mhurhangee/patent-ind-claim-en huggingface dataset:
A two-way row machine comprising: a base frame arranged to be in contact with the bottom surface; a standing frame coupled to the upper surface of the base frame and arranged to stand in the vertical direction; a footrest unit seated on the upper surface of the base frame and supporting a user's feet; a support unit fixed to the standing frame and the footrest unit , supporting a user's body, and adjustable in standing angle and height; a pair of rotation units link-coupled to the base frame and disposed inclined toward both lower sides of the support unit ; a pair of handle units coupled to one end of each of the pair of rotation units , formed for the user to hold it to rotate the rotation unit , and adjustable in angle; and a pair of rotation stopper units coupled to the base frame , formed to be adjustable in height according to the difference in height of two different height protrusions , and supporting one point of the rotation unit , wherein the support unit makes it possible for a user to work out by sitting or lying on the support unit and rotating the rotation unit . a base frame arranged to be in contact with the bottom surface; a standing frame coupled to the upper surface of the base frame and arranged to stand in the vertical direction; a footrest unit seated on the upper surface of the base frame and supporting a user's feet; a support unit fixed to the standing frame and the footrest unit , supporting a user's body, and adjustable in standing angle and height; a pair of rotation units link-coupled to the base frame and disposed inclined toward both lower sides of the support unit ; a pair of handle units coupled to one end of each of the pair of rotation units , formed for the user to hold it to rotate the rotation unit , and adjustable in angle; and a pair of rotation stopper units coupled to the base frame , formed to be adjustable in height according to the difference in height of two different height protrusions , and supporting one point of the rotation unit , wherein the support unit makes it possible for a user to work out by sitting or lying on the support unit and rotating the rotation unit .
A heat exchange plate for a plate heat exchanger, comprising: a heat exchange plate body ; and a ring-shaped flange projecting obliquely from an edge of the heat exchange plate body and having a flange body , wherein the flange has a protrusion having a reinforcing action, wherein the protrusion is substantially parallel to the flange body , wherein the flange comprises: a first ring-like belt adjoining the heat exchange plate body ; a second ring-like belt which adjoins the first ring-like belt at a side of the first ring-like belt that is remote from the heat exchange plate body ; and a third ring-like belt which adjoins the second ring-like belt at a side of the second ring-like belt that is remote from the first ring-like belt , at least a part of at least one of the second ring-like belt and the third ring-like belt protruding relative to the first ring-like belt to form the protrusion , wherein the second ring-like belt protrudes relative to the first ring-like belt to form a ring-shaped protrusion , characterized in that the third ring-like belt is flush with the first ring-like belt . a heat exchange plate body ; and a ring-shaped flange projecting obliquely from an edge of the heat exchange plate body and having a flange body , wherein the flange has a protrusion having a reinforcing action, wherein the protrusion is substantially parallel to the flange body , wherein the flange comprises: a first ring-like belt adjoining the heat exchange plate body ; a second ring-like belt which adjoins the first ring-like belt at a side of the first ring-like belt that is remote from the heat exchange plate body ; and a third ring-like belt which adjoins the second ring-like belt at a side of the second ring-like belt that is remote from the first ring-like belt , at least a part of at least one of the second ring-like belt and the third ring-like belt protruding relative to the first ring-like belt to form the protrusion , wherein the second ring-like belt protrudes relative to the first ring-like belt to form a ring-shaped protrusion , characterized in that the third ring-like belt is flush with the first ring-like belt .
