mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a network node for discrete power allocation for a non-orthogonal multiple access, NOMA, system , the method comprising: determining (S134) a set of discrete power allocation values, each particular wireless device, WD, in a set of WDs being assigned to one of the set of discrete power allocation values, the determining including subjecting the power allocation values to at least one constraint to reduce a number of power allocation value combinations; transmitting (S136) to the WDs in the set, a plurality of superimposed data signals, each data signal intended for a different one of the WDs in the set and having a different power allocation value, each WD in the set receiving all the plurality of superimposed data signals; and transmitting (S138) to each WD in the set of WDs a different control signal, the control signal including an indication of the power level allocation values of the set of discrete power allocation values. determining (S134) a set of discrete power allocation values, each particular wireless device, WD, in a set of WDs being assigned to one of the set of discrete power allocation values, the determining including subjecting the power allocation values to at least one constraint to reduce a number of power allocation value combinations; transmitting (S136) to the WDs in the set, a plurality of superimposed data signals, each data signal intended for a different one of the WDs in the set and having a different power allocation value, each WD in the set receiving all the plurality of superimposed data signals; and transmitting (S138) to each WD in the set of WDs a different control signal, the control signal including an indication of the power level allocation values of the set of discrete power allocation values.
A pharmaceutical or dermatological composition for application thereof as a medicament for the prevention and/or treatment of tissue lesions, said composition comprising: - a biocompatible polymer of general formula (I) AaXxYy (I) or of formula (II) : AaXxYyZz (I) in which: A represents a monomer which is glucose, X represents an R 1 COOR 2 group, Y represents an R 7 SO 3 R 8 group Z is an acetic acid group R 1 represents an aliphatic hydrocarbon-based chain, optionally branched and/or unsaturated and R 2 represents a hydrogen atom or a cation, R 7 represents a bond R 8 is an alkali metal selected from the group consisting of lithium, sodium, potassium, rubidium and cesium, and a represents the number of monomers is such that the weight of said polymers of formula (I) is greater than 2000 daltons. x represents the degree of substitution of the monomers A by groups X, x is between 20% and 150%, y represents the degree of substitution of the monomers A by groups Y, y is between 30% and 150%, z represents the degree of substitution "z" by groups Z, z is from 0% to 50%, preferably equal to 30% and - a platelet extract and/or lysate. - a biocompatible polymer of general formula (I) AaXxYy (I) or of formula (II) : AaXxYyZz (I) in which: A represents a monomer which is glucose, X represents an R 1 COOR 2 group, Y represents an R 7 SO 3 R 8 group Z is an acetic acid group R 1 represents an aliphatic hydrocarbon-based chain, optionally branched and/or unsaturated and R 2 represents a hydrogen atom or a cation, R 7 represents a bond R 8 is an alkali metal selected from the group consisting of lithium, sodium, potassium, rubidium and cesium, and a represents the number of monomers is such that the weight of said polymers of formula (I) is greater than 2000 daltons. x represents the degree of substitution of the monomers A by groups X, x is between 20% and 150%, y represents the degree of substitution of the monomers A by groups Y, y is between 30% and 150%, z represents the degree of substitution "z" by groups Z, z is from 0% to 50%, preferably equal to 30% and A represents a monomer which is glucose, X represents an R 1 COOR 2 group, Y represents an R 7 SO 3 R 8 group Z is an acetic acid group R 1 represents an aliphatic hydrocarbon-based chain, optionally branched and/or unsaturated and R 2 represents a hydrogen atom or a cation, R 7 represents a bond R 8 is an alkali metal selected from the group consisting of lithium, sodium, potassium, rubidium and cesium, and a represents the number of monomers is such that the weight of said polymers of formula (I) is greater than 2000 daltons. x represents the degree of substitution of the monomers A by groups X, x is between 20% and 150%, y represents the degree of substitution of the monomers A by groups Y, y is between 30% and 150%, z represents the degree of substitution "z" by groups Z, z is from 0% to 50%, preferably equal to 30% and - a platelet extract and/or lysate.
