mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator unit and/or a freezer unit comprising: a plurality of zones (20, 22, 24, 26) having a first zone and at least one second zone (22, 24, 26) in the inner space of the refrigerator unit and/or freezer unit, a plurality of air circulation means which are respectively associated with a zone (20, 22, 24, 26); and an air guidance means (40, 50) provided behind a wall of the zones (20, 22, 24, 26), wherein the plurality of air circulation means are arranged in and/or at the wall of the zones (20, 22, 24, 26) and are connected to the air guidance means (40, 50) for the air circulation; and the air guidance means (40, 50) includes a refrigerated air shaft and an air extraction passage, characterized in that both the refrigerated air shaft and the air extraction passage are arranged behind the rear wall of the zones (20, 22, 24, 26) and are separated by a common separating wall, wherein an opening is provided in the upper part of the separating wall that is configured to let air pass from the air extraction passage into the refrigerated air shaft. a plurality of zones (20, 22, 24, 26) having a first zone and at least one second zone (22, 24, 26) in the inner space of the refrigerator unit and/or freezer unit, a plurality of air circulation means which are respectively associated with a zone (20, 22, 24, 26); and an air guidance means (40, 50) provided behind a wall of the zones (20, 22, 24, 26), wherein the plurality of air circulation means are arranged in and/or at the wall of the zones (20, 22, 24, 26) and are connected to the air guidance means (40, 50) for the air circulation; and the air guidance means (40, 50) includes a refrigerated air shaft and an air extraction passage, characterized in that both the refrigerated air shaft and the air extraction passage are arranged behind the rear wall of the zones (20, 22, 24, 26) and are separated by a common separating wall, wherein an opening is provided in the upper part of the separating wall that is configured to let air pass from the air extraction passage into the refrigerated air shaft.
A gas turbine engine for an aircraft comprising: an engine core comprising at least one turbine and at least one compressor, and a core flow path for channelling a core air flow through the engine core; a fan located upstream of the engine core, the fan comprising a plurality of fan blades for producing a fan air flow; and a front drum cavity arranged radially inward of the core flow path; a front bearing chamber, comprising a front bearing, arranged radially inward of the core flow path and in fluid communication with the front drum cavity through one or more chamber seals; characterised in that the front drum cavity comprises a front drum inlet (52, 92), for providing air to the front drum cavity from the core air flow, located downstream of a stage of the compressor, and a front drum outlet (50, 82), for ejecting air from the front drum cavity to the fan air flow, located axially between the fan and the compressor; and wherein the front drum inlet (52, 92) is through a seal, and the front drum outlet (50, 82) is through a spaced gap. an engine core comprising at least one turbine and at least one compressor, and a core flow path for channelling a core air flow through the engine core; a fan located upstream of the engine core, the fan comprising a plurality of fan blades for producing a fan air flow; and a front drum cavity arranged radially inward of the core flow path; a front bearing chamber, comprising a front bearing, arranged radially inward of the core flow path and in fluid communication with the front drum cavity through one or more chamber seals; characterised in that the front drum cavity comprises a front drum inlet (52, 92), for providing air to the front drum cavity from the core air flow, located downstream of a stage of the compressor, and a front drum outlet (50, 82), for ejecting air from the front drum cavity to the fan air flow, located axially between the fan and the compressor; and wherein the front drum inlet (52, 92) is through a seal, and the front drum outlet (50, 82) is through a spaced gap.
A method of wireless communication operable at a user equipment, UE comprising a modem, comprising: establishing a first active connection associated with a first subscription; establishing a second active connection, simultaneous to the first active connection, associated with a second subscription, providing, from the modem, modem information, the modem information corresponding to connection qualities of the first active connection and second active connection, to an operating system of the UE, wherein: the modem information is provided via a modem application interface, API; and the operating system provides services to user applications running on the UE; and mitigating contention between the first active connection and second active connection by degrading at least one of the first active connection or second active connection in accordance with a decision made by the operating system based on the modem information, wherein: the modem information comprises at least one of error rates, channel quality, requested data rate, available data rate, receive power, transmit power headroom, or round trip times corresponding to the first connection or the second connection. establishing a first active connection associated with a first subscription; establishing a second active connection, simultaneous to the first active connection, associated with a second subscription, providing, from the modem, modem information, the modem information corresponding to connection qualities of the first active connection and second active connection, to an operating system of the UE, wherein: the modem information is provided via a modem application interface, API; and the operating system provides services to user applications running on the UE; and the modem information is provided via a modem application interface, API; and the operating system provides services to user applications running on the UE; and mitigating contention between the first active connection and second active connection by degrading at least one of the first active connection or second active connection in accordance with a decision made by the operating system based on the modem information, wherein: the modem information comprises at least one of error rates, channel quality, requested data rate, available data rate, receive power, transmit power headroom, or round trip times corresponding to the first connection or the second connection.
