mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method of energy consumption analysis of a communication network site, the method performed by a computer apparatus, the method comprising: receiving total energy consumption values of the communication network site, wherein the site is divided into two or more equipment sections that are individually and independently managed by different operators' entities, and the total energy consumption covers energy consumption of the whole site, and finding out a first estimate of the energy consumption of at least one of the equipment sections by: detecting a change of a first magnitude in the total energy consumption at a first point of time, obtaining , from a source external to the computer apparatus, information about maintenance work taking place in a first equipment section of the communication network site at the first point of time, and outputting the first magnitude as the first estimate of the energy consumption of the first equipment section receiving total energy consumption values of the communication network site, wherein the site is divided into two or more equipment sections that are individually and independently managed by different operators' entities, and the total energy consumption covers energy consumption of the whole site, and finding out a first estimate of the energy consumption of at least one of the equipment sections by: detecting a change of a first magnitude in the total energy consumption at a first point of time, obtaining , from a source external to the computer apparatus, information about maintenance work taking place in a first equipment section of the communication network site at the first point of time, and outputting the first magnitude as the first estimate of the energy consumption of the first equipment section detecting a change of a first magnitude in the total energy consumption at a first point of time, obtaining , from a source external to the computer apparatus, information about maintenance work taking place in a first equipment section of the communication network site at the first point of time, and outputting the first magnitude as the first estimate of the energy consumption of the first equipment section
A method of performing cell selection in a wireless communication system for reducing an initial acquisition time between a user equipment, UE, and a network entity, comprising: measuring a signal from a cell; determining whether one or more measurements of the signal pass or fail a cell selection criteria check that includes a plurality of cell selection threshold values , the plurality of cell selection threshold values being included in at least one successfully decoded system information block , SIB, of the signal ; determining , in response to the cell selection criteria check failing, whether one or more of the plurality of cell selection threshold values is within range of a corresponding one of a plurality of corresponding minimum network threshold values based on a plurality of corresponding range control threshold values , wherein the determining comprises determining, for one or more of the plurality of cell selection threshold values , whether an absolute value of the cell selection threshold value plus the corresponding minimum network threshold value is less than or equal to the corresponding range control threshold value , the minimum network threshold values based on absolute minimum values for Qqualmin and Qrxlevmin that a network operator or vendor established; and performing a cell selection procedure on the cell in response to determining that one or more of the plurality of cell selection threshold values is within range of the plurality of corresponding minimum network threshold values . measuring a signal from a cell; determining whether one or more measurements of the signal pass or fail a cell selection criteria check that includes a plurality of cell selection threshold values , the plurality of cell selection threshold values being included in at least one successfully decoded system information block , SIB, of the signal ; determining , in response to the cell selection criteria check failing, whether one or more of the plurality of cell selection threshold values is within range of a corresponding one of a plurality of corresponding minimum network threshold values based on a plurality of corresponding range control threshold values , wherein the determining comprises determining, for one or more of the plurality of cell selection threshold values , whether an absolute value of the cell selection threshold value plus the corresponding minimum network threshold value is less than or equal to the corresponding range control threshold value , the minimum network threshold values based on absolute minimum values for Qqualmin and Qrxlevmin that a network operator or vendor established; and performing a cell selection procedure on the cell in response to determining that one or more of the plurality of cell selection threshold values is within range of the plurality of corresponding minimum network threshold values .
Composite structure for stab protection, having - layers (102; 104; 106) of flat elements arranged one above the other and an - embedding material , the flat elements of adjacent layers being arranged offset relative to one another in at least parts of the layers (102; 104; 106) arranged one above the other, and the flat elements of the composite structure being embedded at least partially into the embedding material , characterized in that the composite structure has severed connecting elements , the severed connecting elements having connected at least some of the flat elements of adjacent layers to one another before being severed and whose free ends face in the direction of flat elements of adjacent layers. - layers (102; 104; 106) of flat elements arranged one above the other and an - embedding material ,
A machine-readable medium storing instructions which, when executed by one or more processors of a computing device , cause the computing device to perform operations comprising: selecting a value of user data to transmit to a server from a set of possible user data values collected on a client device ; creating a hash of a term for the value of user data using a random hash function , wherein the random hash function is generated from a randomly selected variant of the term , and wherein a set of possible variants of the term correspond to a set of indexed values known to the server ; encoding at least a portion of the hash of the term for the value as a vector , wherein the encoding includes updating a value of the vector at a position corresponding to the hash; privatizing the vector by changing at least some of the values of the vector with a predefined probability ; and transmitting , to the server , the privatized vector and an index value of the randomly selected variant to enable the server to estimate a frequency of the value of user data on a set of client devices . selecting a value of user data to transmit to a server from a set of possible user data values collected on a client device ; creating a hash of a term for the value of user data using a random hash function , wherein the random hash function is generated from a randomly selected variant of the term , and wherein a set of possible variants of the term correspond to a set of indexed values known to the server ; encoding at least a portion of the hash of the term for the value as a vector , wherein the encoding includes updating a value of the vector at a position corresponding to the hash; privatizing the vector by changing at least some of the values of the vector with a predefined probability ; and transmitting , to the server , the privatized vector and an index value of the randomly selected variant to enable the server to estimate a frequency of the value of user data on a set of client devices .