A mobile communication terminal comprising: a plurality of communication devices configured to communicate with a plurality of base stations , a movement route information management unit configured to manage movement route information of the mobile communication terminal; a plurality of communication units configured to communicate using the plurality of communication devices; a communication environment information database configured to store communication environment information which contains a position of each communication area, a communication quality of the communication device available in the communication area, and a communication cost; a mobile communication planning unit configured to calculate communication scheduling information on the basis of the movement route information, the communication environment information, and a communication requirement of transmitting data; a communication control unit configured to select the communication device according to the calculated communication scheduling information, and a calculation unit configured to calculate a transmittable data amount in each communication device in each communication area where the mobile communication terminal transmitting said data passes when transmitting data on the basis of the movement route information, the communication environment information, and the communication requirement of the transmitting data, wherein the mobile communication planning unit is configured to calculate the communication scheduling information according to the calculated transmittable data amount in each communication device. a plurality of communication devices configured to communicate with a plurality of base stations , a movement route information management unit configured to manage movement route information of the mobile communication terminal; a plurality of communication units configured to communicate using the plurality of communication devices; a communication environment information database configured to store communication environment information which contains a position of each communication area, a communication quality of the communication device available in the communication area, and a communication cost; a mobile communication planning unit configured to calculate communication scheduling information on the basis of the movement route information, the communication environment information, and a communication requirement of transmitting data; a communication control unit configured to select the communication device according to the calculated communication scheduling information, and a calculation unit configured to calculate a transmittable data amount in each communication device in each communication area where the mobile communication terminal transmitting said data passes when transmitting data on the basis of the movement route information, the communication environment information, and the communication requirement of the transmitting data, wherein the mobile communication planning unit is configured to calculate the communication scheduling information according to the calculated transmittable data amount in each communication device.
A radome for protecting an antenna capable of radiating and/or sensing radio waves in a given frequency range ranging from 3 MHz to 300 GHz, said radome being equipped with a heating system comprising two electrical contacts between which resistive heating elements are arranged, said resistive heating elements are parallel strips spaced apart from one another and each having two ends respectively connected to both electrical contacts , each of the strips being made using a network of nanoelements including metal nanowires , and the strips have a first width (L1) strictly lower than half the length (λ) of the radio wave radiated/sensed by the antenna, and in that the period (P) at which the strips succeed each other is substantially equal to the product n.λ, with (n) corresponding to a positive integer preferably different from 1.
Construction support , having an axial longitudinal direction , a circumferential direction concentric thereto, and a radial direction , having an outer tube extending in the longitudinal direction and an inner tube , arranged therein, which extends in the longitudinal direction , is adjustable relative to the outer tube in the longitudinal direction and has an external thread , the outer tube being a non-round rolled tube and the outer tube , during rolling production, is provided with at least one guide groove which extends in the longitudinal direction and opens radially inwards, the inner tube having at least one radially outwardly projecting guide element , which engages in the radially inwardly open guide groove , such that the inner tube is arranged in the outer tube form-fittingly and non-rotationally in the circumferential direction , an adjustment nut being arranged in a longitudinal end region of the outer tube so as to be captive but rotatable in the circumferential direction , the adjustment nut having an inner thread which can be screwed to the outer thread of the inner tube , the inner tube being adjustable in the longitudinal direction relative to the outer tube by rotation of the adjustment nut , the guide element sliding in the guide groove , the longitudinal end region of the outer tube having foldable means which form a securing element for the adjustment nut, the foldable means of the longitudinal end region of the outer tube being formed by a radially outwardly projecting portion having at least one projection which can be folded radially inwards into axial rear engagement with the adjustment nut , characterised in that the inner tube is a round tube and the foldable means are formed by welding flange-like portions or are formed in one piece from the material of the outer tube by a radially outwardly directed deformation.
A solid rocket propellant comprising: a hydroxyl-terminated polybudadiene (HTPB) binder system having a high molecular weight diol that is greater than thirty carbon atoms (> C 30 ) and less than fifty carbon atoms (< C 50 ) and excluding dimeryl diisocyanate (DDI), wherein the high molecular weight diol is a dimer diol (DD).
