mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting and receiving data using non-orthogonal multiple access, NOMA, in a wireless communication system, the method performed by an enhanced Node B, eNB, the method comprising: configuring a first modulation method and first transmission power in a first signal to be transmitted to a first UE; configuring a second modulation method and second transmission power in a second signal to be transmitted to a second UE; transmitting the first signal and the second signal through an identical time-frequency resource; and transmitting control information related to a cancellation of interference generated due to the first signal to the second UE, the method being characterized in that: the control information includes power information related to a change in a power size of a modulation symbol of the second signal modulated by the second modulation method and further includes at least one of phase information related to a change in a phase of the modulation symbol of the second signal modulated by the second modulation method, or sequence information related to a random sequence for scrambling the modulation symbol of the second signal modulated by the second modulation method, and wherein the control information is transmitted only when the first transmission power and the second transmission power are identical. configuring a first modulation method and first transmission power in a first signal to be transmitted to a first UE; configuring a second modulation method and second transmission power in a second signal to be transmitted to a second UE; transmitting the first signal and the second signal through an identical time-frequency resource; and transmitting control information related to a cancellation of interference generated due to the first signal to the second UE, the method being characterized in that: the control information includes power information related to a change in a power size of a modulation symbol of the second signal modulated by the second modulation method and further includes at least one of phase information related to a change in a phase of the modulation symbol of the second signal modulated by the second modulation method, or sequence information related to a random sequence for scrambling the modulation symbol of the second signal modulated by the second modulation method, and wherein the control information is transmitted only when the first transmission power and the second transmission power are identical. the control information includes power information related to a change in a power size of a modulation symbol of the second signal modulated by the second modulation method and further includes at least one of phase information related to a change in a phase of the modulation symbol of the second signal modulated by the second modulation method, or sequence information related to a random sequence for scrambling the modulation symbol of the second signal modulated by the second modulation method, and wherein the control information is transmitted only when the first transmission power and the second transmission power are identical.
A method comprising: accessing network traffic from a network (100, 200); determining an entity type associated with at least one entity (120, 122a, 122b, 130, 230, 232, 234, 260, 262, 404, 406, 408, 410, 412, 504, 506, 508, 510, 512, 514, 516, 518, 520, 522, 604, 606, 608, 610, 612, 614, 616, 618, 620, 622, 704, 706, 708) communicatively coupled to the network (100, 200); accessing sensitivity information associated with the determined entity type of the at least one entity, the sensitivity information being based on sensitivity of data accessed and/or processed by the at least one entity; determining a network portion (290-292, 402, 500, 600, 700) associated with the at least one entity; determining a risk associated with the at least one entity; determining, by a processing device, a risk associated with the network portion (290-292, 402, 500, 600, 700) associated with the at least one entity based (a) on the risk associated with the at least one entity, (b) on the sensitivity information, and (c) on a mix of entity types within the network portion (290-292, 402, 500, 600, 700); and storing the risk associated with the network portion (290-292, 402, 500, 600, 700). accessing network traffic from a network (100, 200); determining an entity type associated with at least one entity (120, 122a, 122b, 130, 230, 232, 234, 260, 262, 404, 406, 408, 410, 412, 504, 506, 508, 510, 512, 514, 516, 518, 520, 522, 604, 606, 608, 610, 612, 614, 616, 618, 620, 622, 704, 706, 708) communicatively coupled to the network (100, 200); accessing sensitivity information associated with the determined entity type of the at least one entity, the sensitivity information being based on sensitivity of data accessed and/or processed by the at least one entity; determining a network portion (290-292, 402, 500, 600, 700) associated with the at least one entity; determining a risk associated with the at least one entity; determining, by a processing device, a risk associated with the network portion (290-292, 402, 500, 600, 700) associated with the at least one entity based (a) on the risk associated with the at least one entity, (b) on the sensitivity information, and (c) on a mix of entity types within the network portion (290-292, 402, 500, 600, 700); and storing the risk associated with the network portion (290-292, 402, 500, 600, 700).