Method for processing a plurality of avian eggs, in particular unfertilized eggs, including: - conveying each egg (E) along a conveying path; - generating a plurality of images of each egg (E) from different sides of the egg using illumination light (B); and processing the plurality of images of each egg (E), by a digital image processor , utilizing a trained learning model to determine a mass of the egg, and outputting the determined mass of the egg, for example for classifying the egg. - conveying each egg (E) along a conveying path; - generating a plurality of images of each egg (E) from different sides of the egg using illumination light (B); and
An antenna device for a wireless communication system, comprising: an antenna board comprising a plurality of antenna elements and a coupler for extracting part of a signal transmitted to the plurality of the antenna elements; and a calibration board disposed under the antenna board , and comprising a correction circuit for correcting an error using the part of the signal extracted by the coupler, wherein the coupler disposed on the antenna board comprises, a first transmission line comprising a first portion and a second portion and connected with the plurality of the antenna elements, wherein the first transmission line feeds power to the plurality of antenna elements; and a second transmission line disposed to be capacitively connected with the first transmission line , wherein the second transmission line comprises, a third transmission line and a fourth transmission line spaced apart from each other to be parallel to the second portion of the first transmission line ; and a fifth transmission line disposed to connect with the third transmission line and the fourth transmission line with respective terminal ends, and disposed in a curved shape to surround a via hole corresponding to an antenna port and penetrating the antenna board in a vertical direction, and wherein the first transmission line electrically connects the via hole corresponding to the antenna port and the plurality of antenna elements. an antenna board comprising a plurality of antenna elements and a coupler for extracting part of a signal transmitted to the plurality of the antenna elements; and a calibration board disposed under the antenna board , and comprising a correction circuit for correcting an error using the part of the signal extracted by the coupler, wherein the coupler disposed on the antenna board comprises, a first transmission line comprising a first portion and a second portion and connected with the plurality of the antenna elements, wherein the first transmission line feeds power to the plurality of antenna elements; and a second transmission line disposed to be capacitively connected with the first transmission line , wherein the second transmission line comprises, a third transmission line and a fourth transmission line spaced apart from each other to be parallel to the second portion of the first transmission line ; and a fifth transmission line disposed to connect with the third transmission line and the fourth transmission line with respective terminal ends, and disposed in a curved shape to surround a via hole corresponding to an antenna port and penetrating the antenna board in a vertical direction, and wherein the first transmission line electrically connects the via hole corresponding to the antenna port and the plurality of antenna elements.
A virtual flow meter, comprising: a processor-based controller configured to: generate or access one or more vectors representing mass flow rates of one or more fluids through a fluid-gathering network , wherein the fluid-gathering network comprises one or more wells (A, B, C); acquire measured pressure values for one or more nodes (A, B, C, D, E, F) within the fluid gathering network , wherein the number of nodes is greater than the number of wells; determine a state vector comprising the mass flow rates and pressure values at each node; generate a measurement vector based at least in part on the state vector; and generate a discrete time representation of the fluid gathering network based on at least the state vector, the measurement vector, and one or more pseudo-measurements corresponding to physical constraints in the fluid-gathering network and which model inter-relationships among different models used to represent the interaction between mass flow rates and pressure in the fluid-gathering network ; wherein the one or more pseudo-measurements increase a dimensionality of a vector that collects all of the relevant output pressure values to enable determination of the state vector. generate or access one or more vectors representing mass flow rates of one or more fluids through a fluid-gathering network , wherein the fluid-gathering network comprises one or more wells (A, B, C); acquire measured pressure values for one or more nodes (A, B, C, D, E, F) within the fluid gathering network , wherein the number of nodes is greater than the number of wells; determine a state vector comprising the mass flow rates and pressure values at each node; generate a measurement vector based at least in part on the state vector; and generate a discrete time representation of the fluid gathering network based on at least the state vector, the measurement vector, and one or more pseudo-measurements corresponding to physical constraints in the fluid-gathering network and which model inter-relationships among different models used to represent the interaction between mass flow rates and pressure in the fluid-gathering network ; wherein the one or more pseudo-measurements increase a dimensionality of a vector that collects all of the relevant output pressure values to enable determination of the state vector.
An adhesive tape comprising an adhesive layer formed of an easily dismantlable adhesive composition comprising: an acrylic polymer; and either an acid catalyst or an acid generator, wherein the acrylic polymer is an acrylic block polymer having: a poly(meth)acrylate chain (A) formed of a carboxyl precursor group-containing (meth)acrylate monomer (a); and a poly(meth)acrylate chain (B) comprising, as monomer components, a (meth)acrylate (b) having an alkyl group having 1 to 14 carbon atoms, the (meth)acrylate (b) not being the carboxyl precursor group-containing (meth)acrylate monomer (a), and a polar group-containing monomer (c). an acrylic polymer; and either an acid catalyst or an acid generator, wherein the acrylic polymer is an acrylic block polymer having: a poly(meth)acrylate chain (A) formed of a carboxyl precursor group-containing (meth)acrylate monomer (a); and a poly(meth)acrylate chain (B) comprising, as monomer components, a (meth)acrylate (b) having an alkyl group having 1 to 14 carbon atoms, the (meth)acrylate (b) not being the carboxyl precursor group-containing (meth)acrylate monomer (a), and a polar group-containing monomer (c). a poly(meth)acrylate chain (A) formed of a carboxyl precursor group-containing (meth)acrylate monomer (a); and a poly(meth)acrylate chain (B) comprising, as monomer components, a (meth)acrylate (b) having an alkyl group having 1 to 14 carbon atoms, the (meth)acrylate (b) not being the carboxyl precursor group-containing (meth)acrylate monomer (a), and a polar group-containing monomer (c).
