mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising at least one compound of formula: formula wherein R 1 = OH, R 2 = OH; R 3 = -NR 5 R 6, R 5 being H, and R 6 being taken from the group formed by -(CH 2) 3 NH(CH 2) 4 NHR 7; - (CH 2) 4 NH(CH 2) 3 NHR 7; -(CH 2) 3 NH(CH 2) 4 NH(CH 2) 3 NHR 7; -(CH 2) 3 NHR 7; -(CH 2) 4 NHR 7 with R 7 = H or COCH 3; -(CH 2) 2 -imidazol-4-yl and -(CH 2) 2 -indol-3-yl; and R 4 = H in position 20, 22, 24, 25, 26 or 27, positioned so as to create an asymmetric center of configuration R or S; Z 1 and Z 2 each represent the number of double bonds between the carbon atoms C7 and C8 and C22 and C23 respectively; Z 1 is either 0 or 1; Z 2 =0; T 1 = T 2 = T 3 = T 4 = H; T 4 being positioned so as to obtain an asymmetric center of configuration R or S in position 24; and/or at least one pharmaceutically acceptable salt of at least one compound of formula, for use thereof in the treatment of a neuronal pathology of a subject, said neuronal pathology being related to hypoxia, to hypoglycemia and/or to hyperglycemia affecting cells of the central nervous system. R 1 = OH, R 2 = OH; R 3 = -NR 5 R 6, R 5 being H, and R 6 being taken from the group formed by -(CH 2) 3 NH(CH 2) 4 NHR 7; - (CH 2) 4 NH(CH 2) 3 NHR 7; -(CH 2) 3 NH(CH 2) 4 NH(CH 2) 3 NHR 7; -(CH 2) 3 NHR 7; -(CH 2) 4 NHR 7 with R 7 = H or COCH 3; -(CH 2) 2 -imidazol-4-yl and -(CH 2) 2 -indol-3-yl; and R 4 = H in position 20, 22, 24, 25, 26 or 27, positioned so as to create an asymmetric center of configuration R or S; Z 1 and Z 2 each represent the number of double bonds between the carbon atoms C7 and C8 and C22 and C23 respectively; Z 1 is either 0 or 1; Z 2 =0; T 1 = T 2 = T 3 = T 4 = H; T 4 being positioned so as to obtain an asymmetric center of configuration R or S in position 24; and/or at least one pharmaceutically acceptable salt of at least one compound of formula, for use thereof in the treatment of a neuronal pathology of a subject, said neuronal pathology being related to hypoxia, to hypoglycemia and/or to hyperglycemia affecting cells of the central nervous system.
A method of operating an elevator system during a fire evacuation, the method comprising: receiving a fire detection from a fire alarm system indicating a fire; detecting a fire intensity using a fire quantity measurement system; and determining a discharge landing for the elevator system in response to at least the fire intensity. receiving a fire detection from a fire alarm system indicating a fire; detecting a fire intensity using a fire quantity measurement system; and determining a discharge landing for the elevator system in response to at least the fire intensity.
