mhurhangee/ep-ind-claims huggingface dataset:
A vehicle, preferably autonomous vehicle, for passenger transport, preferably a bus, comprising: a signalling device which is configured to signal information to at least one person in the vehicle; a monitoring device which is configured to monitor a passenger compartment of the vehicle; and an evaluation device which is configured to: - receive signals from the monitoring device, - detect a section of the passenger compartment with a, preferably gaseous, liquid and/or solid, contamination based on the received signals from the monitoring device; and - determine a blockage of the detected section, and - instructing the signalling device to signal the blocked section; wherein: the monitoring device is configured to monitor a plurality of sections (18A-18D) of the passenger compartment of the vehicle; characterised in that the evaluation device is configured to detect that portion of the plurality of portions (18A-18D) comprising the contamination based on a different intensity of an odour measurement at different positions in the passenger compartment. a signalling device which is configured to signal information to at least one person in the vehicle; a monitoring device which is configured to monitor a passenger compartment of the vehicle; and an evaluation device which is configured to: - receive signals from the monitoring device, - detect a section of the passenger compartment with a, preferably gaseous, liquid and/or solid, contamination based on the received signals from the monitoring device; and - determine a blockage of the detected section, and - instructing the signalling device to signal the blocked section; - receive signals from the monitoring device, - detect a section of the passenger compartment with a, preferably gaseous, liquid and/or solid, contamination based on the received signals from the monitoring device; and - determine a blockage of the detected section, and - instructing the signalling device to signal the blocked section; the monitoring device is configured to monitor a plurality of sections (18A-18D) of the passenger compartment of the vehicle; characterised in that the evaluation device is configured to detect that portion of the plurality of portions (18A-18D) comprising the contamination based on a different intensity of an odour measurement at different positions in the passenger compartment.
A network system (1; 2; 3) comprising: an electric power system including a first power supply system and a second power supply system as redundant systems; a higher-level device connected to a first power supply of the first power supply system and a second power supply of the second power supply system; a first intermediate device (21; 23) connected to the higher-level device so as to communicate with the higher-level device, the first intermediate device (21; 23) being configured to control supply of an electric power to a first lower-level device; and a second intermediate device (22; 24) connected to the higher-level device so as to communicate with the higher-level device, the second intermediate device (22; 24) being configured to control supply of an electric power to a second lower-level device that is a redundant component for the first lower-level device, characterized in that: the first intermediate device (21; 23) and the second intermediate device (22; 24) are connected to the first power supply of the first power supply system and the second power supply of the second power supply system respectively; and the first power supply system and the second power supply system are independent from one another. an electric power system including a first power supply system and a second power supply system as redundant systems; a higher-level device connected to a first power supply of the first power supply system and a second power supply of the second power supply system; a first intermediate device (21; 23) connected to the higher-level device so as to communicate with the higher-level device, the first intermediate device (21; 23) being configured to control supply of an electric power to a first lower-level device; and a second intermediate device (22; 24) connected to the higher-level device so as to communicate with the higher-level device, the second intermediate device (22; 24) being configured to control supply of an electric power to a second lower-level device that is a redundant component for the first lower-level device, characterized in that: the first intermediate device (21; 23) and the second intermediate device (22; 24) are connected to the first power supply of the first power supply system and the second power supply of the second power supply system respectively; and the first power supply system and the second power supply system are independent from one another. the first intermediate device (21; 23) and the second intermediate device (22; 24) are connected to the first power supply of the first power supply system and the second power supply of the second power supply system respectively; and the first power supply system and the second power supply system are independent from one another.
Method for generatively producing and coding a three-dimensional component, comprising the following steps Providing a metallic starting material, Feeding a process gas to the starting material, Melting the starting material with a heat source, Repeating the above steps, characterized in that in at least one predetermined time interval during melting, a gaseous coding component or a coding gas containing a coding component is added to the starting material, in such a way that the use of the coding component in the finished object can be detected; and that information about the coding component is recorded and the gaseous coding component comprises one or more isotopes of at least one gas and the proportion of the at least one isotope is modified in comparison with the naturally occurring proportion of this isotope in the gas and that the metallic starting material is provided by means of powder bed or powder feed or wire feed and the heat source is a laser beam or a plasma arc/arc.