Magnetic-inductive flowmeter for determining a flow velocity-dependent measured variable induced in a flowable medium, comprising - a measuring tube for guiding the flowable medium in a flow direction, wherein the measuring tube comprises a carrier body , wherein the measuring tube comprises an inlet region in which the carrier body has a first depression which is located on an inner side of the carrier body , wherein the first depression extends continuously in the direction of flow, wherein the measuring tube comprises a support body for stabilising a liner , wherein the supporting body is formed from sintered spheres which are joined together by a sintering process and form pores, wherein the support body is arranged between the carrier body and the liner , wherein the supporting body extends into the first recess and is thus positively connected to the carrier body , wherein the first recess is at least partially helical; - a device arranged on the measuring tube for generating a magnetic field penetrating the measuring tube ; and - two measuring electrodes for tapping a measuring voltage induced in the flowable medium. - a measuring tube for guiding the flowable medium in a flow direction, wherein the measuring tube comprises a carrier body , wherein the measuring tube comprises an inlet region in which the carrier body has a first depression which is located on an inner side of the carrier body , wherein the first depression extends continuously in the direction of flow, wherein the measuring tube comprises a support body for stabilising a liner , wherein the supporting body is formed from sintered spheres which are joined together by a sintering process and form pores, wherein the support body is arranged between the carrier body and the liner , wherein the supporting body extends into the first recess and is thus positively connected to the carrier body , wherein the first recess is at least partially helical; wherein the measuring tube comprises a carrier body , wherein the measuring tube comprises an inlet region in which the carrier body has a first depression which is located on an inner side of the carrier body , wherein the first depression extends continuously in the direction of flow, wherein the measuring tube comprises a support body for stabilising a liner , wherein the supporting body is formed from sintered spheres which are joined together by a sintering process and form pores, wherein the support body is arranged between the carrier body and the liner , wherein the supporting body extends into the first recess and is thus positively connected to the carrier body , wherein the first recess is at least partially helical; - a device arranged on the measuring tube for generating a magnetic field penetrating the measuring tube ; and - two measuring electrodes for tapping a measuring voltage induced in the flowable medium.
A method of storing data associated with a network enabled device that connects to one or more nodes in a distributed computing system, the method comprising: establishing a first connection between a network-enabled device and a first node in a distributed computing system; as a result of the first node providing a service to the network enabled device, storing a set of data associated with the network-enabled device in the distributed computing system; giving the first node ownership of the set of data, where ownership comprises: restricting a permission on the set of data such that the first node in the distributed computing system is permitted to modify the set of data and other nodes in the distributed computing system are excluded from modifying the set of data; in response to a second connection purporting to be from the network-enabled device at a second node in the distributed computing system, requesting the first node to transfer ownership of the set of data to the second node; responsive to the request to transfer ownership, initiating an evaluation with respect to the purported network enabled device, the evaluation comprising at least one of: a security evaluation of the purported network enabled device, and, a health evaluation of the network enabled device; and, determining whether to transfer ownership of the set of data to the second node based at least in part on an outcome of the evaluation. establishing a first connection between a network-enabled device and a first node in a distributed computing system; as a result of the first node providing a service to the network enabled device, storing a set of data associated with the network-enabled device in the distributed computing system; giving the first node ownership of the set of data, where ownership comprises: restricting a permission on the set of data such that the first node in the distributed computing system is permitted to modify the set of data and other nodes in the distributed computing system are excluded from modifying the set of data; in response to a second connection purporting to be from the network-enabled device at a second node in the distributed computing system, requesting the first node to transfer ownership of the set of data to the second node; responsive to the request to transfer ownership, initiating an evaluation with respect to the purported network enabled device, the evaluation comprising at least one of: a security evaluation of the purported network enabled device, and, a health evaluation of the network enabled device; and, a security evaluation of the purported network enabled device, and, a health evaluation of the network enabled device; and, determining whether to transfer ownership of the set of data to the second node based at least in part on an outcome of the evaluation.
A wireless wide area network, WWAN, terminal comprising: a wireless communication unit configured to receive SSID information (S110) for a second network from another WWAN terminal , to send a connection request (S112) to a wireless local area network, WLAN, terminal , and to establish a direct wireless connection (S114) between the WWAN terminal in a first network and the WLAN terminal based on the connection request; and a control unit configured to assist connection between the WLAN terminal and a WLAN base station in the second network by sending, to the WLAN terminal , i) user information (S212) of the another WWAN terminal , the received SSID information (S116) for the second network and authentication information (S232) generated by the another WWAN terminal or ii) user information (S212) of the WWAN terminal , SSID information of the WWAN terminal for the second network and authentication information (S232) generated by the WWAN terminal . a wireless communication unit configured to receive SSID information (S110) for a second network from another WWAN terminal , to send a connection request (S112) to a wireless local area network, WLAN, terminal , and to establish a direct wireless connection (S114) between the WWAN terminal in a first network and the WLAN terminal based on the connection request; and a control unit configured to assist connection between the WLAN terminal and a WLAN base station in the second network by sending, to the WLAN terminal , i) user information (S212) of the another WWAN terminal , the received SSID information (S116) for the second network and authentication information (S232) generated by the another WWAN terminal or ii) user information (S212) of the WWAN terminal , SSID information of the WWAN terminal for the second network and authentication information (S232) generated by the WWAN terminal . i) user information (S212) of the another WWAN terminal , the received SSID information (S116) for the second network and authentication information (S232) generated by the another WWAN terminal or ii) user information (S212) of the WWAN terminal , SSID information of the WWAN terminal for the second network and authentication information (S232) generated by the WWAN terminal .
