mhurhangee/ep-ind-claims huggingface dataset:
A method for encoding state sets comprising: encoding, by an electronic computing device, a prefix tree representation of a set of states as a level ordered edge sequence (LOES) by encoding each inner node of the prefix tree from left to right, and top to bottom order as bit pairs to form a bit-string, the bits of the bit pairs corresponding to the presence of false and true edges at each inner node; during said encoding, identifying, by the electronic computing device, a presence of a complete subtree having a root node within the prefix tree; denoting, by the electronic computing device, the root node of the subtree using an identifying code-point inserted in the bit-string to represent the complete subtree; and pruning the complete subtree, except for its root node, from the bit-string in order to compress the bit-string. encoding, by an electronic computing device, a prefix tree representation of a set of states as a level ordered edge sequence (LOES) by encoding each inner node of the prefix tree from left to right, and top to bottom order as bit pairs to form a bit-string, the bits of the bit pairs corresponding to the presence of false and true edges at each inner node; during said encoding, identifying, by the electronic computing device, a presence of a complete subtree having a root node within the prefix tree; denoting, by the electronic computing device, the root node of the subtree using an identifying code-point inserted in the bit-string to represent the complete subtree; and pruning the complete subtree, except for its root node, from the bit-string in order to compress the bit-string.
A terminal device comprising: a receiver configured to receive higher layer signaling including first information associated with a measurement of a discovery signal, DS, for a carrier frequency and second information indicating whether a partial subframe is configured or not for a serving cell corresponding to the carrier frequency; and a measurement controller configured: to measure reference signal received power, RSRP, and reference signal received quality, RSRQ, based on channel state information reference signals, CSI-RS, included in the DS, and to assume that the DS including the CSI-RS is not transmitted in the partial subframe, in a case that the first information includes a configuration associated with a measurement for the CSI-RS and a transmission of the DS is overlapped in a resource element with a transmission of a physical downlink shared channel, PDSCH and/or an enhanced physical downlink control channel, EPDCCH in the partial subframe. a receiver configured to receive higher layer signaling including first information associated with a measurement of a discovery signal, DS, for a carrier frequency and second information indicating whether a partial subframe is configured or not for a serving cell corresponding to the carrier frequency; and a measurement controller configured: to measure reference signal received power, RSRP, and reference signal received quality, RSRQ, based on channel state information reference signals, CSI-RS, included in the DS, and to assume that the DS including the CSI-RS is not transmitted in the partial subframe, in a case that the first information includes a configuration associated with a measurement for the CSI-RS and a transmission of the DS is overlapped in a resource element with a transmission of a physical downlink shared channel, PDSCH and/or an enhanced physical downlink control channel, EPDCCH in the partial subframe. to measure reference signal received power, RSRP, and reference signal received quality, RSRQ, based on channel state information reference signals, CSI-RS, included in the DS, and to assume that the DS including the CSI-RS is not transmitted in the partial subframe, in a case that the first information includes a configuration associated with a measurement for the CSI-RS and a transmission of the DS is overlapped in a resource element with a transmission of a physical downlink shared channel, PDSCH and/or an enhanced physical downlink control channel, EPDCCH in the partial subframe.
A system for optimizing blending comprising: a processor configured to: aggregate material information, wherein the material information is associated with a product input of at least one product, the product input comprising an agricultural commodity selected from the group consisting of a fruit, a vegetable, a grain, and a nut; aggregate production information, wherein the production information is associated with production resources of the at least one product; calculate a blending plan for the at least one product by executing a blending model, the blending model including objective functions and constraint functions, wherein the objective functions are limited by the constraint functions, and wherein executing the blending model comprises inputting the aggregated material information and/or production information into the blending model; generate a consumer liking profile by mathematically modeling consumer liking of the at least one product; and provide blending plan information, including the blending plan and the consumer liking profile, for controlling the production resources. aggregate material information, wherein the material information is associated with a product input of at least one product, the product input comprising an agricultural commodity selected from the group consisting of a fruit, a vegetable, a grain, and a nut; aggregate production information, wherein the production information is associated with production resources of the at least one product; calculate a blending plan for the at least one product by executing a blending model, the blending model including objective functions and constraint functions, wherein the objective functions are limited by the constraint functions, and wherein executing the blending model comprises inputting the aggregated material information and/or production information into the blending model; generate a consumer liking profile by mathematically modeling consumer liking of the at least one product; and provide blending plan information, including the blending plan and the consumer liking profile, for controlling the production resources.