A medical device comprising a chamber with an inlet and an outlet in fluid communication with an interior I of the chamber to enable a carrier fluid F to flow in one direction into the inlet, through the interior of the chamber, and out the outlet, and a plurality of micro-tubes within the chamber, said micro-tubes assembled within said interior I, wherein each of the micro-tubes forms within it a passageway that is configured to be placed in fluid communication with a patient to enable blood from said patient to flow through the passageways in a direction opposite to said one direction, characterized in that said micro-tubes each have an interior wall with a plurality of wells therein having open mouths of predetermined dimensions that enable immune cells and cancer cells in a patient's blood flowing through the passageways to pass through the open mouths and enter the wells, said wells include a porous membrane wall with a predetermined average pore size that enables an activating agent introduced into the carrier fluid flowing through the interior I of the chamber to pass through a well's porous membrane wall and enter said well yet prevents immune cells and cancer cells in a well to flow through said porous wall into said interior of the chamber, and antibodies are attached to a surface of the wells and bind the cancer cells.
A low-temperature-resistant hot-rolled H-type steel for marine engineering having a yield strength > 355 MPa, a tensile strength > 470 MPa, an elongation > 22%, transverse impact energy > 51 J at -30°C, a longitudinal impact energy ≥ 110 J at -60°C, and a tough-brittle transition temperature below -65°C, measured according to the description, wherein chemical components of the H-type steel comprise, in percentage by weight, 0.040-0.070 of C, 0.015-0.30 of Si, 1.20-1.50 of Mn, less than or equal to 0.015 of P, less than or equal to 0.010 of S, 0.020-0.040 of Nb, 0.008-0.025 of Ti, 0.10-0.50 of Ni, 0.015-0.050 of Al, 0.0003-0.0008 of B, less than or equal to 0.04 of As+Sn+Cu+Zn, less than or equal to 0.0040 of N and less than or equal to 0.0015 of total oxygen content, the rest are Fe and inevitable impurities, and gases in the steel is controlled during smelting to less than or equal to 0.0040 of N and less than or equal to 0.0015 of total oxygen content in percentage by weight and wherein a flange thickness of the finished rolled product specification is in the range of 8-15 mm.
A paging indication method, performed by a user equipment, UE, wherein the method comprises: receiving indication information from a radio access network device, wherein the indication information is used to indicate at least one detection parameter used by the UE to detect a paging message on a paging occasion, and the at least one detection parameter is used to determine a detection manner used by the UE to detect the paging message; and determining the detection manner based on the at least one detection parameter, wherein the detection manner used by the UE to detect the paging message is that the UE detects a paging Physical Downlink Control Channel, PDCCH, and the paging PDCCH indicates transmission of a Physical Downlink Shared Channel, PDSCH, wherein the paging occasion is an occasion on which the UE detects the paging message in at least one detection period after the UE receives the indication information, wherein the at least one detection parameter further comprises a control channel sending parameter of the paging message, wherein the control channel sending parameter comprises at least one of an aggregation level and physical resource information, wherein the aggregation level is an aggregation level of a control channel used by the radio access network device to send the paging message, the physical resource information is starting index of a control channel element on which the radio access network device sends the control channel, and the control channel element is a control channel element in the control channel used by the radio access network device to send the paging message. receiving indication information from a radio access network device, wherein the indication information is used to indicate at least one detection parameter used by the UE to detect a paging message on a paging occasion, and the at least one detection parameter is used to determine a detection manner used by the UE to detect the paging message; and determining the detection manner based on the at least one detection parameter, wherein the detection manner used by the UE to detect the paging message is that the UE detects a paging Physical Downlink Control Channel, PDCCH, and the paging PDCCH indicates transmission of a Physical Downlink Shared Channel, PDSCH, wherein the paging occasion is an occasion on which the UE detects the paging message in at least one detection period after the UE receives the indication information, wherein the at least one detection parameter further comprises a control channel sending parameter of the paging message, wherein the control channel sending parameter comprises at least one of an aggregation level and physical resource information, wherein the aggregation level is an aggregation level of a control channel used by the radio access network device to send the paging message, the physical resource information is starting index of a control channel element on which the radio access network device sends the control channel, and the control channel element is a control channel element in the control channel used by the radio access network device to send the paging message.