A method performed by a network node, the method comprising: indicating to a wireless device whether at least one resource element, RE, associated with a reference signal is one of available and not available for physical downlink shared channel, PDSCH-to-RE mapping, the at least one RE associated with the reference signal being at least one RE in a same orthogonal frequency division multiplex, OFDM, symbol as the reference signal; transmitting signaling according to the PDSCH-to-RE mapping, the PDSCH being one of mapped and not mapped to the at least one RE associated with the reference signal based on the indication, wherein the reference signal is a non-zero power channel state information reference signal, NZP CSI-RS, used as a tracking reference signal; and characterized in that: if the PDSCH demodulation reference signal, DMRS, is quasi collocated, QCL, Type D with the reference signal, the at least one RE associated with the reference signal is available for the PDSCH-to-RE mapping; and if the PDSCH DMRS is not QCL Type D with the reference signal, the at least one RE associated with the reference signal is not available for the PDSCH-to-RE mapping. indicating to a wireless device whether at least one resource element, RE, associated with a reference signal is one of available and not available for physical downlink shared channel, PDSCH-to-RE mapping, the at least one RE associated with the reference signal being at least one RE in a same orthogonal frequency division multiplex, OFDM, symbol as the reference signal; transmitting signaling according to the PDSCH-to-RE mapping, the PDSCH being one of mapped and not mapped to the at least one RE associated with the reference signal based on the indication, wherein the reference signal is a non-zero power channel state information reference signal, NZP CSI-RS, used as a tracking reference signal; and characterized in that: if the PDSCH demodulation reference signal, DMRS, is quasi collocated, QCL, Type D with the reference signal, the at least one RE associated with the reference signal is available for the PDSCH-to-RE mapping; and if the PDSCH DMRS is not QCL Type D with the reference signal, the at least one RE associated with the reference signal is not available for the PDSCH-to-RE mapping. if the PDSCH demodulation reference signal, DMRS, is quasi collocated, QCL, Type D with the reference signal, the at least one RE associated with the reference signal is available for the PDSCH-to-RE mapping; and if the PDSCH DMRS is not QCL Type D with the reference signal, the at least one RE associated with the reference signal is not available for the PDSCH-to-RE mapping.
Container for liquid chemicals comprising a cylindrical container shell, an upper curved base and a lower curved base and also a container inflow (58, 60) and a container outflow (38, 42), wherein the container inflow (58, 60) and the container outflow (38, 42), are arranged at the upper curved base of the container, and in that a drainage tube is provided which extends from the container outflow (38, 42) to the lower curved base, wherein around the container shell, an outer shell is provided which surrounds the container shell with a distance, wherein the outer shell together with the container shell, forms a closed space which is provided with an inflow stub and an outflow stub, and wherein the outer shell is formed in a cylindrical design, characterized in that the outer shell is welded at the upper side and the lower side with tube halves (26 or 28) and is welded with the container shell through the tube halves (26 or 28).
A method for operating logical networks over a physical network comprising a plurality of physical network segments (910, 920, 930), the method comprising: identifying a plurality of logical networks implemented in the physical network; and replicating Broadcast, Unknown Unicast, or Multicast 'BUM' packets for the plurality of logical networks by using a plurality of tunnel endpoints (944, 945, 946) as replication proxies, wherein each particular logical network has one tunnel endpoint designated as its replication proxy in a first segment of the physical network to receive a packet belonging to the particular logical network from a second segment of the physical network and to replicate the packet to other tunnel endpoints (945, 946) in the first segment, and wherein at least two of the logical networks (901, 902) use different tunnel endpoints (944, 945, 946) in the first segment as replication proxies. identifying a plurality of logical networks implemented in the physical network; and replicating Broadcast, Unknown Unicast, or Multicast 'BUM' packets for the plurality of logical networks by using a plurality of tunnel endpoints (944, 945, 946) as replication proxies,
A diagnostic system for a power conversion apparatus that includes a semiconductor module and that is adapted to perform a switching operation for carrying and interrupting a main current to a main circuit, the diagnostic system comprising: a trigger circuit (24X, 24Y) that is adapted to set a reference time for the switching operation; and a delay time calculation circuit (28X, 28Y) that is adapted to acquire a first time at which the main current takes a first main current set value and a second time at which the main current takes a second main current set value, and to determine a difference between the first time and the reference time as a first delay time (Δt1), characterised in that the delay time calculation circuit (28X, 28Y) is further adapted to determine a difference between the second time and the reference time as a second delay time (Δt2), and to calculate an average junction temperature Tj1 of a plurality of semiconductor chips (16a-f) included in the semiconductor module from the first delay time (Δt1) and a local junction temperature Tj2 of only part of the plurality of semiconductor chips (16a-f) from the second delay time (Δt2). a trigger circuit (24X, 24Y) that is adapted to set a reference time for the switching operation; and a delay time calculation circuit (28X, 28Y) that is adapted to acquire a first time at which the main current takes a first main current set value and a second time at which the main current takes a second main current set value, and to determine a difference between the first time and the reference time as a first delay time (Δt1), characterised in that the delay time calculation circuit (28X, 28Y) is further adapted to determine a difference between the second time and the reference time as a second delay time (Δt2), and to calculate an average junction temperature Tj1 of a plurality of semiconductor chips (16a-f) included in the semiconductor module from the first delay time (Δt1) and a local junction temperature Tj2 of only part of the plurality of semiconductor chips (16a-f) from the second delay time (Δt2).
