mhurhangee/ep-ind-claims huggingface dataset:
A method in a user equipment for handling of stream restriction in a cellular communications system supporting four branch Multiple Input Multiple Output, "MIMO", the cellular communications system comprising a base station serving a cell of the cellular communications system, and a controlling node controlling the base station, wherein the user equipment supports one or more MIMO modes, which one or more MIMO modes are associated with four branch MIMO and one or more of a single stream restriction, a dual stream restriction and no restriction, the method comprises: - signaling of at least one of said supported MIMO modes to the controlling node via the base station, and - receiving, from the controlling node via the base station, in response to said signaling, a mode instruction instructing the user equipment to use one of said at least one MIMO modes signaled to the controlling node, wherein the one or more MIMO modes is a single MIMO mode associated with the single stream restriction, the dual stream restriction and the no restriction, and the signaling further comprises separate signaling associated with the number of supported streams. - signaling of at least one of said supported MIMO modes to the controlling node via the base station, and - receiving, from the controlling node via the base station, in response to said signaling, a mode instruction instructing the user equipment to use one of said at least one MIMO modes signaled to the controlling node, wherein the one or more MIMO modes is a single MIMO mode associated with the single stream restriction, the dual stream restriction and the no restriction, and the signaling further comprises separate signaling associated with the number of supported streams.
Process for producing a product from a lignocellulosic vegetable raw material (MPVL), comprising steps: - a) of pre-treatment of the lignocellulosic vegetable raw material in order to separate the cellulose, the hemicelluloses and the lignins contained in this lignocellulosic vegetable raw material, the pre-treatment comprising the successive steps consisting in destructuring the lignocellulosic vegetable raw material, then in separating, on the one hand, the cellulose capable of then being hydrolysed (and fermented for the production of bioethanol) and, on the other hand, the hemicelluloses (C5 oligosaccharides) capable of then being hydrolysed; - b) of enzymatic hydrolysis of the cellulose; - c) of enzymatic hydrolysis of the hemicelluloses; characterized in that the hydrolysis of the cellulose and of the hemicelluloses is carried out in a sequenced manner according to the following successive steps consisting in: - i) beginning the enzymatic hydrolysis of the cellulose by means of at least one enzyme cellulase for a first period with a view to obtaining an intermediate hydrolysate; - ii) adding hemicelluloses to said intermediate hydrolysate; - iii) continuing the enzymatic hydrolysis of the mixture until a final hydrolysate is obtained at the end of a total period of enzymatic hydrolysis. - a) of pre-treatment of the lignocellulosic vegetable raw material in order to separate the cellulose, the hemicelluloses and the lignins contained in this lignocellulosic vegetable raw material, the pre-treatment comprising the successive steps consisting in destructuring the lignocellulosic vegetable raw material, then in separating, on the one hand, the cellulose capable of then being hydrolysed (and fermented for the production of bioethanol) and, on the other hand, the hemicelluloses (C5 oligosaccharides) capable of then being hydrolysed; - b) of enzymatic hydrolysis of the cellulose; - c) of enzymatic hydrolysis of the hemicelluloses; - i) beginning the enzymatic hydrolysis of the cellulose by means of at least one enzyme cellulase for a first period with a view to obtaining an intermediate hydrolysate; - ii) adding hemicelluloses to said intermediate hydrolysate; - iii) continuing the enzymatic hydrolysis of the mixture until a final hydrolysate is obtained at the end of a total period of enzymatic hydrolysis.
N -(1-(3-fluoropropyl)azetidin-3-yl)-6-((6 S,8 R)-8-methyl-7-(2,2,2-trifluoroethyl)-6,7,8,9-tetrahydro-3H-pyrazolo[4,3-f]isoquinolin-6-yl)pyridin-3-amine, or a pharmaceutically acceptable salt thereof.