A method of wireless communication performed by an eNodeB (804; 904), comprising: broadcasting a first random access channel, RACH, configuration for a regular user equipment, UE (206; 802; 902); broadcasting a second RACH configuration for a narrow bandwidth UE (206; 802; 902), the narrow bandwidth UE (206; 802; 902) operating in a narrower bandwidth than the regular UE (206; 802; 902); receiving (810; 914), from the narrow bandwidth UE (206; 802; 902), an uplink transmission including a RACH preamble sequence; transmitting (812; 916) a downlink transmission including a RACH response which assigns the narrow bandwidth UE (206; 802; 902) to another narrow bandwidth; and receiving an uplink PUSCH transmission from the narrow bandwidth UE (206; 802; 902) transmitted using said other narrow bandwidth. broadcasting a first random access channel, RACH, configuration for a regular user equipment, UE (206; 802; 902); broadcasting a second RACH configuration for a narrow bandwidth UE (206; 802; 902), the narrow bandwidth UE (206; 802; 902) operating in a narrower bandwidth than the regular UE (206; 802; 902); receiving (810; 914), from the narrow bandwidth UE (206; 802; 902), an uplink transmission including a RACH preamble sequence; transmitting (812; 916) a downlink transmission including a RACH response which assigns the narrow bandwidth UE (206; 802; 902) to another narrow bandwidth; and receiving an uplink PUSCH transmission from the narrow bandwidth UE (206; 802; 902) transmitted using said other narrow bandwidth.
A wireless communication terminal, the terminal comprising: a processor(1 10); and a communication unit , wherein the processor is configured to: receive a wireless packet including a High Efficiency Signal A, HE-SIG-A, field and a High Efficiency Signal B, HE-SIG-B, field through the communication unit , obtain bandwidth information indicated via a bandwidth subfield included in the HE-SIG-A field, obtain information of an unassigned resource unit via a subfield included in the HE-SIG-B field, wherein the bandwidth subfield is related to bandwidth over which the received wireless packet is transmitted, and is used to obtain the information of the unassigned resource unit, and decode a data of the received wireless packet based on the bandwidth information and the information of the unassigned resource unit, wherein the information of the unassigned resource unit includes information of a C26 subfield indicating whether a user is allocated to a center 26-tone resource unit of 80 MHz when the received wireless packet is transmitted in a total bandwidth of 80 MHz or more. a processor(1 10); and a communication unit , wherein the processor is configured to: receive a wireless packet including a High Efficiency Signal A, HE-SIG-A, field and a High Efficiency Signal B, HE-SIG-B, field through the communication unit , obtain bandwidth information indicated via a bandwidth subfield included in the HE-SIG-A field, obtain information of an unassigned resource unit via a subfield included in the HE-SIG-B field, wherein the bandwidth subfield is related to bandwidth over which the received wireless packet is transmitted, and is used to obtain the information of the unassigned resource unit, and decode a data of the received wireless packet based on the bandwidth information and the information of the unassigned resource unit, wherein the information of the unassigned resource unit includes information of a C26 subfield indicating whether a user is allocated to a center 26-tone resource unit of 80 MHz when the received wireless packet is transmitted in a total bandwidth of 80 MHz or more. receive a wireless packet including a High Efficiency Signal A, HE-SIG-A, field and a High Efficiency Signal B, HE-SIG-B, field through the communication unit , obtain bandwidth information indicated via a bandwidth subfield included in the HE-SIG-A field, obtain information of an unassigned resource unit via a subfield included in the HE-SIG-B field, wherein the bandwidth subfield is related to bandwidth over which the received wireless packet is transmitted, and is used to obtain the information of the unassigned resource unit, and decode a data of the received wireless packet based on the bandwidth information and the information of the unassigned resource unit, wherein the information of the unassigned resource unit includes information of a C26 subfield indicating whether a user is allocated to a center 26-tone resource unit of 80 MHz when the received wireless packet is transmitted in a total bandwidth of 80 MHz or more.