A device, comprising: always-on circuitry configured to implement a first stage comprising first operations including: detecting touch of a touch sensitive area; receiving information indicative of a first monitored frequency response to an acoustic sound signal emitted towards and scattered from the entity touching the touch sensitive area, wherein the first monitored frequency response is generated based on the touch; identifying a second defined frequency response that is associated with a human touch and a correspondingly emitted acoustic signal; determining that the touch is a human touch based on comparing the first monitored frequency response and the second defined frequency response; and in response to the determining that the touch is a human touch: generating a control signal configured to cause a system circuitry to wake-up from a power-off mode or a sleep mode; and sending the control signal to the system circuitry, the system circuitry configured to implement a second stage in response to the control signal, the second stage comprising second operations including: analyzing biometric data of a human body associated with a human finger that provided the touch. detecting touch of a touch sensitive area; receiving information indicative of a first monitored frequency response to an acoustic sound signal emitted towards and scattered from the entity touching the touch sensitive area, wherein the first monitored frequency response is generated based on the touch; identifying a second defined frequency response that is associated with a human touch and a correspondingly emitted acoustic signal; determining that the touch is a human touch based on comparing the first monitored frequency response and the second defined frequency response; and in response to the determining that the touch is a human touch: generating a control signal configured to cause a system circuitry to wake-up from a power-off mode or a sleep mode; and sending the control signal to the system circuitry, the system circuitry configured to implement a second stage in response to the control signal, the second stage comprising second operations including: analyzing biometric data of a human body associated with a human finger that provided the touch.
A method comprising: inputting an array of pixels, wherein each pixel in the array of pixels comprises a pixel dose, and wherein the array of pixels represents dosage on a surface to be exposed with a plurality of patterns, each pattern in the plurality of patterns comprising an edge; inputting a target bias; identifying the edge of a pattern in the plurality of patterns, wherein the edge location may be identified within a fractional portion of each pixel; for each pixel which is in a neighborhood of the identified edge, calculating a calculated pixel dose such that the identified edge is relocated by the target bias, wherein calculating the calculated pixel dose comprises a simulated effect of a dose change; and outputting the array of pixels with the calculated pixel doses. inputting an array of pixels, wherein each pixel in the array of pixels comprises a pixel dose, and wherein the array of pixels represents dosage on a surface to be exposed with a plurality of patterns, each pattern in the plurality of patterns comprising an edge; inputting a target bias; identifying the edge of a pattern in the plurality of patterns, wherein the edge location may be identified within a fractional portion of each pixel; for each pixel which is in a neighborhood of the identified edge, calculating a calculated pixel dose such that the identified edge is relocated by the target bias, wherein calculating the calculated pixel dose comprises a simulated effect of a dose change; and outputting the array of pixels with the calculated pixel doses.
A bottle dispenser for housing a plurality of bottles, the dispenser comprising: a front comprising an opening; sidewalls (30, 31); and, a tunnel formed within an interior of the dispenser that generally conforms to the shape of the bottles characterized in that the opening restricts access to the bottles stored within the dispenser, the opening generally mirroring the shape and dimensions of the bottles plus a predetermined offset whereby the configuration of the opening and/or the tunnel prevents a user from accessing bottles stored behind the opening. a front comprising an opening; sidewalls (30, 31); and, a tunnel formed within an interior of the dispenser that generally conforms to the shape of the bottles
A processor comprising: a central processing unit; a first CPU register set; a second CPU register set; a multiplexer logic for either coupling said first or said second CPU register set (120, 130) with said CPU; control logic (140, 180) for controlling said multiplexer logic operable to switch the CPU from said first CPU register set to said second CPU register set upon receipt of at least one of a plurality of interrupt signals, characterized in that the control logic (140, 180) is programmable to define an interrupt condition for a received interrupt signal and wherein said received interrupt signal must meet said programmed interrupt condition to cause the control logic to switch from the first CPU register set to the second CPU register set. a central processing unit; a first CPU register set; a second CPU register set; a multiplexer logic for either coupling said first or said second CPU register set (120, 130) with said CPU; control logic (140, 180) for controlling said multiplexer logic operable to switch the CPU from said first CPU register set to said second CPU register set upon receipt of at least one of a plurality of interrupt signals, characterized in that the control logic (140, 180) is programmable to define an interrupt condition for a received interrupt signal and wherein said received interrupt signal must meet said programmed interrupt condition to cause the control logic to switch from the first CPU register set to the second CPU register set.