An adaptive equalization circuit for equalizing at least two signals (R,G,B,CLK), comprising: at least two equalization filters (40,41,42,43) teach coupled to receive and configured to equalize a different one of the at least two signals, said each of the at least two equalization filters (40,41,42,43) being controlled by an equalization control signal, wherein a first filter of said equalization filters is coupled and configured to generate a first equalized signal in response to a first of the at least two signals controlled by the equalization control signal; said adaptive equalization circuit characterized in that it further comprises: control circuitry, coupled and configured to generate the equalization control signal in response to the first equalized signal but not in response to any equalized signal generated by any of the equalization filters other than said first filter of the equalization filters, and to assert the equalization control signal to all said equalization filters, wherein said first of the at least two signals is a predetermined fixed pattern signal, said first filter of the equalization filters is configured to generate an equalized fixed pattern signal in response to the predetermined fixed pattern signal, and the control circuitry is configured to generate the equalization control signal in response to the equalized fixed pattern signal. at least two equalization filters (40,41,42,43) teach coupled to receive and configured to equalize a different one of the at least two signals, said each of the at least two equalization filters (40,41,42,43) being controlled by an equalization control signal, wherein a first filter of said equalization filters is coupled and configured to generate a first equalized signal in response to a first of the at least two signals controlled by the equalization control signal; said adaptive equalization circuit characterized in that it further comprises: control circuitry, coupled and configured to generate the equalization control signal in response to the first equalized signal but not in response to any equalized signal generated by any of the equalization filters other than said first filter of the equalization filters, and to assert the equalization control signal to all said equalization filters, wherein said first of the at least two signals is a predetermined fixed pattern signal, said first filter of the equalization filters is configured to generate an equalized fixed pattern signal in response to the predetermined fixed pattern signal, and the control circuitry is configured to generate the equalization control signal in response to the equalized fixed pattern signal.
A system for providing a compressive force to a desired treatment area on a person's torso, the system comprising: a dressing assembly shaped and configured to surround a person's torso, wherein the dressing assembly comprises a dressing bolster formed from a bolster material and having a first surface and a second, inward-facing surface; a releasable circumferential connector for holding the dressing assembly against the torso, wherein the circumferential connector comprises joining elements coupled to the dressing bolster and fasteners, wherein the circumferential connector and the dressing assembly form a circumferential member; a sealing subsystem for providing a fluid seal over the dressing assembly and a person's epidermis; and a reduced-pressure subsystem for providing reduced pressure to the dressing assembly whereupon the system is operable to generate a compressive force against at least a portion of the torso. a dressing assembly shaped and configured to surround a person's torso, wherein the dressing assembly comprises a dressing bolster formed from a bolster material and having a first surface and a second, inward-facing surface; a releasable circumferential connector for holding the dressing assembly against the torso, wherein the circumferential connector comprises joining elements coupled to the dressing bolster and fasteners, wherein the circumferential connector and the dressing assembly form a circumferential member; a sealing subsystem for providing a fluid seal over the dressing assembly and a person's epidermis; and a reduced-pressure subsystem for providing reduced pressure to the dressing assembly whereupon the system is operable to generate a compressive force against at least a portion of the torso.
An ion source comprising: one or more nebulisers and one or more targets; wherein said one or more nebulisers are arranged and adapted to nebulise one or more eluents emitted by one or more liquid chromatography separation devices over a period of time; wherein said one or more eluents have a liquid flow rate selected from the group consisting of: (i) 1-10 μL/min; (ii) 10-50 μL/min; (iii) 50-100 μL/min; (iv) 100-200 μL/min; (v) 200-300 μL/min; (vi) 300-400 μL/min; (vii) 400-500 μL/min; (viii) 500-600 μL/min; (ix) 600-700 μL/min; (x) 700-800 μL/min; (xi) 800-900 μL/min; (xii) 900-1000 μL/min; (xiii) 1000-1500 μL/min; (xiv) 1500-2000 μL/min; (xv) 2000-2500 μL/min; and (xvi) > 2500 μL/min; wherein one or more nebulisers are arranged and adapted to emit, in use, a stream predominantly of droplets which are caused to impact upon said one or more targets and to ionise said droplets to form a plurality of ions; characterised in that said stream of droplets is arranged to impact on an impact zone of said one or more targets, wherein said impact zone has an area ≤ 4 mm 2. one or more nebulisers and one or more targets; wherein said one or more nebulisers are arranged and adapted to nebulise one or more eluents emitted by one or more liquid chromatography separation devices over a period of time; wherein said one or more eluents have a liquid flow rate selected from the group consisting of: (i) 1-10 μL/min; (ii) 10-50 μL/min; (iii) 50-100 μL/min; (iv) 100-200 μL/min; (v) 200-300 μL/min; (vi) 300-400 μL/min; (vii) 400-500 μL/min; (viii) 500-600 μL/min; (ix) 600-700 μL/min; (x) 700-800 μL/min; (xi) 800-900 μL/min; (xii) 900-1000 μL/min; (xiii) 1000-1500 μL/min; (xiv) 1500-2000 μL/min; (xv) 2000-2500 μL/min; and (xvi) > 2500 μL/min; wherein one or more nebulisers are arranged and adapted to emit, in use, a stream predominantly of droplets which are caused to impact upon said one or more targets and to ionise said droplets to form a plurality of ions; characterised in that said stream of droplets is arranged to impact on an impact zone of said one or more targets, wherein said impact zone has an area ≤ 4 mm 2.
