mhurhangee/ep-ind-claims huggingface dataset:
A data transmission method, comprising: determning, by a user equipment, UE, semi-persistent scheduling, SPS, assistance information based on N data packets at layer 2 sent by the UE, wherein the SPS assistance information comprises a frame number and a subframe number that are corresponding to a moment offset, N is an integer greater than or equal to 1, service features corresponding to the N data packets are the same, and the service features comprise at least a period configured by a base station for the UE; if a preset condition is satisfied, sending, by the UE, the SPS assistance information to the base station; receiving, by the UE, an SPS resource from the base station; if the UE determines that the SPS resource is insufficient to carry a to-be-sent transport block size, performing, by the UE, resource allocation based on the to-be-sent transport block size in any one of the following manners: an adaptive modulation and coding, AMC, manner, a manner of extending a quantity of resource blocks, RB, a resource overlapping manner, and a fragmentation manner, wherein the resource overlapping manner is used to indicate that resources used for transmitting data of different UEs partially or completely overlap; and performing, by the UE, data transmission by using the SPS resource. determning, by a user equipment, UE, semi-persistent scheduling, SPS, assistance information based on N data packets at layer 2 sent by the UE, wherein the SPS assistance information comprises a frame number and a subframe number that are corresponding to a moment offset, N is an integer greater than or equal to 1, service features corresponding to the N data packets are the same, and the service features comprise at least a period configured by a base station for the UE; if a preset condition is satisfied, sending, by the UE, the SPS assistance information to the base station; receiving, by the UE, an SPS resource from the base station; if the UE determines that the SPS resource is insufficient to carry a to-be-sent transport block size, performing, by the UE, resource allocation based on the to-be-sent transport block size in any one of the following manners: an adaptive modulation and coding, AMC, manner, a manner of extending a quantity of resource blocks, RB, a resource overlapping manner, and a fragmentation manner, wherein the resource overlapping manner is used to indicate that resources used for transmitting data of different UEs partially or completely overlap; and performing, by the UE, data transmission by using the SPS resource.
Control device of a motor vehicle with autonomous or assisted driving, comprising a route planning module capable of storing information relating to a planned trajectory, a controller of the longitudinal movement of the vehicle capable of generating, as output, command signals (6, 7) to acceleration and braking actuators and a controller of the lateral movement of the vehicle capable of generating, as output, command signals to steering actuators, such that the vehicle follows the planned trajectory in an assisted or automated driving mode of the vehicle, the output of said lateral controller being based on a minimization of the error between a desired angular yaw rate, obtained from the curvature of the road on the planned trajectory, and the current angular yaw rate of the vehicle, estimated from a model of the dynamic behaviour of the vehicle capable of supplying, as input to said lateral controller, an estimation of the angular yaw rate ( Ψ model) based on the measured longitudinal speed of the vehicle and on the measured steering angle, comprising a module for compensating the lateral dynamics of the vehicle, capable of dynamically correcting parameters of the model in the event of deviation between the model and the real dynamic behaviour of the vehicle, as a function of a comparison between the estimated angular yaw rate value ( Ψ̇ model) and an angular yaw rate value ( Ψ̇ sensor) measured by an on-board sensor, such that said estimation supplied by the model to the lateral controller is corrected instantaneously, said device being characterized in that it comprises a safety module, linked to the output of the module for compensating the lateral dynamics of the vehicle, said safety module being adapted to detect impaired driving states in automated mode on the basis of a difference between the output of the corrected model and the real dynamic behaviour of the vehicle.