A method for reducing the amount of a compound within a food product, comprising: a) providing a first sample and a second sample of the food product, wherein the first sample is obtained prior to the second sample during a process of producing the food product; b) performing mass spectrometry on the first sample of the food product using an ultra high resolution mass spectrometer to obtain a first mass spectrum; c) performing mass spectrometry on the second sample of the food product using an ultra high resolution mass spectrometer to obtain a second mass spectrum; d) comparing one or more peaks of the first mass spectrum corresponding to the compound to one or more peaks of the second mass spectrum corresponding to the compound to determine the amount of the compound within the second sample as compared to the amount of the compound in the first sample; and e) modulating the process of producing the food product to reduce the amount of the compound in the food product. a) providing a first sample and a second sample of the food product, wherein the first sample is obtained prior to the second sample during a process of producing the food product; b) performing mass spectrometry on the first sample of the food product using an ultra high resolution mass spectrometer to obtain a first mass spectrum; c) performing mass spectrometry on the second sample of the food product using an ultra high resolution mass spectrometer to obtain a second mass spectrum; d) comparing one or more peaks of the first mass spectrum corresponding to the compound to one or more peaks of the second mass spectrum corresponding to the compound to determine the amount of the compound within the second sample as compared to the amount of the compound in the first sample; and e) modulating the process of producing the food product to reduce the amount of the compound in the food product.
A flow sensor comprising: (a) a first chip mounting section; and (b) a first semiconductor chip arranged on the first chip mounting section; the first semiconductor chip including: a flow sensing unit exposed on a main surface of a first semiconductor substrate, and a diaphragm formed by thinning the first semiconductor chip in a region opposing the flow sensing unit in a rear surface opposite the main surface of the first semiconductor substrate, wherein a part of the first semiconductor chip is sealed with a sealing body including a resin while the flow sensing unit is exposed on the first semiconductor chip, characterised in that: at a cross-section parallel to an advancing direction of gas flowing on the exposed flow sensing unit, a cavity is formed on an upper surface of the resin, wherein the resin makes contact with at least part of a side surface of the first semiconductor chip. (a) a first chip mounting section; and (b) a first semiconductor chip arranged on the first chip mounting section; a flow sensing unit exposed on a main surface of a first semiconductor substrate, and a diaphragm formed by thinning the first semiconductor chip in a region opposing the flow sensing unit in a rear surface opposite the main surface of the first semiconductor substrate,
An Fc protein comprising a polypeptide chain having at least 70% sequence identity to the Fc region of SEQ ID NO:1 and a non-natural amino acid residue at site H404 according to the EU numbering scheme, or a post-translationally modified variant thereof.
A system for determining a residue yield of the plant materials ingested by a harvesting implement of an agricultural harvester, the system comprising a plant yield sensor configured to detect a parameter associated with a weight of the harvested plant materials being ingested by the harvesting implement, the system further comprising a crop yield sensor configured to detect a parameter associated with a weight of a quantity of crop materials removed from the quantity of harvested plant materials by a plant processing system of the agricultural harvester, the system further comprising a controller communicatively coupled to the plant and the crop yield sensors (202, 204), the controller being configured to: determine the weight of the quantity of plant materials being ingested by the harvesting implement based on measurement signals received from the plant yield sensor; determine the weight of the quantity of crop materials removed from the quantity of harvested plant materials based on measurement signals received from the crop yield sensor; and determine a residue yield value by comparing the determined weight of the quantity of plant materials and the determined weight of the quantity of crop materials characterized in that the tw plant yield sensor is provided in operative association with at least one of the harvesting implement or a feeder of the agricultural harvester. determine the weight of the quantity of plant materials being ingested by the harvesting implement based on measurement signals received from the plant yield sensor; determine the weight of the quantity of crop materials removed from the quantity of harvested plant materials based on measurement signals received from the crop yield sensor; and determine a residue yield value by comparing the determined weight of the quantity of plant materials and the determined weight of the quantity of crop materials characterized in that the tw plant yield sensor is provided in operative association with at least one of the harvesting implement or a feeder of the agricultural harvester.