A method of setting an internet protocol, IP, session in a mobile communication system by a MS, the method comprising: receiving an access network allocation address (IP XS) from an access network which the MS has accessed; transmitting (S1215, S1220), to a domain name server, DNS, a lookup message for querying an IP address (IP CN) of a corresponding node and an IP address (IP CGW) of a corresponding gateway, the corresponding gateway corresponding to the corresponding node; receiving (S1225, S1230), from the DNS, the IP address (IP CN) of the corresponding node and the IP address (IP CGW) of the corresponding gateway; transmitting, to the corresponding gateway, a binding update message, wherein care of address, CoA, of the binding update message is set as an access network allocation address (IPxs) and home address, HoA, is set as NULL; receiving, from the corresponding gateway, a binding Ack message including a corresponding gateway allocation IP address (IPapp) wherein the HoA in the binding Ack message is set as the corresponding gateway allocation IP address (IPapp); generating a tunnel with the corresponding gateway based on the corresponding gateway allocation IP address (IPapp);and setting an IP session with the corresponding node based on the corresponding gateway allocation IP address (IPapp) and the IP address (IP CN) of the corresponding node. receiving an access network allocation address (IP XS) from an access network which the MS has accessed; transmitting (S1215, S1220), to a domain name server, DNS, a lookup message for querying an IP address (IP CN) of a corresponding node and an IP address (IP CGW) of a corresponding gateway, the corresponding gateway corresponding to the corresponding node; receiving (S1225, S1230), from the DNS, the IP address (IP CN) of the corresponding node and the IP address (IP CGW) of the corresponding gateway; transmitting, to the corresponding gateway, a binding update message, wherein care of address, CoA, of the binding update message is set as an access network allocation address (IPxs) and home address, HoA, is set as NULL; receiving, from the corresponding gateway, a binding Ack message including a corresponding gateway allocation IP address (IPapp) wherein the HoA in the binding Ack message is set as the corresponding gateway allocation IP address (IPapp); generating a tunnel with the corresponding gateway based on the corresponding gateway allocation IP address (IPapp);and setting an IP session with the corresponding node based on the corresponding gateway allocation IP address (IPapp) and the IP address (IP CN) of the corresponding node.
A system comprising: a first device having at least one processor and a secure storage and having a first trusted execution environment; and an on-boarding system coupled to the first device within a first network, the on-boarding system including a second TEE, the on-boarding system configured to: receive a request to transfer ownership of the first device to a new owner, receive notification information from a spectrum analyzer regarding unknown wireless signal information regarding at least one of unknown wireless signal activity and attacker-based wireless signal activity within the first network, and perform a native communication protocol between the on-boarding system and the first device to communicate ownership information to execute the ownership transfer to the new owner, to cause the first device to store the ownership information in a storage of the first device and to cause the first device to autonomously self-assert that it is in an owned state; wherein the first device is configured to autonomously self-assert that it is in an owned state based at least in part on verifying that the native communication protocol was correctly performed; wherein the on-boarding system is configured to determine if a potential attacker is within a radio range of the first network based on the unknown wireless signal information, and responsive to the determination that the potential attacker is within the radio range, manipulate a signal strength of the on-boarding system and the first device, to limit an emission range of the on-boarding system and the first device. a first device having at least one processor and a secure storage and having a first trusted execution environment; and an on-boarding system coupled to the first device within a first network, the on-boarding system including a second TEE, the on-boarding system configured to: receive a request to transfer ownership of the first device to a new owner, receive notification information from a spectrum analyzer regarding unknown wireless signal information regarding at least one of unknown wireless signal activity and attacker-based wireless signal activity within the first network, and perform a native communication protocol between the on-boarding system and the first device to communicate ownership information to execute the ownership transfer to the new owner, to cause the first device to store the ownership information in a storage of the first device and to cause the first device to autonomously self-assert that it is in an owned state; wherein the first device is configured to autonomously self-assert that it is in an owned state based at least in part on verifying that the native communication protocol was correctly performed; wherein the on-boarding system is configured to determine if a potential attacker is within a radio range of the first network based on the unknown wireless signal information, and responsive to the determination that the potential attacker is within the radio range, manipulate a signal strength of the on-boarding system and the first device, to limit an emission range of the on-boarding system and the first device.