A test panel for testing for food intolerance in a patient diagnosed with, or suspected of having, psoriasis, the test panel comprising: a plurality of distinct food preparations, wherein each food preparation is independently coupled to an individually addressable solid carrier; wherein the plurality of distinct food preparations consists of peach, cucumber, tea, tomato, broccoli, cauliflower, almond, green pepper, grapefruit, tobacco, eggplant, rye, oat, cantaloupe, cabbage, cane sugar, sweet potato, pineapple, avocado, orange, spinach, honey, Swiss cheese, malt, mustard, wheat, apple, chocolate, yogurt, goat's milk, cola nut, clam, cheddar cheese, olive, brewer's yeast, butter, celery, onion, garlic, black walnut, cottage cheese, baker's yeast, cow's milk, corn, American cheese, strawberry, buck wheat, lemon, green pea, trout, barley, potato, beef, rice, sunflower seed, chili pepper, banana, string bean, and safflower.
A service management system for facilitating testing of devices (116, 130, 135) of a building management system, comprising: mobile computing devices for detecting wireless signals generated from wireless transmitters of the devices (116, 130, 135) and determining identification information for the devices (116, 130, 135) in the wireless signals and determining signal strength information for the wireless signals, and generating local service data based on input received by the mobile computing devices from a technician performing service on the building management system, wherein the local service data indicates that particular devices (116, 130, 135) of the building management system have been serviced and includes inspection results and/or narrative description of the service from the technician performing the service; a service workflow module for receiving from the mobile computing devices the local service data, device identifications, IDs, for devices selected and serviced by the technician, and the identification information and signal strength information determined from the wireless signals and generating service events from the local service data; and a validation module for analyzing the service events and the signal strength information to validate service to the devices (116, 130, 135) based on whether the service events and the device IDs for the selected and serviced devices are coherent with the identification information and signal strength information determined from the wireless signals generated from the wireless transmitters. mobile computing devices for detecting wireless signals generated from wireless transmitters of the devices (116, 130, 135) and determining identification information for the devices (116, 130, 135) in the wireless signals and determining signal strength information for the wireless signals, and generating local service data based on input received by the mobile computing devices from a technician performing service on the building management system, wherein the local service data indicates that particular devices (116, 130, 135) of the building management system have been serviced and includes inspection results and/or narrative description of the service from the technician performing the service; a service workflow module for receiving from the mobile computing devices the local service data, device identifications, IDs, for devices selected and serviced by the technician, and the identification information and signal strength information determined from the wireless signals and generating service events from the local service data; and a validation module for analyzing the service events and the signal strength information to validate service to the devices (116, 130, 135) based on whether the service events and the device IDs for the selected and serviced devices are coherent with the identification information and signal strength information determined from the wireless signals generated from the wireless transmitters.
An integrated circuit chip comprising: a semiconductor substrate comprising a doped region; an insulating support disposed on the substrate; at least one non-volatile memory cell comprising, on the insulating support, a lower electrode realized in a first level of polysilicon, an oxide-nitride-oxide dielectric stack realized in a first dielectric level, and an upper electrode realized in a second level of polysilicon; at least one MOS transistor comprising, on top of the doped region, a silicon oxide layer realized in a second dielectric level; and an electric charge retention circuit for a time measurement, comprising a capacitive charge storage element, and, coupled to the capacitive charge storage element, an electric charge flow element (C3'; C3''; C3"') comprising, on the insulating support, a stack of a first electrode (18; 18') realized in the first level of polysilicon, of a dielectric layer (ONO, GO1) having at least one portion capable of letting charges flow by tunnel effect, and of a second electrode (17; 17') realized in the second level of polysilicon, wherein said dielectric layer (ONO, GO1) comprises an oxide-nitride-oxide stack realized in the first dielectric level, said at least one portion is made of silicon oxide of the second dielectric level, and at least one of the electrodes (18'; 17') of the charge flow element is undoped. a semiconductor substrate comprising a doped region; an insulating support disposed on the substrate; at least one non-volatile memory cell comprising, on the insulating support, a lower electrode realized in a first level of polysilicon, an oxide-nitride-oxide dielectric stack realized in a first dielectric level, and an upper electrode realized in a second level of polysilicon; at least one MOS transistor comprising, on top of the doped region, a silicon oxide layer realized in a second dielectric level; and an electric charge retention circuit for a time measurement, comprising a capacitive charge storage element, and, coupled to the capacitive charge storage element, an electric charge flow element (C3'; C3''; C3"') comprising, on the insulating support, a stack of a first electrode (18; 18') realized in the first level of polysilicon, of a dielectric layer (ONO, GO1) having at least one portion capable of letting charges flow by tunnel effect, and of a second electrode (17; 17') realized in the second level of polysilicon, wherein said dielectric layer (ONO, GO1) comprises an oxide-nitride-oxide stack realized in the first dielectric level, said at least one portion is made of silicon oxide of the second dielectric level, and at least one of the electrodes (18'; 17') of the charge flow element is undoped.