A slide drive device that drives a slide (90, 90a) while converting a rotational motion of a crank shaft (10, 10a) into an upward/downward motion along a vertical axis line of the slide (90, 90a) through a connecting rod (20, 20a) and a suspension mechanism (40, 40a), a lower end (31, 31a) of the connecting rod (20, 20a) being formed by a male curved-surface member (37, 37Ta) having a male curved surface (38, 38Ta) that is convex downward, and being provided with a horizontal pin member (45, 45a) that is rotatably held by a circular member (41, 41a), a holding member (51, 51a) being provided so that a lower side (56, 56a) of the holding member (51, 51a) is connected directly or indirectly to a female curved-surface member (47, 47Ta) having a female curved surface (48, 48Ta) that is convex downward through an externally threaded member (62, 62a), and an upper side of the holding member (51, 51a) can be fitted onto the circular member (41, 41a), the externally threaded member (62, 62a) engaging a slide-side internally threaded member (72, 72a) so that the internally threaded member (72, 72a) can be moved in a direction of the vertical axis line relative to the externally threaded member (62, 62a) by rotating the externally threaded member (62, 62a), the female curved surface (48, 48Ta) and the male curved surface (38, 38Ta) coming in contact with each other during press forming so that a press-forming load (Pprs) is transmitted to the connecting rod (20, 20a) through the female curved surface (48, 48Ta) and the male curved surface (38, 38Ta), and the holding member (51, 51a) and the circular member (41, 41a) are held in a non-contact state, and the upper side (52, 52a) of the holding member (51, 51a) being suspended on the circular member (41, 41a) during a period other than a press-forming period so that the female curved surface (48, 48Ta) and the male curved surface (38, 38Ta) are held in a non-contact state, and a slide load (Psrd) is transmitted to the connecting rod (20, 20a) through the holding member (51, 51a), the circular member (41, 41a), and the horizontal pin member (45, 45a).
A fuel nozzle assembly for a gas turbine, comprising: a nozzle body configured to be disposed in a compressed air channel formed between a body and a housing of the gas turbine; a shroud mounted on an outer surface of the nozzle body; and two or more flow guides arranged at predetermined distances from each other between the shroud and the outer surface of the nozzle body and having a shape that corresponds to the shape of an end portion of the shroud and the outer surface of the nozzle body, wherein the end portion of the shroud has an increasing diameter in upstream direction, and wherein the flow guides include a curved portion formed to correspond to the shape of the end portion of the shroud, and a straight portion extending from the curved portion at a predetermined distance in a longitudinal direction parallel with the outer surface of the nozzle body; characterized in that a sub-channel is formed through a joint between the curved portion and the straight portion of the flow guide, and wherein the sub-channel is parallel with the straight portion. a nozzle body configured to be disposed in a compressed air channel formed between a body and a housing of the gas turbine; a shroud mounted on an outer surface of the nozzle body; and two or more flow guides arranged at predetermined distances from each other between the shroud and the outer surface of the nozzle body and having a shape that corresponds to the shape of an end portion of the shroud and the outer surface of the nozzle body, wherein the end portion of the shroud has an increasing diameter in upstream direction, and wherein the flow guides include a curved portion formed to correspond to the shape of the end portion of the shroud, and a straight portion extending from the curved portion at a predetermined distance in a longitudinal direction parallel with the outer surface of the nozzle body; characterized in that a sub-channel is formed through a joint between the curved portion and the straight portion of the flow guide, and wherein the sub-channel is parallel with the straight portion.
