work by a work supporting portion; pressing a first roller of a spinning head against a processed portion of the work while revolving the first roller; and performing a forming process that points a tube axis of the processed portion of the work in a given direction by pressing the first roller and a second roller in which a plane of revolution thereof is provided in a different position, in a rotational axis direction of a spindle of the spinning head, than a plane of revolution of the first roller, while revolving the first roller and the second roller, and moving the work supporting portion relative to the spinning head or moving the spinning head relative to the work supporting potion, while the first roller and the second roller work in cooperation with each other to retain the work, characterised in that the work supporting portion is able to move in three axis directions: an X direction, a Y direction, and a Z direction, as well as swing around an axis in the X direction, around an axis in the Y direction, and around an axis in the Z direction, while supporting the cylindrical work.
A method of producing a tissue repair material comprising: (a) obtaining a gelatin-containing intermediate that contains a gelatin and has a mesh structure, using a gelatin solution in which the gelatin is dissolved in an aqueous medium by stirring the gelatin solution to generate air bubbles in the gelatin solution, and then allowing the gelatin solution to gel by cooling at a temperature of from 1 °C to 20 °C without a chemical cross-linking agent; (b) drying the gelatin-containing intermediate; and (c) cross-linking the gelatin before or after the drying of the gelatin-containing intermediate by thermal cross-linking. (a) obtaining a gelatin-containing intermediate that contains a gelatin and has a mesh structure, using a gelatin solution in which the gelatin is dissolved in an aqueous medium by stirring the gelatin solution to generate air bubbles in the gelatin solution, and then allowing the gelatin solution to gel by cooling at a temperature of from 1 °C to 20 °C without a chemical cross-linking agent; (b) drying the gelatin-containing intermediate; and (c) cross-linking the gelatin before or after the drying of the gelatin-containing intermediate by thermal cross-linking.
An air sampling system for sampling air from a low-temperature space having a temperature of +4 degrees Celsius or below, the air sampling system including: an air sampling pipe for passing sampling air to an air sampling device; a sampling conduit extending from an entry port in the low-temperature space to an exit port outside the low-temperature space; wherein the sampling pipe is connected to the exit port of the sampling conduit via a connection assembly (22, 122) selectively removable from the exit port, characterised in that the connection assembly has an air flow restrictor (32, 132) selectively removable with the connection assembly from the sampling conduit, thereby enabling access to the full cross-section of the sampling conduit from outside the low-temperature space to enable removal of ice build-up within the sampling conduit from the entry port. an air sampling pipe for passing sampling air to an air sampling device; a sampling conduit extending from an entry port in the low-temperature space to an exit port outside the low-temperature space; wherein the sampling pipe is connected to the exit port of the sampling conduit via a connection assembly (22, 122) selectively removable from the exit port, characterised in that the connection assembly has an air flow restrictor (32, 132) selectively removable with the connection assembly from the sampling conduit, thereby enabling access to the full cross-section of the sampling conduit from outside the low-temperature space to enable removal of ice build-up within the sampling conduit from the entry port.
An antibody combination for use in the treatment of B-cell malignancies, wherein the antibody combination is for concurrent or sequential administration, comprising (i) a pharmaceutically acceptable vehicle and at least one conjugated antibody or a fragment thereof, or a conjugated antibody fusion protein or a fragment thereof, and (ii) a pharmaceutically acceptable vehicle and an unconjugated antibody or fragment or unconjugated antibody fusion protein or fragment thereof, wherein one of (i) and (ii) targets CD20 and the other of (i) and (ii) targets CD74. (i) a pharmaceutically acceptable vehicle and at least one conjugated antibody or a fragment thereof, or a conjugated antibody fusion protein or a fragment thereof, and (ii) a pharmaceutically acceptable vehicle and an unconjugated antibody or fragment or unconjugated antibody fusion protein or fragment thereof, wherein one of (i) and (ii) targets CD20 and the other of (i) and (ii) targets CD74.
A portable sensor device for determining alignment/misalignment of a laser beam relative to a gas nozzle of a laser machining head, the sensor device comprising: - a sensor housing, - mounting means for mounting the sensor housing to the laser machining head, - a camera device comprising a camera, the camera device being arranged in the sensor housing, so that the camera faces the tip of the gas nozzle when the sensor housing is mounted to the laser machining head, and - output means for outputting image signals obtained by the camera, characterised in that the camera device comprises centering means arranged in a defined distance in front of the camera and adapted to center the camera against the gas nozzle when the sensor housing is mounted to the laser machining head. - a sensor housing, - mounting means for mounting the sensor housing to the laser machining head, - a camera device comprising a camera, the camera device being arranged in the sensor housing, so that the camera faces the tip of the gas nozzle when the sensor housing is mounted to the laser machining head, and - output means for outputting image signals obtained by the camera, characterised in that the camera device comprises centering means arranged in a defined distance in front of the camera and adapted to center the camera against the gas nozzle when the sensor housing is mounted to the laser machining head.