A method for the preparation of icatibant, wherein the method comprises the step of coupling a first resin-bound peptide fragment A characterised by the sequence Thi-Ser- Tic-Oic-Arg, with a second peptide fragment B comprising a C-terminal glycine, optionally followed by one or more steps of elongation of the resulting peptide to complete the icatibant sequence.
A spa pool comprising: a pool body comprising a pool bottom and a pool wall, together defining a water cavity, wherein the pool wall defines therein a first air chamber; an inflatable seat (21, 22, 23) disposed in the water cavity, the inflatable seat (21, 22, 23) defining a second air chamber therein; characterised in that, the inflatable seat comprises a first nozzle assembly extending through the second air chamber from a first end on a first side of the inflatable seat (21, 22, 23) and in fluid communication with the water cavity to a second end on a second side of the inflatable seat (21, 22, 23) so that at least a part of the first nozzle assembly is accommodated within the second air chamber; a fluid pipeline disposed within the first air chamber; and a connecting assembly (411, 412) providing fluid communication between the second end of the first nozzle assembly and the fluid pipeline such that the first nozzle assembly provides fluid communication between the water cavity and the fluid pipeline. a pool body comprising a pool bottom and a pool wall, together defining a water cavity, wherein the pool wall defines therein a first air chamber; an inflatable seat (21, 22, 23) disposed in the water cavity, the inflatable seat (21, 22, 23) defining a second air chamber therein; characterised in that, the inflatable seat comprises a first nozzle assembly extending through the second air chamber from a first end on a first side of the inflatable seat (21, 22, 23) and in fluid communication with the water cavity to a second end on a second side of the inflatable seat (21, 22, 23) so that at least a part of the first nozzle assembly is accommodated within the second air chamber; a fluid pipeline disposed within the first air chamber; and a connecting assembly (411, 412) providing fluid communication between the second end of the first nozzle assembly and the fluid pipeline such that the first nozzle assembly provides fluid communication between the water cavity and the fluid pipeline.
A microRNA-143 derivative selected from the group of consisting of SEQ-12, SEQ-19, SEQ-29, SEQ-51, SEQ-52, SEQ-56, SEQ-60, SEQ-73, SEQ-74, SEQ-86, SEQ-89, SEQ-94, SEQ-106, SEQ-122, SEQ-123, SEQ-124, SEQ-127, SEQ-139, SEQ-140, SEQ-141, SEQ-142, SEQ-143 and SEQ-144 as shown in the following Table: Name of Strand Modification @ 5' end Oligonucleotide (5'→3') Modification @ 3' end SEQ-12 Sense Strand S-1 Antisense Strand AS-4 ^dT^dT SEQ-19 Sense Strand S-1 Antisense Strand AS-7 -P 2 ^dT^dT SEQ-29 Sense Strand S-17 Antisense Strand AS-4 SEQ-51 Sense Strand S-1 Antisense Strand AS-30 ^dT^dT SEQ-52 Sense Strand S-1 Antisense Strand AS-31 ^dT^dT SEQ-56 Sense Strand S-17 Antisense Strand AS-3 ^dT^dT SEQ-60 Sense Strand S-17 Antisense Strand AS-10 ^dG^dG SEQ-73 Sense Strand S-18 Antisense Strand AS-12 ^G m ^G m SEQ-74 Sense Strand S-18 Antisense Strand AS-13 ^G f ^G f SEQ-86 Sense Strand S-19 Antisense Strand AS-3 ^dT^dT SEQ-89 Sense Strand S-1 Antisense Strand AS-42 VP- ^dT^dT SEQ-94 Sense Strand S-1 Antisense Strand AS-47 ^dT^dT SEQ-106 Sense Strand S-18 Antisense Strand AS-47 ^dT^dT SEQ-122 Sense Strand S-1 Antisense Strand AS-50 -P 2 ^dG^dG SEQ-123 Sense Strand S-1 Antisense Strand AS-51 -P 2 ^G m ^G m SEQ-124 Sense Strand S-1 Antisense Strand AS-52 -P 2 ^Gr^Gr SEQ-127 Sense Strand S-1 Antisense Strand AS-55 -P 2 ^dT^dT SEQ-139 Sense Strand S-1 Antisense Strand AS-56 -P 2 ^dT^dT SEQ-140 Sense Strand S-17 Antisense Strand AS-56 -P 2 ^dT^dT SEQ-141 Sense Strand S-18 Antisense Strand AS-56 -P 2 ^dT^dT SEQ-142 Sense Strand S-1 Antisense Strand AS-57 -P 2 ^A m ^A m SEQ-143 Sense Strand S-17 Antisense Strand AS-57 -P 2 ^A m ^A m SEQ 141 Sense Strand S-18 Antisense Strand AS-57 -P 2 ^A m ^A m wherein N (capital letter) is RNA, dN is DNA, Nf is 2'-F RNA, N m is 2'-OMe RNA, ^ is -P OH-, * is -P OH-, Ab (Abasic) is the following group: and "VP-" at the 5'-end and U m at the end of the oligonucleotide of AS-42 form the following group, wherein the group of the formula: =CH-P(=O) 2 corresponds to the 5'-end modification (VP-):
A dehumidification system for use in an aircraft assembly, said system comprising: a thermally conductive member configured to be coupled to an outer skin of the aircraft assembly; a duct at least partially circumscribing said thermally conductive member such that an air flow passage is defined between said duct and said thermally conductive member, said thermally conductive member configured to transmit a temperature of the outer skin to moisture-laden air channeled through said air flow passage; a suction system coupled in flow communication with said duct and configured to drain fluid from said duct; and a vacuum system coupled in flow communication with said duct and configured to create a negative pressure in said duct to draw the moisture-laden air through at least one air inlet opening defined in said duct. a thermally conductive member configured to be coupled to an outer skin of the aircraft assembly; a duct at least partially circumscribing said thermally conductive member such that an air flow passage is defined between said duct and said thermally conductive member, said thermally conductive member configured to transmit a temperature of the outer skin to moisture-laden air channeled through said air flow passage; a suction system coupled in flow communication with said duct and configured to drain fluid from said duct; and a vacuum system coupled in flow communication with said duct and configured to create a negative pressure in said duct to draw the moisture-laden air through at least one air inlet opening defined in said duct.