Bearing arrangement for a machine arrangement, having - a first side, on which a first machine part which can be lubricated with a first lubricant embodied as a lubricating grease is arranged, wherein the first machine part comprises the first lubricant, - a second side, on which a second machine part which can be lubricated with a second lubricant embodied as a gear oil is arranged, wherein the second machine part comprises the second lubricant, and - a shaft for transmitting a mechanical force between the first side and the second side, - wherein the shaft has a spray edge, which is moulded to guide the second lubricant embodied as gear oil into a collecting pocket of the bearing arrangement upon penetration on the first side, - wherein the bearing arrangement has an outflow channel, which enables the second lubricant embodied as gear oil to flow out of the collecting pocket into a collecting chamber of the bearing arrangement, - wherein the collecting pocket, the outflow channel and the collecting chamber have a dual function both for discharging the first lubricant and also for discharging the second lubricant, and - the collecting chamber is designed to be visible from the outside and comprises a transparent wall. - a first side, on which a first machine part which can be lubricated with a first lubricant embodied as a lubricating grease is arranged, wherein the first machine part comprises the first lubricant, - a second side, on which a second machine part which can be lubricated with a second lubricant embodied as a gear oil is arranged, wherein the second machine part comprises the second lubricant, and - a shaft for transmitting a mechanical force between the first side and the second side, - wherein the shaft has a spray edge, which is moulded to guide the second lubricant embodied as gear oil into a collecting pocket of the bearing arrangement upon penetration on the first side, - wherein the bearing arrangement has an outflow channel, which enables the second lubricant embodied as gear oil to flow out of the collecting pocket into a collecting chamber of the bearing arrangement, - wherein the collecting pocket, the outflow channel and the collecting chamber have a dual function both for discharging the first lubricant and also for discharging the second lubricant, and - the collecting chamber is designed to be visible from the outside and comprises a transparent wall.
A document conveying device, comprising: a conveyance roller (3A, 3B) which conveys a document that is attached to a conveyance roller shaft; a flywheel (4A, 4B, 4C, 4D) connected to the conveyance roller shaft; characterized by further comprising: a flywheel gear attached to the flywheel; and a conveyance roller shaft gear that is attached to the conveyance roller shaft and engages with the flywheel gear, wherein the number of the teeth of the conveyance roller shaft gear is greater than the number of the teeth of the flywheel gear. a conveyance roller (3A, 3B) which conveys a document that is attached to a conveyance roller shaft; a flywheel (4A, 4B, 4C, 4D) connected to the conveyance roller shaft; characterized by further comprising: a flywheel gear attached to the flywheel; and a conveyance roller shaft gear that is attached to the conveyance roller shaft and engages with the flywheel gear, wherein the number of the teeth of the conveyance roller shaft gear is greater than the number of the teeth of the flywheel gear. a flywheel gear attached to the flywheel; and a conveyance roller shaft gear that is attached to the conveyance roller shaft and engages with the flywheel gear, wherein the number of the teeth of the conveyance roller shaft gear is greater than the number of the teeth of the flywheel gear.
