mhurhangee/ep-ind-claims huggingface dataset:
A non-metallic, diaphragm-type tank assembly for use with a pressurized water system, the tank assembly comprising: a non-metallic outer body; a non-metallic inner shell assembly, including an upper portion and a lower portion, that is contained by the non-metallic outer body; and a diaphragm that is structured and arranged on an inner side of the inner shell assembly near a point of connection between the upper and lower portions of the inner shell assembly to separate the inner side of said inner shell assembly into a water portion and a pressurized gas portion, the upper portion of the non-metallic inner body has a first overlapable end portion and the lower portion of the non-metallic inner body has a second overlapable end portion, and wherein the first overlapable end portion is secured to the lower portion to provide an airtight pressurized gas portion in the upper portion of the non-metallic inner shell assembly characterized in that at an outer perimeter, the diaphragm includes a bead portion comprising an annular ring that is convex on an inner side and concave on an outer side, the bead portion of the diaphragm is removably secured to the overlapable end portion of the lower portion of the inner shell assembly to provide a watertight water portion in the lower portion, and the bead portion is removably secured to the overlapable end portion by a clamping system that comprises an inner clamp hoop and an outer band, wherein the clamping system and the bead portion are crimped or pinched to compress and secure the second overlapable end portion and the bead portion of the diaphragm between the inner clamp hoop and the outer band to provide the watertight water portion. a non-metallic outer body; a non-metallic inner shell assembly, including an upper portion and a lower portion, that is contained by the non-metallic outer body; and a diaphragm that is structured and arranged on an inner side of the inner shell assembly near a point of connection between the upper and lower portions of the inner shell assembly to separate the inner side of said inner shell assembly into a water portion and a pressurized gas portion, the upper portion of the non-metallic inner body has a first overlapable end portion and the lower portion of the non-metallic inner body has a second overlapable end portion, and wherein the first overlapable end portion is secured to the lower portion to provide an airtight pressurized gas portion in the upper portion of the non-metallic inner shell assembly
A method for discovering network function service producers in a hierarchical network, the method comprising: receiving, by a regional NF repository function operating in a first region of a hierarchical network, a NF registration request message from a NF service producer operating in the first region; detecting, by the regional NRF, an absence of <NF-Type>lnfo and/or <NF-Type>InfoList attribute data in the NF registration request message; creating, by the regional NRF, an entry in Nrflnfo structure information directed toward a root NRF operating in the hierarchical network, wherein the entry includes an nfinstance identifier that identifies the NF service producer and is mapped to an empty structure field indicative of absent <NF-Type>Info and/or <NF-Type>InfoList attribute data; and sending, by the regional NRF to the root NRF, the Nrflnfo structure information via a registration message or an update registration message. receiving, by a regional NF repository function operating in a first region of a hierarchical network, a NF registration request message from a NF service producer operating in the first region; detecting, by the regional NRF, an absence of <NF-Type>lnfo and/or <NF-Type>InfoList attribute data in the NF registration request message; creating, by the regional NRF, an entry in Nrflnfo structure information directed toward a root NRF operating in the hierarchical network, wherein the entry includes an nfinstance identifier that identifies the NF service producer and is mapped to an empty structure field indicative of absent <NF-Type>Info and/or <NF-Type>InfoList attribute data; and sending, by the regional NRF to the root NRF, the Nrflnfo structure information via a registration message or an update registration message.
A portable terminal, comprising: a flexible display unit including a main display area, a first curved auxiliary display area which is extended integrally from the main display area to be bent from a right side of the main display area and is smaller in size than the main display area, and a second curved auxiliary display area which is extended integrally from the main display area to be bent from a left side of the main display area and is smaller in size than the main display area; and a controller adapted to control the portable terminal to operate in one of a right hand mode adapted for providing information on the first curved auxiliary display area and a left hand mode adapted for providing information on the second curved auxiliary display area, and in response to detecting an occurrence of a first event in the right hand mode, adapted to control the portable terminal to provide information related to the first event only on the first curved auxiliary display area, and in response to detecting an occurrence of a second event in the left hand mode, adapted to control the portable terminal to provide information related to the second event only on the second curved auxiliary display area. a flexible display unit including a main display area, a first curved auxiliary display area which is extended integrally from the main display area to be bent from a right side of the main display area and is smaller in size than the main display area, and a second curved auxiliary display area which is extended integrally from the main display area to be bent from a left side of the main display area and is smaller in size than the main display area; and a controller adapted to control the portable terminal to operate in one of a right hand mode adapted for providing information on the first curved auxiliary display area and a left hand mode adapted for providing information on the second curved auxiliary display area, and in response to detecting an occurrence of a first event in the right hand mode, adapted to control the portable terminal to provide information related to the first event only on the first curved auxiliary display area, and in response to detecting an occurrence of a second event in the left hand mode, adapted to control the portable terminal to provide information related to the second event only on the second curved auxiliary display area.
