mhurhangee/ep-ind-claims huggingface dataset:
A method of managing data stored within a container on a computing device, the container being associated with at least one registered user, the data within the container being encrypted by a data encryption key, DEK, and stored as encrypted data, the method comprising: authenticating, a user based on a user secret associated with the container; generating, by a main processor of the computing device, a soft key based on the user secret; generating, by a crypto-processor (112, 408) other than the main processor of the computing device, secure generator output including a crypto key component associated with the authenticated user; generating, by the crypto-processor (112, 408), a hardened user key based on a key agreement protocol using the soft key and the crypto key component associated with the authenticated user; constructing, an unencrypted DEK associated with the hardened user key for accessing a subset of the data stored within the container; and decrypting, the subset of the data using the unencrypted DEK. authenticating, a user based on a user secret associated with the container; generating, by a main processor of the computing device, a soft key based on the user secret; generating, by a crypto-processor (112, 408) other than the main processor of the computing device, secure generator output including a crypto key component associated with the authenticated user; generating, by the crypto-processor (112, 408), a hardened user key based on a key agreement protocol using the soft key and the crypto key component associated with the authenticated user; constructing, an unencrypted DEK associated with the hardened user key for accessing a subset of the data stored within the container; and decrypting, the subset of the data using the unencrypted DEK.
A gas supply assembly comprising a tank configured to store liquefied gas in the tank so as to have an gaseous phase section (12.1) and a liquid phase section (12.2), the assembly further comprising a first gas supply line configured to deliver the gas from the liquid phase section (12.2) of the tank to one or more gas consumers, a second gas supply line configured to deliver the gas from the gaseous phase section (12.1) of the tank to one or more gas consumers, wherein the second gas supply line comprises a second heat exchanger configured to heat the gaseous gas in the second gas supply line and the first gas supply line comprises a first heat exchanger configured to evaporate the liquefied gas in the first gas supply line, the second gas supply line further comprising a compressor configured to increase the pressure of the gaseous gas in the second supply line in which the compressor is provided, characterized in that the compressor is provided with a third heat exchanger and that the assembly comprises a heat transfer circuit which the first heat exchanger, the second heat exchanger, the third heat exchanger are connected to, and which heat transfer circuit comprises a fourth heat exchanger which is configured to transfer heat to heat transfer medium in the heat transfer circuit, and a pumping means configured to circulate the heat transfer medium in the heat transfer circuit, and that the second heat exchanger and the third heat exchanger are arranged in series with each other and that the first heat exchanger is arranged in parallel with the second and the third heat exchanger (20,28).
An acrylonitrile swollen fiber for a carbon fiber having openings of 10 nm or more in width in the circumference direction of the swollen fiber at a ratio in the range of 0.3 openings/μm 2 or more and 2 openings/μm 2 or less on the surface of the swollen fiber, and that is not treated with a finishing oil agent.
Power plant having a compressor, a combustion chamber and a turbine, further comprising a compressor air line which connects the compressor to the combustion chamber, a first heat exchanger which is connected into the compressor air line, and a first expander which is arranged in the compressor air line between the first heat exchanger and the combustion chamber, characterized in that the first heat exchanger is further connected into an exhaust line which branches from the turbine, and in that the first expander and the compressor are arranged on a common shaft.
A pet animal waste collection sheet comprising: a top sheet which is at least partially liquid permeable; a back sheet which is liquid impermeable; and an absorbent sheet disposed between the top sheet and the back sheet, wherein: the top sheet is composed of a non-woven fabric alternately having a plurality of groove portions and a plurality of convex portions, each of the groove portions and the convex portions being formed in a fixed direction; each of the convex portions has side edge regions and a central region therebetween, with a thickness higher than that of the side edge regions; each of the side edge regions of each of the plurality of convex portions of the top sheet has a fiber orientation parallel to the fixed direction; a fiber density of each of the side edge regions is higher than an average fiber density of each of the convex portions; a fiber density of each of the central regions in a thickness direction of the top sheet is substantially uniform, which is lower than an average fiber density of each of the convex portions; a bottom of the groove portions has a fiber density no greater than 0.18 g/cm 3; the central region has a fiber density in the range of 0.005 to 0.20 g/cm 3; and each of the side edge regions has a fiber density in the range of 0.007 to 0.40 g/cm 3. the top sheet is composed of a non-woven fabric alternately having a plurality of groove portions and a plurality of convex portions, each of the groove portions and the convex portions being formed in a fixed direction; each of the convex portions has side edge regions and a central region therebetween, with a thickness higher than that of the side edge regions; each of the side edge regions of each of the plurality of convex portions of the top sheet has a fiber orientation parallel to the fixed direction; a fiber density of each of the side edge regions is higher than an average fiber density of each of the convex portions; a fiber density of each of the central regions in a thickness direction of the top sheet is substantially uniform, which is lower than an average fiber density of each of the convex portions; a bottom of the groove portions has a fiber density no greater than 0.18 g/cm 3; the central region has a fiber density in the range of 0.005 to 0.20 g/cm 3; and each of the side edge regions has a fiber density in the range of 0.007 to 0.40 g/cm 3.