Electrolysis method for separation of electrolysis gasses from a liquid electrolyte via at least one electrolysis electrode under electrical voltage, characterised in that said electrolysis electrode is vibrated artificially with a vibration frequency and said electric voltage of the electrolysis electrode oscillates with a lower harmonic frequency of said vibration frequency.
Porous carbon black having (i) a BET nitrogen surface area:STSA ratio of from 0.95 to 1.1; and (ii) a BET nitrogen surface area of from 600 to 1200 m 2 /g or from 1500 to 1800 m 2 /g; or (iii) an average primary particle size of from 35 to 80 nm and a BET nitrogen surface area of from 600 to 1800 m 2 /g. (i) a BET nitrogen surface area:STSA ratio of from 0.95 to 1.1; and (ii) a BET nitrogen surface area of from 600 to 1200 m 2 /g or from 1500 to 1800 m 2 /g; or (iii) an average primary particle size of from 35 to 80 nm and a BET nitrogen surface area of from 600 to 1800 m 2 /g.
A method for dissolving a sample substance, the method comprising - providing a sample comprising a sample substance, - covering the sample with a shell matrix comprising first and second sheets (205a, 205b) of a first lyophilic material to form a shell matrix-sample system, - inserting the shell matrix-sample system into a cage comprising at least one hole, - exposing the cage comprising the shell matrix-sample system to a medium capable of dissolving the sample substance, characterized in that the method further comprises: - admixing the sample substance with a second lyophilic material prior to covering with the shell matrix. - providing a sample comprising a sample substance, - covering the sample with a shell matrix comprising first and second sheets (205a, 205b) of a first lyophilic material to form a shell matrix-sample system, - inserting the shell matrix-sample system into a cage comprising at least one hole, - exposing the cage comprising the shell matrix-sample system to a medium capable of dissolving the sample substance, - admixing the sample substance with a second lyophilic material prior to covering with the shell matrix.
A fluid management system (300; 400), comprising: a waste tank disposed in an inkjet chamber; one or more servicing fluid supply tanks disposed in the inkjet chamber; one or more inkjet material supply tanks disposed in the inkjet chamber; an inkjet printer disposed in a processing region of the inkjet chamber, the inkjet printer comprising: a processing apparatus; and an inkjet service station; a servicing fluid management module operable to facilitate flow of servicing fluids, comprising: a servicing fluid supply line fluidly coupled between the one or more servicing fluid supply tanks and the inkjet printer; and a servicing fluid return line fluidly coupled between the inkjet printer and the waste tank; and an ink fluid management module operable to facilitate flow of inkjet materials, comprising: an ink supply line fluidly coupled between the one or more inkjet material supply tanks and the inkjet chamber; and an ink return line coupled between the inkjet printer and the waste tank; wherein the waste tank is shared between the servicing fluid management module and the ink fluid management module. a waste tank disposed in an inkjet chamber; one or more servicing fluid supply tanks disposed in the inkjet chamber; one or more inkjet material supply tanks disposed in the inkjet chamber; an inkjet printer disposed in a processing region of the inkjet chamber, the inkjet printer comprising: a processing apparatus; and an inkjet service station; a processing apparatus; and an inkjet service station; a servicing fluid management module operable to facilitate flow of servicing fluids, comprising: a servicing fluid supply line fluidly coupled between the one or more servicing fluid supply tanks and the inkjet printer; and a servicing fluid return line fluidly coupled between the inkjet printer and the waste tank; and a servicing fluid supply line fluidly coupled between the one or more servicing fluid supply tanks and the inkjet printer; and a servicing fluid return line fluidly coupled between the inkjet printer and the waste tank; and an ink fluid management module operable to facilitate flow of inkjet materials, comprising: an ink supply line fluidly coupled between the one or more inkjet material supply tanks and the inkjet chamber; and an ink return line coupled between the inkjet printer and the waste tank; an ink supply line fluidly coupled between the one or more inkjet material supply tanks and the inkjet chamber; and an ink return line coupled between the inkjet printer and the waste tank; wherein the waste tank is shared between the servicing fluid management module and the ink fluid management module.
Urea tank with an integrated heating element, characterized in that the integrated heating element comprises at least one flexible heating part that is a flexible heater comprising at least one stainless steel resistive track placed between two flexible films, said flexible heater being located inside the urea tank and being therefore submerged partially or totally in the urea when the tank is full.