A driven turbocompressor of an air conditioning system for supplying conditioned air to a cabin of a vehicle, the driven turbocompressor comprising: - an air intake duct configured to collect ambient air at ambient pressure, - a compressor connected to the air intake duct and configured to be connected to an inlet of the cabin, configured to receive air originating from the air intake duct, to compress the air originating from the air intake duct and to supply pressurized air at a pressure corresponding to the pressure needed to supply the cabin, - a motor connected to the compressor by a transmission shaft, configured to drive the compressor and surrounded by a casing, - an energy recovery turbine configured to be connected to an outlet of the cabin, and configured to expand the cabin air originating from the outlet of the cabin to supply expanded air via an outlet of the turbine, characterized in that it comprises a cooling duct connecting the outlet of the turbine and the casing of the motor, said cooling duct being configured to receive at least some of the expanded air, so as to cool the motor casing and the motor. - an air intake duct configured to collect ambient air at ambient pressure, - a compressor connected to the air intake duct and configured to be connected to an inlet of the cabin, configured to receive air originating from the air intake duct, to compress the air originating from the air intake duct and to supply pressurized air at a pressure corresponding to the pressure needed to supply the cabin, - a motor connected to the compressor by a transmission shaft, configured to drive the compressor and surrounded by a casing, - an energy recovery turbine configured to be connected to an outlet of the cabin, and configured to expand the cabin air originating from the outlet of the cabin to supply expanded air via an outlet of the turbine,
A toy building block for attaching to other similarly constructed toy blocks, in which toy building block includes the following: A first material, which can be produced from a first renewable resource. The first material can be produced using microorganism, which can be used as a substrate for the microorganism's residual biomass from the forestry or agriculture industries, or from residual material from the food industry. A second material whereas the toy building block comprises a second material, is produced using petroleum-based raw material and is comprised of synthetic polymers, most notably acrylic-butadiene-styrene, polymathyl methacrylate (PMMA), polyurethane, polyvinyl alcohol or polycarbonate. A first material, which can be produced from a first renewable resource. The first material can be produced using microorganism, which can be used as a substrate for the microorganism's residual biomass from the forestry or agriculture industries, or from residual material from the food industry. A second material whereas the toy building block comprises a second material, is produced using petroleum-based raw material and is comprised of synthetic polymers, most notably acrylic-butadiene-styrene, polymathyl methacrylate (PMMA), polyurethane, polyvinyl alcohol or polycarbonate.
A compound having the Formula I: or a pharmaceutically acceptable salt thereof, wherein: R 1 is halo, hydrogen, (C 1 -C 4)alkyl, or halo(C 1 -C 4)alkyl; R 2 is hydrogen, (C 1 -C 4)alkyl, halo(C 1 -C 4)alkyl, -(C 1 -C 4)alkylOR a, -(C 1 -C 4)alkylSR a, - (C 1 -C 4)alkylNR a R b, R a and R d are each independently selected from hydrogen, (C 1 -C 4)alkyl, halo(C 1 -C 4)alkyl, COOR e, and -C NR c R d; R 3 and R 4 are each independently hydrogen, halo, (C 1 -C 4)alkyl, or halo(C 1 -C 4)alkyl, wherein when R 3 is halo then R 4 is halo and wherein when R 3 is hydrogen then R 4 is (C 1 -C 4)alkyl or halo(C 1 -C 4)alkyl; R 5 and R 6 are each independently (C 1 -C 4)alkyl, halo(C 1 -C 4)alkyl, halo, cyano, or - C NR c R d; R c and R d are each independently hydrogen or (C 1 -C 4)alkyl; t is 1, 2, or 3; and q is 0, 1, 2, or 3. R 1 is halo, hydrogen, (C 1 -C 4)alkyl, or halo(C 1 -C 4)alkyl; R 2 is hydrogen, (C 1 -C 4)alkyl, halo(C 1 -C 4)alkyl, -(C 1 -C 4)alkylOR a, -(C 1 -C 4)alkylSR a, - (C 1 -C 4)alkylNR a R b, R a and R d are each independently selected from hydrogen, (C 1 -C 4)alkyl, halo(C 1 -C 4)alkyl, COOR e, and -C NR c R d; R 3 and R 4 are each independently hydrogen, halo, (C 1 -C 4)alkyl, or halo(C 1 -C 4)alkyl, wherein when R 3 is halo then R 4 is halo and wherein when R 3 is hydrogen then R 4 is (C 1 -C 4)alkyl or halo(C 1 -C 4)alkyl; R 5 and R 6 are each independently (C 1 -C 4)alkyl, halo(C 1 -C 4)alkyl, halo, cyano, or - C NR c R d; R c and R d are each independently hydrogen or (C 1 -C 4)alkyl; t is 1, 2, or 3; and q is 0, 1, 2, or 3.