A monitoring attachment for monitoring a nut of a screw connection for crack formation, deformation and/or breakage, wherein the monitoring attachment has a socket portion , which can be placed on the outer circumference of the nut , with a conductor that is interrupted in the case of deformation, crack formation or breakage of the nut , characterized in that the conductor is embedded in at least one material and that the monitoring attachment has one or more magnets as fastening means.
A switched converter , supplied with a DC voltage originating from an AC voltage, preferably mains voltage, comprising: - output terminals for supplying an LED load ; - a feedback loop controller configured to generate an output signal commanding a switching frequency or period of at least one switch of the converter for feedback controlling a load current on a nominal value, based on a signal indicating a sensed load current and supplied to the feedback loop controller ; - a feed-forward control, FFC, block , wherein preferably a response time of the FFC block is faster than a response time of the feed-back loop controller , characterized in that - the feed-forward control, FFC, block is configured to analyse, preferably in time increments of said signal indicating the sensed load current and/or the DC voltage , a ripple amplitude component which is present in said signal indicating the sensed load current and/or the DC voltage , and to add, based thereon, a ripple compensation signal to said output signal of the feed-back loop controller , wherein the result of the addition is used for the actual switching operation of said at least one switch of the converter. - output terminals for supplying an LED load ; - a feedback loop controller configured to generate an output signal commanding a switching frequency or period of at least one switch of the converter for feedback controlling a load current on a nominal value, based on a signal indicating a sensed load current and supplied to the feedback loop controller ; - a feed-forward control, FFC, block , wherein preferably a response time of the FFC block is faster than a response time of the feed-back loop controller , - the feed-forward control, FFC, block is configured to analyse, preferably in time increments of said signal indicating the sensed load current and/or the DC voltage , a ripple amplitude component which is present in said signal indicating the sensed load current and/or the DC voltage , and to add, based thereon, a ripple compensation signal to said output signal of the feed-back loop controller , wherein the result of the addition is used for the actual switching operation of said at least one switch of the converter.
A method of manufacturing a frame for a towing tractor comprising the steps of: forming a frame by connecting a front frame assembly and a center frame assembly by bolts , characterized by forming the front frame assembly and the center frame assembly by connecting pairs of third or fourth frame members with pairs of fifth or sixth frame members extending in a longitudinal direction of the towing tractor, which are selected from a plurality of pairs of frame members , that have different lengths providing variations in the longitudinal dimension of the towing tractor, and forming the front frame assembly by connecting a first or a second frame member extending in a width direction of the towing tractor to the pairs of third or fourth frame members to opposite ends thereof, which are selected from a plurality of frame members having different lengths providing variations in the width dimension of the towing tractor. forming a frame by connecting a front frame assembly and a center frame assembly by bolts , characterized by forming the front frame assembly and the center frame assembly by connecting pairs of third or fourth frame members with pairs of fifth or sixth frame members extending in a longitudinal direction of the towing tractor, which are selected from a plurality of pairs of frame members , that have different lengths providing variations in the longitudinal dimension of the towing tractor, and forming the front frame assembly by connecting a first or a second frame member extending in a width direction of the towing tractor to the pairs of third or fourth frame members to opposite ends thereof, which are selected from a plurality of frame members having different lengths providing variations in the width dimension of the towing tractor.
An agrochemical composition comprising at least one polypeptide, which polypeptide is capable of binding to a fungus, thereby causing retardation of growth of a spore of the said fungus and/or lysis of a spore of the fungus, which polypeptide comprises SEQ ID NO: 1 or SEQ ID NO: 2.