Spacer device comprising: - a fastener intended to be rigidly connected to a first support and having an internal thread ; - a spacer having an external thread , a support end and a drive end , the spacer being intended to rest on the side of its support end on a second support, arranged opposite the first support; the fastener and the spacer being interconnected at their respective threads and being able to move relative to one another in an axial direction in order to adjust the spacer device to the distance separating the two supports, the spacer device being characterized in that it comprises a drive ring which is housed in the spacer and is capable of being rotated by a tool, the drive ring comprising at least one first coupling means that is capable of engaging with a second coupling means of the spacer , forming a dog clutch system, so as to selectively couple and decouple the drive ring and the spacer . - a fastener intended to be rigidly connected to a first support and having an internal thread ; - a spacer having an external thread , a support end and a drive end , the spacer being intended to rest on the side of its support end on a second support, arranged opposite the first support;
Radiopharmaceutical composition comprising a compound having formula (I): wherein A is selected from the group consisting of 123 I, 124 I, 125 I and 131 I; R represents wherein R 1 represents optionally substituted with one or more substituents independently selected from OH, F, Cl, I and Br; or optionally substituted with one or more substituents independently selected from OH, F, Cl, I and Br; or a pharmaceutically acceptable salt thereof, or solvate thereof. wherein A is selected from the group consisting of 123 I, 124 I, 125 I and 131 I; R represents wherein R 1 represents optionally substituted with one or more substituents independently selected from OH, F, Cl, I and Br; or optionally substituted with one or more substituents independently selected from OH, F, Cl, I and Br; or a pharmaceutically acceptable salt thereof, or solvate thereof.
A channel quality feedback method, comprising: receiving , by a first terminal, indication information sent by a second terminal, wherein the indication information is used to instruct the first terminal to send a channel quality indicator and a rank indicator to the second terminal; generating , by the first terminal, a media access control layer control element, MAC CE, wherein the MAC CE comprises the channel quality indicator and the rank indicator; and sending , by the first terminal, the MAC CE to the second terminal; the method characterised in that : after the receiving , by the first terminal, the indication information sent by the second terminal, starting a timer by the first terminal; and the generating , by the first terminal, the media access control layer control element, MAC CE, comprises: generating, by the first terminal, the MAC CE in the case that the timer does not expire. receiving , by a first terminal, indication information sent by a second terminal, wherein the indication information is used to instruct the first terminal to send a channel quality indicator and a rank indicator to the second terminal; generating , by the first terminal, a media access control layer control element, MAC CE, wherein the MAC CE comprises the channel quality indicator and the rank indicator; and sending , by the first terminal, the MAC CE to the second terminal; the method characterised in that : after the receiving , by the first terminal, the indication information sent by the second terminal, starting a timer by the first terminal; and the generating , by the first terminal, the media access control layer control element, MAC CE, comprises: generating, by the first terminal, the MAC CE in the case that the timer does not expire. after the receiving , by the first terminal, the indication information sent by the second terminal, starting a timer by the first terminal; and the generating , by the first terminal, the media access control layer control element, MAC CE, comprises: generating, by the first terminal, the MAC CE in the case that the timer does not expire.