A yellow backlight system comprising a display device configured to emit blue light; at least one yellow light source configured to emit yellow light into surroundings of the display device by refraction, reflection or a combination of reflection and refraction and in order to reduce the intensity of blue light perceived by human eyes, wherein a wavelength of the yellow light is between 570 nm and 590 nm; and at least one transparent board which is installed on the display device, and the at least one yellow light source being installed on the at least one transparent board.
A computing device comprising: one or more processing units; and one or more computer-readable media comprising computer-executable instructions which, when executed by the one or more processing units, cause the computing device to: obtain annotated source code, portions of which are identified as protected functionality; modify a call to a protected function, defined by the identified portions, to marshal parameters provided as part of the call to the protected function prior to the modification; modify one or more references to an instruction pointer or a program counter within the identified portions to be position-independent; compile the annotated source code such that the identified portions are compiled into one or more protected modules; and identify the one or more protected modules as being executable only within an enclave. one or more processing units; and one or more computer-readable media comprising computer-executable instructions which, when executed by the one or more processing units, cause the computing device to: obtain annotated source code, portions of which are identified as protected functionality; modify a call to a protected function, defined by the identified portions, to marshal parameters provided as part of the call to the protected function prior to the modification; modify one or more references to an instruction pointer or a program counter within the identified portions to be position-independent; compile the annotated source code such that the identified portions are compiled into one or more protected modules; and identify the one or more protected modules as being executable only within an enclave. obtain annotated source code, portions of which are identified as protected functionality; modify a call to a protected function, defined by the identified portions, to marshal parameters provided as part of the call to the protected function prior to the modification; modify one or more references to an instruction pointer or a program counter within the identified portions to be position-independent; compile the annotated source code such that the identified portions are compiled into one or more protected modules; and identify the one or more protected modules as being executable only within an enclave.
Poultry house assembly, comprising - a frame to which mounting elements are attached in order to secure the frame in a position above a house floor - at least one flat element which ∘ is connected to the frame, ∘ has a horizontal upper standing surface and ∘ has a plurality of orifices, - a ramp which extends down from the frame at an angle, characterised in that - the ramp is attached to the frame and/or flat element so as to be pivotable about a first axis and the first axis is oriented perpendicular to the longitudinal extension of the ramp, and/or the ramp is attached to the frame and/or flat element so as to be pivotable about a second axis and the second axis lies horizontally and has a directional component oriented parallel with the longitudinal extension of the ramp. - a frame to which mounting elements are attached in order to secure the frame in a position above a house floor - at least one flat element which ∘ is connected to the frame, ∘ has a horizontal upper standing surface and ∘ has a plurality of orifices, ∘ is connected to the frame, ∘ has a horizontal upper standing surface and ∘ has a plurality of orifices, - a ramp which extends down from the frame at an angle, characterised in that - the ramp is attached to the frame and/or flat element so as to be pivotable about a first axis and the first axis is oriented perpendicular to the longitudinal extension of the ramp, and/or the ramp is attached to the frame and/or flat element so as to be pivotable about a second axis and the second axis lies horizontally and has a directional component oriented parallel with the longitudinal extension of the ramp.