mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for a node to obtain a credential from a group of specialized nodes , each of the specialized nodes having a private key share of a group private key, wherein the method comprises: sending a request, from the node to a plurality of the specialized nodes, for the credential, wherein the node has an identifier, wherein the number of the requested plurality of the specialized nodes is less than the number of the specialized nodes in the group of the specialized nodes and further wherein the identifier includes an identifier string identifying the node and a role string identifying the role of the group of specialized nodes; receiving, from each node in the plurality of the specialized nodes, a portion of a secret point generated by that node from the identifier and that node's private key share; and generating the secret point by combining the received portions of the secret point, and wherein the secret point comprises the group private key times a map-to-point hash of the identifier, and the credential comprises the identifier and the secret point, and wherein none of the specialized nodes nor the node is required to obtain a complete copy of the group private key; and wherein: the node is not a member of the specialized group of nodes. sending a request, from the node to a plurality of the specialized nodes, for the credential, wherein the node has an identifier, wherein the number of the requested plurality of the specialized nodes is less than the number of the specialized nodes in the group of the specialized nodes and further wherein the identifier includes an identifier string identifying the node and a role string identifying the role of the group of specialized nodes; receiving, from each node in the plurality of the specialized nodes, a portion of a secret point generated by that node from the identifier and that node's private key share; and generating the secret point by combining the received portions of the secret point, and wherein the secret point comprises the group private key times a map-to-point hash of the identifier, and the credential comprises the identifier and the secret point, and wherein none of the specialized nodes nor the node is required to obtain a complete copy of the group private key; and wherein: the node is not a member of the specialized group of nodes.
A terminal apparatus configured to communicate with a first base station apparatus (2-1) via a first cell group and a second base station apparatus (2-2) via a second cell group, the first cell group containing serving cells of the first base station apparatus (2-1), and the second cell group containing serving cells of the second base station apparatus (2-2), the terminal apparatus comprising; a reception unit configured to receive a first DRB-ToAddModList including a first identifier of a data radio bearer, a packet data convergence protocol, PDCP, configuration, a first radio link control, RLC, configuration and a second RLC configuration; and a control unit configured to establish a PDCP, a first RLC, and a second RLC, the first RLC corresponding to the first cell group which includes at least a primary cell, the second RLC corresponding to the second cell group which does not include the primary cell, and the PDCP belonging to the first cell group and processing pieces of data on the first RLC and the second RLC, wherein in a case that the reception unit receives an RLC configuration to change the second RLC in a second DRB-ToAddModList of data radio bearers including the first identifier of the data radio bearer, the control unit is configured to release the second RLC corresponding to the first identifier, and the PDCP and the first RLC corresponding to the first identifier included in the second DRB-ToAddModList are reconfigured. a reception unit configured to receive a first DRB-ToAddModList including a first identifier of a data radio bearer, a packet data convergence protocol, PDCP, configuration, a first radio link control, RLC, configuration and a second RLC configuration; and a control unit configured to establish a PDCP, a first RLC, and a second RLC, the first RLC corresponding to the first cell group which includes at least a primary cell, the second RLC corresponding to the second cell group which does not include the primary cell, and the PDCP belonging to the first cell group and processing pieces of data on the first RLC and the second RLC, wherein in a case that the reception unit receives an RLC configuration to change the second RLC in a second DRB-ToAddModList of data radio bearers including the first identifier of the data radio bearer, the control unit is configured to release the second RLC corresponding to the first identifier, and the PDCP and the first RLC corresponding to the first identifier included in the second DRB-ToAddModList are reconfigured.