A fused protein in which the Knob region of a fiber protein of egg drop syndrome (EDS) virus (EDSV) is fused to a polypeptide having a coiled-coil forming unit, wherein the polypeptide having a coiled-coil forming unit and the Knob region are adjacent to each other or comprise a linker and/or tag sequence between them, wherein the Knob region consists of the amino acid sequence represented by SEQ ID NO: 11, or of the amino acid sequence of SEQ ID NO: 11 with the deletion, substitution or addition of 1 to 3 amino acids.
A method for pre-authorizing reservation of bearer resources for a service before having received a Quality of Service, QoS, authorization for the service, the method applying at a Policy and Charging Rules Function, PCRF, and comprising the steps of: receiving (S-025, S-065) a request for control rules from a Policy and Charging Enforcement Function, PCEF; determining (S-030, S-070) that a QoS authorization has not been received yet from an Application Function, AF, for the request; pre-authorizing (S-035, S-075) a reservation of bearer resources before having received the QoS authorization from the AF; and characterized by comprising installing (S-040, S-080) initial control rules for the pre-authorized reservation towards the PCEF, wherein the initial control rules are temporary control rules valid only during a configurable time period before having received the QoS authorization; and upon receipt (S-095, S-145) of the QoS authorization from the AF during the time period, updating (S-110, S-160) the previously installed initial control rules with final control rules based on media component descriptions included in the QoS authorization. receiving (S-025, S-065) a request for control rules from a Policy and Charging Enforcement Function, PCEF; determining (S-030, S-070) that a QoS authorization has not been received yet from an Application Function, AF, for the request; pre-authorizing (S-035, S-075) a reservation of bearer resources before having received the QoS authorization from the AF; and characterized by comprising installing (S-040, S-080) initial control rules for the pre-authorized reservation towards the PCEF, wherein the initial control rules are temporary control rules valid only during a configurable time period before having received the QoS authorization; and upon receipt (S-095, S-145) of the QoS authorization from the AF during the time period, updating (S-110, S-160) the previously installed initial control rules with final control rules based on media component descriptions included in the QoS authorization.
A synthesis gas production catalyst to be used for producing synthesis gas containing carbon monoxide and hydrogen from source gas containing methane-containing light hydrocarbons and carbon dioxide, characterized in that the catalyst comprises at least either one of the metals of ruthenium and rhodium carried on a carrier which contains magnesium oxide grains and calcium oxide existing on the surfaces of the magnesium oxide grains by 0.05 mg-Ca/m 2 -MgO to 150 mg-Ca/m 2 -MgO in terms of Ca and shows a calcium oxide content between 0.005 mass% and 1.5 mass% in terms of Ca, wherein the catalyst is obtainable by baking magnesium oxide powder containing between 0.005 mass% and 1.5 mass% of calcium oxide at a temperature not lower than 1000°C to form the carrier and spraying an aqueous solution of at least either one of the metals of ruthenium or rhodium to the carrier so that the metal is carried on the carrier.
A method of producing an isolated population of immature dental pulp stem cells (IDPSCs) comprising: (a) extracting dental pulp (DP) from an isolated tooth; (b) placing the DP in a sterile container and washing the DP with a sterile solution with antibiotics; (c) mechanically transferring the DP into another container with a culture medium, or changing the culture medium in the container; (d) culturing the DP until outgrowth and adherence of the IDPSCs is observed to establish an explant culture under hypoxic conditions, wherein the hypoxic conditions comprise culturing the cells under culture conditions comprising or equivalent to a maximum of between about 0.5% and 15% oxygen (O 2 ), wherein steps (c) and (d) are repeated at least 25 times to allow outgrowth and adherence of IDPSCs from multiple niches within the DP; (e) isolating IDPSCs from the explant cultures; (f) culturing the isolated IDPSC; and (g) passaging an adherent cell from the isolated culture of step (f) to obtain a homogenous population of IDPSCs, wherein the adherent cell self-renews, differentiates into cells of endodermal, mesodermal, or ectodermal lineage, and expresses Sox-1, Sox-2, and beta-3-tubulin. (a) extracting dental pulp (DP) from an isolated tooth; (b) placing the DP in a sterile container and washing the DP with a sterile solution with antibiotics; (c) mechanically transferring the DP into another container with a culture medium, or changing the culture medium in the container; (d) culturing the DP until outgrowth and adherence of the IDPSCs is observed to establish an explant culture under hypoxic conditions, wherein the hypoxic conditions comprise culturing the cells under culture conditions comprising or equivalent to a maximum of between about 0.5% and 15% oxygen (O 2 ), wherein steps (c) and (d) are repeated at least 25 times to allow outgrowth and adherence of IDPSCs from multiple niches within the DP; (e) isolating IDPSCs from the explant cultures; (f) culturing the isolated IDPSC; and (g) passaging an adherent cell from the isolated culture of step (f) to obtain a homogenous population of IDPSCs, wherein the adherent cell self-renews, differentiates into cells of endodermal, mesodermal, or ectodermal lineage, and expresses Sox-1, Sox-2, and beta-3-tubulin.