A method of manufacturing a stationary blade for a blade set of a hair cutting appliance, the method comprising: - providing a metal component, comprising: - providing a sheet-metal blank, - forming at least one pattern of slots in the sheet-metal blank, and - applying a first bending procedure, thereby forming a top wall and two legs (114, 116) at opposite ends of the top wall that are spaced away from one another in a longitudinal direction, wherein, subsequent to the first bending procedure, each of the two legs (114, 116) is arranged at a first angle (α) with respect to the top wall, and wherein two bending edges (152, 154) are formed between the top wall and the two legs (114, 116), - providing a support insert having a longitudinal extension (l s) that is at least slightly greater than a receiving space (l b) between the two bending edges (152, 154), - joining the metal component and the support insert, wherein the metal component is at least slightly pretensioned in the longitudinal direction, due to the longitudinal extension (l s) of the support insert, and - applying a second bending procedure to the metal component, comprising further bending the two legs (114, 116), thereby arranging each of the two legs (114, 116) at a second angle (*) with respect to the top wall that is smaller than the first angle (α), wherein the second bending procedure at least partially compensates an intermediate deformation of the top wall that is caused by the pretensioning of the metal component. - providing a metal component, comprising: - providing a sheet-metal blank, - forming at least one pattern of slots in the sheet-metal blank, and - applying a first bending procedure, thereby forming a top wall and two legs (114, 116) at opposite ends of the top wall that are spaced away from one another in a longitudinal direction, wherein, subsequent to the first bending procedure, each of the two legs (114, 116) is arranged at a first angle (α) with respect to the top wall, and wherein two bending edges (152, 154) are formed between the top wall and the two legs (114, 116), - providing a sheet-metal blank, - forming at least one pattern of slots in the sheet-metal blank, and - applying a first bending procedure, thereby forming a top wall and two legs (114, 116) at opposite ends of the top wall that are spaced away from one another in a longitudinal direction, - providing a support insert having a longitudinal extension (l s) that is at least slightly greater than a receiving space (l b) between the two bending edges (152, 154), - joining the metal component and the support insert, wherein the metal component is at least slightly pretensioned in the longitudinal direction, due to the longitudinal extension (l s) of the support insert, and - applying a second bending procedure to the metal component, comprising further bending the two legs (114, 116), thereby arranging each of the two legs (114, 116) at a second angle (*) with respect to the top wall that is smaller than the first angle (α),
A computer-implemented method for determining malicious-download risk based on user behavior, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: identifying a set of users that are at high risk for malicious downloads and a set of users that are at low risk for malicious downloads; determining, by a machine-learning algorithm executing on the computing device, a high-risk pattern of download behavior that is shared by the set of high-risk users and that is not shared by the set of low-risk users, wherein the high-risk pattern of download behavior comprises downloading at least one file that is found on fewer than a predefined percentage of computing devices used by others; analyzing download behavior of an uncategorized user over a predefined time period in order to categorize the download behavior as high-risk or low-risk; and categorizing the uncategorized user as a high-risk user in response to determining that the download behavior of the uncategorized user falls within a predefined similarity threshold of the high-risk pattern of download behavior. identifying a set of users that are at high risk for malicious downloads and a set of users that are at low risk for malicious downloads; determining, by a machine-learning algorithm executing on the computing device, a high-risk pattern of download behavior that is shared by the set of high-risk users and that is not shared by the set of low-risk users, wherein the high-risk pattern of download behavior comprises downloading at least one file that is found on fewer than a predefined percentage of computing devices used by others; analyzing download behavior of an uncategorized user over a predefined time period in order to categorize the download behavior as high-risk or low-risk; and categorizing the uncategorized user as a high-risk user in response to determining that the download behavior of the uncategorized user falls within a predefined similarity threshold of the high-risk pattern of download behavior.