A session establishment method, comprising: obtaining, by a first mobility management entity in a fifth generation, 5G, core network, information about a packet data network, PDN, connection that has been established when a terminal accesses an evolved packet core, EPC, network, wherein the information about the PDN connection is information about a control plane function entity corresponding to the PDN connection; sending, by the first mobility management entity, a request message to the control plane function entity based on the information about the control plane function entity; and receiving, by the first mobility management entity from the control plane function entity, single network slice selection assistance information, S-NSSAI, of a network slice corresponding to the PDN connection, wherein the S-NSSAI of the network slice corresponding to the PDN connection is used to indicate a network slice for establishing a protocol data unit, PDU, session. obtaining, by a first mobility management entity in a fifth generation, 5G, core network, information about a packet data network, PDN, connection that has been established when a terminal accesses an evolved packet core, EPC, network, wherein the information about the PDN connection is information about a control plane function entity corresponding to the PDN connection; sending, by the first mobility management entity, a request message to the control plane function entity based on the information about the control plane function entity; and receiving, by the first mobility management entity from the control plane function entity, single network slice selection assistance information, S-NSSAI, of a network slice corresponding to the PDN connection, wherein the S-NSSAI of the network slice corresponding to the PDN connection is used to indicate a network slice for establishing a protocol data unit, PDU, session.
An antibody having the ability of binding to CLDN18.2 for use in a method of treating a cancer disease of a human patient by avoiding grade 4 and grade 5 adverse events of the patient, wherein the antibody is administered at a dose of at least 300 mg/m 2 so as to provide a serum level of at least 40 μg/ml, wherein the antibody comprises an antibody heavy chain comprising the amino acid sequence represented by SEQ ID NO: 32 and an antibody light chain comprising the amino acid sequence represented by SEQ ID NO: 39, and wherein the antibody heavy chain comprises the amino acid sequence represented by SEQ ID NO: 17 and the antibody light chain comprises the amino acid sequence represented by SEQ ID NO: 24, wherein the antibody is administered at a dose of up to 1000mg/m 2.
A knotless suture construct (10; 20; 30; 40) comprising: a tensioning limb (4;21;34;44); a flexible strand (3, 4: 21, 22, 33; 34; 44); at least one flexible loop (2;25;32;42) formed in a fixed position in the flexible strand (3; 4; 21; 22; 33; 34; 44), the flexible loop (2;25;32;42) having a fixed diameter, wherein the tensioning limb (4,21;34) is adapted to be threaded through the flexible loop (2;25;32;42) of fixed diameter that redirects the tensioning limb (4;21:34) thereby redirecting the tensioning of the knotless suture construct (10; 20: 30: 40); and at least one splice (1;24;31;41) formed in the flexible strand (3; 4; 21; 22; 33; 34: 44) and adjacent the flexible loop (2;25;32;42), the tensioning limb (4;21;34;44) passing through said splice (1;24;31;41). a tensioning limb (4;21;34;44); a flexible strand (3, 4: 21, 22, 33; 34; 44); at least one flexible loop (2;25;32;42) formed in a fixed position in the flexible strand (3; 4; 21; 22; 33; 34; 44), the flexible loop (2;25;32;42) having a fixed diameter, wherein the tensioning limb (4,21;34) is adapted to be threaded through the flexible loop (2;25;32;42) of fixed diameter that redirects the tensioning limb (4;21:34) thereby redirecting the tensioning of the knotless suture construct (10; 20: 30: 40); and at least one splice (1;24;31;41) formed in the flexible strand (3; 4; 21; 22; 33; 34: 44) and adjacent the flexible loop (2;25;32;42), the tensioning limb (4;21;34;44) passing through said splice (1;24;31;41).