A liquid cartridge comprising: a front surface; an upper surface (39,141) facing an upward direction when the liquid cartridge is installed in a liquid consuming apparatus; a liquid outlet portion facing a first direction at the front surface; a circuit board disposed on the upper surface (39,141); and a liquid detection portion for detecting a state of liquid stored in the liquid cartridge; and a locking surface disposed at the upper surface (39,141) and configured to contact a locking portion of a cartridge attaching unit of the liquid consuming apparatus in a second direction opposite to the first direction; wherein the liquid detection portion comprises a light access portion configured to be accessed with light traveling from a first point toward a second point, characterized in that the light access portion is displaced from the circuit board in the second direction, and wherein the locking surface is displaced from the light access portion in the second direction, and an intervening wall is disposed between the circuit board and the light access portion, the intervening wall including a particular surface (81,82) extending in a third direction (55, 56) which intersects the first direction and the upward direction. a front surface; an upper surface (39,141) facing an upward direction when the liquid cartridge is installed in a liquid consuming apparatus; a liquid outlet portion facing a first direction at the front surface; a circuit board disposed on the upper surface (39,141); and a liquid detection portion for detecting a state of liquid stored in the liquid cartridge; and a locking surface disposed at the upper surface (39,141) and configured to contact a locking portion of a cartridge attaching unit of the liquid consuming apparatus in a second direction opposite to the first direction; wherein the liquid detection portion comprises a light access portion configured to be accessed with light traveling from a first point toward a second point, characterized in that the light access portion is displaced from the circuit board in the second direction, and wherein the locking surface is displaced from the light access portion in the second direction, and an intervening wall is disposed between the circuit board and the light access portion, the intervening wall including a particular surface (81,82) extending in a third direction (55, 56) which intersects the first direction and the upward direction.
A method of wireless communication of a user equipment, UE, comprising: receiving, from a base station, a first configuration associated with a first block of an uplink cancellation indication, ULCI,, wherein the first configuration is associated with at least one of a supplementary uplink, SUL, carrier or a non-supplementary uplink, NUL, carrier in a cell; determining a second configuration associated with a second block of the ULCI, wherein the second configuration is associated with the SUL carrier in the cell and is determined based on the first configuration received from the base station; and monitoring the ULCI based on the first configuration and the second configuration. receiving, from a base station, a first configuration associated with a first block of an uplink cancellation indication, ULCI,, wherein the first configuration is associated with at least one of a supplementary uplink, SUL, carrier or a non-supplementary uplink, NUL, carrier in a cell; determining a second configuration associated with a second block of the ULCI, wherein the second configuration is associated with the SUL carrier in the cell and is determined based on the first configuration received from the base station; and monitoring the ULCI based on the first configuration and the second configuration.
Integrated circuit hardware arrangement comprising one or more components (2; 2A-2G), each of the one or more components (2; 2A-2G) comprising embedded circuitry allowing run-time execution of a micro-agent, and an interface to an agent network interconnecting the one or more components (2; 2A-2G), the micro-agent being arranged - to determine a signature of the associated component (2; 2A-2G), - to communicate via the agent network with further connected micro-agents being executed in further ones of the one or more components (2; 2A-2G) of the integrated circuit hardware arrangement, and - to detect a possible attack by analysing the determined signature wherein the one or more components (2; 2A-2G) in combination with the micro-agent being executed, form a basic building block of the integrated circuit hardware arrangement. - to determine a signature of the associated component (2; 2A-2G), - to communicate via the agent network with further connected micro-agents being executed in further ones of the one or more components (2; 2A-2G) of the integrated circuit hardware arrangement, and - to detect a possible attack by analysing the determined signature