A horizontal drum washing machine with washing liquid recirculation system, comprising: a cabinet; a tub installed in the cabinet; a sump placed or fashioned at a bottom of the tub and configured to receive washing liquid; a drum rotatably mounted within said cabinet about a horizontal axis (X-X); a recirculating system in fluid communication with the sump and comprising at least a sprayer facing a wall of the drum, the sprayer being motionless and fixed to the tub; wherein the sprayer comprises a plurality of nozzles (15, 16, 17) facing the wall of the drum and said wall presents a plurality of through passages (18, 19, 20); characterized in that the nozzles (15, 16, 17) and the through passages (18, 19, 20) are arranged along respective circular paths coaxially disposed with respect to the horizontal axis (X-X) and configured such that, during the rotation of the drum, there is always at least one nozzle (15, 16, 17) aligned with at least a corresponding through passage (18, 19, 20) in the drum. a cabinet; a tub installed in the cabinet; a sump placed or fashioned at a bottom of the tub and configured to receive washing liquid; a drum rotatably mounted within said cabinet about a horizontal axis (X-X); a recirculating system in fluid communication with the sump and comprising at least a sprayer facing a wall of the drum, the sprayer being motionless and fixed to the tub; wherein the sprayer comprises a plurality of nozzles (15, 16, 17) facing the wall of the drum and said wall presents a plurality of through passages (18, 19, 20); characterized in that the nozzles (15, 16, 17) and the through passages (18, 19, 20) are arranged along respective circular paths coaxially disposed with respect to the horizontal axis (X-X) and configured such that, during the rotation of the drum, there is always at least one nozzle (15, 16, 17) aligned with at least a corresponding through passage (18, 19, 20) in the drum.
A barrier apparatus for use as a vehicle barrier comprising: one or more barrier members; a plurality of separate support base parts each adapted for ground engagement by placement upon a ground or floor surface, wherein each support base part comprises a flat plate; a plurality of housing parts, each housing part being fixed to a surface of a respective flat plate, wherein at least one housing part includes a barrier member, and wherein each housing part comprises an elongate duct extending in a direction along the respective support base part from a duct opening at an end of the duct accessible from an edge of the respective support base part; and a coupling part adapted for concurrent insertion into a respective duct opening of each said housing part of two said support base parts when aligned thereby to couple together adjacent support base parts of the plurality of separate support base parts. one or more barrier members; a plurality of separate support base parts each adapted for ground engagement by placement upon a ground or floor surface, wherein each support base part comprises a flat plate; a plurality of housing parts, each housing part being fixed to a surface of a respective flat plate, wherein at least one housing part includes a barrier member, and wherein each housing part comprises an elongate duct extending in a direction along the respective support base part from a duct opening at an end of the duct accessible from an edge of the respective support base part; and a coupling part adapted for concurrent insertion into a respective duct opening of each said housing part of two said support base parts when aligned thereby to couple together adjacent support base parts of the plurality of separate support base parts.
A verge-cutting mower device (20, 30), for example for the upkeep of roadsides, comprising at least one frame which is designed to be fitted on an automotive agricultural machine, and on which there is fitted a cutting/grinding equipment, designed to mow or grind plants, actuated by means of an electric motor connected to a current generator in order to provide it with the electrical energy it needs, characterized in that - the member of cutting/grinding equipment is connected to the frame by an articulated arm, - the current generator is fitted on the frame, and is connected to a power take-off of an agricultural machine by means of a multiplier, - the electric motor is implanted directly on the cutting/grinding equipment, - the electric motor drives the cutting/grinding equipment, via a drive system comprising a drive pulley which drives a driven pulley by means of a drive belt, - the verge-cutting mower device comprises at least one variator integrated in the electrical circuit, comprising in particular the current generator and the electric motor of the piece of cutting/grinding equipment, the variator being disposed between the current generator and the electric motor of the cutting/grinding equipment, and - the verge-cutting mower device comprises means for cooling by means of a coolant fluid at least one of the following elements: the current generator, the electric motor and the variator, the means for cooling comprise a exchanger, a pump, a cooler, an expansion vessel mounted on the frame, a cold liquid duct and a hot liquid duct. - the member of cutting/grinding equipment is connected to the frame by an articulated arm, - the current generator is fitted on the frame, and is connected to a power take-off of an agricultural machine by means of a multiplier, - the electric motor is implanted directly on the cutting/grinding equipment, - the electric motor drives the cutting/grinding equipment, via a drive system comprising a drive pulley which drives a driven pulley by means of a drive belt, - the verge-cutting mower device comprises at least one variator integrated in the electrical circuit, comprising in particular the current generator and the electric motor of the piece of cutting/grinding equipment, the variator being disposed between the current generator and the electric motor of the cutting/grinding equipment, and - the verge-cutting mower device comprises means for cooling by means of a coolant fluid at least one of the following elements: the current generator, the electric motor and the variator, the means for cooling comprise a exchanger, a pump, a cooler, an expansion vessel mounted on the frame, a cold liquid duct and a hot liquid duct.