A distributed storage system comprising: memory hosts, each memory host comprising: non-transitory memory; a network interface controller in communication with the memory and servicing remote direct memory access requests from clients, the memory receives a data transfer rate from each client in communication with the memory host through remote direct memory access; and a data processor in communication with the memory and the network interface controller, the data processor executing a host process that: reads each received client data transfer rate; determines a throttle data transfer rate for each client; and writes each throttle data transfer rate to non-transitory memory accessible by the clients through remote direct memory access. memory hosts, each memory host comprising: non-transitory memory; a network interface controller in communication with the memory and servicing remote direct memory access requests from clients, the memory receives a data transfer rate from each client in communication with the memory host through remote direct memory access; and a data processor in communication with the memory and the network interface controller, the data processor executing a host process that: reads each received client data transfer rate; determines a throttle data transfer rate for each client; and writes each throttle data transfer rate to non-transitory memory accessible by the clients through remote direct memory access. non-transitory memory; a network interface controller in communication with the memory and servicing remote direct memory access requests from clients, the memory receives a data transfer rate from each client in communication with the memory host through remote direct memory access; and a data processor in communication with the memory and the network interface controller, the data processor executing a host process that: reads each received client data transfer rate; determines a throttle data transfer rate for each client; and writes each throttle data transfer rate to non-transitory memory accessible by the clients through remote direct memory access. reads each received client data transfer rate; determines a throttle data transfer rate for each client; and writes each throttle data transfer rate to non-transitory memory accessible by the clients through remote direct memory access.
An injector apparatus for use with a cartridge or syringe to deliver a plurality of doses therefrom, the injector apparatus comprising: a housing (10 1, 10 2) for the cartridge or syringe; a plunger for cooperating in use with the cartridge or syringe to express successive doses; a dose setting arrangement (16, 20) to select a dose volume; a drive mechanism (22, 24) releasable to advance said plunger in respective predetermined increments of magnitude to express said successive doses; wherein said drive mechanism includes a drive spring for imparting movement directly or indirectly to said plunger, and said dose setting arrangement comprises a dose setting element moveable in a dose setting routine to define a magnitude of an increment of movement of said plunger for a given dose; characterized in that said drive mechanism further including a clutch arrangement operable during said dose setting routine to isolate said dose setting element from the force of said drive spring, such that, during the dose setting routine the movement of the dose setting element is not resisted by the drive spring. a housing (10 1, 10 2) for the cartridge or syringe; a plunger for cooperating in use with the cartridge or syringe to express successive doses; a dose setting arrangement (16, 20) to select a dose volume; a drive mechanism (22, 24) releasable to advance said plunger in respective predetermined increments of magnitude to express said successive doses; wherein said drive mechanism includes a drive spring for imparting movement directly or indirectly to said plunger, and said dose setting arrangement comprises a dose setting element moveable in a dose setting routine to define a magnitude of an increment of movement of said plunger for a given dose; characterized in that said drive mechanism further including a clutch arrangement operable during said dose setting routine to isolate said dose setting element from the force of said drive spring, such that, during the dose setting routine the movement of the dose setting element is not resisted by the drive spring.
An apparatus for transferring torque comprising: a main tool body; a main tool shaft disposed in the main tool body; a power screw male thread disposed around the main tool shaft, and configured to turn with the main tool shaft; a power screw female thread movably engaged with the power screw male thread; a gear assembly connected to the power screw female thread; a clutch connected to the gear assembly, the clutch having an engaged position and a disengaged position, the clutch and gear assembly configured to cooperate to restrict rotation of the power screw female thread when the clutch is in its engaged position, the clutch and gear assembly configured to cooperate to permit rotation of the power screw female thread when the clutch is in its disengaged position; and a set of slips connected to the main tool body, the set of slips having a set position in which the set of slips are adapted to engage a tubular member, the set of slips having a released position in which the set of slips are adapted to disengage from the tubular member, the set of slips being moved into the set position when the clutch is in its engaged position and the main tool shaft turns in one direction, and the set of slips being moved into the released position when the clutch is in its engaged position and the main tool shaft turns in the opposite direction. a main tool body; a main tool shaft disposed in the main tool body; a power screw male thread disposed around the main tool shaft, and configured to turn with the main tool shaft; a power screw female thread movably engaged with the power screw male thread; a gear assembly connected to the power screw female thread; a clutch connected to the gear assembly, the clutch having an engaged position and a disengaged position, the clutch and gear assembly configured to cooperate to restrict rotation of the power screw female thread when the clutch is in its engaged position, the clutch and gear assembly configured to cooperate to permit rotation of the power screw female thread when the clutch is in its disengaged position; and a set of slips connected to the main tool body, the set of slips having a set position in which the set of slips are adapted to engage a tubular member, the set of slips having a released position in which the set of slips are adapted to disengage from the tubular member, the set of slips being moved into the set position when the clutch is in its engaged position and the main tool shaft turns in one direction, and the set of slips being moved into the released position when the clutch is in its engaged position and the main tool shaft turns in the opposite direction.