A composition comprising: (a) non-setting mineral; and (b) superabsorbent polymer that can absorb at least 50 times its mass, and having a particle size of 250 microns or less, wherein the composition is substantially free of a setting-type cementitious material. (a) non-setting mineral; and (b) superabsorbent polymer that can absorb at least 50 times its mass, and having a particle size of 250 microns or less, wherein the composition is substantially free of a setting-type cementitious material.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a first synchronization signal/physical broadcast channel, SS/PBCH, block in a first transmission window, wherein the first transmission window is set in units of half frames and starts from a start point of a half frame; determining a candidate SS/PBCH block index based on a demodulation reference signal, DM-RS, sequence transmitted in a PBCH of the first SS/PBCH block; and determining a first index of the first SS/PBCH block based on a modulo operation between the candidate SS/PBCH block index and a value indicated by higher layer signaling, and wherein a number of SS/PBCH blocks transmitted within a transmission window is not larger than the value, characterized in that the method further comprises receiving, from the base station, a second SS/PBCH block in a second transmission window, wherein the second transmission window is set in units of half frames; and identifying a quasi-co-located, QCL, relationship between the first SS/PBCH block and the second SS/PBCH block based on a second index associated with the first SS/PBCH block, a third index associated with the second SS/PBCH block and the value. receiving, from a base station, a first synchronization signal/physical broadcast channel, SS/PBCH, block in a first transmission window, wherein the first transmission window is set in units of half frames and starts from a start point of a half frame; determining a candidate SS/PBCH block index based on a demodulation reference signal, DM-RS, sequence transmitted in a PBCH of the first SS/PBCH block; and determining a first index of the first SS/PBCH block based on a modulo operation between the candidate SS/PBCH block index and a value indicated by higher layer signaling, and wherein a number of SS/PBCH blocks transmitted within a transmission window is not larger than the value, characterized in that the method further comprises receiving, from the base station, a second SS/PBCH block in a second transmission window, wherein the second transmission window is set in units of half frames; and identifying a quasi-co-located, QCL, relationship between the first SS/PBCH block and the second SS/PBCH block based on a second index associated with the first SS/PBCH block, a third index associated with the second SS/PBCH block and the value.
A management system used in an amusement table for playing a game using game tokens, wherein the game token has a color representing value on its side and information representing the value by means other than the color representing the value, and the game table has a plurality of betting areas, the management system comprises: a camera for capturing images of one or more game tokens comprising one or more stacks placed on the game table; an image analyzer for determining, using deep learning technology, the position, value, and number of each of the game tokens based on one image acquired by the camera; and a controller for calculating the total value of each of the one or more game tokens in each of the one or more stacks based on the position, value, and number of the game tokens determined by the image analyzer, wherein the image analyzer is capable of extracting from the one or more game tokens in the image the color representing the value, and identifying the value of each of the one or more game tokens by the color representing the value. the game token has a color representing value on its side and information representing the value by means other than the color representing the value, and the game table has a plurality of betting areas, the management system comprises: a camera for capturing images of one or more game tokens comprising one or more stacks placed on the game table; an image analyzer for determining, using deep learning technology, the position, value, and number of each of the game tokens based on one image acquired by the camera; and a controller for calculating the total value of each of the one or more game tokens in each of the one or more stacks based on the position, value, and number of the game tokens determined by the image analyzer, wherein the image analyzer is capable of extracting from the one or more game tokens in the image the color representing the value, and identifying the value of each of the one or more game tokens by the color representing the value. a camera for capturing images of one or more game tokens comprising one or more stacks placed on the game table; an image analyzer for determining, using deep learning technology, the position, value, and number of each of the game tokens based on one image acquired by the camera; and a controller for calculating the total value of each of the one or more game tokens in each of the one or more stacks based on the position, value, and number of the game tokens determined by the image analyzer, wherein the image analyzer is capable of extracting from the one or more game tokens in the image the color representing the value, and identifying the value of each of the one or more game tokens by the color representing the value.