A process for the aromatization of hydrocarbons comprising: a) contacting an alkane containing 2 to 6 carbon atoms per molecule with at least one catalyst containing an aluminum-silicon-germanium zeolite containing aluminum, silicon and germanium in the framework on which platinum has been deposited; and b) recovering the aromatic product wherein the catalyst additionally contains sulfur. a) contacting an alkane containing 2 to 6 carbon atoms per molecule with at least one catalyst containing an aluminum-silicon-germanium zeolite containing aluminum, silicon and germanium in the framework on which platinum has been deposited; and b) recovering the aromatic product
A method for visualizing measured values of an electromagnetic parameter of a printed circuit board, PCB, comprising: - contactless measuring, by a probe head of a probe, values of at least one electromagnetic parameter at at least two different positions of the PCB; - recording, by a camera fixed in position relative to the probe head, for each of the different positions an image of an area of the PCB around the probe head; - correlating, for each of the different positions, the measured value of the electromagnetic parameter with the recorded image of the area of the PCB around the probe head; - determining a location of each of the recorded images of the areas on a map representation of the PCB; - superimposing the map representation of the PCB with the measured values of the electromagnetic parameter; - visualizing the map representation of the PCB together with the superimposed measured values of the electromagnetic parameter. - contactless measuring, by a probe head of a probe, values of at least one electromagnetic parameter at at least two different positions of the PCB; - recording, by a camera fixed in position relative to the probe head, for each of the different positions an image of an area of the PCB around the probe head; - correlating, for each of the different positions, the measured value of the electromagnetic parameter with the recorded image of the area of the PCB around the probe head; - determining a location of each of the recorded images of the areas on a map representation of the PCB; - superimposing the map representation of the PCB with the measured values of the electromagnetic parameter; - visualizing the map representation of the PCB together with the superimposed measured values of the electromagnetic parameter.
A highly-simulated horseback riding machine, comprising supporting horse feet, a horse head, a horse hide, and a saddle, with a movement mechanism being disposed within the horse hide, wherein the movement mechanism comprises a base, a motor, a crank, a connecting rod, and a swing arm; two ends of the connecting rod are hinged to the crank and the swing arm, respectively; the sum of length of the crank and the length of the swing arm is less than the length of the connecting rod, and the length of the crank is less than that of the swing arm; a lower end of the swing arm is fixed to the base; the motor is mounted on the base, and drives the crank to rotate; the fixed position of the lower end of the swing arm is higher than the position of the highest point of the crank in the process of rotation; the saddle is fixed to the connecting rod by means of a vertical rod; and the supporting horse feet are used for supporting the base.
A heat exchanger, comprising: a gaseous refrigerant heat exchange pipe; a liquid refrigerant heat exchange pipe, the liquid refrigerant heat exchange pipe and the gaseous refrigerant heat exchange pipe being provided on the same side of the heat exchanger; a gaseous refrigerant heat exchange branch pipe, communicating with the gaseous refrigerant heat exchange pipe, the gaseous refrigerant heat exchange branch pipe comprising a first gaseous refrigerant heat exchange branch pipe located on the first side of the heat exchanger and a second gaseous refrigerant heat exchange branch pipe located on the side, opposite to the first side, of the heat exchanger; and a liquid refrigerant heat exchange branch pipe, communicating with the liquid refrigerant heat exchange pipe, the liquid refrigerant heat exchange branch pipe comprising a first liquid refrigerant heat exchange branch pipe located on the first side of the heat exchanger and a second liquid refrigerant heat exchange branch pipe located on the side, opposite to the first side, of the heat exchanges. a gaseous refrigerant heat exchange pipe; a liquid refrigerant heat exchange pipe, the liquid refrigerant heat exchange pipe and the gaseous refrigerant heat exchange pipe being provided on the same side of the heat exchanger; a gaseous refrigerant heat exchange branch pipe, communicating with the gaseous refrigerant heat exchange pipe, the gaseous refrigerant heat exchange branch pipe comprising a first gaseous refrigerant heat exchange branch pipe located on the first side of the heat exchanger and a second gaseous refrigerant heat exchange branch pipe located on the side, opposite to the first side, of the heat exchanger; and a liquid refrigerant heat exchange branch pipe, communicating with the liquid refrigerant heat exchange pipe, the liquid refrigerant heat exchange branch pipe comprising a first liquid refrigerant heat exchange branch pipe located on the first side of the heat exchanger and a second liquid refrigerant heat exchange branch pipe located on the side, opposite to the first side, of the heat exchanges.