A method for transmitting control signaling, comprising: determining (S110) that a physical downlink shared channel, PDSCH transmission scheme for a non-backward compatible component carrier is a user equipment-specific reference signal, UE RS, based transmit diversity scheme or a UE RS-based up to 8 layer transmission scheme; and sending (S120) downlink control information, DCI to a UE, wherein the DCI is used to indicate the determined PDSCH transmission scheme; characterized in that the determining a PDSCH transmission scheme for a non-backward compatible component carrier comprises: determining antenna ports corresponding to a UE RS, and sending signaling carried by the DCI, wherein the signaling carried by the DCI is used to indicate the determined antenna ports corresponding to the UE RS; wherein the sending signaling carried by the DCI to the UE comprises: sending signaling carried in a new data indicator field of a disabled transport block in the DCI to the UE, wherein the signaling carried in the new data indicator filed is used to indicate the determined antenna ports corresponding to the UE RS. determining (S110) that a physical downlink shared channel, PDSCH transmission scheme for a non-backward compatible component carrier is a user equipment-specific reference signal, UE RS, based transmit diversity scheme or a UE RS-based up to 8 layer transmission scheme; and sending (S120) downlink control information, DCI to a UE, wherein the DCI is used to indicate the determined PDSCH transmission scheme; characterized in that the determining a PDSCH transmission scheme for a non-backward compatible component carrier comprises: determining antenna ports corresponding to a UE RS, and sending signaling carried by the DCI, wherein the signaling carried by the DCI is used to indicate the determined antenna ports corresponding to the UE RS; wherein the sending signaling carried by the DCI to the UE comprises: sending signaling carried in a new data indicator field of a disabled transport block in the DCI to the UE, wherein the signaling carried in the new data indicator filed is used to indicate the determined antenna ports corresponding to the UE RS. determining antenna ports corresponding to a UE RS, and sending signaling carried by the DCI, wherein the signaling carried by the DCI is used to indicate the determined antenna ports corresponding to the UE RS; wherein the sending signaling carried by the DCI to the UE comprises: sending signaling carried in a new data indicator field of a disabled transport block in the DCI to the UE, wherein the signaling carried in the new data indicator filed is used to indicate the determined antenna ports corresponding to the UE RS.
Electrically operated civil engineering machine comprising - a mobile carrier device , - at least one civil engineering tool , - at least one electric motor configured for both driving an actuator in a drive mode and for generating electrical energy in a recuperation mode, - at least one internal rechargeable battery unit for storing electrical energy and for supplying the at least one electric motor with electrical energy, - feeding means for supplying electrical energy from an external energy source for electrically operating the civil engineering machine , and - a circuit arrangement by means of which the at least one electric motor , the at least one battery unit and the feeding means are line-connected to each other, characterized in that - the circuit arrangement has an intermediate circuit with voltage-controlled power control, and - the power control is decentralized wherein an independent control component is respectively assigned to the at least one electric motor , the at least one battery unit and the feeding means which is configured to respectively control a supply or an output of electric energy from or to the intermediate circuit depending on a voltage in the intermediate circuit . - a mobile carrier device , - at least one civil engineering tool , - at least one electric motor configured for both driving an actuator in a drive mode and for generating electrical energy in a recuperation mode, - at least one internal rechargeable battery unit for storing electrical energy and for supplying the at least one electric motor with electrical energy, - feeding means for supplying electrical energy from an external energy source for electrically operating the civil engineering machine , and - a circuit arrangement by means of which the at least one electric motor , the at least one battery unit and the feeding means are line-connected to each other, - the circuit arrangement has an intermediate circuit with voltage-controlled power control, and - the power control is decentralized wherein an independent control component is respectively assigned to the at least one electric motor , the at least one battery unit and the feeding means which is configured to respectively control a supply or an output of electric energy from or to the intermediate circuit depending on a voltage in the intermediate circuit .
An injection device for delivering a therapeutic agent to a patient, the injection device comprising: a body having a patient face and a port face opposite the patient face , the port face having an introducer port including an introducer channel and an injection port including an injection channel , the injection channel defining an injection axis ; a first delivery tube for subcutaneous delivery of the therapeutic agent to the patient, the delivery tube projecting from and being generally perpendicular to the patient face , the first delivery tube defining an introducer axis and being in fluid communication with the introducer port ; a second delivery tube projecting from and being generally perpendicular to the patient face , the second delivery tube defining the injection axis and being in fluid communication with the injection port ; a patch attached to the patient face and operable to adhesively attach to the patient; wherein the injection port is defined to accommodate a sensor ; wherein the injection axis is parallel to and does not intersect with the introducer axis . a body having a patient face and a port face opposite the patient face , the port face having an introducer port including an introducer channel and an injection port including an injection channel , the injection channel defining an injection axis ; a first delivery tube for subcutaneous delivery of the therapeutic agent to the patient, the delivery tube projecting from and being generally perpendicular to the patient face , the first delivery tube defining an introducer axis and being in fluid communication with the introducer port ; a second delivery tube projecting from and being generally perpendicular to the patient face , the second delivery tube defining the injection axis and being in fluid communication with the injection port ; a patch attached to the patient face and operable to adhesively attach to the patient; wherein the injection port is defined to accommodate a sensor ; wherein the injection axis is parallel to and does not intersect with the introducer axis .