A semiconductor device comprising: a semiconductor substrate; an active portion provided on the semiconductor substrate; a first well region and a second well region provided on the semiconductor substrate and arranged sandwiching the active portion in a top view; a peripheral well region provided on the semiconductor substrate and arranged enclosing the active portion in a top view; an intermediate well region provided on the semiconductor substrate and arranged between the first well region and the second well region in a top view; a first pad arranged above the first well region and a second pad (172, 174, 176) arranged above the second well region; and a temperature sense diode arranged above the intermediate well region, wherein the active portion is divided into two regions by the first well region, second well region, and the intermediate well region, wherein the intermediate well region is provided from the first well region to the second well region in a top view, wherein the intermediate well region has a wide portion having a width that is wider than other portions in a direction in which the first well region and the second well region are connected in a top view; the temperature sense diode is arranged above the wide portion, wherein the first well region, the second well region, the peripheral well region and the intermediate well region are of the same conductivity type. a semiconductor substrate; an active portion provided on the semiconductor substrate; a first well region and a second well region provided on the semiconductor substrate and arranged sandwiching the active portion in a top view; a peripheral well region provided on the semiconductor substrate and arranged enclosing the active portion in a top view; an intermediate well region provided on the semiconductor substrate and arranged between the first well region and the second well region in a top view; a first pad arranged above the first well region and a second pad (172, 174, 176) arranged above the second well region; and a temperature sense diode arranged above the intermediate well region, wherein the active portion is divided into two regions by the first well region, second well region, and the intermediate well region, wherein the intermediate well region is provided from the first well region to the second well region in a top view, wherein the intermediate well region has a wide portion having a width that is wider than other portions in a direction in which the first well region and the second well region are connected in a top view; the temperature sense diode is arranged above the wide portion,
A communication method, comprising: determining, by a core network device which a terminal device currently accesses, an access network device set, wherein the access network device set comprises at least one access network device which the terminal device has ever accessed; and establishing, by the core network device, a network connection for the terminal device with each access network device in the access network device set, wherein the network connection comprises a connection on at least one of a control plane or a user plane, wherein the determining, by the core network device, the access network device set comprises: acquiring, by the core network device, access history information or subscription information of the terminal device; and determining, by the core network device, the access network device set based on the access history information or the subscription information. determining, by a core network device which a terminal device currently accesses, an access network device set, wherein the access network device set comprises at least one access network device which the terminal device has ever accessed; and establishing, by the core network device, a network connection for the terminal device with each access network device in the access network device set, wherein the network connection comprises a connection on at least one of a control plane or a user plane, wherein the determining, by the core network device, the access network device set comprises: acquiring, by the core network device, access history information or subscription information of the terminal device; and determining, by the core network device, the access network device set based on the access history information or the subscription information. acquiring, by the core network device, access history information or subscription information of the terminal device; and determining, by the core network device, the access network device set based on the access history information or the subscription information.
Building structure portion having a wall, a peripheral window case into which a window frame is inserted, wherein the peripheral window case is offset forward with respect to a plane of the wall, wherein the window case has a plurality of supporting portions which are arranged laterally from the wall, wherein each supporting portion has a supporting part and an insulating part, wherein the supporting part has a first leg with a first lateral surface facing the wall, and a second leg which projects from the first leg on the side opposite the first lateral surface, wherein the supporting part is formed from a load-bearing material, wherein the insulating part consists of compressed mineral wool or a hard foam, wherein the insulating part surrounds the second leg of the supporting part on three sides, and wherein the first leg of the supporting part is screwed to the wall by means of at least one fastening element, wherein the window frame is screwed to the second legs of the supporting parts of the supporting portions by means of screw elements, and wherein the insulating parts of the supporting portions and the insulating portions are arranged and configured in such a way that they bring about a substantially continuous insulation of the window frame along the window case, characterized in that the supporting portions are arranged at a distance from one another, the window case additionally has, in the regions between the supporting portions, insulating portions which consist of compressed mineral wool or a hard foam, and the screwing of the window frame and of the second legs of the supporting parts of the supporting portions occurs with the interposition of at least one portion of the insulating parts.
A composite comprising: sulfur-carbon composite; and an electrically conductive polymer coating layer formed on the surface of the sulfur-carbon composite such that it is not formed on the entire surface of the sulfur-carbon composite, but is formed in a net shape so that a part of the surface of the sulfur-carbon composite is exposed and a space is formed in a portion where a part of the surface of the sulfur-carbon composite is exposed. sulfur-carbon composite; and an electrically conductive polymer coating layer formed on the surface of the sulfur-carbon composite such that it is not formed on the entire surface of the sulfur-carbon composite, but is formed in a net shape so that a part of the surface of the sulfur-carbon composite is exposed and a space is formed in a portion where a part of the surface of the sulfur-carbon composite is exposed.