Use of a coating composition as basecoat composition and/or clearcoat composition in automotive coating, the coating composition comprising one or more carboxyl group containing poly(meth)acrylic polymers having an acid number in the range from 120 to 500 mg KOH/g, the acid number being calculated for the non-neutralized form of the one or more poly(meth)acrylic polymers, the one or more poly(meth)acrylic polymers optionally being at least partially neutralized; and one or more compounds of formula having on average at least 2 hydroxyl groups; wherein residues R 1 are independently of each other (CH 2) n with n = 2, 3 or 4; residues R 2 are independently of each other H or CH 3; and residues R 3 are independently of each other selected from H and (O=C)-R 1 -(C=O)-R 4, wherein residues R 4 are independently of each selected from OH, OR a, wherein R a being a linear or branched alkyl group with 1 to 4 carbon atoms, and N(CHR 2 CHR 2 OH) 2. one or more carboxyl group containing poly(meth)acrylic polymers having an acid number in the range from 120 to 500 mg KOH/g, the acid number being calculated for the non-neutralized form of the one or more poly(meth)acrylic polymers, the one or more poly(meth)acrylic polymers optionally being at least partially neutralized; and one or more compounds of formula having on average at least 2 hydroxyl groups; wherein residues R 1 are independently of each other (CH 2) n with n = 2, 3 or 4; residues R 2 are independently of each other H or CH 3; and residues R 3 are independently of each other selected from H and (O=C)-R 1 -(C=O)-R 4, wherein residues R 4 are independently of each selected from OH, OR a, wherein R a being a linear or branched alkyl group with 1 to 4 carbon atoms, and N(CHR 2 CHR 2 OH) 2. residues R 1 are independently of each other (CH 2) n with n = 2, 3 or 4; residues R 2 are independently of each other H or CH 3; and residues R 3 are independently of each other selected from H and (O=C)-R 1 -(C=O)-R 4, wherein residues R 4 are independently of each selected from OH, OR a, wherein R a being a linear or branched alkyl group with 1 to 4 carbon atoms, and N(CHR 2 CHR 2 OH) 2.
A multiform basket for an air fryer, wherein the basket is formed by splicing a left pot and a right pot together side by side, and at least one removable baffle is provided at a joint between the left pot and the right pot, and is configured to enable a single placement cavity or two placement cavities to be formed inside the basket.
A construction panel (1; 19; 23; 27; 30a, 30b, 30c; 40; 42), said panel (1; 19; 23; 27; 30a, 30b, 30c; 40; 42) having a convex polygonal shape, each of the edges of the panel (1; 19; 23; 27; 30a, 30b, 30c; 40; 42) having, over its entire length, a crenelated pattern which is made up of at least two protrusions in each of which a longitudinal through bore is arranged, characterized in that a sliding locking device (5; 5') is positioned in each longitudinal through bore of the panel (1; 19; 23; 27; 30a, 30b, 30c; 40; 42), said sliding locking device (5; 5') having a length which is identical to that of the associated longitudinal through bore and being able to assume one of an unlocked position in which the sliding locking device (5; 5') is completely withdrawn inside the associated longitudinal through bore and a locked position in which the sliding locking device (5; 5') partially leaves the associated longitudinal through bore, wherein, for each edge of the panel (1; 19; 23; 27; 30a, 30b, 30c; 40; 42), the sliding locking devices (5; 5') of the corresponding crenelated pattern are configured to slide in the same direction to pass from the unlocked position to the locked position, such that, when one of the crenelated patterns of the panel (1; 19; 23; 27; 30a, 30b, 30c; 40; 42) is interconnected with a complementary crenelated pattern of an edge of another panel (1; 19; 23; 27; 30a, 30b, 30c; 40; 42), during the passage to the locked position, each sliding locking device (5; 5') of said crenelated pattern is configured to partially withdraw into the longitudinal through bore of the adjacent protrusion of said other panel (1; 19; 23; 27; 30a, 30b, 30c; 40; 42) and to push the sliding locking device (5; 5') of said adjacent protrusion of said other panel (1; 19; 23; 27; 30a, 30b, 30c; 40; 42).