Method for determining an aggregate state of an aqueous operating liquid in an operating liquid container for a motor vehicle, wherein the operating liquid container has at least one capacitor (60, 70) which is fastened to a container wall (10, 20, 30) of the operating liquid container and has a first electrode (61, 71) and a second electrode (62, 72) opposite said first electrode, wherein the method comprises the following method steps: - Applying at least a first alternating voltage to the capacitor (60, 70), wherein a first frequency of the first alternating voltage corresponds to a lower frequency limit (fmin); - determining and storing a first impedance of the capacitor (60, 70) for the first frequency; - determining a first phase angle (φ1) from the first impedance; - determining that the operating liquid located in the operating liquid container is in a solid aggregate state when the first phase angle (φ1) is greater than a first critical angle (δ1); - Applying a second alternating voltage to the capacitor (60, 70), wherein a second frequency of the second alternating voltage corresponds to an upper frequency limit (fmax); - determining and storing a second impedance of the capacitor (60, 70) for the second frequency; - determining a second phase angle (φ2) from the second impedance; and - determining that the operating liquid located in the operating liquid container is partially in a solid and partially in a liquid aggregate state when the first phase angle (φ1) is smaller than the first critical angle (δ1) and a difference between the second phase angle (φ2) and the first phase angle (φ1) is greater than a second critical angle (δ2). - Applying at least a first alternating voltage to the capacitor (60, 70), wherein a first frequency of the first alternating voltage corresponds to a lower frequency limit (fmin); - determining and storing a first impedance of the capacitor (60, 70) for the first frequency; - determining a first phase angle (φ1) from the first impedance; - determining that the operating liquid located in the operating liquid container is in a solid aggregate state when the first phase angle (φ1) is greater than a first critical angle (δ1); - Applying a second alternating voltage to the capacitor (60, 70), wherein a second frequency of the second alternating voltage corresponds to an upper frequency limit (fmax); - determining and storing a second impedance of the capacitor (60, 70) for the second frequency; - determining a second phase angle (φ2) from the second impedance; and - determining that the operating liquid located in the operating liquid container is partially in a solid and partially in a liquid aggregate state when the first phase angle (φ1) is smaller than the first critical angle (δ1) and a difference between the second phase angle (φ2) and the first phase angle (φ1) is greater than a second critical angle (δ2).
A stack manufacturing system comprising a stacking apparatus, which comprises: a stage unit on which a first material to be stacked and a second material to be stacked are stacked and placed; a sandwiching member that is vertically movable with respect to the stage unit, and between which and the stage unit the first material to be stacked and the second material to be stacked are sandwiched; a press member that is vertically movable with respect to the sandwiching member and simultaneously presses the first material to be stacked and the second material to be stacked; a first machining unit that machines the first material to be stacked; and a second machining unit that machines the second material to be stacked characterized in that the stack manufacturing system comprises only one stacking apparatus, the press member is configured to simultaneously press and integrally stamp out the first material to be stacked and the second material to be stacked in a stacked state, the stacking apparatus is configured to convey the first material to be stacked and the second material to be stacked so that they vertically overlap each other in the only one stacking apparatus, and wherein a direction in which the first machining unit conveys the first material to be stacked and a direction in which the second machining unit conveys the second material to be stacked are arranged at right angles about the stage unit. a stage unit on which a first material to be stacked and a second material to be stacked are stacked and placed; a sandwiching member that is vertically movable with respect to the stage unit, and between which and the stage unit the first material to be stacked and the second material to be stacked are sandwiched; a press member that is vertically movable with respect to the sandwiching member and simultaneously presses the first material to be stacked and the second material to be stacked; a first machining unit that machines the first material to be stacked; and a second machining unit that machines the second material to be stacked characterized in that the stack manufacturing system comprises only one stacking apparatus, the press member is configured to simultaneously press and integrally stamp out the first material to be stacked and the second material to be stacked in a stacked state, the stacking apparatus is configured to convey the first material to be stacked and the second material to be stacked so that they vertically overlap each other in the only one stacking apparatus, and wherein a direction in which the first machining unit conveys the first material to be stacked and a direction in which the second machining unit conveys the second material to be stacked are arranged at right angles about the stage unit.