Use in the range of from 5% v/v to 10% v/v, based on total volume, of a monoterpene component which comprises at least 90 % by volume of camphene, in a gasoline fuel formulation for the purpose of improving or maintaining research octane number of the fuel formulation.
An implantable purse string suture tensioning device configured to maintain a hemostatic seal in a patient comprising: at least one compressible tensioning element (12, 212) configured for applying a predetermined pressure for maintaining the hemostatic seal in the patient, and having a proximal end and a distal end; a suture guide element (14, 214) operatively associated with the tensioning element (12, 212) having a proximal surface (16, 216) and a distal surface (18, 218) and at least one passage (20, 220) therethrough for receiving a purse string suture (10, 210), wherein the suture guide element (14, 214) comprises a plurality of expandable and contractable telescoping elements (26, 28, 226, 228) which when in use permitting a variable length of a suture to pass therethrough and stabilizing a suture adjacent to the tensioning element (12, 212) to permit absorption of excess suture length under predetermined pressure by the tensioning element (12, 212) to maintain hemostasis; and wherein the device is sized and shaped for in-dwelling implantation in a patient. at least one compressible tensioning element (12, 212) configured for applying a predetermined pressure for maintaining the hemostatic seal in the patient, and having a proximal end and a distal end; a suture guide element (14, 214) operatively associated with the tensioning element (12, 212) having a proximal surface (16, 216) and a distal surface (18, 218) and at least one passage (20, 220) therethrough for receiving a purse string suture (10, 210), wherein the suture guide element (14, 214) comprises a plurality of expandable and contractable telescoping elements (26, 28, 226, 228) which when in use permitting a variable length of a suture to pass therethrough and stabilizing a suture adjacent to the tensioning element (12, 212) to permit absorption of excess suture length under predetermined pressure by the tensioning element (12, 212) to maintain hemostasis; and wherein the device is sized and shaped for in-dwelling implantation in a patient.
A ferritic stainless steel for automobile exhaust gas passage components comprising, in mass percent, C: not more than 0.03%, Si: 0.1% to 0.6%, Mn: 0.1% to less than 1.0%, Ni: not more than 0.6%, Cr: 10-20%, Nb: not more than 0.5%, Ti: 0.05-0.3%, Al: more than 0.03% to 0.12%, Cu: more than 1% to 2%, V: 0.01% to 0.2%, N: not more than 0.03%, B: 0.0005-0.02%, O: not more than 0.01%, one or more of Mo, W, Zr and Co in a total of 0.5% to 4%, and the balance of Fe and unavoidable impurities, the composition satisfying Expressions and Nb ≥ 8 C + N 0.02 ≤ Al − 54 / 48 O ≤ 0.1
A molecule comprising (i) a first domain, wherein said first domain is formed by a fragment of an antibody, wherein said fragment of an antibody specifically binds to a cell surface molecule at the cell surface of a tumor cell, wherein said cell surface molecule at the cell surface of the tumor cell is CD33; (ii) a second domain, wherein said second domain is formed by an IgG Fc domain that specifically binds to a cell surface molecule at the cell surface of an immune cell, wherein said cell surface molecule at the cell surface of the immune cell is CD16, CD32a or CD64; and (iii) a third domain, wherein said third domain is formed by one or more SirpIg domains that specifically bind to a checkpoint molecule at the cell surface of said tumor cell, wherein said checkpoint molecule at the cell surface of said tumor cell is CD47. (i) a first domain, wherein said first domain is formed by a fragment of an antibody, wherein said fragment of an antibody specifically binds to a cell surface molecule at the cell surface of a tumor cell, wherein said cell surface molecule at the cell surface of the tumor cell is CD33; (ii) a second domain, wherein said second domain is formed by an IgG Fc domain that specifically binds to a cell surface molecule at the cell surface of an immune cell, wherein said cell surface molecule at the cell surface of the immune cell is CD16, CD32a or CD64; and (iii) a third domain, wherein said third domain is formed by one or more SirpIg domains that specifically bind to a checkpoint molecule at the cell surface of said tumor cell, wherein said checkpoint molecule at the cell surface of said tumor cell is CD47.