A method of making an RFID tag, the method comprising: preparing a paper roll material, the preparing including: printing first information on a first face of the roll material; and attaching a plurality of RFID devices to an opposite face of the roll material; after the preparing, printing second information on the first face of the roll material; and folding portions of the paper roll material around portions of cardstock, with the first and second information on respective opposite faces of the resulting tag. preparing a paper roll material, the preparing including: printing first information on a first face of the roll material; and attaching a plurality of RFID devices to an opposite face of the roll material; after the preparing, printing second information on the first face of the roll material; and folding portions of the paper roll material around portions of cardstock, with the first and second information on respective opposite faces of the resulting tag. printing first information on a first face of the roll material; and attaching a plurality of RFID devices to an opposite face of the roll material; after the preparing, printing second information on the first face of the roll material; and folding portions of the paper roll material around portions of cardstock, with the first and second information on respective opposite faces of the resulting tag.
A drilling apparatus, comprising - a drill collar (26, 94) forming part of a primary drilling assembly (20, 102) and having an outward opening groove (32, 92) in the side thereof; and - a secondary drilling assembly (22, 90), comprising: - a piston slidably mounted in the drill collar, the piston comprising a bypass to allow fluid to pass along the drill collar without moving the piston; - a tubular drill string connected at one end to the drill collar; - a drilling motor (38, 100) mounted in the drill string, the drilling motor comprising a regulator that controls the opening of the bypass according to motor speed; and - a drill bit mounted at the other end of the drill string and connected to the drilling motor; wherein the secondary drilling assembly is mounted in the drill collar so as to be movable between a first position in which the drill bit is seated in the groove, and a second position in which the bit projects laterally from the groove in the side of the drill collar. - a drill collar (26, 94) forming part of a primary drilling assembly (20, 102) and having an outward opening groove (32, 92) in the side thereof; and - a secondary drilling assembly (22, 90), comprising: - a piston slidably mounted in the drill collar, the piston comprising a bypass to allow fluid to pass along the drill collar without moving the piston; - a tubular drill string connected at one end to the drill collar; - a drilling motor (38, 100) mounted in the drill string, the drilling motor comprising a regulator that controls the opening of the bypass according to motor speed; and - a drill bit mounted at the other end of the drill string and connected to the drilling motor;
A method for operating a machine, in particular a machine tool for machining workpieces, the machine comprising a machine frame, at least one component part, which can be traversed along a movement path (72, 94) by means of a power-operated drive unit, at least one frame part (83, 83'), which is connected to the machine frame, and which is arranged at an end position (87, 87') in the movement path (72, 94) of the component part, and at least one first stop, via which the component part, being in the end position (87, 87'), is in contact with the frame part, wherein a machine controller is configured to control the drive unit in such a way that a) the component part is traversed into the end position (87, 87') by means of the drive unit, where it rests against the frame part (83, 83') via the first stop, characterized in that b) a force continues to be exerted on the component part by means of the drive unit, pushing it in the direction of the frame part (83, 83'), and in that the machine controller is further configured to c) detect whether a further movement of the component part and/or in the drive unit takes place, and d) output a fault message if a movement is detected in step c). a) the component part is traversed into the end position (87, 87') by means of the drive unit, where it rests against the frame part (83, 83') via the first stop, characterized in that b) a force continues to be exerted on the component part by means of the drive unit, pushing it in the direction of the frame part (83, 83'), and in that the machine controller is further configured to c) detect whether a further movement of the component part and/or in the drive unit takes place, and d) output a fault message if a movement is detected in step c).
A humic substance based Si-fertilizer product comprising storage-stable bio-available Si, produced by forming an aqueous suspension of a mixture of (amounts based on the total weight of the dry components), 45-95 % by weight of a humic acid-containing raw material, 5-50 % by weight of amorphous silica, and 0.5-10 % by weight of an alkali, the aqueous suspension is incubated for a time from 1 hour to several days and a temperature between 20 to 70 °C where humic acid and amorphous silica dissolve forming humates and monosilicic acid, thereby forming an incubated suspension, in which the bio-available silicon is in the form of water-soluble chelates of monosilicic acid-humate compounds, formed by complexing reactions between the monosilicic acid and the humates. 45-95 % by weight of a humic acid-containing raw material, 5-50 % by weight of amorphous silica, and 0.5-10 % by weight of an alkali, the aqueous suspension is incubated for a time from 1 hour to several days and a temperature between 20 to 70 °C where humic acid and amorphous silica dissolve forming humates and monosilicic acid, thereby forming an incubated suspension, in which the bio-available silicon is in the form of water-soluble chelates of monosilicic acid-humate compounds, formed by complexing reactions between the monosilicic acid and the humates.