A method of motoring a gas turbine engine , the method comprising: determining a first speed to motor a gas turbine engine for cooling; determining a first time period to motor the gas turbine engine at the first speed; motoring the gas turbine engine at the first speed; detecting a gap parameter of the gas turbine engine; detecting a speed parameter of the gas turbine engine; detecting a vibration parameter of the gas turbine engine; determining a second speed to motor the gas turbine engine for cooling in response to at least one of the vibration parameter, the gap parameter, and the speed parameter determining a second time period to motor the gas turbine engine at the second speed in response to at least one of the vibration parameter, the gap parameter, and the speed parameter; and motoring the gas turbine at the second speed in response to at least one gap parameter, speed parameter, and vibration parameter. determining a first speed to motor a gas turbine engine for cooling; determining a first time period to motor the gas turbine engine at the first speed; motoring the gas turbine engine at the first speed; detecting a gap parameter of the gas turbine engine; detecting a speed parameter of the gas turbine engine; detecting a vibration parameter of the gas turbine engine; determining a second speed to motor the gas turbine engine for cooling in response to at least one of the vibration parameter, the gap parameter, and the speed parameter determining a second time period to motor the gas turbine engine at the second speed in response to at least one of the vibration parameter, the gap parameter, and the speed parameter; and motoring the gas turbine at the second speed in response to at least one gap parameter, speed parameter, and vibration parameter.
Nozzle for a device for the dermo-cosmetic treatment of dark skin spots by cyto-selective cryotherapy comprising a spray jet supplied by a tank of pressurized liquefied cryogenic gas, said nozzle comprising an upper ring for connecting to a shell , extended by a central body of which the side wall which narrows downward has longitudinal openings and delimits a gas expansion chamber communicating with a frustoconical dispersal conduit arranged inside an end piece to be applied to the skin and opening to the outside through a discharge port , characterized in that said longitudinal openings in the side wall have side faces which are, in the upper part of the body , flared and turned outward in a divergent manner, and, in the lower part of the body , flared and turned inward in a divergent manner.
An bone implant (100; 100'; 200; 200'; 200", 300), comprising: a cylindrical member (102; 202; 302) extending along an implant axis (106; 206; 306) from a first surface at a first end (108; 308) to an opposed second end (110; 210; 310) thereof, the cylindrical member having a void (112; 212) disposed therein extending from the first end towards the second end, the cylindrical member comprising an interconnected open-pore structure for promoting bone tissue in-growth; and an articulating member (104; 204) comprising an articulating portion (114; 214; 314) and a core portion (116; 216) extending away from the articulating portion, wherein the articulating member is coupled to the cylindrical member such that the core portion extends into the void disposed in the cylindrical member and the articulating portion is positioned adjacent the first surface of the cylindrical member and extends radially outward from the implant axis to cover the first surface of the cylindrical member; characterised in that the bone implant is an ankle bone implant configured to be implanted in the talus, tibia or calcaneous and is shaped to contact a corresponding ankle bone implant implantable in an adjacent talus, tibia or calcaneous to facilitate articulation of the talus with the tibia or calcaneous. a cylindrical member (102; 202; 302) extending along an implant axis (106; 206; 306) from a first surface at a first end (108; 308) to an opposed second end (110; 210; 310) thereof, the cylindrical member having a void (112; 212) disposed therein extending from the first end towards the second end, the cylindrical member comprising an interconnected open-pore structure for promoting bone tissue in-growth; and an articulating member (104; 204) comprising an articulating portion (114; 214; 314) and a core portion (116; 216) extending away from the articulating portion, wherein the articulating member is coupled to the cylindrical member such that the core portion extends into the void disposed in the cylindrical member and the articulating portion is positioned adjacent the first surface of the cylindrical member and extends radially outward from the implant axis to cover the first surface of the cylindrical member; characterised in that the bone implant is an ankle bone implant configured to be implanted in the talus, tibia or calcaneous and is shaped to contact a corresponding ankle bone implant implantable in an adjacent talus, tibia or calcaneous to facilitate articulation of the talus with the tibia or calcaneous.
An anti-PD-1 monoclonal antibody or an antigen-binding fragment thereof, wherein said antibody comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:8 or SEQ ID NO:16 and a light chain variable region comprising the amino acid sequence of SEQ ID NO:10 or SEQ ID NO:18.