A pattern recognition method for identifying a category of a plurality of categories, which an input pattern matches, the method comprising: calculating similarities of the input pattern with respect to respective categories; providing a first table which indicates a relationship between similarities for respective categories and first evaluation values and stores calculated first evaluation values, wherein a first evaluation value is calculated for a category as a ratio, R ( Sc | c), between a first probability, P ( Sc | c), of the similarity under a condition that the input pattern matches the category and a second probability, P ( Sc | c), of the similarity under a condition that the input pattern does not match the category; calculating second evaluation values for respective categories by multipying the calculated first evaluation values for the respective categories and prior probabilities for the respective categories stored in a second table indicating prior probabilities of the respective categories; and selecting a category corresponding to a maximum value of the calculated second evaluation values. calculating similarities of the input pattern with respect to respective categories; providing a first table which indicates a relationship between similarities for respective categories and first evaluation values and stores calculated first evaluation values, wherein a first evaluation value is calculated for a category as a ratio, R ( Sc | c), between a first probability, P ( Sc | c), of the similarity under a condition that the input pattern matches the category and a second probability, P ( Sc | c), of the similarity under a condition that the input pattern does not match the category; calculating second evaluation values for respective categories by multipying the calculated first evaluation values for the respective categories and prior probabilities for the respective categories stored in a second table indicating prior probabilities of the respective categories; and selecting a category corresponding to a maximum value of the calculated second evaluation values.
A method comprising: configuring a user equipment UE for carrier aggregation with N serving cells, where N is a positive integer; deactivating (N-M) of the N serving cells, where M is a positive integer less than N; scheduling the UE to communicate with M of the N serving cells at a first time; and receiving channel state information CSI from the UE for only the M serving cells via a physical uplink control channel PUCCH format that has a bandwidth of at least two physical resource blocks PRBs in each slot. configuring a user equipment UE for carrier aggregation with N serving cells, where N is a positive integer; deactivating (N-M) of the N serving cells, where M is a positive integer less than N; scheduling the UE to communicate with M of the N serving cells at a first time; and receiving channel state information CSI from the UE for only the M serving cells via a physical uplink control channel PUCCH format that has a bandwidth of at least two physical resource blocks PRBs in each slot.
Process for the production of mono-olefin(s) from a feedstock A, comprising ethanol and propanol, wherein ethanol and propanol are dehydrated into the corresponding same carbon number olefins, characterised by the following steps; 1. the feedstock A is reacted in a vapour phase dehydration reactor wherein the ethanol and propanol alcohols are converted into a product stream B comprising ethylene, propylene, ethers, water and unconverted alcohols, 2. the said product stream B is cooled, 3. the said cooled product stream B is disengaged in a separation unit to give a first stream C comprising ethylene, propylene and ethers, and a second product stream D comprising water, ethers and unconverted alcohols, 4. the said product stream D is fed to a dewatering column wherein the water stream F is separated from the ethers and unconverted alcohols stream E, 5. the said stream E is recycled into the dehydration reactor of step 1, 6. the said product stream C is cooled, 7. the said cooled product stream C is fed to a purification unit wherein the ethers stream G is separated from the ethylene and propylene stream H, and 8. optionally, the ethers stream G is recycled to either the dewatering column of step 4 and/or directly to dehydration reactor of step 1. 1. the feedstock A is reacted in a vapour phase dehydration reactor wherein the ethanol and propanol alcohols are converted into a product stream B comprising ethylene, propylene, ethers, water and unconverted alcohols, 2. the said product stream B is cooled, 3. the said cooled product stream B is disengaged in a separation unit to give a first stream C comprising ethylene, propylene and ethers, and a second product stream D comprising water, ethers and unconverted alcohols, 4. the said product stream D is fed to a dewatering column wherein the water stream F is separated from the ethers and unconverted alcohols stream E, 5. the said stream E is recycled into the dehydration reactor of step 1, 6. the said product stream C is cooled, 7. the said cooled product stream C is fed to a purification unit wherein the ethers stream G is separated from the ethylene and propylene stream H, and 8. optionally, the ethers stream G is recycled to either the dewatering column of step 4 and/or directly to dehydration reactor of step 1.
Cutting system, in particular for severing a sprue part from a workpiece, with a base plate (4, 4', 4") with a support body (6, 6') fixedly arranged thereon with a counter bearing (8, 8'), in particular in the form of a counter knife, and with a cutting blade movable in the direction of the counter bearing, wherein the support body (6, 6') comprises a support contour for the workpiece which is flush-mounted with or projects beyond the upper side of the counter bearing (8, 8'), characterized in - that the support contour is arranged on both sides of the counter bearing and projects beyond said counter bearing in the direction of the cutting blade along the direction, and - that the support body (6, 6') is modularly exchangeable. - that the support contour is arranged on both sides of the counter bearing and projects beyond said counter bearing in the direction of the cutting blade along the direction, and - that the support body (6, 6') is modularly exchangeable.