A rodent trapping system comprising: multiple rodent traps (251a-j), each of the rodent traps being configured: to activate in order to detect, kill or trap a rodent; and transmit local wireless communications signals to a portable electronic device; and a portable electronic device comprising a receiver to receive local wireless communications signals (256a,b,d) from the rodent traps within a range (251 a-d), wherein the portable electronic device comprises a controller having a processor and memory , the controller being configured, in response to receiving the local wireless communications signals, to identify at least one of the multiple traps in range which have been activated; the rodent trapping system being characterized in that the portable electronic device is configured, based on the received local wireless communications signals, to determine the relative location of at least one of the identified activated traps and to provide an indication (257a, b, d) to the user of the determined relative location, the determined relative location comprising information relating to one or more of: the proximity of the trap to the portable electronic device; and the direction of the trap relative to the portable electronic device. multiple rodent traps (251a-j), each of the rodent traps being configured: to activate in order to detect, kill or trap a rodent; and transmit local wireless communications signals to a portable electronic device; and to activate in order to detect, kill or trap a rodent; and transmit local wireless communications signals to a portable electronic device; a portable electronic device comprising a receiver to receive local wireless communications signals (256a,b,d) from the rodent traps within a range (251 a-d), wherein the portable electronic device comprises a controller having a processor and memory , the controller being configured, in response to receiving the local wireless communications signals, to identify at least one of the multiple traps in range which have been activated; the rodent trapping system being characterized in that the portable electronic device is configured, based on the received local wireless communications signals, to determine the relative location of at least one of the identified activated traps and to provide an indication (257a, b, d) to the user of the determined relative location, the determined relative location comprising information relating to one or more of: the proximity of the trap to the portable electronic device; and the direction of the trap relative to the portable electronic device.
A passenger seat assembly comprising: a seat base ; and a backrest connected to the seat base and comprising a frame, wherein the frame comprises a tubular frame component including an inner surface and an outer surface , the outer surface having a constant outer diameter and the inner surface having a variable inner diameter such that a first portion of the tubular frame component comprises a first wall thickness and a second portion of the tubular frame component comprises a second wall thickness that is different from the first wall thickness , characterized in that the tubular frame component further includes a transition portion having an increasing or a decreasing wall thickness, said transition portion being provided between the first portion and the second portion , the tubular frame component including a first end and a second end , between the first end and the second end , the tubular frame component including eight bent portions (206A-H) bending the tubular frame component at non-zero angles within a first plane , and six bent portions (206A-C; 206F-H) bending the tubular frame component at non-zero angles within a second plane . a seat base ; and a backrest connected to the seat base and comprising a frame, wherein the frame comprises a tubular frame component including an inner surface and an outer surface , the outer surface having a constant outer diameter and the inner surface having a variable inner diameter such that a first portion of the tubular frame component comprises a first wall thickness and a second portion of the tubular frame component comprises a second wall thickness that is different from the first wall thickness , characterized in that the tubular frame component further includes a transition portion having an increasing or a decreasing wall thickness, said transition portion being provided between the first portion and the second portion , the tubular frame component including a first end and a second end , between the first end and the second end , the tubular frame component including eight bent portions (206A-H) bending the tubular frame component at non-zero angles within a first plane , and six bent portions (206A-C; 206F-H) bending the tubular frame component at non-zero angles within a second plane .
A housing for a belt buckle, comprising two housing halves , which consist of plastic material and are connected to one another, and comprising a plurality of connecting pins , which likewise consist of plastic material and, for the purpose of connecting the housing halves , each have a first end arranged on a first of the housing halves and have a second end inserted in each case into a mount provided on the second of the housing halves , characterized in that the housing halves are each covered on the outside by a soft body , wherein the soft bodies each consist of a softer plastic material than the housing halves and the connecting pins , wherein the housing halves are each encapsulated by the soft body by plastic injection molding.
An electrode structure , comprising: a water-repellent layer which is permeable to oxygen; an electric conductor layer which is laid on the water-repellent layer and holds an oxygen reduction catalyst; and a filter layer which is laid on a surface of the electric conductor layer on the opposite side to the surface on which the water-repellent layer is laid, the filter layer including a plurality of through holes having a diameter of 0.01 μm to 0.5 μm, wherein the filter layer is an aggregation of a plurality of particles of a carbon material. a water-repellent layer which is permeable to oxygen; an electric conductor layer which is laid on the water-repellent layer and holds an oxygen reduction catalyst; and a filter layer which is laid on a surface of the electric conductor layer on the opposite side to the surface on which the water-repellent layer is laid, the filter layer including a plurality of through holes having a diameter of 0.01 μm to 0.5 μm, wherein the filter layer is an aggregation of a plurality of particles of a carbon material.