Hydraulic servo-actuated valve comprising a valve body , an actuator and a lid , - the valve body comprising a first duct with a first opening , a second duct with a second opening , a main opening arranged on the valve body between the first duct and the second duct , a clamping flange arranged around the main opening ; - the actuator comprising a central actuation region and a peripheral sealing band ; - the lid comprising a central portion and a counter-clamping flange , the central portion concurring with the actuator in delimiting an actuating chamber , the counter-clamping flange being adapted to be clamped against the clamping flange with the interposition of said peripheral sealing band of the actuator ; said actuator being adapted to make an actuation movement between an open position, which allows the flow between the first duct and the second duct , and a closed position preventing the flow between the first duct and the second duct , said valve being adapted to the connection of a three way operative member, only to the lid or only to the valve body, in such a way that said operative member is connected to the first duct , to the second duct and to the actuating chamber , said valve being characterized by comprising a composite actuating duct longitudinally extending between the clamping flange and the counter-clamping flange , said composite actuating duct being obtained by joining solely a first element and one second element , said composite actuating duct being connected to at least one of the first duct , the second duct and the actuating chamber , a plan transversally intersecting said composite actuating duct intersecting both said first element and said second element , said first element comprising the counter-clamping flange of the lid or the clamping flange of the valve body and said second element comprising the peripheral sealing band of the actuator . - the valve body comprising a first duct with a first opening , a second duct with a second opening , a main opening arranged on the valve body between the first duct and the second duct , a clamping flange arranged around the main opening ; - the actuator comprising a central actuation region and a peripheral sealing band ; - the lid comprising a central portion and a counter-clamping flange , the central portion concurring with the actuator in delimiting an actuating chamber , the counter-clamping flange being adapted to be clamped against the clamping flange with the interposition of said peripheral sealing band of the actuator ;
Method of obtaining zinc sulphate solution for electrolysis of zinc from selected Waelz oxide of hydrometallurgical properties, with the application of purification by means of sodium carbonate solution at atmospheric or elevated pressure in an autoclave, characterised in that selected oxides of hydrometallurgical properties from the Waelz plant are used in the process, and the process of preparing zinc electrolyte for electrolytic zinc manufacture is carried out in three stages, wherein each of the stages is preceded by a different process of preparing process suspension, in the first stage the crude zinc oxide being treated with cold water to remove chlorine and alkali elements in a two-step counter-current operation of leaching soluble components carried out in a washing and thickening unit, wherefrom water containing alkali elements and chlorine is selectively transferred to CaCl2 manufacture, in the second stage the crude zinc oxide processed in the first stage being further treated in an autoclave at a temperature of 120-130°C to remove fluorine by treatment with Na 2 CO 3 and/or Na 2 CO 3 solution, after which the suspension, preferably upon thickening, is subjected to phase separation by means of filtration and washing the filter cake on the filter, in the third stage the filter cake obtained in the second stage being dissolved in the spent electrolyte after which the thickened suspension is separated in a thickening and phase separation process by means of filtration and washing the filter cake on the filter, and the solution after sedimentation constituting a zinc electrolyte for electrolytic zinc manufacture, wherein solutions from the second step are transferred to selective purification to separate CaF2.
A shank instrument, in particular a medical endoscopic shank instrument or technoscope, with a shank and with an instrument head , said instrument head comprising at least one joint part articulated on the distal shank end in an angularly bendable manner and a tool carrier which at the distal side is articulated on the joint part in an angularly bendable manner in the angular bending plane of the joint part , wherein a toothing which is meshed with a toothed body rotatably mounted in the shank and coupled in movement to a pull cable pair for the movement control of the instrument head is formed at the proximal end of the joint part characterised in that the toothed body is divided in two transversely to its rotation axis, wherein the two parts of the toothed body are rotatable relative to one another and each of the two parts of the toothed body is connected in a rotationally fixed manner to an actuation roller , on which actuation roller a pull cable engages in each case, in an antagonistic manner with respect to the other pull cable.
An in vitro method for determining the prognosis of a subject having a solid tumor selected from the group consisting of: non-small cell lung cancer, colorectal cancer, breast cancer, gastric cancer, or a metastasis derived therefrom, said method comprising the steps of: a) obtaining an isolated biological sample containing tumor infiltrating T reg cells from the subject; b) detecting LAYN in said sample; c) comparing the detected LAYN to a control selected from i) a known standard from a normal subject or from a normal population, or ii) from T cells different from tumor infiltrating regulatory T cells or regulatory T cells; and d) based on the comparison determining a prognosis, a higher LAYN in the subject sample indicating a poorer prognosis. a) obtaining an isolated biological sample containing tumor infiltrating T reg cells from the subject; b) detecting LAYN in said sample; c) comparing the detected LAYN to a control selected from i) a known standard from a normal subject or from a normal population, or ii) from T cells different from tumor infiltrating regulatory T cells or regulatory T cells; and i) a known standard from a normal subject or from a normal population, or ii) from T cells different from tumor infiltrating regulatory T cells or regulatory T cells; and d) based on the comparison determining a prognosis, a higher LAYN in the subject sample indicating a poorer prognosis.