Packaging film with at least two functional layers, wherein a first functional layer is designed as carrying layer made from a material having in an at least one spatial direction a high elasticity (ε max) of more than 25%, and wherein a further functional layer is designed as cushioning layer which has an outer layer as well as a multitude of compartments that are fillable or filled with a gas or a gas mixture, the compartments being formed by non-connected regions of material layers surrounding them, and wherein the packaging film is designed as composite material with all functional layers being connected to each other in this way, and wherein - the cushioning layer is made from a material with an elasticity (ε max) identical with or comparable to the carrying layer's elasticity, such that the elasticity (ε max) of the first functional layer into the at least one spatial direction is not restrained by any further functional layer, and/or - the cushioning layer is composed from segments (3', 3'') which are not connected with each other at least into the one spatial direction, such that the composite material has a sufficient residue elasticity (ε rest,v) into the at least one spatial direction. - the cushioning layer is made from a material with an elasticity (ε max) identical with or comparable to the carrying layer's elasticity, such that the elasticity (ε max) of the first functional layer into the at least one spatial direction is not restrained by any further functional layer, and/or - the cushioning layer is composed from segments (3', 3'') which are not connected with each other at least into the one spatial direction, such that the composite material has a sufficient residue elasticity (ε rest,v) into the at least one spatial direction.
An apparatus for manufacturing a three-dimensional object by layerwise consolidation of powder comprising, a lowerable build platform for supporting the object during manufacture, and a sealable build chamber for controlling the atmosphere surrounding the object, and a plurality of gas transport devices including a pump and/or one or more gas valves (465,475,485), characterised in that the pump and/or one or more valves (465,475,485) are housed in a chamber in which a controlled atmosphere can be maintained.
Device for mounting a motor assembly of an electric appliance in a housing of the appliance, the device comprising a resilient mounting body for arrangement between the motor assembly and the housing, wherein an outer portion of the mounting body comprises a housing contacting portion for contacting the housing, and wherein an inner peripheral portion of the mounting body comprises: a first motor contacting portion and a second motor contacting portion for contacting the motor assembly at different contacting positions, the first motor contacting portion to contact the motor assembly in at least a radial direction, and the second motor contacting portion to contact the motor assembly in at least an axial direction and being provided with axial motor support components for abutment against the motor assembly in the axial direction, characterized in that it further comprises a connection portion interconnecting the first motor contacting portion and the second motor contacting portion, wherein a radial stiffness of the first motor contacting portion is lower than a radial stiffness of the connection portion. a first motor contacting portion and a second motor contacting portion for contacting the motor assembly at different contacting positions, the first motor contacting portion to contact the motor assembly in at least a radial direction, and the second motor contacting portion to contact the motor assembly in at least an axial direction and being provided with axial motor support components for abutment against the motor assembly in the axial direction, characterized in that it further comprises a connection portion interconnecting the first motor contacting portion and the second motor contacting portion, wherein a radial stiffness of the first motor contacting portion is lower than a radial stiffness of the connection portion.
A method for reducing the effect of hearing assistance device cross-modulation using a remote hearing assistance device, the method comprising: sending a plurality of remote frequency band gains from a local hearing assistance device to a remote hearing assistance device, the remote hearing assistance device configured to decompose a remote audio signal into a plurality of remote frequency band signals and apply the plurality of remote frequency band gains to the plurality of remote frequency band signals to generate a plurality of remote amplified frequency bands, wherein the remote frequency band gains correspond to a remote noise environment and to a hearing loss profile of a hearing assistance user; receiving the plurality of remote amplified frequency bands at the local hearing assistance device associated with the hearing assistance user; and combining, using a signal adder, a plurality of local amplified frequency bands with the remote amplified frequency bands to generate a combined amplified audio output signal. sending a plurality of remote frequency band gains from a local hearing assistance device to a remote hearing assistance device, the remote hearing assistance device configured to decompose a remote audio signal into a plurality of remote frequency band signals and apply the plurality of remote frequency band gains to the plurality of remote frequency band signals to generate a plurality of remote amplified frequency bands, wherein the remote frequency band gains correspond to a remote noise environment and to a hearing loss profile of a hearing assistance user; receiving the plurality of remote amplified frequency bands at the local hearing assistance device associated with the hearing assistance user; and combining, using a signal adder, a plurality of local amplified frequency bands with the remote amplified frequency bands to generate a combined amplified audio output signal.
An article of manufacture comprising: a binder and a filler, the binder being cellulose nanofibrils, and the filler being deinking waste solids comprising ash and cellulose fines; wherein the article is a fiber or a film, and the cellulose nanofibrils impregnate or encapsulate the deinking waste solids to form the fiber or the film. a binder and a filler, the binder being cellulose nanofibrils, and the filler being deinking waste solids comprising ash and cellulose fines; wherein the article is a fiber or a film, and the cellulose nanofibrils impregnate or encapsulate the deinking waste solids to form the fiber or the film.