A method comprising: detecting a device (120, 130, 122a-b) coupled to a network in response to the device (120, 130, 122a-b) being coupled to the network ; accessing first data associated with the device (120, 130, 122a-b) from an agent installed on the device (120, 130, 122a-b); accessing second data associated with the device (120, 130, 122a-b) from an external system, wherein the second data associated with the device (120, 130, 122a-b) comprises traffic data associated with the device (120, 130, 122a-b); analyzing the traffic data of the device (120, 130, 122a-b); determining a classification for the device (120, 130, 122a-b) based on the first data associated with device (120, 130, 122a-b) and the traffic data; and storing the classification for the device (120, 130, 122a-b). detecting a device (120, 130, 122a-b) coupled to a network in response to the device (120, 130, 122a-b) being coupled to the network ; accessing first data associated with the device (120, 130, 122a-b) from an agent installed on the device (120, 130, 122a-b); accessing second data associated with the device (120, 130, 122a-b) from an external system, wherein the second data associated with the device (120, 130, 122a-b) comprises traffic data associated with the device (120, 130, 122a-b); analyzing the traffic data of the device (120, 130, 122a-b); determining a classification for the device (120, 130, 122a-b) based on the first data associated with device (120, 130, 122a-b) and the traffic data; and storing the classification for the device (120, 130, 122a-b).
A communications system comprising: a low frequency receiver configured to receive low frequency signals in which a communications signal is expected; a denoiser in communication with the low frequency receiver , wherein the denoiser is configured to denoise the low frequency signals received from the low frequency receiver , wherein the denoising results in a generation of denoised signals ; and a signal extractor in communication with the denoiser , wherein the signal extractor is configured to extract the communications signal from the denoised signals ; wherein the denoiser is a cognitive signal processor comprising a reservoir computer with a reservoir , the reservoir being configured to denoise the low frequency signals . a low frequency receiver configured to receive low frequency signals in which a communications signal is expected; a denoiser in communication with the low frequency receiver , wherein the denoiser is configured to denoise the low frequency signals received from the low frequency receiver , wherein the denoising results in a generation of denoised signals ; and a signal extractor in communication with the denoiser , wherein the signal extractor is configured to extract the communications signal from the denoised signals ; wherein the denoiser is a cognitive signal processor comprising a reservoir computer with a reservoir , the reservoir being configured to denoise the low frequency signals .
An aqueous composition, in particular colour composition or extender composition, for a tinting system, containing or consisting of a) at least one pigment and/or at least one filler, b) at least one wetting agent and/or dispersant, c) at least one humectant, in particular polyalkylene glycols, and/or at least one wax, in particular added in the form of an aqueous wax emulsion, d) at least one alkylalkoxysilane, alkylalkoxysiloxane, water-soluble alkyl siliconate, in particular potassium methyl siliconate, monoalkylsilanetriol, dialkylsilanediol, trialkylsilanol, alkali metal salt of monoalkylsilanetriol, in particular potassium methylsilanetriolate and/or potassium ethylsilanetriolate, dialkylsilanediol, trialkylsilanol or any mixtures thereof and e) optionally at least one first additive, wherein the aqueous composition, in particular the colour composition, has a pH of greater than or equal to 9.0, preferably in the range from 10.0 to 12.0 and particularly preferably in the range from 10.5 to 11.5, or is adjusted to a pH of greater than or equal to 9.0, preferably in the range from 10.0 to 12.0 and particularly preferably in the range from 10.5 to 11.5. a) at least one pigment and/or at least one filler, b) at least one wetting agent and/or dispersant, c) at least one humectant, in particular polyalkylene glycols, and/or at least one wax, in particular added in the form of an aqueous wax emulsion, d) at least one alkylalkoxysilane, alkylalkoxysiloxane, water-soluble alkyl siliconate, in particular potassium methyl siliconate, monoalkylsilanetriol, dialkylsilanediol, trialkylsilanol, alkali metal salt of monoalkylsilanetriol, in particular potassium methylsilanetriolate and/or potassium ethylsilanetriolate, dialkylsilanediol, trialkylsilanol or any mixtures thereof and e) optionally at least one first additive,