A trailer electronic braking system comprising a braking device capable of generating a braking force on a wheel on the trailer, a brake force into the brake cylinders being controllable by a braking ECU, which braking ECU is connected to a standards compliant communication bus on said trailer and is adapted to receive data inputs from sensors on the trailer, wherein the system further comprises means to interface to trailer electronics and a communications interface, characterised in that the said means is adapted to receive inputs from further sensors on the trailer and/or to read the inputs from sensors received by the braking ECU such that data received from the sensors can be rendered in standards compliant manner and wirelessly transmitted to a further device remote or distinct from the trailer, which further device is adapted to display information so received using a standards compliant client.
A conical or cylindrical segment comprising: a continuous strip of metal in a curved form having an edge-to-edge abutting relationship of a first edge region and a second edge region of the continuous strip of metal along a spiral joint; the segment characterized in that it further comprises a first set of tick marks along the first edge region; and a second set of tick marks along the second edge region, each tick mark in the first set of tick marks along the first edge region aligned with a respective tick mark in the second set of tick marks along the second edge region to within a predetermined tolerance. a continuous strip of metal in a curved form having an edge-to-edge abutting relationship of a first edge region and a second edge region of the continuous strip of metal along a spiral joint; the segment characterized in that it further comprises a first set of tick marks along the first edge region; and a second set of tick marks along the second edge region, each tick mark in the first set of tick marks along the first edge region aligned with a respective tick mark in the second set of tick marks along the second edge region to within a predetermined tolerance.
A carriage configured to be mounted in a fiber distribution cabinet, the carriage comprising: a carriage body having a front end, a rear end, a first side, a second side, and a back wall cooperating to define a cavity; a top wall at the front end of the carriage body; a plurality of side walls extending from the back wall to the top wall, wherein the top wall, the side walls, and the back wall define a plurality of openings at the front end of the carriage body, wherein the plurality of openings are sized and configured to receive a fiber optic component, wherein the top wall includes a plurality of slots, each of the plurality of slots being associated with a respective one of the plurality of openings, and wherein the slots are sized and configured to allow fiber optic cables to be inserted into and/or removed from an opening of said plurality of openings through a slot of said plurality of slots, while preventing the fiber optic component from being inserted into and/or removed from the opening through the slot. a carriage body having a front end, a rear end, a first side, a second side, and a back wall cooperating to define a cavity; a top wall at the front end of the carriage body; a plurality of side walls extending from the back wall to the top wall, wherein the top wall, the side walls, and the back wall define a plurality of openings at the front end of the carriage body, wherein the plurality of openings are sized and configured to receive a fiber optic component, wherein the top wall includes a plurality of slots, each of the plurality of slots being associated with a respective one of the plurality of openings, and wherein the slots are sized and configured to allow fiber optic cables to be inserted into and/or removed from an opening of said plurality of openings through a slot of said plurality of slots, while preventing the fiber optic component from being inserted into and/or removed from the opening through the slot.
A process for cleaning blast furnace gas flowing from a furnace via a dust removing device to one or more filter stations, comprising the following steps: - one or more sensors are used to continuously monitor one or more parameters indicative for an expected temperature peak in the furnace gas flow; - in case the measured parameter exceeds a predefined limit value, a coolant, e.g., water, is sprayed into the furnace gas flow; characterized in that - after passing the dust removing device and before passing the filter stations the blast furnace gas flows downward through a conditioning tower having an inlet at its top section and an outlet at or near its bottom, the conditioning tower comprising nozzles spraying said coolant co-currently or counter-currently into the blast furnace gas flow; - during the residence time in the conditioning tower the coolant evaporates before the blast furnace gas passes a blast furnace gas outlet. - one or more sensors are used to continuously monitor one or more parameters indicative for an expected temperature peak in the furnace gas flow; - in case the measured parameter exceeds a predefined limit value, a coolant, e.g., water, is sprayed into the furnace gas flow; characterized in that - after passing the dust removing device and before passing the filter stations the blast furnace gas flows downward through a conditioning tower having an inlet at its top section and an outlet at or near its bottom, the conditioning tower comprising nozzles spraying said coolant co-currently or counter-currently into the blast furnace gas flow; - during the residence time in the conditioning tower the coolant evaporates before the blast furnace gas passes a blast furnace gas outlet.