A method of wireless communication at a base station (102; 310; 402; 702; 1002), comprising: establishing (703, 705; 1102) a link with a plurality of user equipments, UEs (104; 350; 404; 504; 704, 706; 1250), served by the base station; identifying at least two UEs from among the plurality of UEs for joint beam training, wherein the identification is based on a potential blockage of serving beams for the at least two UEs, and wherein the potential blockage is determined when a correlated deterioration in beam quality is detected for the at least two UEs; and performing joint beam training for the at least two UEs. establishing (703, 705; 1102) a link with a plurality of user equipments, UEs (104; 350; 404; 504; 704, 706; 1250), served by the base station; identifying at least two UEs from among the plurality of UEs for joint beam training, wherein the identification is based on a potential blockage of serving beams for the at least two UEs, and wherein the potential blockage is determined when a correlated deterioration in beam quality is detected for the at least two UEs; and performing joint beam training for the at least two UEs.
An aerosol delivery device comprising a first casing and a second casing separably connected to said first casing, said first casing containing a reservoir for holding an aerosol precursor, said first casing also supporting a wick arranged to receive aerosol precursor from said reservoir, said second casing supporting a heater, said heater making abutting unbonded contact with an activation surface of said wick so as to interact thermally with said activation surface, and characterised in that said heater is supported by said second casing via a resilient sealing body, said resilient sealing body sealing to said second casing to be held thereby, and releasably sealing to said first casing such that the seal of said resilient sealing body is releasable when said first casing is separated from said second casing.
An island refrigerated display case comprising: a liner chest defining a product display space and having a plurality of side walls (40, 42) including a first pair of opposed parallel side walls and a second pair of opposed parallel side walls extending orthogonal to the first pair of opposed parallel side walls, the second pair of opposed parallel side walls spaced apart by a first distance; a refrigerated air discharge conduit extending along a longitudinal axis for a second distance and parallel to the first pair of opposed parallel side walls, the second distance being shorter than the first distance; a first air return inlet extending along a first side wall of the first pair of opposed parallel side walls; and a second air return inlet extending along a second side wall of the first pair of opposed parallel side walls; the refrigerated air discharge conduit has a first air discharge register and a second air discharge register disposed in longitudinal relationship along the length of the refrigerated air discharge conduit; characterized in that the first air discharge register imparting a lateral directional component to air discharging therethrough generally toward a first side wall of the second pair of opposed parallel side walls and the second discharge air register imparting a lateral directional component to air discharging therethrough generally toward a second side wall of the second pair of opposed parallel side walls so that the air discharging from the air discharge registers (70, 72) of the refrigerated air discharge conduit enters the product display space with a lateral directional component parallel to the first pair of opposed parallel side walls and a longitudinal directional component parallel to the second pair of opposed parallel side walls. a liner chest defining a product display space and having a plurality of side walls (40, 42) including a first pair of opposed parallel side walls and a second pair of opposed parallel side walls extending orthogonal to the first pair of opposed parallel side walls, the second pair of opposed parallel side walls spaced apart by a first distance; a refrigerated air discharge conduit extending along a longitudinal axis for a second distance and parallel to the first pair of opposed parallel side walls, the second distance being shorter than the first distance; a first air return inlet extending along a first side wall of the first pair of opposed parallel side walls; and a second air return inlet extending along a second side wall of the first pair of opposed parallel side walls; the refrigerated air discharge conduit has a first air discharge register and a second air discharge register disposed in longitudinal relationship along the length of the refrigerated air discharge conduit;
Automatic coffee machine with a dispensing device for dispensing milk, milk foam, water and coffee, wherein milk, milk foam and/or water can be dispensed via at least one first dispensing channel and coffee and/or water can be dispensed via at least one second dispensing channel, characterised in that the at least one second dispensing channel is embodied as an open channel with a guide rib.