A foldable structure comprising: an upper assembly forming an upper portion of the structure, the upper assembly comprising a plurality of arm assemblies; a base assembly forming a lower portion of the structure; a centrally-located hub assembly operatively connected to the base assembly; a post extending from each corner of the upper assembly to a corner of the base assembly, thereby forming the structure; and at least one latching mechanism provided at each corner of the upper assembly extending from an upper portion of at least one of the posts to a portion of at least one of the arm assemblies, wherein movement of the hub assembly towards a surface upon which the foldable structure is positioned causes the foldable structure to move from a folded position to an opened position, and movement of the hub assembly away from the surface causes the foldable structure to move from the open position to the folded position. an upper assembly forming an upper portion of the structure, the upper assembly comprising a plurality of arm assemblies; a base assembly forming a lower portion of the structure; a centrally-located hub assembly operatively connected to the base assembly; a post extending from each corner of the upper assembly to a corner of the base assembly, thereby forming the structure; and at least one latching mechanism provided at each corner of the upper assembly extending from an upper portion of at least one of the posts to a portion of at least one of the arm assemblies, wherein movement of the hub assembly towards a surface upon which the foldable structure is positioned causes the foldable structure to move from a folded position to an opened position, and movement of the hub assembly away from the surface causes the foldable structure to move from the open position to the folded position.
A method of using a custom word list in text operations on an electronic device, the custom word list including words identified in a collection of text items associated with a user of the electronic device and corresponding weightings (44, 86) assigned to the words, the weightings being based on both recency and frequency of use, the method comprising the steps of: receiving inputs from the user on the electronic device; accessing the custom word list to identify words in the word list representing possible variants of the inputs; sorting the possible variants according to the corresponding weightings in the custom word list to generate a sorted list of variants, and displaying the sorted list of variants; selecting one of the possible variants in response to a selection input; adjusting a weighting corresponding to a word represented by the selected variant; and determining whether a new word has been used where one of the variants is not selected, wherein if a new word is used: assigning of a weighting to the new word and prompting the user to determine whether the new word should be added to the custom word list, wherein upon confirmation that the new word should be added to the custom word list, the new word and weighting are added to the custom list. words identified in a collection of text items associated with a user of the electronic device and corresponding weightings (44, 86) assigned to the words, the weightings being based on both recency and frequency of use, receiving inputs from the user on the electronic device; accessing the custom word list to identify words in the word list representing possible variants of the inputs; sorting the possible variants according to the corresponding weightings in the custom word list to generate a sorted list of variants, and displaying the sorted list of variants; selecting one of the possible variants in response to a selection input; adjusting a weighting corresponding to a word represented by the selected variant; and determining whether a new word has been used where one of the variants is not selected, wherein if a new word is used:
A coating composition for use on a hydrophilic sheet substrate to form a lithographic printing plate precursor, comprising: (a) an initiator component capable of generating free radicals; (b) a free radically polymerizable component; (c) a polymeric binder component; (d) a Compound A component including one or more silane compounds of the structure R n SiX (4-n), wherein X comprises at least one hydrolysable group, R comprises at least one organic group, and n is an integer between 0 and 4; and (e) a Compound B component including one or more phosphorous oxoacids or organic derivatives thereof, including salts thereof. (a) an initiator component capable of generating free radicals; (b) a free radically polymerizable component; (c) a polymeric binder component; (d) a Compound A component including one or more silane compounds of the structure R n SiX (4-n), wherein X comprises at least one hydrolysable group, R comprises at least one organic group, and n is an integer between 0 and 4; and (e) a Compound B component including one or more phosphorous oxoacids or organic derivatives thereof, including salts thereof.
A method for manufacturing at least one cutting edge structure from a polymeric material, the cutting edge structure being a razor blade or a portion of a razor blade box, the method comprising the steps of: (a) providing a computer model of a cutting edge structure; (b) providing a precursor material; (c) activating portions of said precursor material in a focal point of electromagnetic radiation while at least one substrate is disposed in said precursor material, wherein a wavelength of said radiation is about double a wavelength required to activate said precursor material, and wherein the substrate comprises a blade body or blade support for said at least one cutting edge structure; (d) moving the focal point of said radiation within said precursor material to form at least one cutting edge structure on said substrate based on said model; and (e) curing portions of said activated precursor material to produce said cutting edge structure comprised of a polymeric material, wherein a series of closely spaced narrow cutting edge elements adjacent to each other are produced, and the cutting edge elements are joined to form an extended cutting edge structure with an extended cutting edge. (a) providing a computer model of a cutting edge structure; (b) providing a precursor material; (c) activating portions of said precursor material in a focal point of electromagnetic radiation while at least one substrate is disposed in said precursor material, wherein a wavelength of said radiation is about double a wavelength required to activate said precursor material, and wherein the substrate comprises a blade body or blade support for said at least one cutting edge structure; (d) moving the focal point of said radiation within said precursor material to form at least one cutting edge structure on said substrate based on said model; and (e) curing portions of said activated precursor material to produce said cutting edge structure comprised of a polymeric material, wherein a series of closely spaced narrow cutting edge elements adjacent to each other are produced, and the cutting edge elements are joined to form an extended cutting edge structure with an extended cutting edge.
Mixer for manufacturing and/or treating a meat product in a mixing space to which a lighting system is assigned, characterized in that in the mixing space can be viewed by an image sensor, whereby the image receiver is a video camera and the image receiver is connected to a screen, whereby the mixing space has a lighting system with which the mixing space can be illuminated.