A self-lubricating king pin joint system, comprising: a knuckle with a bushing disposed therein; a king pin disposed through a center of the bushing, wherein a king pin joint is formed between the bushing and the king pin; characterized by a controllable spring positioned near a center of a hollow bore of the king pin; an upper piston and a lower piston positioned on opposite sides of the controllable spring; an upper volume of lubricant disposed above an upper side of the upper piston and a lower volume of lubricant disposed below a lower side of the lower piston; a drive mechanism positioned within the king pin hollow bore that controls the spring to self-lubricate the king pin joint. a knuckle with a bushing disposed therein; a king pin disposed through a center of the bushing, wherein a king pin joint is formed between the bushing and the king pin; characterized by a controllable spring positioned near a center of a hollow bore of the king pin; an upper piston and a lower piston positioned on opposite sides of the controllable spring; an upper volume of lubricant disposed above an upper side of the upper piston and a lower volume of lubricant disposed below a lower side of the lower piston; a drive mechanism positioned within the king pin hollow bore that controls the spring to self-lubricate the king pin joint.
A portable device for treating the bites or stings of insects and harmful creatures, comprising: - a piezoelectric element capable of producing a predetermined difference in electrical potential; - an actuating element operable by a user and associated with said piezoelectric element to impart to it a predetermined state of stress/deformation; - a discharge area electrically connected to the piezoelectric element and positionable in proximity to an area of a patient which has been bitten/stung in order to impart to it an electrical discharge generated by said difference in electrical potential and - a containing body housing the piezoelectric element, the actuating element and the discharge area and having a guide and housing portion receiving the actuating element, said guide and housing portion having at least one sliding guide engageable by the actuating element; characterised in that said containing body is monolithic and made in a single piece and creates an internal housing space housing the piezoelectric element, the actuating element comprising at least one insertion and guide counterpart capable of being inserted by snap-fit into a respective sliding guide. - a piezoelectric element capable of producing a predetermined difference in electrical potential; - an actuating element operable by a user and associated with said piezoelectric element to impart to it a predetermined state of stress/deformation; - a discharge area electrically connected to the piezoelectric element and positionable in proximity to an area of a patient which has been bitten/stung in order to impart to it an electrical discharge generated by said difference in electrical potential and - a containing body housing the piezoelectric element, the actuating element and the discharge area and having a guide and housing portion receiving the actuating element, said guide and housing portion having at least one sliding guide engageable by the actuating element;
A wireless communication method that selectively adjusts a beam scanning frequency for wireless transmission comprising: performing beam scanning for wireless transmission at an assigned frequency, wherein the frequency denotes the time period between beam scans; determining a beam variance rate of change, wherein the beam variance is based on the number of changes in selected beams over a number of beam scans; and based at least on the determined beam variance rate of change, adjusting a frequency at which the beam scanning is performed. performing beam scanning for wireless transmission at an assigned frequency, wherein the frequency denotes the time period between beam scans; determining a beam variance rate of change, wherein the beam variance is based on the number of changes in selected beams over a number of beam scans; and based at least on the determined beam variance rate of change, adjusting a frequency at which the beam scanning is performed.
An antisense oligonucleotide wherein the oligonucleotide is the oligonucleotide compound TTAcActtaattatactTCC (CMP ID NO: 626_7) wherein capital letters represent beta-D-oxy LNA nucleosides, lowercase letters represent DNA nucleosides, all LNA C are 5-methyl cytosine, and all internucleoside linkages are phosphorothioate internucleoside linkages.
Closure element for beverage cans or similar that also forms a plectrum, the closure element comprising a planar body which has a laterally open pivot bearing opening for pushing the planar body onto a pin of a closure tab of a beverage can, characterised in that the planar body is simultaneously designed as a plug-in chip for shopping trolleys and, for this purpose, has an at least semicircular outline in which the pivot bearing opening is provided as a lateral recess, the planar body, preferably adjacent to the lateral recess, having a projection (2"), the projection (2") being generally triangular.